377 34 334MB
English Pages [1091] Year 1929-32
THE
ENCYCLOPAEDIA BRITANNICA
FOURTEENTH
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ad ~
hae
ae
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he:
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ENCYCLOPAEDIA BRITANNICA FOURTEENTH EDITION
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Se ln
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ANEW SURVEY OF UNIVERSAL KNOWLEDGE
VOLUME
10 MUSHROOM To OZONIDES
THE ENCYCLOPEDIA BRITANNICA COMPANY, LTD. LONDON
ENCYCLOP/EDIA BRITANNICA, INC. NEW YORK
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Note: Pages 464, 465, 492, 493, 516 and 517 were missing from the original digital version of this volume. Replacements were inserted from the 1929 edition.
INITIALS AND NAMES OF CONTRIBUTORS IN VOLUME WITH THE ARTICLES WRITTEN BY THEM.
XVI
A. C. H.
A. Brany, B.A. }Ontario (in part). Assistant Professor of Political Science, University of Toronto. ALFRED Cort Happon, Sc.D., E.R.S. Fellow of Christ’s College, Cambridge. Formerly Reader in Ethnology in the uni ew Guinea (in part). versity of Cambridge. Author of Evolution in Art; The Wanderings of Peoples.
A. C. N.
A. C. NEEDLES. President of Norfolk and Western Railway Company.
A. D. I.
A. D. Imus, M.A., D.Sc. Chief Entomologist, Rothamsted Experimental Station, Harpenden, Hertfordshire, |Neuroptera;
A. Br.
oe and Western Railway Company, The.
England. Formerly Forest Zoologist to the Government of India, and Professor of { Orthoptera. Biology, University of Allahabad. Author of A General Textbook of Entomology; etc.
A. D. M.
A. D. Mırcgelr, D.Sc., F.I.C. Assistant Editor to the Journal of the Chemical Society. Assistant Examiner in Chem- Onde,
A. E. Da.
ALBERT Emit DAVIES.
istry, University of London and Institute of Chemistry. Alderman, London County Council. Chairman of several investment trusts. Fellow,
Royal Economic Society, and City Editor of The New Statesman. Author of The
Options
(~PUORS:
Money and the Stock and Share Markets; Foreign Investments; etc.
A. E. Hul.
A. EAGLEFIELD Hutt, F.R.C.O. Late Editor, Monthly Musical Record. Late Principal of College of Music, Hudders- pMusical Notation. field. Author of Modern Harmony; Handbook to Bach's Works; etc.
A. E. S.
AppIson ERWIN SHELDON, A.M., PH.D.
A. E. Sm.
ALFRED E. SMITH.
A. G. Ga.
ALFRED G. GARDINER.
A. Ha.
ADOLF HARNACK.
A. J.T.
Superintendent and Secretary of the Nebraska State Historical Society. Author of Nebraska, History and Stories of Nebraska; Poems and Sketches of Nebraska; etc.
}
New York (State).
Governor of New York, 1919-20, 1923-8.
Editor of The Daily News (London), 1902-19. Author of Prophets, Priests and Kings; Oxford and Asquith, Herbert Henry Asquith, rst Earl of. a mk of Sir William Harcourt; and works under the pen name of “Alpha of the ough.”
Neoplatonism (in part);
German theologian. Author of Lehrbuch der Dogmengeschichie; Das Monchtwm, seine Origen. Ideale und seine Geschichte; etc. See the biographical article: HARNACK, ADOLF. ARNOLD JOSEPH TOYNBEE. Director of Studies in the Royal Institute of International Affairs and Research (Mustafa Kemal.
A. LeR. L.
Professor of International History, University of London. Member of Middle-Eastern Section, British Delegation to the Peace Conference at Paris, , . ALAIN LeRoy Locke, A.B., P.D. a The American (in Professor of Philosophy, Howard University, Washington. Statistician, New Jersey ogr pari). Semi-Centennial Commission on the Negro, 1912-4. Author of The New Negro; etc.
A. L. J.
A. Leroy Jonnson, Sc.D.
A. L. K.
A. L. KROEBER, Px.D.
}Orthodontia.
Orthodontist, New York.
Muskogian Indians; North America (in part);
Professor of Anthropology, University of California, Author of Zuni Kin and Clan;
North Pacific Coast Indians:
Anthropology; etc.
Ojibwa.
A. LI. D.
ARTHUR LLEWELLYN DAVIS.
A. M. C.-S.
the Council of Legal Education. ALEXANDER Morris CARR-SAUNDERS, M.A.
Late Barrister-at-Law, Inner Temple, and Assistant Reader in Common Law under Negligence.
;
A. P. W.
Charles Booth Professor of Social Science in the University of Liverpool. The Population Problem; Eugenics. CoLONEL ARCHIBALD PERCIVAL WAVELL, M.C., C.M.G.
A. $. P.-P.
ANDREW Seta Princrz-Pattison, M.A., LL.D., D.C.L., F.B.A.
A. W. F. K.
i
Author of Optimum Population.
Late the Black Watch. General Staff Officer, War Office, London. British Military Attaché on the Caucasus Front, Nov. 1916-June 1917, General Staff Officer and Brigadier-General, General Staff, with Egyptian Expeditionary Force, 1917-20.
Narew, Battles of the; Narocz, Battle of Lake.
Professor of Logic and Metaphysics in the University of Edinburgh, 1891-1919. Mysticism (in part). Gifford Lecturer in the University of Edinburgh, 1921-3. Author of Man's Place in the Cosmos; The Philosophical Radicals; etc. MAJOR-GENERAL SIR ALFRED WILLIAM FORTESCUE KNOX, K.C.B., C.M.G. Duke). M. P. for Wycombe Division of Buckinghamshire. Military Attaché, Petrograd Nicholas (Grand
Embassy, 1911-8. Served with Russian Forces, 1914-7. Chief of British Military Mission to Siberia, 1918-20. Author of With the Russian Army, 1914-7. Vv
AND
INITIALS
NAMES
A. W. Hu.
Rev. ARTHUR WoLLaston Hutron, M.A.
A. W. K.
ARTHUR WILLIAM KIDDy.
A. Wt.
ALEXANDER WETMORE.
B.F. C. A.
B. F. C. ATKINSON, Pu.D.
B. S. P.
S
OF CONTRIBUTORS iNewman, John Henry.
Author of Life of Cardinal Newman; Life of Cardinal Manning; etc.
City Editor of The Morning Post, and of The Spectator, London,
,
,
F inancial Corre- pNational Debt (in part). Magazine.
spondent in London of the New York Evening Post. Editor of The Bankers
Assistant Secretary in Charge, Smithsonian Institution, Washington, and President,
American Ornithologists’ Union, United States National Museum, Washington.
niversity
peor. ee
O.
Doane seep
Cambridge.
Lecturer,
Fellow of
Research
Ornithology (in part).
o
Under-Librarian, University Library, Cambridge.
ue
;
;
,
ea
Girton
Galena
College,
tea
bal
Cambridge,
and Mistress of the College, 1922-5. Attached, British Legation, Stockholm, 1916-9.
.
Norway (in part).
Writer of The Elder Edda and Ancient Scandinavian Drama; etc.
B. W.
BECKLES WILLSON.
C. A. V.
C. A. Vilas, A.B., LL.B.
C. Br.
CLOUDESLEY BRERETON, M.A., L-Ès-L.
Author of The Hudson’s Bay Company; The Romance of Canada; Nova Scotia; Quebec: pNewfoundland (in part). The Laurentian Province; etc.
C. C. Pau.
C. C. T.
Biscuit j}National The.
General Counsel, National Biscuit Company.
Member of Legion of Honour. D-és-Litt. (Hon. Causa), Lille University. Late Divisional Inspector to the London County Council. Editor of the Education section, 14th Edition, Encyclopedia Britannica. CHARLES CooK PAULDING, A.B. Vice-President of the New York Central Lines. CHARLES CUTLER TorrEY, Pu.D., D.D. Professor of Semitic Languages, Yale University.
Company,
Oxford University (in part). : j ae Nethinim. |Northern Pacific Railway j New York Central Lines.
C. Don.
CHARLES DONNELLY, LL.B.
C. E. D.
CHARLES EDWARD DUPUIS.
C. E. L. C. E. L. C.
CHARLES E. Locke., S.B. Massachusetts Institute of Technology. CHARLES E. L. CORTHORN.
C. E. Mi.
Cartes Epwin Mitcue tt, B.A.
pran City Bank of New
C. E. T.
Cron EDGAR Ture, B.Sc., PD. F.G.S.
\Oigociases
C.G. S.
CHARLES GABRIEL SELIGMAN, M.D., F.R.C.P., F.R.S.
President, Northern Pacific Railway.
Late Adviser to the Egyptian Ministry of Public Works. Sudan, Public Works Department, 1899-1912.
C. R. B.
iOre Dressing.
Assistant Manager and Secretary of the Ottoman December, 1928, after 44 years.
Bank,
1911~28.
Retired 31 st Ottoman Bank.
President of the National City Bank of New York, and of the National City Safe Deposit Company. Chairman of the Board of the International Banking Corporation.
æ
C. J. C. N. B.
Served in Egypt 2nd file (in part).
emonstrator in Hia
Petrology, EE
University of Cambridge. RE oT ame ey
Professor of Ethnology in the University of London.
Anthropological Institute.
CHARLES JAMES.
Formerly President of the Royal
Author of The Melanesians of British New Guinea.
D. B-V.
) Orthoclase; Ottrelite.
|Nilotes: Ni
A.
f uba, The.
,
CHARLES N. Bovp, A.B., Mus.Doc. A Director of Pittsburgh Musical Institute. Theological Seminary, Pittsburgh.
AE ES Pan
R
i Instructor in Church Music, Western pMusic, Teaching of (in part).
M.A., D.Lirt., F.R.G.S., M.R.A.S.
‘C. R. Houseman, B.A.
Of the British Oxygen Company, Ltd., Research Laboratory, Middlesex.
C. Ws.
(i part);
Professor of Chemistry, University of New Hampshire, Durham, New Hampshire. iNeodymium.
rofessor of History, University of Birmingham. Late Fellow of Merton, and University Lecturer in History and Geography, Oxford. Formerly on Council of R.G.S., and of Hakluyt and African Societies, and a Member of the House of Laymen.
C. R. H.
York, The.
. Neckam, Alexander (i part).
Oxygen.
CAROLYN WELLS.
Mystery Stories (in part). Author of The Technique of the Mystery Story; etc. i D. BATIGAN-VERNE. Organ expert and tone connoisseur. Author of numerous articles on musical sub} ects, }Organ (in part), including a monograph on the ancient hydraulic organ. Editor of The Rotunda; etc. Davip EUGENE SmituH, Pu.D.
Professor Emeritus of Mathematics, Teachers College, Columbia University. Editor of the Mathematics section, 14th Edition, Encyclopedia Britannica. Author of A History of Mathematics; Progress of Arithmetic in Twenty-Five Years.
Donatp Francis Tovey, M.A., Mus.Doc. Reid Professor of Musicin Edinburgh University. Author of Essays in Musical Analysis, comprising The Classical Concerto, The Goldberg Variations and analyses of many
other classical works.
Editorial Adviser, Music section, 14th Edition, Encyclopedia
ts umerals. +. O Or
fa
pari);
;
Be
inane f
Britannica.
Davip HANNAY. Formerly British Vice-Consul at Barcelona. Author of Short History of the Royal Navy, 1217-1688; Life of Don Emilio Castelar. oa .
PA
pNelson, Horatio (in
e aon, M.Sc., F.R.S.
. odrell Protessor of Zoology and Comparative Anatomy, University College, London. Author of many papers on vertebrate palaeontology and connected subj eng in Pro- Orthogenesis. ceedings of the Zoological Society, Journal of Anatomy; etc.
part). f
INITIALS
AND
NAMES
OF CONTRIBUTORS
vii
D. Sc.
Dorotay Scarsoroucg, A.M., Litt.D., Px.D.
D. T.
DrEĮms TAYLOR,
E. A.
CAPTAIN EDWARD ALTHAM, C.B., R.N. . Secretary and Chief Executive Officer, Royal United Service Institution, since 1927. Naval Strategy and Tactics; Senior Naval Officer, Archangel River Expedition, 1918-9. Editor of the Journal of Navy and Navies; the Royal United Service Institution. Editor of the Naval section, 14th Edition, En-| Norway (in part).
Assistant Professor of English, Columbia University. Author of The Supernatural 3 Modern English Fiction; Ôn the Trail of Negro Folk-Songs; etc.
A.B., Mus.Doc.
Negro, The American (żin part). ic
Editor of Musical America.
(4
jMusic (PRENI
cyclopedia Britannica.
E. A. A.
E. A. F. E. B. A.
E. Soe
M.I.Mecu.E.
ember of the Iron and Steel Institute and the Institute of Welding Engineers.
:
E a a of Research, The Pearson and Knowles and Ryland Bros. Research Labora- Nail Manufacture. ories, EDWARD AUGUSTUS FREEMAN, LL.D. English Historian. Author of History of The Norman Conquest; History of Sicily. pNormans (in part). See the biographical article: FREEMAN, E. A. MAJOR-GENERAL EDWARD BAILEY ASHMORE, C.B., C.M.G., M.V.O.
f
Commander of the Legion of Honour. Commanded London Air Defences, 1917; First
Observer Corns in Air
Air Defence Brigade, 1920-4; Air Defence Formations, Territorial Army, 1924-8. Founded the Observer Corps of the Air Defences, 1925.
E. B. P.
E. B. T.
E. Cr.
E. D. A. Ed. M.
Epcar B. Preer, A.B., LL.D. Editor of The Poriland Morning Oregonian. UP gc eer at Tytor, D.C.L., LL.D., F.R.S.
Defence.
}Oregon.
nthropologist. Author of Researches into the Early History of Mankind; Primitive Culture: Researches into the Development of Mythology, Philosophy, Religion, Language, Art and Custom. See the biographical article: TYLOR, EDWARD BURNETT.
. Ordeal (im part).
ERNST CASSIRER. Professor of Philosophy, University of Hamburg. Author of Kant’s Leben und Lehre;
de s ot p(Neo-Kantianism.
Substanzbegriff und Funktionsbegriff; etc. E. D. Aprran, M.D., F.R.S. Professor of Biology, University of Cambridge. EDUARD MEYER, D.Litt. Professor of Ancient History in the University of Berlin. Alterthums; etc.
E. E. Free, A.B., Pu.D. Lecturer in Outlines of Science, New York University.
|Nerve (in part). Author of Geschichte des
Osroene.
Author of Pocket Guide to Noise and Its Control.
Science; Weather; etc.
E. E. L.
Epwarp E. Lone, C.B.E.
E. E. T.
E. E. Tuum, E.M.
E.G.
Sır Epmunp Gosse, M.A., C.B., LL.D., Hon.Litt.D. Librarian, House of Lords, 1904-14. Sometime Assistant Librarian, British Museum. | Norton, Thomas; Clark Lecturer in English Literature, Trinity College, Cambridge, 1884-90. Pres- Novel (in part); ident of the English Association, 1921. Author of History of Eighteenth Century Liter- Ohlenschlager, Adam Gottlob (in part). Boe Collected Poems; Books on the Table. See the biographical article: Gosse, SIR DMUND. EDWIN GARRIGUES BorincG, M.E., A.M., Pu.D. Associate Professor of Psychology and Director of the Psychological Laboratory, Organic Sensations.
E. G. Bor.
Eh.
ew Britain;
Formerly Director of Eastern Propaganda. Officer in Charge, Eastern Section, News New Guinea (in part); Department, Foreign Office, 1918-21. The Times (London) correspondent in Northern AAZ ias. Ce India, Late Editor, The Indian Daily Telegraph; The Rangoon Times. Associate Editor, The Iron Age, New York, Author of Elementary Metallurgy.
Nickel-Chromium Steel; Nickel Steel; Nitrogen Hardening.
~y
Harvard University. HERR EHLERS.,
Norddeutscher Lloyd Steamship Company. National Insurance: Health (im part). Niagara River;
E. Ja.
Chief of the Norddeutscher Lloyd Literary Department. E. HACKFORTH. ‘Deputy Controller of Health Insurance, Ministry of Health, London. Epcar Japwin, Hon.D.E.
E. J. Pe.
m CE. Se ees E. J, Pearson, B.S.
E. L.
P. R. Exsa Lewxowrtscx, Pa.D., B.Sc.(Hons.), A.R.C.5.
are Fats and Waxes (part); Olive Oil (in part).
E. M. Ho.
EDWARD MORELL HOLMES.
Opium (in part).
E. Ha.
Major-General, Chief of Engineers, United States Army, Washington.
Late President of the
New
York,
New
IalOntario, Sa eer bee wey
pee eased Haven and
Hartiord
Katlroad.
Lake.
jearttord eee and Company, The.
Emeritus Curator of the Museum of the Pharmaceutical Society, London. E. N. da C. A. EDWARD NEVILLE DA COSTA ANDRADE, D.Sc., Pu.D., F.Inst.P. Quain Professor of Physics in the University of London. Author of The Structure of Nucleus. the Atom; The Mechanism of Nature; etc. Edition of the Encyclopedia Britannica.
E. N. W.
Epona Nose Wuite, A.B.
Director of the Merrill-Palmer School, Detroit, Mich. Professor of Home Economics,
Ohio State University, 1913-20.
E. P.C.
Editor of the Physics section of the 14th
Epwrtn Provan Catucart, C.B.E., M.D.. F.R.S. Gardiner Professor of Chemical Physiology, University of Glasgow, 1919-28. Regius Professor of Physiology since 1928.
Nursery Schools (im part). a rNutrition.
INITIALS
AND
NAMES
OF
CONTRIBUTORS Nazareth;
EDWARD ROBERTSON, M.A. Professor of Semitic Languages, University College of North Wales. ELIZABETH SANDERSON Harpane, C.H., LL.D., J.P.
Vice Chairman,
Territorial
Nursing Service,
Member
Olives. Mountof: Ophir ’ ’
Q.A.I.M. Nursing Board. pNursing (in part).
Member of the General Nursing Council. Author of The British Nurse in Peace and War.
Miss E. E
B.A.
Inspector of Schools to the
E. Un.
eee
London
County
és
—
Council.
sateen ace
Formerly
Hea
istress o
;
;
St. (Gectee's School for Girls and St. George’s Training College for Secondary Women Teachers, Edinburgh. EVELYN UNDERHILL To S r 7 Biles nei Fellow of King’s College, London, 1927. Upton Lecturer on Religion, Manchester
Nursery Schools (i part). . Mysticism
College, Once, 1921-2. Author of Mysticism, a Study in the Nature and Development of Man's Spiritual Consciousness; Practical Mysticism; The Essentials of Mystecism.
E. Wal. F. A. M. W. F. B. K.
Eric WALROND. Manager, Opportunity (a Negro Journal), 1925-7. F. A. M. WEBSTER.
. (in part).
peegro, The American (in part). :
Olympic Games.
Joint-Editor of The Blue Magazine, London, and writer on athletics,
FRANK BıLLIınces KELLOGG, LL.D. United States Secretary of State in the Coolidge Administration from 1925. bassador to Great Britain, 1924-5.
F. Bro.
FRANK Browne, F.J.C., F.C.S.
F. D. R.
Pharmaceutical Chemist. Government Analyst, Hong-Kong, 1893-1915. FRANK D. REEVE, M.A. Instructor of History and Government, University of New Mexico, Albuquerque.
Am-
pOutlawry of War (in part).
}Opium-Eating and Opium-Smoking.
New Mexico.
F. E. MatrHews, Pa.D., F.LC. Former Professor of Chemistry at the Royal India Engineering College, Cooper’s Hill. Consultant to Messrs. Johnson and Matthey, Research Chemists, Hatton Garden, London.
F. G. M. B. F. G. P.
F. H. A.
FREDERICK GEORGE MEESON Beck, M.A. Formerly Fellow and Lecturer in Classics, Clare College, Cambridge. FREDERICK GYMER Parsons, F.R.C.S., F.S.A. Professor of Anatomy, University of London. President, Anatomical Society of Great Britain and Ireland. Lecturer on Anatomy at St. Thomas’s Hospital and the London School of Medicine for Women.
Osmium.
f
;
Northumbria. Nerve (in part); Nervous System: y ’ Olfactory System.
FreD H. ALBEE, A.B., M.D., Sc.D., F.A.C.S. Director, Department of Orthopaedic Surgery, and Professor of Orthopaedic Surgery, | Orthopaedic Surgery (in New York Post Graduate Medical School. Author of Bone Graft Surgery: Orthopaedic
part).
and Reconstruction Surgery; etc.
F. H. Br.
FRANK HERBERT Brown, C.I.E.
i and Eastern affairs. s Member of the staff of The Times (London) for Indian London Correspondent of The Times of India. Formerly Editor of The Indian Daily Telegraph.
\ Naidu, Nehru, Sarojini; Pandit Motilal.
FREDERICK HENRY Harca, O.B.E., Pu.D., M.InsTt.C.E.
F. J. H. F. J. M. S. F. L. L.
Adviser on Metalliferous Mining to the Mines Department. Author of The Iron and Ore Deposits. Steel Industry of the United Kingdom under War Conditions; etc. FRANCIS JOHN HAVERFIELD, M.A., LL.D., F.S.A: Late Camden Professor of Ancient History in the University of Oxford, Fellow of Brasenose College and Fellow of the British Academy. Author of monographs on Numantia. Roman History, especially Roman Britain. USF’ F. J. M. STRATTON, D.S.O., M.A.
University Lecturer in Mathematics Cambridge. Lapy Lucarp, D.B.E.
Author and Journalist.
and Fellow of Gonville and Caius College,
Late Head of Colonial Department of The Times, Lon-
don. Has undertaken special commissions for The Times to South Africa, Australia and Canada. Author of A Tropical Dependency.
F. LI. G.
F. LLEWELLYN Grirritu,
M.A., Pu.D., F.B.A., F.S.A.
Professor of, and Reader in, Egyptology, Oxford University. Texts of the Christian Period; Oxford Excavations in Nubia.
F. M. S. F. N. M.
]
Nigeria (in part)
Nubia (in part); Author of The Nubian
ae Langu age and Shee
M,Professor STENTONof History, University of Reading. Editor of the History (Mediaeval) sec- lw ormandy (i part); tion, 14th Edition, Encyclopedia Britannica. J Normans (in part).
CoLonEeL FrepERic Natusca Maung, C.B., R.E.
Author of Cavalry: Its Past and Future; Evolution of Strategy; War and the World’s Life; Campaign of Leipzig; of Jena; of Ulm and many other technical essays.
Frank Ricwarpson Cana, F.R.G.S.
Editorial Staff, Encyclopedia Britannica, 1903-11 and 1914-5.
London, since 1916.
Staff of The Times,
Author of South Africa from the Great Trek to the Union; etc.
FREDERICK W. Honce. Ethnologist with Museum of the American
F. W. J.
Nova. YS
Writer and Lecturer on botanical subjects.
Napoleonic Campaigns (in part). Natal (part); Niger;
Nigeria (port); Nile (part); +Nyasaland Protectorate (in part);
Orange Free State (part). Indian, New York.
Ethnologist
charge of Bureau of American Ethnology, Smithsonian Institution, 1910-8.
Frank WILLIAM JoHNson, M.A.
\
in North America (in part).
Oak; }Oil Palm.
INITIALS F. W. Mo.
AND
NAMES
OF
CONTRIBUTORS
SIR FREDERICK WALKER Mort, K.B.E., M.D., F.R.C.P., F.R.S.
Formerly Consulting Physician to Charing Cross Hospital, London, Pathologist to London County Asylums, and Lecturer on Morbid Psychology, Birmingham University. Author of War Neuroses and Shell Shock.
F. W. O.
1X
jaca 3 Neurasthenia; Neuropathology.
Francis WALL OrrveRr, M.A., D.Sc., LL.D., F.R.S. Quain Professor of Botany, University of London. Formerly President of the British Ecological Society. Author of papers on morphological and fossil botany. Editor of
Nature Reserves.
Annals of Botany; etc.
G. A. C.
REV. GEORGE ALBERT Cooke, D.D.
Regius Professor of Hebrew, Oxford, and Canon of Christ Church.
G.A.R. C.
GEOFFREY A. R. CALLENDER, M.A., F.S.A.
G. C. R.
Guy CoLwin Rosson, M.A.
G. D. Bi.
G. D. BIRKEOFF, A.M.,
G. E.
Rev. Georcz Epmunpson, M.A., F.R.Hist.S., F.R.G.S.
Secretary to the Society for Nautical Research and Professor at the Royal Naval College, Greenwich.
Pa.D.,
Sc.D.
Professor of Mathematics, Harvard University.
Sometime Foreign Mem-
Dutch
A.M., P.D.
GEORGE Francis Hitz, M.A. Assistant in Department of Coins and Medals, British Museum.
G. Gr.
G. G.T.
Editor of The Study of War.
G. H. B.
Instructor in Carriages, Military College of Science, Royal Arsenal, Woolwich. Rev. GEORGE HERBERT Box, M.A., Hon.D.D.
G. H. W.
GroRrcE H. WARBURTON.
Gir.
:
NegrK The American pari).
,
(in
New Zealand (i part); -Nigeria (in part); Norway
GILBERT GROSVENOR, A.M., Litt.D., LL.D. President, National Geographic Society, Washington. LIEUTENANT G. G. TEMPLER. Rector of Sutton, Beds. versity of London.
(in part);
Author of Sources pNumismatics (in part).
of Greek History 478-431 B.C.; Handbook of Greek and Roman Coins; etc. Major-GENERAL SiR GEORGE G. Aston, K.C.B. Lecturer on Naval History, University College, London. Professor of Fortification at the Royal Naval College, Greenwich.
Oldenbarneveldt, Johan Van
Historical {Orange, House of; -J Ostend Company.
Professor of Sociology and Economics, Fisk University, Nashville, Tenn., t9ro-2, Director of Negro Economics, U. S. Department of Labor, 1918-21.
G. F. H.
Nile, Battle of the (in part).
jNumber.
ber, Netherlands Association of Literature, and Hon. Member, Society.
GEORGE Epmunpb Haynes,
Campaigns (in
part); Navarino, Battle of (in part);
Mursel; { Nautilus; Octopus.
Assistant Keeper in the Department of Zoology, British Museum.
Formerly Fellow and Tutor of Brasenose College, Oxford.
G. E. Ha.
}Odaenathus.
hi
(in part).
i . . aty National Geographic Society i }Ordnance (im part).
Davidson Professor of Old Testament Studies in the Uni-
Nahum.
pee Fats and Waxes (in
Editor of the Sixth Edition of Oils, Fats and Waxes by E. Lewkowitsch and Chief ¢ part); Chemist of the Lewkowitsch Laboratories. Olive Oil (ix part).
Josera GIRARD. a a
; de fer du Nord. Chevalier : of the Légion eck Compagnieè Des Chemins
i Com. Nord France,de des de Chemins Fer pagnie Du. j
G. J. T.
GEORGE JAMES TURNER. Rarrister-at-Law, Lincoln’s Inn. Editor of Select Pleas of the Forests for the Selden pNorthampton, Assize of.
G. L. E.
Mıss G. L. Erres, D.Sc.
Society.
G. M. McB.
4
}
`
Lecturer in Geology, Newnham College, Cambridge. GEORGE M. McBRIDE, B.A., PE.D. University of California at Los Angeles, California.
Ordovician System. Author of Agrarian Indian Com-
munities of Highland Bolivia. GrorcE Macrınnon Wrong, M.A., LL.D., F.R.S.C. Emeritus Professor of History in the University of Toronto.
Author of The British
Oruro.
ST Ontario (in part).
Nation, a History; etc.
GEORGE
EE
a
a
5
Secs
ae
eee
Fellow of Oriel College an niversity Lecturer in Modern History, ord. Hon. Member of the Historical Society of Utrecht. Author of the Dutch Alliance and the
War Against French Trade, Joint-Author of Churchwarden’s Accounts of Marston; etc.
G. Sc.
G. SCHOTT. Oceanographer, German Naval Observatory, Hamburg.
Hon. Professor of Ocean-
Netherlands (im pari).
North Sea.
ography, University of Hamburg.
G. T. M.
GILBERT T. Morsan, O.B.E., D.Sc., F.L.C., F.R.S.
_ _) Nitro-Compounds;
Director, Chemical Research Laboratory, Department of Scientific and Industrial | Olefine; Research, London. Formerly Mason Professor of Chemistry, University of Birming- Organo-Metallic ; ham, Professor in the Faculty of Applied Chemistry, Royal College of Science for e Aiea: Ireland and Professor of Applied Chemistry, Technical College, Finsbury. Author o aa ’ Editor of the Chemistry Orone of The Organic Compounds of Arsenic and Antimony. section, 14th Edition, Encyclopadia Britannica.
REV. GRIFFITHS WHEELER THATCHER, M.A., B.D. Warden of Camden College, Sydney, N.S.W. Formerly Tutor in Hebrew and Old
< rNabigha Dhubéyni.
Testament History at Mansfield College, Oxford.
H. A. Bayurs, D.Sc.
E
Assistant, Department of Zoology, British Museum
em
(Natural History).
Nemicciiica:
as >
X H. A. Ha
H. B. H. H. C. L. H. D. N. H. E. H.
H. F. P.
INITIALS
AND
NAMES
OF CONTRIBUTORS
H. ArnswortH Harrison, M.Sc., PH.D., A.I.C. Research Chemist, Chemical Research Laboratory, Teddington, Middlesex. HENRY BEETLE Hovuca, B.LItT. Publisher, Vineyard ‘Gazette, Martha’s Vineyard, Mass.
i Naphthalene. } Nantucket.
H. C.Ministry Lonc, B.Scand Trade of Agriculture and Fisheries, London. Editor of Journal of Ministry of Oats: G Cultivation s Agriculture nd Fisheries. Author of Common Weeds of the Farm and Garden; etc. ın part). HENRY DARNLEY NAYLOR, M.A.
Emeritus Professor of Classics in the University of Adelaide, South Australia. Harrison E. Howe, M.S., Sc.D. Editor, I ndustrial and Engineering Chemistry, Washington. Stone Age; Chemistry in the Home; etc.
Author of The New
?
3
New South Wales (in part). sees . ry n, Fixation of (in part).
HENRY FRANCIS PELHAM. Late Camden Professor of Ancient History, University of Oxford, Curator of the Bod- | Nerva, Marcus Cocceius (in leian Library and President of Trinity College. Author of Outlines of Roman History. See the biographical article: PELHAM, HENRY FRANCIS.
part).
H. F. T.
Harry F. Tapp, M.E.
H. H. L. B.
Hucs Hare Lercu Bettor, M.A., D.C.L.
H. J. B. D.
H. J. B. DREW.
I
H. J. Br.
H. J. BRaunHoxtz, M.A.
I
Technologist, American Oil Burner Association, Inc., and the Oil Heating Institute. Author of Hand Book of Domestic Oil Heating.
H. J. F.
Late Associé de l'Institut de Droit International, Honorary Secretary, International Law Association and Grotius Society. Formerly Acting Professor of Constitutional Law, University of London, and Secretary, Breaches of the Laws of War Committee.
,
;
Nationality and
Naturalization (in part); Neutrali ? ty.
:
New Zealand (i part).
Director of Publicity for New Zealand.
Assistant Keeper of Ceramics and Ethnography, British Museum, London. HERBERT JOHN FLEURE, D.Sc. Professor of Geography and Anthropology, University College of Wales, Aberystwyth. Hon. Secretary, Geographical Association, and Hon. Editor of Geography. Author of Human Geography in Wesiern Europe; etc. Edition, Encyclopedia Britannica.
i
Oil Heating, Domestic.
ao
Oceania (tn part). ,
New Zealand (in part).
Editor of the Geographical section, 14th
H. J. R.
HeErsert JENNINGS Ross, M.A.
H. K.-S.
H. Knox-SHaw, M.A., D.Sc., F.R.A.S. }Nebula Radcliffe Observer, Oxford. Formerly Director of Helwan Observatory, Egypt. f H. P. Hors, B.A., F.R.A.S. Assistant in the Royal Observatory, Greenwich, 1881-1920. Formerly Editor of The Observatory, Astronomical. Observatory Magazine.
Mystery (în part);
Professor of Greek, University of St. Andrews, Fife. Fellow and Lecturer of Exeter |Nemesis; : College, Oxford, 1907-11. Associate Professor of Classics, McGill University, 1911-5. FOdysseus; Oedipus; Professor of Latin, University College of Wales, Aberystwyth, 1919-27. Author of | Oracle (inz part); The Roman Questions of Plutarch; A Handbook of Greek Mythology; etc.
H. P. H. H. St. H. W. C. D.
H. W. D.
Orestes.
Henry Sturt, M.A.
Soani
Author of Idola Theatri; The Idea of a Free Church; Personal Idealism. |Nominalism. Henry WILLIAM CARLESS Davis, C.B.E., M.A. Nennius; Late, Director Dictionary of National Biography, Regius Professor of Modern History, Odo of Bayeux; Oxford, and Fellow and Tutor of Balliol College, Oxford. Orderic Vitalis (in purt). SIR a nao oe F.R.C.M., F.R.C.O. rganist and Composer. Director of Music and Chairman of the National Council . . ; of Music, University of Wales. Gresham Professor of Music and Organist, St. George’s Music, Teaching of (i part), Chapel, Windsor. Professor of Music, University College of Wales, 1919-26. Henry Wriper Keves, A.M., L.L.D. , Governor of New Hampshire, 1917-9. President of Woodsville (N.H.) National New Hampshire. Bank. United States Senator, 1919-31.
H. Wn.
WALTER HucH Joun Wirxrnson, C.I.E., I.C.S.
H. W. R.
Rev. HenRyY WHEELER Rosinson, M.A., D.D.
British Envoy at the Court of Nepal.
|Nepal (in part).
Chevalier of the Legion of Honour.
Principal of Regent’s Park College, London. Formerly Professor of Church History and the Philosophy of Religion in Rawdon College, Leeds.
N
HERBERT WRicreY Wirsow, M.A. Assistant Editor of the Daily Mail, and Director of Associated N ewspapers, Ltd.
I. A. L E. L. I. F. S. J.A.C.
Obadiah.
a ee Bevo Viscount
’
ISRAEL ABRAHAMS, M.A. Formerly Reader in Talmudic and Rabbinic Literature in the University of Cam- +Nasi, Joseph. bridge. Author of A Short History of Jewish Literature; Judaism; etc. IsaBEL Ery Lorp, B.L.S. to sental Cook Author of Getting Your Money's Worth. Editor of Everybody's Cook Book. er OOnery: ISABELLE F. STORY. National Parks and Editor, National Park Service, Department of the Interior, Washington. i Monuments (in part).
SrR JOSEPH ARCHER Crowe, K.C.M.G.
Author, with Giovanni Battista Cavalcaselle, of Early Flemish Painters; A New | Neer, Van Der (ia part);
History of Painting in Italy from the Second to the Sixteenth Century.
J. Al. J. A. P.
ical article: CROWE, SIR ifA.
J. ALLAN, M.A. Deputy Keeper of Coins and Medals, British Museum.
entury.
See the bi
See
; the biograph- | Ostade (in part).
INumismatics (i part).
BEV JAus ees M.A., D.D. ormerly Professorof Hebrew and Old Testament Exegesis, New College, Edinbur p. Numbers in part). Author of The Period of the Judges; Translator of Schultz’s Old Testament Theology. (n p
INITIALS J. Bai.
J. Bla.
J. E. T. H.
NAMES
OF CONTRIBUTORS
French Historian and Journalist.
Formerly Editor of the monthly review, ActionNapoleon I.
Author of Histoire de France; etc.
JAMES B. Garner, M.Sc., Pu.D. Senior Fellow, Melion Institute of Industrial Research, and Director of Research for Natur alGas. Hope and affiliated Natural Gas Companies. JAmeEs Brarr. General Manager (London), N ippon Yusen Kaisha Line. ?Nippon Yusen Kaisha. JOHN ERNEST TROYTE HARPER, M.V.O., C.B. Vice-Admiral, R.N. Director of Navigation at the Admiralty, r919-21.
J.F.C.F. J. F-K. J. G. B. j.G. G.
xi
JACQUES BAINVILLE. Française.
J. B.G.
AND
Commande
d Navigation. His Majesty’s Yacht “Victoria and Albert,’’ 1911-4. Compiled Official Record of the Battle of Jutland. ay COLONEL Jonn FREDERICK CHARLES FULLER, C.B.E., D.S.O. Military Assistant to the Chief of the Imperial General Staff. Chief General Staff Officer, Tank Corps, 1917-8. F ormerly Chief Instructor, Camberley. Author of Neuve Chapelle, Battle of. Tanks in the Great War; The Reformation of War; Sir John Moore's System of Training. JAMES FITZMAURICE-KELLy, Litt.D., F.R.H1st.S. pe Na Late Gilmour Professor of Spanish Language and Literature, University of LiverNuñez de Arce, Gaspar. H+ pool. Author of A History of Spanish Literature.
Napoleonic Campaigns (in part); y Nile, Battle of the (zm part).
J.G. BuLLockE, M.A. Civilian Lecturer, Royal Naval College, Greenwich.
JEAN GABRIEL GOULINAT.
Chevalier de la Légion d'Honneur, Sociétaire et Membre du Comité du Salon de la Oil Painting, Technique of. 5th Nationale des Beaux Arts. Author of La Technique des Peintres. y
jJ.G.M.McH. COMMANDER J. G. M. McHarpy, R.N.(retired). J. Har.
Ordnance (in part).
Department of Chief Inspector of Naval Ordnance, Admiralty, London.
Jrro HARADA. Of the Imperial Household Museums, Japan. Formerly Professor in the Nagoya College of Technology, and in the 8th Higher School. Imperial Japanese Government Commissioner to the Panama-Pacific International Exposition at San Francisco, 1915.
J. H. D.
J. H. DRIBERG.
J. H. H.
J. H. Hurron, D.Sc., C.I.E.
A = br P
Author of The Lango: A Nilotic Tribe of Uganda.
Director of Ethnology, Assam. Deputy Commissioner, Naga Hills. Angami Nagas; The Sema Nagas; etc.
J. H. O.
J. H. Orton, D.Sc.
J. L. My.
J. L. Myres, O.B.E., M.A., D.Sc.
Author of The
2a eS
Naga Hills (in pari).
Oyster.
Chief Naturalist, Marine Biological Association, The Laboratory, Plymouth.
ae yd
Wykeham Professor of Ancient History and Lecturer in Classical Archaeology in the PE of Oxford. General Secretary to the British Association for the Advancement of Science.
J. M. H.
9
Oxford
i
National Insurance: Widows and Orphans’ Pensions; Old Age Pensions. J. M. Lanois, A.B., LL.B., S.J.D. . ; : Professor of Legislation, Harvard Law School. Author of The Business of the Supreme +Nullity of Marriage (in part). J. M. HENDRI, M.A.
Deputy Controller, Ministry of Health Insurance Department, London.
J. M. La.
Court of the United States.
J. M. Le.
J. M. M. J. M. Sc.
J. R. J. R. B.
James Mervin Lesz, Litt. D.
Director of the Department of Journalism, New York University. Literary Editor of Newspapers (in part). Ve’ The Editor and Publisher. Author of A History of American Journalism; etc.
Joun Marcorm MırcuErL, O.B.E., M.C., M.A. Secretary, Carnegie United Kingdom Trust. Assistant Editor in Classics and Ancient History, 11th Edition, Encyclopedia Britannica. Joint-Editor of Grote’s History Neoplatonism (in part). of Greece. ——_ J. M. Scamme tt, A.B. Lieutenant Colonel, California National Guard and United States Army Reserve, Assistant Chief of Staff, 4oth Division. Formerly Assistant in History and Lecturer National Guard. in Political Science, University of California. ——_ . Romanes, M.A., F.G.S., M.Inst.P.T. ; ! Petroleum Geologist. }Ozokerite.
. R. Bonp, M.B.E., M.Sc., N.D.A. J Agricultural Organiser for Derbyshire.
of Agriculture.
J. R.P.
J. S.
J. S. Co.
Contributor to the Journal of the Minestry
a
ge e ve
part).
and Trade
James Rrippick Partincton, M.B.E., D.Sc. Professor of Chemistry, East London College, University of London, A Textbook of Inorganic Chemistry for University Students.
Author of Nitrogen.
Str Josran Stamp, G.B.E., D.Sc., LL.D., F.B.A.
Chairman, and President of the Executive, London Midland and Scottish Railway. Director of the Bank of England. Member of the British Royal Commission on Income Tax, 1919; of the Committee on Taxation and National Debt, 1924. British National Dividend; Representative on the Reparation Commission’s Committee on German Currency National Savings (in part}. and Finance, 1924 and Member.of the Committee of Experts, Paris, 1929. Author of uU———,--_~ Wealth and Income of the Chief Powers; Wealth and Taxable Capacity.
JAMES SUTHERLAND Corton, M.A.
Formerly Editor of The ITeo Gazetteer of India. Hon. Secretary of the Egyptian Exploration Fund, and Fellow and Lecturer of Queen’s College, Oxford. Author of India in the ‘‘Citizen”’ series, etc.
Omichund. US
Xi
J. S. F. J. S. Fa.
J. T.H.
J. Wh.
J.W. J.
INITIALS
J. W. S.
NAMES
OF CONTRIBUTORS
Sır Joux Smt Frerr, K.B.E., D.Sc., F.R.S.
Director, Geological Survey of Great Britain and Museum Formerly Lecturer on Petrology in Edinburgh University. JOHN SHIELDS FAIRBAIRN, M.B., B.Cu., F.R.C.S., F.R.C.P.
:
Napoleonite; Neck;
of Practical Geology. pNepheline-Syenite; Nephelinites; Obsidian.
Obstetric Physician and Lecturer on Midwifery and Diseases of Women, St. Thomas Hospital, and Physician, General Lying-in Hospital, London. Author of A Textbook jor Midwives; Gynaecology with Obstetrics; etc.
Joux THEODORE Hewitt, M.A., D.Sc., PH.D., F.R.S. Formerly Professor of Chemistry, East London Author of Synthetic Colouring Matters; etc.
ae
College, University
of London
Professor of Comparative Philology, Harvard University. Sometime Faulkner Fellow of the University of Manchester and Research Student (Craven Award) of the University of Cambridge. Author of The Prae-Italis Dialects of Italy, Part II.
L. C. M.
Nitrogen, Fixation of (in part). Oscan.
JAMES WELDON JoHNSON, A.M., Litt.D. , Secretary of the National Association for Advancement of Coloured People. Director |Negro, The American (in of the American Fund for Public Service. U.S. Consul to Puerto Cabello, 1906;/ part). Author of The Book of American Negro Poetry; etc.
JosErH WELLS, M.A. Vice-Chancellor, University of Oxford, 1923-26; Warden of Wadham College, Oxford, 1913-27. Author of Oxford and Its Colleges; etc.
Oxford University (in pari).
J. W. Scott, M.A., D.Px.
nD
Professor of Logic and Philosophy, University College of South Wales and
K. S.
Obstetrics.
“|
Josva WxHatTmoucH, M.A.
Corinto, 1909-12.
J. Ws.
AND
mouthshire, Cardiff,
Mon-
;Neo-Hegelianism.
KATHLEEN SCHLESINGER.
;
Author of The Instruments of the Orchestra.
}Organ (in part).
SIR Leo Curozza Money, F.R.Stat.S., F.R.G.S., F.Z.S.
Author and Journalist. Member of the War Trade Advisory Committee, 1915-8. Parliamentary Secretary to the Ministry of Shipping, 1916-8. Chairman of the Tonnage Priority Committee, 1917-8. Editor of the Economics, Engineering and Industries section, 14th Edition, Encyclopedia Britannica.
National Provincial Bank Limited.
L. D. S.
LAURENCE DupteEy Stamp, B.A., D.Sc., A.K.C., F.G.S., M.I. P.T.
L. E. B.
Sir Ernest Cassel Reader in Economic Geography in the University of London. -Oligocene. Author of An Introduction to Stratigraphy. Rev. L. Ertrott Bruns, D.D. |Numbers (in part). Vicar of Gedney, Lincolnshire.
L. E. D.
Lronarp E. Dickson.
L. F.
Numbers, Theory of. Professor of Mathematics, University of Chicago. LIon FEUCHTWANGER. German writer. Author of Jew Suss; The Ugly Duchess; etc. See the biographical [Novel Modern in the
L. H. D. B.
L. H. Duptey Buxton, M.A.
article: FEUCHTWANGER, LION.
Reader in Physical Anthropology in the University of Oxford.
L. J. B. L. J. S. L. R. D. L. R. F. L. T. H. L. V.
Asia.
LAWRENCE J. BuRPEE, F.R.G.S., F.R.S.C.
Secretary of the International Joint Commission, Ottawa, Canada. Private Secretary to three successive Ministers of Justice in the Dominion Government and for several years Librarian of the Ottawa Public Library. L. J. SPENCER, M.A., Sc.D., F.G.S., F.C.S., F.R.S. Keeper of Department of Mineralogy, Natural History Museum, South Kensington.
Formerly Scholar of Sidney Sussex College, Cambridge, and Harkness Scholar. Editor of The Mineralogical Magazine. ee es M.Com., F.C.A. ead of Sellars, Dicksee and Company. Sir Ernest Cassel Professor of fates and Business Organisation, 1919-26, and Dean of the Faculty of Economics, 1925-6, in the University of London.
Ottawa f
Olivine
Overhead Charges.
Lewis RicHARD FARNELL, M.A., Litt.D., F.R.A.S., F.B.A.
Formerly Rector of Exeter College and Vice-Chancellor of the University (1920-3), Oxford. Lecturer in Classical Archaeology, University of Oxford, and Wilde Lec- Mystery (in part). turer in Comparative Religion. Author of Cults of Greek States; Evolution of Religion.)
L. T. HocBen, D.Sc.
Nucleus. Professor of Zoology, University of Cape Town, South Africa. an mnd Lurcr VILLARI. Italian Vice-Consul in New Orleans, 1906; Philadelphia, 1907; Acting Consul at Mussolini, Benito; Boston, 1909. On the Secretariat of the League of Nations, 1920-3. Author of Naples, Kingdom of (in
part).
Tialian Life in Town and Country; The Fascist Experiment; ete.
Lovrs Wey,
M. C. R.
M. C. RAYNER.
M. ďd’O.
MAURICE DOCAGNE. Professor of Applied Geometry, Ecole Nationale des Ponts et Chaussées and Professor
M. G. D.
?
ippur.
L. Wi.
M. E. P.
Nineveh:
Author of Peoples of Ni
M.A., LL.D., Lirrt.D.
Business Manager, The New York Times.
Author of Mycorrhiza.
of Geometry, Ecole Polytechnique, Paris. MARLEN E. PEW. Editor of. The Editor and Publisher, New York.
Rr. HoN. Sır MOUNTSTUART ELPHINSTONE GRANT Durr, G.C.S.1., F.R.S. Under-Secretary of State for India, 1868~74. Under-Secretary of State for the Colonies, 1880-1. Governor of Madras, 1881-6. Author of Studies in European
Ochs, Adolph Simon. yet
Mycorrhiza.
Nomography. News Agency (in part).
Oliphant, Laurence (i part).
Politics; Notes from a Diary.
eee ey eer Vey
INITIALS M. Gu.
AND
NAMES
OF
CONTRIBUTORS
M. GUILLAUME.
xili
:
M. Gy.
Managing Director of Le Petit Journal, Paris. MONTGOMERY GREGORY. Principal, New Jersey Avenue School, Atlantic City.
N. A. C.
NELSON ANTRIM CRAWFORD, M.A. Editor-in-Chief of Household Magazine, Topeka, Kan. mation, United States Department of Agriculture.
?Nivelle, Robert George. iNegro, The American (in part).
Formerly Director of infor.| Nonpartisan League.
Associate Editor,
The Midland.
N. B. J.
N. B. Jopson, B.A.
N. M. P.
Norman MosLEY PENZER, M.A., F.R.G.S., F.G.S. Author of Cotton in British West Africa; The Tin Resources of the British Empire; The}Nickel (in part).
O. C. S.
O. C. STINE, PH.D.
Old Slavonic
Reader in Comparative Slavonic Philology, London University.
E
Mineral Resources of Burma; Non-Ferrous Metals and other Minerals; etc.
Bureau of Agricultural Economics, United States Department of Agriculture. of Journal of Farm Economics; Agricultural History.
O. H.T. R.
O. H. T. Risupetu, M.A., F.R.G.S.
O. J. L.
SIR oe
O. J. R. H.
O. L. B. O. R. A.
Editor
a
Professor and Head, Geography Department University College, Southampton.
oee
Cultivation and Trade
(in part).
?New South Wales (zn part).
LopcE, D.Sc., LL.D., F.R.S.
rincipal of the University of Birmingham, 1900-19. Professor of Physics, University ‘ í College, Liverpool, 1881-1900. President of the British Association, 1913-4. Awarded eee the Albert Medal of the Royal Society of Arts, London, for pioneer work in wireless ` telegraphy. Author of Ether and Reality; The Ether of Space; etc. OSBERT Joun RADCLIFFE Howartu, O.B.E., M.A. ; Secretary of the British Association for the Advancement of Science. Assistant Editor }Norway (in part). for Geography, 11th Edition, Encyclopedia Britannica. Oscar Levy, M.D., L.R.C.P., M.R.C.S. : sade Editor of the authorised English translation of Nietzsche’s works. Translator (into ea Friedrich German) of Disraeli’s novels Tancred or the New Crusade and Contarini Fleming. f O. L. Brany, D.Sc., F.I.C. }Oximes. Reader in Organic Chemistry in the University of London.
OLIVIA ROSSETTI AGRESTI.
Writer, Lecturer and Interpreter to the Assemblies of the League of Nations and the
Lectured in the United States on Italian Eco-
International Economic Conference. nomic conditions, 1919, 1920, 1923.
Naples.
ptes,
Bank of
°
P. H. B.
Percy Hormes BoynrToN, A.M. Professor of English, University of Chicago.
, Editor of American Poetry. Author of Novel (in pari).
P. Lo.
Percy Lonemurr, D.MET., M.B.E.
P. P. C.
Puitre Putnam Cuase, A.M., LL.B.
R. A. K.
REv. RONALD ARBUTHNOT KNOX.
R.A.S. M.
ROBERT ALEXANDER STEWART MacatisteR, M.A., F.S.A., Litt.D., LL.D.
R. B. F.
RayMOND BLAINE Fospicx, M.A., LL.D. Formerly Commissioner of Accounts, City of New York. Author of American Police Systems; European Police Systems; Keeping Our Fighters Fit; etc.
-New York City.
R. D. Ca.
R. D. CARMICHAEL.
Number Sequences.
R. Don.
Srr Ropert Donatp, G.B.E., LL.D. Chairman, Empire Press Union, 1915-26.
R. E.C.
RacHEeL ELEANOR Crowpy, D.B.E. Chief of Social Questions and Opium Traffic Section, Secretariat, League of Nations.
American Literature; etc.
Past President, Institute of British Foundrymen and Sheffield Foundry Trades Technical Society. Director, Harvard University Summer School. Lecturer in History and Tutor in History, Government and Economics, Harvard University.
Needle.
l New England.
Mystery Stories (in part).
Author of The Viaduct Murder; The Footsteps at the Lock; etc.
Professor of Celtic Archaeology, University College, Dublin. President of the Royal Oisin i Irish Academy and of the Royal Society of Antiquaries of Ireland, 1925-8. Author of Ireland in Pre-Celtic Times; The Archaeology of Ireland; etc.
,
Oor
Professor of Mathematics at University of Illinois, Urbana, I. Ltd., to 1918.
} Managing Director of United Newspapers, pNewspapers (in part).
Editor of The Daily Chronicle, 1902—18.
;
aa
R.F.C.
Raymonp F. Crist, D.D.S., LL.B.
R. F. M.
Rozert Foster Moore, O.B.E., M.A., F.R.C.S.
Director of Citizenship, United States Department
Commissioner of Naturalization. of Labor.
Ophthalmic Surgeon, St. Bartholomew’s
Hospital; Surgeon,
Moorfields Eye Hos-
pital; Consulting Ophthalmic Surgeon, Maudesley Hospital, London. Secretary, Ophthalmological Society of the United Kingdom. Author of Medical Ophthalmology.
,
R. G. Hu.
Ray G. HULBURT.
R. Git.
Roy GITTINGER, PH.D.
R. H.R.
Sır Henry Rew, K.C.B.
,
;
a
Director of Information and Statistics, American Osteopathic Association, Chicago. Formerly Editor of Journal of Osteopathy.
ye
e
a
Dean of Undergraduates and Professor of English History in the University of Oklahoma. Author of The Formation of the State of Oklahoma; etc.
,
:
Board of Agriculture and Fisheries, 1898; Assistant Secretary, 1906-18; Secretary to the Ministry of Food, 1916-7. Chairman, Inter-Departmental Committee on Un-
employment
Insurance in Agriculture, 1925-6.
Opium Traffic.
Nationality and Naturalization (in part).
Ophthalmology.
Osteopathy.
Oklahoma. Mutton; Open-Field System. fe Us
INITIALS
XIV
AND
CONTRIBUTORS
OF
NAMES
R. H. Ra.
RosBERrT HERON RASTALL, Sc.D., F.G.S.
,
R. J.
Sır RosBERT Jones, C.B., K.B.E., CH.M., D.Sc., F.R.C.S., F.R.C.S.E.
R. La.
ROBERT LATOUCHE.
Oolite.
University Lecturer in Economic Geology. Fellow of Christ’s College, Cambridge. Member of Council of the Geological Society, 1915, and Mineralogical Society, 1918. Editor of the Geology section, 14th Edition, Encyclopædia Britannica.
,
Orthopaedic Surgery (in part).
Lecturer on Orthopaedic Surgery, University of Liverpool. Director of Orthopaedic Surgery, St. Thomas’ Hospital, London. President, British Orthopaedic Association, 1921-5. English Editor, International Journal of Orthopaedic Surgery.
re
Archivist of the department of Tarn et Garonne.
.
,
Author of Histoire du comté du pNormandy
(in part).
Maine au Xe et au XIe siècle.
R. M. F.
Miss R. M. FLEMING.
R. N. B.
ROBERT NISBET BAIN. Assistant Librarian,
a
?Ossetian Autonomous Areas.
Librarian, The Geographical Association, Aberystwyth.
aed
ical History of Denmark,
Nikon; Olgierd (in part); e aaa . | Osterman, Andrei Ivanovich ey 2383—1909. Author T. E E are The ae: (in part);
Norway and
Sweden 1513-1900;
lhe
Furst
Komanovs, ILOI3—
n
1725; Slavonte Europe: The Political History of Poland and Russia from 1469 to 1796.
R. N. R. B.
R. N. RupMosE Brown, D.Sc.
Head of the Department of Geography, University of Sheffield.
New Siberian Islands;
Member of the | Nicholas, Northern or Lenin
Scottish Antarctic Expedition, Scotia, 1902-4, and of the Scottish Arctic Expeditions to Spitsbergen, 1909-12, 1914 and 1919. Author of Spitsbergen; etc.
Rave R. PLATT, A.B.
,
f
Land; Novaya Zemlya.
f
:
Head, Department of Hispanic American Research, American Geographical Society of New York.
R. T. GI.
SIR RICHARD TETLEY GLAZEBROOK, K.C.B., M.A., D.Sc., F.R.S.
R. T. Wa.
Rapa T. WALKER. Architect, Voorhees, Gmelin and Walker, New York. tectural magazines.
:
Oxenstjerna, (in part). Count Bengt
Orinoco.
,
Chairman Aeronautical Research Committee. Director, National Physical Laboratory, 1899-1919. Editor of Dictionary of Applied Physics.
Newton, Sir Isaac.
, Ornament, Architectural.
Contributor to various archi-
R. U. Saycr, M.A.
Natal (in part);
maritzburg, Natal. RAYMOND WILLIAM POSTGATE.
Orange Free State (in part). ;
Lecturer in Material Culture and Physical Anthropology, University of Cambridge. | Nyasaland Protectorate (in Formerly Lecturer in Geology and Geography, Natal University College, Pieterpart);
R.
W.
P.
S. A. C.
Editorial Staff, 14th Edition, Encyclopedia Britannica.
Author of The Bolshevie|New> eo
Theory; Revolution from 1789-1906; The Builders’ History; ed. Pervigilium Veneris. STANLEY ARTHUR Cook, LittT.D. University Lecturer in Hebrew
and Aramaic;
onnor,
Lecturer in Hebrew and Syriac and
(in pari), 4
Feargus
“dward.
Nabataeans (in part).
Fellow, Gonville and Caius College, Cambridge. Editor for Palestine Exploration Fund. Co-Editor of the Cambridge Ancient History.
btorwes (in part); Norwegian Language and Literature (in part).
S. C. H.
S. C. HAMMER, M.A.
S. C. P.
CoLONEL THE Hon. SIDNEY CORNWALLIS PEEL, D.S.O., T.D. Barrister. Vice-President, Morocco State Bank. Commander, Hafidian Order.
iNational Bank of Egypt.
SANFORD D. COLE.
l
S.
D.
C.
S. E. W. S. G. O. S. H. M.
S. J. B.
Oslo Correspondent of The Times, London.
S. K. L. S. L.
S. Le.
ee
Of Middle Temple, Barrister-at-Law. Assistant Editor of seventh edition of Carver i aie Laws. on Carriage of Goods by Sea. Formerly Board of Trade Pilotage Commissioner. STEVENSON E. WARD. National Bank of Commerce President of the Nationa! Bank of Commerce. in New York. SIDNEY GEORGE OWEN. denja
Formerly Student and Tutor of Christ Church, Oxford.
lOvid (in part).
SYDNEY HERBERT MELLONE, M.A., D.Sc. Lecturer, Manchester College, Oxford.
Examiner in Philosophy, Universities of st. Andrews, 1899-1902; London, 1902-6; Edinburgh, 1907-10; in Psychology, Edinburgh, 1913-6. Lecturer in the University of Manchester, 1911-21.
Ophites.
S. JOSEPHINE BAKER, M.D. Lecturer on Child Hygiene, Columbia Healthy Babies; Child Hygiene.
S. K.
Editor of The Norway Year Book.
and New
York
Universities.
Author ofbNursery Equipment.
SIGURD KOLSRUD.
Norwegian Language and
Professor of the Scandinavian Languages in the University of Oslo, Norway. Literature (in part). S. K. Lortgror, A.B., P.D. } Anthropologist, Museum of the American Indian, Heye Foundation, New York. -Ona. Author of Tulum, an Archaeological Study of Eastern Yucatan; etc. STEPHEN Lancpon,, M.A., B.D., Pu.D. Professor of Assyriology, Oxford, since 1919. Curator in the ay Museum, lets Babylonian Section, Philadelphia, 1916-8. Director of the Weld-Blundell l and Field Oannes. Museum Expedition to Mesopotamia since 1922.
STuART Lewis, A.M., P#.D., D.C.L., M.F.S.
Professor of Law, New Jersey Law School. Author of Party Principles and Practical S Politics; An Outline of American Federal Government.
National Convention, The. i
INITIALS S. N.
AND
NAMES
OF CONTRIBUTORS
XV
SIMON NEWCOMB. Late Professor of Mathematics in the United States Navy, Professor of Mathematics and Astronomy, Johns Hopkins University, and Editor of the American Journal of Neptune (în part). Mathematics. See the biographical article: NEWCOMB, SIMON.
S. T. H. W.
CAPTAIN S. T. H. Witton, R.N.(retired).
‘
S. T. M. S. Ya.
STEPHEN T. MATHER. Director of the National Park Service, United States Department of the Interior. SEIRYO YAMANOUCHI.
T. A.
THomas Asupy, D.Lirt., F.B.A., F.S.A., Hon.A.R.I.B.A.
Late Assistant Director of Naval Ordnance, Admiralty, London.
New Zealand (in part).
| National Parks and Monuments (in part).
jNippon
Professor of Commercial and Colonial Policy, Tokyo University of Commerce. Formerly Director of the British School at Rome.
Author of Turner’s
Visions of
Rome; The Roman Campagna in Classical Times; Revised and completed for press a Topographical Dictionary of Ancient Rome (by the late J. B. Plattner).
Ginko.
Nola; Orvieto; Ostia.
T. Ba.
THOMAS Baker, D.Sc., M.MErt., F.I.C., F.Inst.P. Chief Metallurgist and Head of Research Department, Messrs. Peech and Tozer, Ltd. |Open-Hearth Steel Process.
T. E. R. P.
Rev. THEODORE EVELYN REECE Puitties, M.A., F.R.A.S., F.R.MEtT.Soc.
Secretary, Royal Astronomical Society, 1919-26; President, 1927 and 1928. Director
.
-Neptune (2x part).
of The Jupiter Section of the British Astronomical Association.
TatsBot F. Hamiin, B.A., B.ARCH. Instructor in the History of Architecture, Columbia University, New York.
Chair-
-Order.
man, City Plan Committee of the Merchants’ Association, New York.
CoLonEL Srr THomas HUNGERFORD
F.R.G.S., F.R.S.A.
T. J. E. T. L. H.
Ho.tpricu, K.C.M.G.,
K.C.LE.,
ae
I
West
Fronter
Province (in part). o (in pari);
Author of The Indian Borderland; The Countries of The King’s Award; etc. Major T. J. EDWARDS.
Secretary to the Honours and Distinctions Committee, The War Office, London. Officers (in part). Sir Tuomas LitTLe Heatu, K.C.B., K.C.V.O., Sc.D., F.R.S. Hon. Fellow of Trinity College, Cambridge. Author of A History of Greek Mathe- {vicomachus matics; etc.
T. O. T. Sm.
V. D. V.R. C. W. A. P. W. A. Ro.
W. A. W.
THOMAS OKEy, M.A. Osier. Professor of Italian, ; Fellow of Gonville and Caius College; Cambridge University. T. E. Smitrn, M.A. Optics Principal Assistant, Physics Dept., National Physical Laboratory, Teddington. ° Ohio. Vic(tTor) DONAHEY. Governor of the State of Ohio 1923-9. V. R. CROSWELL, B.Cu.E. Naval Stores. Manager, Hercules Powder Company, Hattiesburg, Miss. W. ALISON Purtiies, M.A. Nibelungenlied; Lecky Professor of Modern History, Dublin University. Contributor to The Cam- Nicholas I. (in pari). bridge Modern History; etc.
j
}Negro, The American (in
W. A. Roprnson, A.M.
part). State Supervisor of Negro High Schools, State Dept. of Education, Raleigh, N. C. W. A. Wooster, Pu.D. . tome:
Demonstrator in Mineralogy in the University of Cambridge.
Opal.
W. B.G.
WILLIAM BENJAMIN GREGORY, M.E., M.M.E. Professor of Engineering, Tulane University.
. New Orleans (in pari).
W. B. P.
WILLIAM BELMONT PARKER, A.B.
Olmedo, José Joaquin de.
W. B. W.
W. Basıt Worsrorp, M.A.
W. B. Wo.
W. BrrKkBecK Woop, M.A.
W. C. B. T.
W. C. B. TUNSTALL, M.A.
Editor of South Americans of To-day.
Author of A History of South Africa; Lord Milner's Work in South Africa; The Empire
,
-Nigeria (in part).
on the Anvil; etc.
Nashville (in part).
Author of A History of the Civil War in the United States.
| Navarino, Battle of (in part).
Civilian Lecturer, Royal Naval College, Greenwich.
W. de B. H.
W. DE Bracy HERBERT.
W. D. M.
WiLtrAM DILLER Martruew, A.M., P.D., F.R.S.
Barrister-at-Law.
W. E. C.
,
Professor of Palaeontology and Director, Museum of Palaeontology, University of
California.
W. E. A.
Official Secrets. fObscenity;
Recorder of Newcastle-under-Lyme.
W. E. ARMSTRONG.
eae Guinea (in part);
Formerly Lecturer on Social Anthropology, University of Cambridge. , WALTER E. CorLrrnceE, D.Sc., F.L.S.
Keeper of the Yorkshire Museum.
Editor of The Journal of Zoological Research.
Lecturer on Economic Zoology, University of Birmingham.
W.E.G.
Str WILLIAM EpmMuND GARSTIN, G.C.M.G. British Engineer. Inspector General of Irrigation, Egypt, 1892. rage and Assuan Reservoir.
W. E. V.
W. E. Wurrenovuse, M.Sc.
Lecturer and Demonstrator in Geography, University College of Wales, AberystFormerly Gilchrist Scholar in Geography.
Oceania (im part). ,
Ornithology (in part).
Built Assuit Bar-Nile(in pari).
W. E. VAUGHAN, A.M., Pu.D.
wyth.
>Mylodon.
Author of various scientific treatises on fossil vertebrates.
iOberammergau. (Norway (77 part).
INITIALS W. F. Re.
AND
NAMES
OF CONTRIBUTORS o,
Wiırrram Frooran ReEDDAawayY, M.A., F.R.Hist.S.
Norway (in part).
Fellow and Lecturer of King’s College, Cambridge, and University Lecturer. Forin the merly Censor of Fitzwilliam Hall, Cambridge. Author of “Scandinavia Cambridge Modern History.
W. Gam.
W. GAMBLE, F.R.P.S.
W. Gi.
Str WILFRED GRENFELL, K.C.M.G., M.D., F.R.C.S., L.R.C.P., LL.D. | Author of Autobiography of a Labrador Doctor; Labrador Looks at the Orient; Tales of ~Newfoundland (in part).
W. H. Le.
W. H. LEFFINGWELL.
W. H. Po.
WALTER HERRIES POLLOCK, M.A. Editor of Saturday Review, 1833-94. Author of Lectures on French Poets; etc. Witurorp I. Kine, Pu.D.
!Music Printing.
Editor, Penrose’s Annual.
Labrador; etc.
W. I. K.
Management Engineer.
Office Appliances; Office Management.
Author of Office Management; etc.
Professor of Economics, New York University School of Commerce.
Musset, Alfred de (in pari).
W. J. D. W. La.
W. LATEY
W. L. F.
WALTER Lynwoop FLEMING, A.M., Pu.D.
W. L. Ro.
W. L. Ross. President of New York, Chicago and St. Louis Railroad.
W. L. W.
Rev. W. L. Warre, M.A., D.D.
Of the Middle Temple, and the Probate and Divorce Courts, Barrister-at-Law.
l
,
National Savings (in part).
Author of The
Wealth and Income of the People of the United States. W. J. Dakin, D.Sc., F.L.S., F.Z.S. Derby Professor of Zoology, University of Liverpool. Formerly Professor of Biology in the University of Western Australia. Author of Textbooks on Zoology; etc.
Onycophora.
}Nullity of Marriage (in pari). oe
Nullification.
Dean of College of Arts and Sciences and Professor of History, Vanderbilt University, Nashville, Tenn. Author of Documentary History of Reconstruciton.
|New York, Chicago and St. Louis Railroad.
_ | Naphtali;
Lecturer in Biblical Criticism and Exegesis of the Old Testament, Manchester Uni-
-Nimrod;
versity.
Noah.
Principal of Hartley College, Manchester.
W. M. D.
W. M. Davis, D.Sc., PH.D.
W. M. S. W. P. P.
W. M. Smart, M.A., D.Sc., F.R.A.S. John Crouch Adams Astronomer and Chief Assistant, Observatory, Cambridge. W. P. PYCRAFT.
W. P. Re.
WILLIAM PEMBER REEVES.
Professor of Geology in Harvard University.
raphy.
Author of Physical Geography.
,
:
Orbit. Nest:
Assistant-Keeper in Charge of Osteological Collections, Museum of Natural History, South Kensington. Author of History of Birds; A Story of Bird Life; etc. Chairman, National Bank of New Zealand.
.
Formerly Professor of Physical Geog- >North America (im part).
Od
Agent-General and High Commissioner
for New Zealand, 1896-1908. Director, London School of Economics, Author of State Experiments in Australia and New Zealand.
t ith ontornithes.
New Zealand
1908-19.
W. R. Ca.
WILLIAM RICHARDS CASTLE.
W. R. Mo.
WILLIAM RicHARD Morritu, M.A.
}
W. R. S.
W. ROBERTSON Surtu, LL.D.
l
W. S. E.
WILLIAM S. EICHELBERGER, A.B., PH.D.
W. S. L.-B.
WALTER SYDNEY LAzARUS-BARLOw, M.D., F.R.C.P. Member of the Cancer Committee, Ministry of Health.
(in part)
Outlawry of War (in pari).
Assistant Secretary of State, Washington.
Formerly Professor of Russian and Other Slavonic Languages in the University of Nestor. Oxford and Curator of the Taylorian Institution, Oxford, Author of Russia; etc.
;
Philologist, Physicist, Archaeologist, Biblical Critic, Editor of the oth Edition of tne}Nabataeans (im part),
Encyclopædia Britannica.
Professor of Mathematics, United States Navy, since 1900. Director of the Nautical
;
-Newcomb, Simon.
Almanac, United States Naval Observatory.
Formerly Professor of
ae
Experimental Pathology, Middlesex Hospital Medical School, London University. Myelitis. Editor of the Medical section, 14th Edition, Encyclopedia Britannica. Editor of | Medical Science section, 14th Edition, Encyclopedia Britannica.
W. S.T.
WARREN S. THOMPSON.
W. Se.
P. WitHELM Scuuipt, D.TxH., $.V.D.
W.T. C.
WILLIAM THOMAS CALMAN, D.Sc., F.R.S.
North America (in part).
Professor of Sociology, Miami University, Oxford, Ohio.
;
lNumeral Systems. Professor, History of Culture and Speech of Primitive Peoples, Vienna University. Keeper of the Department of Zoology, British Museum (Natural History).
W. Tho.
WALLACE THompPson, B.Sc., Litr.D. Editor-in-Chief of Ingenteria International (New York).
Fellow of the Royal Geographical Society. Author of The People of Mexico; Trading with Mexico,
Initial used for anonymous contributors.
iOstracoda. pNicaragua.
THE ENCYCLOPA DIA BRITANNICA FOURTEENTH
EDITION
VOLUME 10 MUSHROOM TO OZONIDES USHROOM.
The edible fungus of this
floccose, never viscid. The cuticle of a mushroom readily peels away from the thick flesh beneath. The cap has a narrow dependent margin or frill; this originates in the rupture of a delicate continuous wrapper, which in the infancy of the mushroom gions of all parts of the world. Many edible entirely wraps the young plant. The gills underneath the cap are at fungi depend upon minute and often ob- first white, then rose-coloured, finally brown-black. A point of scure botanical characters for their de- great importance is to be noted in the attachment of the gills near termination, and may readily be con- the stem; the gills in the true mushroom are, however, usually founded with worthless or poisonous spe- more or less free from the stem, they never grow boldly against cies; but that is not the case with the common mushroom, for, al- it or run down it; they may sometimes just touch the spot where though several other species of Agaricus somewhat closely approach the stem joins the bottom of the cap, but never more; there is it in form and colour, yet the true mushroom, if sound and freshly usually a slight channel all round the top of the stem. When a gathered may be distinguished from all other fungi with ease. It mushroom is perfectly ripe and the gills are brown-black in colour, almost invariably grows in rich, open, breezy pastures, in places they throw down a thick dusty deposit of fine brown-black or where the grass is kept short by the grazing of horses, herds and purple-black spores; it is essential to note the colour. The stem is flocks. Although this plant is popularly termed the “meadow firm, slightly pithy up the middle, but never hollow; it bears a mushroom,” it never as a rule grows in meadows. It never grows floccose ring near its middle; this originates by the rupture of in wet boggy places, never in woods, or on or about stumps of trees. the thin general wrapper of the infant plant. An exceptional specimen or an uncommon variety may sometimes Like all widely spread and much-cultivated plants, the edible be seen in the above-mentioned abnormal places, but the best, the mushroom has numerous varieties, and it differs in different true, and common variety of the table is the product of short, up- places and under different modes of culture in much the same way land, wind-swept pastures. A true mushroom is never large in size; as our kitchen-garden plants differ from the type they have been its cap very seldom exceeds 4, at most 5 in. in diameter. The large derived from, and from each other. examples measuring from 6 to 9 or more in. across the cap belong Many instances are on record of symptoms of poisoning, and to Agaricus arvensis, called from its large size and coarse texture even death, having followed the consumption of plants which have the horse mushroom, which grows in meadows and damp shady passed as true mushrooms; these cases have probably arisen from places, and though generally wholesome is coarse and of inferior the examples consumed being in a state of decay, or from some flavour. The mushroom usually grown in gardens or hot-beds, in mistake as to the species eaten. It should always be specially cellars, sheds, etc., is a distinct species known as Agaricus horten- noted whether the fungi to be consumed are in a fresh and wholesis. On being cut or broken the flesh of a true mushroom remains some condition, otherwise they act as a poison in the same way white or nearly so, the flesh of the coarser horse mushroom changes as any other semi-putrid vegetable. Many instances are on record to buff or sometimes to dark brown. To summarize the characters where mushroom-beds have been invaded by a growth of strange of a true mushroom—it grows only in pastures; it is of small size, fungi and the true mushrooms have been ousted. When mushdry, and with unchangeable flesh; the cap has a frill; the gills are rooms are gathered for sale by persons unacquainted with the diffree from the stem; the spores brown-black or deep purple-black in ferent species mistakes are of frequent occurrence. A very comcolour, and the stem solid or slightly pithy. When all these char- mon spurious mushroom in markets is A. velutinus, a slender, acters are taken together no other mushroom-like fungus—nearly ringless, hollow-stemmed, black-gilled fungus, common in gardens and about dung and stumps; it is about the size of a mushroom, a thousand species grow in Britain—can be confounded with it. The parts of a mushroom consist chiefly of stem and cap; the but thinner in all its parts and far more brittle; it has a black stem has a clothy ring round its middle, and the cap is furnished hairy fringe hanging round the edge of the cap when fresh. Anunderneath with numerous radiating coloured gills, free from the other spurious mushroom, and equally common in dealers’ basstem. The cap is fleshy, firm and white within, never thin and kets, is A. lacrymabundus ; this grows in the same positions as the watery; externally it is pale brown, dry, often slightly silky or last, and is somewhat fleshier and more like a true mushroom; it name is known botanicaly as Agaricus campestris or Psalliota campestris. It grows in short grass in the temperate re-
mae OO eee
2
MUSHROOM
has a hollow stem and a slight ring, the gills are black-brown mottled and generally studded with tear-like drops of moisture. In both these species the gills distinctly touch-and grow on to the stem. Besides these there are numerous other black-gilled species which find a place in baskets—some species far too small to bear any resemblance to a mushroom, others large and deliquescent, generally belonging to the stump- and dung-borne genus C oprinus. The true mushroom itself is to a great extent a dung-borne species, therefore mushroom-beds are always liable to an invasion from other dung-borne forms. Sometimes cases of poisoning follow the consumption of what have really appeared to gardeners to be true bed-mushrooms, and to country folks as small horse mushrooms. The case is made more complicated by the fact that these highly poisonous forms now and then appear upon mushroom-beds to the exclusion of the mushrooms. This dangerous counterfeit is A. fastibilis, or sometimes A. crustuliniformis, a close ally if not indeed a mere variety of the first. A description of one will do for both, A. fastibilis being a little the more slender of the two. Both have fleshy caps, whitish, moist and clammy to the touch; instead of a pleasant odour, they have a disagreeable one; the stems are ringless, or nearly so; and the gills, which are palish-clay-brown, distinctly touch and grow on to the solid or pithy stem. These two fungi usually grow in woods, but sometimes in hedges and in shady places in meadows, or even, as has been said, as invaders on mushroom-beds. The pale claycoloured gills, offensive odour, and clammy or even viscid top are decisive characters. Besides the foregoing the difference in the nature of the attachment of the gills near the stem, the absence of a true ring, and of a pendent frill will be noted. The colour, with the exception of the gills, is not unlike that of the mushroom. In determining fungi no single character must be relied upon as conclusive, but all the characters must be taken together. Sometimes a beautiful, somewhat slender, fungus peculiar to stumps in woods is mistaken for the mushroom in A. cervinus; it has a tall, solid, white, ringless stem and somewhat thin brown cap, furnished underneath with beautiful rose-coloured gills, which are free from the stem as in the mushroom, and which never turn black. It is probably a poisonous plant, belonging, as it does, to a dangerous cohort. Many other species of Agaricus more or less resemble A. campestris, notably some of the plants found under the subgenera Lepiota, Volvaria, Pholiota and Psalliota; but when the characters are noted they may all with a little care be easily distinguished from each other. The better plan is to discard at once all fungi which have not been gathered from open pastures; by this act alone more than nine-tenths of worthless and poisonous species will be excluded. In cases of poisoning by mushrooms immediate medical advice should be secured. The dangerous principle is a narcotic, and the symptoms are usually great nausea, drowsiness, stupor and pains in the joints. A good palliative is sweet oil; this will allay any corrosive irritation of the throat and stomach, and at the same time cause vomiting. In Paris mushrooms are cultivated in enormous quantities in dark underground cellars at a,depth of from 60 to 160 ft. from the surface. The stable manure is taken into the tortuous passages of these cellars and the spawn introduced from masses of dry dung where it occurs naturally. In France mushroom-growers do not use the compact blocks or bricks of spawn so familiar in England, but much smaller flakes or “leaves” of dry dung in which the spawn or mycelium can’be seen. Less manure is used in these
cellars than is generally seen in the mushroom-houses of England, and the surface of each bed is covered with about an inch of fine white stony soil. The beds are kept artificially moist by the application of water brought from the surface, and the different gallerjes bear crops in succession. As one is exhausted another is in full bearing, so that by a systematic arrangement a single proprietor will send to the surface from 300 Ib. to 3,000 Ib. of mushrooms per day. The passages sometimes extend over several miles, the beds sometimes occupying over 20 m., and, as there are many proprietors of cellars, the produce of mushrooms is very large. The mushrooms are not allowed to reach the fully expanded condition, but are gathered in a large button state, the whole growth of the mush-
room being removed and the hole left in the manure covered with fine earth; the beds remain in bearing for six or eight months, The equable temperature of these cellars and their freedom from draught is one cause of their great success and to this must be added the use of natural virgin spawn. The fairy-ring mushroom or champignon, Marasmius Oreades, is more universally used in France and Italy than in England, although it is well known and frequently used both in a fresh and in a dry state in England. It is totally different in appearance from the pasture mushroom, and, like it, its characters are so distinct that there is hardly a possibility of making a mistake when its
peculiarities are once comprehended. It has more than one advantage over the meadow mushroom in its extreme commonness, its profuse growth, the length of the season in which it may be gathered, the total absence of varietal forms, its adaptability for
being dried and preserved for years, and its persistent delicious taste. It is by many esteemed as the best of all the edible fungi found in Great Britain. Like the mushroom, it grows in short open pastures and amongst the short grass of open roadsides. The fairy-ring mushroom is about one-half the size of the pasture mushroom, and whitish-buff in every part, the gills always retaining this colour and never becoming salmon-coloured, brown or black. The stem is solid and corky, much more solid than the flesh of the cap, and perfectly smooth, never being furnished with the slightest trace of aring. The buff gills are far apart, and in this
they greatly differ from the somewhat crowded gills of the mushroom; the junction of the gills with the stem also differs in character from the similar junction in the mushroom. The mushroom is a semi-deliquescent fungus which rapidly falls into putridity in decay, whilst the champignon dries up into a leathery substance in the sun, but speedily revives and takes its original form again after the first shower. To this character the fungus owes its
generic name (Marasmius) as well as one of its most valuable qualities for the table, for examples may be gathered from June to November, and if carefully dried may be hung on strings for culinary purposes and preserved without deterioration for several years; indeed, many persons assert that the rich flavour of these fungi increases with years. Champignons are highly esteemed for flavouring stews, soups and gravies. A fungus which may carelessly be mistaken for the mushroom is M. peronatus, but this grows in woods amongst dead leaves, and has a hairy base to the stem and a somewhat acrid taste. Another is M. urens; this also generally grows in woods, but the gills are not nearly so deep, they soon become brownish, the stem is downy, and the taste is acrid. Agaricus dryophilus has sometimes been gathered in mistake for the champignon, but this too grows in woods where the champignon never grows; it has a hollow instead of a solid stem, gills crowded together instead of far apart, and flesh very tender and brittle instead of tough. Another small and common species, M. porreus, is pervaded with a garlic flavour; a third species, M. alliaceus, is also strongly impregnated with the scent and taste of onions or garlic. Two species, M. impudicus and M. foetidus, are in all stages of growth highly foetid. The curious little edible Agaricus esculentus, although placed under the subgenus Collybia, is allied by its structure to Marasmius. It is a small bitter species common in upland pastures and fir plantations early in the season. Although not gathered for the table in England, it is greatly prized in some parts of the Continent. In the United States and Canada many hundred species of edible fungi occur, many of which are highly prized for their delicious flavour. In the moister districts, especially in the eastern States and Provinces, numerous choice species are found in abundance, including several of the best-known Old World mushrooms, as the meadow mushroom (Psalliota campestris), the fairy ring (Marasmius Oreades) and the chanterelle (Cantharellus cibarius). However, owing to the wide prevalence of the deadly
amanita or death angel (Amanita phalloides), the fly mushroom
(A. muscaria), and other dangerously poisonous species, extreme
caution must be exercised in gathering native mushrooms for the table. Because of the frequency of fatal cases of mushroom
poisoning, sometimes 30 a year in New York city and vicinity, wild mushrooms should never be eaten, even in the smallest
MUSHROOM
12 ti pide e
PAINTED
FOR
THE
ENCYCLOPAEDIA
BRITANNICA
BY
HELEN
DAMROSCH
e Y
a bB ae
ti
fs
TEE-VAN
MUSHROOMS Thousands of kinds of mushrooms grow widely throughout the world. While many are highly prized table delicacies, others, comparatively few in number, are deadly poisonous. At certain stages in their growth—See
l. Chanterelle (Cantharellus cibarius), edible. 2. Barometer Earth Star (Geaster hygrometri-
cus), edible. 3. Warty Puffball (Scleroderma vulgare). 4. Pine Flammula (Flammula Sapinea). 5. Bitter Boletus (Boletus felleus). 6. Jack-my-lantern (Clitocybe illudens),
Juminescent,
poisonous.
the article Mushrcom—the most dangerous kinds closely resemble the finest edible forms, so that in the selection of wild mushrooms extreme care is absolutely necessary 7. Net-bearing
Dictyo-
phora (Dictyophora duplicata). 8. Stink Horn (Ithyphallus impudicus), offensive. 9. Honey Agaric (Armillaria mellea), edible. 10. Coral Milky Cap (Lactarius torminosus). ll. Pungent Russula (Russula emetica),
some of for food
poisonous. 12. Peppery Milky Cap (Lactarius piperatus). 13. Fly Agaric (Amanita muscaria), deadly poisonous. 14. Reddish Agaric (Amanita rubescens). 15. Death Angel
(Amanita Yellow
phalloides),
Amanita
deadly
(Amanita
poisonous.
velatipes)
16.
MUSHROOMS—MUSIC quantities, until their identification as wholesome species has been determined with absolute certainty. Poisoning by the deadly amanita, even when it is eaten in minute quantities, has been almost invariably fatal despite all medical treatment. Recently, however, an antiphallinic serum, prepared by the Pasteur Institute of Paris, has proved so effective as a remedy that the French government requires by law each département to keep a supply of it available for use by physicians. There are, however, many wholesome wild species, of excellent quality and flavour, that are readily distinguishable from the noxious kinds. Among the easily recognized edible species are
the shaggy mane (Coprinus comatus), the inky cap (Coprinus atramentarius), the oyster mushroom (Pleurotus ostreatus), the honey agaric (Armillaria mellea) and the parasol mushroom (Lepiota procera), regarded by many authorities as the best edible mushroom. Besides the foregoing all morels, coral fungi and puff balls, if used when fresh, are edible. See Funct; More; Purr BALL; TRUFFLE. See W. G. Smith, Mushrooms and Toadstools (1879); W. Falconer, Mushrooms; How to Grow Them (1891, 1925); M. C. Cooke, Edible and Poisonous Mushrooms (1894) ; G. F. Atkinson, Edible and Potsonous Mushrooms (1903); N. L. Marshall, The Mushroom Book (1905, 1923); R. L. Castle, Mushrooms (1910); E. L. T. Cole, Guide to the Mushrooms (1914); W. B. McDougall, Mushrooms (1925); W. S.
Thomas, Field Book of Common Gilled Mushrooms
MUSHROOMS,
COOKERY
(1928).
OF. Edible mushrooms con-
tain some nitrogenous food and about 90% water. Eaten with other foods they are of great service in the diet on account of their flavouring properties. It is dangerous to eat mushrooms which have been gathered by anyone who has not studied the different kinds. Among the most familiar kinds are the common meadow mushroom (Agaricus campestris); button (immature) mushrooms employed chiefly for garnishing purposes and as an addition in high-class dishes; and truffles (underground fungi). To prepare ordinary mushrooms for cooking, pick over and wipe with a flannel dipped in salt. Peel and remove stalks where necessary. The latter may be used for flavouring stews, soups, sauces, etc.
Mushrooms may be grilled (broiled) and served with maître d'hôtel or plain butter, etc.; baked in the oven under glass (or in a shallow dish) ; stewed in a casserole with other foods, e.g., Italian pastes, rice, or in a well-flavoured sauce; or, they may be used in stuffings for turkey, poultry and game; they are also employed for garnishes in making galantines, etc. Stewed Mushrooms.—Place the mushrooms in a stewpan with 2 oz. of butter, salt, a squeeze of lemon juice and a blade of mace. When cooked, stir in a white liaison of flour and butter blended together. Stir well and serve either as an entrée, or on toast as a savoury. This dish may be varied by adding other ingredients and may be served as a cream by adding a sauce of cream and beaten-up eggs. Fried Mushrooms.—These are frequently added as an addition to a mixed grill. Frying should be done in a frying pan and not in a deep pan of fat. It is best to use good margarine or butter. Grilled Mushrooms.—Large mushrooms should be chosen
for grilling. Grease the gridiron before cooking. Place flesh side uppermost on the gridiron. Stuffed Mushrooms.—Good-sized mushrooms are needed for stuffing. Any well-flavoured forcemeat can be used though certain flavours blend better with mushrooms than others, e.g., game. To stuff, remove the stalks and pile the forcemeat in the centre of each mushroom. Squeeze lemon juice over and cover with buttered paper or place under glass. Bake in the oven for half an hour. Mushroom Ketchup.—Sprinkle salt freely over large meadow mushrooms and leave them to stand for a few hours, then mash them in a mortar and set aside for 48 hours. Stir from time to time. Press through a colander and place in a pan. Boil up, skim
carefully and simmer for an hour. Strain into a pan and leave until the next day. Then strain again leaving the sediment at the bottom of the basin and add one ounce of black peppercorns, a blade of mace, half an ounce of allspice, one quarter of an ourice of ginger and half an eggspoonful of grated lemon rind
3
to each quart of liquor. Boil up and reduce to half the quantity. Bottle and store in a dry place.
MUSIC,
The Greek povouxn (se. réxvy) from which this
word is derived was used comprehensively the Nine
Muses.
Contrasted
with
for ail the arts of
-yyuuvacrixh
(gymnastic)
it
included the culture of the mind as distinguished from that of the body. Thus the singing and setting of lyric poetry formed but a small, if a central, part of a “musical” education which ranged
from reading and writing to the sciences of mathematics and astronomy besides all the arts of literature. The philosophers valued music both in the ancient general sense and in our restricted sense, chiefly as an educational element in the formation of character; so that we obtain little light from them on the pure aesthetics of the Greek art of musical sounds. 1, INTRODUCTION The present article deals mainly with the musical art-forms matured by European civilization since the 14th century. More ancient music is discussed frankly as beyond our power of appreciation except in the light of prehistoric origins. Our Western art of music stands in the unique position that its language has been wholly created by art. Music owes but little to nature in the form of acoustic science, and still less to the sounds that occur outside works of art. It is already a mature musical art that selects the acoustic facts, just as in painting it is art that determines the selection of optical facts. Wise critics have, since Ruskin’s day, abandoned the attempt to settle a priori how much of nature an aesthetic system ought to digest; and music differs only in degree from literature and the plastic arts as to independence of nature. Yet the difference is often important. Perspective existed as a science before it was taken up by painters, and as a human experience before it became a science. The naive Western spectator has seen enough of it in pictures to make him resent its neglect, whether in modern art or in the masterpieces of China and Japan. In music the nearest analogy to perspective is the system of tonality developed by the great composers from
Alessandro Scarlatti to Wagner.
(See Harmony.)
Every step
in its evolution has been fiercely contested; and even twenty years after the end of Wagner’s long career not every responsible musician was ready to admit Wagnerian tonality as a legitimate enlargement of the classical system. If we set aside language and the organized art of music, the power of distinguishing sensations of sound is no more complex than the power of distinguishing colours. On the other hand sound is the principal medium by which most of the higher animals both express and excite emotion; and hence, though until codified into human speech it does not give any raw material for elaborate human art, it suffices for bird-songs that are as long prior to language as the brilliant colours of skins, feathers and flowers are prior to painting. Again, sound as a warning or a menace is an important means of self-preservation; and it is produced instantly and instinctively. All this makes musical expression a pre-human phenomenon in the history of life, but is unfavourable to the early development of musical art. Primitive music could mysteriously re-awaken instincts more elemental than any that could ever have been appealed to by the deliberate process of drawing on a flat surface a series of lines calculated to remind the eye of the appearance of solid objects in space. But the powers of music remained magical and unintelligible even in the hands of the supreme artists of classical Greece. We may be perfectly sure that if the Greeks had produced a music equivalent to the art of Palestrina, Bach or Beethoven, no difficulty of deciphering would have long prevented us from recovering as much of it as we have recovered of Greek literature. Some enthusiasts for Oriental lore assure us that long ago the Chinese knew all about our harmonic system but abandoned it after they had exhausted it. This need not worry us. The Oriental aristocrat conceals in his politeness a profound contempt for our efforts to patronise his culture; and that contempt is justified when we show such ignorance of our own music as to suppose that a music of similar calibre could have utterly
MUSIC
4
disappeared from a living nation whose most ancient plastic art and literature commands our respect and rewards our study. When we trace the slow and difficult evolution of our harmonic system we cease to wonder that it was not evolved sooner and elsewhere, and we learn to revere the miracle that it was evolved at all.
2. NON-HARMONIC AND GREEK MUSIC
Music before the rise of a harmonic system is of two kinds, the unwritten or extemporaneous, and the recorded or scientific. At the present day the music of races that have not acquired Western harmony often pleases us best when it seems most extemporaneous. Tradition can go far to fix the forms and even the details of a performance that may, without the aid of words or dance, last for hours. With words or dance, music becomes more capable of being fixed by writing; but the first musical problems are as far beyond conscious reasoning as the origins of language. Birds solved them before human beings; and folk-music can show real beauty when the systematic music of its day is arbitrary and uncouth. Moreover, folk-music, together with the present music of barbarous races and Oriental civilization, can give us materials such as anthropology uses in reconstructing the past from its vestiges in the present. For us the music of ancient Greece is by far the most important branch of musical archaeology. Unfortunately the approach to this most difficult subject has been blocked by lack of co-ordination between scholarship and musicianship; and the ascertained truth is less instructive to the general reader than the history of opinions about it. These opinions begin to be interesting when they are expressed by musicians whose music we can understand. The natural tendency of such musicians was to suppose that Greek music was like their own; and each advance in knowledge is marked by disillusion. The first difficulty presented by ancient Greek writers was sufficiently disconcerting. The Greek terms for “high” and “low” were found to be reversed. Our own meaning seems founded in nature; and science confirms it. Our “high” or “acute” notes demand tense vocal cords and cor-
The Greeks had three genera of scale: the diatonic, the chromatic and the enharmonic. Of these the diatonic divides the tetrachord most evenly, as E, D, C, B:A, G, F, E. This gives us our diatonic scale in what Palestrina would call the Phrygian mode. The Greeks found that all its notes could be traversed (as a knight’s move can traverse our chessboard) in a series of intervals which they called concords. (They thought of them only as successions, not combinations of sound.) These were the 4th (in the ratio 4:3); the 5th (3:2); and the octave (2:1). (Our
own “perfect concords” are in these ratios.)
Scales with chro-
matic tetrachords (E, Ci, CH, B:A, Fit, Ff, E) could also be traversed by the concordant intervals, but not so easily. The enharmonic tetrachords, which only the most accomplished singers could sing, were beyond the reach of perfect concords; and for us they would need a special notation, as E, C, B’, B ; A, F, E’, Ed; where B’ and E’ signify something like quarter-tones
above the BH and Ef. Yet this difficult scale was said to be the
oldest of all; which seems not unlikely when we observe that it gathers three notes closely to the bottom of the tetrachord, leaving a gap of a major 3rd from the top. Eliminate the quartertones, and there remains a pentatonic scale E, C, B:A, F, E, which is more likely to be the earliest filling out of the downward 4th than the scales in which the auxiliary note is a whole tone away. And if this nucleus had the prestige of a mystic antiquity musicians would feel a pious pride in mastering the difficulty of filling it up like the other genera. If authorities on Greek music would abandon their habit of writing scales and reckoning intervals upwards, their results, whether correct or not, would become much more lucid. For, as Parry points out, it is only our harmonic system which makes us think of scales as normally rising; and when a musician applies the term “cadence” to chords that rise from dominant to tonic he contradicts the literal meaning of the word. Until the most recent times classical scholars have ruthlessly closed the door upon all hope of further light from the comparison of Greek data with the phenomena of extant non-harmonic folk-song and Oriental scales. If such a comparison is to have respond to vibrations of “high” frequency. A great 16th century any meaning we must assume that the now universal phenomena composer, Costanzo Porta, inferred a mystery here, and argued of modes existed in ancient Greece. Modes, as far as non-harthat the Greeks had mastered the art of a totally invertible monic melody is concerned, are various cross-sections of a standpolyphony, such as Bach afterwards displayed in two fugues in ard scale. Thus, Scottish music shows very clearly five pentatonic Die Kunst der Fuge. Porta accordingly wrote a 4-part motet modes. Adding the 8ve to complete the scale, these are, r. C, A, (Vobis datum est cognoscere mysterium) which could be sung G, F, D, C; 2. D, C, A, G, F, D; 3. F, D, C, A, G, F; 4. G, upside down: and his contemporary Vincentino composed 4-part F, D, C, A, G; 5. A, G, F, D, C, A. In the article Harmony the motets in each of the three Greek genera, diatonic, chromatic and ecclesiastical modes of pure polyphony are given with their fondlyenharmonic. (See Hawkins’s History of Music, i. 112, seq.) imagined Greek names. Pre-harmonic music without modes is They are as good as any other music written on a priori princi- contrary not only to our Western prejudices but to the whole ples, and the enharmonic motet may be commended to some of trend of anthropological research. In these circumstances classical our modern experimenters in quarter-tones. But they represent scholars, under the guidance of D. B. Monro, crushed all hopes as much knowledge of Greek music as we possess of the inhabit- by deciding that the Greeks had no modes at all, but that either ants of Mars. their ‘“apyoviay or their rovdr (the terms, whatever they mean, The truth must be sought by other methods and by far the most are not synonymous) were mere transpositions of the three genpromising is the study and comparison of the present scale of era into various pitches, just as our “‘keys” are transpositions of nations, whether barbarous or cultured, who have not come into our pair of major and minor modes. contact with the classical harmony of the West. When Monro published his Modes of Ancient Greek Music in A readable account of musical origins may be found in Parry’s 1894, musicians had learnt too well the lesson that Greek music Evolution of the Art of Music. Following the researches of A. J. must not be expected to make sense. They would never dispute Hipkins and A, J. Ellis, Parry illustrates the fact that most of the a point of classical scholarship; and it did not occur to them that primitive scales, notably the pentatonic scales prominent in Scot- Monro might be just so innocently familiar with modern music tish and Chinese music, are built around the interval of a down- as not to realize that he might as well impute high-church tendward 4th (as from C to G) which was probably the first melodic encies to Alcibiades because of “the splendour of his liturgies” interval to become fixed in the human mind as being simple as impute to the ancient Greeks a system of keys related by enough but not too wide. A scale would begin to form by the mere transposition. But musicians only thought that even the accretion of other notes near the bottom of this interval. Now most unprejudiced anthropological comparison of extant scales take another 4th with similar accretions below the former, either could prevail no more than Macfarren’s Victorian assumptions conjunctly (as G to D below the C-G) or disjunctly (as F-C). could do in a dispute with Monro. Fortunately in 1916 Mr. G. H. The resulting scale will either fill-or include an octave, it does Mountford, in a degree thesis, satisfied classical scholars that not matter which; for the filled octave of the conjunct tetra- Monro was in error and that the Greek modes were modes in the chord contains in another position the notes of the included universal and proper sense of the term. octave of the disjunct tetrachords, as can be seen in the combined Miss Kathleen Schlesinger has found, by experiments with series C, A, G, E, D, C, A, G. And the octave was recognized from a monochord, a means of producing modes on mathematical printhe outset as a limit after which a musical series repeats itself. ciples. Certainly the Greeks did measure musical intervals mathe-
MUSIC matically on a string; certainly Miss Schlesinger’s system is among the very first things that could have happened in that way; and its results produce many phenomena that ought to have occurred in
ancient Greek music. There is, for instance, a remarkable passage in Plato’s Republic (VII, 531) where Socrates gibes at the pedantries of the merely practical musicians who spend hours in arguing whether this and that note are too near to allow another note between them. And Miss Schlesinger’s various scalés comprise between them notes quite close enough to explain how the practical musician could get into difficulties about what was obvious
to the philosopher. Miss Schlesinger has, moreover, tuned a pianoforte on the basis of her theory, and the result is acoustically very interesting. So much then, for a priori theory and
practical experience. If Miss Schlesinger’s results are not Greek they ought to have been. The other line of approach is through the experience of setting the choruses of Greek tragedy to a modern music which confines itself to a strict representation of the metre and sets strophe and antistrophe to the same melody. The composer should not attempt Greek modes, on whatever theory, or he will achieve nothing
better than an effect of singing ‘““We won’t go home till morning” on the supertonic of a minor key and with a beat missing. Instead of thus warping his imagination the composer should translate all that modern culture enjoys in Greek poetry into a music that he can enjoy; restricting himself mainly to one note to a syllable and, while making his instrumental accompaniment as beautiful as he likes, straying into no by-paths of musical tone-painting other than the most natural symbolisms. The Greek rhythmic forms prove musically fascinating, and there is full scope for fine melody within them. The strict correspondence of strophe and antistrophe causes difficulties which reveal much. Even a unisonous accompaniment, such as the Greeks had, can glide over a difference of punctuation or indeed a running on of the sense between strophe and antistrophe, as at the end of the enormous first chorus of Agamemnon; and the technique of such compromises closely resembles that of Schubert and Brahms in strophic songs, and has the subtlety of Greek simplicity. Aristophanes, in the Frogs, laughs at the interlinear Oparro Oparto Oparr (or “plunketyplunk”) of the Aeschylean lyre. The passage seems to indicate something more extensive than a merely connective tissue; but exaggeration is not unknown in comedy. More difficult and therefore still more instructive are the occasional contrasts of sentiment between strophe and antistrophe. In another chorus in Agamemnon the pretty ways of a lion-cub are to be sung to the same music as the tale of disaster that befell the man who adopted it when, on growing up, it behaved as might be expected. The highest point of pathos in the first chorus, one of the supreme things in poetry, is the moment where the description of the sacrifice of Iphigeneia turns into a reminiscence of her singing in her father’s halls and then runs on into the antistrophe, with the words “The rest I saw not, nor will I tell.” After which the same music has to express the pious hope that the queen who now approaches shares the wishes of the chorus for the welfare of the land she holds in trust. From Plato we learn that musicians degraded themselves by imitating the roaring of lions and the whistling of winds. But what was the Greek criterion for the singing voice? Certainly very different from ours; for Aristotle says that certain highpitched modes (but what is “high” in this context?) are suited to the voices of old men. An age-limit is the only criterion the heartless modern critic has for the voices of old men. Be this as it may, the safest inference from it is that every educated Greek was expected to sing well as an integral part of the art of speaking well. Perhaps our modern contrast between the singing and the speaking voice did not exist. Nowadays it is not uncommon to fnd a high soprano speaking normally around the A or G below the treble staff. (See also AristoTLeE; ARISTOXENUS; Euctip; Pyrsacoras.)
3. HARMONIC ORIGINS The latent harmonic sense of the Greeks is shown in the fact that their diatonic scale was amenable to the Pythagorean science
Š
of harmonic ratios. And we cannot suppose that no notice was taken of the combined sounds resulting from reverberation in halls and caverns, or from striking several strings of the lyre at once. Yet the fact remains that outside the orbit of our own Western music of the last six centuries we know of no harmonic system that has advanced beyond drones below the melody and cymbals (our Authorized Version is right in reading “tinkling cymbal”) or bells above it. Music, as we now understand it, consists in the interaction of three elements as inseparable (but not as interchangeable) as the three dimensions of Newtonian space. The Greeks knew two, rhythm and melody, which are as ancient as human consciousness and evidently have their meaning for some other animals. But non-harmonic melody is a very different thing from melody that implies harmony. (See MELODY exs. 1 and 2 with their discussion.) When we hear an unaccompanied folk-song we involuntarily think of it as the top line of a series of harmonies. If it isreally pre-harmonic it will prove unamenable to that interpretation, and then we shall think it quaint. Neither the quaintness nor the harmonic interpretation ever entered into its intention. Life is too short for Western musicians to devote much of it to the violent mental gymnastics of thinking away the harmonic ideas that have made Western music enjoyable throughout five centuries. We may perhaps widen our experience by going back another two centuries; for it was agreed by all the musicians in
Vienna that a concert of “Gothic” music was their most interesting musical experience of the year 1928. In the article Harmony the main steps are indicated by which mediaeval musicians advanced from doubling melodies in 4ths and sths (as the unoccidentalised Japanese are said to be doing now) to an aesthetic system of polyphony that demands
com-
plete independence in its melodic threads and forbids consecutive 5ths and 8ves as barbarous. The details of this evolution are abstruse; but two main issues may be mentioned here. Polyphony could not have been established without fixed scales and a repository of known melody for composers to work upon. The scale was set in order in Graeco-Roman times by Ptolemy the astronomer, who flourished a.p. 130 and from whose time the history of the “ecclesiastical modes” becomes continuously traceable until the records of music are secured by the art of printing. The necessary repository of melody was supplied by the ancient plain-songs of the church, many of which claimed to have come uncorrupted from the music of Solomon’s temple and certainly had a continuous history reaching back to early Christian services in the catacombs of Rome. In Av. 384 a large body of these “tones” was set In order by St. Ambrose. According to a tradition accepted, after some “historic doubts,” by good authorities, St. Gregory revised and enlarged the Ambrosian collection; and the whole corpus of Gregorian music undoubtedly familiarizes Roman Catholics of to-day with a music enormously more ancient in its origin than any harmony. This music forms the principal melodic
foundation of Palestrina’s polyphony; but by his time it had become corrupted, and we must look to the Solesmes edition of 1904 for the text and method of singing plain-song in the perfection it is held to have attained shortly after the death of St. Gregory. The essential difference between the Ratisbon tradition (which we may loosely call Palestrinian) and that of Solesmes is that the Palestrinians impatiently curtailed the flourishes
of the plain-song much as Palestrina did with the Gregorian themes he used in polyphony; whereas the Solesmes method restores the free speech-rhythm which makes the flourishes (or melismata) possible in a rapid delivery. Some of these melismata are very extensive, and the Palestrinians (who gradually developed the modern organist’s habit of providing each note of a Gregorian melody with a separate chord) had some excuse for mistaking them for corruptions of style. The Gregorian tradition did not stand alone. There was an ancient Visigoth (or “Spanish’’) tradition; and there are the traditions of the Eastern Church. Professor J. J. W. Tillyard
has shed much light on Byzantine music (q.v.), including a promising opening in the deciphering of the earliest Neumae, diacritical signs above the words, supposed to indicate musical notes.
MUSIC
6
He uses the method of interpreting the past from vestiges of primitive usage in the present, Controversies as to the number of modes, whether 8 or 12, raged till late in the 16th century.
The
Dodecachordon of Glareanus settled the question in favour of twelve, as its name implies. Meanwhile composers developed polyphony by ear and got no help whatever from the theorist. Quite independent of modes and entirely practical was the hexachord scheme (see HexacHorp) developed in the 11th century
Ex. 1. Sumer is icumen in. (A) Leading part, followed by 3 other voices at distances of 4 bars. *
Sum-er
is i-cum-en
in,
by Guido d’Arrezzo (g.v.). The general reader may learn something of the hexachord sys-
tem very pleasantly from the music-lesson in The Taming of the Shrew. Hortensio’s gamut says “Gamut am I, the ground of all accord. .. D sol re, one clef [ż.e., sign, or key], two notes have I: E la mi: show pity or I die.” “Gamut” is a survival of Greek tradition; for the bottom note of the Greek scale was identified with the bass G, and this “ground of all accord” is an octave below the Ut of the hard hexachord. Hence it is GammaRe Mi Fa Ut nexacnor t. D isis Sol Solin the hardhard hexachord aa in the
ut.
Re in the natural hexachord
C.D,
Es FF;
Gy
Sol La
A
Ut’ Re’ Mi Fa Sol Lal Tt 4s
af - ter cal-ve
cu.
Bul-luc sterteth, buck-e vert-eth,
two names but only:one position or “clef,” unlike B which has to be flattened in the soft hexachord (F to D). (Morley writing
in 1597, calls A flat the B clef.) E is La in the hard hexachord and Mi in the natural hexachord.
Between Fa of the natural hexachord and Mi of the hard hexachord a dissonant tritone 4th exists. It gave great trouble to mediaeval musicians, who assigned it to the devil. Mi contra Fa est Diabolus in Musica. To the early harmonic and contrapuntal processes alluded to in the article Harmony some details must be added. The famous unwritten songs of the aristocratic troubadours or trouvères of the 12th and 13th centuries undoubtedly set the fashion in melody, and probably set it in the direction of Sumer is icumen in; that is
mur-ie
sing cuc - cu.
Wel sing-es thu cu - cu, ne swik thu nau
er Repeat ad infinitum; each voice ending at * *.
(B) The Pes
to say, in the Ionian mode (that modus lascivus that is identical with our major scale) and ina lilting trochaic rhythm
J dildd Sumer is icumen in contains no technical feature that has not been found in other compositions of its period, but nothing within two centuries of it achieves either its euphony or its easy handling of canon in four parts on a canonic bass in two. Its consecutive 5ths which sound licentious to us were in its own day the sole justification of the scheme.
It confirms other evidence that the imperfect concords (3rds and 6ths) must have obtained squatter’s right in music in spite of theorists; for a very early practice known as ghimel or gymel consisted in singing in 3rds. This is not merely doubling, for the 3rd must oscillate between major and minor according to its
cu e cu Sing cu ~ cu, Sing Repeat so long as the upper voices are singing
(C) Bars 33-40 in score.
nu,
(The reader may with pleasure and
profit make his own score of the whole, or, still better, sing 1t with
five friends, from the above.)
position in the scale; and this adjustment requires an advanced harmonic system. When scholars tell us that singing in 3rds was traditional in Britain before the Roman Conquest, we must demur, especially when they tell us (in Grove’s Dictionary of Music and, Musicians, 3rd edition) that we must not expect to find written records of “so simple a process.” Similarly we must
not expect to find ancient Greek written records of so simple a process as steam locomotion. Still, let us not be unduly sceptical as to the extent to which popular licence and unrecorded extemporisation could advance beyond all the theoretic lore that scribes will record. The troubadours disdained both the practice of accompaniment (which they left to their servants) and the art of scientific or written music. Not until the time and work of Adam de la Hale, surnamed the Hunchback of Arras (c. 1230-1288) can we trace the development of the troubadour into the learned musician. Nearly a century later, when literature is unbending from its universal Latin and becoming truly universal by becoming vernacular, we find the poet Machault, who stands with Petrarca among Chaucer’s masters in the technique of verse, producing music that marks a technical advance discoverable by grim toil of expert analysis. But so far we may pardonably dismiss all such
fs
oa
Tooo cu
Sing
-
cu On.
cu -
cu.
e
nu,
ADP- o
Ĉe
-P-e
=a Sing
cu |
- cu.
Sing
cu
~
a
Se 4 ——— cu,
nu.
MUSIC archaic work (except Sumer is icumen in) with Burney’s sly comment on the earliest piece of recorded music known to him: “It is not of such excellence as to make us greatly regret the loss of such music; though the disposition of those who were pleased by it may have been a great blessing to them.” When music is too archaic or inaccessible to give us aesthetic data more may be
learned from the disposition of those who were pleased by it than from its recorded technical data. Before the middle of the fifteenth century music had passed for ever out of the stage at which we need know other things of the composer than his music. As early as 1437 an Englishman, John Dunstable, had acquired a European reputation. The Golden age of the 16th century had no use for archaic music, and Morley in his Plaine and Easie Introduction to Practickall Musicke
quotes Dunstable much as we might now quote Bach if all Bach’s works were lost except for traces of contemporary hostile criticisms and awe-inspired laudations. To call Dunstable the “‘inventor of counterpoint” is no better than to call Cadmus the inventor of the alphabet. But he is the earliest composer whose polyphony is in direct line with that of the golden age; for Dufay the first important master of the Netherlands, where the true polyphonic tradition was for long thought to have originated, is now known to have died in 1474, twenty-one years after Dunstable. And when Dr. Walker, in his History of English Music praises a motet by Dunstable for its extraordinary distinction of style, he is indulging in no pious fancies but is describing permanently intelligible aesthetic values. By the end of the r5th century counterpoint was substantially fixed, practice was still imperfect and aims were uncertain, but skill was increasing and in the 16th century we leave archaic music behind. 4, THE GOLDEN AGE
From this point onwards the history of music is best studied in the masterpieces of the art. Each period has its own art-forms. Articles relevant to the Golden Age are Harmony, Section 3; INSTRUMENTATION, Section 2; CoNTRAPUNTAL Forms; COUNTERPOINT; MapricaL; Mass; Moret; with the biographies and critical notes on PALESTRINA; VICTORIA; Lasso; TALLIS; Mor-
LEY; Byrp.
See also AICHINGER, ALLEGRI, ANERIO (G. and F.);
Animuccia; ARCADELT; BATESON; BENNET (J.); Buzzi; DzEsPRES (Josquin) ; EccarD; FARRANT; GABRIELI (A.and G.) ; GENET (of Carpentras); Grszons; GuERRERO; Hanpi (Gallus); HasLER; Isaac (Heinrich); Marenzio; Morisey (Thomas); OBRECHT; OKEGHEM; SWEELINCK; ‘TAVERNER; WEELKES, WILBYE. The external history of music is not so casily brought into true relation with the arl as popular legends would have it. Everybody is familiar with the story of the drying up of polyphony in the foolish ingenuities of Flemish contrapuntists until, at the hehest. of the Council of Trent, Palestrina wrote the Missa Papae Marcelli in a pure and simple style which convinced the authorities that polyphonic music could be devout. The facts are not quite so simple. Undoubtedly there was a great deal of barren ingenuity in the work of the lesser Flemish masters; and the great Obrecht himself had written masses in which the liturgical text is drowned beneath five other texts which each voice sings to other plain-chants and themes of old songs. The secular tunes thus freely introduced were not always sung as canti fermi too slow to be recognized. Recognition sometimes even led to the singing of the original words. One old song, L'homme armé, became the string round which every possible ingenuity crystallized in the composition of the Mass. There is no reason to doubt that the state of church music both deserved and received the serious attention of the Council of Trent. On the other hand, not all Flemish music was silly, and many
of the quaintest “canonic” devices were really nothing but harmless cryptography applied to music that was composed on purely artistic lines. Burney discovered this when, with his usual flair for good illustrations, he quoted some dry ingenuities from Okeghem (or Okenheim) and followed them by the wonderful Deploration de Jehan Okenheim by that master’s great pupil Josquin des Prés who is the first unmistakably great composer
7
and who has been well named “the Chaucer of music.” No listener can fail to recognize, from anything like a competent performance, the spontaneous beauty and poetic depth of this music, throughout which, while the other voices sing an elegy in French, the tenor intones in Latin the plain-chant of the Requiem beginning on a note a semitone lower than the liturgical pitch, and
continuing in the wailing melodic mode thus produced. Burney had the wit to see that the “canon” ung demiton plus bas did not mean that some other part was to answer the tenor in canon, but was merely the “rule” for reading the cryptogram, the tenor being written at the normal pitch. Many Flemish devices are well calculated to give coherence or climax to a large composition. One voice may wander up and down the scale with a single figure and a single motto-text while the other voices tell their whole story in polyphony. For instance, declaim the words Miserere mei Deus in monotone rising one step just for the first syllable of Deus. Start on the fundamental note of the scale, and at intervals repeat the phrase a step higher each time. After reaching the sth degree go down again. Josquin’s Miserere is a setting of the whole 51st Psalm, woven round a tenor part entitled Vegans and constructed on this plan. It is one of the first mature masterpieces in the history of music. Palestrina’s art is too subtle for rigid Flemish devices; but once, in one of his finest motets, Tribularer si nescirem he uses Josquin’s Miserere burden in exactly Josquin’s way. Lasso is thoroughly Flemish in both sacred and secular music; and in a motet on the resurrection of Lazarus he makes a soprano Vagans cry Lazare, veni foras from the beginning of the narrative until the chorus reaches these words, and joins in with them in triumphant polyphony. We must not, then, be misled by the ecclesiastical tradition that condemns Flemish music wholesale. In any case the concern of the church authorities was liturgical rather than artistic. The bishops would have been for the most part glad enough to see Church music restricted to the note-against-note style of Palestrina’s litanies, Stabat Mater, Improperia and last book of Lamentations. A very sublime style it is, and Tallis’s Responses, in their authentic form, are a noble illustration of it. But, as Dr. Jeppesen (The Style of Palestrina and the Dissonance) has clearly shown, Palestrina’s Missa Papae Marcelli shows special signs of being a deliberate demonstration that a high degree of polyphony can be reconciled with clear choral delivery of the words. Certainly the ecclesiastical authorities did not long succeed in preventing the use of secular themes in church music. Many great musicians of to-day have a musical culture which ignores the Golden Age; and a knowledge of Palestrina is still considered, as it was in the days of Bach and of Beethoven, rather an out-of-the-way specialty. This is like a culture based on Latin and sceptical of Greek; good as far as it goes, but limited and cocksure like an r8th century gentleman’s artistic impressions of the Grand Tour. An illustration of the most perfect style of the Golden Age is appended to the article Moret. 5. THE MONODIC REVOLUTION
AND ITS RESULTS
Until Palestrina’s art attained its height, the path of progress in music for the best part of two centuries was that of purity. It was not the free and bold spirits but the idlers and dullards who broke rules and disliked contrapuntal forms. The Hispano-Roman style of Victoria and Palestrina was not everything. It was not secular (though Palestrina’s madrigals make him as supreme in that form as in church music), and it was not, like our glorious English polyphony, experimental or racy of the soil. But it was metropolitan, and the boldest of our Tudor composers would have been no such fool as not to hold it supreme. But already before the death of Palestrina a new music was groping towards the light; and for this music the path of progress was no more that of purity than the path of omelette-making is that of the conservation of egg-shells. Eve’s apple was not more fatal to man’s earthly paradise than the rise of instrumental music and dramatic solo declamation was to the hope of continuing the Golden Age of music into the 17th century. The revolution did not consist in this detail or that. To
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THE
METROPOLIS
1. View of the city of Naples, the bay, and Mount Vesuvius from the Corso
Vittorio Emmanuele, a winding driveway which ascends the slopes above the city. The massive structure in the distance at the right is
the Castel Nuovo (13th century), long a royal and vice-regal residence. Extending into the bay to the right of the castle is the Molo
San Vincenzo, off which the largest ocean
liners are moored.
Com-
mercial shipping is chiefly served at the Molo San Gennaro and Molo Orientale further to the left 2. A narrow street in Naples characteristic of the older city
OF SOUTHERN
3. Typical
Neapolitan
ITALY street scene in the newer part of the city, showing
the five and six storey, densely populated tenements with shops on the street level
4, Via Roma, still popularly called the Via Toledo, after its founder Don Pedro di Toledo (1532-54), viceroy during the Spanish regime. With
its continuation, the Via Enrico Pessina, this street runs in a nearly
straight line for 1% miles, from the Palazzo Reale to the Museo Nazionale. It is one of the busiest streets of the modern city
NAPLES,
BANK
OF—NAPLES,
Many of the Romans of the upper classes, from a love of Greek manners and literature, resorted to Neapolis, either for education and the cultivation of gymnastic exercises or for the enjoyment of music and of a soft and luxurious climate. It was the favourite residence of many of the emperors; Nero made his first appearance on the stage in one of its theatres; Titus assumed the office of its archon; and Hadrian became its demarch. It was chiefly at Neapolis that Virgil composed his Georgics; and he desired to be buried on the hill of Pausilypon, the modern Posilipo, in its neighbourhood, though his traditional tomb is really a columbarium of some family unknown. It was also the favourite resi-
dence of the poets Statius (A.D. 61) and Silus Italicus (A.D. 25), the former of whom was a Neapolitan by birth. After the fall of the Roman empire, Neapolis suffered severely during the Gothic wars. Having espoused the Gothic cause in the year 536, it was taken, after a protracted siege, by Belisarius, who diverted the water of a subterranean aqueduct, marched into the city through it, and put many of the inhabitants to the sword. In 542 Totila besieged it and compelled it to surrender, but after being recovered by Narses, it long remained a dependency of the exarchate of Ravenna, under the immediate government of a duke, appointed by the East Roman emperors. When the Lombards
pushed their conquests in the south, the limits of the Neapolitan duchy were considerably narrowed. In the beginning of the 8th century, at the time of the iconoclastic controversy, the Neapolitans, encouraged by Pope Gregory III., threw off their allegiance to the Eastern emperors, and established a republican form of government under a duke of their own appointment, Under this régime Neapolis retained independence for nearly 4oo years, though constantly struggling against the powerful Lombard dukes of Benevento. The Normans, in their turn, gradually superseded all powers in the south of Italy, and checked the Saracens in their advances through Apulia. From that date the history of Naples becomes that of a kingdom, sometimes separate, sometimes merged with the kingdom of Sicily in that of the Two Sicilies. The city of Naples henceforth formed the metropolis of the kingdom to which it gave its name. (See NAPLES, KIncDom oF.) BIBLIOGRAPHY.—-R. T. Giinther, Earth Movements in the Bay of Naples (Oxford, 1905); Rolfe and Ingleby, Naples in 1888 (London, 1888) ; Black, Naples in the Nineties. (1897) ; Arthur Norway, Naples,
Past and Present (London, 19012).
NAPLES, BANK OF, is an autonomous, public utility, nonprofit earning foundation, incorporated under a charter granted in 1866. Its origins date back to 1539 when two public-spirited Neapolitans, Aurelio Paparo and Leonardo di Palma, founded in their city a first bank with a capital of 4,000 ducats for granting loans on pledge and without or at a very low rate of interest to free the poorer classes from the evils of usury. The institution rapidly developed, and survived all the vicissitudes of the kingdom of Naples. After the annexation of Naples to the kingdom of Italy the Banco di Napoli remained a bank of issue. Regional interests and the still strong traditions of regional independence maintained this situation until May 6, 1926, when the Banca d’Italia became the sole bank of issue. The Banco dz Napolz is a foundation organized as a trust, administered by a Board whose members are nominated by the
Government, by the province and municipality of Naples, and by the organs representing the commercial activities of the province. Its officers have the status of public officials. Its capital and reserves stood in Dec. 1927 at 1,251-7 million lire. It acts as a savings bank, an agricultural credit bank, and a pledge bank for the southern provinces, and discharges the services connected with emigrant remittances from abroad, for which purpose it has agencies in New York and Chicago. Part of its profits are assigned to purposes of public utility and charity, the bulk going to increase its reserves. By a process of amalgamation it has absorbed the agricultural credit institutes of the Southern provinces and is now the most powerful instrument for the progress of South Italian agriculture
and one of the most effective agencies for economic development.
(O, R. A.)
KINGDOM
NAPLES, KINGDOM
OF
SI
OF, the name conventionally given
to the kingdom of Sicily on the Italian mainland (Sicily beyond the Faro), to distinguish it from that of Sicily proper (Sicily on this side of the Faro, ż.e., Messina). The leaders of the Norman house of Hauteville, Robert Guiscard and Richard of Aversa, in 1059 did homage to Pope Nicholas II. (g.v.) for all the conquests they made both in the island and upon the mainland. In 1130 Roger de Hauteville (Roger IT. as “great count’ of Sicily) assumed the style of king as Roger J. In this way the south of Italy, together with the island of Sicily, was converted into one political body. The Hohenstaufen.—After the death of Tancred, son of William II., the emperor Henry VI., of the house of Hohenstaufen, who by his marriage with Constance or Costanza d’Altavilla, daughter of Roger I. (d. 1154), laid claims to the kingdoms of Naples and Sicily, descended into Italy in 1194. He easily conquered both the mainland and the island, but died in 1197. Costanza then had her son, Frederick (b. 1194) proclaimed king, and obtained the support of the Holy See on condition that the kingdom should be once more recognized as a fief of the Church. The Hohenstaufen kings afterwards refused to admit this claim; thus provoking the persistent hostility of the popes and many foreign invasions. Costanza died in 1198, leaving Pope Innocent
IIT. regent and tutor to her son.
In 1209 Frederick married
Costanza, daughter of the king of Aragon, with whose help he succeeded in reducing a large part of Sicily to obedience. Two years later he was elected king of the Romans, and in 1220 he was crowned emperor in Rome by Pope Honorius III., but continued to reside in Sicily. In 1227 Gregory IX. excommunicated him because he delayed the crusade which he had promised to undertake. Frederick sailed for Palestine the following year and on his return defeated the army which the pope had sent into Neapolitan territory, peace being made at San Germano in 1230 and the excommunication withdrawn. In 1231 he issued the celebrated Constitutions of the Sicilian kingdom at the parliament of Melfi. He died in 1250. His son Conrad IV. succeeded to the empire, while to his illegitimate son Manfred he left the principality of Taranto and the regency of the southern kingdom. Conrad died in 1254, leaving an infant son, Conradin (b. 1252), and Manfred was appointed vicar-general during the latter’s minority. In 1258, on a rumour of Conradin’s death, Manfred was offered and accepted the crown of Naples and Sicily. The rumour was false, but he retained the crown, promising to leave the kingdom to Conradin at his death and to defend his rights. Angevin and Aragonese.—In 1265 Clement IV., wishing to rid himself of the Hohenstaufen, induced Charles of Anjou, brother of Louis IX. of France, to come to Italy. Agreeing to accept the kingdom of the Two Sicilies as a fief of the Church, Charles, in 1266, marched, southward with the privileges of a crusader (see CHARLES I., king of Naples and Sicily). Manfred was defeated and killed at Benevento, and Charles was soon master of almost the whole kingdom. In Sicily, however, Charles’s government soon made itself odious by its exactions and the insolence and cruelty of the king’s French officials and favourites. The malcontents were led by the salernitan noble Giovanni da Procida, who had induced Peter III. of Aragon, husband of Manfred’s daughter Costanza, to make good his shadowy claims to the crown of Sicily. On Easter day 1282, just as Charles was preparing an expedition to the East, the popular rising known as the Sicilian Vespers broke out at Palermo and resulted in the massacre of nearly all the French in the island. Peter reached Palermo in September. Pope Martin IV. proclaimed a crusade against the Aragonese, and the war continued for many years. The Sicilian fleet under Ruggiero di Lauria defeated that of the Angevins at Malta in 1283, and in 1284 in the Bay of Naples. Charles I. died in 1286; his heir, Charles the Lame, being a prisoner, was not crowned until two years later. (See Cuartes II., king of Naples and Sicily, and FREDERICK JII., king of Sicily.) Charles II. died in 130ọ and was succeeded by his second son
Robert, who became leader of the Guelphs in Italy. War between
NAPLES,
82
KINGDOM
Naples and Sicily broke out once more, when Frederick allied himself with the emperor Henry VII. on his descent into Italy and proclaimed his own son Peter heir to the throne. Robert died in 1342; he had been a capable ruler, a scholar, and a friend of Petrarch, but his authority was limited by the rights of a turbulent and rebellious baronage (see Ropert, king of Naples). He was succeeded by his granddaughter Joanna, wife of Andrew of Hungary, who was assassinated in 1345, not without suspicion of Joanna’s complicity. Andrew’s brother Louis, king of Hungary, attempted to make good his claims on Naples and avenge the murder of Andrew; but as Pope Clement refused to recognize his claims he went back to Hungary in 1348 and Joanna and her second husband Louis of Taranto were crowned at Naples by the pope’s legate in 1352, but Niccolò Acciaiuoli, the seneschal, became the real master of the kingdom. Joanna nominated Louis of Anjou her heir, but while the latter was recognized by the anti-pope Clement VII., Pope Urban VI. declared Charles of Durazzo (great-grandson of Charles II.) king of Sicily al di quà
del Faro (i.e. of Naples}.
Charles conquered the kingdom and
took Joanna prisoner in 1381, and had her murdered the following year. Louis failed to drive out Charles, and died in 1384. A
OF
ceived and, with the Tuscan Bernardo Tanucci as his minister, introduced many useful reforms. In 1759 Charles III., having succeeded to the Spanish crown, abdicated that of the Two Sicilies in favour of his 8-year-old son Ferdinand, who became
Ferdinand IV. of Naples and III. of Sicily, with a regency under
Tanucci.
The regency ended in 1767, and the following year
Ferdinand married the masterful and ambitious Maria Carolina, daughter of the empress Maria Theresa. With the help of John Acton, an Englishman whom she made minister in the place of Tanucci, she secured a rapprochement with England and Austria,
On the outbreak of the French Revolution the king and queen were not at first hostile to the new movement; but in 1793 they joined the first coalition against France, instituting severe persecutions against all who were remotely suspected of French
sympathies. Republicanism, however, gained ground, especially among the aristocracy. In 1798, during Napoleon’s absence in Egypt and after Nelson’s victory at Aboukir, Maria Carolina induced Ferdinand to go to war with France. The French marched on Naples, but not until Jan. 20, 1799, were the invaders masters of the city. On the 23rd the Parthenopaean republic was proclaimed. The Republicans were men of culture and high character, but doctrinaire and unpractical, and they knew very little
period of anarchy followed during the reigns of Charles III. and his son Ladislas, and on the latter’s death in 1414 he was suc- of the lower classes of their own country. Meanwhile the court ceeded by his sister Joanna II. (g.v.), during whose reign the at Palermo sent Cardinal Fabrizio Ruffo to Calabria, to organize kingdom sank to the lowest depths of degradation. Louis died in a counter-revolution. He succeeded beyond expectation, and with 1434 and Joanna in 1435. Alphonso was recognized as king of his “Christian army of the Holy Faith” (Esercito Cristiano della Naples by Pope Eugene IV. in 1443. Santa Fede), consisting of brigands, convicts, peasants and some Under Alphonso, surnamed “the Magnanimous,” Sicily was soldiers, advanced on the capital, whence the French, save ‘for a once more united to Naples and a new era was inaugurated, for small force under Méjean, withdrew. On June 13 Ruffo and his the king was at once a brilliant ruler, a scholar, and a patron of hordes reached Naples and, after a desperate battle at the Ponte letters. He died in 1458, leaving Naples to his illegitimate son della Maddalena, entered the city. The French in Castel Sant’ Ferdinand I. (Don Ferrante) (g.v.), and Sicily, Sardinia, and Elmo and the Republicans in Castelnuovo and Castel dell’ Uovo Aragon to his brother John. Ferdinand died in 1494 and was still held out and finally an armistice was concluded anda capitusucceeded by Alphonso. In the September of the following year lation agreed upon, whereby the castles were to be evacuated Charles VIII. of France entered Italy and conquered the Neapoli- and the garrisons free to remain in Naples unmolested or to sail tan kingdom without much difficulty. Alphonso abdicated, and for Toulon. his son Ferrandino and his brother Frederick withdrew to Ischia. Nelson at Naples.—On June 24 Nelson arrived with his fleet, But Ferrandino, with the help of Ferdinand II. of Spain, was able and on hearing of the capitulation refused to recognize it save in later to reoccupy his dominions. He died much regretted in 1406 so far as it concerned the French. Ruffo indignantly declared that and was succeeded by Frederick. The country was torn by civil the treaty had been signed, not only by himself but by the Ruswar and brigandage, and the French continued to press their sian and Turkish commandants and by the British captain, Foote, claims; until, with Gonzalo de Cordoba’s victory on the Garigliano On the 26th Nelson changed his attitude and informed the cardinal in Dec. 1502, the whole kingdom was in Spanish hands. that he would do nothing to break the armistice; while CapSpanish Rule—QOn Ferdinand’s death in 1516, the Habs- tains Bell and Troubridge wrote that they had Nelson’s authority burg Charles became king of Spain, and three years later was to state that the latter would not oppose the embarcation of the elected emperor as Charles V.; in 1522 he appointed John de Republicans, who thereupon embarked on the vessels prepared Lannoy viceroy of Naples, which became henceforth an integral for them. But on the 28th Nelson, acting on despatches from the part of the Spanish dominions. Spanish rule presently provoked court (in reply to his own), held up the vessels and many of the several rebellions. On July 7, 1647, tumults occurred at Naples Republicans were arrested. Caracciolo, who commanded the Rein consequence of a new fruit tax, and the viceroy, Count d’Arcos, publican Fleet, was tried by court-martial on board Nelson’s flagwas forced to take refuge in the Castelnuovo. The populace, led ship, condemned to death, and hanged at the yard arm (see by an Amalfi fisherman, known as Masaniello (g.v.), obtained CaRACCIOLO and NEtson). arms, erected barricades, and, while professing loyalty to the king On July 8 King Ferdinand arrived from Palermo and the State of Spain, demanded the removal of the oppressive taxes and trials resulted in hundreds of persons being executed, including murdered many of the nobles. D’Arcos came to terms with some of the best men in the country, such as the philosopher Masaniello; but in spite of this, and of the subsequent assassina- Mario Pagano, the scientist Cirillo, Massa, the defender of Castel tion of Masaniello, the disturbances continued. dell’ Uovo, and Ettore Caraffa, the defender of Pescara. After In 1670 disorders broke out at Messina, which developed into the peace of Amiens in 1802 the court returned to Naples, where an anti-Spanish movement; and while the inhabitants called in the it was well received. But when the European war broke out again French, the Spaniards, who could not crush the rising, called in in the following year King Ferdinand played a double game, apthe Dutch. In 1707 an Austrian army conquered the kingdom and pearing to accede to Napoleon’s demands while negotiating with Spanish rule came to an end. Britain. After Austerlitz, Napoleon declared that “the Bourbon The Bourbons.—In Sicily the Spaniards held their own till dynasty had ceased to reign” and sent an army under his brother the peace of Utrecht, in 1713, when the island was given over to Joseph to occupy the kingdom. Duke Victor Amadeus of Savoy, who assumed the title of king. Joseph Bonaparte and Murat.—Ferdinand and Maria In 1718
he had to hand back his new possession to Spain, which,
in 1720, surrendered it to Austria and gave Sardinia to Victor
Amadeus. In 1733 the treaty of the Escurial between France, Spain, and Savoy against Austria was signed. Don Carlos of Bourbon, son of Philip V. of Spain, easily conquered both Naples and Sicily, and in 1738 he was recognized as king of the Two Sicilies, Spain renouncing all her claims. Charles was well re-
Carolina fled to Palermo in 1805; in Feb. 1806 Joseph Bonaparte entered Naples as king. A cultivated, well-meaning, not very intelligent man, he introduced many useful reforms and abolished feudalism, but the taxes and forced contributions proved very
burdensome.
Joseph’s authority did not exist throughout a large
part of the kingdom, where royalist risings, led by brigand chiefs,
maintained a state of anarchy, and a British force, under Sir Jobn
NAPLES, KINGDOM OF Stuart, defeated the French at Maida in Calabria (July 6, 1806). In 1808 Napoleon conferred the crown of Spain on Joseph and
appointed Joachim Murat king of Naples.
Murat
continued
Joseph’s reforms and reorganized the army; and although he introduced the French codes and conferred many appointments and estates on Frenchmen, his administration was more or less native and favoured the abler Neapolitans. The king gained many sympathies; he gradually became estranged from Napoleon and secretly opened negotiations with Austria and Great Britain.
In
Jan. 1814 he signed a treaty with Austria, and the following month proclaimed his separation from Napoleon. But when Napoleon
escaped from Elba, Murat suddenly returned to the allegiance of
his old chief, marched into northern Italy, and from Rimini issued his famous proclamation in favour of Italian independence (March 30, 1815). He was subsequently defeated by the Aus-
trians several times and on May
18 sailed from Naples for
France (see Murat, Joacuim). On the 23rd the Austrians entered
Naples to restore Bourbon rule. The Restoration.—Ferdinand and Maria Carolina had continued to reign in Sicily, where the court’s extravagance and the odious Neapolitan system of police espionage rendered their presence a burden instead of a blessing to the island. A bitter conflict broke out between the court and the parliament, and the British minister, Lord William Bentinck, forced Ferdinand to resign his authority and appoint his son regent and introduced many valuable reforms. In £812 a constitution on British lines was introduced, and the queen, who was perpetually intriguing against Bentinck, was exiled. Bentinck, whose memory is still cherished in the island, departed in 1814. Ferdinand dissolved parliament in May 1815, after concluding a treaty with Austria for the recovery of his mainland dominions by means of an Austrian army. On June 9 Ferdinand re-entered Naples and bound himself in a second treaty with Austria not to introduce a constitutional government. At first he abstained from persecution and received many of Murat’s old officers into his army. In Oct. 1815 Murat, believing that he still had a strong party in the kingdom, landed with a few companions at Pizzo di Calabria, but was immediately captured by the police and the peasantry, court-martialled, and shot. Ferdinand proclaimed himself king of the Two Sicilies at the congress of Vienna, incorporating Naples and Sicily into one state, and abolished the Sicilian constitution (Dec. 1816). In 1818 he concluded a Concordat with the Church, by which the latter renounced its suzerainty over the kingdom, but was given control over education, the censorship, and many other privileges. But there was much disaffection throughout the country, and the Carbonarist lodges had made much progress, especially in the army (see CARBONARI). In July 1820 a military mutiny broke out at Caserta, the mutineers demanding a Spanish constitution although professing loyalty to the king. Ferdinand, feeling himself helpless to resist, acceded to the demand. The new government’s first difficulty was Sicily, where the people had risen in rebellion demanding their own charter of 1812, and although the Neapolitan troops quelled the outbreak with much bloodshed the division proved fatal to the prospects of liberty. This outbreak seriously alarmed the Powers responsible for the preservation of the peace in Europe. At the congress of Troppau (Oct. 1820) the famous protocol was issued affirming the right of collective “Europe” to interfere to crush dangerous internal revolutions. Both France and Great Britain protested against this dangerous principle; but by general consent King Ferdinand was invited to attend the adjourned congress, fixed to meet at Laibach in the spring of the following year. Under the new constitution the permission of parliament was necessary before the king could leave Neapolitan territory. This was weakly granted, after Ferdinand had sworn the most solemn oaths to maintain the constitution. He was scarcely beyond the frontiers, however, before he repudiated his engagements, as exacted by force. The powers authorized Austria to march an army into Naples to restore the autocratic monarchy. General Pepe commander of the Constitutional forces, was sent to the frontier at the head of 8,000 men, but was completely defeated by the
83
Austrians at Rieti on March 7. On the 23rd the Austrians entered Naples, followed soon afterwards by the king. Every vestige of freedom was suppressed, and the inevitable State trials instituted with the usual harvest of executions and imprisonment. Pepe saved himself by flight. (See FerpInanp IV., king of Naples.) Ferdinand died in 1825 and was succeeded by his son Francis I, an unbridled libertine, under whom the corruption of the adminis-
tration assumed unheard-of proportions.
(See Francis I., king
of the Two Sicilies.} He died in 1830 and was succeeded by his son, Ferdinand II., who at first awoke hopes that the conditions of the country would be improved; but on the death of his first wife, Cristina of Savoy, he married Maria Theresa of Austria, who encouraged him in his reactionary tendencies and brought him closer to Austria. The desire for a constitution was by no means dead, and the survivors of the old Carbonari gathered round Carlo Poerio, while the Giovane Jialia society (independent of Mazzini) promoted a few sporadic outbreaks easily crushed. The following year the Venetian brothers Bandiera, acting in concert with Mazzini, landed in Calabria, believing the whole country to be in a state of revolt; they met with little local support and were quickly captured and shot, but their deaths aroused much sympathy, and the whole episode was highly significant as being the first attempt made by Italians from other parts of the country to promote revolution in the south. Revolution of 1848.—On Jan. 12, 1848, a revolution under the leadership of Ruggiero Settimo broke out in Sicily. These events were followed by demonstrations at Naples, and on Jan. 28 the king granted the constitution. The popular demand was now that Naples should assist the Lombards in their revolt against Austria, for a feeling of Italian solidarity was growing up. Ferdinand declared war against Austria (April 7, 1848); and a Neapolitan army under General Pepe marched towards Lombardy in May, while the fleet sailed for Venice. But a dispute between the king and the parliament concerning the form of the royal oath having arisen, a group of demagogues with criminal folly provoked disturbances and erected barricades (May 14). The king refused to open parliament unless the barricades were removed. A few shots were fired on the r5th, the Swiss regiments stormed the barricades and street fighting lasted all day. By the evening the Swiss and the royalists were masters of the situation. A new ministry under Prince Cariati was appointed. Parliament was dissolved, the National Guard disbanded and the army recalled from the Po. In Sicily the revolutionists were bitterly hostile to the Neapolitans. The Sicilian assembly met in March 1848, and Settimo in his inaugural speech declared that the Bourbon dynasty had ceased to reign and that Sicily united her destinies to those of Italy; Settimo was elected president of the Government. After the Austrian victories Ferdinand sent a Neapolitan army under Carlo Filangieri (q.v.) to subjugate the island. The troops landed at Messina, whose citadel had been held by the royalists throughout, and after three days’ desperate fighting the city itself was captured and sacked. Filangieri marched forward, committing many atrocities. In April he reached Palermo while the fleet appeared in the bay, and tumults having broken out within the city the Government surrendered on terms which granted amnesty for all except Settimo and 42 others. For a few months after the dissolution of the Neapolitan parliament the Government abstained from persecution, but with the crushing of the Sicilian revolution its hands were free; and when the commission on the affair of May 15 had completed its labours thousands of respectable citizens were thrown into prison, such as L. Settembrini, Carlo Poerio, and Silvio Spaventa. The abominable conditions of the prisons in which the best men of the kingdom were immured were made known to the world by the famous letters of W. E. Gladstone, which branded the Bourbon regime as “the negation of God erected into a system of government.” In 1857 Carlo Pisacane, an ex-Neapolitan officer
who had taken part in the defence of Rome,
fitted out an
expedition, with Mazzini’s approval, from Genoa, and landed at Sapri in Calabria; but the local police assisted by the peasantry attacked the band, killing many, including Pisacane himself, and
84-
NAPOLEON
I.
[BIRTH
Garibaldi entered the instance king and queen sailed for Gaeta; on the 7th capturing most of the rest. The following year, at soldiers, and was of full still was city the although alone, the sentences Naples of Great Britain and France, Ferdinand commuted a part of the rith the on sm; enthusia nan Il, received with delirious of some of the political prisoners to exile. (See Ferdi on Capua. Cavour now retired rest the and ted capitula royalists , king of the Two Sicilies.) southern his son, decided that Sardinia must take part in the liberation of In May 1859 Ferdinand died and was succeeded by s might induce him follower i’s Garibald that feared he for Italy, to wrote a, Francis II. (g.v.). Victor Emmanuel, king of Sardini would have but Francis to proclaim the republic and attack Rome, which him proposing an alliance for the division of Italy, consequently a Piedmontese army tion; interven French d provoke shot were and d mutinie refused. In June part of the Swiss Guard tan territhe whole occupied the Marche and Umbria and entered Neapoli down; and this affair resulted in the disbanding of its head. On Oct. x and 2, 1860, at l Emmanue Victor with tory were ls proposa Various cy. force—the last support of the autocra ians, aland a battle was fought on the Volturno and the Garibald made for an alliance with Sardinia, but Francis rejected them he met 26th the On s. victoriou were numbers, in inferior though indeed began to negotiate with Austria. king of Italy and him hailed and Teano at l Emmanue Victor reaching were Garibaldi—iIn the meantime events in Sicily s subsequently handed over his conquests to him. On Nov. 3 a a crisis destined to subvert the Bourbon dynasty. Mazzini’ plebiscite was taken, which resulted in an overwhelming majority orto trying been had Pilo, emissaries, F. Crispi (g.v.) and R. favour of union with Sardinia under Victor Emmanuel. Gariin they ganize a rising in favour of Italian unity and, although departed for his island home at Caprera, while L. C. Farini baldi d persuade they bands, armed few a merely succeeded in raising d viceroy of Naples and M. Cordero viceroy of appointe was imbe to knew Garibaldi (g.v.) that the revolution, which he remnant of the Bourbon army was concentrated last The Sicily. minent, had broken out. Garibaldi, whose hesitation had been at Gaeta, the siege of which was begun by Cialdini on Nov. 5; Genoa, near Quarto, at overcome, embarked on May 5, 1860, on Jan. 10, 1861, the French fleet, which Napoleon III. had sent with 1,000 picked followers on board two steamers, and sailed Gaeta to delay the inevitable fall of the dynasty, was withto and “Marsala reached n expeditio the for Sicily. On the 11th at the instance of Great Britain; the fortress surrendered drawn recoldly landed without opposition. Garibaldi was somewhat 13 and the royal family departed by sea. The citadel of Feb. on for once at forth set he but n; populatio d ceived by the astonishe capitulated a month later and Civitella del Tronto on Messina hip dictators the assuming Salemi, where he issued a proclamation On Feb. 18 the first Italian parliament met at Turin 21. March of Sicily in the name of Victor Emmanuel, with Crispi as secreed Victor Emmanuel king of Italy. Thus Naples and proclaim and the of 3,000 defeated and tary of state. On the 15th he attacked to be a separate political entity and were absorbed ceased Sicily this enemy under General Landi at Calatafimi; the news of into the united Italian kingdom. ut througho agitation nary revolutio the brilliant victory revived BrsrrocrapHy.—F. Carta, Storia del regno delle Due Sicilie (1848); the island, and Garibaldi was joined by Pilo and his bands. By a F. Pagano, Istoria del regno di Napoli (1832, etc.) ; J. Albini, De gestis which force, Colonna’s General avoided he ruse devised cleverly regum Neapolit. ab Aragonia (1588); several chapters in the Storia expected him on the Monreale road, and entering Palermo from politica d'Italia (1875-82) ; F. Lanzani, Storia dei comuni Italiani .. . delle signorie Italiane dal 1313 al 1530; Misilmeri received an enthusiastic welcome. After three days’ fino al 1313; C. Cipolla, Storiapreponderanze straniere, 1530-1789; A. le durante L’Italia Cosci, not Lanza, General r, commande st street fighting the Bourboni d'Italia dal 1789 al 1799; G. de Castro, Storia @’ Storia Franchetti, asked left, knowing that the Garibaldians had scarcely a cartridge Italia dal 1799 al 1814; F. Bertolini, Storia d'Italia dal 1814 al 1878; for and obtained a 24 hours’ armistice (May 30). Garibaldi went G. Pepe, Mémoires, new ed. (1906) ; N. Nisco, G ultimi 36 anni del see Nelson on board the British flagship to confer with the Neapolitan reame di Napoli (1889). For a defence of Nelson’s action, and the Neapolitan Jacobins (Navy Records Society, 1903), edited by generals Letizia and Chrétien; then he informed the citizens by H. C. Gutteridge, with a bibliography. A. T. Mahan, Life of Nelson means of a proclamation of what he had done, and declared that (2nd ed., 1899), and English Historical Review for July 1809 and . he would renew hostilities on the expiration of the armistice Oct. 1900. For the other side see C. Giglioli, Naples in 1799 (1903); Although unarmed, the people rallied to him as one man, and F. P. Badham, Nelson at Naples (1900) ; P. Villari, “Nelson, Caracciolo (Nuova Antologia, Feb. 16, 1899); A. Lanza became so alarmed that he asked for an unconditional e la Repubblica Napolitana” Napoli dal 13 giugno al 12 luglio, 1709 Gli avvenimenti di extension of the armistice, which Garibaldi granted; 15,000 Maresca, (1900) ; B. Croce, Studii storici sulla rivoluzione Napoletana del 1799 revothe leaving 7, June on Naples for Bourbon troops embarked (1897). For an account of the French period see C. Auriol, La France, lutionists masters of the situation. The Sardinian Admiral PAngleterre, et Naples (1906), and R. M. Johnston, The Napoleonic see N. Nisco, Gh Persano’s salute of 19 guns on the occasion of Garibaldi’s official Empire in South Italy (1904). For the latest period Whitehouse, The R. H. (1889); Napoli di reame del anni 36 ultimi call constituted a practical recognition of his dictatorship by (1899). See further G. Bianco, La Naples of Kingdom the of Collapse the Sardinian (Piedmontese) Government. In July further rein- Sicilia durante Voccupazione Inglese (1902); Francesco Guardione’s forcements of volunteers under Cosenz and Medici, assisted by Il Dominio dei Borboni in Sicilia (1908) ; G. Trevelyan, Garibaldi and Cavour, arrived at Palermo with a good supply of arms furnished the Thousand (1909) and Garibaldi and the Making of a oe by subscription in northern Italy. Garibaldi’s forces were now NAPOLEON I. (1769-1821), emperor of the French. raised to 12,000 men, besides the Sicilian squadre. Cavour’s attempt to bring about the annexation of Sicily to Sardinia failed, Napoleon Bonaparte was born at Ajaccio on Aug. 15, 1769, the for Garibaldi wished to use the island as a basis for an invasion year following the reunion of Corsica with France. His father, of the mainland. When the Garibaldians advanced eastward they Charles Buonaparte—it was not until after 1796 that the spelling encountered a force of 4,000 of the enemy under Colonel Bosco Bonaparte was adopted—came of a good family which had been at Milazzo; on July 20 a desperate battle took place, resulting in established in the island since the 16th century. The family a hard-won Garibaldian victory. The Neapolitan Government origins may perhaps be traced to Tuscany, an Italian province, then decided on the evacuation of the whole of Sicily except the the relations of which with Corsica had always been close. Nacitadel of Messina, which did not surrender until the next year. poleon himself, in later years, scoffed at the exaggerated tales The news of Garibaldi’s astonishing successes entirely changed invented by flatterers and courtiers, of the lordly status formerly the situation in the capital, and on June 25, 1860, the king held by the family at Treviso and Bologna. Yet his father was granted a constitution, and appointed A. Spinelli prime minister. undoubtedly of noble birth, and was the delegate of the Corsican Disorders having taken place between Liberals and reactionaries, nobility at Paris. Charles Buonaparte married Laetitia Ramolino, Liborio Romano was made minister of police in the place of a woman of strong character and great personal beauty. He was Aiossa. The king appealed to Great Britain and France to pre- a lawyer by profession and brought up a large family in difficult vent Garibaldi crossing the Straits of Messina, and only just times. After the Corsicans had, several times, revolted against failed (for this episode see under Lacarta, Sir James). On Aug. their Genoese masters, the republic of Genoa, despairing of ever 19 Garibaldi crossed with 4,500 men and took Reggio by bringing the rebels to submission, ceded its rights to France, storm. He was soon joined by the rest of his troops, 15,000 in all, against which the Corsicans, led by Paoli (q.v.) at first attempted the Neapolitan army collapsed before Garibaldi’s advance, and resistance. Charles Buonaparte joined Paoli’s party. He even the people rose in his favour almost everywhere. On Sept. 6 the joined him in his campaign, taking with him his wife and children,
NAPOLEON
EARLY LIFE]
I.
85
lest they should be seized as hostages by the French. When Paoli | way in which he pronounced Napolione. was beaten and had to fly Charles Buonaparte became reconciled Between his spells of garrison duty at Valence and at Auxonne to French rule and benefited by the protection of M. de Marbeuf, as a young artillery officer, a part of his early career of which the governor, to whom he was able to make himself useful. In little is known was passed in the leave which he spent on more 1779, sent on a mission to Versailles, he took with him his second than one occasion in Corsica, where the somewhat complicated son, Napoleon, for whom M. de Marbeuf had obtained a bursary affairs of his family demanded his presence. At Ajaccio in Sept. at the military academy at Brienne.
EARLY LIFE
These facts enable us to understand the character of Napoleon. He was born a Frenchman, of a family which, unwilling at first to become French, afterwards unreservedly accepted the fait accompli. From the age of ten he was educated with other boys of his own class by French people according to French ideas. Though we must make due allowance for heredity, family influence, and the impressions of early childhood, it is an exaggeration to explain Napoleon, as historians since Stendhal have been too much inclined to do, entirely in the light of his Corsican and Tuscan origin, and to see in him the incarnation of a condottiere, or of a 14th century Italian city despot, a modern Castruccio Castracani. It is more important to bear in mind that young Bonaparte, born in an island which had only just become part of France, shared neither the traditions nor the prejudices of his new country. In 1789, at the age of 20, he came into the Revolution with an open mind, feeling neither like nor dislike for many things which other Frenchmen either regretted or frankly detested. If he remained Corsican in temperament he was, by virtue of the instruction he had received, and the books he had read, preeminently a man of the 18th century. His occasional early philosophical writings leave no doubt as to this side of his character, which is also illustrated by the life-long habit of epigrammatic, well-turned, often paradoxical expression, a trait which he had in common with Chamfort and Rivarol; witness his celebrated definition of love as “une sottise faite à deux.” Further, having lost his father in 1785, and having been designated by him as the head of the family, although he was the second and Joseph the eldest son, he had known poverty and the responsibility of helping to provide for his mother, brothers and sisters. Success was more necessary to him than to others, and the upheaval of 1789 favoured the ambitious. We must realize therefore that he entered the Revolution in rather an unusual frame of mind, occasionally ardent, joining the Jacobins without hesitation, but also capable of coolly judging events as when on June 20, at the capture of the Tuileries, he was moved to scorn by the weakness of Louis XVI. We must also remember that, having begun his studies at the cadet school at Brienne, he completed them at the Ecole Militaire in Paris,
where (1784-5) he received a solid grounding in the work of an artilleryman and an officer. It would be wrong to look on him as a kind of self-taught genius, a god of war, who might be said to have discovered, taught, and even created strategy and tactics. The Artillery Officer.—He himself acknowledged, modestly and loyally, his debt to his teachers. He had studied the treatises of Bourcet and of Guibert, who had evolved from modern armaments new principles and methods of warfare. Asa sub-lieutenant at Auxonne, after leaving the Ecole Miltaire, he received at first hand instruction from baron du Teil, brother of the author of a remarkably advanced work on the use of modern artillery. He profited by the instruction, and always spoke of it with appreciation. However gifted a man may be, he still needs inspiration and counsel, and learns more from his predecessors than he himself passes on to his contemporaries and to posterity. The genius of Napoleon was not least evident in the way in which he made use of the instruction which he received. Curiously enough, Guibert in his Systéme de guerre moderne had predicted that a great man would arise to put into practice the military theories which were then taking shape. These facts, which place Napoleon in his proper intellectual environment, seem to the writer to throw more light on his mind and his character than would countless anecdotes of his childhood and schooldays, such as that at Brienne he was nicknamed Paille au nez by his companions because of the
1789, he found his elder brother Joseph deep in the affairs of
the democratic party which had inevitably, with the progress of the Revolution, become the party of France. Paoli, who had at first thought that events in France would bring about Corsican independence, had soon been disillusioned, Jacobinism being essentially a unifying and centralising force. He inclined therefore to the counter-revolution and entered the opposite camp. Napoleon, promoted lieutenant in 1791 on the reorganization of the artillery, was stationed for another three months at Valence,
where he continued his studies, and even wrote an essay on a subject set for competition by the academy of Lyons: “What are the principles and institutions most likely to bring about the greatest happiness of mankind?” He treated the subject in the style and according to the principles of Jean Jacques Rousseau. When, years afterwards, Talleyrand showed him the essay, he threw it into the fire. He was again in Corsica from Sept. 1791 to May 1792. Feeling ran high in the island, as a result of the disestablishment of the Catholic Church. He plunged into political intrigue, outstayed his leave, and became liable to the penalties in force against deserters and émigrés. On April 20, 1792, however, the legislative assembly had declared war on Austria. Officers were needed. Instead of undergoing any penalty, Bonaparte, whose zeal for the Revolution was well known, was made a captain. In this capacity he remained in Paris for several months, and witnessed the great events of the Revolution. After the September massacres, he went to-Ajaccio to take home his sister Elisa from the convent of Saint Cyr which had just been closed. This was his last visit to his native country. The break with Paoli was now complete. Bonaparte was on the side of the “patriotes,” while the old champion of independence was appealing to the English against the Republic, One and Indivisible. Paoli was victorious. Bonaparte and his family, now entirely ruined, had to fly from the island and take refuge in France. This was the termination of what we may call his “‘insular” period. As he himself said afterwards, once he had left Ajaccio, more important affairs left him little time to think of Corsica and Paoli. Early Military Opportunities—In Sept. 1793, Napoleon Bonaparte was still unknown to the world which was to ring with his name. Amazed himself at his extraordinary career, and the incredible swiftness of his rise to power, he said in Saint Helena to Las Cases, “Centuries will pass before the unique combination of events which led to my career recur in the case of another.” Favourable circumstances were also required to bring the young artillery officer to the front, and these were not lacking. The republic, which had challenged half Europe, had to face foreign and civil war, under conditions of anarchy. Bonaparte was a Jacobin, with a great reputation as an artillery officer. At Beaucaire, on his way to Paris, he had written a pamphlet, the Souper de Beaucaire, in which he had refuted the arguments of three Southern federalists or counter-revolutionaries. It is probable that it reflects a conversation which actually took place in an inn of the little town beside the Rhone. Its publication attested the patriotism of its author. The good word of Robespierre’s brother and of Napoleon’s compatriot, the deputy Salicetti, were also of assistance. At this juncture it was necessary to recapture Toulon, the inhabitants of which had rebelled against the Convention and called in the assistance of an English squadron. An able officer of artillery was required to direct the siege operations. Bonaparte was chosen. There has since grown up the legend of “the great Napoleon at the siege of Toulon,” though the part which he really -played was essentially that of a technical expert. He found in command General Carteaux, formerly an artist, who was too ignorant even to understand that to take Toulon he must capture the position which commanded the roadstead. Things were no better under
36
NAPOLEON
his successor, Doppet, and until the arrival of General Dugommier, a soldier of greater experience, who, together with Gasparin, the people’s commissary, recognized the knowledge and good sense of the young artillery officer. On the fall of Toulon in Dec. 1793, Napoleon was promoted general of brigade, and in Feb. 1794 he was given the command of the artillery of the army of Italy. These were still subordinate positions, offering little opportunity for prominence. He spent the next few months—the period of the Terror—in inspecting fortifications and was even for a time “suspect” for having reconstructed an old fort at Marseilles, a town which had also risen against the Convention. He had rejoined the army of Italy, when fresh disaster seemed imminent. After the 9th Thermidor, his relations with the Jacobins became compromising. Accused of having disclosed certain plans to the younger Robespierre, he was arrested, but, in default of evidence, was released on Carnot’s instructions. Nevertheless his position at this juncture was extremely precarious. Under the nerveless leadership of Schérer, he had no opportunity of distinguishing himself in the Italian campaign except at Saorgio and on the Roja. He was marking time, in fact. Like a true soldier he detested the campaign in la Vendée, and he refused the command of an infantry brigade which was to be sent against the Western royalists. Aubry, the minister of war, removed him from the active list in consequence. Reverses.—He now experienced real poverty, and had to sell his books and his watch. He thought of taking service with the sultan to re-organize the Turkish army. Madame Tallien, wife of the member of the Convention, whom he met at this time, interested herself in him and made his peace with the authorities. When Kellermann lost the lines of the Apennines it was remembered that Bonaparte knew Italy, he was taken into consultation, and joined the topographical service of the army. At this time, in the autumn of 1795, Hoche, Marceau and Joubert were already famous; Bonaparte was still unknown. It looked almost as if fortune were definitely against him. The only thing which he had brought back from his campaigns was the itch and, probably, the malaria, which made him very ill. He was obliged to shave his head, which was later on to bring him the nickname of “le petit tondu.” Small in stature, thin, yellow-faced, : badly dressed, his person was unimposing and no one would have seen in him the future emperor of the French. The Insurrection of 1795.—It needed a day of revolution and of civil war to bring him into prominence, by giving him the chance to do the Republican Government a service, the vital service of saving the Republic. In the autumn of 1795 the majority of the people of Paris were chafing against dear food, assignats and never-ending war. The Convention, by declaring for a constitution designed to keep its own members in power, provoked an Insurrection, which, owing to the weakness of General Menou, very nearly succeeded. The Convention then placed the deputy Barras in command of the home forces. He, having known and learnt to value Bonaparte at the siege of Toulon, asked for, and obtained, his appointment as second in command. The young general at once assumed complete control, issued rapid orders, forestalled the insurgents who were about to capture the artillery parked at Les Sablons, and shot them down in the rue SaintHonoré, on the steps of the church of Saint-Roch. In less than a
day he had subdued a serious royalist rising (r3 Vendémiaire— Oct. 4, 1795). He had saved the republic and earned the nick-
I.
[IN POWER
feeding the troops; it was hoped they would live on the conquered territory. At the beginning of March 1796 Bonaparte married
Josephine. At the end of the month he arrived at his headquarters at Nice. . ; i His army consisted of thirty thousand starving soldiers, in
want of everything. He issued to them the famous proclamation :—“You are badly fed and all but naked. . . . I am about to lead you into the most fertile plains in the world. Before you are
great cities and rich provinces; there we shall find honour, glory, and riches.” He entered Italy on April 10. His plan of campaign—the separation of the Piedmontese from the Austrians
—was very simple; he executed it successfully after severe actions at Montenotte, Millesimo and Dego. While he was conducting the campaign, he did not forget that he was a general of the Revolution, and issued to the Italian people proclamations which, while treating the Catholic religion with respect, spoke the language of liberty. The king of Sardinia
took fright, and, on the advice of the Archbishop of Turin, sued for peace to an army “with neither artillery, cavalry, nor shoes
to its feet.” The pope and the dukes of Parma, Modena and Tuscany were not long in following the example of Victor Amadeus. Great political schemes were taking shape in Bonaparte’s
mind, but first he had to beat the Austrians.
This was, indeed,
his first experience of large-scale operations. The crossing of the bridge of Lodi was a bold achievement which made his name known in a day all over France and indeed all over Europe. That day, by an old camp custom, his soldiers dubbed him corporal, and another nick-name, the “petit caporal,” stuck to him. New Republics.—In May, some wecks after the setting out of his ragged army, he entered Milan in triumph. He could write to the directory: “The republic holds all Lombardy.” At that same moment he received from Paris orders which upset all his plans. Sure that his resignation would not be accepted, he sent it in, and, while waiting for the answer, harried the Austrians, whose generals “faithful to the old system of warfare, scattered their troops in small detachments before a man who practised mass-movement.” The further Bonaparte advanced with so small an army, the greater was the need for skill and boldness. At Arcola he suffered in his own person, by falling into a swamp. These “miracles of genius and courage” were crowned by the victory of Rivoli, followed by the preliminary negotiations of Leoben (April 18, 1797). “No other general could show such fourteen months.” He had forced Austria to sue for peace. He had founded the Cispadane, the Cisalpine, and the Ligurian republics, which brought a large part of Italy under the same régime as France, and preparations were begun for its annexation. He had been able to provide for his army by requisitioning; to conquer without costing the treasury anything, and had even sent money to Paris. Finally when the Republicans, having lost their majority in the Councils, were in need of help, Bonaparte, though he had cause for complaint against the directory, sent them his subordinate Augereau, for the coup de force of Fructidor (Sept. 1797) directed against the royalists and the moderates. True, the royalists and moderates wanted peace, while Bonaparte agreed with the Jacobins, and aspired to secure France’s “natural frontiers.” He was able to congratulate himself on fulfilling both desires
by the Treaty of Campo-Formio
(Oct. 17, 1797).
By it the
emperor ceded to France both Belgium and the left bank of the Rhine. Glorious as it was, however, and in keeping with Revoluname Général Vendémiuire. tionary foreign policy, the treaty, far from ending the war, perpetuated it. To assure the permanence of these conquests the ITALIAN AND EGYPTIAN CAMPAIGNS goodwill of England was necessary, and England was not in a Italy.—His first reward was the hand of Josephine, a beautiposition to give it; compulsion was therefore necessary. The ful Creole, widow of the viscount de Beauharnais, who had been whole story of Napoleon up to Waterloo turns on this. Henceguillotined during the Terror. Josephine, whose morals were forth he was to struggle against England, and in that struggle he none too strict, was living at this time mainly by her wits. The was in the end to be vanquished. general was six years younger than she, but he seemed to be on England and Egypt.—The brusqueness of his manner, and the threshold of a brilliant career, and the marriage freed her still more his popularity with the masses made him an object of from poverty. He had, in fact, as his second reward been ap- suspicion, in spite of the services which he had rendered the pointed commander in chief of the Army of Italy. Like Josephine, Republic. He, on his side, despised the corrupt government of the the government of the Republic was at the end of its financial directory, “a governmen t of lawyers,” whether Jacobin or moderresources. At this moment, indeed, there was difficulty enough in ate. He soon realised that their plans for an invasion of England
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had no chance whatever of success.
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In any case he thought it parliamentary
prudent to quit France for a time. The East had always fascinated him. “Only in the East can one do great things,” he said. Read-
ing and reflection had convinced him that Egypt was one of the
keys of the world. This idea had already emerged in the days of Louis XIV., and was taken up again during the 18th century wars between France and England; there too Napoleon had his forerunners. He planned to strike at the power of England through
Egypt and the route to India, and to stir the imagination of his own country-men. The directory accepted the scheme. The Egyptian expedition was thus indirectly to be the means of forcing the British government to recognise the territorial ac-
quisitions of the Revolution. The weakness of this plan, a weakness inherent in the whole struggle with England, was that France had no navy. Though Bonaparte, by a fortunate combination of circumstances, was able to land his army near Alexandria (July 1, 1798), Nelson, a month later (Aug. 1), destroyed the French fleet at Aboukir. From that moment the Egyptian expedition, instead of being “le commencement d’une grande chose” was merely an adventure. In vain Bonaparte executed a brilliant campaign, cap-
turing Cairo, and subduing the country in three weeks.
Of the
great expedition nothing has endured but famous sayings, such as “Soldiers, from these pyramids forty centuries look down on you”; the Institute of Egyptology; the diffusion of the French language in the valley of the Nile; and, in Bonaparte’s own case, a romantic touch of orientalism, symbolised by his faithful mameluke Roustan. Nevertheless, to carry through his great scheme, he undertook the conquest of Syria. Acre, under Admiral Sidney Smith, held out. “That man made me miss my destiny,” he said later.
18th BRUMAIRE AND THE CONSULATE The Coup d@’Etat.—The expedition was, in fact, a failure. Bonaparte realized that there was nothing to be done in Egypt. At the same time came news which told him that there was work for him in France. The directory was in difficulties both at home and abroad. Disorder was rampant, finance and currency desperate, discontent everywhere. The Government, not knowing which way to turn, swayed one day to the Jacobins, the next to the moderates. In Germany the war continued, and in Italy the Republican armies suffered a series of reverses, and invasion was only checked with difficulty by Brune at Bergen, and by Masséna at Zürich. The restoration of the monarchy seemed inevitable. The republic could be saved only by a military leader. “T seek a sword,” said Sieyés, one of the five directors, racking his brains for a general to whom he could confide the defence of the Republic. At that crucial moment Bonaparte decided to return. He went boldly on board a frigate, slipped through the English cruisers in the Mediterranean, and landed at Fréjus on Oct. 8, 1799. He was greeted with shouts of “Long live the republic.” He was the man of the hour for all those who desired an end of anarchy but were opposed to the return of the Bourbons. Without him the Revolution was a lost cause. This consideration is essential to the understanding of the famous coup d'état of the r8 Brumaire (Nov. 9, 1799). The coup d’état was organized, indeed, from within. Not only had Bonaparte accomplices among those in power, he had not even to offer or to impose himself; he was sought out. Baudin, a deputy from the Ardennes, and a staunch Republican, died of joy when he heard of the return of “Général Vendémiaire,” who was once more to save the Republic. Of the five directors, Sieyés, though a regicide, had given up hope of saving the country except by a dictatorship, of which he hoped to be the head, with Bonaparte as his strong right hand. Roger-Ducos was of the same opinion. The third, Barras, was corrupt, and would do anything for money. Only the remaining two, Moulin and Gohier, were immovable in their Jacobinism, and had to be silenced. Resistance could come only from political circles, the assemblies, or perhaps from part of the army, where Jacobinism was still strong. The conspirators were assured in advance of the support of public opinion. It is, therefore, essential to note that the coup d'état was conceived and organized by Sieyés, who took charge of the
side, while Bonaparte charged with assuring the support of forget that from its origin to the days the Revolution had undergone many violated its different constitutions over The pretext for the transference of
was an executive agent the army. We must not of Fructidor and Prairial, forcible changes and had and over again. the two legislative assemblies from Paris to Saint Cloud on the 18 Brumaire was a terrorist plot invented for the occasion. The plan, though well laid, all but miscarried. On the first day, that of z8 Brumaire, all went well, and, as the Convention had done in Vendémuazre, the assemblies placed Bonaparte in command of their forces. On the morrow at Saint Cloud, affairs took a dangerous turn. The Upper Chamber or Council of the “Ancients” had been won over, but the lower or Council of the Five Hundred, whose Jacobin members had had time to summon their forces, greeted the general with shouts of “Down with the dictator! Outlaw him!” Bonaparte lost the thread of his speech, lost countenance, and for a moment was surrounded by a threatening crowd of deputies. Soldiers came to his assistance; however, the day would have been lost but for his brother Lucien, who had made his way in politics and was president of the assembly. Declaring that the right of free speech had been outraged, he dramatically threw off his insignia and rushed into the court of the Orangery to harangue the still hesitating soldiers. Bonaparte, having recovered from a fainting condition, appeared, his face bleeding where, in his agitation, he had scratched it. This made the soldiers think that he had been wounded. General Leclerc, his brother-in-law, thus charged at the head of his grenadiers and cleared the hall of the refractory deputies. That very evening Bonaparte, Sieyés and Roger-Ducos were elected “consuls” by the Council of the Ancients. The Revolution was not over. Bonaparte was to continue it under monarchical forms, and to give it at last a government. Sieyés dreamed of giving a constitution to France, but France had worn out so many constitutions during the last ten years! Bonaparte, who had used the “ideologues” as stepping stones to power, now made it clear to them that they had a master; and of Sieyés’ constitution, only such portions as suited him remained. Authority was narrowing its limits. Five directors had given place to three consuls. First Consul.—Immediately after, Napoleon became the first, the only one, elected for ten years. Public opinion gave him what was practically unlimited power. Disillusion and anxiety made him master of France. Some were tired of violence and disorder. Others, who had profited by the Revolution to possess themselves of national property, feared the return of the Bourbons and its restoration to its former owners. The mass of the people therefore, desired the consolidation of the new régime. Had it not been for the 78 Brumaire, it is probable that the restoration of the legitimate branch would have taken place much sooner, before the Napoleonic empire had consolidated the results of the revolution by permanent institutions. The great mistake of the royalists was to look upon Bonaparte as another General Monk. He replied with disdain to the overtures of the comte de Provence— the future Louis XVIII. The royalists in their turn hastened to resume the struggle against him, thus definitely marking him as the representative of the “revolution in arms.” The Revolution was further indissolubly bound to its idea of “natural frontiers,” and could not surrender the conquests which the rest of Europe refused to recognise. The war had to go on, whether they liked it or not—a fact which entailed government by a soldier. With the rest of his heritage, Bonaparte had to accept the necessity which had made the weak directory as warlike as the Convention. His term of power served merely to post-
pone the inevitable catastrophe. Reforms.—His first work was to restore order and to regulate the administration of government. Here his lack of prejudice helped the first consul. As has already been said, being of French education, but not of French origin, he neither disliked nor regretted the old régime. He was thus able to adopt the strong
points of the old monarchical system and reject the weaknesses of revolutionary democracy. The Revolution had made the system of election universal, in the civil service, in the magistracy, and
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in the police: a fault which killed successive governments. Bonaparte replaced the elected committees by prefects and sub-prefects, thus re-establishing and multiplying the old intendants. Unwilling to restore completely the independence of the magistracy, of which the parlements had availed themselves against the crown, he gave the government the right to nominate magistrates, while making them, in the interests of justice, irremovable. Thus, making use of the experience both of the monarchy and of the revolution, Bonaparte framed the system known as the constitution of the year VIII. based on administrative centralization which subordinated the nation to the State, and which has been so convenient for governments that it has been kept in being by all the succeeding régimes. Altered only in detail, it subsists today. At the outset Bonaparte justified the hopes aroused by his coup d’état. The mass of the people longed for peace at home and abroad. He appeared to fill the rôle of peacemaker. Having rid himself of Sieyés, he associated with himself, for form’s sake, two other consuls, Cambacérés and Lebrun, men of ripe age and moderate views, the latter of whom had been secretary to Chancellor Maupeou under Louis XV. When a plebiscite was taken, the First Consul was approved by three million votes. He immediately reassured both the solid middle class, and the revolutionaries who had enriched themselves during the Revolution. He wiped out the last relics of Jacobinism, by suppressing the progressive forced loans, and the law of hostages. He re-opened the churches and pacified the Vendée by putting an end to religious persecution and thus indicating a forthcoming concordat with the Pope. With the help of a former official of the monarchy, Gaudin, who became duke of Gaeta, he reorganised the finances, and prepared the way for a return to a stable currency. Marengo and Hohenlinden.—Abroad his task was more difficult. There is no reason to think that Bonaparte was not sincere in trying to put an end to hostilities, though he may have wished to prove to the peace party that peace was unobtainable. The proof, in any case, was quickly forthcoming. The emperor of Russia having retired from the coalition, it remained to deal with England and Austria. The first consul offered a cessation of hostilities. It was a mistake to think that England, so long as she remained mistress of the seas, would ever allow France to retain possession of the mouths of the Scheldt. Pitt refused. Then Bonaparte made another miscalculation. A smashing victory on the Continent would, he thought, compel England to yield. He persisted in this erroneous idea until Waterloo. His history henceforth is a striving for the impossible, 7.e., the capitulation of Great Britain on a point she had never admitted—the annexation of Belgium—by a France, which was powerless at sea. seven months after the r8 Brumaire, he boldly crossed the Alps by the Great Saint Bernard to compel Austria to make peace. On June 14, 1800, the hardly won victory of Marengo made him once more master of Italy. Together with Moreaw’s victory at Hohenlinden in December, it forced the Emperor Francis to sign the treaty of Lunéville, by which Austria recognized all the conquests of the Revolution. The left bank of the Rhine became part of France, and was divided into departments. This was the triumph of Bonaparte and of the revolution. For the first time in history France had regained her “natural frontiers,” those of Gaul as known to Caesar. By the treaty of Lunéville, the British government lost her last Continental ally. The war was costing dear, and many people were weary of it. Trade was severely affected. The first consul, who knew this, resumed in appearance the preparations for invasion, which had been begun in 1797. When, after the fall of Pitt, negotiations were begun with the London cabinet, he strove to drive a bargain, renouncing all claims on Egypt. In March 1802, the treaty of Amiens was signed. It was, and could only
be a truce, but the French saw in it definitive peace, and the prestige of the first consul was increased. Extensions of Powet.—In the midst of his success there was
one seed of anxiety. He was in power only for ten years. Three had already passed, and opposition was beginning to make itself felt. A Jacobin conspiracy was discovered. Soon after he nar-
rowly escaped being killed by an infernal machine, Former ter-
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rorists were thought to be responsible, but Fouché, the minister
of police, found that the criminals were royalists instigated by the irreconcilable Cadoudal. Then the Tribunate instituted by Sieyès, opposed Bonaparte’s favourite ideas; the Concordat with
the Pope, the Order of the Legion of Honour, the Civil Code. Their opposition would become more formidable as the ten year period drew to a close. Definitely to establish the Consulate, and to make it safe from attack, permanence was desired. Thus by a
natural progression opinion tended towards the revival of the
monarchy in favour of the first consul.
He himself was silent,
asked for nothing, and let his friends work for him. This they did most effectively. After the triumph of the peace of Amiens,
they proposed a
national token of gratitude. The Senate accorded only a prolongation of power for a further ten years. This was a discom-
fiture. Then Cambacérès thought of consulting the people whether Napoleon Bonaparte (his Christian name was beginning to be
used officially) should be made consul for life It was carried by three and a half million to less than ten thousand votes. The first consul also received the right to choose his successor (Aug: 1802). Although he then had no children, there was nothing to prevent him from choosing his son, if he should have one. Hereditary monarchy was thus on the point of being re-established, after so many solemn protestations to the contrary. From that time the sovereigns of Europe began to regard Bonaparte as one of themselves. They watched him “climbing step by step towards the throne,” though there were to be further happenings before he reached it. It would be an error to accuse him of having sought to gain the crown by means of a new war. The establishment of the empire was an indirect consequence of the renewal of hostilities in May 1803, the immediate cause of which was a dispute over Malta and the interpretation of the treaty of Amiens, though for reasons easily understood, and beyond the control of statesmen, peace could never have been more than a truce. Could England allow France to remain in permanent possession of the finest coast line and most valuable ports of the Continent from
Rotterdam to Genoa? To put the question is to answer it. And we must remember that Napoleon had received Belgium and Holland in trust for the Revolution. Counterplots—France and England slowly prepared for a struggle which this time must be carried to the bitter end. The twice abandoned plan of invading Great Britain was again resumed, and a camp was formed at Boulogne. Meanwhile the irreconcilable royalists, encouraged by the first consul’s new difficulties, conspired with General Pichegru to assassinate him. Georges Cadoudal, who had landed in France, succeeded in implicating the celebrated Moreau, jealous of the first consul. The discovery of this plot infuriated Bonaparte. He accused the émigrés of ingratitude, publicly affirmed his republican sympathies, and declared that the intention was to destroy the revolution in his person. He determined to strike. A young prince of the house of Condé, the duke of Enghien, one of the Bourbons, was forcibly seized on the territory of the duchy of Baden, summarily tried and shot. Bonaparte has been universally condemned for this judicial murder, which set “a ditch filled with royal blood” between the older dynasty and the throne upon whose steps he stood. His regicide monarchy was no longer suspect even to the fiercest republicans. Just as the infernal machine had contributed to the success of the first plebiscite, the conspiracy of Cadoudal and Pichegru facilitated the proclamation of the empire. The first consul had escaped the conspirators, and the danger helped his cause. THE FIRST EMPIRE
. The consulate for life seemed too precarious; a Napoleonic dynasty would survive its founder. Since his enemies, who
were the enemies of the revolution, wished to destroy him “he must be made king or emperor, so that heredity should reinforce his power by ensuring him of natural and unquestioned successors and, by rendering useless crimes against his person, should remove the temptation to commit them.” (Thiers.)
Thus France returned to hereditary monarchy, approved by a
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unanimous vote of the Senate, and by a plebiscite. The empire was proclaimed on May 18th, 1804, the title of emperor being chosen because the word king was inseparably connected with the Bourbons, and because it sounded more impressive, more military. It evoked, moreover, memories of Rome and of Charlemagne And, like Charlemagne, Napoleon wished to be crowned
by the Pope, not in Rome but in Paris. After some hesitation
Pius VII. granted his request. On Dec. 2, at Notre Dame the amazing ceremony took place, and the soldier of the revolution
became the anointed of the Lord. Moreover he took the crown from the hands of the Pope, and placed it on his own head. And Josephine the Creole adventuress, became empress. But Napoleon could dare all. He built up a new nobility, he gathered together a court. France approved of everything. When the wife of Marshal Lefebvre (the celebrated Madame Sans-Géne, who had been a washer-woman) became the duchess of Dantzig he dared even ridicule. Boulogne, Ulm and Cadiz.—The empire united theold France with the new; in it revolutionary and monarchical ideas were combined. There was general satisfaction. Prosperity had returned with ordered government. No one troubled about the one weak point. The empire could not be really established, nor the conquests of the revolution assured, without the defeat of the British power. Napoleon did not forget it, and in the midst of his re-organization of home affairs, his thoughts were on the camp at Boulogne. He knew that to settle finally with England he must overcome her on her own ground, and must have therefore, were it only for one day, free passage across the Channel. A third coalition was forming. He could, he was sure, defeat its forces by land, but this new victory would be no more effective than earlier ones, so long as the British navy was undefeated. With the help of Admiral Decrés, Napoleon had laboured since the days of the consulate to re-establish the French navy, ruined by the Revolution. But a navy is not built in a day. Failure at Boulogne was to change the fortunes of the empire. Yet the plan was bold and simple. France had two squadrons. The destruction of one mattered little if, while it fought, the other could slip into the Channel and for 24 hours assure the transport of the troops gathered at Boulogne. On this strategy everything turned; it failed. Villeneuve failed Napoleon, as Grouchy was to fail him at Waterloo. The admiral was uneasy about his equipment, his officers, and his raw and untrained crews. His anxiety was shared by Decrés, the minister of marine. Napoleon spent the month of Aug. 1805 in cruel suspense. Villeneuve, he learnt at last, had not dared to enter the Channel and instead of bearing towards Brest, was making sail to the south. Once more the invasion of England must be abandoned, or at least postponed. Austria was openly threatening, Russia was arming, Prussia could not be depended upon. Austria must be brought to the knees without delay. Napoleon broke up the camp al Boulogne, marched into Germany with amazing rapidity (“The
emperor makes war with our legs,” said his soldiers) and forced General Mack to surrender at Ulm on Oct. 19. Two days later this magnificent victory, with all those which were to follow it, was nullified. Villeneuve, blockaded by Nelson in Cadiz, had tried to escape. The British fleet, though smaller in numbers, had destroyed the Franco-Spanish off Cape Trafalgar. From that day the French empire was doomed. Napoleon was faced with the hopeless task of subduing England, absolute mistress of the seas. All his future was governed by that impossibility. Austerlitz and Jena.—Because he had not crossed the Straits of Dover, he was to go in vain even to Moscow. In vain he sought to triumph first over the Continental powers, hoping then to find the British government discouraged and in a mood for compromise. The Russians having offered battle, he defeated them, and also a fresh Austrian army, in the most brilliant of his victories, that of Austerlitz (Dec. 2, 1805), exactly a year after his coronation. In a few weeks the third coalition was wiped out. The armies of France, under the single command of a man who was a military genius and an absolute sovereign, seemed invincible.
Napoleon, and perhaps he alone, knew that no decision had been
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reached. He rejected Talleyrand’s plan for a reconciliation with Austria, and, returning to the idea which had inspired his Egyptian expedition, planned to strike at England through the East. By the peace of Pressburg he made of a subjugated and diminished Austria a means of communication with Constantinople. The vision was taking shape. To realize it, however, he must dominate all Europe. Within a few years he exhausted the Empire in the attempt. With the conquest of Belgium as a starting point, the revolution urged its successor to vast enterprises, for which neither the military genius of Napoleon nor his political ability would suffice. It was not mania for conquest but the logical development of these schemes which led him to annexations and dangerous territorial adjustments which disquieted all Europe. His brother Joseph became king of Naples, his brother Louis king of Holland. He formed the states of Southern Germany into the Confederation of the Rhine, with himself as president. Prussia, charged with closing the Baltic to the English, was promised Hanover, and the Bourbons, dethroned in Naples, were to have the Balearic isles. After the death of Pitt, he tried to conciliate England by offering secretly to restore Hanover. These diplomatic moves served only to make him two enemies, Prussia, which he had humoured for so long, and Spain, a former ally. The Prussian campaign saw another of the lightning strokes which he understood so well. The Prussian Army, which had lived on the reputation gained under the great Frederick, was routed at Jena (Oct. 1806). In a few weeks the defence had collapsed, and Napoleon was master of the greater part of Prussia. The Subjugation
of Europe.—Since
Prussia had refused to
lend herself to his schemes, he would make northern Germany another annex to his empire, himself closing the Baltic and eventually all Europe, to English commerce. From Berlin he promulgated the Continental blockade, an idea arising naturally out of the situation, simple, easy to set out on paper, but entailing the suppression of the independence of all the nations of Europe, since the prohibition of trade with England to be effective must be general. The Continental blockade was the consequence of
and the counter-strike to Trafalgar. But Napoleon was caught in a net from which there was no escape. He had set himself an endless task. After Ulm had to come Austerlitz, after Austerlitz, Jena. After Jena he had to complete the conquest of Prussia, and to complete it, to defeat Russia, penetrate further into the East, cross the Vistula. At Eylau (Feb. 8, 1807), three hundred leagues away from France, he fought in the snow a bloody and inconclusive battle. A new effort, the calling up of next year’s conscripts was demanded of Frenchmen “that peace might be won.” In June at Friedland, the grande armée was again victorious. Once more Napoleon had the illusion that the goal was reached, that he was master of Europe and could hold England to ransom. The tzar Alexander, highly strung and impressionable, was now won over to the idea of an agreement with the emperor of the French for a policy of partition on 18th century lines. This time Turkey was to be divided instead of Poland. Napoleon was convinced that, allied with Russia against England, able to close the Mediterranean against her, threatening her even in India, he would force her to her knees. The meeting at Tilsit, and the conclusion of the pact of friendship between the emperor of the East and the emperor of the West, seemed to justify the costly victories which had led the French army as far as the Niemen. Spain, Prussia and Austria.—The first disappointment was that the Franco-Russian alliance determined England to fight more fiercely than ever; her answer was a declaration of war against Russia, and the bombardment, of Copenhagen. The Continental blockade everywhere led to increasing difficulties. Portugal showed no eagerness to shut out English trade. Junot had to be sent there with an army. Spain was also giving trouble, and Napoleon determined to drive the Bourbons from Madrid. As if he were transferring prefects, he placed his brother Joseph on the throne of Charles IV., and succeeded him at Naples by Murat, who had married Caroline Bonaparte. At the same time the occupation of the Papal States by General Miollis, charged
with enforcing the blockade, embroiled him with the Pope. The
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system drove Napoleon to increasing severity. To hold Germany and Italy, together with the Adriatic coasts, and the Spanish peninsula, would soon require a standing army of a million men, while the patience with which his conquests and his violence were
endured would decrease in proportion to the dispersion of his
troops.
Spain gave the signal for resistance. The Spanish people refused to recognise Joseph, and a wide spread insurrection broke out. When, in July 1808 General Dupont surrendered at Baylen, the Napoleonic empire suffered its first military reverse. The news resounded all over Europe. At the same time an English army landed in Portugal and Junot succumbed to superior numbers. Napoleon’s desire to direct and control Spanish affairs had not only caused the English to be received as liberators, but had committed himself to an endless struggle against a people in arms. The uprising of the Spanish nation was infectious. In Prussia, in Tirol, in Dalmatia, patriotism was extolled, and the idea of a holy war for national independence took root and grew. In later days the emperor realized that Spain had been his first check, and that the limit of his power had been attained. In spite of a fresh interview at Erfurt, at which the two emperors paraded their friendship before an audience of kings, the Franco-Russian alliance languished. The partition of Turkey was hindered by the question of Constantinople, which neither emperor wished to see in the power of the other. Alexander was beginning to doubt the power of his new friend. Napoleon, feeling that the ill-success of his policy in Spain was injuring his prestige, determined himself to cross the Pyrenees, and re-establish Joseph in Madrid. Incited by England and lavishly supplied with English money, Austria took advantage of his absence to re-enter the struggle. Napoleon had to return in haste from the Ebro to the Danube. The Austrian plans were carefully laid, and their opposition was far from negligible. Essling was a difficult, and, Wagram (July 1809) a costly victory, but in both he carried the day. Russia.—From these very successes, however, there arose a further complication. Napoleon had made use of Poniatowski and his Poles against the Austrians. Alexander, who, in any case, had remained neutral, feared that Napoleon was planning the reconstitution of Poland. Abandoning his former ally, he denounced the Continental blockade, and had in his turn to be encountered. The idea of conquering England by Europe and Asia, the sea by the land, had brought about a result which, though it seems at first absurd, was yet the logical conclusion. It was with no light heart that Napoleon decided to carry the war into Russia. He still hoped that it might not be necessary, if Spain were subdued and if the United States, to whom he had ceded Louisiana and promised Florida, declared war on England, which, attacked in its vital interests by the Continental blockade, would at last sue for peace. There was no doubt that the blockade was having a disastrous effect`on British trade; its results on the commerce of other nations were no less serious. Holland refused to enforce it, and Napoleon was obliged to resume control from his brother Louis, who had espoused the cause of his new subjects. He annexed the country, and divided it into departments, thus giving England a fresh reason for remaining under arms. In this way the Continental blockade led either to fresh wars or to expansions of territory which the English inevitably refused to recognise, since they had never recognised those revo-
lutionary conquests which the new ones consolidated. France was growing uneasy.
Common sense made it clear that
this extension of territory and of war could not go on indefinitely, and yet no end was in sight. Far-seeing members of the emperor’s own circle, such as Talleyrand and Fouché, began to fear that affairs were going wrong. “If it only lasts,” said Laetitia Ramolino, Madame Mère. Yet the empire never seemed so great, nor the future so secure as in 1810. Marie-Louise.—Already on a level with kings, Napoleon in his second marriage equalled the proudest dynasties. The head of the house of Habsburg gave him the hand of his daughter. Josephine, though she was loved by the people and her dethronement regretted, was growing old and she had given him no heir. He was tired of her, and anxious to ensure the succession.
The
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emperor of Austria must have shared his confidence in the future, since he was willing to accept the “Corsican ogre” as his son-in-
law. The marriage contract on that of Louis XVI. and he was now admitted, in one even his life. The following the empire had an heir, who
with the archduchess was modelled Marie-Antoinette, into whose family of the most extraordinary episodes of year Marie-Louise bore him a son; was given the title king of Rome, as
the heir to the Holy Roman Empire had been named king of
the Romans. But in 1811 Rome was but the capital of the department of the Tiber. The pope had been deported to Savona and was about to be imprisoned at Fontainebleau. By the Continental blockade the restorer of Catholicism in France had been led to alienate Catholics all over the world. Nevertheless, excommunicated, having driven the Bourbons from N aples and from Madrid,
the man who 20 years before had been an insignificant officer with neither name nor fortune, married a daughter of the Habsburgs. Confident in his star, he carried all before him. Though his marriage gratified his ambition, Napoleon had decided upon it only after the failure of negotiations for an alliance with a sister of Alexander. He would have preferred a Russian princess, for more than one old veteran of the Revolution, re-
membering
Marie-Antoinette,
asked why the “little corporal”
should marry another “Austrian.” But the Russian emperor was gradually disengaging himself from the alliance, on which Napoleon was ceasing to rely. Moscow.—Realising that the Russians would never consent to the extension of the French empire, which under the necessity of the Continental blockade had ended by annexing the Hansa towns of Bremen and Hamburg, and making them the principal cities of two of its hundred and thirty departments, he saw that war
was inevitable.
French territory now stretched to the Baltic,
and the nearer its boundaries approached those of Russia, the
greater was the danger of conflict. Difficulties arose continually over Oldenburg, Poland, the East, and the reluctance of Russia to abandon trade with England. The two allied emperors were arming against each other. These preparations were themselves a further offence. Convinced that this new struggle had been decreed by fate, and that his work would not be accomplished till he had vanquished Russia as he had vanquished Prussia and Austria, Napoleon now assembled for the campaign of 1812 the greatest army which the world had yet seen, an army of “twenty nations” made up of contingents from all the peoples allied to or dependent on France, a sort of Western crusade against Asiatic Russia. By natural inclination, as much as by policy, Napoleon raised again for this crusade the battle cry of the Revolution, the liberation of nationalities, of which the reconstitution of Poland was to be the token. He forgot that the Spaniards were already fighting for their independence, and that the nationalism, awakened by principles of the Revolution, was stirring the people of Germany. Alexander, who could play many parts, also spoke the language of liberalism, invoked justice, enlisted on his side the countries defeated and subjugated by France or in rebellion against her, and prepared for peace with Prussia and Austria by complicity in the partition of the Polish provinces. Napoleon was thus to stake everything on the inevitable Russian campaign. Victorious, he would be master of the East, of Constantinople, of all Europe, and would at last force the English to capitulate. Defeated, he himself would have given the signal for the debacle. The war which began in 1792, having carried the French to the gates of Moscow was to return by a swift and violent revulsion to the gates of Paris. In June 1812 the grande armée crossed the Niemen. According to their custom, the Russians declined battle. Alexander had said that he would retire if necessary beyond Tobolsk, while Napoleon imagined himself dictating peace from Moscow. The Russians
set fire to the city, and made no peace. Then began a retreat which after the passage of the Beresina became a disaster.
In the
month of December, Ney and Gérard arrived at Königsberg almost alone. The grande armée had melted away. Realising the extent of the catastrophe, and its probable effects in Europe and in France itself, the emperor had secretly left the army, which was kept in-ignorance of his departure. The news of General Malet’s
NAPOLEON
ABDICATION]
conspiracy, which had reached him in Russia, had shown him
how precarious was his position and how much weakened his prestige. The Loss of Germany.—The subsequent history of the Empire is the story of a rapid return to the conditions under which Na-
poleon had assumed the dictatorship in 1799. The Republicans themselves on the 18th Brumaire had entrusted him with the task of saving the Revolution and its conquests. To this end France had allowed him to take the crown, to found a dynasty, to
overrun
three-quarters
of
Europe
and
to raise
countless
armies. All in vain. In a few months he was back at his starting point. The Spanish insurrection of 1809 had encouraged England to persevere, and had revived the resistance of the conquered peoples. The disasters of the Grand Army in 1813 spurred on his enemies still more. “A few more sacrifices,” said the English, “and our end is accomplished.” Not even the long hoped for declaration of war by the United States, due not to French diplomacy but to the doctrine of the freedom of the seas as opposed to the English
“tyranny at sea,” could affect the determination of the British government. Everything pointed to a vast change of fortune in favour of the cause of which England, at one moment, had re-
mained the sole champion. Nationalist propaganda was bearing fruit in Germany. Prussia, while still protesting fidelity to Napoleon, had shifted her allegiance, and secretly reconstituted her army. A Prussian corps in French service, commanded by General York, went over to the Russians. Its defection made a great sensation in Germany and hastened the continued retreat to the Elbe of the remnants of the French army. The Prussian government then unmasked and, obedient to popular opinion, proclaimed a war of liberation and independence. Napoleon chose to consider his Russian defeat as an accident. In Germany it would always be easy for him, he thought, to beat the Prussians and the Russians; having raised and trained a fresh army he did, in fact, beat them at Lutzen and at Bautzen. The campaign of 1813 opened well. He was, however, justly apprehensive of Austria, and instead of following up these fresh successes he agreed to an armistice, so as to be ready for the third adversary. A coalition of Austria, Prussia and Russia had no terrors for him. He wished to settle with it as quickly as possible, thinking that he held enough cards to secure even from England a favourable peace. The victory of Dresden (Aug. 27) seemed to justify this. But, one after the other, his generals, badly served by their contingents from the Germanic Confederation, were beaten in the field, and his plans were delayed. At Leipzig, where he had returned to prevent the junction of his three opponents, Napoleon fought a three days’ battle (Oct. 16-19), during which his Saxon troops went over to the enemy. Having lost this immense battle, and all Germany with it, he had to fall back to the Rhine. In November what had been the grande armée entered Mainz, after fighting its way through the Bavarians who in their turn had betrayed him. Was it possible, on the banks of the Rhine, to secure peace on the basis of “natural frontiers’? The question had been identical under the Revolution. Prussia showed herself at last as the German power most fiercely opposed to France, and England insisted on the renunciation of Antwerp. This was, as it had been during twenty years of war, the question at stake. Disintegration.—Holland had risen against French rule. Belgium was tired of conscription and of taxes, and there also was awaking an old, invincible consciousness of nationality. ‘The British government, well informed on the condition of France, was aware of her exhaustion. Everything, they knew, had been organized for conquest, nothing for defence. The Allies were much superior in numbers. Even within its own boundaries the Napoleonic empire was tottering. Their determination to finish the business once and for all carried even more weight than Prussia’s hatred, and the negotiations which took place before the Allied entry into Paris were for that reason insincere. It had been clear since 1798 that, with England undefeated, France could make
peace only on returning to her former frontiers.
No one knew better than Napoleon himself that he was, as the
IL.
QI
Convention and the directory had been, bound hand and foot by the war and its conquests. He must defend those conquests to the end, or perish with them, as the Revolution had perished. The very nature of his power and the conditions on which he had received it, forbade him that honourable and prudent peace which he has been vainly reproached for failing to achieve. First the allies would have none of it, though their unwillingness was veiled to give the impression in France that only the insensate ambition of the emperor stood in the way; secondly, no government of revolutionary origin could accept the former boundaries. The situation was the same as in 1799. “As things are,” said Napoleon, “no one but a Bourbon can succeed me.” The Bourbons, however, succeeded him for another reason. When the Allies invaded France in 1814, they were not in agreement on the form of government. They had not made war for the re-establishment of the monarchy before or now. The Austrian emperor preferred the regency of his daughter Marie-Louise, which would have given him control of French policy. The emperor of Russia dreamed of a king of his making, such as Bernadotte, one of the luckiest adventurers of the Revolution, who by an unprecedented combination of circumstances had become crown prince of Sweden and had betrayed Napoleon. Prussia, concerned only with her own aggrandisement, cared little who ruled in France provided that she obtained her share of the spoils. Thus Castlereagh, who wished to see France smaller, but free and in subjection neither to Austria nor to Russia, became convinced that a Bourbon monarchy alone would fulfil England’s conditions, since, according to Albert Sorel, “this government of principles and not of expedients would be neither the debtor nor the client of any of the Allies.” Unknown to, or uncomprehended by the French, this was the reason for the restoration, which to them seemed to be arbitrarily imposed by the enemy, though, in accordance with the English theory of the balance of power, it was intended to preserve their national independence. Napoleon’s campaign in France, the most brilliant of them all, was a barren masterpiece. Albert Sorel has compared his victories, Brienne, Champaubert, Montmirail, Montereau, to that of Valmy. The Allies hesitated and wondered whether to negotiate. But just as the Revolution had demanded that the enemy should quit French territory, so Napoleon insisted on the guarantee of “natural frontiers.” He could do no less, but the object of the coalition was to deprive France of them. “We must reassume the uniform and the courage of ’93,” he said in Feb. 1814. He clung instinctively to the Revolution, and welcomed the proffered assistance of Carnot, former comrade of Robespierre, and one of the few revolutionaries who had held aloof from the empire. The allies on their side remembered that when, after Valmy, the invaders had retired behind the Rhine, Revolutionary France had decided to pursue them. This recollection stiffened their determination, and strengthened their alliance. The four powers bound themselves afresh by the pact of Chaumont, and resumed the offensive, determined to dictate terms of peace. Everything was crumbling around Napoleon. With the last levies which France could give him, scarcely more than children, he again tried to hold back the enemy, then to outflank and defeat them. His plans failed for want of men. On March 30 the Allies were masters of Paris, and a German wrote from Montmartre, “Nine and a half centuries ago our emperor Otto planted his eagles on these hills.” Abdication.—On April 11, 1814, at Fontainebleau, Napoleon abdicated. Not only had his Senate, the child of the Corps Législatif of Brumaire, itself the child of the Convention, deserted him and declared for the Bourbons, but his marshals fiercely urged him to renounce his sovereignty and leave the country. They had returned to the position before the z8 Brumaire, from which the Directory had sought to escape. It is again Albert Sorel who notes that the empire ended, as the consulate began, by one of those “days” which had overthrown so many revolutionary governments. On May s, Louis XVIII. entered Paris, while the fallen emperor landed on the island of Elba where his sovereignty was recognized. The former master of Europe now reigned over a few square miles. But he was only forty-five and in the full force
92
NAPOLEON
of his powers. A man of such immense energy and such ardent imagination could not resign himself so easily to defeat. Only 25 years separated the beginning of the revolutionary era from his fall. A quarter of a century, however crowded with events, is a short space of time. What had happened? In the part of its programme which included republican government, and “natural frontiers,” the Revolution had doubly failed: first, when to save
itself it had had recourse after the 18th Brumaire to a dictatorship, to absolute sovereignty, to the empire; and again when after incessant fighting for “natural frontiers,” the empire had ended by laying France itself open to invasion. Conditions which the Revolution would never accept even though the refusal involved a military despotism, were now imposed. France was obliged to return to her former boundaries, and this involved the restoration of the Bourbons. It was the only possible solution, and there were few in 1814 who did not accept it. Talleyrand, who was far from being a legitimist, played a principal part in the restoration, simply because he realized that it was the only solution. Any government, whether republican or imperial, which sprang from the revolution, was doomed to war, and France had already waged war to the limit of her strength. The monarchy alone could assume the heavy responsibility of concluding peace on the terms offered. Hence when the French had forgotten the disasters and the despotism of the empire arose the reproach that the Bourbons had “returned in the baggage waggons of the enemy.”
The return of Louis XVIII. was accompanied by the grant of
the “Charter,” and representative government. He did not restore the institutions of pre-revolutionary France, but on the contrary, retained those of Napoleon, of the year VIII., even confirming the greater number of his prefects in their office. It remained to make peace in Europe. Louis XVIII. and Talleyrand, making use of the jealousies which had arisen among the allies, sought to make the general settlement as favourable as possible to France. The Congress of Vienna was still sitting when, early in March 1815, the news came “like a bombshell” that “Bonaparte” had escaped from Elba. It had all to be done over again. There are few examples in history of such sentimental and passionate episodes as the return from Elba. Though the good sense of the French protested against the adventure, it caught at their hearts. Napoleon brought with him so many memories, and with them the tricolor. The daring of his landing in France recalled the return from Egypt. He had only to appear, and almost all France rushed to support him. Yet moderate men realized that the emperor’s new adventure was all but hopeless, and would end in a catastrophe even worse than that of 1814. Liberals regretted the loss of the “Charter.” France was sick of war, and the abolition of conscription had been the most insistent demand made on the Bourbons. Napoleon maintained that he had been recalled by the people, universally dissatisfied with the restored monarchy. There was, of course, unavoidable friction between the old émigré society and the new. There were in particular soldiers who had held out alone in Germany, Holland and Italy, and had not returned to France till after the convention of April 23. These had not witnessed the invasion, and felt that the fall of the emperor had been undeserved. There was also to be reckoned with, the discontent of the officers who had been placed on half pay. None of this was really serious, however. Only the presence of Napoleon himself, escaped from his island prison, could have brought about the flood of popular feeling by which he re-conquered France in three weeks. He had only to appear and all was forgotten, the disasters of yesterday and those which his return implied, the slaughter which had brought curses on his name, the detested conscription. Officers and men rallied round him. He had not lost his power of appealing to them, and he stirred their hearts by memories of past glory. After the first moments of hesitation the detachments first sent against him declared for him. Grenoble, then Lyons opened its gates. Marshal Ney, who had undertaken to apprehend him and to bring him back if necessary in a cage, wavered, was carried away, and fell into his arms. The Hundred Days.—Having landed in the gulf of Juan with a handful of men on March 1, 1815, he was at the Tuileries on the 2oth, and Louis XVIII. had fled to Ghent.
I.
A hundred
[WATERLOO
days:
the adventure
lasted no longer,
and was
doomed from the outset. Three months’ madness. To understand why Napoleon, who, ten months before, had been deserted and denied by all, became the master of France in three weeks in a rush of passionate enthusiasm, we must take into account the change in himself, and the new rôle which he played in opposition to the Bourbons. He was not only a military genius. He was a supremely able politician, and his talents had been perfected during the revolution. He now awoke its memory, talking to the soldiers of glory and to the people of peace and liberty. The ‘former despotic emperor returned a demagogue. Two things menaced him. There was first the fear that the allies would again take up arms, but that he assured the people would be prevented by his father-in-law, the emperor of Austria. Then there was his own despotism. But he told the peasants that they were threatened
with the revival of tithes, seigniorial privileges and rights. “I come,” he said, “to free you from bondage and serfdom.” He who
had restored the rights of the Church, and founded a new nobility now incited the mob against the nobles and the priests. To the Liberals he promised representative government, the freedom of the press, everything which Louis XVIII. had already granted, but
with a new revolutionary tinge. The idea of a liberal Napoleon conformable with the principles of the Revolution, remained in men’s minds. From it dates that alliance of the Bonapartists with the Liberals which disturbed the restoration and the reign of Louis Philippe, and paved the way to the era of Napoleon III. Abroad the consequences of the return from Elba were no less grave. The allies at Vienna learned the news on March 13. They immediately declared the emperor an outlaw. The pact of Chaumont was renewed. Resumption of the war was certain, and new disasters probable for France. Talleyrand, the French representa-
tive at the Congress, was in a cruel position. Foreseeing the event, he associated himself with the allies in order at least to keep the conditions of the Treaty of Paris, and to prevent the next treaty from being made even more severe. It was easy afterwards to pillory this prudent decision, and to assert that the Bourbons had joined with the enemies of the French people. When those who had compromised themselves in the Hundred Days sought for an excuse, they used this treacherous argument. DOWNFALL AND CAPTIVITY Waterloo.—Napoleon had never held the illusion that the allies would permit him to reign, nor that he could reign, over a France reduced to its former boundaries.
He was still subject
to the law which had in the past driven him incessantly to battle. Outlawed by Europe, he prepared to fight. He could still command his followers, but the enthusiasm of the early days had evaporated and there were sinister forebodings. There were many abstentions from the plebiscite held, as before, to approve the supplementary Act to the constitution. The assembly of the Champ de Mazi resuscitated as the festival of Federation, was gloomy. The spirit of the people was exhausted, their minds disturbed, and Napoleon’s supporters uneasy. To prevent a new invasion, the Emperor left for Belgium on June 12 with the intention of separating Wellington and Bliicher, who had a hundred thousand men more than he, and defeating them successively. In spite of a success at Ligny, he failed to prevent the junction of the English and the Prussians. This was partly due to what is usually called ill-fortune, but is really the resultant of many forces. Grouchy, a second-rate general to whom Napoleon had given a command in reward for political services, blundered, and remained inactive during the great battle which took place on June 18 at Waterloo—the name of a disaster unparalleled since Trafalgar. © On his return to Paris on June 20 no other course but a second abdication was open to Napoleon. All was over. The Napoleonic drama culminated in disaster. It would appear that in order to strike the imagination of mankind a hero’s life should end with a great misfortune. If he had died a natural death in his palace, or fallen on the field of battle, Napoleon would never have become to posterity the figure
we know. Lives like his must end in martyrdom, which crowns them with the pity caused by human suffering and the respect due
NAPOLEON
SAINT HELENA]
to misfortune. Saint Helena idealised the emperor’s memory, and his gaolers unwittingly prepared for him a sort of poetic immortality. Though his imprisonment in a distant island was a punishment relatively slight as cornpared with the torture of Joan of Arc, and though the man who placed the imperial crown upon his own head had little in common with the young girl who led her king to his crowning at Reims, there is some similarity in the moral effect and the historical renown of their death. The
last phase of Napoleon’s
life may be regarded as his trans-
figuration. After Waterloo, the energy which his presence had re-awakened relaxed. On his return to Paris he felt himself abandoned. The Chamber declared itself against him, and appointed an executive commission to govern with the ministers. He must either forcibly dissolve it, or abdicate. He decided to abdicate in favour of his son, the king of Rome, and made known his intention of going to the United States. The executive commission replied that two frigates, then in waiting at Rochefort, were at his disposal, and requested him to hasten his departure. He remained a week longer at Malmaison, then, as a last despairing throw of the dice, offered his sword against the invaders as a simple general. He then undertook to leave for America. His offer was refused. He left Malmaison on June 29 and arrived at Rochefort on July 3. The two frigates were there, but the “Bellerophon” and other English ships were cruising before the harbour and blocked the outlet. One hope was left, to slip past and get out to sea. Napoleon would not run the risk of arrest as a fugitive. Thanking all those who offered to help him to escape, he decided on a plan he had had in mind several days, which seemed to him to be the most worthy of him as having an element of greatness, namely to demand asylum from the British government. Maitland, the commander of the “Bellerophon,” had let him know that the request would be well received. Thus Napoleon wrote his famous letter to the prince regent :— “Your Royal Highness, Exposed to the factions which distract my country and to the enmity of the greatest powers of Europe, I have ended my political career, and I come, like Themistocles, to appeal to the hospitality of the British people. I put myself under the protection of their laws, and beg your royal highness, as the most powerful, the most determined and the most generous of my enemies, to grant me
this protection.”
The allies at this moment were in agreement on only one point of their treatment of Napoleon. There must be no new return from Elba, and it would be perhaps even easier to return from America. The victors, to tell the truth, did not know what to do with him, and every solution presented difficulties. Their secret hope was that he would commit suicide, or perish on his way, the victim of a “White Terror.” Or they would have liked Louis XVIII. on his return to Paris to have him summarily tried, condemned and executed. “We wish,’ wrote Lord Liverpool to Castlereagh, “that the king of France would have Bonaparte shot or hanged. It would be the best end to the business.” But no one wished to take the responsibility, and Louis XVIII. less than anyone else. And Alexander I. and Wellington were working to save Napoleon’s life. So the fate of the man regarded as an outlaw, “outside human society,” kostis generis humani, had still to be decided. By his surrender to England the “Corsican ogre” laid on her the task of custody which Lord Liverpool would willingly have left to others. Louis XVIII., who had returned to Paris on July 9, was anxious
for the matter to be settled as quickly as possible, without taking the odium on himself. He ordered the prefect of Rochefort to keep the ex-emperor on the frigate La Saale, and to give him up to Commander Maitland, on the latter’s requisition. Napoleon thought it more dignified to surrender without waiting for summons or arrest. On July 15 wearing the green coat of the chasseurs de la garde, and the small hat, his favourite uniform, and that in which he is always popularly represented he went on
board the “Bellerophon.” One wonders if he deceived himself as to his fate and believed that the British government would allow him to go to America, or to remain at liberty in England, which had always welcomed exiles and was looked on as a political asylum.
He may have
I.
93
remembered Paoli and Theodore, king of Corsica for a brief period, who had come to London, to die. Strangely enough there has been found among his papers a short literary exercise, an imaginary letter from Theodore asking Walpole for protection. In his school exercise books is also the phrase “Saint Helena, a little island.”
The Voyage.—If{ Napoleon had hoped to remain at liberty he
was undeceived when the “Bellerophon” arrived at Plymouth. Admiral Keith delivered to him, in the name of the British government a letter which informed ‘General Bonaparte” that in order to deprive him of further opportunities of disturbing the peace of Europe, it was necessary to restrain his personal liberty, and that to this end Saint Helena had been chosen as his future residence. He might take with him three companions, from among those who had accompanied him to England, and a surgeon. The emperor, on receipt of the letter, protested that he was the guest and not the prisoner of the British government, and that the rights of hospitality were being violated in his person. He then resigned himself, and set an example of stoicism to his followers. He did no more than put into writing the verbal protest which he had made to Admiral Keith. Napoleon took with him into his captivity General Bertrand, a former grand marshal of the palace, Count Montholon, aide de camp, and General Gourgaud, and a civilian, the count de Las Cases. Countess Bertrand and Countess Montholon were of the party, as well as Las Cases the younger, and several servants. On Aug. 7 they embarked on the “Northumberland,” commanded by Admiral Cockburn, and almost immediately set sail. The voyage lasted more than two months. Napoleon preserved his impassibility, even though the officers and crew had been ordered to refrain from paying him marks of respect, and he was addressed merely as “General.” On arriving at Saint Helena Cockburn
even said to General Bertrand, “I know of no emperor living in this island, nor of any person with a right to that position, having, as you say, travelled with me on the Northumberland.” Reading was Napoleon’s chief distraction, during this long and monotonous voyage which was bearing him for ever from France and from his family. He had read to him from the Encyclopedia Britannica everything concerning Saint Helena and the countries near which the ship was passing. After a turn on deck he would lean against a gun, which the midshipmen soon called “the emperor’s gun,” and talk at length of his past life, telling stories of his career. Las Cases, who kept a journal was thus led to begin his Memorial of Saint Helena. Soon Napoleon himself decided to dictate his recollections, beginning with his Italian campaign. Saint Helena.—On Sunday, Oct. 15 the “Northumberland” dropped anchor before Saint Helena. Napoleon looked through his glasses at the island which was to be his tomb, without, says Las Cases, showing the slightest emotion, and then worked as usual. They landed the next day. The dwelling intended for the prisoner was called Longwood, and, as it was in bad repair and not ready for his reception he stayed temporarily at the small house “The Briars,” of which Las Cases says: “The Emperor Napoleon, who was once so powerful, and master of so many crowns, found himself reduced to a little hovel a few square feet in dimensions, with neither curtains, shutters, nor furniture. He had to sleep, dress, eat, work, live there, and if there was cleaning to be done he had to go out of doors.” Napoleon protested more than once against this “infamous treatment,” against the fact that he was treated as a prisoner of war, though he had himself taken refuge under the English flag, and against the prohibition of news of his wife and son. In December, Longwood was ready at last, and the little company moved there, together with Doctor O’Meara of the Northumberland who had asked to share Napo-
leon’s exile, since no other doctor was available. He also has written an interesting account of the captivity. Longwood, which had been a farm, was larger and a little more comfortable than “The Briars.” Napoleon remained there till his death, spending his time in talking over his past career, dictating his reminiscences, reading, doing a little gardening, riding in the narrow limits permitted him, and even in learning English, which
I4
NAPOLEON
he read fairly fluently, but would never speak. His chief troubles were the prohibition of correspondence with his family, and the badness of the food. His imprisonment became still more rigorous when, in April 1816, Admiral Cockburn was replaced by Hudson Lowe. The new Governor, obsessed with the fear of losing his prisoner, and, seeing nothing but espionage and plans of escape, made himself detested. Under his petty persecution Napoleon remembered with regret the régime of Admiral Cockburn. First Las Cases, accused of having organised a correspondence with the outer world, was deported to the Cape; O’Meara, the next to go, was replaced by the Corsican doctor, Antommarchi. In 1818 Gourgaud, who could not agree with his companions, left Saint Helena. Only Bertrand and Montholon stayed till the end.
Napoleon’s health was suffering. It is possible that the climate, the food and mental anguish assisted the tendency towards cancer which he inherited from his father. His strength rapidly declined. In March 1821, he took to his bed. In April he dictated his will. “It is my wish” he said “that my ashes shall be laid to rest on the banks of the Seine among the French people whom I have loved so well.” He added “I am dying before my time, murdered by the English oligarchy and its hired assassin” (Hudson Lowe). He died on the morning of May 5 in his send year. His body was dressed in his favourite uniform, that of the chasseurs de la garde, and covered with the cloak he had worn at Marengo. He was buried in a lonely spot near a spring shaded by two weeping willows. He had often walked there. “Here lies” was on the stone. No name. The Napoleonic Legend.—He had said one day, “What a romance my life has been.” Napoleon knew mankind too well, he was in fact too great an artist not to realise that his captivity and
his martyrdom gave him a magnificent opportunity of impressing himself upon posterity. On that lonely rock he was seized by an idea as great as were his plans of campaign or the Code civil. He would prepare, if not for himself, at least for someone of his race, something better than a return from Elba. He foresaw the nineteenth century, and would catch its imagination.
Two thou-
sand leagues away from France he divined the medley of sentiment and emotion forming there:—- Austerlitz and Waterloo, the triumph and humiliation of the tricolor, the Revolution of 1789 ending in the return of the Bourbons, all the longings for liberty and for glory which would torture the people of France. Buried desires would rise again, resuscitated by regret and the magic of remembrance. Napoleon had always known how to appeal to the French people. He had not lost the art. So the Memorial of Saint Helena was to become the Gospel of Saint Helena. During the hundred days he had already allied himself with the Liberals and the Republicans. The great Carnot had wept on his shoulder after the second abdication. He spent his years of exile in reviving the Napoleonic legend, in confounding it with liberalism, in “changing the eagle’s plumage.” He dreamed sometimes that he was working for himself, and that the people aroused by his promises would drive out their Kings and come to deliver him. “We are martyrs to an immortal cause,” he said. “We struggle against oppression and the voice of the nations is for us.” In the conversations which were published to the world by his companions in captivity, he made himself the apostle of a new political doctrine, which, inspired by the principles of 1789, had the character and the fascination of a religion. It was a vast idealistic programme, a declaration of the rights and duties of the French people, a reshaping of Europe on the principles of liberty, equality, fraternity and justice. He identified his cause with that of universal freedom. The peoples must be set free, and a holy alliance of nations substituted for a holy alliance of Kings. “There are” he said “strivings for nationhood which must be satisfied sooner or later.” No people should be left under the domination of another, and different sections of the same race, which wish to unite, ought not in the future to be separated. “Though they are scattered there are in Europe more than thirty million Frenchmen, fifteen million Spaniards, fifteen million Italians and thirty million Germans. I should like to have made each of these peoples a single united nation.” He re-told his own
I.
[PERSONALITY
story, giving it a humanitarian and idealistic bias. He represented his dictatorship as that of a liberal, or “crowned Washington,” a despot in spite of himself and for the world’s good, waging war to found the United States of Europe. He called himself the
Messiah of the Revolution whose name would be for the peoples
“the emblem of their hopes.” This lofty incarnation triumphed. Popular imagination represented Napoleon at Saint Helena as on a sort of Mount Sinai. Béranger’s songs, Victor Hugo’s poems added to the glamour. In 1840 the government of Louis-Philippe obeyed the national will by sending the prince de Joinville to bring back the remains of the emperor. The “return of the ashes” was a historic day. Since then, Napoleon rests in the Invalides. Another poet, Lamartine, warned Louis-Philippe that this return foreshadowed another, And, indeed, thanks to the legend woven by his uncle, after the
revolution of 1848, Louis Napoleon was elected president of the republic, and then restored the empire, accomplishing in foreign policy, by his support of Italian unity, the programme of nationalities, though the integration of Italy was not yet completed. Thus the Napoleon of Saint Helena survived.
THE NAPOLEONIC RECORD The Soldier.—We must now briefly consider this man, whose personality was in every respect far above the mean, as a commander and as a legislator—as soldier and sovereign. His master concepts may be gathered from his various sayings. “The art of war” he said “is simple and wholly executive. There is nothing ideological about it.” And again “The whole art of war consists of a careful and well-thought out defensive, together with a swift and bold offensive.” Simplicity and rapidity are the dominating features both of his campaigns and his battles. “The art of war” he said at the beginning of his career “‘consists, with inferior forces, in always having larger forces than the enemy at the point of attack or defence.” To do this rapidity of movement is required. “Energy, rapidity” was his constant admonition to subordinates. One must concentrate one’s own forces, keep them together, lead the enemy to give battle in the most unfavourable conditions; then, when his last reserves are engaged, destroy him by a decisive attack and end the war as quickly as possible. As Napoleon himself said, all these precepts could be compressed in a very small book. He had, in fact, a method, not a system. “One of the characteristic features of Napoleonic strategy,” says Marshal Franchet d’Esperey, “is that, the goal once chosen and boldly chosen, the method does not vary, though, being supple, it adapts itself to circumstances.” One might just as well say “the measure of the method is the commander’s measure.” Napoleon’s power of rapidly summing upasituation and making his decision, explains his victories. As Clausewitz has well said: “On the field of battle everything depends on a decision made in a few minutes.” Napoleon summed up everything, including himself, in the words: “No precise rules can be laid down. Everything depends on the character of the general, his abilities, his weakness, the quality of his troops, the range of their weapons, the weather and a thousand other circumstances which never repeat themselves.” Hence before the battle his meticulous study of the position, of alternative suppositions, a keen examination of the psychology of his opponent, and the rigorous use of information, material and moral. The weak point was that everything depended on Napoleon. He saw everything, did everything, took account of the most insignificant details, himself directly gave all the orders. His lieutenants, having the habit of obedience, were merely executants who took no initiative. Berthier, although he held the position of chief of staff, said that he counted for nothing with the army. Therefore, an indisposition of the emperor was suffcient to disorganize the machine. Then, from 1812 onwards, the number of troops involved became too large, and the commander’s vision no longer sufficiently sure. It was a war of armies, not of army corps. The Napoleonic system began to give less favourable results. An exaggerated belief in his “star” and his genius, and his heavy demands on an exhausted France, explain the final catastrophe. He had long profited from the concentration of power in his own person. He
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BONAPARTE 4. “Napoleon 1,” statue by Philippe-Laurent Roland.
1. Death Mask of Napoleon, now in the Invalides, Paris nortralk.o inlatura right; miniature M by G.F por rait of engraving by G. Fiesinger, after a miniature Paris, in 1799
3;
In the Paris Institut
Bona5. House in the Place Letizia, Ajaccio, Corsica, in which Napoleon parte was born. From the drawing by Eric Pape ;
6. “Napoleon Crossing the Alps,” by J. L. David. At Versailles 7. “Longwood,”
Napoleon’s residence at St. Helena.
Drawing
Pena, from a photograph belonging to L. C. Billings
by Harry
NAPOLEON
BIBLIOGRAPHY]
himself rejoiced in being almost the only great captain to hold absolute authority over a rich and populous country, and command its resources both of men and money. Yet in spite of his enormous intellectual energy he gave way in the end under the
burden.
He insisted on regulating the minutest details of his
carious.
Founded
government. Thus the decree which still governs the Theâtre Frangais was signed at Moscow. Moreover his empire was preon victory and success, it could not survive
defeat. Remembering after Waterloo Louis XIV. unshaken by misfortune, he said, “If I had been my own grandson, I could have retreated as far as the Pyrenees.” The Sovereign.—Yet he did more than win and lose battles. He gave to France laws which for the most part still endure. We have seen that when he became first consul, France had fallen practically into anarchy. The ancient laws, excessively complicated, because they differed from province to province and were customary and traditional, had been wiped out by the revolution. The new laws, so far as they existed at all, were too revolutionary in character and unadapted to normal society. The code civil
united what in Roman law and in tradition was best suited to France under the conditions engendered by the Revolution. It may be said to be a systemization of good sense, at the same time logical and historical. Napoleon had no legal training, and his share in the work should not be exaggerated, but he intervened continually with the dominating idea that, though the work of the revolution must not be undone, order must be restored in France. Here again he profited by his lack of prejudice and his trained intelligence. He carried out the transition from old to new France. Probably he alone could have re-established the conditions necessary to settled government without being accused of relinquishing the “civil victories of the revolution.” He was able to reimpose indirect taxation and in particular food taxes, the most unpopular of all, the abolition of which had made it impossible to place the finances of the Republic on a sound basis. The council of state, the public accounts office, the courts of justice, the universities, the rights of the Banque de France, all these were established, counterbalancing the work of the revolutionary demagogues, and they serve to this day as restraining influences on the occasional over-violence of democracy. On the other side of the picture we see excessive centralization which stifled provincial life and local characteristics, cast the whole country in the same mould, and made the State supreme over the entire people—a system singularly favourable to “‘étatisme.” Thus as a legislator, and as a legendary figure, Napoleon appeared as the restorer of order and authority and the embodiment of progress. BrBLioGraPHY.—(I.) Genera. (A) Sources. The chief source is the Correspondance published by order of Napoleon III. (28 volumes, Paris
1857-59), followed by the Oeuvres de Napoléon à Sainte Hélène (1870, 4 vols.). This is incomplete. There should also be consulted: Lecestre, Lettres inédites de Napoléon Ie’ (1897, 2 vol.); de Brotonne, Idem (1898)
and Dernières lettres inédites (1903); A. Chuquet,
Ordres et
apostilles (1911-12, 4 vol.); Picard et Tuetey, Correspondance inédite (1912-13, 4 vols.). The most complete itinerary has been given by
Schnermans: Itinéraire général de Napoléon [er (1908). For legal documents, see Bulletin des lois, 3rd and 4th series; Duvergier, Collection (vols. 12 to 18); Dalloz, Répertoire (1st ed. 1865-—70-—48 vols.). (B) History. Histories of the Napoleonic period are innumerable. The oldest, such as that of Sir Walter Scott, have little more than antiquarian interest. This is not the case with: Thiers, Histoire du Consulat et de Empire (1845-1862), 20 volumes with tables and maps. Numerous editions in all languages); Lanfrey, Histoire de Napoléon Jer (1867— 75, 5 volumes); Oncken, Das Zeitalter der Revolution des Kaiserreiches und der Befreiungskriege (1880, 2 vol.) ; Taine, Les origines de la France contemporaine, 3rd part, le Régime moderne (1891-94— unfinished) ; A. Fournier: Napoleon I. Eine Biographie (Wien und Leipzig, 1886-18903, 3 vols.); Lavisse et Rambaud: Histoire générale (Vol. IX. 1893) ; Masson, Napoléon et sa famille (10 vol. 1897-1913) ; J. Holland Rose, The Life of Napoleon I. (1905 2 vols.) ; The Cambridge Modern History (vol. IX., Napoleon, 1906) ; W. M. Sloane, Life
of Napoleon Bonaparte (1910, bibliog.) ; Lavisse: Histoire de la France
contemporaine (Vols. II. and III. by G. Pariset, 1923); E. Ludwig: Napoleon (1924); Madelin, Histoire politique r515 to 1804 volume 4 of the Histoire de la nation francaise, by G. Hanotaux.
(II.) Yours anb TRANG.
(A) Sources. Napoleon’s early works
have been published by Masson and Biagi under the title Napoléon inconnu (1895, 2 vols.) but the editors have been charged with cor-
I.
95
recting the text improperly. (B) Histery. Gadobert, La jeunesse de Napoléon Ier (1897); A. Chuquet, La jeunesse de Napoléon Jer (3 vol. 1897—99) ; P. Cottin, Toulon et les Anglais en r793 (1898); C. J. Fox, Napoleon Bonaparie and the Siege of Toulon (Washington, 1902); J. Colin, L'éducation militaire de Napoléon Ier (1902); O. Browning, Napoleon, the First Phase (1905); H. F. Hall, Napoleon’s Notes on English History (1905); H. Zivy, Le 13 vendémiaire (1898). (III.) From THE ITALIAN CAMPAIGN TO THE 18TH BRuMaTRE. (A) Sources. Here must be cited the memoirs of all the great figures of that time. There are in particular, those of the directors: the memoirs of Barras (ed. Duruy 1895-96 4 vols.); of Barthélemy, ed. Y. de Dampierre (1914); of Carnot, ed. his grandson; of Gohier (1824, 2 vols.) ; of La Revelliére (1895, 3 vols.). See also the Mémoires of Masséna, ed. Koch (1849-50, 7 volumes). For the expedition to Egypt: Les Mémoires de Bourrienne (Vols. II. and III. 1829); the Lettres de Geoffroy Saint Hilaire, ed. Hamy (1901); Volume ITI. of Nelson’s Despatches and Letters. Under the title: Paris pendant la réaction thermidorienne et le Directoire Aulard has published many police reports and extracts from newspapers (s vols. 1898-1902). (B) History. A. Sorel, L'Europe et la Révolution francaise (Vol. V. Bonaparte et le Directoire, 1903); Guyot, Le Directoire et la paix de Europe (1911) ; Clausewitz, Der Feldzug von 1796 in Italien (1883) ; Colin: Etude sur la campagne de 1796-1797 (1818); Fabry, Campagne d’Italie (1900-01 3 vols.), followed by Mémoires (1905) and Rapports (1905), the whole edited by the historical section of the French General Staff; Gaffarel: Bonaparte et les républiques italiennes, 1796-97 (1895); C. Tivaroni, Storia critica del Risorgimento italiano (first three vols., Turin 1888-97) ; Bianchi, Storza della monarchia piemontese (Turin 1885 4 vols. Vol. II.). The most recent and much the most satisfactory work on Egypt is La Jonquiére, L’expédition d'Egypte (1900-07, 5 vols., ed. historical section of the General Staff). For the coup d’état, see Vandal, L’avénement de Bonaparte (Vol. I. 1903 with a critical indication as to its sources) ; J. Bainville, A S (1926) ; Rocquain, L'Etat de la France au 18 Brumaire 1874).
(IV.) THE PRIVATE Lire or NaroLeon. (A) Sources. The principal memoirs are those of the Duchesse d’ Abrantés (1831-37, 18 vols.) ; of Mme. de Remusat (1879~80, 3 vols.) ; the Considérations and Dix années d’exil of Mme. de Stael; the memoirs of various members of the staff of the palace, such as Beausset (1827-28, 4 vols.), Constant (1830-31, 6 vols.), Baron Fain (1908), General Durand (1819, 2 vols.) and Meneval (1894, 3 vols.) etc. The work entitled Mémoires et Correspondance de limpératrice Joséphine (1820) is apocryphal. See also Empress Marie-Louise, Correspondance 1799~1847° (Vienna, 1887); Jérôme, Mémoires et Correspondance, ed. du Casse (1861—66. 7 vols.) ; Joseph, Mémoires et Correspondance, ed. du Casse (1853—54, 10 vols.) ; Queen Hortense, Mémoires (3 vols. 1927). (B) History. Frédéric Masson, Napoléon et les femmes (1893); Napoléon chez lui (1894); Bouchot, La toilette à la cour de Napoléon (1895); A. Lévy, Napoléon intime (1893); de Lescure, Napoléon et sa famille (1867); Larrey, Madame Mère (1892, 2 vols.); Masson: Joséphine de Beauharnais, Madame Bonaparte, Joséphine impératrice, Joséphine répuđdiée (1899roro. 4 vols.); Rocquain, Napoléon Ier et le Roi Louis (1878); Welschinger, Le divorce de Napoléon (1899), Le Mariage de Napoléon (Revue révolutionnaire, 1888. IT.); Masson, Marie-Louise (1903); Masson, Napoléon et. son fils (1904). See also Bonaparte (Family). (V.) Forzicn Poricy AND Wars. (A) Sources. Martens, Recueil général des traités d'alliance et de paix, with appendices and tables (Göttingen, 1817—76); Talleyrand, Lettres inédites à Napoléon, ed. Pallain (1889), and Mémoires, ed. de Broglie (1891—92, 53 vols.) ; Metternich, Mémoires (8 vols:, Vols. 1 and 2); Hardenberg, Denkwiirdigkeiten (ed. Ranke, Leipzig, 1877, 5 vols.) ; Nesselrode, Lettres et papiers (Vols. III. to V. 1905-07) ; Castlereagh, Memoirs and Corvespondence (1848—53, 12 vols.) ; Tratchevski, Documents diplomatiques concernant les relations de la France et de la Russie (St. Petersburg, 1890-91, 2 vols. in Russian and in French); Bailleul, Preussen und Frankreich Dipl. Corr. (Leipzig, 1881-87, 2 vols.). For the details of military events and the actual life of the armies we must have recourse to the memoirs of generals and soldiers, such as:—Bernadotte: Correspondance (1819) ; Davout, Correspondance (1887, 4 vols.) Gille, Mémoires d’un conscrit (1892); Lavallette: Mémozres (1831. 2 vols.); Coignet, Cahiers (1883); Marbot, Mémoires (1891—3 vols.) ; Marmont, Mémmoires (1856-57, 9 vols.); Murat, Correspondance, Lettres et documents (1899 and 1908-14) ; Soult, Mémoires (1854, 3 vols.) etc. These memoirs are of unequal value, and should be accepted with considerable reserve. (B) History. Bourgeois, Manuel historique de politique étrangère, vol. II. (1898) ; Sorel, L’ Europe et la Révolution française vols. VI. VII. et VIII. with tables (1903-04); Tramond, Manuel @histotre maritime de la France (1916) ; A. T. Mahan, Influences of Sea Power on the French Revolution and Empire (1892 2 vols.); Driault, Napoléon et PEurope (1910); Pingaud, Bonaparte, président de la république italienne, La domination française dans Vitalie du Nord (r914, 2 vols.); H. A. L. Fisher, Napoleonic Statesmanship: Germany (1903) ; Froidevaux, “La politique coloniale de Napoléon” (Revue des auestions historiques, 1901); A. Lévy, Napoléon et la paix (1903); Driault, La politique orientale de Napoléon (1904) ; Marshal Franchet d’Esperey and General Mangin, Histoire militaire et navale (Vol. VIII. of the Histoire de la nation francaise of Hanotaux).
96
NAPOLEON
II.—NAPOLEON
For the details of military and diplomatic events:—Roberts: “The negotiations preceding the peace of Amiens” (Transactions of the Royal Hist. Soc. 1901 Vol. XX.) ; H. M. Bowman, Preliminary Stages of the Peace of Amiens (Toronto 1900) ; Philipson, “La Paix d'Amiens” (Revue historique 1901) ; O. Browning, England and Napoleon in 1803 (1887); J. H. Rose, “Napoleon and English Commerce” (Engl. Hist. Rev. 1893) ; Select Despatches . . . relating to the Formation of the Third Coalition (1904) ; Coquelle, Napoléon et PAngleterre (1904); O. Brandt, England und die napoleonische Weltpolitik 1800-3 (Heidelberg 1916); Yorck von Wartenburg, Napoleon als Feldherr (1885-86 2 vols.) ; Camon: La guerre napoléonzenne : Précis des campagnes (1903), les Systèmes d’opérations (1907), les Batailles (1910), la Fortification (1914); and, always interesting Jomini: Vie politique et militaire de Napoléon Ier (1827 4 vols. and maps). Mathieu Dumas, Précis des évènements militaires (1817-26 19 vols.) ; Roche, Die Kontinentalsperre (Naumbourg 1894) ; Oman, History of the Peninsula War (1902-11 4 vols.); Greillon, Les guerres d'Espagne (1902); Fabry, Campagne de Russie (1900-03, 5 vols.) ; Chuquet: La guerre de Russie (1912 3 vols.); Clement, Campagne de 1813 (1904); Houssaye, 1814 (x vol. 1888), r815 (3 vols. 1895-1905) ; Fournier, Der Kongress von Chatillon (Leipzig, 1900); P. Gruyer, Napoléon roi de Vile d'Elbe (1906).
(A) Sources. Contemporary memoirs eT} INTERNAL Porres. already cited; Aulard, Paris sous le Consulat (4 vols.), Paris sous le premier Empire (Vols. I. and II.) (unfinished), a collection of police reports and newspaper articles; Gaudin, duke of Gaeta: Mémoires, Souvenirs, Opinions et Ecrits (new edition in 3 vols., 1926) ; Portalis, Discours et travaux sur le Code Civil (1844) ; Pasquier, Histoire de mon temps (1893-95 6 vols.); Bouwlay de la Meurthe: Documents sur la négociation du Concordat et sur les autres rapports de la France avec le Saint-Siège (1891-1905 6 vols.) ; Villemain, Rapport au roi sur Pinstruction secondaire (1843 in.4°) ; Cousin, Défense de l'Université (Discours, 1844); Pelet de la Lozére, Opinions de Napoléon sur divers sujets de politique et d’administration (1833). (B) History: Vandal, L’avénement de Bonaparte (2 vols. 1905) ; Esmein, Précis élémentaires du droit francais (1908) ; Aucoc: Le Conseil d’Etat (1876) ; L. Madelin, Fouché (1901 2 vols.); E. Mousset, Histoire de Padministration provinciale, départementale et communale (1885); Régnier, Les Préfets du Consulat et de Empire (1907); Passy, Frochot, préfet de la Seine (1867); Dejean, Beugnot (1907); Pingaud, Jean de Bry, préfet de Besançon (1909); Levy Schneider, Jean Bon Saint André, préfet de Mayence (Vol. II. 1901); Stourm, Les finances du Consulat (1902); Marion, Histoire financière Vol. IV. (1797, 1925), a first class piece of work; A. Madelin, Le premier Consul législateur (1865), Livre du Centenaire de la Cour des Comptes; Schmidt, L'organisation de PUniversité Impériale (Ecole des Hautes Etudes Sociales, 1912, La lutte scolaire). (C) On the Concordat and Religious Questions: Abbé Mounet, Histoire générale de l'Eglise, Vol. VII. (1916) ; Debidour, Histoire des rapports de l'Eglise et de État 1898; Rinieri, La diplomazia pontificale nel secolo XIX, Vol. I. (Rome 1902 Fr. tr. Verdier 1903) ;
III.
the Bourbons of having arranged the return from Elba, had to go into exile. The ex-king Louis, who now lived at Florence, had
compelled her by a scandalous law-suit to give up to him the elder
of her two children. With her remaining child she wandered, under the name of duchesse de Saint-Leu, from Geneva to Aix, Carlsruhe and Augsburg. In 1817 she bought the castle of Arenenberg, in the canton of Thurgau, on a wooded hill looking over the Lake of Constance. Hortense supervised her son’s education in person,
The young prince also studied at the gymnasium at Augsburg, and there he acquired his slight German accent.
In 1823 he accompanied his mother to Italy, visiting his father at Florence, and his grandmother Letitia with Le Bas on the banks of the Rubicon. berg to complete his military education and Colonel Dufour, who instructed him
at Rome, and dreaming He returned to Arenenunder Colonel Armandi in artillery and military
engineering. At the age of twenty he was a “Liberal,” an enemy
of the Bourbons and of the treaties of 1815; but he was dominated by the cult of the emperor, and for him the liberal ideal was confused with the Napoleonic. Revolution of 1830.—The July revolution of 1830, of which he heard in Italy, roused all his young hopes. He could not return to France, for the law of 1816 banishing all his family had not
been abrogated.
But the liberal revolution knew no frontiers.
Italy shared in the agitation. He had already met some of the conspirators at Arenenberg, and it is practically established that
he now joined the associations of the Carbonari.
Following the
advice of his friend the Count Arese and of Menotti, he and his
brother were among the revolutionaries who in February 1831 attempted a rising in Romagna and the expulsion of the pope from Rome. They distinguished themselves at Civita Castellana, a little town which they took; but the Austrians arrived in force, and during the retreat Napoleon Louis, the elder son, took cold, fol-
lowed by measles, of which he died. Hortense hurried to the spot and took steps which enabled her to save her second son from the Austrian prisons. He escaped into France, where his mother,
on the plea of his illness, obtained permission from Louis Philippe
for him to stay in Paris. But he intrigued with the republicans, and Casimir-Périer insisted on the departure of both mother and son. In May 1831 they went to London, and afterwards returned to Arenenberg. For a time he thought of responding to the appeal of some of d'Haussonville: PEglise romaine et le premier Empire (1868-69, 5 the Polish revolutionaries, but Warsaw succumbed (September vols.). (D) On the opposition and the various plots: E. Daudet, 1831) before he could set out. Moreover the plans of this young Histoire de émigration (3 vols. 1886-90 and 1904-05) and La Police et les Chouans sous le premier Empire (1898); Chassin, Les pacifications and visionary exfant du siécle were becoming more definite. The de l'Ouest (Vol. III. 1899); G. de Cadoudal, Georges Cadoudal et la duke of Reichstadt died in 1832. His uncle, Joseph, and his Chouannerie (1887); E. Guillon, Les complots militaires sous le Confather, Louis, showing no desire to claim the inheritance promsulat et PEmpire (1894) ; H. Welschinger, Le duc d Enghien (1888 and ised them by the constitution of the year XUI., Louis Napoleon ee ; Hamel, Histoire des deux conspirations du général Malet henceforth considered himself as the accredited representative 1873). of the family. He endeavoured to define his ideas, and in 1833 (VIL) Sant HELENA. (A) Sources. Captain F. L. Maitland, Narrative of the Surrender of Bonaparte (1826 and 1904); Gourgaud, published his Réveries politiques, suivies dun projet de constituJournal de Sainte Héléne de 1815—1818 (2 vols. 1847); Montholon, tion, and Constdérations politiques et militaires sur la Suisse; Récit de la captivité de Pempereur Napoléon (2 vols. 1847) ; Las Cases, in 1836, as a captain, in the Swiss service, he published a Manuel Mémorial de Sainte Héléne (4 vols. 1823); Barry O’Meara, Napoleon in Exile or A Voice from St. Helena (2 vols. 1823). (B) History. Sir d'artillerie, in order to win popularity with the French army. T. Ussher, Napoleon’s Last Voyages (1895-96); Lady Malcolm, A Diary of St. Helena (1899); W. Forsyth, History of the Captivity of Napoleon at St. Helena (3 vols. 1853); Basil Jackson, Notes and Reminiscences of a Staff Officer (1903); Earl of Rosebery, Napoleon, the Last Phase (1900) ; R. C. Seaton, Napoleon’s Captivity in Relation to Sir Hudson Lowe (1903); J. H. Rose, Napoleonic Studies (1904). (J. Bat.)
NAPOLEON II.: see REICHSTADT, JOSEPH CHARLES, DUKE
Strasbourg Conspiracy.—With the aid of his friend Fialin
and of Eléonore Gordon, a singer, and of certain officers, such as Colonel Vaudrey, an old soldier of the Empire, commanding the 4th regiment of artillery, and Lieutenant Laity, he tried to bring about a revolt of the garrison
of Strasbourg
(Oct. 30,
1836). The conspiracy was a failure, and Louis Philippe, fearing
lest he might make the pretender popular either by the glory of
O F.
an acquittal or the aureole of martyrdom, had him taken to Lorient and put on board a ship bound for America, while his (1808-1873), emperor of the French, was born on April 20, 1808, accomplices were brought before the court of assizes and acquitted in Paris at 8 rue Cerutti (now rue Laffitte), and not at the (February 1837). The prince was set free in New York in April; Tuileries, as the official historians state. He was the third son of by the aid of a false passport he returned to Switzerland in Louis Bonaparte (see Bonaparte), brother of Napoleon I., and August, in time to see his mother before her death on Oct. 3, 1837. | At any other time this attempt would have covered its author king of Holland (1806-10), and of Hortense pE BEAUHARNAIS (g.v.). Of the two other sons of Louis Bonaparte and Hortense, with ridicule. Such, at least, was the opinion of the whole of the the elder, Napoleon Charles (1802-1807), died in infancy; the family of Bonaparte. But his confidence was unshaken, and in ; second, Napoleon Louis (1804-1831), died in the insurrection of the woods of Arenenberg the romantic-minded friends who re- ’ the Romagna, leaving no children. mained faithful to him still honoured him as emperor. And now
NAPOLEON
III. [Cxarres Lours NAPOLEON BONAPARTE]
Exile of Hortense—After Waterloo, Hortense, suspected by | the government of Louis Philippe, by an evil inspiration, began to
NAPOLEON act in such a way as to make him popular.
In 1838 it caused his
partisan Lieutenant Laity to be condemned by the Court of Peers to five years’ imprisonment for a pamphlet which he had written to justify the Strasbourg affair; then it demanded the expulsion of the prince from Switzerland, and when the Swiss government
resisted, threatened war. Having allowed the July monarch to commit himself, Louis-Napoleon at the last moment left Switzerland voluntarily. All this served to encourage the mystical adventurer. In London, where he had taken up his abode, together with Arese, Fialin (says Persigny), Doctor Conneau and Vaudrey,
he was at first well received in society, being on friendly terms with Count d’Orsay and Disraeli, and frequenting the salon of Lady Blessington. He was evolving his programme of government, and in 1839 wrote and published his book: Des Idées napoléoniennes, a curious mixture of Bonapartism, socialism and pacificism, which he represented as the tradition of the First Empire. He also noted the fluctuations of French opinion. Boulogne Conspiracy.—The pretender, again thinking that the moment had come, formed a fresh conspiracy in 1840. With a little band of fifty-six followers he attempted to provoke a rising of the 42nd regiment of the line at Boulogne, hoping afterwards to draw General Magnan to Lille and march upon Paris. The attempt was made on Aug. 6, but failed; he saw several of his supporters fall on the shore of Boulogne, and was arrested together with Montholon, Persigny and Conneau. This time he was brought before the Court of Peers with his accomplices; he entrusted his defence to Berryer and Marie, and took advantage of his trial to appeal to the supremacy of the people, which he alleged, had been disregarded, even after 1830. He was condemned to detention for life in a fortress, his friend Aladenize being deported, and Montholon, Parquin, Lombard and Fialin being each condemned to detention for twenty years. On Dec. 15, the very day that Napoleon’s ashes were deposited at the Invalides, he was taken to the fortress of Ham. On the whole the régime imposed upon him was mild. He corresponded with Louis Blanc, George Sand and Proudhon, and collaborated with the journalists of the Leit, Degorge, Peauger and Souplet. For six years he worked very hard “at his University of Ham,” as he said. He wrote some Fragments historiques, studies on the sugar-question, on the construction of a canal through Nicaragua, and on the recruiting of the army, and finally, in the Progrés du Pas-de-Calais, a series of articles on social questions which were later embodied in his
Extinction du paupérisme (1844). But the same persistent idea underlay all his efforts. On May 25, 1846, he escaped to London, giving as the reason for his decision the dangerous illness of his father. On July 27 his father died.
Return to France.—He was again well received in London and he “made up for his six years of isolation by a furious pursuit of pleasure.” The duke of Brunswick and the banker Ferrère interested themselves in his future, and gave him money, as did
also Miss Howard, whom he later made comtesse de Beauregard, after restoring to her several millions. At the first symptoms of revolutionary disturbance he returned to France; on Feb. 25, he offered his services to the Provisional Government, but, on being requested by it to depart at once, resigned himself to this course. But Persigny, Mocquard and all his friends devoted themselves to an energetic propaganda in the press, by pictures and by songs. After May 15 had already shaken the strength of the young republic, he was elected in June 1848 by four departments, Seine, Yonne, Charente-Inférieure and Corsica. In spite of the opposition of the executive committee, the Assembly ratified his election. But he had learnt to wait. He sent in his resignation from London, merely hazarding this appeal: “If the people impose duties on me, I shall know how to fulfil them.” This time events worked in his favour; the industrial insurrection of June made the middle classes and the mass of the rural population
look for a saviour, while it turned the industrial population towards Bonapartism, out of hatred for the republican bourgeois. Presidency of the Republic.—On Sept. 26 he was re-elected by the same departments; on Oct. 11 the law decreeing the banishment of the Bonapartes was abrogated; on the 26th he made a speech in the Assembly defending his position as a pretender,
III.
97
and cut such a sorry figure that Antony Thouret contemptuously withdrew the amendment by which he had intended to bar him from rising to the presidency. Thus he was able to be a candidate for this formidable power. The former rebel of the Romagna, the Liberal Carbonaro, was henceforth to be the tool of the priests. In his very triumph appeared the ultimate cause of his downfall. On Dec. ro he was elected president of the Republic by 5,434,226 votes against 1,448,107 given to Cavaignac. On Dec. 20, he took the oath “to remain faithful to the democratic Republic. .. to regard as enemies of the nation all those who may attempt by illegal means to change the form of the established government.” From this time onward his history is inseparable from that of France. But, having attained to power, he still endeavoured to realize his cherished project. All his efforts (Dec. 10, 1848 to Dec. 2, 1852) tended towards the acquisition of absolute authority, which he wished to obtain, ostensibly from the people. It was with this end in view that he co-operated with the party of order in the expedition to Rome for the destruction of the Roman republic and the restoration of the pope (March 31, 1849), and afterwards in all the reactionary measures against the press and the clubs, and for the destruction of the Reds. But in opposition to the party of order, he defined his own personal policy. “The name of Napoleon,” he said on this occasion, “is in itself a programme; it stands for order, authority, religion and the welfare of the people in internal affairs, and in foreign affairs for the national dignity.” In spite of this alarming assertion of his personal policy, he still remained in harmony with the Assembly (the Legislative Assembly, elected on May 28, 1849) in order to carry out ‘‘a Roman expedition at home,” ze., to clear the administration of all republicans, put down the press, suspend the right of holding meetings and, above all, to hand over education to the Church. But he knew where to stop and how to keep up a show of democracy. When the Assembly, by the law of May 31, 1850, restricted
universal suffrage and reduced the number of the electors from 9 to 6 millions, he was able to throw upon it the whole responsibility for this coup d'état bourgeois. In fact, while trying to compass the destruction of the republican movement of the Left, he was taking careful steps to win classes. At his side were his accomplices, men ready for anything, whose only hopes were bound up with his fortunes, such as Morny and Rouher; his paid publicists, such as Romieu, the originator of the “red spectre”; his cudgel-bearers, the “Rata poils” immortalized by Daumier, who terrorized the republicans. Coup
d’Etat.—He
next entered upon
that struggle
with the
Assembly, now discredited, which was to reveal to all the necessity for a change, and a change in his favour. In January 1851 he deprived Changarnier of his command of the garrison of Paris. “The Empire has come,” said Thiers. The pretender would have preferred, however, that it should be brought about legally, the first step being his re-election in 1852. The Constitution forbade his re-election; therefore the Constitution must be revised. On the roth of July the Assembly threw out the proposal for revision, thus signing its own death-warrant, and the coup d’état was resolved upon. He prepared for it systematically. The cabinet of Oct. 26, 1851 gave the ministry for war to his creature SaintArnaud. All the conspirators were at their posts—Maupas at the prefecture of police, Magnan at the head of the troops in Paris. At the Elysée, Morny, adulterine son of Hortense, a hero of the Bourse and successful gambler, supported his half-brother by his energy and counsels. The ministry proposed to abrogate the electoral law of 1850, and restore universal suffrage; the Assembly by refusing made itself still more unpopular. By proposing to allow the president of the Assembly to call in armed force, the questors revealed the Assembly’s plans for defence, and gave the Elysée a weapon against it (“donnent barre contre elle 4]’Elysée’’). The proposition was rejected (November 17), but Louis-Napoleon saw that it was time to act. On Dec. 2 he carried out his coup d'état. Proclamation as Emperor.—But affairs developed in a way which disappointed him. By dismissing the Assembly, by offering
the people “a strong government,” and re-establishing ‘‘a France
98
NAPOLEON
regenerated by the Revolution of °89 and organized by the emperor,” he had hoped for universal applause. But both in Paris and the provinces he met with the resistance of the Republicans, who had reorganized in view of the elections of 1852. He struck at them by mixed commissions, deportations and the whole range of police measures. The décrets-lois of the year 1852 enabled him to prepare the way for the new institutions. On Dec. 2, 1852 he became in name what he was already in deed, and was proclaimed Emperor of the French. The aim which the emperor had in view was, by a concentration of power which should make him “the beneficent motive force of the whole social order’ (constitution of the 14th of January 1852; administrative centralization; subordination of the elected assemblies; control of the machinery of universal suffrage) to unite all classes in “one great national party” attached to the dynasty. His success, from 1852 to 1856, was almost complete. The nation was submissive, and a few scattered plots alone showed that republican ideas persisted among the masses. As “restorer of the overthrown altars,” he won over the “men in black,” among them Veuillot, editor-in-chief of PUnivers, and allowed them to get the University into their hands. By the aid of former Orleanists, such as Billault, Fould and Morny, and Saint-Simonians such as Talabot and the Pereires, he satisfied the industrial classes, extended credit, developed means of communication, and gave a strong impetus to the business of the nation. By various measures, such as subsidies, charitable gifts and foundations, he endeavoured to show that “the idea of improving the lot of those who suffer and struggle against the difficulties of life was constantly present in his mind.” His was the government of cheap bread, great public works and holidays. The imperial court was brilliant. The emperor, having failed to obtain the hand of a Vasa or Hohenzollern, married, on Jan. 29, 1853, Eugénie de Montijo, comtesse de Teba, aged twenty-six and at the height of her beauty. Foreign Policy.—France was “satisfied” in the midst of order, prosperity and peace. The foreign policy of the Catholic party, by the question of the Holy Places and the Crimean War (18531856), gave him .the opportunity of winning the glory which he desired, and the British alliance enabled him to take advantage of it. In January 1856 he had the good fortune to win a diplomatic triumph over the new tsar, Alexander II. It was at Paris (February 25-March 30) that the conditions of peace were settled. The emperor was now at the height of his power. He appeared to the people as the avenger of 1840 and 1815, and the birth to him of a son, Eugène Louis Jean Joseph, on March 16, 1856, assured the future of the dynasty. It was then that, strong in “the esteem and
III.
The Italian war aroused the opposition of the Catholics. After Magenta (June 4, 1859), it was the fears of the Catholics and the messages of the empress which, even more than the threats of Prussia, checked him in his triumph and forced him into the armistice of Villafranca (July 11, 1859). But the spread of the Italian revolution and the movement
for annexation
forced him
again to intervene. He appealed to the Left against the Catholics by the amnesty of April 17, 1859. His consent to the annexation of the Central Italian states, in exchange for Savoy and Nice (Treaty of Turin, March 24, 1860) exposed him to violent attacks on the part of the ultramontanes, whose slave he had practically been since 1848. At the same time, the free-trade treaty with Great Britain (January 5, 1860) aroused a movement against
him among the industrial bourgeozsze. From this time onward, in face of a growing opposition, anxiety for the future of his régime paralysed his initiative. Placed between his Italian counsellors and the empress, he was ever of two minds. His plans for remodelling Europe had a certain generosity and grandeur; but internal difficulties forced him into endless manoeuvre and temporization, which led to his ruin. Thus in October 1862, after Garibaldi’s attack on Rome, the clerical coterie of the Tuileries triumphed. But the replacing of M. Thouvenel by M. Drouin de Lhuys did not satisfy the more violent Catholics, who in May 1863 joined the united opposition. Thirty-five opposers of the government were appointed, Republicans, Orleanists, Legitimists or Catholics. The emperor dismissed Persigny, and summoned moderate reformers such as Duruy and Béhic. But he was still possessed with the idea of settling his throne on a firm basis, and uniting all France in some glorious enterprise which should appeal to all parties equally, and “sroup them under the mantle of imperial glory.” From January to June 1863 he sought this appearance of glory in Poland, but only succeeded in embroiling himself with Russia. Then, after
Syria and China, it was the “great inspiration of his reign,” the establishment of a Catholic and Latin empire in Mexico, enthusiasm for which he tried in vain from 1863 to 1867 to communicate to the French. But while the strength of France was wasting away at Puebla in Mexico, Bismarck was founding German unity. In August 1864 the emperor, held back by French public opinion, which was favourable to Prussia, and by his idea of nationality, allowed Prussia and Austria to seize the duchies of Schleswig and Holstein, After his failure in Poland and Mexico and in face of the
alarming presence of Germany, only one alliance remained possible for Napoleon III., namely with Italy. He obtained this by the convention of the 15th of September 1864 (involving the with-
admiration with which he was surrounded,” and “foreseeing a future full of hope for France,” he dreamed of realizing the
drawal of the French troops from Rome). But the Catholic party redoubled its violence, and the pope sent out the encyclical
Napoleonic ideal in its entirety. This disciple of the German philologists, this crowned Carbonaro, the friend of the archaeologists and historians who were to help him to write the Histoire de César, dreamed of developing the policy of nationalism, and of assisting the peoples of all countries to enfranchise themselves. From 1856 to 1858 he devoted his attention to the Rumanian nationality, and supported Alexander Cuza. But it was above all the deliverance of Italy which haunted his imagination. But the Catholics feared that the Italian national movement, when once started, would entail the downfall of the papacy; and in opposition to the emperor’s Italian advisers, Arese and Prince Jerome Napoleon, they pitted the empress, who was frivolous and capricious, but an ardent Catholic. Napoleon III. was under his wife’s influence, and could not openly combat her resistance. It was the Italian Orsini who, by attempting to assassinate him as a traitor to the Italian nation on Jan. 14, 1858, gave him an opportunity to impose his will indirectly by convincing his wife that in the interests of his own security he must “do something for Italy.” Events followed each other in quick succession, and now began the difficulties in which the Empire was to be irrevocably involved. Not only did the Italian enterprise lead to strained relations with Great Britain, the alliance with whom had been the emperor’s chief support in Europe, and compromised its credit; but the claims of parties and classes again began to be heard at home.
Quanta Cura and the Syllabus, especially directed against France. In vain the emperor sought in German affairs a definitive solution of the Italian question. At Biarritz he prepared with Bismarck the Franco-Prussian alliance of April 1866; and hoped to become arbiter in the tremendous conflict which was about to begin. But Königgrätz came as a bolt from the blue to ruin his hopes. French interests called for an immediate intervention. But he resigned himself to the annexation by Prussia of northern Germany. “Now,” said M. Drouin de Lhuys, “we have nothing left but to weep.” The Third Party.—Henceforth the brilliant dream, a moment realized, the realization of which he had thought durable, was at an end. The Empire had still an uncertain and troubled brilliancy
at the Exhibition of 1867.
But Berezowski’s pistol shot, which
accentuated the estrangement from the tsar, and the news of the death of Maximilian at Queretaro, cast a gloom over the Jater fétes. In the interior the industrial and socialist movement, born
of the new industrial development, added fresh strength to the Republican and Liberal opposition. The moderate Imperialists
felt that some concessions must be made to public opinion. In opposition to the absolutist “vice-emperor” Rouher, whose influence over Napoleon had become stronger and stronger since
the death of Morny, Emile Ollivier grouped the Third Party.
Anxious, changeable and distraught, the emperor made the Liberal
NAPOLEON— NAPOLEONIC concessions of Jan. 19, 1867 (right of interpellation), and then,
when Ollivier thought that his triumph was
near, he exalted
Rouher (July) and did not grant the promised laws concerning the press and public meetings till 1868. The opposition gave him no credit for these tardy concessions. There was an epidemic of violent attacks on the emperor; the publication of the Lanterne and the Baudin trial, conducted by Gambetta, were so many death-blows to the régime. The Internationale developed its
propaganda. The election of May 1869 resulted in 4,438,000 votes given for the government, and 3,355,000 for the opposition,
who also gained go representatives. The emperor, disappointed and hesitating, was slow to return to a parliamentary régime. It was not till December that he instructed Ollivier to “form a homogeneous cabinet representing the majority of the Corps Législatif” (ministry of the 2nd of January 1870). But, embarrassed between the Arcadiens, the partisans of the absolute régime, and the republicans, Ollivier was unable to guide the Empire in a constitutional course. At the Tuileries Rouher’s counsel still triumphed. It was he who inspired the ill and wearied emperor, now without confidence or energy, with the idea of resorting to the plébiscite. “To do away with the risk of a revo-
lution,” “to place order and liberty upon a firm footing,” “to ensure the transmission of the crown to his son,” Napoleon ITI. again sought the approbation of the nation. He obtained it with brilliant success, for the last time, by 7,358,786 votes against 1,571,939, and his work now seemed to be consolidated. War With Prussia.—A few weeks later it crumbled irrevocably. Since 1866 he had been pursuing an elusive appearance of glory. Since 1866 France was calling for “revenge.” He felt that he could only rally the people to him by procuring them the satisfaction of their national pride. Hence the mishaps and imprudences of which Bismarck made such an insulting use. Hence the negotiations of Nikolsburg, the “note d’aubergiste” (innkeeper’s bill) claiming the left bank of the Rhine, .which was so ‘scornfully rejected; hence the plan for the invasion of Belgium
(August 1866), the Luxemburg affair (March 1867), from which M. de Moustier’s diplomacy effected such a skilful retreat; hence the final folly which led his government into the war with Prussia (July 1870). The war was from the first doomed to disaster. It might perhaps have been averted if France had had any allies. But Austria, a possible ally, could only join France if satisfied as regards Italy; and since Garibaldi had threatened Rome (Mentana, 1867), Napoleon III., yielding to the anger of the Catholics, had again sent troops to Rome. Negotiations had taken place in 1869. The emperor, bound by the Catholics, had refused to withdraw his
troops. It was as a distant but inevitable consequence of his agreement of December 1848 with the Catholic party that in 1870 the emperor found himself without an ally. His energy was now completely exhausted. Successive attacks of stone in the bladder had ruined his physique; while his hesitation and timidity increased with age. The influence of the empress over him became supreme. On leaving the council in which the war was decided upon the emperor threw himself, weeping, into the arms of Princess Mathilde. The empress was delighted at this war, which she thought would secure her son’s inheritance.
Deposition.—On July 28 father and son set out for the army. They found it in a state of utter disorder, and added to the difficulties by their presence. The emperor was suffering from stone and could hardly sit his horse. After the defeat of Reichshoffen, when Bazaine was thrown back upon Metz, he wished to retreat upon Paris. But the empress represented to him that if he retreated it would mean a revolution. An advance was decided upon which ended in Sedan. On Sept. 2 Napoleon III.
CAMPAIGNS
99
ruin, invasion and dismemberment of France.” Restored to liberty, he retired with his wife and son to Chislehurst in England. Unwilling even now to despair of the future, he still sought to rally his friends for a fresh propaganda. He had at his service publicists such as Cassagnac, J. Amigues and Hugelmann. He himself also wrote unsigned pamphlets justifying the campaign of 1870. It may be noted that, true to his ideas, he did not attempt to throw upon others the responsibility which he had always claimed for himself. He dreamed of his son’s future. But he no longer occupied himself with any definite plans. He interested himself in pensions for workmen and economical stoves. At the end of 1872 his disease became more acute, and a surgical operation became necessary. He died on Jan. 9, 1873, leaving his son in the charge of the empress and of Rouher. The young prince was educated at Woolwich from 1872 to 1875, and in 1879 took part in the English expedition against the Zulus in South Africa, in which he was killed. By his death vanished all hope of renewing the extraordinary fortune which for twenty years placed the descendant of the great emperor, the Carbonaro and dreamer, at once obstinate and hesitating, on the throne of France. BIBLIOGRAPHY.—The Oeuvres of Napoleon III. have been published in four volumes (1854-57) and his Histoire de Jules César in two volumes (1865-69) ; this latter work has been translated into English by T. Wright. See also Ebeling, Napoleon III. und sein Hof (1891-04) ; H. Thirria, Napoléon III. avant lEmpire (1895); Sylvain-Blot, Napoléon III. (1899); Giraudeau, Napoléon III. intime (1895); Sir W. A. Fraser, Napoleon III. (London, 1895); A. Forbes, Life of Napoleon III. (1898); A. Lebey, Les Trois coups d’état de Louis Napoléon Bonaparte (1906) ; Louis Napoléon Bonaparte et la révolution de 1848 (1908) ; and F. A. Simpson, The Rise of Louis Napoleon (1909). General works which may be consulted are Taxile-Delord, Histoire du second Empire (1868-75); P. de La Gorce, Histoire du second Emptre (1894-1905) ; A. Thomas, Le Second Empire (1907); and E. Ollivier, L’Empire libéral (14 vols., 1895-1909).
NAPOLEON, a village of north-western Ohio, U.S.A., on the Maumee river and Federal highway 24, 36 m. S.W. of Toledo; county seat of Henry county. It is served by the Detroit, Toledo and Ironton and the Wabash railways. Pop. (1920) 4,143 and 4,545 in 1930. It is the trade centre of a grain-growing district, a railway division point, and has a number of factories.
NAPOLEON,
as “nap”).
a round game of cards (known colloquially
Any number may play. The cards rank as at whist,
and five are dealt to each player. The deal being completed, the player to the dealer’s left looks at his hand and declares how many tricks he would play to win against all the rest, the usual rule being that more than one must be declared; in default of declaring he says “TI pass,” and the next player has a similar option of either declaring to make more tricks or passing, and so on all round. A declaration of five tricks is called “going
nap.” The player who declares to make most has to try to make them, and the others, but without consultation, to prevent him. The declaring hand has the first lead, and the first card he leads makes the trump suit. The players, in rotation, must follow suit if able. If the declarer succeeds in making at least the number of tricks he stood for he wins whatever stakes are played for; if not he loses. If the player declaring nap wins he receives double stakes all round; if he loses he only pays single stakes all round. Sometimes, however, a player is allowed to go “Wellington” over “nap,” and even “Blücher” over “Wellington.” In these cases the caller of “Wellington” wins four times the stake and loses twice the stake, the caller of “Blucher” receives six times and loses three times the stake. Sometimes a player is allowed to declare misére, i.e., no tricks. This ranks, as a declaration, between three and four, but the player pays a double stake on three, if he wins a trick, and receives a single on three if he takes none. .
NAPOLEONIC
CAMPAIGNS.
The era of the Revolu-
surrendered with 80,000 men, and on the 4th of September the Empire fell. He was taken as a prisoner to the castle of Wilhelmshohe, near Cassel, where he stayed till the end of the war. After the intrigues of Bazaine, of Bismarck, and of the empress,
tionary and Napoleonic Wars falls into two main divisions, the first of which (1792-1801) is dealt with under the heading FRENCH REVOLUTIONARY Wars. In the present article are described the campaigns in central and eastern Europe, directed by
the Germans having held negotiations with the Republic, he was de facto deposed. On March 1, the assembly of Bordeaux confirmed this deposition, and declared him “responsible for the
Napoleon—no
longer one amongst
many
French
generals, nor
even a simple primus inter pares, but “Emperor” in the fullest sense—between the years 1805 and 1814. Napoleon’s short
es
NAPOLEONIC CAMPAIGNS oF
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*A tract of the brain. BrIBLioGRAPHY.—For further details and literature of the nervous system see Quain, Anatomy (latest edition) ; R. Wiedersheims, Comp, Anat. of Vertebrates (London, 1907) ; Bronn, Classen und Ordnungen des Thierreichs, McMurrich, Development of the Human Body (London, 1923). For the theory of nerve components see Onéra Merritt, Journ. Anat. and Phys., vol. xxxix. A general discussion on the comparative anatomy and morphology of limb plexuses will be found in Miss C. W. Saberton’s paper (x906), “Nerve Plexuses of Troglodytes niger,’ Studies in Anatomy (Manchester, 1906). She refers to most of the literature on the subject, but the papers of H. Braus, Jena Zeitschr. (1898), on fish, of M. Davidoff, Morph. Jahrb. (1879), on the pelvic plexuses of fish, and of M. Fiirbringer, Gegenb. Festschr. (1897), on the spino-occipital nerves and brachial plexus of fish, are also important. See also S. W.. Ransom, The Anatomy of the Nervous System (Philadelphia, 1927; bibl.) ; A. Pitres and L. Testut, Les nerfs en schémas (Paris, 1925) ; L. Bianchi, Tke Mechanism of the Brain and the Function of the Frontal Lobes (Edinburgh, 1922; bibl.); J. R. Whitaker, Anatomy of the Brain and Spinal Cord (Edinburgh, 1921); C. U. A. Kappers, Die Vergleichende Anatomie des Nervensystems der Wirbelihtere und des Menschen (Haarlem, 1920-21; bibl.). (F. G. P.)
NESFIELD,
WILLIAM
EDEN
(1835-1888),
British
architect, one of the leaders of the Gothic revival in England, was born in Bath on April 2, 1835, and died in Brighton on March 25, 1888. His father, Maj. William Andrews Nesfield, a well-known landscape gardener, laid out Regent’s park and St. James’s park and remodelled Kew. Nesfield was educated at Eton and articled successively to William Burn, a classicist, and Anthony Salvin of the Gothic school. He then travelled for study in France, Italy and Greece. The volume of his Sketches from France and Italy (1862) became one of the text-books of the Gothic revival. In 1859 Nesfield settled in London and began in 1862 a nominal partnership with Norman Shaw, when they shared rooms, but never collaborated. Nesfield’s principal work was in domestic architecture, wherein he showed a mastery of planning and construction and a conscientious regard for detail. As he progressed he forsook the early French style of his earlier work, as seen in Combe abbey and Cloverly hall (1864) and developed a purely English manner, coming at last to English renaissance, as at Kinmel park. Among his other notable works are the lodge at
Regent’s park (1864) and at Kew gardens (1866); Farnham Royal house, Leawood, Loughton hall, Westcombe park, the Rose and Crown hotel and the bank at Saffron Walden. Many of his sketches and measured drawings are in the library of the Royal Institute of British Architects.
NEST.
Nidification or the practice of making nests concerns
sensory. It is best developed in the fish, and may be divided into pre- and post-auditory and auditory. The pre-auditory part comprises the pit and canal end organs supplied by the seventh, and also probably the olfactory organ supplied by the first nerve. The auditory apparatus, supplied by the eighth nerve, is, according to modern opinion, undoubtedly a part of this system, while the tenth nerve sends a large branch along the lateral line supply-
all that appertains to the preparation for the reception of eggs, or newly-born young, and the subsequent care thereof on emergence. Our conceptions of nidification are commonly derived from observations on birds; but mammals, reptiles, amphibia and fishes, as well as invertebrates, include species which make more or less elaborate preparation in advance for the reception of their young. The first stage in this sequence commonly consists in the selection of a definite site whereon, with a few exceptions, a nest is built in, or on which the eggs, or young, are deposited. Two factors govern this preparation,—the conditions of the environment, and
ing the special end organs of the post-auditory part,
the state of the young on emergence,
The system of the lateral line or acustico-lateralis component
is sometimes regarded merely as a subdivision of the somatic
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NESTS
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NESTING
SITES
1. Sparrow hawk in a nest of sticks, England. 2. Storks on a chimney top, France; the nest of sticks and reeds is added to year by year. 3. Nest of the golden eagle, built on a high mountain ledge. 4. Female kestrel about
to feed her young in an abandoned crow’s nest, England.
5. Community
of
brown pelicans showing nests, Florida. 6. Nest of American egret, Florida. 7. Community of flamingoes, Bahamas, showing mud nests 8. Neighbour-
OF VARIOUS
HISTORY, (6) GALLOWAY
THE
NATIONAL
ASSOCIATION
OF
BIRDS
ing nests of an ibis and a little blue heron, Florida. 9. Sandhill crane approaching its nest built in a marsh, Florida. 10. Derby flycatchers in a loosely made nest, Texas. 11. Blackcap feeding her young, England.
12. American
crow on a bulky nest of sticks placed high in a tree.
Edible nests of an East Indian swift, made of solidified saliva. the North American hermit thrush, placed on the ground
13.
14. Nest of
PLATE IT
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m18 BY COURTESY PHOTOGRAPH,
OF (1, 2, 4, 6, 8, 9 » 13, 14, 18) THE TRUSTEES (15) JAMES'S PRESS AGENCY
NESTING
HABITS
OF
OF
THE
BRITISH
BIRDS,
MUSEUM
(NATURAL
MAMMALS,
1. Nest of the humming bird (Panterpe insignis), Costa Rica, made of moss and spiders’ webs. 2. Japim WHang-nests (Cassicus persicus), Amazon, with their nest of woven grass suspended from a tree branch. 3. Nest of the black and yellow crested cacique, Mexico, sometimes several feet in length, made of grass and strips of palm leaf. 4. Reed warbler, England, and its cup-shaped nest of reed stems supported by several upright reeds. 5. The feathered nest of the palm swift, usually agglutinated
to the under surfaces of palm leaves or grass roofs of huts. 6. Hanging nest of the Turkistan Remera, formed of dried grasses and feathers. The bottle-
neck entrance affords protection against intruders. 7. Nest of the sociai weaver bird, Africa. It consists of an umbrella-shaped roof of grass sheltering an under surface honeycombed with numerous feather lined cavities. 8. Hanging nest of the Remera of Rumania, constructed of lichens, mosses and grass, lined with feathers. 9. Clay nest of the red oven-bird (Furnarius
HISTORY),
(3,
5,
7,
10-12,
INVERTEBRATES
16,
17)
THE
AND
AMERICAN
MUSEUM
OF
NATURAL
HISTORY,
FISHES
rufus), South America, usually about a foot in diameter. 10. Nest of twigs lined with dry leaves built by a group of Anis, Mexico. It is large enough to accommodate all the females of the company who deposit their eggs in layers separated by leaves. 11. Nest of the woodcock, a hollow scratched in the ground. 12. View of a gopher turtle habitat (Gopherus
polyphemus) (Daudin) in a sand dune showing the pile in front of the burrow where the turtle deposits its eggs. 13. Nest of the cape (African) weaver birds, constructed of grass stems and vegetable fibers suspended by long “arms” from trees, bushes or eaves. 14. Underground burrow of the mole, lined with grass. 15. Nest of the harvest mouse, woven of grass and leaves of corn and attached to cornstalks. 16. Butterfish (Pholis gunnellis) coiled around an egg mass in the reversed upper valve of a dead oyster shell. 17. Red backed salamander (Plethodon cinereus) guarding its eggs in the moist shadow of a cave nest. 18. Grass spider (A galena)
NEST Birds——With the birds a nest is not invariably made, as for example with the guillemot whose single egg is deposited on a bare
ledge of rock projecting from the face ofacliff rising steeply from the sea. Species which haunt sandy wastes make little or no prepa-
ration by way of a nest. This receptable seems originally to have been made for the purpose of keeping the incubating bird, and
the eggs, from contact with cold, damp earth. Much more elaborate are the nests of the smaller species. These placed in hedgerows, or bushes, or even on the ground, are bowlshaped structures
made
of fine
grass-stems
interwoven
with
horse-hair, and cunningly masked by moss or lichen, as in the case of the long-tailed titmouse. Some, like the thrush, use a foundation of clay, and line the interior of the nest with a mixture of decayed wood and cow-dung. Some of the African weaverbirds, and of the American hang-nests, suspend the nest, which is made of long grass-stems, and vegetable fibres, by a long “rope”
attached to the bough of a tree. Towards the end this rope is enlarged to form a spherical chamber, with an entrance at the side
in the hang-nests; and at the end of a further extension of the rope beneath the nest in the weavers.
Some of the flower-peckers of Africa build a nest of felted cotton-down. A few species make a more or less extensive use of
saliva as a cement for mud-built nests, as with the swallow-tribe, the oven-bird, and the flamingo. The use of salivary glands in
nest-building attains to its maximum with the edible swifts which use saliva alone. Such nests are used by the Chinese in making bird’s nest soup.
;
Hollow trees are used by many birds, such as the parrots and the woodpeckers, the eggs being deposited on the rotten wood at the bottom of the hole.
Others, like the sand-martin and the
kingfisher drive long tunnels into the face of a sand-bank, enlarging the end of the tunnel to form a nest-chamber. The greatness of this achievement is commonly overlooked; for it would be difficult to find birds more apparently unsuited for such a task, since the sand-martin has the feeblest of feet and an extremely short beak, while the short legs, and syndactyle toes of the kingfisher, coupled with its long, pointed beak, seem still less fitted for burrowing. While there is general conformity of type characteristic of the nests of the different groups of birds, there are striking exceptions to the rule. Thus the stork-tribe are content with a simple platform of sticks; but the hammer-head (Scopus umbretta) builds a huge nest of mud and sticks, covered in by a roof so substantial as to bear easily the weight of a man. This roof may be as much as 6ft. across. The flamingo, again, builds a steep pedestal of mud, the top of which is scooped out to receive the eggs. Parrots nest in hollow trees, but the quaker-parrot (Myopsittacus) of South America builds a large domed nest of sticks. The Gallinaceous birds make little more than an apology for a nest, fashioned in a depression in the ground. But the megapodes of Celebes, New Guinea and Australia build a huge mound of decaying vegetable matter, and laying their eggs deep down in the fermenting mass leave them to hatch by the heat thus engendered. One of the most remarkable cases of nidification among birds is furnished by the horn-bills. The eggs are laid at the bottom of a cavity in a tree, and as soon as the female has started incubation, the entrance-hole is closed by the male by means of clay;
but a space is left open wide enough for his mate to push her beak through to receive food. NON-AVIAN
NEST-MAKERS
Mammals.—Few other animals have attained to the skill in weaving displayed by birds. The harvest-mouse among the mammals is, however, the rival of most birds. The rabbit builds a nest in her burrow, and lines it with the under-fur plucked from her body, forming a parallel td the case of the ducks, geese and swans, which line the nest with down similarly plucked from the breast for this purpose. The only nest-building mammals which produce eggs are the Echidna, or spiny ant-eater, and the duck-billed platypus or Ornithorhynchus.
The nest is of the simplest character, placed
243
in a chamber at the end of a long tunnel dug by the animal. Reptiles.—Among the reptiles nest-building goes little or no further than digging a hole in the ground, and depositing the eggs within it, leaving them to their fate as in the case of the megapodes among the birds. The European pond-tortoise, however, takes a little more trouble. She first prepares the ground by watering it from the bladder, and from special anal water-sacs. Then, boring a hole with the tail, as one would use a stick, the feet are used to enlarge it. When about five inches deep the eggs are laid at the bottom, and the soil is put back again and beaten down flat. The crocodile digs a hole in the sand nearly two feet deep, laying her eggs therein and covering them up. But she returns periodically to sleep above her treasures. She is thus at hand to assist the young to escape at the time of hatching. She is warned of this by the noise they make in endeavouring to break through the shell; just as young birds announce their advent by cheeping before the shell is actually broken. When they have all emerged the mother escorts them to the water. The alligator, on the other hand, builds a great mound of decaying leaves, mixed with fine earth, to a height of about three feet, and as much as eight feet in diameter. Some eight inches from the surface the eggs, twenty to thirty, white and hard-shelled, are laid. The python, among the snakes, like Ichthyophis among the Amphibia coils her body around the eggs until they hatch, and guards her young for some time after. Amphibia.—The Amphibia furnish instances of nidification of a very remarkable character, and at the same time, provide valuable material for the study of behaviour in regard to the parental instincts to serve as a standard of comparison with the higher vertebrates on the one hand, and the lower on the other. The frogs of the genus Phyllomedusa build nests recalling that
of the tailor-bird. The process of this nest-making has been watched in Phyllomedusa hypochondria, the Wollenkukk of the Paraguayan Chaco. The female carries the male upon her back while searching for a suitable leaf—which must be of some tree overhanging the water. This found, both then seize it and hold the edges together with their hind-feet, while the female pours her eggs into the funnel thus formed, the male fertilizing them as they pass in. The gelatinous envelope of the eggs suffices to hold the leaf-edges in position as they are brought together in the filling process which goes on until about roo eggs are laid.
Fishes.—Among the fishes the fresh-water sticklebacks (Gas-
trosteus) and the marine fifteen-spine stickleback (Spinachia) build nests of weeds, the task being undertaken by the male, who uses, as a binding material, a secretion formed by the kidneys. He undertakes the sole charge of the eggs and young. The gourami (Osphromenus) of the Malay Archipelago fashions a nest of airbubbles toughened by a kind of saliva, and mounts guard over both eggs and young. The Cichlid fishes both of America and the
Old World, as well as some of the Siluroid fishes, carry the young in the mouth; in some species both sexes do this, in others the male alone. The male pipe-fish carries the eggs and young in a pouch running along the belly. The Aspredo of the Guianas carries her eggs attached to the under surface of the head, belly and paired-fins. For their accommodation the skin assumes a spongy condition so that each comes to lie within a deep depression, recalling the egg-pits of the Surinam toad, but in the case of Aspredo the pits are shallow and the larvae are not retained there. Invertebrates.—Among the insects the elaborate care for the eggs and young displayed by the ants, bees and wasps is too well known to need further mention. The scorpions and the wolf- ' spiders carry their young about on their backs until they can fend for themselves; and some of the scorpions, again, like the wolfspiders, bear their eggs about closely packed within a spherical silken bag. Among the Echinoderms we find an Antarctic sea-slug (Cucumaria crocea) carrying the young on its back. One of the seaurchins (Hemiaster philippi), and a starfish (Asterias spirabilis) carry the young in brood-pouches on the back in the case of the sea-urchin, and around the mouth in the starfish. It would seem that only Arctic and Antarctic species behave after this fashion.
244
NESTOR—NESTORIANS
In all other cases the young leave the parent as minute, free-swimming larvae, undergoing a complicated metamorphosis before attaining to the adult form. Here, then, we must regard the care of the young as an entirely impersonal, unconscious act, determined by the physical peculiarities of the external environment. This is a factor to be borne in mind in considering the origin, and evolution, of nidification in animals of all grades. CW. P. P.)
NESTOR (c. 1056—c. 1114), the reputed author of the earliest Russian chronicle, was a monk of the Pecherskiy cloister of Kiev from 1073. The only other known fact of his life is that he was commissioned with two other monks to find the relics of St. Theodosius, a mission which he succeeded in fulfilling. The chronicle begins with the deluge, as those of most chroniclers of the time did. The compiler appears to have been acquainted with the Byzantine historians; he makes use especially of John Malalas and George Hamartolus. He also had in all probability other Slavonic chronicles to compile from, which are now lost. Many legends are mixed up with Nestor’s Chronicle; the style is occasionally so poetical that perhaps he incorporated bdzlini which are now lost. The early part is rich in these stories, among which are the arrival of the three Varangian brothers, the founding of Kiev, the murder of Askold and Dir, the death of Oleg, who was killed by a serpent concealed in the skeleton of his horse, and the vengeance taken by Olga, the wife of Igor, on the Drevlians, who had murdered her husband. The account of the labours of Cyril and Methodius among the Slavs is also very interesting, and to Nestor we owe the tale of the summary way in which Vladimir suppressed the worship of Perun and other idols at Kiev. As an eyewitness he could only describe the reigns of Vsevolod and Sviatopolk (1078—1112), but he gathered many interesting details from the lips of old men, two of whom were Giurata Rogovich of Novgorod, who gave him information concerning the north of Russia, Petchora, and other places, and Jan, a man. ninety years of age, who died in 1106, and was son of Vishata the voivode of Yaroslavl and grandson of Ostromir the Posadnik, for whom the Codex was written. Many of the ethnological details given by Nestor of the various races of the Slavs are of the highest value. The latest theory about Nestor is that the Chronicle is a patchwork of many fragments of chronicles, and that the name of Nestor was attached to it because he wrote the greater part or perhaps because he put the fragments together. The Chronicle has come down to us in several manuscripts, but unfortunately no contemporary ones, the oldest being the socalled Lavrentievski of the 14th century (1377). It was named after the monk Lavrentii, who copied it out for Dimitri Constantinovich, the prince of Souzdal. The work, as contained in this manuscript, has had many additions made to it from previous and contemporary chronicles, such as those of Volinia and Novgorod. Soloviev, the Russian historian, remarks that Nestor cannot be called the earliest Russian chronicler, but he is the first writer who took a national point of view in his history, the others being merely local writers. The language of his work, as shown in the earliest manuscripts just mentioned, is Palaeo-Slavonic with many Russisms. The Chronicle has been translated into Polish, Bohemian, German and French. The compiler cannot very well be the author of the lives of Boris and Gleb, the martyrs, and of the life of St. Theodosius, because they contradict many passages in the Chronicle. The work is of primary importance for early Russian history, and has amusing episodes of an Herodotean character. The reputed body of the ancient chronicler may be seen among the relics preserved in the Pecherskiy monastery at Kiev.
Pylos. The name is used in modern times for any old man of ripe experience, or the oldest member of a class or corporation.
NESTOR, the name of a small group of parrots peculiar to New Zealand. The type is Nestor meridionalis, the kaka, an olive-brown bird about as big as a crow. The larger N. notabilis the kea (g.v.) has developed the habit of attacking sheep to obtain the kidneys. It also eats carrion, grubs, fruits and seeds. A third, more brightly coloured species is said to have inhabited
Norfolk Island and a fourth Phillip Island; both of these are now extinct and no specimens of the former are known to exist. NESTORIANS. The present article deals not with the life and doctrine of Nestorius (g.v.) but with the Eastern Churches called by his name.
A christology of the kind usually called Nestorian was eagerly and successfully propagated in Syria and Persia by Ibas, bishop of Edessa (435) and Barsumas, bishop of Nisibis. In Persia the old churches were stimulated into vigour and new ones founded. Their centre was at Ctesiphon on the Tigris, a busy trading city. The church traced its doctrines to Theodore of Mopsuestia rather
than to Nestorius, whose name at first they repudiated, not regarding themselves as having been proselytized to any new teaching. After the Mohammedan invasion of Persia early in the 7th century the Nestorians were able to come to terms with the invaders; and for five centuries the Nestorians were a recognized institution within the territory of Islam, though their treatment varied from kindly to harsh, But the barbaric invasions of the 13th and 14th centuries fell with. crushing force on the Nestorians. In 1258 Hulagu Khan took Baghdad, and about 1400 Timur again seized and sacked the city. Though the Nestorians were numerous, their moral influence and their church life had greatly deteriorated. Those who escaped capture by Timur fled to the mountains of Kurdistan, and the community that had played so large a part in Mesopotamian history for a thousand years was thus shattered. Various attempts during the 16th century to promote union between the Nestorians and Rome proved fruitless, but the Roman Church has never ceased in its efforts to absorb this ancient community. The Nestorians showed a zeal for evangelization which resulted in the establishment of their influence throughout Asia, as is seen from the bishoprics founded not only in Syria, Armenia, Arabia and Persia, but at Halavan in Media, Merv in Khurasan, Herat, Tashkent, Samarkand, Baluk, Kashgar, and even at Kambaluk
(Pekin) and Singan fu (Hsi‘en fu) in China, and Kaljana and
Kranganore in India. Mongolian invasions and Mohammedan tyranny have, of course, long since swept away all traces of many of these. The 400,000 Syrian Christians (“Christians of St. Thomas,” see THomas, ST.) who lived in Malabar no doubt owed their origin to Nestorian missionaries, the stories of the evangelization of India by the Apostles Thomas and Bartholomew having no real historical foundation, and the Indian activity of Pantaenus of Alexandria having proved fruitless, in whatever part of India it may have been exercised. The theology of the Indian Syrian Christians is of a Nestorian type, and Cosmas Indicopleustes (6th century) puts us on the right track when he says that the Christians whom he found in Ceylon and Malabar had come from Persia (probably as refugees from persecution, like the Huguenots in England and the Pilgrim Fathers in America). Pehlevi inscriptions found on crosses at St. Thomas’s Mount near Madras and at Kottayam in Travancore, are evidence both of the antiquity of Christianity in these places (7th or 8th century), and for the semi-patri-passianism (the apparent identification of all three persons of the Trinity in the sufferer ən the cross) which marked the Nestorian teaching. In 745 Thomas of Kana brought a new See Louis Leger, Chronique dite de Nestor (Paris, 1884) ; Bestuzhev band of emigrants from Baghdad and Nineveh, and possibly the Riumin, On the Composition of the Russian Chronicles till the end name “Christians of St. Thomas’ arose from confusion between of the 14th century (in Russian) (St. Petersburg, 1869). (W.R. Mo.) this man and the apostle. Other reinforcements came from Persia NESTOR, in Greek legend, son of Neleus and Chloris, king of in 822, but the Malabar church never developed any intellectual Pylos (Kakovatos) in Elis. When all his brothers were slain by vigour or missionary zeal. They had their own kings, lived as a Heracles, in consequence of the refusal of Neleus to purify him close caste, and even imitated the Hindus in caste regulations of for the murder of Iphitus, Nestor alone escaped. In the Ziad, food and avoidance of pollution. In 1330 Pope John XXII. issued he is about 70 years old, full of good advice and of stories of his a bull appointing Jordanus, a French Dominican, bishop of Quilon, early exploits. In the Odyssey, he is seen by Telemachus at and inviting the Nestorians to enter “the Christian Church.” The
NESTORIUS Syrian Chrisinvitation was declined, but in the 16th century the Mussulagainst settlers uese tans sought the help of the Portug subjected were they long before that find to only ion, man oppress and the Inquisition. The to the fiercer perils of Jesuit antagonism
in 1599, but Syrians submitted to Rome at the synod of Dampier Portuguese when the it was a forced submission, and in 1653
of Babyarrested the Syrian bishop just sent out by the catholicus thorquite not was ation renunci The out. broke on rebelli lon, the ,
Romo-Syrians ough, one party adhering to the Roman Church as g to-day the others reverting wholly to Syrian usages and formin
about three-fourths of the whole community.
WIDESPREAD MISSIONS
the Early evidence of Nestorian missions in China is extant in
Hsi‘en-fu, tablet found in 1625 at Chang'an in the district of
propprovince of Shensi. It commemorates “the introduction and
and agation of the noble law of Ta t’sin in the Middle Kingdom,” t
abstrac beneath an incised cross sets out in Chinese and Syriac an in China of Christian doctrine and the course of a Syrian mission beginning with the favourable reception of Olopan, who came ed, from Judaea in 636. For two generations the little cause prosper second a on Later 813. and 699 in tions persecu after and again s mission arrived, many churches were built and several emperor patronized the faith. In the roth century the Nestorians introduced Christianity into . Tartary proper; in 1274 Marco Polo saw two of their churches on conversi the of idea the on based is John Prester of The legend at of a Mongol tribe, the Karith, whose chieftain Ung Khan Their baptism received the title Malek Juchana (King John). Their activity may well be said to have covered the continent. ever campaign was one of deliberate conquest, one of the greatest
planned by Christian missionaries.
Marco Polo is witness that
from there were Nestorian churches all along the trade routes Baghdad to Pekin. The Modern Nestorians.—The Nestorians or East Syrians by (Surayi) of Turkey and Persia now inhabit a district bounded into s westward g stretchin east, the on Urumia, Lake Urmia, or the Kurdistan, to Mosul on the south, and nearly as far as Van on different the of influence the under years, late of only is It north. has missions, that education, ruined by centuries of persecution, revived amongst the Nestorians; and even now the mountaineers, cut off from the outer world, are as a rule destitute of learning, ed and greatly resemble their neighbours, the wild and unciviliz their of tenacious narily extraordi however, are, Kurds. They of ancient customs, and, almost totally isolated from the rest ng interesti an afford they century, sth the since dom Christen
245
and invoke The Nestorians commemorate Nestorius as a saint, the Third reject They ns. companio his of his aid and that devotion to Oecumenical Council, and though showing the greatest the mother the Blessed Virgin, deny her the title of Theotokos, i.e., perplexand misty is teaching al or bearer of God. Their theologic is not ing; but systematic or even consistent theological thinking his and s Nestoriu Baker, BethuneF. J. (see their primary interest ical and Teaching). The peculiar circumstances, both ecclesiast ion in temporal, of the Nestorians have attracted much attent amongst es enterpris ry missiona western Christendom, and various them have resulted (see authorities named below).
ii. and iv.; BrstiocrapHy.—J. S. Assemani, Bibliotheca Orientalis, East and his the A. J. Maclean and G. F. Browne, The Catholicus of Rituals (1852) ; M. People (1892); G. P. Badger, Nestorians and their (Paris, 1904); W. . F. F perse Pempire dans isme Christian Le Labourt, (Edinburgh, 477-538 pp. , Churches Eastern and Greek The Adeney, Lect. h, ent Researc 1908) ; J. Rendel Harris, Sidelights on New Testam India (1892); K. iv. (1908); G. Milne Rae, The Syrian Church in Map ILI. (TibinHeussi und H. Mulert, Atlas zur Kirchengeschichte, ; The Liturgy of es (1846) Church Syrian ge, Etherid W. J. gen, 1905);
Piolet, Les Missions the Holy Apostles Adai and Mari, etc. (1893); and Annual catholiques au XIX me siècle (vol. i.); Quarterly Papers Mission. Reports of the Archbishop of Canterbury’s Assyrian
rch of NESTORIUS (4. c. 451), Syrian ecclesiastic, patria Germanicia at the Constantinople from 428 to 431, was a native of is unknown. foot of Mount Taurus, in Syria. The year of his birth Theodore under ly probab h, He received his education at Antioc of Eupreery monast ouring neighb the in monk As stia. of Mopsue in. the diocese pius, and afterwards as presbyter, he became famous He was nomifor his asceticism, his orthodoxy and his eloquence. and was connated by Theodosius II. patriarch of Constantinople, to extirpate work to set ately secrated on April 10, 428. He immedi of the assemssion suppre the by ing beginn , diocese his in heresy anticipated blies of the Arians. These, by a bold stroke of policy, g-house, Neshis action by themselves setting fire to their meetin
His represtorius being forthwith nicknamed “the incendiary.” serious disto led ns decima sion of the Novatians and the Quarto ion the followers of tolerat The . Miletus and Sardis at ces turban recently settled Macedonius had long enjoyed was also broken, the ces assailed Pelagians alone finding any respite. One of the practi universal almost become had which , custom the was by Nestorius r of “Mothe os Oeorók epithet the in Constantinople, of bestowing h Nestorius Antioc From Jesus. of mother the Mary upon God,” a co-presbyter had brought along with him to Constantinople and is called by named Anastasius, who enjoyed his confidence his Anastasius, in a pulpit oration Theophanes his “syncellus.” said to have prepared for him, is which the patriarch himself ns of the cult of Mary by saypartisa the to scandal great caused of God, for Mary was a mother the Mary build- ing, “Let no one call study to the ecclesiastical student. Their churches are rude of a human being is born being; and that God should be ings, dimly lighted and destitute of pictures or images, save that human ble.” of the Cross, which is treated with the deepest veneration. There impossi stirred up of Cyril (qg.v.) of Alexandria seized his opportunity. He are three liturgies—of the Holy Apostles, of Theodore and Constantinople, at nts disside the aged encour he clergy, own dates his Nestorius. The first is quite free from Nestorian influence, he sed himself to the sister and wife of the emperor, and from some remote period, perhaps prior to 431, and is certainly he addres also sent to Rome a careful He court. the of s official the other bribed the dom; the most ancient of those now in use in Christen ius himself, n selection of Nestorius’s sayings and sermons. Nestor two, though early, are undoubtedly of later date. The Nestoria Celestine I. Pope to write to on other hand, having occasi canon of Scripture seems never to have been fully determined, on the to regard as d incline not was he (whom ans Pelagi the nor is the sacramental system rigidly defined. Nestorian writers, about t of the al), gave from his own point of view an accoun however, generally reckon as sacraments the Priesthood, the heretic which had recently arisen within his patriarchate. Celeses disput Christ, of Oil of Unction, the Offering of the Body and Blood decision g tine naturally resented any questioning of the Roman Absolution, the Holy Leaven and the Signation of the life-givin power g growin the of jealous was concerning the Pelagians, and Cross. The “Holy Leaven” is reputed to be a part of the original 430, he decided in met which synod a In see. le ntinop Consta the of bread of the first Eucharist, brought by Addai and Mari and mainous of the title Qeordxos, bade Nestorius retract his errone tained ever since in the Church; it is used in the confection of in favour on pain of instant excommunication, and entrusted the ng, teachi used the Eucharistic wafers, which are rather thicker than those ion of this decision to the patriarch of Alexandria. bein the Western Church. Communion is given in both kinds, as execut situation of affairs the demand for a general council this In diered administ throughout the East; likewise, confirmation is Valentinian IIT. and sius Theodo ingly accord and ible, irresist c rectly after baptism. Sacramental confession is enjoined, but has came letters summoning the metropolitans of the Catholi recently become obsolete; prayers for the departed and invocation issued each bringing with 431, ntide Whitsu at s Ephesu at meet to church an of saints form part of the services. The bishops are always celiable suffragans. Nestorius, with sixteen bishops and lem, bates and are chosen from episcopal families. The service-books him some Jerusa of l Juvena , bishops following, Cyril with fifty were wholly in ms. until the press of the archbishop of Canter- armed n of Thessalonica arrived. John of Antioch was delayed Flavia and liturthe g (containin Takhsa the issued Urmia at bury’s mission g of the on his journey, and wrote requesting that the openin gies, baptismal office, etc.) and several other liturgical texts.
246
NET
synod should not be delayed on his account. Cyril and his friends assembled in the church of the Theotokos on June 22, and summoned Nestorius to give an account of his doctrines. He replied that he would appear when all the bishops were assembled; and the imperial commissioner, Candidian, formally protested against the opening of the synod. Cyril and the 159 bishops who were with him nevertheless proceeded to read the imperial letter of convocation, and afterwards the letters which had passed between Nestorius and Cyril. The entire assembly then cried anathema on Nestorius and his doctrines, and the decree of his exclusion from the episcopate and from all priestly communion was solemnly read and signed by all present. The accused and his friends never had a hearing. The populace accompanied the members with torches and censers to their lodgings, and there was a general illumination of the city. A few days afterwards (June 26th or 27th) John of Antioch arrived; whether inclined or not to the cause of his former copresbyter, he disapproved the precipitancy with which Cyril had acted, and at a conctlabulum of forty-three bishops held in his lodgings he was induced by Candidian, the friend of Nestorius, to depose the bishops of Alexandria and Ephesus on the spot. The Ephesians intervened to prevent the execution of this decision on the next Sunday. Meanwhile a letter from the emperor declared invalid the session at which Nestorius had been deposed unheard; numerous sessions and counter-sessions were afterwards held, the conflicting parties both seeking the imperial support. In the end Theodosius decided to confirm the depositions which had been pronounced on both sides, and Cyril and Memnon as well as Nestorius were by his orders laid under arrest. Representatives from
by Dr. F. Loofs in 1905 there has also come to our knowledge the most valuable evidence of all, Nestorius’s own account of the whole difficulty, viz., The Bazaar! of Heraclides of Damascus. This pseu. donym served to protect the book against the fate that overtook the writings of heretics, and in a Syriac version it was preserved in the Euphrates valley where the followers of Nestorius settled Ebed Jesu in the 14th century mentions it together with Letters and Homilies, as well as the Tragedy, or a Letter to Cosmas, the Theopaschites (of which some fragments are still extant) and the Liturgy, which is still used by the Nestorian Church. The dis. covery of The Bazaar, which is the Apologia of Nestorius, was made public by Dr. H. Goussen (though members of the Archbishop of Canterbury’s Mission to the Assyrian Christians had previously been acquainted with the book). The text has been edited by P. Paul Bedjan (Leipzig, 1910) and a French translation has been made by M. l’abbé F. Nau. A representative selection of
extracts has been given to English readers in J. F. BethuneBaker’s Nestorius and his Teaching (Cambridge, 1908), chapter ii, of which describes the ms. and its accounts. BIBLIoGRAPHY.—On
Nestorius, in addition to the modern literature
cited in the article, and the standard histories of dogma (A. Harnack, F. Loofs, R. L. Ottley’s Doctrine of the Incarnation, etc.), see R. Seeberg, Lehrbuch der Dogmengeschichte, Bd. ii. § 27 (Leipzig, 1910), L. Duchesne, Histoire ancienne de Péglise, vol. ili. chs. x. xi. (1910); J. F. Bethune-Baker, Nestorius and his teaching (1908); F. Nau, Nestorius, d’aprés des sources orientales (1911) ; Hist. de N. d’aprés la Lettre à Cosme et PH ymne de Sliba, eic., textes syrienne ed. et trans. by F. Nau (1919); F. Loofs, Nestorius and his Place in History (1914); C. Pech, Nestorius als Irrlehrer (1921). See also Catholic Encyclopaedia,
NET.
A fabric of thread, cord or wire, the intersections of
which are knotted so as to form a mesh. The art of netting is intimately related to weaving, knitting, plaiting and lace-making, from all of which, however, it is distinguished by the knotting of the intersections of the cord. It is one of the most ancient and dissolved. Maximian, one of the Constantinopolitan clergy, a na- universal of arts, having been practised among the most primitive tive of Rome, was promoted to the vacant see, and Nestorius was tribes, to whom the net is of great importance in hunting and fishhenceforward represented in the capital only by one congregation, ing. Net isa common Teut. word, of which the origin is unknown; which presently became extinct. it is not to be connected with “knit” or “knot.” The term “net,” But the Antiochenes maintained for some time an attitude of i.e., remaining after all deductions, charges, etc., have been made, antagonism towards Cyril and his creed, and were not pacified until as in “net profit,” is a variant of “neat,” tidy, clean, Lat. nitidus, an understanding was reached in 433 on the basis of a new formula shining. Net-making, as a modern industry, is principally coninvolving some concessions by him. The union even then was cerned with the manufacture of the numerous forms of net used opposed by certain bishops, who were deposed from their sees. in fisheries, but netting is also largely employed for many other Their school at Edessa was closed by Zeno in 489. Immediately purposes, as for the temporary division of fields, for protecting after his deposition Nestorius withdrew into private life in his old fruit in gardens, for screens and other furniture purposes, for monastery of Euprepius, Antioch, until 435, when the emperor bags, appliances used in various games, etc. Since the early part of ordered his banishment to Petra in Arabia. A second decree, it the roth century numerous machines have been invented for would seem, sent him to Oasis, probably the city of the Great netting, and several of these have attained Oasis, in Upper Egypt, where he was still living in 439, at the time commercial success. Fishing nets were EYE when Socrates wrote his Church History. He was taken prisoner formerly made principally from hemp fibre by the Blemmyes, a nomad tribe that gave much trouble to the —technically called “twine.” empire in Africa, and when they set him free in the Thebaid near The forms of fishing nets vary according Panopolis (Akhmim) c. 450, they exposed him to further perseto the manner in which they are intended cution from Schenute, the hero of the Egyptian monks. There is to act. This is either by entangling the fish some evidence that he was summoned to the Council of Chalcedon, in their complicated folds, as in the tramTONGUE though he could not attend it, and in the concluding portion of his mel; receiving them into pockets, as in the book known as The Bazaar of Heraclides he not only gives a full trawl; suspending them by the body in the account of the “Robber Synod” of Ephesus 449, but knows that meshes, aS in the mackerel-net; imprisonTheodosius is dead (July 450) and seems aware of the proceedings ing them within their labyrinth-like chamof Chalcedon and the flight of Dioscurus, the unscrupulous sucbers, as in the stake-net; or drawing them cessor of Cyril at Alexandria. Nestorius was already old and ailing to shore, as in the seine. The parts of a FORK and must have died very soon after. There are still Nestorians in net are the head or upper margin, along Kurdistan, and the Syriac Church is Nestorian in theology, as are which the corks are strung upon a rope the churches in Asia founded by Nestorian missionaries in the FIG. 1.—NEEDLE USED IN called the head-rope; the foot is the oppomiddle ages. NET-MAKING site or lower margin, which carries the Modern, View.—-Only recently has an attempt been made to foot-rope, on which in many cases leaden plummets are made judge Nestorius from some other evidence than that afforded by fast. The meshes are the squares composing the net. The width the accusations of Cyril and the inferences drawn therefrom. of a net is expressed by the term “over”; e.g., a day-net is three This other evidence consists partly of letters from Nestorius, pre- fathoms long and one over or wide. The lever is the first row of served among the works of those to whom they were written, some a net. There are also accrues, false meshes or quarterings, which sermons collected in a Latin translation by Marius Mercator, an are loops inserted in any given row, by which the number of African merchant who was doing business in Constantinople at the meshes is increased. To bread or breathe a net is to make a net. time of the dispute, and other material gathered from Syriac ISyriac, tégiurtd, lit. “merchandise.” The Greek word may have been manuscripts. Since the helpful collection of Nestoriana published éumopiév. Nothing is certainly known of any such Heraclides.
each side were now summoned before him to Chalcedon, and at last, yielding to the sense of the evident majority, he gave a decision in favour of the “orthodox,” and the council of Ephesus was
NETHERLANDS Hand-Netting.—The tools used in hand-netting are the needle, an instrument for holding and netting the material; it is made with
an eye E, a tongue T, and a fork F (fig. 1). The twine is wound on it by being passed alternately between the fork and round the tongue, so that the turns of the string lie parallel to the length of the needle, and are kept on by the tongue and fork. A spool or
247
forming the ordinary hand-knot on the machine nets, and the machine, patented in July 1835, became the foundation of an extensive and flourishing industry. The Paterson machine is very complex. It consists of an arrangement of hooks, needles and sinkers, one of each being required for every mesh in the breadth being made. The needles hold the meshes, while the hooks seize
mesh-pin is a piece of round or flat wood on which the loops are
the lower part of each and twist it into a loop. Through the series of loops so formed a steel wire is shot, carrying with it twine for loops. Each loop contains two sides of the square mesh; therefore, the next range of loops. This supposing that it be required to make a mesh rin. square—that is, twine the sinkers successively catch and depress sufficiently to ENDS OF TWINE form the two sides and loop of the next mesh to be formed. The knot formed by threading the loops is now tightened up, the last formed mesh is freed from the sinkers and transferred to the hooks, and the process of looping, threading and knotting thus continues. Another form of net-loom, working on a principle distinct from that of Paterson, was invented and patented in France by Onésiphore Pecqueur in 1840, and again in France and in Great FIG. 4.—BAUDOUIN AND JOUANNIN’S NET LOOM, WHERE THE “A” Britain in 1849. This was improved by many subsequent inSERIES IS DRAWN INTO LOOPS, OVER AND THROUGH WHICH THE “B"' ventors; especially by Baudouin FIG. 2.—DIAGRAM SHOWING COURSE OF TWINE IN FORMING A FISHERSERIES PASSES and Jouannin. MAN'S KNOT IN NET-MAKING Net Manufacture in the United States—The manufacmeasuring rin. from knot to knot—a spool 2in. in circumference ture of nets for the fisheries in the United States dates back to must be used. Large meshes may be formed by giving the twine about 1844, being initiated by a manufacturer of cotton yarns at two or more turns round the spool, as occasion may require; or the Canton, Massachusetts. The popularity with which the first experispool may be made flat, and of a sufficient width. The method of ‘mental cotton twines were received led the manufacturer to devote making the hand-knot, known as the fisherman’s knot, is more his whole time to their manufacture and improvement. In 1858 the easily acquired by example than described in writing. Fig. 2 first netting-machine in the United States was seen. The limitashows the course of the twine in forming a single knot. From the tions of this machine led to the development of new inventions, last-formed knot the twine passes over the front of the mesh-pin, particularly those designed for handling heavy twines. and is caught behind by the little finger of the left hand, formIn 1919, there were 19 establishments manufacturing nettings, ing the loop, thence it passes to the front and is caught by the nets, scrape bags and seines. These establishments were capitalleft thumb, then through the loops as sketch indicates, after ized at $4,156,000, employing 859 persons, the value of the output which the twine is released by the thumb and the knot is being $5,114,000. The fibre materials used are flax, cotton and drawn taut. Fig. 3 is a bend knot used for uniting two ends of manila. twine. In view of the wholly inadequate supply of domestic flax and as Machine-Netting.—In 1778 a netting-machine was patented but little of it is suitable for the manufacture of netting, domestic by William Horton, William Ross, Thomas Davies and John manufacturers are dependent upon imports for their raw materials. Golby. In 1802 the French Government The use of cotton in the making of nets has increased until the offered a reward of 10,000 francs to the quantities used in 1920 exceeded those for linen. Manila is used person who would invent an automatic by the domestic manufacturers in machine for net-making. Jacquard subthe making of trawls or other bag-nets. mitted a model of a machine which was brought under the notice of Napoleon I. Fishery apparatus employed in and Carnot, and he was summoned to Paris the fisheries of the United States by the emperor who asked—“Are you the and Alaska is valued at more than man who pretends to do what God Al$16,000,000, the greater part of mighty cannot—tie a knot in a stretched which is invested in nets, nettings and lines chiefly cotton, flax and string?” Jacquard’s model, which is incomplete, was deposited in the Conservatoire FIG. 5.—DIAGRAM SHOWING THE hemp. Much of this material lasts des Arts et Métiers; it was awarded a CONTINUATION OF THE PROCESS but two years at best, so that the annual investment in new netting each year is an important factor FIG. 3.—A BEND KNOT prize, and he himself received an appointUSED TO JOIN TWO ENDS, ment in the conservatoire, where he perin the fisheries. A AND B NETHERLANDS, The Netherlands first became known fected his famous attachment to the common loom. In the United Kingdom, the first to succeed in invent- to the Romans through the campaigns of Julius Caesar. He found ing an efficient machine and in establishing the industry of machine the country peopled partly by tribes of Gallo-Celtic, partly by net-making was James Paterson of Musselburgh. Paterson, origi- tribes of Germanic stock, the river Rhine forming roughly the nally a cooper, served in the army through the Peninsular War, and line of demarcation between the races. The Gallo-Celtic tribes was discharged after the battle of Waterloo. He established a net bore the general appellation of Belgae, and among these the Nervii, factory in Musselburgh about 1820; but the early form of machine inhabiting the district between the Scheldt and the Sambre were was imperfect, the knots it formed slipped readily and, there being at the date of Caesar’s invasion, 57 B.C., the most warlike and much prejudice against machine nets, the demand was small. important. To the north of the Meuse, and more especially in
formed, the perimeter of the spool determining the size of the
Walter Ritchie, native of Musselburgh,
devised a method for
the low-lying ground enclosed between the Waal and the Rhine
248
NETHERLANDS
(insula Batavorum) lived the Batavi. Beyond these were found the Frisians (g.v.), who gave their name to the territory between the Rhine and the Ems. Julius Caesar, after a severe struggle with the Nervii and their confederates, was successful in bringing the Belgic tribes into subjection to Rome. Under Augustus, 15 B.c., the conquered territory was formed into an imperial province, Gallia Belgica, and the frontier was strongly fortified. The Batavians were first brought under Roman rule in the governorship of Drusus A.D. 13. They were not incorporated in the empire, but were ranked as allies. In 69 they revolted under a native leader, known only under his Roman name of Claudius Civilis. After the rising, they returned to their position of socii. Their land became a recruiting ground for the Roman armies and they were henceforth faithful in their steady allegiance to Rome. When at the end of the 3rd century the Franks (g.v.) began to swarm over the Rhine into the Roman lands, the names of the old tribes had disappeared. The branch of the Franks—who were a confederacy, not a people—which gradually overspread Gallia Belgica, bore the name of Salii, from their position on the river Saale. In the days of their great king Clovis (481-511) they were in possession of the whole of the southern and central Netherlands. The strip of coast between the mouths of the Scheldt and Ems remained, however, in the hands of the Frisians (g.v.), and the Saxons (g.v.) had occupied a portion of the districts known later as Gelderland, Overyssel and Drente. The conversion of the Franks tended to facilitate fusion be-
ity was the inevitable consequence.
Long before the end of the
r1th century the system of feudal States had been firmly estah. lished in the Netherlands. The part which their rulers played in the Crusades is a proof of their order and prosperity. EARLIEST
CHARTERS
Rise of the Cities in the Netherlands.—Little is known
about the Netherlands towns before the 12th century. The earliest charters date from that period. The charters were of the nature of a treaty between the city and its feudal lord, and they differed much in character according to the importance of the place and the pressure it was able to put upon its sovereign. The extent of the rights which the charter conceded determined whether the town was a free town or a commune. In the case of a commune the concessions included generally the right of inheritance, justice, taxation, use of wood, water, etc. The lord’s representative, en-
titled “justiciary” (schout) or “bailiff” (baljuw), presided over the administration
of justice and took command
of the town
levies in war. The gemeente—consisting only of those bound by the communal oath for mutual help and defence—elected their own magistrates. These electors were often a small proportion of the whole body of inhabitants: sometimes a few influential families alone had the right, and it became hereditary. The magis-
trates bore the name of scabini, and at their head was the seigneurial official—the schout or baljuw. These scabini appointed
from the citizens a body of sworn councillors to assist them whose presidents, styled “burgomasters,” had the supervision of the communal finances. tween them and the Gallo-Roman population, and to accentuate The most powerful and flourishing of all were those of Flanders the enmity between the Franks and the heathen Frisians and -——Ghent, Bruges and Ypres. In the 13th century these towns had Saxons. In the south of the Netherlands bishoprics were set up become the seat of large industrial populations employed upon at Cambrai, Tournai, Arras, Thérouanne and Liége. In the north the weaving of cloth with its dependent industries, and closely progress was much slower and success was due rather to the arms bound up by trade interests with England, whence they obtained of the Carolingian kings than to missionary efforts. Towards the the wool for their looms. Bruges, at that time connected with the end of the century, Charlemagne, himself a Netherlander by descent and ancestral possessions, after a severe struggle thoroughly sea by the river Zwijn and with Sluis as its port, was the central subdued the Frisians and Saxons, and compelled them to embrace mart and exchange of the world’s commerce. In these Flemish cities the early oligarchic form of municipal government speedily Christianity. gave way to a democratic. The great mass of the townsmen orThe Duchy of Lower Lorraine.—The Verdun treaty (843) assigned the central part of the Empire to the Emperor Lothaire, ganized in trade gilds—weavers, fullers, dyers, smiths, leatherseparating the kingdom of East Francia (the later Germany) from workers, brewers, butchers, bakers and others, of which by far West Francia (the later France). This middle kingdom included the most powerful was that of the weavers—as soon as they bethe whole of the later Netherlands with the exception of the por- came conscious of their strength rebelled against the exclusive tion on the left bank of the Scheldt, which river was made the privileges of the patricians and succeeded in ousting them from boundary of West Francia. On the death of the emperor, his son power. The patricians relied upon the support of the French Lothaire II. received the northern part of his father’s domain, Crown, but the fatal battle of Courtrai (1302), in which the handicraftsmen laid low the chivalry of France, secured the triumph known as Lothari Regnum, corrupted later into Lotharingia and Lorraine. Lothaire had-no heir, and in 870 by the Treaty of Mers- of the democracy. The power of the Flemish cities rose to its sen his territory was divided between the kings of East and West height during the ascendancy of Jacques van Artevelde (1285Francia. In 879 East Francia acquired the whole; from g12 to 1345), the famous citizen-statesman of Ghent, but after his down924 it formed part of West Francia. In 924 Lorraine passed in fall the mutual jealousies of the cities undermined their strength, the reign of Henry the Fowler under German overlordship. and with the crushing defeat of Roosebeke (1382) in which Philip Henry’s son, Otto the Great, placed it in 953 in the hands of his van Artevelde perished, the political greatness of the municipalable brother, Bruno, archbishop of Cologne, for pacification. ities entered upon its decline. In Brabant—Antwerp, Louvain, Brussels, Malines (Mechlin)— Bruno, who kept for himself the title of archduke, divided the and in the episcopal territory of Liége—Liége, Huy, Dinant—there territory into the two duchies of Upper and Lower Lorraine. Godfrey of Verdun was invested by him with the government of was a more feeble repetition of the Flemish conditions. Flourishing Lower Lorraine. The history of the Netherlands from this time communities were likewise to be found in Hainault, Namur, Camforward—with the exception of Flanders, which continued to be brai and the other southern districts of the Netherlands, but noa fief of the French kings—is the history of the various feudal where else the vigorous independence of Ghent, Bruges and Yprés, States Into which the duchy of Lower Lorraine was gradually nor the splendour of their civic life. In the north also the 13th century was rich in municipal charters. Dordrecht, Leyden, Haarbroken up. (See FLANDERS; HOLLAND; BRABANT; GELDERLAND; lem, Delft, Vlaardigen, Rotterdam in Holland and Middelburg and LIMBURG; UTRECHT; LIÉGe.) The development of feudalism in the Netherlands was largely Zierikzee in Zealand, repeated with modifications the characterdue to the necessity of protecting the land against the Scandi- istics of the communes of Flanders and Brabant. But the growth navian attacks of the gth and roth centuries. For a time near the and development of the northern communal movement, though middle of the oth century the Northmen were masters of all strong and instinct with life, was slower and less tempestuous Holland and Friesland, though they never established permanent than the Flemish. In the bishopric of Utrecht, in Gelderland and settlements there. On one occasion, in 880, the emperor, Friesland, the privileges accorded Utrecht, Groningen, Zutphen, Charles the Fat, led an army against the Northmen, then en- Stavoren, Leeuwarden followed rather on the model of those of camped at Elsloo, but the remoteness of the Netherlands from the the Rhenish “free cities” than of the Franco-Flemish commune. THE BURGUNDIAN DOMINION centres of either French or imperial power threw the burden of Consolidation of Power.—It was at this time that Flandefence upon local magnates, and a great increase in their author-
249
NETHERLANDS
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NETHERLANDS SINCE THEIR UNION UNDER CHARLES V. 1543 ENGLISH MILES
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NETHERLANDS
ders, and gradually the other feudal States of the Netherlands, by
tional language should be used in public documents.
marriage, purchase, treachery or force, fell under the dominion of
court of justice at Malines was abolished, but the Grand Council was reorganized and made thoroughly representative. The Great Privilege was supplemented by provincial charters, the Flemish
the house of Burgundy. The foundation of the Burgundian rule in the Netherlands was laid by the succession of Philip the Bold to the counties of Flanders and Artois in 1384 in right of his wife, Margaret de Male. In 1404 Antony, Philip’s second son (killed at Agincourt, 1415), became duke of Brabant by bequest of his great-aunt Joan. The consolidation of the Burgundian power was effected by Philip the Good, grandson of Philip the Bold, in his long and successful reign of 48 years, 1419-67. He inherited Flanders and Artois, purchased the county of Namur (1427) and compelled his cousin Jacqueline, the heiress of Holland, Zealand, Hainault and Friesland, to surrender her possessions to him in 1428. On the death, in 1430, of his cousin Philip, duke of Brabant, he took possession of Brabant and Limburg; the duchy of Luxemburg he acquired by purchase, 1443. He made his bastard son David bishop of Utrecht, and from 1456 onwards that see continued under Burgundian influence. This extension of the Burgundian dominion implied the establishment of a strong monarchical authority. The dukes had united under their sway a number of provinces with different histories, institutions and languages, and their aim was to centralize their government. The nobility and clergy were on the side of the ducal authority; its opponents were the municipalities, especially those of Flanders. Their strength had been seriously weakened by the overthrow of Roosebeke, but Philip on his accession found them once more advancing rapidly in power and prosperity. He was quite aware that the industrial wealth of the great Flemish communes was financially the mainstay of his power, but their very prosperity made them the chief obstacle of his schemes of unifying into a solid dominion the loose aggregate of States over which he was the ruler. On this matter Philip would brook no opposition. Bruges was forced after strenuous resistance to submit to the loss of its most cherished privileges in 1438, and the revolt of Ghent was quenched in the “red sea” of Gavre in 1453. The splendour and luxury of the court of Philip surpassed that of any contemporary sovereign. A permanent memorial of it remains in the famous Order of the Golden Fleece, which was instituted by the duke at Bruges in 1430 on the occasion of his marriage with Isabel of Portugal, a descendant of John of Gaunt. Before the accession of Charles, the only son of Philip, two important steps had been taken towards unification. The first was the appointment of a grand council with supreme judicial and financial functions, whose seat was finally fixed at Malines in 1473; the other the summoning of deputies of all the provincial “States” of the Netherlands to a States-general at Brussels in 1465. But Charles did not possess the qualities of a builder of States. At first all went well with him. By his ruthless suppression of revolts at Dinant and Liége he made his authority undisputed throughout the Netherlands. His campaigns against the French king were conducted with success. His creation of a formidable standing army, the first of its kind in that age of transition from feudal conditions, gave to the Burgundian power all the outward semblance of stability and permanence. But Charles, though a brave soldier and good military organizer, was neither a capable statesman nor a skilful general. At the very height of his power all his schemes of aggrandisement came to sudden ruin through a succession of disastrous defeats at the hands of the Swiss. At Nancy, Jan. 5, 1477, Charles was himself among the slain, leaving his only daughter, Mary of Burgundy, then in her 20th year, sole heiress to his possessions. The catastrophe of Nancy threatened the loosely knit Burgundian dominion with dissolution. Louis XI. claimed the reversion of the French fiefs, and seized Burgundy, Franche Comté and Artois. But the Netherland provinces, though not loving the Burgundian
dynasty, had no desire to have a French master. Deputies representing Flanders, Brabant, Hainault and Holland met at Ghent, where Mary was detained almost as a prisoner, and compelled her
(Feb. ro, 1477) to sign the “Great Privilege.” This charter provided that no war could be declared nor marriage concluded by the sovereign, nor taxes raised without the assent of the States, that natives were alone eligible for high office and that the na-
The central
Privilege (Feb. 10), the Great Privilege of Holland and Zealand (Feb. 17), the Great Privilege of Namur and the Joyeuse Entrée of Brabant, both in May, thus curtailing the sovereign’s power of interference with local liberties. On these conditions Mary obtained the hearty support of the States against France. Her marriage four months later to Maximilian of Austria was the beginning of the long domination of the house of Habsburg, The next 15 years were for Maximilian a stormy and difficult period. The duchess Mary died from the effects of a fall from her horse (March 1482), and Maximilian became regent (mambourg) for his son. The peace of Arras with France (March 1483) freed him to deal with the discords in the Netherland provinces, and more especially with the turbulent opposition in the Flemish cities. With the submission of Ghent (June 1485) the contest was decided in favour of the archduke, who in 1494, on his election as emperor, was able to hand over the country to his son Philip in a comparatively tranquil and secure state. Philip was 15 years of age, and his accession was welcomed by the Netherlanders with whom Maximilian had never been popular. Gelderland, however, which had revolted after Nancy, had Charles of Egmont for its duke, and the two bishoprics of Liége and Utrecht were no longer subject to Burgundian authority. In 1496 Philip married Joanna of Aragon, who in 1500 became heiress apparent to Castile and Aragon, and she gave birth at Ghent to a son, afterwards the Emperor Charles V. On the death of Queen Isabel, Philip and Joanna succeeded to the crown of Castile and took up their residence in their new kingdom (Jan. 1506). A few months later Philip unexpectedly died at Burgos (Sept. 25). His Burgundian lands passed without opposition to his son Charles, then six years
of age.
(X.)
RELIGIOUS
DIFFICULTIES
Charles V.—The emperor Maximilian, who was regent during the minority of his grandson, appointed his daughter Margaret, widow of Philibert duke of Savoy, as governor-general, an office which she held with varying success for eight years. In 1515, at the instance of the States-General, the 15-year-old Charles was suddenly declared of age. Born and brought up in the Netherlands he was personally popular there and the country was prosperous. Unfortunately, however, his accession brought the Netherlands into the huge and incongruous collection of states which the wars and marriages of the Habsburgs had heaped together. By the time he was 20 Charles was king of Aragon and Castile, with their Italian and American possessions, head of the house of Austria, and emperor. This meant first that he had to spend most of his life in his other dominions, leaving the Netherlands again to his aunt Margaret, and after her death (Nov. 27, 1530) to his sister Mary, the widow of that king of Hungary who had fallen at Mohacz. It meant also that he had to make large financial demands on these rich provinces for the purposes of his many wars. Opposition to the taxes led at last to one serious collision: the great city of Ghent resisted, and on Feb. 14, 1540, Charles entered it as a conqueror and humbled it by annulling its liberties and exacting a heavy fine. Another difficulty was the rapid growth of protestantism. A series of severe edicts against heresy was issued and enforced; but though many heretics were executed, every form of protestant belief continued to make converts. None of these dangers however, came as yet to ahead. The rule of Charles and the ‘“‘governesses” was on the whole moderate and successful. He rounded off the dominions by the purchase and subjugation of Friesland (1524), the annexations of the lands of the bishops of Utrecht (1528) and the defeat of an opponent who tried to establish himself in the duchy of Gelderland (1538). By 1543 he ruled over the 17 provinces which are usually meant by the name “Netherlands,” though oddly enough there are several different ways of enumerating them. It is due not to any geographical or racial factors, but simply to the subsequent course of political history that there was no further expansion of the frontiers to the east or south. In the task of welding these
251
NETHERLANDS provinces together by constitutional links Charles made some headway, but not much. He made the rules of hereditary succession the same for all of them, so that they should never be divided among different heirs. He carried out a nominal, but in the result quite ineffective, incorporation of the provinces in the Holy Roman empire. He governed the provinces by executive councils of the type usual in the monarchies of the period, and, in addition to the provincial estates, he liked to summon, when he needed
grants of money, States-General such as his predecessors had sometimes used. These stood, however feebly, for the principle of the unity of the Netherlands. Philip I1.—Conflict was precipitated in the Netherlands under
Philip II., who succeeded his father on his abdication in 1555. In the first 12 years of his reign all the latent quarrels burst out.
In 1559 the Peace of Cateau Cambrésis
(a town better known
now as Le Cateau) removed the pressure of war with France, and so cleared the way for the Dutch revolt and for the French wars of religion. As Philip was not emperor and ceased to be
the smashing of the images, altars, pictures and painted windows of the churches. The Calvinist burghers and gentry were forming armies and preparing to defend the towns where they were most influential. The general confusion, however, caused many of their adherents to fall away and most of the magnates to rally to the Government. William of Orange, by attempting to mediate, lost the confidence of both sides. Margaret raised a considerable force of German mercenary troops, which took possession of Valenciennes and Tournay and destroyed the ill-organized rabble of Calvinists in West Flanders and before Antwerp. The troubles had reached a stage in which there was to be no more mercy or hesitation on the side of the Government; but the only one of the discontented magnates who grasped this was William of Orange, who departed to his German estates in April 1567. The veteran Spanish general the duke of Alva was already on the march from Italy with a model force of about 10,000 men. THE REVOLT
OF THE NETHERLANDS
king of England on the death of his wife Queen Mary in 1558, the Netherlands now belonged to a combination of states, in which no other part was infected with protestantism: the religious struggle there was consequently more uncompromising than in Germany. Philip was determined to crush heresy. His policy was in a sense no more harsh than that of Charles; but as protestantism grew its repression caused greater discontent. Philip
Alva’s rule, from 1568 to 1573, is the classical example of military despotism. Margaret resigned soon after his arrival: Egmont and Hoorn had already been arrested. An illegal tribunal, the Council of Troubles, nicknamed the Council of Blood, was set up to try those who had taken part in the disturbances. There were wholesale executions. Crowds of refugees fled by sea and land. Orange was outlawed (Jan. 24, 1568) and his estates confiscated; began, but never completed, the carrying out of a scheme which his eldest son and heir, a student at Louvain, was kidnapped and had been for some time in contemplation for rectifying the carried away to Spain. The father meanwhile, acting in his caanomalies of the boundaries of the episcopal sees, and for making pacity as a sovereign prince and making war nominally only on smaller dioceses with a more efficient episcopate. This not only Alva, not on his master Philip, had raised an army in Germany intensified the fear of persecution, but alienated the greater which was led by his brother Louis of Nassau into Friesland. Here it won a fight at Heiligerlee (May 23); but at Jemgum or nobles. Prelude to the Revolt.—These religious questions would not Jemmingen it was completely defeated on July 21 by Alva in by themselves have led to a revolution. The most powerful class person. Before setting out from Brussels he had struck a characin the Netherlands were the great nobles, from whom the “stad- teristic blow. Egmont and Hoorn and 20 other nobles had been holders” or lieutenants of the provinces were chosen, and on beheaded. In September Orange appeared with another army; whom the privileged order of the Golden Fleece was often con- but Alva, avoiding battle, starved him back into Germany. He ferred. Among these there was a widespread feeling against was now undisputed master in the Netherlands and settled down to Spanish rule, and a desire to subordinate the power of the king’s the military, ecclesiastical, judicial and other measures which were ministers to their own and that of the estates. The period from needed to consolidate his success. These measures caused sub1559 (when Philip departed to Spain) to 1567, during which the terranean discontent and was growing opposition. Campaigns of 1572—73.—In 1572 affairs took a new turn. governor-general was the king’s illegitimate half-sister Margaret duchess of Parma, is known as the prelude to the revolt. Its first William had been in the habit of granting to some of his followers stage lasted till 1564. By this time the magnates, led by William commissions to act as privateers. These fierce sea-rovers, the Seaof Orange (see WILLIAM I., Prince of ORANGE), Egmont and Beggars (gueux de mer) had committed many depredations on Hoorn had succeeded in two things. They had brought about the commerce and had not abstained from cruelties, especially against withdrawal of the Spanish troops, and they had got rid of the priests, but they had had to operate from foreign parts, such as minister Cardinal Granvelle, archbishop of the new see of Mech- England or East Friesland. Now, on April 1, 1572, they seized lin, whom they somewhat mistakenly blamed for most of their the port of Brill, at the mouth of the Maas. Soon after this they grievances. Margaret’s decision to rely on co-operation with the took Flushing, which commands the other great waterway, the magnates did not, however, promote real harmony. The religious Scheldt. Henceforth the rebels had a foothold of their own in troubles increased and led to a conflict between the Government the Netherlands. In comparison with this great fact it was of and the chartered privileges of the towns and estates, in the course minor importance, though few saw it at the time, that an almost of which the magnates formulated demands for the summoning simultaneous movement of rebellion in the southern provinces of the States-General and for government by councils of aristo- was overpowered. William’s brother Louis met with disaster in cratic composition. In the summer of 1565 a new element came his seizure of Mons, from which the promised help of the French forward. More than 300 of the lesser nobles or gentry signed the Huguenots was cut off by the massacre of St. Bartholomew. Compromise by which they undertook to help and protect one The co-operating army of William failed as his other armies had another against persecution and to put an end to the inquisition. failed. Within three months of the capture of Brill Amsterdam They were actuated by religious conviction, not, like the mag- was the only town still remaining to the Spaniards in the province nates, by the tolerance of the man of the world, and there were of Holland. The States of Holland assembled and put the finances many among the rich burghers who were prepared to back up and administration of the rebels on a sound footing. When the this determined party. On April 5, 1566, the signatories presented south fell away after his and Louis’s failure, William took up his to Margaret a petition called the Request. On this occasion a residence at Delft. He had been converted to Lutheranism at an nobleman contemptuously referred to them as beggars (gueux). earlier stage, but was soon to throw in his lot with the Calvinists
They adopted this nickname and wore as badges the curious medals with a beggar’s wallet which may still be seen in museums. Margaret made an ambiguous concession to their demands; but the result was only to precipitate the conflict (see Gueux, Les). Extreme Calvinists and religious fanatics of all sects redoubled their activity. Field-preaching spread like wildfire and became something very little different from rebellion. In August many places, especially Antwerp, were alarmed by formidable riots for
of Holland. Alva moved northwards to stamp out the rebellion. At Mechlin there were three days of butchery. The duke’s son Don Frederick de Toledo sacked Zutphen and massacred the whole population of Naarden. But a new element was making its appearance in history: the burghers began to show a heroism with which the Spaniards could not cope. Haarlem held out all through the winter. On July 12, 1573, it surrendered: the townsfolk were spared, but the garrison, except the German merce-
252
NETHERLANDS
naries, were killed toa man. At Alkmaar victory began: the dikes were cut and Don Frederick withdrew his army before the advancing inundations. In October Alva’s fleet was defeated on the Zuider Zee and the admiral captured. On land his troops were unpaid and mutinous; he had lost the confidence of the king; on Dec. 18 he left Brussels, having served the master as badly as he had served the subjects. Requesens.—His successor, Don Luis de Requesens, grand commander of Castile, arrived in Nov. 1573. Both sides were now ready for compromise. The south was suffering from the maritime war, but the north insisted on freedom of religious belief and the negotiations which were begun broke down in July 1574. Meanwhile the war had gone on, with serious reverses for the rebels but on the whole in their favour. In Feb. 15474 the fall of Middleburg ended the hold of the Spaniards on Zeeland; but on March 14 Louis of Nassau was defeated and killed at Mook Heath near Nijmwegen. The siege of Leyden was a turning-point. After enduring every extremity the town was at last relieved on Oct. 3 by ships which crossed the flooded countryside. This triumph was commemorated by the foundation of the university which soon made Leyden one of the famous places of the world. During the summer support had been falling away from the inefficient Requesens: only Hainault, Artois and Namur appeared at a meeting of the States-General. On the other hand the north set about strengthening its organization. Holland and Zeeland made an agreement for union, and entrusted William of Orange, their stadholder, with the command of the naval and military forces and the final appointment to all political and judicial offices and to vacant city magistracies. The fighting was still not uniformly favourable to the north. In October the Spaniards Mondragon and Ulloa began the reconquest of the islands of Duiveland and Schouwen in Zeeland. But this availed little. On March 5, 1576, Requesens died and the council of state took over the Government. The fighting in Zeeland had used up all the money, so in July the troops there mutinied and marched into Brabant where they established themselves at Alost. Popular opinion turned against the council of state. The States of Brabant had troops in their service, and on Sept. 5 these arrested the members of the council in the name of the States, though not by their order. The Pacification of Ghent and Its Failure—William of Orange saw the chances of the moment and, with a picked body of troops, advanced into Flanders, occupied Ghent and entered into negotiations with the States-General. His overtures were favourably received, the council at Brussels was dissolved, and a conference was opened at Ghent on Oct. 19. While it was at work the news came of the Spanish Fury at Antwerp. On Oct. 3 the mutinous troops had marched thither from Alost, had overpowered the garrison and had sacked the greatest city of the Netherlands with barbarous. ferocity. This news silenced all differences among the Netherlanders and on Nov. 8 there was signed the Pacification of Ghent. This marked in a sense the zenith of the revolt; but the nobles of Brabant and Hainault were not under William’s leadership, and the religious articles left the way open for a later split. The first problem was that of Don John of Austria. This famous man, bastard brother of the king and victor of Lepanto, had been appointed governor and had arrived at Luxembourg on the day of the Spanish Fury. Orange opposed his recognition as governor and persuaded the States-General to recognize him only on condition that he should accept the Pacification. Negotiations led to a deadlock. At this crisis the hands of Orange and the patriotic party were greatly strengthened by a new compact, the Union of Brussels (Jan. 1577), which was signed by all the provinces represented in the States-General. This engaged its signatories to unite in ejecting the foreign soldiery, in carrying out the Pacification, in recognizing Philip’s sovereignty, and at the same time in maintaining the charters and constitutions which the king on his accession had sworn to observe. It added the north-east to the area which had accepted the Pacification; many signatories were Catholics. Luxembourg was left outside it. Faced by this opposition, Don John had to yield, and on Feb. 12 he signed the Perpetual
Edict (ratified soon after by Philip) in which he accepted the pro. gramme of William of Orange, except that catholicism was to be maintained.
On May 1 Don John made his state entry into Brussels, but only to find that he had no real authority. He wrote to Philip: “The prince of Orange has bewitched the minds of all men. They keep him informed of everything and take no resolution without consulting him.” In July with some Walloon troops Don John suddenly left Brussels for Namur. This was practically a renewal of civil war. It alienated the States-General and the southern aristocrats, and on Sept. 23 William of Orange triumphantly returned to Brussels after an absence of ten years, The unanimity on which this triumph was based did not last long: in October the States-General repudiated him as their leader. The prospect of success ended unity. The growth of Calvinism alarmed the Catholics. At the secret invitation of the Catholic nobles of the south headed by the duke of Aerschot there
arrived in Brussels the archduke Matthias, brother of the emperor, and afterwards emperor himself. He was 20 years of age. On Jan. 18, 1578, he assumed the title of governor, which he nominally held till 1581. Alienation of the South.—Philip, now thoroughly alarmed, sent Alexander Farnese with a veteran force of 20,000. With these Don John at Gemblours near Namur routed the rebel army. He became master of Louvain, Judoigne, Tirlemont, Aerschot, Bouvignes, Sichem, Nivelles, Roeux, Soignies, Binch, Beaumont, Walcourt, Maubeuge and Chimay. The malcontent Catholics now turned from Matthias to the duke of Anjou, formerly Alençon, who had invaded the Netherlands with a French force and seized Mons. At the same time John Casimir, brother of the elector palatine, at the invitation of the Calvinist party and
with the secret financial aid of Queen Elizabeth, entered the country at the head of a body of German mercenaries from the east. In Ghent under his protection there were Calvinist excesses which alienated the southern Catholic nobles, the States-General and the town patriciates. Orange prevailed on Anjou to accept the title of “Defender of the liberties of the Netherlands,” and Anjou promised, if the provinces would raise an army of 10,000 foot and 2,000 horse, to come to their aid with a like force. John Casimir and Anjou both left the Netherlands in the winter of 1578-79, the latter to return at a later stage of events. Meanwhile Don John had aroused the distrust of Philip by his dreams of invading England and marrying Mary Queen of Scots, and
Philip cut off supplies. Don John died on Oct. 1, 1578. On Jan. 5, 1579, the deputies of Hainault, Artois, Douai, formed themselves into a league for the defence of the Catholic religion, and, subject to his observance of the political stipulations of the Union of Brussels, professed loyal allegiance to the king. This league of Arras called forth the answering protestant Union of Utrecht, the work of John of Nassau. Both were nominally under the Pacification of Ghent, but the signatories were cleanly divided by religion. At this point it is convenient to end the narrative of the history of the Netherlands, treating henceforth as separate political units the obedient provinces of the south and the seven northern provinces which had already as good as won their independence and were to maintain it as a republic. (See Bexcrum: History, and Hortan: History.) BrIBLIOGRAPHY.—The best short general accounts in English are G. Edmundson, History of Holland (1922) and the same writer’s chapters in Cambridge Modern History, vol. i. c. xiii. (1902), vol. il. c. vi. and vii. (1904): both works have bibliographies. For original authorities and books in the Dutch language see the excellent lists in I. H. Gosses and N. Japikse, Handboek tot de staatkundige geschiedenis van Nederland (The Hague, 1920), which is the best handbook, and P. J. Blok, History of the People of the Netherlands, 5 vols. (1898-1912), the standard work for the northern provinces; that for the southern is H. Pirenne, Histoire de Belgique, vols. i—vil. (3rd ed., 1909-26) to which the same author’s Bzbliographie de
Phistoire de Belgique is a companion. For the earlier part of the period E. Armstrong, The Emperor Charles V., 2 vols. (and ed. London, 1910), is valuable. J. L. Motley, The Rise of the Dutch Republic, 3 vols. (1856 and many subsequent editions) is a classical work and still a popular favourite. Ruth Putnam, William the Silent (x911) is a brief modern biography; F. Rachfahl, Margaretha von Parma (Munich, 1898), an excellent work of the same class; the
NETHERLANDS
OVERSEA
same author’s Wilhelm von Oranien und der niederländische Aufstand, 3 vols. (The Hague, 1906-24) is a minute study of the period down to 1569.
(G. N. C.)
NETHERLANDS oF NEUTRALS
OVERSEA
(BLOCKADE).
NETHERSOLE,
OLGA
(1863-
TRUST:
see RATIONING
), English actress, of
Spanish descent, was born in London, and made her stage début at Brighton in 1887. In 1888 she played with John Hare at the
Garrick, London, and, after other engagements, in 1894 took the Court Theatre
on her own
account.
She was
manager
at His
Majesty’s (1898), at the Adelphi (1902) and at the Shaftesbury
(1904). She took the Théâtre Bernhardt, Paris, in 1907, appearing herself in leading rôles. She toured in Australia and America,
playing leading parts in modern plays, notably Clyde Fitch’s Sapho
(produced in London in 1902). Miss Nethersole worked during the World War on various Red Cross organizations.
NETHINIM, the name given to the members of a class of
assistants in the service of the temple of Jerusalem. In the Old Testament they are specially mentioned, and thus designated, only
by the compiler of Chronicles-Ezra-Nehemiah (3rd century B.c.). The name means “given” or “dedicated,” i.e., to the temple; cf. Num. iii. 9, vili. 19, where the same term is applied to the Levites. In x Esdras and Josephus they are called tepddovXou, as are also the Levites in 1 Esdrasi. 3. In the census lists compiled by the Chronicler, where a complete classification is desired, we find the order: Levites, singers, porters, Nethinim, ¢.g., in Ezra ii. Of these classes, the first three are of equal rank; the singers and porters are Levites (1 Chr. ix. 2, Neh. xi. 3, 15~18, xiii. 22, etc.), though sometimes expressly distinguished from them, when the special duties of the several orders are thought of (2 Chr. xxxv. 15, Ezra ii. 70, etc.). In the time of the Chronicler the Nethinim were free men and members of the Israelite community. They were registered by families and were exempt from taxation. Like the priests and Levites they served in rotation, being assigned to a certain portion of Jerusalem (Ophel), and also to neighbouring Levitical cities or villages. In Neh. x. 29 seg. they join in the solemn covenant, promising among other things not to intermarry with “the peoples of the land.” It is generally supposed, and not without good reason, that the Nethinim had their origin in a class of foreign menials (slaves) employed in the temple. In the time of the Chronicler it was customary to describe the Nethinim as “those given by David for the Levitical service” (Ezra viii. 20), and similar to this is the designation of one portion of them as the “children of Solomon’s
TRUST—NETTLE
TREE
253
penetrates the skin, breaks off and its contents pass out.
The
fluid contains formic acid and has a temporary irritant effect. Nettle tops, or the very young shoots of the nettle, may be used as a vegetable like spinach; but from the abundance of crystals (cystoliths) they contain they are apt to be gritty. The fibre furnished by the stems of several species is used for cordage or paper-making. Three species of nettle are wild in the British Isles: the common or great nettle (U. dioica), which is a hairy perennial with staminate and pistillate flowers in distinct plants;
the small nettle (U. urens), which is annual and, except for the stinging hairs, glabrous, and has staminate and pistillate flowers in the same panicle; and the Roman nettle (U. pilulifera), an annual with the pistillate flowers in rounded heads, which occurs in waste places in the east of England, chiefly near the sea—the most virulent British species. In North America, where the small nettle has become naturalized across the continent and the great nettle, from Newfoundland to Colorado and southward, there are several native nettles. Among these are the tall nettle (U. gracilis), found across the
continent northward; the weak nettle (U. chamaedrioides), of the south-eastern States; the hoary nettle (U. holosericea), found from Idaho and Washington to Lower California, and the California nettle (U. californica). Closely allied are the wood nettle (Laportea canadensis), of the eastern United States, and the western nettle (Hesperocnide tenella), of California. NETTLERASH, the popular English name for urticaria (q.v.), a disorder of the skin resembling the effect produced by the sting of a nettle and attended with great irritation. It occurs either in acute or chronic form. In America the corresponding term is “hives.”
NETTLESHIP,
HENRY
(1839-1893),
English classical
scholar, was born at Kettering on May 5, 1839. He was educated at Lancing, Durham and Charterhouse schools, and Corpus Christi college, Oxford. He was a master at Harrow and later professor of Latin at Oxford, where he died on July 10, 1893. He specialized in the study of Virgil. After Conington’s death in 1869, he saw his edition of Virgil through the press, and revised and corrected subsequent editions. In 1887 he published some of the results of 12 years’ labour on a Latin lexicon (never completed) in a volume entitled Contributions to Latin Lexicography. The second series of his Lectures and Essays, published in 1895, and edited by F. Haverfield, contains a memoir by Mrs. M. Nettleship, with full bibliography. NETTLESHIP, RICHARD LEWIS (1846-1892), Engservants” (Ezra ii. 55, Neh. vii. 57, xi. 3). lish philosopher, was born on Dec. 17, 1846, and educated at Uppingham and Balliol college, Oxford. He won the Hertford NETLEY, a village in Hampshire, England, 3 Southampton, and on a branch of the S.Rly. Pop. of ecclesiastical scholarship, the Ireland, the Gaisford Greek verse prize, a Craven district (1921) 1,396. A Cistercian abbey was founded in 1237 by scholarship and the Arnold prize, but took only a second class Henry III; its ruins include a great part of the cruciform church, in Litterae Humaniores. He became fellow and tutor of his colabbot’s house, chapter house and domestic buildings. The style is lege and succeeded to the work of T. H. Green, whose writings Early English and Decorated. The gatehouse was transformed he edited with a memoir (1880). His philosophy was idealistic into a fort in the time of Henry VIII. Netley Hospital for and Hegelian. He died on Aug. 25, 1892, from the effects of exwounded soldiers, built after the Crimean War is one of the posure on Mont Blanc, and was buried at Chamonix. principal military hospitals in Great Britain. Besides his edition of Green’s works, Nettleship published The NETSCHER, GASPAR (1639-1684), German portrait and Theory of Education in Ploto’s Republic (1880). His Philogenre painter, was born at Heidelberg in 1639. As a boy he was sophical Lectures and Remains were edited by A. C. Bradley adopted by a physician named Tullekens, who placed him under (1897, 2nd ed., 1901), the Lectures on the Republic of Plato an artist named de Koster, and afterwards under Ter Borch. He being printed separately in 1898 (2nd ed., 190r). then went to Italy, but finally settled at Bordeaux, where he made NETTLE TREE, the name applied to certain trees of the a living by painting the small cabinet pictures which are now so genus Celtis, belonging to the elm family (Ulmaceae). The besthighly valued on account of their exquisite finish. After removing known species have usually obliquely ovate, or lanceolate leaves, to The Hague, he turned his attention to portrait-painting, which serrate at the edge, and marked by three prominent nerves. The proved more lucrative. His sons Constantyn (1668-1722), and flowers are inconspicuous, with a 4- or 5-parted perianth, as many Theodorus (1661~1732), were also painters after their father’s stamens, a hairy disk and a 1-celled ovary with a 2-parted style. The fruit is succulent, like a little drupe, a character which serves style, but inferior in merit. NETTLE, the common name for the plants of the botanical to separate the genus alike from the nettles and the elms, to genus Urtica, which gives its name to the family Urticaceae. both of which it is allied. C. australis is a common tree, both wild It contains about 30 species found in the temperate parts of both and planted, throughout the Mediterranean region extending to hemispheres. They are herbs covered with stinging hairs, and with Afghanistan and the Himalayas; it is also cultivated in Great very small, greenish, unisexual flowers on the same or on different Britain. It is a rapidly growing tree, from 30 to 4o ft. high, plants. The stinging hairs consist of an elongated tubular cell with a remarkably sweet fruit, recalling a small black cherry, the extremity of which is finely pointed. By this point the hair and was one of the plants to which the term “lotus” was applied
254
NEU-BRANDENBURG—NEUCHATEL
by Dioscorides and the older authors. The wood, which is compact and hard, is used for a variety of purposes. C. occidentalis, a North American species, is the hackberry (g.v.).
NEU-BRANDENBURG, a town of Germany, in the repub-
lic of Mecklenburg-Strelitz, on the lake called Tollense See, 58
m. W.N.W. of Stettin by rail. Pop. (192 5) 13,826. Neu-Brandenburg was founded in 1248, and has belonged to Mecklenburg since 1292. It is partly surrounded with walls, and possesses four old Gothic gates, dating from about 1300. The principal buildings are the Marienkirche, a 13th century Gothic building, the former grand ducal palace, and the palace of Belvedere. NEUBREISACH: see Neur-Brisacu.
NEUBURG, a town in the republic of Bavaria, situated on
the Danube r2 m. W. of Ingolstadt by rail. Pop. (1925) 7,564. Neuburg was originally an episcopal see. In the roth century it passed to the counts of Scheyern, and through them to Bavaria, being ceded to the Rhenish Palatinate in x 507. From 1557 to 1742 it was the capital of a small principality ruled by a cadet branch of the family of the elector palatine of the Rhine. In 1742 it was united again with the Rhenish Palatinate, with which it passed in 1777 to Bavaria. Its most important building is the old residence of its princes, in 16th century Renaissance style.
The canton is divided into 6 administrative districts, which
comprise 63 communes. In 1927 the legislature or Grand Conseil consisted of members elected in the proportion of one to every 1,200 of the population and holds office for three years, while since 1906 the principles of proportional representation obtain in these
elections. The executive or Conseil d’État is elected by the people
by secret ballot to hold office for three years. Since 1882 there have been 5 members. The members of the federal Conseil des
Etats are named by the Grand Conseil and hold office for one year. History.—We first hear of the novum castellum (Neuchâtel) in the will (xorr) of Rudolf IIL., the last king of Burgundy, on whose death (1032) that kingdom reverted to the empire. About 1034 the emperor Conrad II. gave this castle to the lord of several neighbouring fiefs, his successors establishing themsel ves permanently there in the 12th century and taking the title of “count.” In 1288 the reigning count resigned his domain s to the emperor Rudolf, who gave them to the lord of Châlon-surSaône, by whom they were restored to the count of N euchâtel on his doing homage for them. This act decided the future history of Neuchâtel, for in 1393 the house of Châlon succeeded to the principality of Orange by virtue of a marriage contracted in 1388. The counts gradually increased their dominions, so
NEUCHÂTEL (Ger. N euenburg), one of the cantons of west- that by 1373 they held practically all of the present canton, with ern Switzerland, on the frontier towards France. It is the only the exception of the lordship of Valangin which was held by a Swiss canton that is situated entirely in the Jura, of which it cadet line of the house till bought in x 592. In 1532 the title of occupies the central portion (its loftiest summit is the -Mont “prince” was taken by the reigning count, while by the treaty Racine, 4,731 ft. in the Téte de Rang range). The canton has of Westphalia (1648) the principality became sovereign and ina total area of 305 sq.m., of which more than three quarters are dependent of the empire. In 1707 the Longueville house of reckoned “productive.” It consists, for the most part, of the Neuchatel also became extinct, and a great struggle arose as to longitudinal ridges and valleys characteristic of the Jura, while its the succession. Finally the parliament (states) of Neuchatel drainage is very unequally divided between the Thièle or Zihl, decided in favour of Frederic I., the first king of Prussia . The and the Doubs, which forms part of the north-west boundary of nominal rule of the Prussian king (for the country enjoye d
the canton, and receives only the streams flowing from the Le Locle and La Chaux de Fonds valley. Three regions make up the territory. That stretching along the shore of the lake is called Le Vignoble (from its vineyards) and extends from about 1,500 ft. to 2,300 ft. above the sea-level. An intermediate region is named
Les Vallées, for it consists of the two principal valleys of the canton (the Val de Ruz, watered by the Seyon, and the Val de Travers, watered by the Areuse) which lie to a height of about 2,300 ft. to 3,000 ft. above the sea-level. The highest region is known as Les Montagnes, and is mainly composed of the long valley in which stand the industrial centres of La Chaux de Fonds (g.v.), and Le Locle (g.v.) to which must be added those of La Sagne, Les Ponts and Les Verriéres, the elevation of these upland valleys varying from 3,000 ft. to 3,445 ft. The canton is well supplied with railways, the direct line from Berne past Kerzers (Chiétres), Neuchatel, the Val de Travers and Les Verriéres to Pontarlier for Paris passing through it, while La Chaux de Fonds is connected by a line past Le Locle with Morteau in France. Other lines join the capital, Neuchatel, to La Chaux de F onds, as well as to Yverdon at the south-west extremity of the lake, and to St. Blaise at its north-east end. In 1920 the population was 131,431 (estimated [1925] 126,-
560), of whom 111,199 were French-speaking, 16,064 German-
speaking and 3,393 Italian-speaking, while 109,949 were Protestants, 18,623 Roman Catholics and 987 Jews. There are three “established and state-endowed” churches, the National Evangel-
ical, the Roman Catholic and the Old Catholic (this sect in La Chaux de Fonds only), while the pastors of the Free Evangelical
church and of the Jews (mostly in La Chaux de Fonds) receive special privileges.
practical independence) lasted till 1857, with a brief interval from 1806 to 1814, when the principality was held by Marshal Berthier, by virtue of a grant from Napoleon. In 1814 its admission into the Swiss confederation was proposed and was effected in 1815, the new canton being the only non-republican member,
just as the hereditary rulers of Neuchatel were the last to maintain their position in Switzerland. This anomaly led in 1848 to the establishment (attempted in 1831) of a republican form of government, brought about by a peaceful revolution led by A. M. Piaget. A royalist attempt to regain power in 1856 was defeated, and finally, after long negotiations, the king of Prussia renounced his claims to sovereignty, though retaining the right to bear the title of “prince of Neuchatel.” Thus in 1857 Neuchatel became a full republican member of the Swiss confederation.
Brsriocrapay.—F, de Chambrier, Histoire de Neuchétel et de Valangin jusqu’a Vavénement de la maison de Prusse, 1707 (Neuchâtel, 1840); A. Piaget, Documents inédits sur la Reformation dans le pays de Neuchâtel (Neuchâtel, 1909) ; P. de Vargas, L’A faire de Neuchâtel 1856-57 (Lausanne, 1913); A Chapuis, Histoire de la Pendulerie neuchdteloise (1917); A. Piaget, Histoire de la Révolution neuchéGteloise vol. i. (Neuchâtel, r919). See also Musée Neuchételoise published by the Neuchâtel Société Cantonale d'Histoire 1864 etc.; and the second series of publications, 1923.
NEUCHÂTEL,
capital of the above Swiss canton, situated
near the north-east corner of the lake of Neuchâtel. In 1920 it had 23,152 inhabitants (in 1850 only 7,727 and in 1870, 12,683), 17,620 being French-speaking and 4,506 German-speaking; there were 19,204 Protestants, 3,515 Roman Catholics, and 95 Jews. It is the meeting-point of several important railway lines. The older portion of the town is built on the steep slope of the Chaumont (3,855 ft.), and originally the waters of the lake bathed the foot of the slope. But the gradual growth of alluvial deposits, and more recently the artificial embankment of the shore of the lake, have added much dry ground, and on this site the finest modern buildings have been erected. The 16th century castle and the 13th century collegiate church of Notre Dame (now Protestant) stand close together, and were founded in the rath century when the counts took up their permanent residence in the town,
Besides the capital, Neuchatel (g.v.), the chief towns are La Chaux de Fonds, Le Locle and Fleurier, the principal village in the Val de Travers. The most valuable mineral product is asphalt, of which there is a large and rich deposit in the Val de Travers. The wine of the Vignoble region is plentiful. Absinthe is manufactured in the Val de Travers. The most characteristic industry is that of watchmaking, which is chiefly carried on (since the early 18th century) to which they granted a charter of liberties in 1214. Among the in the highland valleys of La Chaux de Fonds and of Le Locle, buildings on the quays are the Musée des Beaux Arts (modern as well as at Fleurier in the Val de Travers. Swiss paintings and various historical collections, including that
NEUCHATEL—NEUILLY-SUR-SEINE ‘of Desor relating to the Lake Dwellings), the Gymnase (in which are also the museum of natural history, with the fine collections
of Agassiz, and the town library), the university and the Ecole
de Commerce.
The town owes much to the gifts of citizens.
NEUCHATEL,
LAKE
OF.
The
lakes of Neuchatel,
Bienne and Morat, connected by canals, are survivors of a former great lake of the lower Aar valley. It is the largest lake wholly
in Switzerland.
Its total area is 924 sq.m. (364 sq.m. are in the
Canton of Neuchatel over 33 sq.m. in Vaud, 203 sq.m. in Fribourg and in Berne 2 sq.m.). It is about 234 m. long, from 33 to
5 m. wide, its greatest depth is 502 ft., while its surface is 1,427
ft. above sea level. The Thiéle or Zihl river enters at its southwestern end and issues from it at its north-eastern end, but it also receives the Areuse (N.W.), Seyon (N.W.) and the Broye
(N.E.). On the south-eastern shore the picturesque and historic
little town of Estavayer is the chief place. At the south-western extremity of the lake is Yverdon (the Eburodunum of the Romans and the residence of Pestalozzi, 1806-1825). Far more populated
is the north-western shore, where from south-west to north-east, we find Grandson, Cortaillod, Serrières and Neuchâtel itself. On
the north shore is La Tène.
NEUENDORF:
see Nowawes.
NEUF-BRISACH or NEUBREISACH, a town of France
in the department of Haut-Rhin on the Rhine-Rhone canal, 12 m. E. from Colmar by the railway to Freiburg. Pop. (1926) 1,775. Neuf-Brisach is a garrisoned fortress town founded by Louis XIV.
in 1699 and fortified by Vauban. It was taken by the Germans on Nov. 10, 1870, and became French once more in 1918.
NEUFCHATEAU, a town of eastern France, in the department of Vosges at the confluence of the Meuse and the Mouzon, 49 m. W.N.W. of Epinal by rail. Pop. (1926) 3,845. The town, which is said to occupy the site of the Roman Neomagus, belonged in the middle ages to the dukes of Lorraine, ruins of whose chateau are still to be seen. In 1641 it passed to France. The churches are those of St. Christopher (13th and rsth centuries) and St. Nicholas, the latter combining the Romanesque and Gothic styles and built above a Romanesque crypt. NEUHOF, THEODORE STEPHEN, Baron von (c. 1690-1756), German adventurer and for a short time nominal king of Corsica, was a son of a Westphalian nobleman and was born at Cologne. Educated at the court of France, he served first in the French army and then in that of Sweden. Baron de Goertz, minister to Charles XII., realizing Neuhof’s capacity for intrigue, sent him to England and Spain to negotiate with Cardinal Alberoni. He returned to Sweden and then went to Spain, where he was made colonel and married one of the queen’s ladies-in-waiting. Deserting his wife soon afterwards he repaired to France and became mixed up in Law’s financial affairs; then he wandered about Portugal, Holland and Italy, and at Genoa he made the acquaintance of some Corsican prisoners and exiles, whom he persuaded that he could free their country from Genoese tyranny if they made him king of the island. With their help and that of the bey of Tunis he landed in Corsica in March 1736, where the islanders, believing that he had the support of
several of the Powers, proclaimed him king. He assumed the style of Theodore I., issued edicts, instituted an order of knighthood, and waged war on the Genoese, at first with some success. But he was eventually defeated, and civil broils soon broke out in the island; the Genoese having put a price on his head and published an account of his antecedents, he left Corsica in Nov. 1736, ostensibly for foreign assistance. He returned to the island in 1738, 1739 and 1743, but the combined Genoese and French forces drove him out. Arrested for debt in London he regained his freedom by mortgaging his “kingdom” of Corsica, and subsisted on the charity of Horace Walpole and other friends until his death in London on Dec. rr, 1756. See Mémoires pour servir & Vhistoire de erick, also an English translation, both 1768. In 1795 he published a new edition with an account of its union to the crown
la Corse, by his son Fredpublished in London in on Description of Corsica of Great Britain. See also
Fitzgerald, King Theodore of Corsica (1890); and Le Glay, Théodore de Corse (1907).
NEUILLY,
TREATY
OF.
The Bulgarian treaty was
255
signed at Neuilly on Nov. 27 1910, and came into force on Aug. Q 1920. In the main it is the same as the Austrian treaty. But there were important differences in the military and naval clauses, and also in reference to reparation and finance. The only serious territorial changes were to the west and south. The Serb-Croat-Slovene kingdom obtained several strategic ratifications. The two most important are that the Strumitsa salient in the extreme south-west has been flattened out, the western half being ceded to the Serbs; also, and more important, in the Nish-Pirot area the town of Tsaribrod has been taken from Bulgaria and a line drawn whereby an advance on Nish would be rendered more difficult. The frontier, however, confers no offensive advantage on the Serbs. A loss more serious in another sense is that to Greece of the district of Western Thrace, lying between Xanthi and the Maritsa river. This was ceded to Greece on her obtaining Eastern Thrace and Adrianople. Bulgaria, for ethnic reasons, received a slight extension of térritory west of Adrianople. The expulsion of Greeks from Adrianople and East Thrace by the Turks did not, however, cause the Allies to change their minds about Western Thrace, which remains annexed to Greece and is denied to Bulgaria. Bulgaria had always asserted claims to that part of Macedonia now in Serbian hands, and also to Eastern and Western Thrace. In the former area her ethnic pretensions are better founded than in the latter. But Serbian Macedonia is in the hands of a formidably armed and militarily strong nation. Greek Macedonia and Thrace are now populated by hundreds of thousands of Greek refugees from Asia, and contain over 80% of a purely Greek population. In population Bulgaria lost some 300,000 persons, of whom some are not Bulgars. Part
IV. The
military,
naval
and
air
clauses
have
some
special
points. Bulgaria is allowed 20,000 regulars, 10,000 gendarmes and 3,000 frontier guards, or 33,000 in all. This number is insufficient to maintain order in a turbulent Balkan State, and the subsequent serious disturbances in Bulgaria are due directly to this fact. It is increased by the difficulty of applying the voluntary long-service system of 12 consecutive years to a nation of peasants. In an agricultural country it is practically impossible to get men to leave their farms for I2 years, and the army is always likely to be dangerously below strength, and the less regular formations dangerously above it. The naval clauses do not differ from those of the German or Austrian treaties. All Bulgaria’s navy has now been destroyed, and she was left with four torpedo-boats, of which three were damaged, and six motorboats, of which four were damaged. Pari V. (Prisoners of War and Graves) and Part VI. (Penalties) are the same as in the Austrian treaty (see
St. GERMAIN,
TREATY OF).
Part VII. (Reparation.) This contains the most novel and interesting feature of the treaty, and is, in fact, the only serious attempt
to get reparation on to a business basis. It contained three features of great interest. (a) Contrary to the practice in the German, Austrian and Hungarian treaties, there was no attempt made to seize or distribute the
Bulgarian commercial
fleet on the “ton-for-ton”
or “class-for-class”
inciple.
(b) It fixed the amount to be paid at the lump sum of £90,000,000.
(c) It created a Reparation Commission consisting of French, British and Italian representatives with power to reduce this amount
by a simple majority vote (not by unanimity as is the systematic rule), on the suggestion of the inter-allied Commission. The general scope and powers of the Reparation Commission are
drawn in such a manner as to control the finances of the country sufficiently to obtain reparation, without offensive interference. In the end, the Reparation Commission, after examining the question on the spot, has practically remitted three-quarters of the total of £90,000,000. The annual sum now required to meet the charges on the 550,000,000 gold francs of the debt is well within the capacity of the new Bulgarian State, and is being punctually paid. None of the remaining clauses of the Bulgarian treaty have any special features of interest or importance. (See BULGARIA ; PARIS, CONFERENCE OF; REPARATION, etc.). BIBLIOGRAPHY.—H. W. V. Temperley, ed., History of Peace Conference, vol. iv. and v. (1921); Text of Treaty, Parliamentary Papers
(Treaty Series, 1920), No. 5 Cmd. 522.
NEUILLY-SUR-SEINE,
a suburb of Paris, 8 kilometres
north-west from Notre Dame, in the department of Seine. It is situated between the fortifications and the Seine. Pop. (1926) 50,528. A castle at Neuilly, built by the count of Argenson in the 18th century, ultimately became the property and favourite résidence of the duke of Orleans (Louis Philippe), the
256
NEUMANN—NEURALGIA
birthplace of nearly all his children, and the scene of the offer of the crown in 1830. The buildings were pillaged and burned by the mob in 1848. The park, which extended from the fortifications to the river, as well as the neighbouring park of Villiers (also belonging to the princes of Orleans), was broken up into building lots, and is occupied by many small middle-class houses and a few fine villas. The fine bridge, designed in the 18th century by Perronet, is noteworthy as the first level bridge constructed in France. The Galignani Institution, founded by the brothers Galignani for aged booksellers, printers and others, has accommodation for roo residents. The manufactures include perfumery, chocolate, colours, varnish, automobiles, carpets; Neuilly is an engineering centre.
NEUMANN,
FRANZ
ERNST
(1798-1895),
German
mineralogist, physicist and mathematician, was born at Joachimstal on Sept. 11, 1798. Neumann’s earlier papers on crystallography led to his appointment as Privatdozent at Königsberg, where in 1828 he became extraordinary, and in 1829 ordinary professor of mineralogy and physics. In 1831, from a study of the specific heats of compounds, he formulated ““Neumann’s law” (that “the molecular heat of a compound is equal to the sum of the atomic heats of its constituents”). Devoting himself next to optics, he produced memoirs which entitle him to a high place among the early searchers after a dynamical theory of light. In 1832, by the aid of a particular hypothesis as to the constitution of the ether, he reached results agreeing with those obtained by A. L. Cauchy, and succeeded in deducing laws of double refraction resembling those of A. J. Fresnel. He made contributions to the mathematical theory of electrodynamics, and in papers published in 1845 and 1847 established mathematically the laws of the induction of electric currents. His last publication was on spherical harmonics (Beiträge zur Theorie der Kugelfunctionen, 1878). He died at Königsberg on May 23, 1895
tants and Roman Catholics.
The town is first mentioned in 128,
and became important industrially during the 18th century. The principal industrial establishment is an iron-foundry.
town are important coal mines. destroyed in 1797.
NEUQUEN,
Around the
The castle built in 1570 was
an inland territory of Argentina on the Chilean
frontier, between the Colorado and Limay rivers, with the province of Mendoza on the north and the territory of Rio Negro on the east and south. Area, 40,530 sq.m. Pop. (1914) 28,866 The greater part of the territory is mountainous, with fertile, wellwatered valleys and valuable forests. The eastern part, however, contains large plains, showing only stunted vegetation, and having numerous saline deposits. Long droughts prevail in this region and there is no inducement for settlement, the nomadic Indians visiting it only on their hunting expeditions. Guanacos and Argentine hares are found in abundance in Neuquén, and to a lesser degree the South American ostrich. The Neuquén, which unites
with the Limay near the 68th meridian to form the Rio Negro, is the principal river of the territory. The largest of a group of beautiful lakes in the higher Andean valleys is the celebrated Nahuel-Huapi (Lion Grass), which is nearly so m. long from east
to west and about 20 m. from north to south at its widest part,
and which lies partly in the south-west angle of the territory, partly in Rio Negro, and partly in the Republic of Chile. It is the source of the Rio Limay and receives the overflow from two smaller neighbouring lakes. The temperature of the Andean region is cold even in summer, but on the lower plains it is hot in summer. The territory is reached by a light-draught river steamer which ascends the Rio Negro to Ft. Roca at the confluence of the Limay and Neuquén, and by a branch of the Great Southern railway from Bahia Blanca to the same point. The population is concentrated in a few small towns on the rivers and NEUMANN (originally BAMBERGER), KARL FRIEDRICH in some colonies, in the fertile districts of the Andes. The capital (1793—1870), German orientalist, was born at Reichsmannsdorf, is Neuquén, a small town on the river of the same name, in the near Bamberg, on Dec. 28, 1793. He studied philosophy and phi- mountainous district in the northern part of the territory. lology at Heidelberg, Munich and Göttingen. From 1822 to 1825 NEURALGIA, a term generally used to indicate pain affecthe was a teacher at Spires; then he learned Armenian in Venice ing a particular nerve or its branches from any cause. The existand visited Paris and London. In 1829 he went to China, where ence of neuralgia usually betokens a depressed or enfeebled state he amassed a library of about 12,000 valuable books and manu- of health. It is often found to affect the hereditarily rheumatic scripts, which he presented to the royal library at Munich. In or gouty. In weakened conditions from improper or insufficient 1831 Neumann became professor of Armenian and Chinese at food, in anaemia from any cause, and in syphilis or malaria, neuMunich. In 1852 he was removed from his chair on account of ralgia is a frequent concomitant. The pain is often localized, but his revolutionary views. He died in Berlin on March 17, 1870. may come to extend beyond the area of its first occurrence. It Neumann wrote Geschichte des englischen Reichs in Asien (Leipzig, is usually paroxysmal, not unfrequently periodic; occurring at a 1851) ; Geschichte der Vereinigten Staaten von Amerika (Berlin, 1863certain time of the day or night, varies in intensity, and may be 1866); Versuch einer Geschichte der armenischen Literatur (Leipzig, 1836) ; Die Volker des südlichen Russland (1846; and again 1855) ; and agonizing or less severe and tingling. Perverted nerve function several translations from the Chinese. The journal of the Royal may co-exist with or following neuralgia. Thus there may be Asiatic Society (London, 1871) contains a full list of his works. hyperaesthesia, anaesthesia, paralysis or alterations of nutrition, NEUMES, the signs employed in Western musical notation such as wasting of muscles, whitening of the hair, etc. before the introduction of the staff. (Gr. vedua, a sign). They The commonest forms of neuralgia are facial neuralgia or tic were, in the first instance, merely rough expression marks placed douloureux, intercostal neuralgia and sciatica. over the words, to guide the singers of the plainsong melodies, the Facial Neuralgia (or tic douloureux) affects the great nerve melodies themselves being learned by ear, and hence they gave of sensation of the face (fifth nerve), and may occur in one or no indication as to the pitch or time-relations of the notes. Gradu- more of its three divisions. It is usually confined to one side. ally, however, they became more and more elaborate and precise, When the ophthalmic division of the nerve is involved the pain then their positions on the paper were varied to indicate pitch, is mostly felt in the forehead and side of the head. It is often though at first without the employment of lines; subsequently intensely sharp, cutting or burning, either constant or with exacerlines were introduced, and so, step by step, the whole present-day bations, and often periodic. The skin over the affected part is syste. was evolved. (See MusicaL NOTATION.) often red and swollen, and, even after the attack has abated, feels NEUMUNSTER, a town in the Prussian province of Schles- stiff and tender to the touch. In this, as in all forms of neuralgia, wig-Holstein, lies on the small river Schwale, 40 m. N. of Altona- at certain localities the pain is more intense, these “painful Hamburg by rail, and at the junction of lines to Kiel, Vamdrup points” usually being where the branches of the nerves emerge (Denmark) and Tönning. Pop. (1925) 39,851. The name, which from bony canals or pierce the fascia to ramify in the skin. Hence, was originally Wipendorp, is derived from an Augustine monas- in this form, the greater severity of the pain above the eyebrow tery, founded in 1130, and is mentioned as novum monasterium and along the side of the nose. There is also pain in the eyelid, in a document of 1136. Its industrial importance began in the redness of the eye, and flow of tears. When the maxillary division 17th century, when the cloth-workers of Segeberg, a town to the of the nerve is affected the pain is chiefly in the cheek and upper south-east, migrated to it. It became a town in 1870. It is, after jaw, the painful points being immediately below the lower eyelid, over the cheek bone and about the upper lip. When the mandibAltona, the most important industrial town in the province.
NEUNKIRCHEN or Oser-NEUNKIRCHEN, a town in the Prussian Rhine province, on the Blies, 12 m. N.E. of Saarbriicken
and the chief painful points are in front of the ear and about the
by rail. Pop. (1925) 35,274, consisting almost equally of Protes-
chin.
ular division of the nerve suffers the pain affects the lower jaw,
NEURASTHENIA—-NEURITIS Intercostal neuralgia is pain affecting the nerves which emerge from the spinal cord and run along the spaces between the ribs to the front of the body.
It affects the left side more than
the right, is much more common in women than in men, and oc-
curs generally in enfeebled states of health. It might be mistaken for pleurisy or some inflammatory affection of the lungs; but the absence of chest symptoms, its occurrence independently of respiration and other considerations establish the distinction. The specially painful points are chiefly at the commencement of the
nerve aS it issues from the spinal canal, and at the extremities towards the front of the body, where it breaks up into filaments which ramify in the skin. This form of neuralgia occasionally
precedes or follows an attack of shingles (Herpes zoster). Sciatica is another common form of neuralgia.
It affects the
great sciatic nerve which emerges from the pelvis and runs down the leg to the foot. It is often traceable to cold or damp, to over-
use of the limbs in walking, etc. Any source of pressure upon the nerve within the pelvis, e.g., pregnancy,
constipation, may excite an attack of sciatica.
a tumour
or even
It is often con-
nected with a rheumatic or gouty constitution. In general the nerve of one side only is affected. The pain which is felt at first a little behind the hip-joint steadily increases in severity and ex-
tends along the course of the nerve and its branches, perhaps, down to the toes. The specially painful points are about the knee and ankle joints; besides which a feeling of numbness is experienced throughout the whole limb. In severe cases all movement of the limb aggravates the pain, and the patient is obliged to remain in bed. In prolonged attacks the limb may waste and be drawn up and fixed in one position. Attacks of sciatica are often attended with great suffering, and are apt to be very intractable to treatment.
Treatment.—In the treatment of all forms of neuralgia it is of first importance to determine if possible any underlying cause.
When the attack is periodic the administration of a large dose of quinine two or three hours previous to the usual time of the seizure will often mitigate, and may even prevent the paroxysm. Many topical applications are of great efficacy. Liniments containing opium, belladonna or aconite rubbed into the affected part will often soothe the most severe local pain. And antipyrin, phenacetin, aspirin and similar analgesics are commonly taken. The plan at one time resorted to of dividing or excising a portion of the affected nerve is now seldom employed, but the operation of nerve-stretching in some forms of neuralgia, notably sciatica, is sometimes successful. Such an operation is justifiable only in cases where other less severe measures have failed to give relief. Electricity proves serviceable in many instances. In the severest forms of tic douloureux complete relief has followed extirpation of the Gasserian ganglion. (F. W. Mo.)
NEURASTHENIA,
a medical term for weakness of the
nervous system. The symptoms may present themselves as follows: (1) general feeling of malaise, combined with a mixed state of excitement and depression; (2) headache, sometimes with the addition of vertigo, deafness and a transitory clouding of consciousness simulating petit mal or migraine; (3) disturbed and restless, unrefreshing sleep, often troubled with dreams; (4) weakness of memory, especially for recent events; (5) blurring of sight, noises or ringing in the ears; (6) variable disturbances of sensibility, especially scattered analgesia (partial and symmetrical) affecting the backs of the hands especially, and in women the breasts; (7) various troubles of sympathetic origin, notably local-
ized coldness, particularly in the extremities, morbid heats, flushings and sweats;
(8) various phenomena of nervous depression
associated with functional disturbances of organs. According to the complexity of symptoms, the neurasthenia is more particularly defined as cerebral, spinal, gastric and sexual. The cerebral form is sometimes termed psychasthenia, and is liable to present morbid fears or phobias, e.g., agoraphobia (fright in
crowds), monophobia
(fright of being alone), claustrophobia
(fright of being in a confined place), anthropophobia (fright of
society), batophobia (fright of things falling), siderodromophobia (fright of railway travelling). There may also be mental rumina-
tions, in which there is a continuous flow of connected ideas from
257
which there is no breaking away, often most insistent at night and leading to insomnia. Sometimes there is arithmomania (an imperative idea to count). Such cases often exhibit a marked emotionalism and readily manifest joy or sorrow; they may be cynical, pessimistic, introspective and self-centred, only able to talk about themselves or matters of personal interest, yet they frequently possess great intellectual ability, and there is an absence of the insane ideas characteristic of melancholia. Traumatic neurasthenia is the neurasthenia following shock from injury; it is sometimes termed “railway spine,” “railway brain,” from the frequency with which it occurs after railway accidents, especially in people of a nervous temperament. The physical injury at the time may be slight, so that the patient is able to resume work, but symptoms develop later which may simulate serious organic disease. As in all forms of neurasthenia, the subjective symptoms may be numerous and varied, whereas the objective signs are but few and slight. Many difficulties, therefore, present themselves in arriving at a sound opinion as to the future in such cases. “Shell-shock” (g.v.) is a modern variant of neurasthenia occasioned by war conditions. The treatment of neurasthenia is largely psychical and if carried out systematically is often very successful (see PSYCHOTHERAPY). (F. W. Mo.) BIBLIoGRAPHY.—T. A. Ross, The Common Neuroses (1923); I. G. Cobb, A Manual of Neurasthenia, bibl. (1920); Sir M. Craig, Nerve Exhaustion (1922); H. S. Stannas, “Tropical Neurasthenia,” Med. Press, cxxiii., 381 (1927); E. F. Buzzard, “Traumatic Neurasthenia,” Ment. Hyg., viii., 425 (1924); E. S. Reynolds, “Hysteria and Neurasthenia,” Brit, Med. Journ., ii., 1,193 (1923). For U.S. Bibliography. — Peterson, Frederick Cecil’s Textbook W. B. Saunders Co., 1927, pp. I419-1426.
NEURITIS, a term denoting inflammation of nerve fibres. Two varieties are known, the localized and the multiple. The localized form frequently follows exposure to cold and may attack a single nerve. Facial paralysis (Bell’s palsy) is commonly seen following a neuritis of the facial nerve. Neuritis may follow blows and wounds, stretching or long-continued pressure, as in a dislocation of the elbow joint, or the nerve may be involved in a neighbouring inflammation. The first symptom of a localized neuritis is boring pain along the course of a nerve and its distribution, the part being sensitive to pressure. Multiple neuritis or polyneuritis may affect many of the peripheral nerves symmetrically and at the same time. For the pathological changes see NEUROPATHOLOGY. The causes may be divided as follows: (1) The toxins of acute infective diseases, such as diphtheria, influenza, typhoid fever, malaria, scarlet fever and septicaemia. (2) Acute or chronic poisoning by lead, arsenic, mercury, copper and phosphorus. (3) General disorders: gout, rheumatism, tubercle, carcinoma. (4) The local action of leprosy and syphilis. (5) Endemic disease: beri-beri (g.v.). (6) Alcohol, the most common. Alcoholic neuritis is a result of constant steady drinking, particularly of beer. It begins with numbness of the feet and later of the hands, then painful cramps in the legs appear and there is pain on moving the limbs, and superficial tenderness is occasionally present. In other cases the earliest symptoms are weakness of the legs and extreme fatigue, leading to a characteristic “steppage gait,” or marked inco-ordination of movement may occur and the gait become ataxic. Trophic changes soon appear, early and rapid muscular wasting occurs, the skin becomes dry and glossy, the nails brittle and the hair thin. In time contractures take place, the hip and knee-joints become flexed and the foot dropped at the ankle. Should the case progress the patient may become bedridden and powerless, and degenerative mental changes may take place, loss of memory, irritability of temper and emotional instability. Early cases may recover completely under treatment. The galvanic and faradaic currents combined with massage are useful in helping to restore the wasted muscles, and hot-air baths and warm applications are appreciated. Arsenical neuritis mostly affects the lower extremities, as contrasted with lead, which mainly paralyses the fingers and wrists; recovery is even slower than in alcoholic neuritis, the treatment being on the same lines, with the removal of the cause of the disease. In the neuritis of chronic lead poisoning a fine tremor of the hands is an early symptom and sensory symptoms are usually
258
NEUROPATHOLOGY
absent; the muscles affected are the extensors of the wrists, thumb and fingers (see LEAD PoISONING). The course of the disease is long, and an attempt should be made to eliminate the lead from the system by purgatives and the administration of potassium iodide. In diabetic neuritis paraesthesia is slight, and the legs are chiefly affected; weakness and ataxia may be present. Trophic sores on the feet are of frequent occurrence in this variety. The treatment is that of the disease. Post-diphtheric neuritis occurs in about 10% of all cases of diphtheria. Paralysis of the soft palate is the earliest, and may be the only, symptom. The limbs are affected much later, usually about the fifth or sixth week. Atrophy of the muscles is frequently rapid. If the respiratory muscles are unaffected the prognosis is good, but the paralysis of the limbs may last for several months. The treatment is complete rest, good food and the administration of strychnine. Acute polyneuritis with numbness and motor weakness has been noted after influenza, together with slight muscular wasting and electrical degeneration. Later, there is loss of sensation in the peripheral portion of the limbs, and the motor weakness may affect the muscles of the trunk and face. Such cases tend towards complete recovery. BIBLIOGRAPHY.—W. Harris, Neuritis and Neuralgia (1926); H. Higier, “Zur Klinik d. rezidivierenden Formen d. Polyneuritis, Myelitis u. Meningoencephalitis (Meningitis serosa, Pseudotumor cerebri)” in Ztschr. f. d. ges. Neurol. u. Psychiat., civ., 453, bibl. (1926) ; W. Martin, “Some types of neuritic reflex pains not generally recognized; treatment by physical measures” in Med. Jn. and Rec., cxxiv., 782 (1926); T. G. Stewart and W. Harris, “Discussion on causation and symptomatology of multiple neuritis” in Brit. Med. Jn., ii., 461 (1925); Stauck, “Ueber progressive hypertrophische Neuritis (Hoffmannsche Krankheit)” in Ztschr. f. d. ges. Neurol. u. Psychiat., xcii., 34, bibl. (1924).
NEUROPATHOLOGY,
the general name for the science
concerned with diseases of the nervous system. For the anatomy and physiology, see Nerve, Nervous SYSTEM, BRAIN, SPINAL Corp and SympatHetic SystEM. The morbid processes affecting the nervous system are usually clinically divided into two great groups of (1) organic disease, (2) functional disturbance, depending on whether or not symptoms observed during life can be associated with recognizable changes after death. Knowledge of the first group is much more advanced than of the latter, for, given certain symptoms during life, we can, as a rule, predict not only the nature of the morbid process, but its particular locality. The histological elements which make up the nervous system may also be divided into two groups: (1) the nervous units or neurones, (2) the supporting, protecting and nutrient tissues. Nervous diseases may start primarily in the neurones and cause their degeneration; such may bring about “diseases,” or “syndromes” within the nervous system. The nervous units, however, may be affected secondarily by disease processes starting in the supporting, protecting and nutrient tissues within the nervous system; such include changes of the blood-vessels, lymphatics, membranes and the special nervous connective tissue, neuroglia (a residue of the embryonal structure from which the nervous system was developed). Tumours and new growths must also be included. The causes of pathological processes occurring in the nervous
units (neurones) may be divided into internal and external; in all cases except direct injury the two groups are generally more or less combined.
psychopathic taint.
` EXTERNAL
CAUSES
The external causes producing morbid changes in the nervous elements are: I. Abnormal conditions of the blood and lymph.
II. Excess or deficiency of normal stimulation, or existence of abnormal
stimulation.
III. Injury
enclosing or vascular tissues.
or diseases
of supporting
Abnormal Conditions of the Blood and Lymph.—The essential causes of change in environment of the nervous elements
(neurones) are: (1) Deficiency or absence of blood-supply to the nervous system in general (as after severe haemorrhage), or to
some particular portion, owing to local vascular disturbance or occlusion. (2) Alterations in the normal condition of the blood, due to (a) deficiency or absence of certain essential constituents, (b) excess of certain normal constituents, (c) the presence of cer-
tain abnormal constituents produced within the body, or entering it from without. All these act through the cerebro-spinal fluid, a special lymph secreted by the choroid plexus in the ventricles of the brain by which the neurones are bathed.
(1) Quantity of Blood Supply—Syncope
or fainting occurs
when the blood supply suddenly fails to reach the higher centres of the brain; such may arise from sudden reflex arrest of the heart’s action, or from localized spasms of the cerebral vessels. The effects of embolism and thrombosis are considered later. (2) Quality of Blood Supply.—(a) Insufficiency of oxygen, as in anaemia, leads to functional depression, lassitude and mental fatigue. Impoverishment of the blood in women by frequent pregnancies and excessive lactation causes neuralgia, nervous exhaustion and may aid in the development of neurasthenic or hysterical reactions. The tendency of psychoneuroses and psychoses to occur and recur at menstrual and climacteric periods in women, indicates that these factors themselves are of periodic significance. These are connected with the reproduction function, rather than with the blood however. The most striking examples
of the effect of absence or “sub-minimal” deficiency of a normal constituent of the blood upon the development and functions of the nervous system are afforded by cretinous idiots, who are born without thyroid glands, and whose brains never develop in consequence; and by those people who suffer from myxoedema (g.v.) occasioned by the absence of thyroxin or other products of the internal secretion of the thyroid gland. The proof of this is shown by the disappearance of the nervous phenomena, slowness of thought, slowness of speech, etc., after thyroxin or a preparation of the gland has been continuously administered. This is an excellent example of a reversible process. (b) Excess of certain Normal Constituents in the Blood.—Excess of carbonic acid causes drowsiness, and probably in asphyxia is one of the causes of the convulsions.
All the nitrogenous waste
products are normal constituents of the blood; but should oxidation be incomplete, from disease of the liver, or should these substances accumulate in the blood, owing to inadequate function of the kidneys, uraemia may supervene, the manifestations of which are headache, drowsiness, unconsciousness or coma, epilep-
tiform convulsions
and sometimes
symptoms
of polyneuritis.
Again, in Graves’s disease (hyperthyroidism), nervous phenomena, in the form of exophthalmos, fine tremors, palpitation and
mental excitement have by some authorities been explained by
the excess of thyroid internal secretion, due to the enlargement and increased functional activity of the gland. (c). The presence of abnormal constituents in the blood is a cases of idiocy or imbecility in the London county asylums, Dr. most important cause of disease of the nervous elements. These Tredgold found a family history of insanity in some form or are: Poisons produced within the body (a) by perverted function another. This predisposition may be convergent, paternal, ma- of organs or tissues, auto-intoxication; (8) by the action of ternal; from grandparents or even more remote ancestors. More- micro-organisms, protozoa and bacteria, upon the living fluids and over, no study of heredity is complete that does not take into tissues of the body; (y,) poisons introduced into the body from consideration collaterals. Especially does this apply to functional without. (x) Poisons resulting from perverted Function of the Organs. neuroses, ¢.g., epilepsy, migraine, hysteria and neurasthenia; and to psychoses, e.g., delusional insanity, mania and melancholia, —Nervous symptoms follow auto-intoxication by products of dismanic-depressive, recurrent or periodic insanity and dementia- ordered digestion, fatigue products (¢.g., sarcolactic acid in propraecox or adolescent insanity. Strictly speaking, it is the tend- longed muscular spasm), excess of uric acid, phosphates, oxalates, ency to nervous disease rather than the disease itself that is in- sugar, bile, hepatic products as in acute yellow atrophy. In perherited, and this is frequently spoken of as a neuropathic or nicious and certain grave anaemias, the degenerative changes in
Internal Causes.—Of the factors involved in nervous disease hereditary predisposition may first be accented. In 70% of 150
NEUROPATHOLOGY the spinal cord found in some cases is due, chiefly, to some
neuro-toxin, which probably arises from imperfect metabolism or absorption from the alimentary canal. In auto-intoxication, dis-
ease of one organ or tissue is apt to establish a vicious circle
which is constantly enlarging; therefore nervous symptoms manifesting themselves in the course of a disease add much to the
gravity of the complaint. (B). Poisons produced by infective Micro-organisms.—Some
of these have a general devitalizing influence by altering the blood
and producing fever. In acute infectious diseases, delirium is a frequent complication; in severe cases, stupor and coma may occur, and in this extreme stage the nerve cells undergo an acute morbid bio-chemical change.
These particular poisons may have
marked selective toxic action upon particular parts of the nervous system.
Poisons may have a selective influence upon some part of the nervous system. The syphilitic organism and its poisons are most
important factors in the production of two progressive degenerations of the nervous system—one affecting especially the afferent conducting tracts of the spinal cord, namely, tabes dorsalis (locomotor ataxia), and the other affecting especially the frontal and central convolutions of the cerebral hemispheres, namely, general paresis (general paralysis of the insane). When syphilis attacks the supporting, enclosing and nutrient vascular tissues, a
predilection to affect structures about the base of the brain occurs, and paralyses of the third nerve are frequent in this disease.
Other examples occur in rabies, tetanus, diphtheria (q.v.). Protozoa and Diseases of the Nervous System.—The rela-
tion of protozoa to the existence of widespread diseases affecting men and animals is becoming yearly of greater importance. Certain diseases in which the nervous system is profoundly affected are now explained by the invasion of the tissues of the body by these lowly organisms, for example, African sleeping sickness due to a special protozoan; Syphilis due to Spirochaeta or Tre-
ponema pallida; Malaria due to Haematozoon malariae. The bacterial invasion of tissues is generally characterized by a migration of polymorpho-nuclear leucocytes, but protozoal invasion is characterized by a formative hyperplasia of the fixed cell tissues, endothelial, epithelial and conjunctival, and there is a close similarity in the defensive reaction of the tissues to all forms of protozoal invasion. When the nervous system is affected a local or general chronic meningo-encephalitis is set up, characterized by a meningeal and perivascular infiltration with lymphocytes and plasma cells, occasioned by a chronic irritative process, presumably caused in the case of sleeping sickness for example by the presence of trypanosomes in the actual cerebro-spinal fluid. The same perivascular and meningeal infiltration with plasma cells and lymphocytes is found in syphilitic diseases of the nervous system. Pathology of the Cerebro-spinal Fluid.—Pathological changes in the cerebro-spinal fluid are important in the diagnosis of nervous diseases. Normal cerebro-spinal fluid is clear like water; it has a specific gravity of 1-006 and resembles in its com-
position the blood minus its corpuscular and albuminous constituents. Being secreted by the choroid plexus, if any cause, such as tumour or meningitis, should interfere with its escape from the ventricles it gives rise by pressure to internal hydrocephalus and cerebral anaemia which may occasion epileptic convulsions and various degrees of drowsy stupor, lethargy, unconsciousness and even coma. Lumbar puncture has proved of some use in treatment, but is invaluable in the diagnosis of various diseases of the central nervous system. The fluid withdrawn should be centrifuged and the deposit examined microscopically if necessary after staining by suitable methods; the existence of cells indicates disease of the central nervous system. In general paresis, cerebrospinal syphilis and tabes dorsalis even in early stages, the deposit
consists almost entirely of lymphocytes.
Some evidence of the
progress of the disease and the effect of treatment tained by counting the number of cells at different tuberculous meningitis there are also lymphocytes in tubercle bacilli cannot readily be found, but if the
may be obperiods. In abundance; fluid be in-
jected into a guinea pig, the animal will develop tubercle. In epi-
259
demic cerebro-spinal meningitis the cells in the deposit are polymorpho-nuclear
leucocytes
and in the leucocytes
can
be seen
Diplococcus intracellularis. Septic, pneumonic and pyogenic organisms may also invade the central nervous system giving rise to meningitis, and in these cases the deposit will be polymorphonuclear leucocytes, and perhaps the specific organisms may be seen in stained preparations; but if not, they can be obtained by cultural methods. Other formed elements which may be found are large cells, macrophages containing blood pigment; these cells indicate that haemorrhage has occurred. One of the most important uses of lumbar puncture has been the discovery of the cause of African sleeping sickness. The fluid withdrawn and centrifuged is found to contain large numbers of lymphocytes and plasma cells in addition to specimens of the actively moving organism Trypanosoma gambiense, a flagellate. In the forms of disease here described as containing cells in the centrifuged deposit, there is also in the fluid an appreciable amount of proteins. If pathological cerebrospinal fluid be added to an equal quantity of saturated solution of sodium sulphate there will be a distinct turbidity indicating the presence of proteins in appreciable quantity. This appreciable quantity of proteins is especially significant in the case of fluid withdrawn from cases of general paralysis or tabes, for it goes pari passu in amount with the Wassermann sero-diagnostic reaction for syphilis. African sleeping sickness is characterized by a progressive lethargy, paresis, tremors and the signs and symptoms of neural exhaustion without neural destruction; it comes on slowly and insidiously often years after infection and eventually terminates fatally by intercurrent disease or paralysis of the bulbar centres. Examination of the central nervous system explains the fatal lethargy; the perivascular and meningeal lymphatics are filled with lymphocytes and plasma cells and the neuroglia supporting cells have undergone a rapid proliferation. The effect of this morbid process is to deprive the neural elements of oxygen and nutrition; the neurones in consequence, although not destroyed, are never-
theless unable to function for more than a brief period. Poisons Introduced into the Body.—The most widespread and potent cause of nervous and mental disease is the abuse of alcohol-containing liquids. At least 20 per cent of the inmates of the asylums of London are admitted with a history of alcoholism. Whether alcoholism is a cause or a result is still debatable. In not more than 10% is alcohol the efficient cause of the mental disease; in many it is only a contributory factor, and in not a few the lapse from moderation to intemperance is one sign of a mental disturbance. To people with unstable nervous systems a relatively small quantity of alcohol may act as a poison. Thus epileptics, imbeciles, criminals, potential lunatics, and the subjects of head injury are liable to become anti-social and dangerous to themselves and others by indulgence in quantities of alcohol which would have no harmful effect upon the mentally stable and sound individual. However, chronic alcoholics form a large proportion of those convicted for crimes of violence, homicide, suicide, and sexual offences. Another common effect of alcohol is perzpheral polyneuritis (see NEURITIS), although frequently changes occur as well in the ganglion cells, from which the axis cylinders of the nerves have their origin. (See Nervous System.) Alcoholic polyneuritic psychosis affecting women in many ways resembles delirium tremens (see DELtRrIuM); the fact that neuritis occurs much more frequently in women is probably associated with the fact that when the female breaks through the resistance to her conflicts by the use of alcohol her regression is deeper and her indulgence greater. Many other poisons, notably lead and arsenic, the specific fevers before mentioned, syphilis and alterations of the blood due to imperfect metabolism, such as occur in diabetes and gout, may produce, or become important factors in producing, peripheral neuritis. The outbreak of arsenical neuritis from beer containing this poison in Manchester in 1900 (see ADULTERATION), is of interest from that fact that the symptoms closely resembled
acute alcoholic neuritis. A distinctive feature, however, was the pigmentation of the skin and the severity of the nervous symptoms. A disease, common in the East, termed beri-beri (q.v.), $
NEUROPATHOLOGY
260
is a form of neuritis. Anaesthetic leprosy is an interstitial inflammation of the nerves due to the Lepra bacillus. Among the nervous diseases due to occupation may be cited lead-poisoning (q.v.). Lead also produces a chronic inflammation of the cerebral cortex, Encephalitis saturnina, causing a complex of symptoms, namely dementia, loss of memory, weakened intellect, paresis and epileptiform seizures, hallucinations of sight and hearing, and mental exaltation or depression. Mirror-makers suffer with characteristic fine tremors, from the slow absorption of mercury into the system. Workmen at indiarubber factories may suffer from severe mental symptoms, owing to the inhalation of the fumes of carbon bisulphide. Serious nervous symptoms have followed carbon monoxide poisoning. Cases which have recovered from the immediate effects have suffered with dementia and symptoms of disseminated sclerosis, the result of multiple haemorrhagic softenings. Certain other poisons, besides alcohol, act upon the nervous system when continually entering the body as the result of a habit, namely, absinthe, ether, cocaine, opium, morphin, hashish and tobacco. Each of these has a selective influence upon certain parts of the nervous system. In illustration thereof may be mentioned impairment of central vision in tobacco amblyopia. Other diseases of like kind are under pellagra (g.v.), ergot (g.v.), botulism (see MEDICAL RESEARCH). Adequate and Pathological Stimulation.—The nervous system in the form of systems, groups and communities of neurones, each with special functions, yet all woven together in one harmonious whole, develops in a particular way in consequence of the awakening influence of stimuli from without and from accumulated instinct stimuli from within. Consequently nervous structures which are not used at all, or badly used are liable to undergo regressive metamorphosis and atrophy; thus amputation of a limb in early life causes atrophy of the nervous structures which dealt with the sensations and movements of the part. This may be seen in the grey (synapses) and white matter (conducting pathways) of the spinal cord; there may also be found an atrophy of the psycho-motor neurones of the brain functionally related to the sensory and motor terminal areas of the involved limb. The converse is also true; the longer a perverted function exists, the more unlikely it is to disappear and ultimately to bring about irreversible structural changes. Mental pain in the form of grief, worry, anxiety, fright, shock, violent emotions (pleasurable or painful), disappointed love, and excessive intellectual work, frequently precede and determine
various types (a) of psychoses, e.g., manic-depressive, paranoid; (b) of neuroses, e.g., compulsion neurosis, hysteria, epilepsy, hystero-epilepsy; (c) or gross brain disease, e.g., apoplexy, thrombosis, arteriosclerotic degenerations. Visceral reflex irritation affords many examples of organ neuroses, the symptoms of which may be set up by irritation of the viscera, e.g., intestinal worms. Teething and indigestible food are often the exciting cause in infants and young children of convulsions and spasms of the glottis (spasmophilic). Some anomalies of the female reproductive organs act as exciting causes in the release of hysterical reactions. Paroxysmal exacerbations of emotional disturbances are liable to occur at the menstrual period or menopause. Here the stimulus proceeds from the reproductive instinct. The irritation of a carious tooth may produce spasmodic tic or trigeminal neuralgia. Wax in the ear may occasion vertigo and tinnitus; and grave errors of refraction in the eyes may be an accessory factor in the causation of attacks of migraine. Irritation of the receptors of the vagus in almost any part of its widespread visceral origin may lead to vomiting. The characteristic pain of angina pectoris, which radiates down the inner side of the left arm, is partly explained by the fact that the cardiac branches of the sympathetic follow the vascular supply of the arm, and the stimulus from the diseased aorta or coronary vessels radiates as pain in the vascular area. The entire explanation is extremely
complex!. This is one example of a great number of referred pains studied so extensively Mackenzie.
by the
English
1Spiegel, Wien, Kl. Woch. 40, 1927, 853.
observers,
Head
and
Injury or Disease of Enclosing or Supporting Structures may lead to paralytic or irritative lesions of the nervous system or the two may be combined. Blows or wounds of the head and spine may damage or destroy the nervous structures by shock or
direct injury. Concussion of the brain or spinal cord may occur as a result of injury, without any recognizable damage of the enclosing structures or even the central nervous system. Shock, due to concussion, can thus be explained as resulting from molecular or bio-chemical changes in the nervous structures. Direct injury may cause local destruction of the nervous tissue; but wounds and diseases of the enclosing and supporting structures, if non-infective, give rise only to such symptoms as accord with the nerve structure irritated or destroyed. Should, however, the wound or diseased structure become infected, the disease spreads and becomes generalized; likewise the symptoms. Of the many causes of infective inflammation of the brain itself, middleear disease is the most important. It is very liable, when neglected, to be followed by a septic meningitis, encephalitis and
brain abscess, the most frequent seat of which is in the adjacent temporal lobe, but it may involve other parts of the brain as well, for example the cerebellum and frontal lobe. The peripheral nerves may be destroyed or irritated by direct injury, disease or new growth in adjacent tissues, or they may be involved in the callus thrown out round the seat of a fracture. Diseases of the blood-vessels are among the most frequent causes of gross brain disease. Arteries or veins—more frequently the former—may become blocked or ruptured from various causes. The immediate effect is a disturbance or loss of consciousness, and the individual may be “struck down” (see APoPLEXxy) and never regain consciousness (see Coma). Should consciousness return, more or less permanent loss or disturbance of function becomes obvious. Paralysis of some form, especially hemiplegia, is commonest. The cerebral arteries, usually the left middle cerebral may be
occluded by embolism (qg.v.). The area of brain supplied by that artery undergoes softening in consequence, resulting in paralysis
of the opposite half of the body (hemiplegia) associated with aphasia when the paralysis affects the right side in a right-handed
person
(see Plate, fig.
1).
When
the embolus
is infective,
as in ulcerative endocarditis, it not only blocks the vessel but leads to an infective inflammation and softening of its coats, with the formation of an aneurism. The aneurism may suddenly rupture into the substance of the brain and produce apoplexy. Most cases of apoplexy from cerebral haemorrhage in young people are due to this cause. Softening may also arise from coagulation of the blood (thrombosis) in the arteries or veins. Many causes generally combine to produce thrombosis, viz., a weak acting heart and altered conditions of the blood. It is sometimes met with in the cachexia of phthisis and cancer, in typhus and pneumonia, after parturition and in marasmus at all periods of life, but especially in the very young and very old. But thickening, roughening, and a degenerated condition of the cerebral arteries known as atheroma, when associated with a weak acting heart is especially liable to give rise to thrombosis and softening, and is a very common cause of apoplexy, paralysis and mental deterioration in people who have passed middle life. General disease of the arteries of the body, with chronic Bright’s disease and high arterial pressure, is frequently associated with the formation of minute aneurisms upon the cerebral arteries, which may rupture and cause apoplexy. This is especially liable to occur in a vessel supplying the basal ganglia, the effused blood tearing through the motor efferent fibres (pyramidal tracts) lying between the optic thalamus and the
corpus striatum (see Plate, fig. 3). The result is hemiplegia of the opposite side of the body. Disease of the arteries of the central nervous system, occurring in a person under 4o, is generally due to syphilis, the virus of which produces an inflammation of the inner coats (see ARTERIES, DISEASES OF). The thickening and narrowing of the lumen with loss of elasticity of the arteries of the brain generally may suddenly or gradually set up cerebral anaemia
and give rise to semi-comatose and comatose or even apoplectic states. Occlusion by the inflammatory proliferation or by the sudden clotting of blood in the diseased vessel may occur, the immedi-
PLATE
NEUROPATHOLOGY
BY COURIEDSY
OF
J
C
GREENFIELD
THE
HUMAN
BRAIN
AND
SPINAL
a softening in the left hemi1. Horizontal section across a brain showing This caused right sided sphere due to a blockage of a cerebral artery. hemiplegia and aphasia
normal state of convolutions 2. Right cerebral hemisphere of an adult man;
a haemorrhage in the right 3. Horizontal section across a brain in which to the left arm and leg hemisphere had damaged the motor path causing left hemiplegia
idiot. There is complete brain of a microcephalic 4, Right half ofanytheconvolu tional pattern in the cortex of the brain, which absence of closely resembles that of the sheep. developed
The cerebellum
is normally
of cerebral cortex overlying 5. Microscopic section of a degenerated area a tumour, showing enlarged neuroglia cells
CORD
IN HEALTH
AND
DISEASE
idiot (walnut type). Here 6. Right half of the brain of a microcephalic fluid replaces the temporal of bag a and shrunk have tions the convolu birth before lesion r vascula toa due is This pole.
l cortex of a case of general paralysis 7- Microscopic section of the cerebra surrounding a small vessel
showing inflammatory cells different common forms of spinal &-11. Sections across the spinal cord in are stained black): &. “‘Locofibres nerve ged undama (the paralysis sensory fibres in the posterior or ng ascendi the which in motor ataxy” patches of
in which
columns degenerate. 9. “Disseminated sclerosis,” rd, damaging both degeneration (pale areas) are scattered haphaza ation,” sensory and motor fibres. 10. “Subacute combined degener and motor
both sensory usually associated with anaemia, in which ,” in which all the fibres are affected. 11. ‘Motor neuron disease ate degener fibres motor or descending
NEUROPATHOLOGY ate effect of which may be an epileptic or apoplectic fit; the result
is softening; and as any or all of the arteries of the brain may be affected successively, simultaneously, or at random, the symptoms may be manifold. They may be general or local, and are often associated with inflammation of the membranes. The disease, under treatment, may abate, and the paralytic or mental phenomena partially or completely disappear, indicating the restoration, or
partial restoration, of the circulation in the diseased arteries;
sometimes with the lapse of treatment, and sometimes without, new symptoms
manifest
themselves,
showing
that the disease
has attacked a fresh set of arteries. Disseminated sclerosis (insular) is another progressive random, morbid process, the pathology of which is not fully understood, but is probably due to some
toxic cause. Islands of nervous tissue undergo a morbid change, commencing in the myelin sheath and ending in an increase of the supporting neuroglia tissue at the expense of the true nervous tissue (see Plate, fig. 11). Tumours and new growths in the central and peripheral neryous systems may be primary or secondary; the former arise in
the supporting, enclosing or nutrient tissue elements; the latter are metastatic deposits from tumours originating elsewhere. Tumours may be single or multiple, the special symptoms occasioned
depending upon the seat of the tumour and whether it destroys or only irritates
the
adjacent
nervous
tissue.
Tumours
situated
within the cranial cavity cause general symptoms, namely, optic neuritis, severe headache and vomiting; these symptoms, which are caused by increased intracranial pressure, are more severe in rapidly growing vascular tumours, even though small, than in large slow-growing tumours. Some tumours are highly vascular and a large thin-walled vessel may suddenly rupture and cause an apoplectic fit. If the growth is situated in a portion of the cortex having some special localizing function, e.g., the motor area, it is likely to give rise to epileptiform convulsions, starting in a limb or definite group of muscles; but the irritation usually spreads to the whole motor area of the same side, and even extends to the opposite hemisphere, by an overflow of the discharge through the corpus callosum. In such case there is loss of consciousness. If, however, the tumour destroys the cerebral cortex of a particular region, it may give rise to a paralytic lesion, e.g., paralysis of the arm. Diseases of the blood-vessels, or of supporting and enclosing tissues, produce secondary degenerations of the nervous system. The symptoms, like the lesion, are obtrusive; frequently arising suddenly, they may in a short time terminate fatally, or tend towards partial or complete recovery. Various forms of motor and sensory loss and disturbance of function may arise, indicating destruction or disturbance of particular regions of the central nervous system; and degenerations in certain tracts and systems of fibres arise, corresponding in histological character with those observed when a nerve fibre is separated from its cell of origin by section (secondary degeneration of Waller and Tiirck). This form of degeneration must be distinguished sharply from primary degeneration, which is due to an inherent nutritional defect of the nerve cell and all its processes (the neurone), in which a regressive metamorphosis occurs; it starts in the myelin sheath and the fine terminal twigs of the axis cylinder and dendrons, and proceeds back to the main branches and trunk, eventually destroying the trophic and genetic centre itself, the nerve cell. These primary degeneration processes are insidious in origin, progressive in character, and nearly always fatal; they, therefore, are associated with a progressive evolution of symptoms.
To cite some examples: (1) Locomotor ataxy (tabes dorsalis), is a primary degeneration affecting the afferent sensory system of neurones. (2) Progressive spinal muscular atrophy is a disease of the efferent motor system of neurones of the brain and spinal
cord. Infantile paralysis (Anterior poliomyelitis), is an acute inflammation causing destruction chiefly of the spinal motor neurones of the ventral horn. It differs from the progressive spinal muscular atrophies in its sudden onset and non-progressive character; it resembles them in producing paralysis of muscles with-
out sensory disturbance.
(3) General paralysis of the insane
(general paresis) is a degeneration which begins in the association
system
of neurones
261 of the cerebral
cortex, but frequently
is
associated with degeneration of the afferent or efferent systems. The psychoneuroses and benign psychoses have not been satisfactorily explained by definite morphological changes in the actual brain substance. We know little or nothing accurately about the morbid histology of certain chronic psychoses, or defect states, except as regards the morphological changes met with in cases of amentia and dementia. The large and illy circumscribed groups, called idiocy and imbecility, are associated with arrest of development of the brain, the naked-eye evidence of which may be afforded by small size and simplicity of convolutions of the brain as a whole or in part (see Plate, figs. 2, 4 and 6); and the microscopical evidence by arrest, or imperfect development, of structures connected with the higher functions of the mind, namely, the asso-
ciation neurones in the more superficial layers of the cerebral cortex. Various degenerative processes, either primary or secondary, broadly termed dementics, are associated with progressive decay and atrophy of the superficial layers of the grey matter of the cortex, and naked-eye evidence thereof is afforded by partial or general wasting of the cerebral hemispheres, accompanied with thickening of the pia-arachnoid membrane, atrophy of the convolutions, and with deepening and widening of the intervening sulci. Since the modern studies on this subject of V. Economo, Jakob, the Vogt’s Josephy, Fiinfgeld, Spatz, Spielmeyer and others have given a definite architectonic and myelotectonic knowledge of the cortex as well as the striatum the older studies of a former generation are obsolete. A newer cortical and subcortical pathology is being written and is to be found in special articles in this edition. At the present time a generalized neuropathology cannot be written. The cerebro-spinal fluid fills up the space in the cranial cavity caused by the atrophy of the brain; consequently there is a great excess of this fluid. This wasting so characteristic a finding in general paralysis is especially due to atrophy of the cells and fibres of the superficial grey matter of the cortex, sections of which, examined microscopically, after suitable staining, show great poverty, or complete loss, of three sets of delicate myelinated fibres, namely, tangential, super-radial and the inter-radial corresponding to the line of Baillarger. This degeneration of the superficial association fibres of the cerebral cortex affects especially the frontal and central convolutions, and is the earliest and most constant microscopical change in general paresis. It is accompanied usually by meningeal and vascular changes, atrophy of the nerve cells, the proliferation of the neuroglia (fig. 5); especially characteristic is the perivascular infiltration with lymphocytes and plasma cells (see Plate, fig. 7). It was, indeed, thought that this condition of the vessels was pathognomonic of general paresis; it certainly is not, for it is found throughout the central nervous system in cases of African sleeping sickness and the arterial types of neurosyphilis. It has sometimes been known to occur in the neighbourhood of cerebral tumours but it is not found in uraemia or lead encephalitis. Microscopical Changes in Degeneration of the Neurone.— About 1850, Waller demonstrated that a nerve fibre undergoes degeneration to its termination when separated from its cell of origin; hence the term “Wallerian degeneration.” Embryological researches by Prof. His showed that the axis-cylinder process (the essential conducting portion of the nerve fibre) is an outgrowth of the nerve cell. The cell, therefore, is the trophic and genetic centre of the nerve fibre. Acute alterations and death of the nerve cells may occur from toxic conditions of the blood; from high fever (107°—110° F); arrest of the blood supply, as in thrombosis and embolism; or actual destruction by injury, haemorrhage or inflammation. These morbid processes produce, as a general rule, bio-chemical as well as morphological changes in the nerve cell and its processes. When a nerve cell dies, the nerve fibre undergoes secondary degeneration and death; that is to say, the whole neurone dies, and regeneration, at any rate in the higher vertebrates, does not take place. Restoration, or partial restoration, of function is due to other structures taking on the function, and the more specialized that function is, the less likely is restoration to take place. If, however, a peripheral
262
NEUROPTERA
nerve is divided, its component fibres are merely severed from their cells of origin. All that portion of the nerve which is in connection with the nerve cells of origin practically undergoes no change. The peripheral portion undergoes degeneration, but from the central end of the nerve new axis cylinders again grow out and a new nerve is formed. With this regeneration comes restoration of function, which may be hastened by suturing the ends of the cut nerve. A similar regeneration, however, does not occur after section of fibres of the white matter of the central nervous system, and this may be due to the fact that the nerve fibres of the white matter of the cerebro-spinal axis possess no nucleated sheath of Schwann, which plays an important part in regeneration; in the present writer’s opinion, the neurilemmal sheath of the old fibre forms a new protoplasmic basis, into which the axis-cylinder from above grows, the passage of stimulus determining its function. The writer, working in conjunction with Prof. Halliburton, has shown that the characteristic microscopical changes in the myelin sheath which occur in the process of degeneration are due to a splitting up of the complex phosphoretted substance “protagon” into glycero-phosphoric acid, choline and oleic acid by a process of hydration. The Marchi reaction, so useful for demonstrating degeneration of the central and peripheral nervous systems, is dependent upon the fact that the myelin sheath, after hardening in a solution of bichromate of potash, does not turn black when acted upon by osmic acid, whereas the simpler nonphosphoretted fatty product of degeneration is stained black. When the Marchi reaction of degeneration is fully developed, it has been ascertained that the nerve yields no phosphorus. The degeneration resulting from section of a nerve is termed secondary, to distinguish it from another, primary, due to slow and progressive decay of the whole neurone, beginning usually at the terminal twigs and proceeding back towards the cell body with its contained nucleus. These primary degenerations involve systems of neurones, correlated by function rather than by anatomical situation. Examples have been given already. The cause of primary degenerations is probably a defect inherited or acquired in the “vita propria” of the neurones affected. They slowly atrophy and disappear, and their place is filled up by an overgrowth of the supporting neuroglia tissue (see Plate, fig. 9). This overgrowth of dense tissue is termed sclerosis and was erroneously considered to be the cause, instead of the effect, of the atrophy of the nervous tissue.
of those only a little more than 6o occur in the British Isles while about 200 species are found in the United States.
Neuroptera are all insects of weak flight, they are rarely abundant in individuals and feed mostly upon soft-bodied insects or liquid matter such as honey-dew. Most of the species have beap. tiful net-veined wings which often exhibit a complex reticulation owing to the presence of numerous accessory veins. There are ny. merous veinlets arising from the costal vein and vein Rs is gener. ally pectinately branched. In their larval stages they are excly. sively predaceous. The order is divided into two sub-orders, viz., the Megaloptera and the Planipennia as given below. SUB-ORDER
I.
MEGALOPTERA
Veins with little or no tendency to fork at the margins of the wings: vein Rs with but few extra branches. Larvae with biting mouth-parts: pupae not enclosed in a true cocoon.
This group includes a small number of archaic insects separable into two well defined divisions comprising less than 200 species throughout the world. (1) The Sialidae include the alder flies (q.v.) so called because in England the adults often frequent alders along
the banks of streams. Their larvae live in the water and respire by means of seven or eight pairs of slender, jointed, abdominal gills,
The genus Sialis is widely distributed with two British and one North American species. The Dobson-flies Corydalis, found in America (North and South) and northern India, attain a great size with immense jaws in the males. The smaller allied forms (Chauliodes, etc.) are often known in America as fish-flies. (2) The Raphidiidae or snake flies (g.v.) are distinguished by the elongate prothorax and the very long ovipositor in the female. They are terrestrial insects whose larvae are found under the bark of trees. Nine species are found in North America and four species of the genus Raphidia occur in Britain. SUB-ORDER
II.
PLANIPENNIA
Veins with evident forking at the margins of the wings: vein Rs usually with numerous branches. Larvae with piercing mouthparts: pupae enclosed in a cocoon.
Included here are the major portion of the Neuroptera: they are nearly all terrestrial insects, only a small number being partially or truly aquatic in their larval stages. The Planipennia are divided into 16 families of which only the most important are mentioned. The Ithonidae or moth-lacewings are confined to Australia: they are large, stoutly built, moth-like insects with primitive venaBrsriocraPpHy.—Croonian lectures on the “Degeneration of the tion. Their larvae live in the soil where they prey upon those of Neurone,” by F. W. Mott, published in the Lancet (1900); and the chafer beetles, to which they bear a close general resemblance. same writer’s “Introduction to Neuropathology,” in Albutt’s System of The Hemerobiidae or brown lacewings are widely distributed and
Medicine. Gower, Handbook of ihe Nervous System; von Monakow, Gehirn Pathologie; F. W. Mott, Archives of Neurology, vols. i. ii., iii. and iv.; A. van Gehuchten, Les maladies nerveuses (Louvain, 1926); Sir J. Jurves-Stewart, Diagnosis of Nervous Diseases (London, 1927) ;
S. E. Jelliffe and W. A. White, Diseases of the Nervous System (V edit. London, 1928; bibl.); H. Oppenheim, Lekrb. d. Nervenkrankheiten (Berlin, 1923; bibl. translation by Bruce) ; H. Claude, “Maladies du Systéme Nerveux,” in Gilbert and Fournier, Précis de pathologie interne, vols. iii. and iv. (Paris, 1922). Spielmeyer, Histopathologie des Nervensystems (Berlin, 1922); Jakob, Normale Anatomie und Histologie und allgemeine Histopathologie des Grosshirns (Wien, 1927, bibl.) ; Bethe, v. Bergmann—Handbuch der normalen u. pathologischen Physiologie: Nervensystem, Vol. X. Berlin, 1927, Tilney and Riley, Form and Function of the Nervous System (New York, 1925). Buzzard and Greenfield, Pathology of the Nervous System Gwe ‘ . W. Mo.
NEUROPTERA,
the term used in zoological classification
for that order of insects which includes the alder flies, snake flies, ant-lion flies, lace-wings and their allies. They comprise small to rather large soft-bodied insects with usually elongate feelers and two pairs of similar, net-veined, membranous wings: the wings are closed roof-like over the body when at rest and the hind pair are almost always without a plicated posterior lobe. The mouthparts are for biting, the tarsi are five-jointed and there are no cerci or tail feelers. All Neuroptera undergo complete metamorphosis and the larvae are active and predatory with well developed antennae, sense organs and legs: they are mostly terrestrial but some are aquatic. The pupae have the appendages free and are generally enclosed in silken cocoons. Rather more than 2,000 species of Neuroptera are known and
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(NATURAL
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FIG. 1.—A GREEN LACEWING (CHRYSOPIDAE) fairly numerous in species. Their larvae along with those of the Chrysopidae or green lacewings (fig. 1) roam about vegetation preying upon aphides, mites, thrips and other soft-bodied insects (see LACEWING-FLY). The Osmylidae and Sisyridae have aquatic larvae: the insects of the first mentioned family are medium to large-sized species which differ from the lacewings in certain venational characters. Osmylus chrysops is the largest British Neuropterous insect and occurs locally along the borders of streams where there is dense vegetation. The Sisyridae differ in having very few cross-veins to the wings besides being much smaller in size. They are brown or fuscous insects found along the borders of rivers which contain the fresh-water sponge upon
NEUROPTERA
263
which their larvae feed and live. Three species of Sisyra occur in |exceptions, are terrestrial or arboreal and in the Planipennia they Britain and this genus, along with Climacia, is found in the United
are afl characterized by the greatly drawn out mandibles
and
States. The Mantispidae or mantis flies (g.v.) are easily distinguished by the elongate thorax and the prehensile fore-legs which
maxillae which are used for seizing and perforating the prey.
The
resemble in form those of the common mantis (g.v.) and are likewise used for seizing other insects which serve as their prey. The larvae of the European Mantispa styriaca are predacious upon
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mandibles are grooved along their ventral surface and the mazillae, which closely resemble them in form, fit one into each groove: in this way the two sets of appendages function as a pair of tubes through which the body-juices of their victims are sucked out. Larvae of the Planipennia are further remarkable for the fact that six out of their eight Malpighian tubes become transformed into silk glands, the silk being emitted through an anal spinneret. The larvae of all Neuroptera are carnivorous and mostly prey upon other forms of insect life. When fully fed those of the Planipennia construct silken cocoons and, prior to the emergence of the perfect insect, the pupa cuts open the cocoon with its mandibles and, being mobile, often travels some little distance before the imago emerges. Little is definitely known respecting the specific nature of the food of the perfect insects: many are nocturnal in habits and are attracted to lights, while most of the
day-flying species are rarely seen on the wing. Geographical Distribution.—Certain families of Neuroptera are nearly world-wide in their distribution, the Chrysopidae for example, being found in almost all extensive areas of land excepting New Zealand: the Sialidae have an almost world-wide though discontinuous range, while the Raphidiidae are apparently restricted to the northern hemisphere. Several families, on the other hand, are almost confined to Australia which has a more complete
BY
COURTESY
OF
THE
TRUSTEES
OF
THE
BRITISH
MUSEUM
FIG. 2.—HALTER IMPERATRIX
(NATURAL
HISTORY)
(NEMOPTERIDAE)
young Lycosa spiders and during development they undergo striking changes of form constituting hypermetamorphosis. The family is mainly tropical but ranges into southern Europe and a few rare species occur in the United States. The Psychopsidae have very broad, rounded wings supported by a stout “mid-rib” and with a densely reticulated venation. Many are insects of striking beauty and their larvae have been found beneath bark of trees. The family has a wide discontinuous range occurring in South Africa, Tibet, China and Australia. The Nemopteridae (fig. 2) differ from all other Neuroptera in having very long thread-like or ribbon-like hind wings. Their larvae occur in caves on the floors of buildings among debris, etc., where they prey upon smaller forms of insect life. The family occurs in many of the warmer parts of the world
including southern Europe but is absent from North America. The Myrmelionidae or ant-lion flies (¢g.v.) bear a general resemblance to dragon-flies and have short knobbed feelers. Although most abundant in the warmer parts of the world, several species occur in Europe, one being found as far north as Sweden, but none are found in the British Isles: about 60 species inhabit the United
States. Their larvae live on the ground where some make pit-like snares for entrapping their prey, while others hide away under stones or debris. The Ascalaphidae are closely related to the preceding family but can easily be separated by their much longer antennae as well as by venational differences. Their larvae either hide away on the ground or live concealed on the bark of trees. They are chiefly tropical insects only a few species occurring in southern Europe and North America. The Conlopterygidae, or mealywings, number about 50 species and are the smallest and
most aberrant of all Neuroptera.
They are covered with a white
powdery secretion, their wings have comparatively few veins and
the hind wings are much reduced in size. Their larvae roam about plants, preying upon aphides, scale-insects and mites. Rather more than half a dozen species are found in Britain anda similar number occur in the United States. Natural History (fig. 3).—The eggs of Neuroptera are ovoid and in several families, including the green lacewings, the female exudes a sticky secretion which she draws out into a hair-like stalk upon which the egg is laid for safety. The larvae, with few
and diverse fauna of Planipennia than any other region of the globe, although the Megaloptera are only represented there by four species. Only seven families of Neuroptera ðccur ir the British Isles and 13 families are found in the United States. Geological Distribution.—The Megaloptera are evidently an archaic group but their fossil remains, unless very perfect, are diffcult to identify. The earliest undoubted remains of this sub-order
have been found in the Triassic rocks of Europe. The Planipennia LARVA X 6
PAIR OF PINE NEEDLES SHOWING POSITIONS IN WHICH EGGS ARE LAID
(INDICATED BY ARROWS) NATURAL SIZE
IMAGO X 4
BY COURTESY OF THE TRUSTEES OF THE BRITISH MUSEUM (NATURAL HISTORY) LIFE CYCLE OF BROWN LACEWING (HEMEROBIS STIGMA)
first appear as fossils in the Upper Permian beds of Belmont, New South Wales, where they are represented by the genus Permithone which appears to be an ancestor of the existing Ithonidae and possibly of other families also. The sub-order is well represented in the Liassic and Upper Jurassic rocks of Europe. Economic Importance.—Neuroptera as a whole are distinctly beneficial to man in their larval stages. Larvae of the Sialidae form food for trout and other fishes, while those of the Planipennia prey upon many soft-bodied noxious insects. In Europe and North America the most beneficial families are the Hemerobiidae,
264
NEUSALZ— NEUTRALITY
Chrysopidae and Coniopterygidae and in Australia larvae of the Ithonidae destroy numbers of Scarabaeid grubs in the soil. BIBLIOGRAPHY.—For the British species consult R. MacLachlan, Trans. Entomological Soc., London (1868); also J. J. F. X. King and J. N. Halbert in Proc. Roy. Irish. Acad., B. (1910). Admirable accounts of the structure and habits of Neuroptera are given by
C. L. Withycombe in Trans. Entomological Soc., London
(1922 and
1925). The Australian forms are of special interest and for these consult R. J. Tillyard, Proc. Linnean Soc. New South Wales (vol. xli-xliv, 1916-19). The North American species are listed by N. Banks in Trans. Amer. Entomological Soc. (1907) who has also revised the Hemerobiidae and their allies (Zbid., 1906). For accounts of the life-histories of the Chrysopidae see R. C. Smith, Mem. 58, Cornell Univ. Agric. Exp. Station and the same writer has dealt with the habits of the Hemerobiidae in Annals Entomological Soc. America (vol. xvi., 1923); for the North American alder flies, etc., see K. C. Davis, Bull. 68 N.Y. State Museum. (A. D. I)
of the diocese of Rouen north of the Seine; while Austrasia com-
prised only the Frankish dominions beyond the Rhine, together apparently, with Mainz, Worms and Spires on the left bank. The
districts between Neustria and Austrasia were called Media Fran.
cia or simply Francia. In 843 Brittany took from Neustria the countships of Rennes and Nantes; and gradually the term Neustria came to be restricted to the district which was later called Normandy. By a similar usage, the term Neustria was applied in Italy in the 8th century to western Lombardy. See F. Bourquelet, “Sens des mots France et Neustrie sous le régime mérovingien,” in the Bzbliothéque de l’école des chartes, xxvi. 566-574: Longnon, Atlas historique de la France.
NEUTRALITY has been defined as the legal status arising
from the abstention of a state from all participation in a war be. tween other states, the maintenance by it of an attitude of im. NEUSALZ, a town in the Prussian province of Silesia, on partiality in its dealings with the belligerent states, and the recthe Oder, 20 m. by rail N.W. of Glogau. Pop. (1925) 14,212. ognition by the latter of this abstention and impartiality. From Neusalz became a town in 1743. Its largest industry is, perhaps, this legal status arise the rights and duties of neutral and belligerthe manufacture of thread; there are also in the town ironworks, ent states respectively. Under the conception of absolute sovbreweries, shipbuilding yards and electrical works. Lignite is ereignty prevalent before the World War one state might go to mined in the neighbourhood and chemicals manufactured. It is war with another for a good or bad reason, or for no reason at developing trade, especially towards the Polish frontier, because all, and a violation of international law by one state was regarded of its numerous rail and river connections. as no concern of any other, except that immediately affected by NEUSS, a town in the Prussian Rhine province, lies 4 m. to such violation. With the creation of the League of Nations, howthe W. of Düsseldorf and 14 m. from the west bank of the Rhine, ever, a new conception arose. The League is based upon interwith which it is connected by the Erft canal. It lies at the junc- national solidarity, hence neutrality and a League of Nations are tion of lines to Cologne, Viersen, Zevenaar (Holland), Düssel- mutually exclusive. In the next war, said President Wilson, there dorf, Düren and Rheydt. Pop. (1925) 44,978, of whom the will be no neutrals. But the League is not yet universal. The majority were Catholics. Neuss, the Novaesium of the Romans, United States and Russia, to mention only the most important, mentioned by Tacitus, formerly lay close to the Rhine. Drusus, are not members; and even among members the Covenant of the brother of the emperor Tiberius, threw a bridge across the Rhine League fails to prohibit neutrality in all circumstances. Consehere, and his name is preserved in the Drusustor, the lower half quently the legal status of neutrality still retains an important ‘of which is of Roman masonry. In 1474-75 Charles the Bold be- place in international law. sieged the town in vain for rz months, but it was taken and sacked Rights and Duties of Neutrals.—These may be subdivided by Alexander Farnese in 1586. Extensive excavations have been into the rights and the duties of neutrals; and the rights and liabilmade and many Roman treasures have been unearthed. ities of trade. A neutral state is entitled to have the integrity of The church of St. Quirinus is a fine example of the transition its territory and territorial waters respected by all the belligerfrom the Round to the Pointed style. The town hall was built ents. By the Hague Convention of 1907 its territory is inviolable; in the 17th and altered in the 18th century. it is entitled to notice of a state of war, unless it can be proved NEUSTADT (Polish, Prudnik), a town in the Prussian prov- that it was aware of its existence, so that the date from which its ince of Silesia, on the river Prudnik, 6o m. by rail S.E. of liabilities commence may be ascertained (Hague Convention Breslau. Pop. (1925) 17,050. III., 1907). In the case of a civil war, its liabilities will commence NEUSTADT-AN-DER-HAARDT, a town of Germany, only when a state of belligerency is established; for instance, in the Bavarian Palatinate, situated under the eastern slope of Great Britain contended that the proclamation of a blockade of the Haardt mountains and at the mouth of the valley of the the coasts and ports of the seceding states by President Lincoln Speyerbach, 14 m. W. of Speyer, and at the junction of railway on April 19, 1861, was a recognition of such states as belligerents. lines to Worms, Weissenburg and Kaiserslautern. Pop. (1925) That is to say, it is entitled to prevent and nullify, by force if 20,726. Neustadt, which became a town in 1275, is one of the necessary, war-like operations by any of the belligerents comcentres of the Rhenish “grape-cure.” The Protestant abbey mitted in violation of such integrity. It is also entitled to exact church, a Gothic edifice, dates from the r4th century. compliance by belligerents with its own municipal regulations, NEU-STETTIN, a town in the Prussian province of Pome- designed to maintain its neutrality and to perform its internarania, on the small Streitzig lake, 90 m. by rail E.N.E. of Stettin, tional obligations. If such regulations are enforced equally upon at the junction of railways to Belgard, Posen and Stolpmiinde. all the belligerents, they are not to be regarded as hostile or unPop. (1925) 15,518. Neu-Stettin was founded in 1313 by Wratis- friendly. It is entitled to maintain its diplomatic intercourse with laus, duke of Pomerania. other neutral states and with the belligerents alike, except for NEU-STRELITZ, a town of Germany, capital of the republic such temporary interruptions as may be demanded by military of Mecklenburg-Strelitz, situated between the Zierker See and necessity. It is entitled to offer its good offices or mediation to the Glambecker See, 60 m. N. of Berlin, on the railway to Stral- the belligerents with a view to the cessation of hostilities without sund, at the junction of lines to Warnemünde and Wittstock. the exercise of this right being regarded as an unfriendly act Pop. (1925) 12,100. Neu-Strelitz was not founded till 1726. The (Hague Convention I., 1907). Finally it is entitled to require former ducal residence is a pseudo-classical edifice, with a library. belligerents not to interfere with the commercial intercourse of About 14 m. to the south lies Alt-Strelitz (pop. 4,820), the its subjects, unless such interference is warranted by International former capital of the duchy. Law.
NEUSTRIA,
the old name of the western kingdom of the
Armed Neutrality.—In his address to Congress on Feb. 26,
1917 President Wilson, after recounting the failure of diplomatic methods to protect the neutral rights of the United States from make the word signify the “most recent” conquests of the Franks. their violation by Germany, declared that “there may be no reThe word Neustria does not appear in Gregory of Tours, but is course but to armed neutrality, which we shall know how to mainfound for the first time in Fredegarius. Under the later Merovin- tain and for which there is abundant American precedent.” There gian kings the princes reigning in the West were called kings of were also European precedents for armed neutrality. In 1780 Russia issued a declaration of neutral rights, to which Neustria, and those reigning in the East, kings of Austrasia. Under the new Carolingian dynasty, the word Neustria was restricted to Sweden and Denmark adhered, which became known as the First the district between the Loire and the Seine, together with part Armed Neutrality. Spain, France, Holland and the United States—
Franks, as opposed to the eastern kingdom, Austrasia (g.v.). The most ancient form of the word is Niuster, from niust, which would
NEUTRALITY all in a state of war with Great Britain—Prussia, Austria, Portugal and the two Sicilies, subsequently joined the league. The
object of this declaration was to limit the list of contraband com-
modities. In 1800 Russia with Denmark, Prussia and Sweden formed the Second Armed Neutrality, the object of which was to exempt from visit and search neutral merchantmen under convoy.
Duties of Neutral States.——The primary duty of a neutral state is strict impartiality in its relations with both belligerents, whether such impartial conduct is obligatory or discretionary. There must not be any discrimination or preference. Even a favour granted to one must be extended to the other. A neutral state must not allow a belligerent to move troops, munitions of war or supplies across its territory or to erect or use therein
wireless or other telegraphic apparatus for military purposes.
It
must intern belligerent forces which have taken refuge in its territory, but may leave at liberty escaped prisoners of war and per-
mit the passage of the sick and wounded belonging to the belligerent forces
(Hague
Convention V., 1907).
It must not allow
any act of war, including the exercise of visit and search or capture, to be committed by a belligerent within its territorial waters. It must release a prize so captured with its officers and
crew and intern the prize crew. It must not allow a prize court to be established on its territory nor on a vessel within its terri-
torial waters. It must not allow either belligerent to use territory
At the Naval Conference
265 (1908-9) it was found impossible
to reach agreement upon the question of the engagement of neutrals in a trade closed to them in time of peace, but the Declaration of London did deal with the application of the doctrine of continuous voyage to blockade and contraband. By Art. 19 whatever might be the ulterior destination of a vessel or her cargo, she was not liable to capture if at the moment she was on her way to a non-blockaded port, although it was still open to the captor to prove that the alleged destination to a neutral port or open port was merely simulated. But such capture was permissible only within the area of operations or on a pursuit commenced therefrom. Art. 39 provided that absolute contraband should be liable to capture if shown to be destined to territory belonging to or occupied by the enemy or to his armed forces. During the World War the doctrine of continuous voyage and continuous transport was applied by the Allied and Associated Powers to conditional as well as to absolute contraband, and was
fully examined by Sir Samuel Evans in the Kim (1918) I.B. and C.P.C. 405. For the French practice, see the Karimata, Fanchille, Jurisprudence Francaise en Matière de Prises Maritimes, 62, 92; for the Italian see S. S. Kyzicos, Fanchille, Jurisprudence Italienne en Matière de Prises Maritimes, 57. Destruction of Neutral Prizes—By the law of nations merchantmen must always be brought in for adjudication and
or territorial waters as a base of military operations against its consequently must never be destroyed by their captors (the adversary, nor may it furnish either belligerent with troops, ships, Actaeon [1818] 2 Dods: 48, the Felicity [1819] 2 Dods: 381, munitions of war, money or with commodities of direct or in- and Maisonnaire v. Keating [1815] 2 Gall: 325). The old rule, direct use in the war. It must use due diligence in preventing the however, that neutral vessels must never be destroyed, was refitting out or arming of vessels within its jurisdiction and the jected by Russia in her naval instructions in 1868, 1895 and 1901; departure of vessels intended to engage in hostile operations; the by France in 1870; by the United States in 1812 and 1898; by issue of commissions by either belligerent or the enlistment of Japan in 1904 and by Germany in 1908. Art. 48 of the Declaramen (Hague Convention, XIII., 1907, the Neutrality Act, tion of London provided that “a neutral vessel which has been 1818 U.S.A. and the Foreign Enlistment Act, 1870, 33-34 Vict. captured may not be destroyed by the captor but she must be C. 90). taken into such port as is proper for the determination there Rights and Liabilities of Neutral Trađe.—Restraint on of all questions concerning the validity of the prize.” But this proneutral trade with belligerents rests upon a compromise between vision is qualified by Art. 49 which declares: “As an exception a two conflicting principles. On the one hand the subjects of a neutral vessel which has been captured and which would be liable neutral state contend that they are entitled to carry on their to condemnation, may be destroyed if the observance of Art. 48 normal trade with either belligerent, provided such trade is not would involve danger to the safety of the warship or to the sucdirectly calculated to prejudice the military operations of one cess of the operations in which she is engaged at the time.” By belligerent, nor to promote those of the other. On the other hand Art. 50, before destruction, all persons must be placed in safety a belligerent state claims that the subjects of a neutral state are and the ship’s papers taken on board the warship, and by Art. 51 not entitled to supply his enemy with commodities which are of the captor must prove that the destruction was demanded “in the direct and indirect use to his enemy in the conduct of the war. face of exceptional necessity.” Between these two contentions there have been great divergencies Upon failure to prove this, the captor was bound to make full both in theory and practice. A state is apt to take a different view compensation, whether the capture was valid or not. It was conwhen belligerent from that which it maintained as a neutral. But tended at the time by some Powers that these guarantees virtually upon one matter there is no difference of opinion. It is generally amounted to the renunciation to the right of destruction, but the recognized that it is for the belligerent and not for the neutral present writer declared that Art. 49 would lead to piracy. And so state to enforce the restraints on neutral trade; that it is the it proved in the World War. Under the plea of “danger to the duty of the neutral state to acquiesce in such restraints in so far safety of the warship” and of “exceptional necessity,” the Geras they are not unwarrantable; and that the violation of such man Government ordered the officers of submarines to sink enemy restraints by the subjects of a neutral state are not criminal and and neutral merchantmen alike at sight and without leaving a only involve the perpetrators in the seizure and loss of their prop- trace (spurlos versenken). It is estimated that 1,720 neutral erty. The most important restraints on neutral trade are those vessels were thus destroyed by Germany and her allies, and over imposed by the rules relating to blockade (g.v.); pacific block- 2,000 neutral sailors killed or drowned. ade (qg.v.); contraband (g.v.); continuous voyage; convoy (g.v.); By the Treaty of Washington, 1922, between the United States, unneutral service; and visit and search (g.v.). Great Britain, France, Italy and Japan, a merchantman must not Continuous Voyage.—tThe doctrine of continuous voyage has be destroyed unless the crew and passengers have been first placed been referred to under ConTRABAND (g.v.). It was first ap- in safety, and if the submarine cannot capture a merchantman plied by Lord Stowell to the engagement of neutrals in a trade in conformity with the rules applicable to other war vessels, it closed to them in time of peace (The Immanuel, 2 C. Rob. 186 must permit the merchantman to proceed unmolested. Violation [1799]). In this case a neutral vessel sailing from Hamburg was of these rules will be deemed an act of piracy and the plea of condemned for carrying food, during the war between Great superior orders will be no defence. These provisions have not Britain and France, from Bordeaux to St. Domingo, a French been ratified by France. Unneutral Service——A neutral individual is of course guilty colony. The doctrine was also applied by Lord Stowell in The Yonge Pietor, 4 C. Rob. 79 (1801), under the rule prohibiting trade of unneutral service who breaks blockade or carries contraband. with the enemy. In this case the goods were consigned to a neutral But there are certain acts of a particularly distinctive service to port with an ultimate destination by land to an enemy port. This which the term unneutral service is usually applied. These are gave rise to the doctrine of “continuous transport.” Secondly the divided into two classes by the Declaration of London according doctrine was applied during the American Civil War both to to the gravity of the act. In the first is included service which blockade and contraband. is only partial. By Art. 45 when a neutral vessel is engaged ta
266
NEU-ULM—NEUVE
carry military persons or despatches, concurrently with employment of an innocent character, she is liable to be treated in the same manner as a neutral vessel engaged in the carriage of contraband. The vessel may be condemned and the cargo if it belongs.to the owner of the vessel. These are sometimes described as analogues of contraband, and so she will be treated throughout as a neutral vessel. But a neutral vessel which identifies herself with the enemy falls into the second class: she is definitely guilty of “hostile service.” By Art. 46, a neutral vessel is liable to be treated as an enemy merchantman (1) if she takes a direct part in the hostilities; (2) if she is under the orders or control of an agent placed on board by the enemy Government; (3) if she is in the exclusive employment of the enemy Government; (4) if she is exclusively engaged at the time either in the transport of enemy troops or in the transmission of intelligence in the interests of the enemy. In these cases goods belonging to the owner of the vessel are liable to condemnation with the vessel. By Art. 47, an individual liable to military service found on board a neutral vessel may be made a prisoner of war; and by Art. 12 of The Hague Convention X., 1907, enemy sick or wounded found on board neutral hospital or merchant ships may be removed. During the World War the German Government having removed all persons liable to military service from the occupied territories of Belgium and France, Great Britain in Dec. 1914 declared they would no longer be bound by Art. 47 of the Declaration, and that they would arrest all reservists found on board neutral vessels. This action was avowedly by way of reprisal. Nevertheless neutral states protested that such persons were not actually incorporated in the armed forces of the enemy and so not within Art. 47. This is probably true, but apart from the Declaration, persons of military age returning to their country of origin for the purpose of military service are really “noxious persons,” who, if found on board neutral ships bound to an enemy port or even to a contiguous neutral port, may be seized. Inviolability of Postal Correspondence——By The Hague Convention XI. of 1907 the postal correspondence of both neutrals and belligerents, whatever its official or private character may be, found on board a neutral or enemy ship is inviolable. If the ship is detained the correspondence must be forwarded by the captor at once. These provisions do not apply to correspondence destined for, or proceeding from a blockaded port. This right to inviolability does not exempt a neutral mail ship from the laws and customs of maritime war. The ship, however, may not be searched except when absolutely necessary, and then only with as much consideration and expedition as possible. Apart from the Convention neutral mail ships and other vessels carrying mails, even though the property of a neutral Government, are not by international law exempt from the ordinary process of the tribunals of a belligerent, unless expressly exempted by treaty. Thus, such vessels are still subject to visit and search.
During the World War, Hague Convention XI. did not apply since it had not been ratified by some of the belligerents. Nevertheless in the first year of the war the Allied Powers did not interfere with the mails found on neutral vessels. But when it was discovered that the Germans were sending contraband through the post and more particularly by means of the parcels post, they insisted upon the right of search and seizure. In their pro-
test against this policy the United States admitted {that there was
a distinction between such articles as bonds and other securities which might be regarded as merchandise, and shipping documents and money-order lists which should be regarded as genuine correspondence. By such a distinction a right of censorship was obviously implied, but such a censorship on the high seas, owing to German submarine methods, was impracticable. Neutral vessels were therefore either induced by the Alied Powers to enter allied ports voluntarily for the purpose of search and censorship, or were brought in involuntarily. In their protest against this practice the United States did not complain so much that the exercise of jurisdiction over such vessels was abused, as that the Allied Powers, by sheer naval force, com-
pelled neutral steamship lines to cause their mail steamers to
CHAPELLE
put into allied ports, and thus subject them to the control of the territorial sovereign. The Allied Powers justified this practice on the ground of necessity.
Reprisals——Even neutrals may suffer by measures of reprisal taken by one belligerent without having any legal ground of com.
plaint. The British Order in Council, Feb. 16, 1917, was issued as a measure of retaliation for the German declaration of Feb, ;
1917, of unrestricted submarine warfare in certain designated zones. The Order provided that a vessel encountered at sea on
her way to or from a port in a neutral territory affording means
of access to the enemy territory without calling at a port in British or Allied territory should be deemed to be carrying goods with an enemy destination, or of enemy origin and should be liable to capture and condemnation. The Leonora, 3 B. & C.P.C. 181, 385 [1919] A.C. 974, was a Dutch vessel, with coal laden
at Rotterdam for Stockholm.
The coal was produced in Belgian
collieries under the control of the German Government and sold by it to a Swedish company. In condemning the ship and cargo, Evans P. held that the Order did not entail unreasonable incon-
venience upon neutrals, having regard to all the circumstances,
Upon appeal Lord Sumner gave the following opinion: “There are certain rights, which a belligerent enjoys by the law of nations in virtue of belligerency, which may be enforced even against neutral subjects and to the prejudice of their perfect freedom of action, and this because without those rights maritime war would be frustrated and the appeal to the arbitrament of war would be made of none effect.” This and the previous case of The Stigstad, 2 B. & C.P.C. 179; 3 ib., 347 [1919] A.C. 279, decided that retaliation is a belligerent right and that retaliatory measures may be enforced against neutrals. If, said Sir Erle Richards, retaliation be a legal right, neutrals can have no cause of complaint.
BreriocrarHy.—Pitt Cobbett, Leading Cases on International Law, vol. II. (1885, 4th ed. 1924) ; L. A. Atherley-Jones and H. H. L. Bellot, Commerce in War (1907); P. Fanchille, Traité de Droit international public, vol. II. (1921) ; C. C. Hyde, International Law, vol. II. (1922) ; W. E. Hall, International Law (8th ed. 1924) ; L. Oppenheim, International Law, vol. II. (4th ed. 1926) ; A. S. Hershey, Essentials of International Public Law and Organisation (2nd ed.1927). (H.H.L. B.)
NEU-ULM, a town in Bavaria.
Pop. 11,919 (1925). The
town is situated on the Danube, opposite Ulm, and is a railway centre. It was incorporated as a town in 1857.
NEUVE
CHAPELLE,
BATTLE
OF
(March
10-13,
1915). Neuve Chapelle is a village in Pas de Calais west of Lille. Pop. 319 (1921). To understand the tactical idea upon which the
battle of Neuve Chapelle was founded (the first of the siege warfare battles undertaken by the British army in France) it must be clearly kept in view that the British higher command had not grasped the fact that the war which now confronted them was an engineer-artillery war, and not a cavalry-infantry one. They considered that infantry could “open a door for an inroad of horsemen against the enemy’s rear,’ and in spite of the failure of Neuve Chapelle, this quite impossible idea governed the tactics of Sir John French and Sir Douglas Haig up to the end of the war. Plan of: Attack.—On Feb. 12, General Haig recommended an offensive towards the Aubers ridge on a frontage of 2,000 yards between Port Arthur and the Moated Grange. Neuve Chapelle was to be the first objective, then a line east of the village, and finally the Aubers ridge, the occupation of which would threaten
the enemy’s communications between La Bassée and Lille. Sir
John French, the commander-in-chief, approved of this plan, and fixed its date as soon after March 9 as weather would permit. The attack, or rather assault, was to be carried out by two corps, the Indian corps on the right and the IV. corps on the left. It was to be made after an intense artillery bombardment of 35 minutes’ duration. Having broken the enemy’s front, it was proposed to extend the attack to five miles in width, and so make room for the cavalry corps to pass through and pursue. The bombardment was to be carried out by 530 guns and howitzers, and the ammunition available was approximately 216,380 rounds.
Operations of March 10.—At 4.30 A.M. the assaulting bat-
talions were in position. The morning was cold and misty, and visibility was bad, Sunrise was at 6.30 a.M., and exactly one hour
NEUVILLE—NEVADA later the general bombardment was opened. At 8.5 a.m. the attack was launched, and its first phase was carried out with considerable success. At 8.50 A.M. Neuve Chapelle was entered, but here the advance of the right was brought to a standstill by the British artillery barrage which had lifted, and was now falling between the village and the Bois de Biez. The first real trouble was experienced on the two flanks, on the right from the Bois de Biez, and on the
(1920); A. Koster, Die stille Schlacht; G. E. Palat, La Grande Guerre sur le Front Occidental (1917— ), vol. ix.; M. Schwarte, Der grosse Krieg (1922), vol. ii. (J. E. C. F.)
GERMAN FRONT LINE o MOATED
a——» TO AUBERS
23RD INFANTRY BRIGADE
NEUVE CHAPELLE GERMAN SEVENTH ARMY —— > To AUBERS RIDGE
DEHRA
DUN BRIGADE $
INDIAN CORPS BAREILLY BRIGADE
distant, and because in siege-warfare the normal depth of penetration is half the length of the initial base. Nevertheless, in this battle, the first of the British grand attacks, and the first in which the “barrage” was used, more common sense was shown in restricting the artillery bombardment to the shortest possible time than in any subsequent battle up to that of Cambrai in November 1917. The German defences were but half a mile deep, and it was possible to fracture them by artillery fire if the bombardment were rapid, for rapidity carried with it surprise. BIBLIOGRAPHY.—J. E. Edmonds, History of the Great War, rors, vol. i. (1927); Statistical Abstract of the (British) Army 1914-1920,
BRITISH FRONT LINE
iV CORPS
207
a ?
NEUVILLE, ALPHONSE MARIE DE (1836-1885), French painter, was born at Saint-Omer, France, on May 31, 1836. From school he went to college, where he took his degree of bachelier és lettres. He first took up painting in 1856, after passing through the Naval College at Lorient. For a time he worked in Picot’s studio, but was painting independently when he produced his first picture, “The Fifth Battalion of Chasseurs at the Gervais Battery (Malakoff).” In 1861 he exhibited “The Light Horse Guards in the Trenches of the Mamelon Vert,” at the Salon. His pictures of military life showed peculiar insight, but his full power was not reached till after the war of 1870, episodes in which he depicted in a famous series, including the “Bivouac before Le Bourget” (1872), “The Last Cartridges”
(1873), the “Surprise at Daybreak” (1878), and a considerable number of drawings. He also exhibited in London some episodes of the Zulu War. In 1881 he was made an officer of the Legion of Honour for “The Cemetery of Saint-Privat” and “The Despatch-bearer.” He also collaborated with Detaille in “The Panorama of Rézonville.” De Neuville died on May 18, 1885.
PLAN OF THE BATTLE OF NEUVE CHAPELLE,
MARCH
10-13, 1915
left from Manquissart, from both of which a heavy fire was directed on the attackers rendering it impossible for them to extend their front rapidly. By 1 p.m. the whole of the first objective, except part of the Port Arthur salient, was in British hands. Then came a delay. Sir Douglas Haig proposed to advance on the Aubers ridge at 2 P.m., but this attack had to be postponed. This enabled the Germans to push forward reserves to their second line position east of the village, which was only partially dug. From this line an effective cross fire was brought to bear on the north of Neuve Chapelle. Operations of March 11.—During the night the Germans strengthened their new front line. The main attack was carried out by the IV. corps, and was directed on Aubers, the Indian Corps supporting it on the right. It was launched at 7 A.m., but was at once crushed by heavy machine gun fire opened from the concave position now held by the enemy. A little after noon the attack had to be abandoned. It was then clear that until the infantry assault could be prepared by an effective bombardment, to continue the action would lead to unprofitable slaughter.
_ See Montrosier, Les Peintres militaires (1881), and “De Neuville” in Gazette des beaux arts (1885).
NEUWIED, a town in the Prussian Rhine province, on the
Rhine, 8 m. below Coblenz, on the railway from Frankforton-Main to Cologne. Pop. (1925) 20,432. Neuwied was founded by Count Frederick of Wied in 1662, on the site of the village of Langendorf. Among those who sought refuge here was a colony of Moravian Brethren; they still occupy a separate quarter of the town, where they carry on manufactures of porcelain stoves. Near Neuwied one of the largest Roman castre on the Rhine has been excavated. The principal building is the chateau, which contains a collection of Roman antiquities.
NEVA, a river of Russia, which carries off into the Gulf of
Finland the waters of Lakes Ladoga, Onega, Ilmen and many smaller basins. It issues from the south-west corner of Lake Ladoga in two channels, which are obstructed by sandstone reefs, so that the better of the two has a depth of only 7 to 16 feet. A little farther down it becomes completely navigable, and attains a breadth of 4,200 ft.; but between the village of Ostrovki and that of Ust-Tosna it passes over a limestone bed, which produces a series of rapids, and reduces the width of the river from 1,050 to 840 and that of the navigable passage from 350 to 175 feet. Operations of March 12.—At 5 a.m. on the 12th the Germans made a strong counter-attack which, however, failed in its ob- Nine or ten miles before reaching its outfall the river enters ject. This was followed by an order from Sir Douglas Haig to con- Leningrad, and 5 or 6 m. lower down breaks up into the Great tinue the attack. It was ordered and then postponed with the Neva (850 to 1,700 ft. wide), the Little Neva (945 to 1,365), and inevitable confusion resulting. The IV. Corps was instructed to the Great Nevka (280 to 1,205), this last, 2 m. farther on, sending “push through the barrage of fire regardless of loss.” The Bois de off the Little Nevka (370 to 1,130 ft.). Its total length is only Biez was to be taken “at all costs.” The 7th and 8th Divisions 40 miles. In front of the delta are sandbanks and rocks which were to push on “regardless of the enemy’s fire,” with the in- prevent the passage of vessels except by a canal, 18 m. long, 124 evitable result that hundreds of men were at once shot down. By to 226 ft. wide, and admitting vessels with a draught of x184 ft., nightfall it became obvious that the battle could not be continued, from Kronstadt to Leningrad. When Lake Ladoga sends down its and early on the 13th Sir John French, having lost 12,892 officers vast accumulations of block-ice, inundations of a dangerous kind and men, wired to Lord Kitchener: ‘Cessation of the forward occur, as in 1777, 1824, 1879, 1903, and especially in 1924. According to observations extending from 1706 to 1899, the movement is necessitated . . . above all by want of ammunition.” Comments.—The true reason for the failure was lack of under- mean day of the freezing of the Neva is Nov. 25, the earliest Oct. standing. An attempt was made to attack a fortress as if it were 28, the latest Jan. 9, and the next latest Dec. 26. The mean day a deployed army in the field. The conception of surprise was of opening is April 21, the earliest March 18, the latest May 12. NEVADA, popularly known as the “Sagebrush” State, is admirable, but it was useless to expect to capture the Aubers ridge
from a frontage of 2,000 yards. To do so the frontage should have been at least 12,000 yards, because the ridge was some 6,000 yards
one of the far western States of the American Union. It lies between 35° and 42° N. and rrq4° 2’ and 120° W., and is
268
NEVADA
bounded north by Oregon and Idaho, east by Utah and Arizona, south and west by California. The Colorado river separating it in part from Arizona is the only natural boundary the State possesses, the others being arbitrary lines of geodetic measurement. Nevada ranks sixth among the States in size, baving an area of 110,690 sq.m., 869 sq.m. of which are water surface. Its extreme length north and south is 484 m., and its extreme width east and west is 321 miles. Its name, a Spanish word meaning “snow-clad,” was originally applied to the snow-capped Sierra Nevada range on the Pacific slope. Physical Features.—With the exception of its north-east and south-east corners, the State lies wholly within the Great
‘Basin, the floor of which is really a vast tableland between 4,000 and 5,000 ft. above the sea. This plateau, however, is not a plain, but contains many buttes, mesas and isolated mountain ranges, the latter running generally in a north and south direction and rising 1,000 to 7,000 ft. above the level of the plain. These ranges are from 5 to 20 m. wide at their bases, and the valleys between are about the same width as the bases. The total area of the valleys is about equal to that of mountainous land. In the northeast an unnamed range of highlands, broken and ill-defined, with a general east and west trend, forms the water-parting be-
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NEVADA
tween tributaries of the Humboldt river in the Great Basin region and those rivers that flow to the Snake river in Idaho and Oregon and thence via the Columbia river to the Pacific ocean. This drainage area of the Snake amounts to about 5,000 sq.m., the Owyhee, Little Owyhee, Salmon and Bruneau rivers being the principal streams. In the south-east corner is the third drainage system. Here the Virgin river from Utah, after crossing the north-west corner of Arizona, enters the State and flows south-west for 60 m. until it joins the Colorado river. The latter stream flows for 150 m. along the south-east boundary towards
the Gulf of California. The Colorado leaves Nevada at an altitude of but 470 ft. above sea-level, the lowest point in the State The mean elevation of the State is 5,500 ft. and, with the excep-
tion of the dip to the Colorado in the south-east, the entire State
lies above the 2,000 ft. line. The Sierra Nevada range, which forms the western rim of the basin, sends into the State a single lofty spur, the Washoe moun-
tains. At the foot of this range there is, relatively speaking, a
depression, with an altitude of about 3,850 ft. above the sea, which receives the drainage of the eastern slopes of the Sierra, and what little drainage there is in the northern half of Nevada.
From this depression eastward the general level of the plateau
rises to an elevation of 6,000 ft. near the eastern borders of the State. The mountain ranges also increase in height and importance as far as the East Humboldt range, a lofty mass about 60 m
west of the Utah boundary. This range is the water-parting for nearly all the westward-flowing streams of the State, and isby
far the steepest and most rugged within Nevada, a number of its peaks attaining a height of 11,000 or 12,000 feet. On its eastern slope the waters soon disappear within the bed of narrow canyons, but break out again at the foot in ice-cold springs that form the source of the Ruby and Franklin lakes; on its western side the descent is more gentle, and the waters form the south fork of the Humboldt river. The Humboldt is the most important of the basin streams. Rising in the north-east it flows in a tortuous channel in a general south-west direction for 300 m. and drains 7,000 or 8,000 sq. miles. It empties into Humboldt lake, the overflow from which goes into the so-called Carson sink. At no part of its course is it a large river and near its mouth its waters are subalkaline. The Truckee, Carson and Walker rivers flow with more vigour, receiving their waters from the eastern slopes of the Sierra Nevada range and discharging them into alkaline lakes. Of these lakes Pyramid is the largest, being about 33 m. long and 14 m. wide. Walker lake is as long but only six or seven miles in width. These larger lakes always contain water, varying only in area and depth, but the smaller lakes usually evaporate in the course of the summer. The latter are formed by waters that fall on barren mountain-sides and rush down in torrents, forming in the valleys shallow bodies of water yellow with mud held in suspension. Excepting the “alkali flats” no portion of the desert is devoid of vegetation, even in the driest seasons. In the Washoe mountains there is a heavy growth of conifers extending down into the valleys; but in many places these mountains have been almost deforested to provide timber for the mines. In other places these areas have been incorporated into national forests, in the endeavour to protect and foster the growth of timber and vegetation so as to regulate the drainage of the State. On all but the lowest ranges of the basin the pifion and juniper are found, but these rarely grow to a height over 15 ft.; and on the principal ranges above 6,800 ft. is the stunted mountain mahogany. But except for these infrequent wooded areas, the mountains are even more bare than the valleys, because their shrubs are dwarfed from exposure. The valleys are covered with typical desert shrubs, greasewood, creosote bushes and sagebrush, and with bunch grass, which is valuable for grazing. The skies of Nevada are clear nearly every day in the year. The mean annual precipitation varies from 3 in. in the south-west (Esmeralda county) to 12 in. in the east (White Pine county), and varies also according to altitude. Snow rarely lies on the ground in the valleys.
Government.—Nevada is governed under its original Constitution, adopted in 1864, and since amended in important respects. Proposed amendments must be passed by a majority in both houses of two consecutive legislatures before they can be submitted to the people. The legislature, composed of a senate and assembly, meets regularly in January of every odd-numbered year, its sessions being limited to 60 days. The Constitution requires that the number of senators shall be not less than one-third nor more than one-half the number of members in the assembly, and that the membership of both houses shall not exceed 75. In 1925 there were 18 senators and 37 representatives. Senators are
NEVADA elected for four years—one-half the membership retiring every two years; representatives are elected biennially.
The initiative
and referendum were adopted by amendment in r904. The principal administrative officers are the governor, lieutenant governor, secretary of State, attorney general, controller, treasurer, inspector of mines, surveyor general and superintendent of public instruction, all elected for a four year term. The governor does
not possess the usual sole pardon-
ing power
but
serves
together
INHABITANTS
with the justices of the supreme
court, the clerk of the supreme court and the attorney general on a board of pardons. There are
many administrative boards and commissions, the most important of them being the board of fnance,
board
of
agriculture,
GRAPH OF GROWTH OF POPULATION
health, board of irrigation, board
CENTAGE
board
to $4,894,000. Their deposits totalled $36,110,000, of which $19,365,000 were time deposits. The latter figure may be compared with savings deposits of $13,316,000 in 1921. The value of all tangible property in the State was estimated in 1922 at $542,000,000 as compared with $454,000,000 in 1912. The 1926 assessment for tax purposes amounted to $204,000,000. Education.—The governor, superintendent of public instruction and president of the University of Nevada compose the State board of education. There were, in 1926, 319 elementary schools, 32 district high schools and 20 county high schools. Isolation and districts of small population make first-class results difficult. Of the elementary schools 217 were housed in one-room buildings. There were ten consolidated and 11 joint district schools. In the grade schools 12,359 pupils were enrolled and in the high schools 2,810. There were 833 teachers, of whom 709 were women. The expenditure for each child of school age in 1925 was greater in
Nevada ($121.65) than in any other State except California.
board of stock commissioners,
board of education,
269
of in NEVADA, WITH FOREIGN PER-
of examiners, Nevada tax commission, industrial commission and department of highways. The judicial department consists of a supreme court with a chief justice and two associate justices, chosen for six years, and ten district courts, each with a district judge elected for four
years. Each township bas a justice of the peace chosen biennially by its voters. The Constitution provides that only three-fourths of
The only institution of learning of college rank is the University of Nevada located on an eminence overlooking the city of Reno. Its enrolment during the regular session 1927~28 was 1,000. The new Clark Memorial library, completed in 1927, contains about 47,000 volumes. The Mackay School of Mines, founded and endowed by the family of John W. Mackay, one of the “bonanza kings” of the Comstock Lode, is an excellent and well-equipped department. A meteorological observatory is maintained at the top of Mount Rose.
Charities and Corrections.—A State orphans’ home is located at Carson City, a State hospital for mental diseases at Reno, and a home for male juvenile delinquents at Elko. The State penitentiary is at Carson City. Agricuiture and Live Stock.—Nevada is the most arid State The county is the principal unit of local government. There of the United States because the high Sierra Nevada range interwere (1928) 17 counties in the State, some as large as several rupts the moisture-laden clouds from the Pacific. East of these eastern States put together. mountains, the valleys, however rich their soils, are covered with Population.—In 1860 Nevada’s population was 6,857. The sagebrush and appear like monotonous desert wastes, except where mining rush increased it to 42,491 by 1870 and 62,266 by 1880.. some stream annually overflows its banks to create natural meadThe years of depression following showed their effect in the de- ows, or where the land has been cleared of sagebrush and articrease to 45,761 by 1890 and 42,335 by 1900, the latter year regis- ficially watered. Agriculture is dependent almost entirely upon tering the lowest ebb in the State’s fortunes. The new mineral irrigation; how much so is shown by the fact that of approximately discoveries and new prosperity again raised the population to 594,000 ac. of improved farm land contained in the State in 1910, 81,875 in 1910. In 1920 it registered 77,407, and in 1930, 91,058. 561,447 were under irrigation. In 1920, 1,382,036 ac. were Nevada has the smallest population of any state in the Union, and included in all the irrigation enterprises of the State which up is the most sparsely settled, with o-8 person per sq. mile. to that time had cost a total of $14,754,280. Of these 561,447 ac. Whites numbered 70,699 or 91-3% of the population in 1920. were irrigated in rg19 and 331,177 ac. cropped. The value of the There were 4,907 Indians, 754 Japanese, 689 Chinese and 346 crops produced was $12,390,593 or $37.41 per acre. The cost per negroes. Of the white population 14,802 (209%) were foreign acre for operation and maintenance was $0.79. born. Italy and the United Kingdom plus Ireland furnished about The pioneer farmers of the State settled in the valleys where 2,500 each, while Scandinavia, Germany, Spain, Canada and fertile bottom lands grew an abundance of wild hay for their stock, Mexico each contributed about 1,200. The urban population in- which ranged far and wide over the public domain. Gradually they creased from 16-3% in 1910 to 19-7% in 1920, amounting in the supplemented the natural crop with tame hay, principally alfalfa. latter year to 15,254 persons. The leading city, the commercial The hay crop in 1926 was still of first importance, amounting to and financial centre of the State, is Reno with a population in 680,000 tons valued at $6,900,000, while the estimated value of 1930 of 18,529, a gain of 54.2% for the decade. Carson City with all Nevada’s crops in 1926 was but $9,000,000. In southern Nea population of 1,596 in 1930 is the capital. vada, figs, pomegranates and cotton are raised. Vineyards are to be Finance.—The State legislature authorizes all expenditures, and found here and on the Truckee-Carson project. About 8,000 bu. in turn fixes a tax levy which shall produce revenue enough to meet of peaches and 6,000 bu. of pears were grown in 1926. these expenditures. The supervision of the assessment and collecThe total number of cattle decreased from 419,000 in 1925 tion of taxes is in the hands of the Nevada tax commission con- to 366,000 in 1927, but their value in these years increased from sisting of the governor, acting as chairman, and six commissioners $10,760,000 to $14,331,000. Most of these were raised for beef appointed by him. ` purposes, the number of milch cows numbering but 20,000 in The receipts of the State in 1926 amounted to $4,284,929, the 1927. The sheep of the State, valued in 1920 at $13,834,000, expenditures to $4,180,147. There was a treasury balance Jan. 1, dropped in value in 1922 to $5,736,000, but increased to $9,529,000 1927, of $1,193,558. As in most States, a large share of the re- in 1924 and in 1926 were valued at $13,721,000. In 1927 there were ceipts is derived from general taxation, the amount from this 1,250,000 sheep in the State. The 1926 wool clip amounted to source in 1926 being $1,388,238. 8,730,000 Ib. or 7-9 Ib. per fleece. The State had bonds outstanding Jan. 1, 1927, to the amount of The farm population of Nevada, contrary to the trend in most $1,812,000, incurred mostly for State building and highway pur- of the mountain States, increased from 16,164 in 1920 to 17,034 in poses. This amount was more than offset by bonds and securities 1925, amounting in the latter year to 22% of the total population. held by the State amounting at par value to $3,049,807. The number of farms increased from 3,163 to 3,883 and the In 1926 there were 34 banking institutions in the State—zo of acreage of farm land from 2,357,000 to 4,091,000. The latter them national banks—with total resources and liabilities of figure represents but 5-8% of the total land of Nevada, a smaller $45,209,000 and capital, surplus and undivided profits amounting proportion than is to be found in any other State. The average the jurors may be required to agree to a verdict in civil cases, though the legislature has the power to require by statute a unanimous agreement. For divorce a residence in the State of three months is necessary.
270
NEVADA
size per farm in 1925 was 1,053 ac. and the average value per farm $25,260. Mining.—From
1907 metal production steadily increased until
it reached its peak in 1917, in which year gold, silver, copper, lead and zinc were produced to the value of $54,424,580. The years 191821 were years of swift decline, the production in 1919 being less than one-half that of 1918, and that of 1921 but 50% of that of r919. The industry in 1921 was everywhere in stagnant condition, several of the larger producers having closed down entirely. The whole mineral output of the State in 1921 was but $14,038,071. The upward turn came in 1923 when the gross production of all minerals rose to $28,598,627. In 1924 their value
was $26,225,943; in 1925, $23,309,352; and in 1926, $26,084,500. During the period of depression silver was in the best condition because of the Government guaranteed price of $1.00 per ounce
under the Pittman Silver Purchase act. This expired in June, 1923, when the price of silver fell immediately to 63 cents. In 1926 it averaged approximately 51 cents per ounce in value. Production of this metal fell in consequence from 10,614,564 oz. in 1923 to 6,462,000 oz. in 1926, the lowest in many years. Gold production also decreased from 1923-26, though slightly, its value in the former year being $4,223,109 and in the latter $3,707,885. The leading gold producing mine, the Comstock Merger Company, was closed in Dec. 1926. The production of lead increased from 18,156,000 Ib. in 1923 to 24,470,452 Ib. in 1925 and 23,700,000 lb. in 1926. The value the latter year was $1,967,000. Mines at Pioche and Eureka were the largest producers. Zinc production, which amounted to 14,166,000 Ib. in 1923, decreased to 9,500,000 Ib. in 1926, the decrease being due to the closing in the latter year of the Yellow Pine mill, long the largest zinc producer in the State. This mill has since resumed operations, using a lower grade ore. The general increase of 12% in the metal production of Nevada for 1926 over that of 1925 was due entirely to copper, since all the other metals registered a decrease. Its output saw a phenomenal rise from 23,000,000 Ib. in 1922 to 67,000,000 in 1923, 79,000,000 in 1925 and 113,616,000 Ib. in 1926. The value had increased from $3,122,967 in 1922 to $15,679,000 in 1926. By far the larger share of the output comes from the property of the Nevada Consolidated Copper Company at Ely, which registered an average of 6,500,000 lb. a month for the first three months of 1926 and increased considerably thereafter.
St. Francis, who set out from Sonora in 1775 and passed through what is now the extreme southern corner of the State on his way to California. Half a century later trappers of the Hudson’s Bay Company led by Peter Skene Ogden entered Nevada from the north and discovered the Humboldt river. In 1827 Jedediah S. Smith, an American trader from St. Louis, crossed the State from
west to east on his return from California after the first recorded journey from the Mississippi to the Pacific by the central route.
In 1833 Capt. Bonneville’s men were on the Humboldt, and during 1843-45 John C. Fremont made a series of explorations in the region. The first recorded emigrant train to California crossed the State in 1841. By the treaty of Guadalupe Hidalgo, negotiated in 1848 at the close of the war with Mexico, Nevada became USS. territory. It was then a part of California known as the Washoe Country, and so remained until 1850, when most of the present State was included in the newly organized Territory of Utah. One of the first settlements was made in 1849 by Mormons at Genoa in the valley of the Carson river. Here in 1851 the earliest recorded public meeting in the State was held to frame a government for the settlers since the seat of the Territorial Government of Utah was considered too remote to afford protection to life and property. But the Utah authorities intervened and in 1854 the Utah legislature created the county of Carson to include all settlements in western Utah. In 1858 Carson City was laid out, and in the following year the people of Carson county chose delegates to a Constitutional Convention which met at Genoa and drafted a Constitution. It was adopted by vote of the people, but this attempt to create a new State Government proved abortive, and it was not until the mineral wealth of the Washoe Country became generally known that Congress took action. In 1861 the Territory
of Utah was divided at 39° W. (of Washington) and the western portion was called Nevada. The Comstock Lode, one of the richest deposits of precious metal known in the world, was discovered in 1859, and Nevada ceased to be merely a highway for goldseekers on the way to California and became a stopping-place. Virginia City became the most famous of all the mining camps of the Far West. An attempt to win Statehood in 1863 was defeated, but in 1864 when it became evident that two more Republican votes were needed in the U.S. Senate for reconstruction purposes, party leaders at Washington urged the people of Nevada to adopt a Constitution and enter the Union as a patriotic duty. The third ConConvention in its history met at Carson City and drew stitutional quickare State the in Other metals commercially developed which was duly ratified, and in October of that Constitution a up silver, antimony, manganese, arsenic and tungsten. proclaimed the new State. The eastern Lincoln President lime, year, borax, gypsum, as such non-metals of The production to its present location on the 37th eastward pushed was to boundary 1923 from increase filter clay, etc., has showed a substantial 1866, and the southern boundary 1926. In 1923 the gypsum production was valued at $1,952,007. meridian (W. of Washington) in “battle-born,” Nevada was Being year. that in fixed reported also opal, was flawless a mined, are value of Opals and turquoises War, and furnished a Civil the throughout Union at the to valued loyal and carats the largest in the world, weighing 2,566 company of troops in 1861 which was joined to a California regi$250,000, being found in 1924. raised six companies of infantry and Manufactures.—The manufacturing interests of Nevada are ment. In 1863 the Territory men), which saw no actual service 1,000 (about cavalry of six emunimportant. There were in 1925 but 102 establishments but were useful in subduing hostile Confederates the against manufacand wages in $4,474,000 paying ploying 2,670 workers, Indians. turing goods to the value of $21,626,000, the latter an amount The history of the State since its organization has been largely less than that of any State except New Mexico. In the summer of history of its mines. From 1864 to 1868 there was a general a | munition and arsenal naval $1,000,000 the on 1928 work was begun in the industry due to unwarranted speculation and inreaction plant near Hawthorne. After 1868 there came a period of consolidation, of values. Transportation.—Nevada is crossed east and west by three flated c workings, and of deeper development. In 1873 systemati more | PaWestern the and main lines of railway, the Southern Pacific of the “big bonanza” by Mackay, Fair, O’Brien discovery the came | and cific in the northern part of the State and the Los Angeles the four “bonanza kings” of Nevada. Tn became and Flood, who Salt Lake (Union Pacific system) in the southern. All three are | from the Comstock and production taken was 00 $21,000,0 1873, | the connect lines parts of great transcontinental systems. Branch $36,000,000 was reached in 1878. of maximum the until increased | more important mining towns with these lines. Railway mileage lode in the latter year, and the d intersecte The Sutro Tunnel in the State reached its peak in 1915 when it amounted to 2,332 workings soon proved below richer the But mines. the drained | a of building the miles. By 1925 it had decreased to 2,137 m. but sent deeper. In 1882 an imwere shafts the and level the tunnel new line in that year from the Idaho line to Wells, where it con- | struck which flooded the principal was water hot of flow mense | the brought Pacific Western nects with the Southern Pacific and mines up to the Sutro Tunnel level. The miners were forced to 1926 mileage up to 2,201. The general decrease was due to the | return to the upper levels and work the lower grade ores. Producinroad of motor transportation. In the State highway system were | tion decreased and with the end in sight the market slumped. Also, surfaced. 2,996 m. of road, of which 1,025 m. were nce to | the National Government had abandoned its artificial maintena History.—The first recorded person of European descent until lasted on depressi of period The the price of silver. enter the limits of Nevada was Francisco Garcés of the Order of| of
NEVADA—NEVILLE
271
about 1900 when the discovery of a new mineral belt in southern
It was reincorporated in 1856 and again in 1878.
road, became the new Mecca, and fast upon the heels of its dis-
accumulated snow in the catchment area of a glacier, by processes of alternate thawing and freezing. The névé is the feeding ground for the valley-glaciers. (See GLACIER.)
Nevada brought renewed prosperity. Tonopah, 60 m. from the rail-
covery came that at Goldfield. A railway was completed to the new camps in 1904 and Tonopah has since been one of the largest and steadiest producing districts of the State. Copper ores of vast extent were discovered at Ely at about the same time and
NEVE or FIRN, masses of compacted snow formed from the
NEVERS,
a town of France, capital of the department of
Niévre, 159 m. S.S.E. of Paris by the P.L.M. railway to Nimes. the Nevada Northern railway was completed to this camp in 1907. Pop. (1926) 27,328. Noviodunum, the early name of Nevers, was The depression immediately before 1900 served a good purpose later altered to Nebirnum. Many medals and Roman antiquities in turning attention to the agricultural and live stock possibilities found there show its importance when Caesar chose it as a of the State. The river valleys under irrigation proved most fertile military depôt. In 52 B.C. it was the first place seized by the and these were soon settled by large-scale ranchers. On the river revolting Aedui. It became the seat of a bishopric at the end of bottoms the ranchers raised their hay, and controlled a still larger the sth century. acreage of the upland grazing ground. Private irrigation systems Having formed part of the duchy of Burgundy, the county were supplemented by Federal undertakings the most notable be- of Nevers (Nivernais) was given by Duke Henry I. in 987 to ing the Truckee-Carson project. Many beautiful valley towns his stepson, Otto William, afterwards count of Macon, from now have their prosperity founded on the permanent basis of whom it passed to his son-in-law Landri. The first house of the agriculture rather than the uncertain one of mining. hereditary counts of Nevers originated in Landri, and was brought Until the silver agitation of the ’90s Nevada was safely Repub- to an end in 1192 by the death of Agnes, countess of Nevers, wife lican. State politics in the early period were replete with corrup- of Pierre de Courtenay (d. 1217). The county subsequently tion, mining interests buying influence with a lavish hand. Ne- passed into the houses of Donzy, Chatillon and Bourbon. Nevers vada also earned the name of the “Rotten Borough” in the US. is on the Loire where it joins the Niévre. Narrow winding streets Senate because so many of its rich mine-owners were accused of lead from the quay through the town, with many old houses purchasing their seats in that body. An exception must be made (14th to the 17th centuries). The cathedral of St. Cyr is a in the case of William M. Stewart, elected as one of the first sen- combination of two churches, one Romanesque (11th century), ators in 1864, who served, except for 12 years’ intermission, until the other Gothic (14th century). There is a fine square (16th 1907, a span of 42 years. John P. Jones, his colleague, and per- century) tower on the south side. The church of St. Etienne is haps an even abler man, served for 30 years, becoming one of rith century Romanesque. The ducal palace at Nevers (now the great leaders in the Silver movement. For four State elections occupied by the courts of justice and an important ceramic the Silver Party swept the State and controlled the Administra- museum) was built in the 15th and 16th centuries and is one of tion. After the issue subsided the old parties reappeared and since the chief feudal buildings in central France. An octagonal middle have been about equal in their strength and their control of the tower contains the great staircase, and its windows are adorned State Government. by sculptures relating to the history of the hose of Cléves. The BrBriocraPHyY.—For recent conditions consult the latest reports of Porte du Croux, a square tower, with corner turrets (14th cenvarious State officers, departments and commissions, especially those of the treasurer, superintendent of public instruction, tax commission and tury), is among the remnants of the old fortifications. Nevers is State inspector of mines and the annual reports and bulletins of the the seat of a bishopric under the archbishop of Sens, of tribunals Agricultural Experiment Station at the University of Nevada. For his- of first instance and of commerce and of a court of assizes and tory consult Dan De Quille (William Wright), History of the Big has a chamber of commerce. Bonanza (Hartford, 1876); J. J. Powell, Nevada, the Land of Silver (San Francisco, 1876); H. H. Bancroft, Nevada, Colorado, and Wyoming (San Francisco, 1890) ; C. H. Shinn, The Story of the Mine as Illustrated by the Great Comstock Lode of Nevada (1896); I. M. Strowbridge, In Miners Mirage Land (Los Angeles, 1904); Thomas Wren, A History of the State of Nevada (Chicago, 1904); and S. P. Davis, The History of Nevada (Reno-Los Angeles, 1913). F. C. Lincoln, Mining Districts and Mineral Resources of Nevada (Reno, 1923) is a thorough survey with complete bibliographies. See also the biennial reports and papers of the Nevada State Historical Society.
NEVADA,
a city of south-western Missouri, U.S.A., 90 m.
S. by E. of Kansas City, at an altitude of 860 ft.; the county seat of Vernon county. It is on Federal highways 54 and 71, and is served by the Missouri-Kansas-Texas and the Missouri Pacific railways. Pop. 7,139 in 1920 (97% native white); in 1930 it was 7,448, the increase 309. It is the seat of a State hospital for the insane, and of Cottey college for girls (1884). The National Guard of Missouri has a camping ground near by. There are chalybeate and sulphur springs in one of the city’s parks. Coal is mined in the vicinity, and the city has flour and planing mills, galvanized iron works, and. other manufacturing industries. Nevada was platted in 1855, incorporated as a town in 1869 and chartered as a city in 1880. During the Civil War it was burned te the ground (1863).
NEVADA
CITY, a city of eastern California, U.S.A., on
Deer creek, at an altitude of 2,580 ft., 60 m. N.N.E. of Sacramento; the county seat of Nevada county. It is served by the Nevada County Narrow Gauge railroad and motor-bus lines. Pop. in 1920, 1,782; and in 1930, 1,701. It is a summer resort and a supply centre for the neighbouring mining camps. The county is still an important producer of gold, with an annual output of over $1,000,000. Gold was discovered here in the summer of 1849 by James W. Marshall, who in the preceding year had picked up the first nugget in California, near Coloma. The gold output was at its peak in 1850~51. Nevada City was incorporated in 1851 under a special act of the legislature (repealed in 1852).
NEVILLE or Nev, the family name of a famous English noble house, descended from Dolfin son of Uchtred, who had a grant from the prior of Durham in 1131 of “Staindropshire,” co. Durham, a territory which remained in the hands of his descendants for over four centuries, and in which stood Raby castle, their chief seat. His grandson, Robert, son of Meldred, married the heiress of Geoffrey de Neville (d. 1192—1193), who inherited from her mother the Bulmer lordship of Brancepeth near Durham. Henceforth Brancepeth castle became the other seat of the house, of which the bull’s head crest commemorates
the Bulmers; but it adopted the Norman surname of Neville (Neuville). Robert’s grandson, another Robert (d. 1282), held high position in Northumbria, and sided with Henry III. in the Barons’ War, as did his younger brother Geoffrey (d. 1285), ancestor of the Nevills of Hornby. This Robert’s son Robert (d. 1271) extended the possessions of the family into Yorkshire by his marriage with the heiress of Middleham. The summons of their son Ranulf (d. 1331) to parliament as a baron (1294) did but recognize the position of the Nevills as mighty in the north country. Ralph (d. 1367) the second baron—whose elder brother “the Peacock of the North” was slain by the Douglas in 1318— was employed by Edward III. as a commander against the Scots
and had a leading part in the victory of Nevill’s Cross (1346),
where David Bruce was captured, and by which Durham was saved. His active career as head of his house (1331—1367) made the name of Nevill a power on the Scottish march. Of his younger sons, Alexander became archbishop of York (1374-1388) and was a supporter of Richard II., attending him closely and encouraging his absolutist policy; he was one of those “appealed of treason” by the opposition in 1388, and was outlawed. He died abroad in 1392. His younger brother William, a naval commander, was a leading Lollard and a friend of Wiclif, and in 1388—1389 acted with the lords appellant.
John, the 3rd baron (d. 1388), a warden of the Scottish marches
272
NEVILLE’S
CROSS—NEWARK
and lieutenant of Aquitaine, a follower of John of Gaunt and a | way for a successful assault by knights and men-at-arms famous soldier in the French wars of Edward III., continued the NEVIN, ETHELBERT (1862-1901), American composer policy of strengthening the family’s position by marriage; his was born at Edgeworth, Pa., Nov. 25, 1862. His musical talent sisters and daughters became the wives of great northern lords; displayed itself in childhood. He studied in Boston, 1884, before his first wife was a Percy, and his second Lord Latimer’s heiress; going to Berlin to continue work under Klindworth and Von and his younger son, Thomas, became Lord Furnival in right of Buelow, who encouraged his ability as composer. After teaching his wife, while his son by his second wife became Lord Latimer. in Boston (1887-93), he returned to Europe residing for a time
His eldest son Ralph (1364-1425), rst earl of Westmorland (see WESTMORLAND, EARLS OF), married as his second wife a daughter of John of Gaunt and secured heiresses for five of his sons, four
of the younger ones becoming peers, while a fifth, Robert, was made bishop of Durham (1438—1457). Among his daughters were the duchesses of Norfolk, Buckingham and York (mother of Edward IV. and Richard III.) and an abbess of Barking. The Nevills were thus closely connected with the houses of Lancaster and York, and had themselves become the most important family in the realm. Of the earl’s sons by his second marriage, Richard, earl of Salisbury (and three of his sons) and William, earl of Kent, are the subjects of separate notices. The greatness of the Nevills centred in the “kingmaker” (Richard’s son) and the heads of his house, after the rst earl, were of small account in history, till Charles, the 6th earl, at the instigation of his wife, Surrey’s daughter, joined Northumberland in the fatal northern rising of 1569 to the ruin of his house. His estates, with the noble castles of Brancepeth and Raby, were forfeited; Middleham, with the Yorkshire lands, had been settled by the rst earl on the heirs of his second marriage. Although the senior line became extinct on the earl’s death abroad (1601), there were male descendants of the rst earl remaining, sprung from George and Edward, sons of his second marriage. George, who was Lord Latimer, was father of Sir Henry, slain at Edgcote fight, and grandfather of Richard, 2nd
lord (1469-1530), a soldier who distinguished himself in the north, especially at Flodden Field. His grandson (d. 1577) was the last lord, but there were male descendants of his younger sons, one of whom, Edmund, claimed the barony, and after 1601 the earldom of Westmorland, but vainly, owing to its attainder.
The heirs male of Edward, Lord ‘‘Bergavenny” (now “Abergavenny” co. Monmouth), who died in 1476, have retained their place in the peerage under that style to the present day. In 1784 the then Lord Abergavenny received an earldom, and the next lord erected at Eridge, Sussex, the present seat of the family, on which the marquisate of Abergavenny and earldom of Lewes were conferred in 1876. Its Sussex estates are derived through the Beauchamps, from the Fitz Alans, heirs of the Warennes. See Rowland’s Historical and Genealogical Account of the Family of Nevill (1830) ; Drummond’s Noble British Families (1846) ; Swallow’s De Nova Villa (1885); and Barron’s sketch in The Ancestor, No. 6 (1903). Also Dugdale’s Baronage; G. E. C[okayne]’s Complete Peerage; J. H. Round’s Feudal England; and for the Nevill castles Macaces, Castles of England. For the Kingmaker, see Oman’s monograph
in Paris, Berlin, Florence and Venice as well as in Algiers. In 1909
he went back to the United States, becoming associated with Horatio Parker in the department of music at Yale university. He died at New Haven, Conn., Feb. 17, r901. Ranked with the fore. most of American song-writers, he was also the composer of many instrumental pieces, mostly in miniature form, marked by a delicate, melodious originality. Among his compositions were Water Scenes for the piano, including the favourite Narcissus; a piano suite, Jn Tuscany ; the song cycles, In Arcady and The Quest of the Heart’s Desire, the latter posthumously published as was also Tempo di Valse; a Sketch Book of songs and piano music; and The Rosary, the song that became instantly popular at a concert at Madison Square Garden, New York, Feb. 15, 1898, and has been a universal favourite ever since.
NEVIS, an island in the British West Indies, forming with St. Kitts one of the five presidencies in the colony of the Leeward Islands. Pop. (1901) 12,774. It lies in 17° 14’ N. and 62° 33’ W,, and is separated from St. Kitts by a shallow channel 2 m. wide at its narrowest point. The island is almost circular, and from the sea has the appearance of a perfect cone, rising gradually to the height of 3,200 ft. Total area 50 sq.m. The climate is healthy, the average temperature 82° F. Sugar, molasses, cotton and coconuts are exported, and corn, yams, coffee and fruit are grown. There are medicinal springs and large deposits of sulphur. The chief town, Charlestown, lies on a wide bay on the S.W. The
legislative council of St. Kitts-Nevis meets at Basseterre, in St, Kitts. Nevis was discovered by Columbus colonized in 1628 by English from St. Kitts.
NEW
ACADEMY.
Plato’
school
in 1498 and first
is known
as the
Academy, or the older Academy. For some time after Plato’s death the school continued true to his teaching. But in the third century B.c., when Arcesilaus (316-241 B.c.), was head of the Academy, there came a great change. Arcesilaus developed a sceptical philosophy in opposition mainly to the Stoics. To mark this change in the trend of its teaching the school became known as the New Academy. See PLATO; ACADEMY, GREEK.
NEW ALBANY, a city of southern Indiana, U.S.A., on the
Ohio river, opposite Louisville, Kentucky; county seat of Floyd county. It is on Federal highways 31 and 150, and is served by the Baltimore and Ohio, the Chicago, Indianapolis and Louisville, the
Pennsylvania, the Southern, electric railways and river steamers. Pop. (1920) 22,992 (91% native white); in 1930, 25,819, an in-
crease of 12-3%. The city lies on a plateau above the river, in beautiful scenery. Four coalfields are close at hand, and hydroNEVILLE’S CROSS, BATTLE OF. This battle of Oct. electric current is available. Its 31 manufacturing industries had 17, 1346, took place after Crécy (g.v.) and while Edward III. an output in 1927 valued at $14,008,765; the combined business was still abroad, besieging Calais. It foiled the opportunist Scottish of its 22 wholesale houses was $20,000,000; and bank deposits invasion, and assured Edward’s freedom to continue his French aggregated $14,431,472. The leading products are ply-wood, furniprojects. But its main interest in military history is that it ture, iron and steel, edge tools, engines and boilers, woollen and affords an example of the offensive power of the new tactical cotton goods, leather, fertilizer and flour. New Albany was settled combination of archers and spearmen, in contrast to Dupplin, Hali- early in the roth century, plotted in 1813, and chartered as a city don Hill, Crécy, Poitiers and Agincourt, which were all won by in. 1839. NEW AMSTERDAM, 2 town of British Guiana, situated in awaiting the enemy’s onslaught. After crossing the border, King David Bruce was surprised by the quickness with which the 6° 20’ N. and 59° 15’ W. on the east bank of the Berbice river, English, under William de la Zouch, archbishop of York, concen- about 4 m. from the mouth. Formerly the capital of the colony Id6QI).
trated to meet him. Driven to accept battle near Durham, the Scottish king took up his position to resist attack, his pikemen formed in three great “schiltrons.” The English advanced, with their left leading, and the archers on this wing overlapped and swarmed round the Scottish right flank “schiltron.”” When this broke under the arrow-storm, they closed on the centre “schiltron”’ —already attacked in front. Its collapse, in turn, under the converging pressure, led to the capture of the king and the hurried retreat of the remaining left division of pikemen. Thus the archers proved their power against an immobile foe to pave the
of Berbice, it is now the capital of the county of that name. It is composed almost entirely of wooden houses, having a population in 1921 of 8,000. Colony House, standing in handsome grounds beside the botanical gardens, formerly the residence of the governor and seat of the legislature, now contains the treasury and supreme courts. New Amsterdam is connected by ferry, rail
and a bi-weekly steamer service with Georgetown.
NEWARK,
DAVID
LESLIE, Lorp (1601-1682), Scot-
tish general, fifth son of Sir Patrick Leslie of Pitcairly, Fifeshire, commendator of Lindores, and Lady Jean Stuart, daughter of the
NEWARK
273
rst earl of Orkney. In his early life he served in the army of ` by the Baltimore and Ohio, the Central of New Jersey, the Erie, Gustavus Adolphus, where he rose to the rank of colonel of cav- , the Lackawanna, the Lehigh Valley and the Pennsylvania railways alry. In 1640 he returned to Scotland. He was major-general| and an industrial belt line; steamships operating to Atlantic, Gulf under Alexander Leslie, earl of Leven, at Marston Moor. He was and Pacific ports, and Hudson river landings; interurban trolleys, then sent into the north-western counties, and besieged and took motor-bus and truck lines in all directions; and the Hudson and Carlisle. When, after the battle of Kilsyth, Scotland was at the Manhattan railroad, which provides 176 trains daily to and mercy of Montrose and his army, Leslie was recalled from Eng-
land in 1645, and made lieutenant-general of horse. In September he surprised and routed Montrose
at Philiphaugh near Selkirk.
He was then declared lieutenant-general of the forces. After a short period of service in England he returned to Scotland, and
from New York city via the Hudson tubes. A State highway runs direct (across Jersey City) to the Holland vehicular tunnel.
Newark Metropolitan airport (350 ac. at Port Newark) was opened in 1928 for commercial aviation, and is to be used by the
campaign up to the crossing of the Forth by Cromwell, and then accompanied Charles to Worcester, where he was lieutenant-general under the king. On the defeat of the royal army Leslie was
post-office department as the concentration and distributing base for air mail for the metropolitan district and eastern points. Pop. (1920) 414,524 (68% native white, 28% foreign-born white and 49% negroes); and in 1930 it was 442,337. This is practically doubled by the adjacent cities and suburbs, including Elizabeth, Bayonne, Harrison, the Oranges, Belleville, Nutley, Bloomfield and Montclair. The city has an area of 23-78 sqm., 10-5 m. of water front, 365 m. of streets (320 m. paved), 51,138 buildings (Dec. 1927) and an assessed valuation for 1928 of $845,831,123. The site, bordered on the east by a double S-shaped curve of the Passaic river, is generally level, but rises toward the west. Port Newark faces Newark bay at the mouth of the river. The city is laid out in an irregular pattern. It is closely built up in the business sections, largely with tall structures of modern type. Many of the older buildings are of a native brown sandstone. Broad street (120 ft.
committed to the Tower, where he remained till the Restoration in 1660. In 1661 he was created Lord Newark, and received a pen-
wide) and Market street (90 ft.) are the principal thoroughfares, and their intersection (the “Four Corners’’) is one of the busiest
reduced several of the Highland clans. In 1650 Newark was sent against Montrose, who was defeated
and captured by Major Strachan, Leslie’s advance guard commander; and later in the year, all parties having for the moment combined to support Charles II., Leslie was appointed to the chief command of the new army levied on behalf of Charles II. The result, though disastrous, abundantly demonstrated Leslie’s capac-
ity as a soldier, and it might be claimed for him that Cromwell
and the English regulars proved no match for him until his movements were interfered with and his army reduced to indiscipline
by the representatives of the Kirk party that accompanied his
headquarters. After Dunbar Leslie fought a stubborn defensive
sion of £500 per annum. extinct in 1790.
He died in 1682.
The title became
traffic spots in the world. Near by is Military park (an irregular plaza used in colonial days as a drill ground), surrounded by NEWARK, a town and municipal borough of Nottingham- public and semi-public buildings (including the Public Service shire, England. Pop. (1931) 18,055. It lies on the Devon near terminal, completed in 1916) and containing a magnificent bronze its junction with the Trent, and is connected with the Trent group of 48 figures on a gigantic scale by Gutzon Borglum, “The navigation by a canal 14 m. in length. It is 120 m. N.N.W. from Wars of America.” Facing Washington park, also near the heart London by the L.N.E.R. Newark owed its origin, possibly in of the city, are the public library and the Newark Museum of Roman times, to its position on the great road called the Fosse Industry, Art and Science (opened 1926). Conspicuous among the Way, in the Trent valley. In a 7th century document it is city’s business structures are the buildings of the Prudential and mentioned as having been granted to the abbey of Peterborough various other insurance companies. The county court house, by Wulfhere. Granted to the monastery of Stow by Godiva, it designed by Cass Gilbert, has mural decorations by well known remained in the hands of the bishops of Lincoln until the reign American artists, and in front of it is Gutzon Borglum’s seated of Edward VI. The castle was erected by Bishop Alexander in statue of Lincoln (in bronze). The hall of records, opposite the 1123, and the bridge about the same time. It was incorporated court house, was completed in 1928. Center market (1923) is in 1549, and the charter was confirmed and extended by Elizabeth. one of the best equipped municipal markets in the country. ConA weekly market on Wednesdays, and a fair on the eve, day and tracts have been made (1928) for the construction of a new union morrow of the Invention of the Holy Cross, are still held; an- railway and trolley station. Among the noteworthy old buildings other fair at St. Mary Magdalene and the four preceding days are the Trinity Episcopal cathedral, near Military park, built in was granted by Henry III., and is probably represented by the 1743 and used as a hospital during the Revolution, and the House fair now held on May 14. A market for corn and cattle is of Prayer with its stone rectory. There are 38 playgrounds, with a still held on Wednesdays, and another on Tuesdays for fat stock combined area of rro ac., and the parks within the city limits has been added. The church of St. Mary Magdalene is notable cover 734 ac., of which 704 ac. are part of the Essex county park for its tower and octagonal spire (223 ft. high). Its central piers, system aggregating 3,484 acres. dating from the 1rth or 12th century, remain, and the lower part Since 1917 the city has operated under a commission form of of the tower is Early English. The upper parts of the tower and government. Five commissioners, elected at large every four spire are Decorated, completed about 1350; the nave dates from years, constitute the governing body. Each commissioner is the between 1384 and 1393, and the chancel from 1489. There are director òf one of the five departments of the city’s business a few old monuments, and a 14th century brass. The castle is (public affairs, public works, finance, public safety, parks and supposed to have been founded by Egbert, king of the West public property) and the director of the department of public Saxons. It was known as the “key of the North.” The Norman affairs serves as mayor. The public schools are administered by stronghold still shows a gate-house, a crypt and the lofty tower. a non-partisan appointed board. On the initiative of the chamber The building seems to have been reconstructed in the early part of commerce, the council-manager form of government has been of the 13th century. During the Great Rebellion it was garri- under discussion among the citizens since 1924. The city’s watersoned for Charles J., and endured three sieges. A late 15th century supply from the Pequannock river (55,000,000 gal. daily) has been cross (the “Beaumond” cross) is preserved in the town. A increased by the development of the Wanaque watershed (a joint grammar and song school was founded in the reign of Henry undertaking by several municipalities of northern New Jersey) VIII. The town trades in malt, coal, corn and cattle. There which will supply a total of 100,000,000 gal. a day, of which are iron and brass foundries, boiler-works, agricultural imple- 40,500,000 gal. has been allotted to Newark. The sewage from ment manufactories and breweries. Gypsum and limestone are Newark, Paterson and 13 other municipalities on the Passaic obtained in the neighbourhood. river is collected by a large intercepting sewer (completed 1924), NEWARK, the largest city of New Jersey, U.S.A., and the carried down to a disposal plant on the Newark meadows, where it 18th in size in the United States (1930), a port of entry and the is treated for the removal of solids, and thence carried under county seat of Essex county; on the Passaic river and Newark Newark bay and Jersey City to a point in New York bay -2 m. bay, 8m. W. of lower Manhattan (New York city). It is served from the shore, where the effluent is discharged at a depth of ee ree a ma Fr
274
NEWARK—NEWARK
40 ft. into strong tidal currents. The public-school system comprises 68 elementary, 3 junior and 5 senior
high,
2 vocational,
2 continuation
and
17 evening
schools. There are 27 parochial schools and several private academies, including Newark academy, founded in 1792. The public library and the museum (under the direction of John Cotton Dana) have been pioneers in developing unconventional methods of serving the people of an industrial community. The library has about 350,000 volumes and an annual circulation of 1,500,000. The museum has exhibits valued at over $800,000. There are several special libraries in the city, including the Prudential Insurance Company’s valuable collection on vital statistics.
WORKS
barrels of beer, ten pairs of breeches, fifty knives, twenty horses 1850 fathoms of wampum, six ankers of liquor (or something equivalent), and three troopers’ coats.” The name was chosen ip
honour of their pastor, the Rev. Abraham Pierson (1608-78), who came from Newark-on-Trent. For 50 years or more the town remained essentially Puritan and was governed largely according
to the Mosaic Law. About 1730 Presbyterianism superseded Con. gregationalism, and in 1734 Col. Josiah Ogden (who had causeq
The Newark Institute of Arts and Sciences (1910) is an extension
a schism by saving his wheat one dry Sunday in a wet season) led in founding the first Episcopal church (Trinity). Newark was incorporated as a township in 1693 and was chartered asacity in 1836. The townships of Orange and Bloomfield were set off from it in 1806 and 1812 respectively. From 1747 to 1756 the College
centre of New York university. Newark is the seat of a State normal school (1913); the Newark College of Technology (1885), which co-ordinates theoretical instruction with practical training in industrial plants; the New Jersey College of Pharmacy (1891), now affliated with Rutgers university; and the New Jersey Law school (1908). There are 114 churches and Newark is the see of both a Roman Catholic and a Protestant Episcopal bishop. The philanthropic institutions and agencies are united in a welfare federation, and over 50 of them are financed by a single annual “community chest” campaign. The daily newspapers are the Star-Eagle (1796), the News (1883), the Ledger (1914) and the
under the presidency after the first few months of the Rev. Aaron Burr, who published in 1752 his famous textbook, the Newark Grammar. The manufacture of leather (especially patent leather) and shoes early became an important industry. There was a tannery here in 1770 and by 1837 there were 155 curriers and patent-leather makers. The jewellery industry dates from about 1830. Until the passage of the Volstead Act the manufacture of malt liquors was one of the leading industries. Newark was the home of Seth Boyden (1788-1870), called by Edison “one of America’s greatest inventors,” who invented the processes for
Freie Zeitung (1857). Among the weeklies are one in Polish and one in Yiddish. Newark has long been one of the leading manufacturing cities of the country. In 1927, with 1,650 establishments, employing together an average of 62,727 workers, and producing goods valued at $482,739,348, it ranked 15th among the cities of the
United States in value of output. Over 400 new plants were established in the Newark district in 1926 and 1927. The industries are highly diversified. Among the principal products (measured by value in 1927) are electrical machinery, apparatus and supplies ($59,229,242), paints and varnishes ($32,202,334), leather ($26,324,846), jewellery ($18,620,388), chemicals ($15,654,987) and meat products ($17,516,261). As an insurance centre also it has long been important. The 16 large life, fire and casualty companies which have their home offices here employ some 9,0co persons in Newark and have assets aggregating $2,100,000,000. It is an important transportation centre, by rail,
highway, air and sea. Development as a seaport is comparatively recent. In 1914 the city began the creation of Port Newark (on Newark bay, south-east of the city, a part of New York harbour) as a shipping terminal and industrial centre. On the entrance of the United States into the World War in 1917 the War Department leased 133 ac. of the newly filled land for one of its largest supply bases, spending $12,000,000 on docks, warehouses and freight-handling equipment; and the U.S. Shipping Board established a $30,000,000 ship-yard, employing 17,000 persons, where 150 steel cargo vessels were constructed by the Submarine Boat Corporation. At the close of the war the city acquired the army base (including 9 warehouses with 2,000,000 ft. of floor space) and resumed its programme. With aid from the Federal Government the channel has been deepened to 31 ft. and widened to 400 feet. Additional land has been reclaimed for industrial sites, and by 1928 six public and 139 private docks and piers had been built. Water-borne commerce in 1927 amounted to 7,115,323 tons. Freight received and despatched by rail totalled 5,892,011 tons and express shipments 1,992,483 parcels. There are nearly soo building and loan associations, with total assets of over $350,~000,000. The institutions for saving have deposits of about $90,000,000. Bank debits for 1927 aggregated $4,770,562,0709. In 1666 (following the union of the towns of the New Haven Jurisdiction with Connecticut in 1664, and the consequent secularization of the franchise) a band of about 30 Puritans from Milford, Conn., led by Robert Treat, settled at “Four Corners,” and the next year they were joined by an equal number from Branford and Guilford. They bought practically all of what is now Essex county from the Indians for “fifty double hands of powder, one hundred bars of lead, twenty axes, twenty coats, ten guns, twenty pistols, ten kettles, ten swords, four blankets, four
of New Jersey (now Princeton university) was carried on here,
making patent leather (1818) and malleable cast iron (1826), besides many new machines and many improvements on older apparatus; and of the Rev. Hannibal Goodwin, who in 1887, in the attic of the rectory of the House of Prayer, invented the flexible film which made the motion picture possible. After the European revolutions of 1848 Newark received an influx of foreign-born, notably Germans. The city’s population was 38,894 in 1850; 7I,94I in 1860; 136,508 in 1880; and 246,070 in 1900. Between
1g00 and 19to it increased 41%; between 1910 and 1920, 19%. There has been no important annexation of territory (except at
Port Newark) since 1905. NEWARK, avillage of Wayne county, New York, U.S.A, 30 m. E. of Rochester, on the State Barge canal, and served by the Marion, the New York Central, the Pennsylvania, the West Shore and electric railways. Pop. in 1920, 6,964; in 1930, 7,649. Twenty miles north are the summer resorts on Sodus bay (Lake
Ontario), and Lakes Seneca and Canandaigua lie 15 m. and 18 m. respectively to the south. Newark has extensive nurseries and a great variety of manufacturing industries, with a combined payroll estimated at $1,750,000 annually, and an aggregate business of $15,000,000. It is the seat of a State school for mental defectives. The village was founded about the time of the opening of the Erie canal (1825) and was incorporated in 1839.
NEWARK, acity of centfal Ohio, U.S.A., 33 m. E. by N. of
Columbus, at the confluence of the north and south forks of the Licking river; the county seat of Licking county. It is served by the Baltimore and Ohio, the Pennsylvania and electric railways. Pop. 26,718 in 1920 (92% native white); in 1930 it was 30,596, a gain of 145%. The city lies 820 ft. above sea-level, in a broad, fertile valley, surrounded on three sides by low hills. It is a division point of the Baltimore and Ohio, which employs 2,000 persons in its offices, shops and freight-yards; and has important and diversified manufacturing industries, with an output in 1927 valued at $18,805,846. Stoves, glass, freight-cars and automobiles are leading products. At Heath, 2 m. S.W., there is a large oil refinery. Granville, 6 m. west, is the seat of Denison university (Baptist, 1831). In Newark and its immediate vicinity are some of the most extensive remaining earthworks of the mound builders, occupying 4 sq.m. when first noticed (about 1800) by the white settlers, at which time they were covered with dense forests containing trees over 500 years old. They are of great variety, m-
cluding a circular enclosure of 50 ac., connected by parallel banks
with an octagonal mound (20 ac.), and a bas relief 6 it. high in the form of a spread eagle measuring 240 by 210 feet. Newark was laid out about 1801 and was incorporated in 1813. NEWARK WORKS. An elaborate and complicated group
of prehistoric works at the junction of two branches of Licking
river, near Newark, Licking county, Ohio.
Situated on a plain
NEW
BEDFORD—NEW
30 to 50 ft. above the bottom land, the works consist of a series of square, circular, and octagonal enclosures, with mounds, ditches
and connecting avenues spreading over nearly four sq. miles. They are composed of two groups, nearly two m. apart, connected by two walled avenues averaging 200 ft. wide. The western group consists of a large circle, 3 to 14 ft. high and with a mean diameter of 1,054 ft., connected with a symmetrical octagon by an avenue 300 ft. long and 80 ft. wide. Outside the octagon are
two small circles, and at each corner of the octagon is a gateway, opposite which and 60 ft. within is a small mound 3 to6 ft. in height. The length of the walls between the centres of the gateways averages 621 ft., from which the greatest variation is only
four ft., except In one wall that falls 8 ft. short of the average. From the S. side of the octagon a walled avenue stretches southward two m. or more, and from near its E. side two similar avenues extend eastward with a low wall on each side, one con-
necting with the square of the eastern group, the other running E. to the descent to the lowland north of the square.
Disposed
along these avenues are circles. The eastern group of the works consists of a large circle connected with the square mentioned
by a broad avenue and several adjoining lines of walls. The wall of the circle is accompanied with an inside ditch 28 to 4o ft. wide and 8 to 13 ft. deep, while the wall itself is 35 to 55 ft. wide at the base and from 5 to 14 ft. high. There is a gateway at the N.E. with flanking extensions of the wall into the walled avenue leading to the square, the sides of which are 926 to 951 ft., yet the angles at the corners do not vary from the right angle more than one degree.
NEW BEDFORD, a city of Massachusetts, U.S.A., 56 m S. of Boston at the mouth of the Acushnet river, on an arm of Buzzard’s bay; a port of entry and one of the county seats of Bristol county. It is on Federal highway 6, and is served by the New York, New Haven and Hartford railroad, interurban trolley and motor-bus lines, and steamboats. Pop. (1920) 121,217 (40% foreign-born white, including the largest colonies in the country from the Atlantic Islands and Portugal); in 1930 the population fell to 122,597, a loss of 7-1%. The city occupies about 20 sq.m. along the west side of the river and harbour, opposite Fairhaven, with which it is connected by two highway bridges. It is in the heart of the summer-resort region of southern New England, and is the port of sailing for the islands of Nantucket and Martha’s Vineyard. The harbour is a tidal estuary, with a 25 ft. channel 300 ft. wide and a 14 ac. turning basin. The State pier, completed in 1917, is a modern steamship terminal, 670 ft. long, with large storage space, built by the Commonwealth of Massachusetts. Boulevards almost encircle the city, including a broad drive along the shore of the harbour to Clark’s point, where Ft. Rodman (erected during the Civil War) guards the entrance. There are some handsome modern buildings, including the post office, the municipal building, the library and the high school. The library, established by a private society in 1802 and taken over by the city in 1853, was one of the first free public libraries in America. It has a fine collection of whaling prints and other material relating to the industry, and much material relating to the Quakers. The Bourne Whaling museum contains, among other exhibits, a full-rigged whaleship completely equipped; and in the Seamen’s Bethel (1831) just across the street are the memorial
tablets described by Melville in Moby Dick. The last of the full-
irene” rire
BERN
275
of which $93,476,676 represented cotton goods. It is the spot cotton market of the North, and its warehouses have a storage capacity for 300.000 bales. The traffic of the harbour in 1927 (including Fairhaven) amounted to 973,309 tons, valued at $44,760,415, almost all domestic commerce. In addition, there are large shipments of fish. The city’s assessed valuation for 1927 was $216,197,725. Bank debits for 1927 aggregated $364,35 2,000. The site of New Bedford was visited in 1602 by Gosnold, who traded with the Indians at the mouth of the Acushnet. It was originally part of the town of Dartmouth, settled in 1652 by colonists from Plymouth, who purchased the land from Massasoit. About 1665 there was a considerable influx of Quakers, who have ever since been an important and influential element in the population. There was no village on the site of the present city until 1760. In 1787 New Bedford was set off from Dartmouth and incorporated as a town, and in 1847 it was chartered as a city. Fairhaven was separated from it in 1812. The town was at first called Bedford (the family name of Joseph Russell, one of
the founders), and later New was prefixed to distinguish it from Bedford in Middlesex county. On May 14, 1775, a local ship captured two armed British sloops just outside the New Bedford harbour. During the Revolution the harbour was a rendezvous of American privateers, and this led to an attack (Sept. 5, 1778) by a fleet and armed force under Earl Grey, which burned 70 ships and almost destroyed the town. The whaling industry became established here after Joseph Rotch, a Nantucket merchant, in 1765 built wharves
and warehouses
on the west side of the
harbour, and New Bedford was long the principal whaling port of the world. For more than a century the industry flourished, with interruptions due to the Revolution, the Embargo, the War of 1812 and the Civil War, reaching its peak in 1857, when 329 whaling ships were registered, representing an investment of $12,000,000 and employing 10,000 men ashore and afloat. The hunting grounds shifted after 1791 from off the Virginia and Carolina coast to the Pacific, and after 1848 to the Arctic waters. The
first cotton-mill was built in 1847 by Joseph Grinnell (1789~ 1885) and his associates, and began operation in 1848 with 15,ooo spindles and 200 looms. In 1928 the 66 mills making cotton yarn and cotton goods were equipped with 3,382,500 spindles (about 10% of the total in the United States) and 58,000 looms, and they produce from 35 to 40% of all the fine cotton fabrics made in the country. Because of the character of the goods made, New Bedford has suffered less than other New England cities from the competition of the new textile centres in the South.
NEW BERN, acity of eastern North Carolina, U.S.A., at
the mouth of the Trent river, on the Neuse river estuary; a port of entry and the county seat of Craven county. It is on the Atlantic Coastal highway; is connected by a 12 ft. channel with the inland waterway from Boston to Beaufort; and is served by the Atlantic Coast Line and the Norfolk Southern railways and coastwise steamers. Pop. 12,198 in 1920 (55% negroes); in 1930 the population was 11,981, a loss of 1-:8%. The Neuse river is 14 m. wide here, and it widens gradually to 7 m. at its entrance into Pamlico sound, 30 m. east. New Bern is a picturesque old city, on the peninsula formed by the two rivers, surrounded by forests of cypress and pines. It is the supply depot and commercial centre of the rich surrounding farm lands, and ‘of the numerous
fishing and hunting resorts of the region
(Ocracoke,
Morehead, Beaufort, Jacksonville, Havelock, Nags Head and Cape
rigged whalers, the “Charles W. Morgan,” set in a concrete basin on the estate of Col. E. H. R. Green at South Dartmouth (9 m.
Lookout). Trafic on the Neuse in 1927 amounted to 238,022 tons, valued at $11,080,764. The city’s manufacturing industries
S.W. of New Bedford), is kept as a museum.
include the largest lumber-mill in the South-east. New Bern was founded in 1710 by a company of Germans and Bernese Swiss in search of religious freedom, under the leadership of Baron Christopher de Graffenried, and was Incorporated as a city in 1723. The general assembly met here in 1738. In 1749 a printing press (the first in North Carolina) was set up, and the first academy in the province was established. For some years the city was the capital of the province, and it was the leading seaport until the Revolution. Many beautiful old buildings still stand, including one wing of “Tryon’s Palace” (the residence of the royal governor, built in 1767~70, and reputed the finest structure in America at the time), the Presbyterian church (1822),
Free educational
opportunities, in addition to those provided by the public-school system, are offered by a State Textile school, the New Bedford Vocational school and the Swain Free School of Design. The morning newspaper, the Mercury, was established in 1807. Daily papers are published in French and in Portuguese. New Bedford has long been one of the principal centres for the manufacture of fine cotton goods. It ranks second to Washington in the proportion of women employed in gainful occupations (46%, U.S. Census, 1920) and second to Fall River in the propor-
tion of children 10 to 15 years of age so employed (17% in 1920). Its aggregate factory output in 1927 was valued at $125,541,548,
276
NEWBERRY—NEW
and Christ church, which has a communion service presented by George II. in 1752. The city was strongly fortified early in the Civil War, but was captured by Federal troops on March 14, 1862, and subsequent attempts by the Confederates to retake it (March
14, 1863, and Feb. 1 and 5, 1864) were unsuccessful. NEWBERRY, JOHN STRONG (1822-1892), American
geologist, was born at Windsor, Conn., on Dec. 22, 1822. He graduated from Western Reserve in 1846 and from Cleveland Medical college in 1848, and completed his medical studies in Paris. In 1851 he began the practice of medicine in Cleveland, but abandoned it to accept an appointment as surgeon and geologist with an exploring party in northern California and Oregon. Elis reports on the geology, botany and zoology of the expedition were published in 1857. For the next four years he was employed on similar work in the region of the Colorado river, his researches extending over a large area in Utah, Arizona and New Mexico. In 1866 he was appointed professor of geology and palaeontology at the Columbia School of Mines, New York, where he commenced the formation of a magnificent collection of specimens. In 1869 he was made State geologist of Ohio and director of the (second) geological survey of that State, and in 1884 palaeontologist to the U.S. Geological Survey. He devoted much study to Triassic, Cretaceous and Tertiary plants, and in particular to those of the Larami stage. He also carried on researches among the Palaeozoic and Triassic fishes of North America. Among his other publications may be mentioned The Origin and
Classification of Ore Deposits (1880). Conn., on Dec. 7, 1892.
He died at New Haven,
A bibliography of his publications is given in Bulletin of Geol. Soc. of America, vol. iv. p. 393. “Memoir” (with portrait) by J. J. Stevenson in American Geologist (July 1893).
NEWBERRY,
a town of South Carolina, U.S.A., the county
seat of Newberry county; on Federal highways 76 and 176, 43 m. N.W. of Columbia. It is served by the Columbia, Newberry and Laurens and the Southern railways. Pop. 5,894 in 1920 (35% negroes); in 1930 the population was 7,298. It is an important cotton market and cotton-manufacturing centre, with over 195,000 spindles in its mills in 1928; and is the seat of Newberry college (founded 1859). The town was settled about 1830 and was incorporated in 1894. NEWBOLT, SIR HENRY JOHN (1862), English author and poet, was born on June 6, 1862, the son of H. F. Newbolt, vicar of St. Mary’s, Bilston. He was educated at Clifton
college, and at Corpus Christi college, Oxford.
He was called to
the bar at Lincoln’s Inn in 1887 and practised until 1899. His first book was a story, Taken from the Enemy (1892), and in 1895 he published a tragedy, Mordred; but the publication of his ballads, Admirals All (1897), created his literary reputation. These were followed by other volumes of stirring verse, The Island Race (1898), The Sailing of the Long-ships (1902), Songs of the Sea (1904). From 1900 to 1905 he was editor of the Monthly Review. His novels The Old Country (1916) and The New June (1909), attracted attention. During the World War he was controller of wireless and cables. He was knighted in rors. In ro14 appeared Drake’s Drum and other Sea Songs, and Aladore; his chief contribution to war poetry was St. George’s Day and Other Poems (x918). In 1920 he published his Naval History of the Great War. His other works include:—Tales of the Great War (1916), The Book of the Happy Warrior (1917), and Submarine and AntiSubmarine (1918), written primarily for the young; A New Study of English Poetry (1917) ; Poetry and Time (1919); An English Anthology 192 ; Studies Green and Gray (1926); and New Paths on Helicon
1927).
NEW
BRIGHTON,
formerly a village (coextensive with
the town of Castleton) of Richmond county, New York, U.S.A., but since Jan. 1, 1898 a part of the borough of Richmond, New York city. It is at the north-eastern end of Staten Island, about 6 m. S.W. of the borough of Manhattan. At New Brighton is the Sailors’ Snug Harbour, founded under the will of Robert Richard Randall
(c. 1740-1801), who in 1771 became a member
of the
Marine Society of New York (an organization for the relief of indigent masters of vessels and their families), and in 1790 bought
from Baron Poelnitz the “Minto farm,” about 21 ac. of land in
BRITAIN
what is now the Borough of Manhattan. This tract, with four tets also in what is now Manhattan, and cash and stocks to the valy of about $10,000 Randall bequeathed to a board of trustees directing that the income should be used “for the purpose of main. taining and supporting aged, decrepit and worn-out sailors,” who
had served at least five years under the American flag, and tha
the institution established for this purpose should be called “the Sailors’ Snug Harbour.” The Sailors’ Snug Harbour was incor.
porated in 1806, and its charter was amended in 1828 to permit the building of the institution on Staten Island rather than on
the Randall estate, which had already greatly increased in value In 1833 the institution, with lands covering 160 ac., was opened in New Brighton with about 50 inmates. Randall’s body was
removed to the grounds in 1834, and in 1884 a life-size bronze statue of him, by Augustus Saint Gaudens, was placed in front of the main building. At New Brighton are also a Home for Destitute Children of Seamen, founded in 1846 at Stapleton, Staten Island, removed to a new building on the Snug Harbour property
in 1852, and the Samuel R. Smith Infirmary, founded in 186:,
See G. A. Ward, Description of New Brighton on Staten Island (1836) ; I. K. Morris, Memorial History of Staten Island (1900); and C. G. Kolff, 4 Short History of Staten Island (1926).
NEW
BRITAIN, an island of the Bismarck Archipelago,
lying east of New Guinea, in the Pacific ocean, between 5° and 6° S., and 150° E. (German, Neu Pommern; native, Birara). It
formed part of the colony of German New Guinea from 18% (when the German protectorate was declared), until 1914, when it was occupied by Australian troops, and in 1919 it was mandated by the League of Nations, to the Commonwealth of Australia, by which country it is now being administered. It is the largest and most important island of the archipelago, with a total area of 10,000 sq. miles. It is long and very narrow, almost crescentshaped, with a mean breadth of 28 miles. Despite its small width, in 1928 it had not been crossed by a white man, except at its northern extremity, due to the fact that a high and very rugged range of mountains runs from one end to the other. Volcanic action is very evident throughout the island, especially in the north, where, close to Rabaul, are the Matupi sulphur springs. The highest. peak in the island, the Father (7,500 ft.) on the north-west coast, is an active volcano, and near it are two mountains the North Son and the South Son, and not far from Rabaul are three mountains, the Mother, the North Daughter and the South Daughter, the first-named being an extinct volcano. Vulcan Island, with an area of several acres, on the south side of Blanche Bay, made its appearance in a single night, in 1870, during an eruption of Mt. Mother when violent earthquakes were experienced: earth tremors are of frequent occurrence. The coast is precipitous in some places, in others flat and fringed with coral reefs; but there are several good harbours, the best being Simpson Haven, the inlying portion of Blanche Bay; others are Jacquinot Bay, Arawe, Linden haven and Powell haven. There are no rivers of any importance, only a few short, rapid-flowing streams. The chief town and centre of administration is Rabaul, situated on Simpson haven, which is also a good port with a safe and spacious anchorage for shipping. The bulk of the white population of New Britain is settled in or near Rabaul, where sanitary conditions have improved greatly, and which has a fairly healthy climate, with a rainfall of more than roo inches.
White-owned
coco-nut plantations are scattered about the island. Copra is the chief product, shipments of which from Rabaul in 1919 amounted to a value of £345,927, and there is a considerable shell fishing industry. Roads are being constructed where possible, and between Rabaul and the various islands and ports on the mainland and in Australia there is regular steamship communication. There is also telegraphic and wireless communication. The island is divided into four districts for administrative purposes, Rabaul, Kokopo (formerly Herbertshöhe, the former seat of the governor of German New Guinea), Gasmatta and Talasea, administered by district officers appointed by the administrator of the mandated territories of New Guinea. The people are Melanesians, of good physique, akin to the aborigines of the mainland. They are considered to be very
NEW
BRITAIN—NEW
treacherous, and cannibalism exists amongst them; but this is
BRUNSWICK
277
in dealing with the natives, who have clean and well kept villages, and though not craftsmen in carving and pottery, are good hunters
The coast-line of New Brunswick is indented with numerous fine bays and harbours. The Bay of Fundy is an arm of the sea separating New Brunswick from Nova Scotia and terminating in two smaller bays, Chignecto Bay and the Basin of Minas. Its length up to Chignecto Bay is 140 m. and its extreme breadth 45 m. It is noted for its high tides, which rise about 30 ft. at St.
and fishermen.
John and over
being stamped out as the island is opened up with roads. They
are amenable to discipline, and some display considerable intelli-
gence when trained. Pidjin English is used by European settlers (See New GUINEA.)
BIBLIOGRAPHY.—E.
von Hesse-Warteg,
50 ft. at the head
of Chignecto
Bay.
At Bay
Samoa, Bismarck Archipel
Verte, 14 m. distant, on the opposite side of the Isthmus of und New Guinea (Leipzig, 1902); H. Schnee, Bilder aus der Sudsee, Chignecto, the tide rises little more than 4 or 5 ft. The Bay of (Bismarck Archipelago) (1904); R. Parkinson, Dreissig Jahre in der Chaleur, which has several excellent harbours, is over go m. in Südsee, Land und Leute, Sitten und Gebriicke, auf dem Bismarcklength and from 20 to 25 m. in breadth. The other inlets of Archipel (Stuttgart, 1909). consequence on the east coast are Miramichi, Richibucto, BucNEW BRITAIN, a city of Hartford county, Connecticut, touche, Cocagne and Shediac Bays; on the south coast are PassaU.S.A., 9 m. S.W. of Hartford; served by the New York, New maquoddy Bay, St. John Harbour and Chignecto Bay. At the Haven and Hartford railroad. Pop. (1920) 59,316 (36% foreign- mouths of the rivers are in nearly every.case excellent harbours. born white, including 7,804 Poles, 3,177 Italians and 2,102 To the province belong the islands of Campobello and Grand Swedes); 1930, Federal census, 68,128. The city has an area of Manan, at the entrance of the Bay of Fundy, from both of which 13-77 sq.m.; its parks cover 350 ac.; and it is the seat of a State important fisheries are carried on. normal school (established 1851) and a State trade school. It is The geological features are mantled by glacio-marine deposits, an important manufacturing centre, with an output in 1927 valued including a basal clay with Leda Arctica, and sands containing at $63,700,280. Hardware, cutlery and edge tools (valued at $39,- Saxicava shells. There is evidence of coastal sinking, so that 046,986 in 1925) and foundry and machine-shop products are the many rivers flow into estuaries often bounded by cliffs on the leading manufactures. The city’s assessed valuation in 1927 was Bay of Fundy, whereas the east coast is, for the most part low, $114,788,798. A weekly newspaper in Swedish has been published with mosses and marshes. here since 1896. Settlement within the territory now occupied by Climate.—The cold air of the northern interior frequently New Britain began in 1687. The town of New Britain was flows over the province in winter. The average rainfall is about incorporated in 1850; the city in 1871; and in 1905 the two were 40 to 45 inches. The snowfall is very heavy in the north of the consolidated. province, where it exceeds roo inches. The harbour of St. John NEW BRUNSWICK, 2 province of the Dominion of Can- is open throughout the year. The autumn is the best season of the ada, lying between 45° 2’ and 48° 3’ N. and 63° 46’ and 69° 3’ year, especially during the “Indian summer,” after the first frost, W. Its length from north to south is 230 m., its greatest breadth but before the weather has broken. Area and Population.—Not including the territorial sea, the 190 m., and it has a seaboard of about 550 miles. Geological and Physical Features.——New Brunswick is area of the province is 27,985 sq.m., of which 74 are water. It characterized most of all by the transgression of strata of Car- thus occupies an area rather larger than that of the mainland of boniferous age over the worn edges of folds which may be Car- Scotland. The population in 192I was 387,876; in 1881 it was boniferous or pre-Carboniferous, or both. The areas of these 321,233. There was a marked increase (10-23%) during the mainly horizontal Carboniferous beds are mostly well under 500 decade 1911-1921. The population in 1931 was 408,219, an inft. above sea-level. The remnants of mountain axes running crease of 20,343. The bulk of the people are of English descent, north-east to south-west, north of St. John, reveal Archaean and the remainder Irish and French. The Scots, so prominent in nearly folded early Palaeozoic rocks, and a good deal of land is well all the other provinces of the Dominion, are here less conspicuous. Of the original Indian inhabitants of the province, who were of above the 1,000 ft. contour. Between the fold lines run remarkable lake-river feeders of the St. John river, which skirts around Algonquin stock and divided into two tribes, the Micmacs and the Malicites, few remain, many of whom have a greater or the south-western end of these folds. This river is remarkable less proportion of white blood. The principal towns are St. John for its fine scenery and is navigable for 88 m. up to Fredericton, but small boats go 65 m. further, to Woodstock, not far from the (pop. 1931) 47,514, Moncton (20,689), and Fredericton, the border of Maine. North of this the frontier for the most part capital of the province, with a population of 8,830. Administration and Education.—The province sends ten skirts the west side of the valley up to Grand Falls, which can be reached by boats when the river is high. Above Grand Falls senators and eleven (1926) members of the House of Commons the river forms the boundary between New Brunswick on the to the Federal parliament. Since the abolition of the legislative north and Maine on the south, up to St. Francis, the uppermost council in 1892 the provincial legislature has consisted of a lieusection of the river being in Maine. The total length of this tenant-governor and a legislative assembly. Both city and county river is about 450 miles. The eastern lowland, with its horizontal districts have an elective municipal system. Primary education layers, including some thin beds of coal, is continued eastwards is free and undenominational, with a compromise (1875) by into Nova Scotia. The overlying Red Permian beds attain con- which practical, though not theoretical, satisfaction is given to siderable importance northwards, in Prince Edward island, across the Roman Catholic Church. At Fredericton there is a teachers’ Northumberland strait. The whole of the south coast of the Gulf college and a school for the deaf and dumb. The lazaretto for of St. Lawrence, from Miscou point, bounding Chaleur bay, to lepers, at Tracadie, and the marine hospital, at St. John, are supSydney on the Atlantic coast of Cape Poreton island, is thus ported by the Dominion. At Fredericton is a small provincial bordered by coal-bearing rocks. The main north-eastward drain- university, founded in 1800 and re-established in 1859; at Sackage of the lowland is effected by the Miramichi river (220 m. ville is the university of Mount Allison college, under Methodist long), flowing into a large estuary and generally navigable up to control, and at Memramcook one, working chiefly among the Nelson, opposite Newcastle. West of this lowland area comes a French, is owned by the Roman Catholics. Their interests are fold axis which undulates about a north-north-east to south-south- more in arts than in science.
west direction, and has been thought to be related to the chains on the east side of the Hudson-Champlain depression. The fold axis forms a broad highland which reaches a 2,000 ft. level at a good many places in its northern section. The northern boundary of the province is the great Chaleur bay, stretching 90 m. inland and possessing a number of harbours. Into it flows the Restigouche river, which curves around the north-west edge of the
western highland, and for some distance bounds New Brunswick against Quebec.
Either owing to the beauty of its scenery or to the excellence of its education New Brunswick has produced a school of poetry, headed by Charles Roberts, which is unique in the Dominion.
Agriculture.—The great predominance of the lumber industry has tended to keep agriculture in the background. The total area under field crops in 1926 was 891,631 acres. Of these, 10,916 ac. were wheat lands, 204,686 ac. oats, and 6,558 ac. barley. These, together with potatoes (42,744) and roots (12,235), formed the main crops. There were 559,019 ac. under hay and
278
NEW
BRUNSWICK—NEWBURGH
clover. In all the river valleys, and especially on the fertile diked lands along the head of the Bay of Fundy, many rich and prosperous farms are found, varying in size from 100 to 240 acres. The raising of sheep and cattle, and the production of cheese and butter, are industries of importance. Forests.—The State owns about 10,000 sq.m. of forest, and in 1925 the Crown and granted lands produced 405,203,000 ft. board measure. The most valuable and most widely-spread tree is the black spruce (Abies nigra), from which is made a yearly increasing quantity of wood-pulp for paper-making. The hemlock (Abies Canadensis), the cedar, birch, beech, oak, ash and many other valuable trees, are also widely spread. The chief ports for shipping are St. John, at the mouth of the St. John river, and Chatham, at the mouth of the Miramichi. The great forests, through which flow numerous rivers with excellent harbours at or near their mouths, have long made New Brunswick a centre of lumbering. This industry has affected the whole development of the province, and the wilder and more
G. F. Matthew. Valuable papers on various provincial subjects have been published in the Transactions of the Royal Society of Canada by W. F. Ganong. The Provincial Government issues a yearly volume of sessional papers; Acadiensis, a magazine published in St. John
should also be consulted.
The earliest account of New
Brunswick jg
given by Nicholas Denys, Description géographique (published Paris 1672; republished by W. F. Ganong, with notes and introduction, 1908); R. Montgomery Martin, History of New Brunswick (1837);
G. E. Fenety, Political Notes (1867) ; James Hannay, History of Acadia (1879) ; and Lives of Wilmot and Tilley (1907) ; N. Denys, Description géographique (1672; republished, 1908); Sir J. W. Dawson, Acadian
Geology (1891); Canada and its I’vovinces (23 vols., Toronto, 1914):
Chronicles of Canada (32 vols., Toronto, 1914); New Brunswick: Its Natural Resources (Ottawa, 1921); Canada Year Books: Publications of the Geological Society of Canada; Transactions of the Royal Society of Canada.
NEW
BRUNSWICK,
a city of New Jersey, U.S.A., the
county seat of Middlesex county; on the Raritan river, the Lincoln highway and the Delaware and Raritan canal, 30 m. S.W. of New
unsettled line of its woodsmen contrasts with that of the farmer of Ontario or of the west. In 1902 the Provincial Government set aside a large area of the highlands at the sources of the Tobique, Nipisiquit and Miramichi rivers for a national park and game preserve. Moose, caribou and deer may be shot in limited numbers during two autumn months in other parts of the province. The game laws are being made increasingly strict, and the province draws a large revenue from the sale of licences. Mines and Fisheries.—The mineral wealth of the province is small, though gold, iron, copper, lead, zinc and plumbago have been worked on a small scale at various times. Coal and gypsum are actively mined. Natural gas with oil is obtained near Moncton.
The fisheries, on the other hand, are extensive, though less so than those of Nova Scotia. This industry centres in the counties of Charlotte and Gloucester, herring, salmon, lobsters, sardines and cod forming the chief catch. The Restigouche, and other rivers near the northern border, are much frequented by anglers in search of trout and salmon. A large number of persons are employed (2,401 in 1925) in the fish canneries and freezing establishments. Manufactures.—The chief manufactures, apart from the shipping of St. John, are connected with lumbering and with agriculture. The making of paper pulp and of furniture is important. Co-operation in the manufacture of butter and cheese has produced excellent results, and numerous cheese and butter factories are scattered through the province. Communications.—The railway system links the province to Nova Scotia on the east, and to the rest of Canada on the west. In all there are some 1,941 m. of railway. The roads and rivers are also arteries of communication. There are Government owned and commercial radio stations at Red Head and St. John, with a direction-finding station at the latter as well.
History.—Until 1784 New Brunswick formed part, first of the
French province of Acadia, later of the British province of Nova Scotia. The first settlement within its borders was made in 1604 by Pierre de Guast, sieur de Monts, with whom was Samuel de Champlain. Their colony at the mouth of the St. Croix river was soon abandoned, but throughout the French régime the district was frequented by bands of fur-traders. In 1762 the first English settlement was made at Maugerville, on the St. John river, and in 1764 a body of Scottish farmers and labourers took up land along the Miramichi. On May 18, 1783, a band of American loyalists settled at the mouth of the St. John. Thousands more followed, and in 1784 New Brunswick was declared a separate province. At first governed by a representative assembly and an irresponsible council, it obtained responsible government in 1847-48, after a constitutional struggle in which no little ability was shown. In 1867 it entered, without reluctance, but without enthusiasm, into the Canadian Federation. BrsriocRaray,.—Sir J. W. Dawson, Acadian Geology (ed. of 18912), is the most easily accessible work on the geology of the province.
Numerous Survey
studies
of Canada,
have
been
by L. W.
published,
chiefly by the
Geological
Bailey, R. W. Ells, A. P. Low
and
BY COURTESY OF THE NATIONAL AIR TRANSPORT, INC. HADLEY FIELD, AT NEW BRUNSWICK, SHOWING
A HANGAR AND AERIALS
York city and 6o m. N.E. of Philadelphia. It is served by the Pennsylvania and the Raritan River railways, motor-bus lines and freight steamers and barges. Pop. (1920) 32,779 (27% foreign-born white); 1930 Federal Census 34,555. The city rises from the river to high bluffs on the east and the west, commanding wide and picturesque views. It is the seat of Rutgers university (qg.v.) and the Theological seminary of the Reformed Church in America, the oldest theological school in the United States, founded in New York city in 1784 and situated in New Brunswick since 1810. New Brunswick is one of the oldest cities of New Jersey, and has many buildings dating from the 18th century. The Buccleuch mansion, in a 60 ac. park, presented to the city by Anthony Dey, is one of the best preserved colonial houses in the State. On York street still stands the house occupied by Gen. Howe in 1776-77. There is a fine modern stone bridge across the Raritan. The city has large manufacturing industries, employing about 15,000 persons and making a variety of products, ranging in size from motor trucks to knitting needles and valued in 1927 at $49,322,552. Surgical and medical supplies, motor buses and trucks and fire apparatus are among its leading manufactures. The assessed valuation for 1927 was $40,130,029. Since 1906 the city has had a commission form of government. A settlement was established here in 1681. It was at first called Prigmore’s Swamp, later Inian’s Ferry, until the present name was adopted in honour of the House of Brunswick. A city charter was granted by the royal governor in 1730 and by the State legislature in 1784. Wash-
ington entered New Brunswick on Nov. 28, 1776, but evacuated it on the approach of the enemy, and from Dec. 3 to April 13, 177", it was occupied by the British under Lord Howe.
NEWBURGH,
a royal burgh, Fifeshire, Scotland, on_the
Firth of Tay, 7m. N.W. of Ladybank junction by L.N.E.R. Pop. (1931), 2,152. Its industries chiefly consist of the making of linen and floorcloth and quarrying; there are fisheries, especially of
salmon, and a considerable trade in corn, fruit and potatoes. About tm. S.W. of the town stand the remains of Macduff’s Cross, which marks the spot where the clan Macduff was granted rights
NEWBURGH— NEWCASTLE and sanctuary and composition for murder done in hot blood. Lindores abbey on the Tay is close to Newburgh. Of the Bene-
279
(Jack of Newbury’s) house and the Jacobean cloth hall, now a public museum, still exist. The almshouses called King John’s
dictine abbey, founded in 1178 by David, earl of Huntingdon, brother of William the Lion, there only remain the groined arch of the principal entrance, a portion of the west tower and other
Court are supported by a foundation known as St. Bartholomew’s Hospital, to which in 1215 King John granted by charter the profits of a fair on St. Bartholomew’s day. Shaw House, on the
fragments. At Blackearnside, a forest of alders, to the east of the village, Wallace defeated the earl of Pembroke in 1298. NEWBURGH, a city of Orange county, New York, U.S.A., on the west bank of the Hudson river, opposite Beacon, 60 m. N.
outskirts, is an Elizabethan mansion; to the north is Donnington castle, retaining a Perpendicular gateway and other fragments. The suburb of Speenhamland was formerly an important posting station on the Bath road. At Sandleford Priory, to the south of
of New York city. It is on Federal highway 9W;; is served by the
Newbury, the site and part of the buildings of an Augustinian priory (c. 1200) were utilized in the erection of a mansion in 1781. The householders of Newbury have the right to elect boys and girls to the educational foundation of Christ’s Hospital. Trade is agricultural and there are breweries and flour mills. Battles of Newbury (1643 and 1644).—These two important battles during the English Civil War, more commonly called the Great Rebellion, are described under the latter heading. The first, on Sept. 20, 1643, arose out of the attempt of the Royal army to bar the path of the Parliamentary forces under the Earl of Essex, which was returning to its base at Reading after raising the siege of Gloucester. Although Essex’s army failed to break the Royalist line, they had made so strong a moral and material impression that the Royalists opened the road to them. The situation was reversed in the second battle, Oct. 26, 1644, when the Parliamentary army had headed off Charles I. on his way back to Oxford from Basingstoke. This was the first great manoeuvre-battle of the war.
Erie and the West Shore railways, motor-bus and truck lines; and is connected by ferry with the New York Central at Beacon.
Pop. (1920) 30,366 (82% native white); in 1930, 31,275, a gain of 3.0%. The Hudson widens at this point into Newburgh bay.
The city has 2 m. of water front, with a channel deep enough for ocean-going vessels. It occupies a commanding position on terraces rising abruptly from the river, and from the higher points the view embraces many miles of the Hudson and reaches to the
Catskill mountains on the north-west. Newburgh hasa retail trade amounting to $11,000,000 annually; a large shipping trade in orchard, farm and dairy products; and a variety of manufacturing industries, with an output in 1927 valued at $27,790,107. The assessed valuation for 1927 was $38,387,945.
Since 1916 the city
has operated under a commission-manager form of government. Newburgh was settled in 1709 by 53 Germans from the Rhenish Palatinate, led by their minister, Joshua Kockethal. Toward the middle of the century many of the Germans moved to Pennsylvania, and their lands were taken up by Scottish and English settlers, who in 1752 named the town after Newburgh, Scotland, from which some of them had come. Washington made his headquarters here from the spring of 1782 until Aug. 1783, in the Dutch farmhouse built by Jonathan Hasbrouck in 1750 (still standing in Washington park). Here he wrote his letter of May 27, 1782, rebuking Col. Nicola for the suggestion that he assume the title of king; here he made his reply to the “Newburgh Addresses” calling for action by the army to force Congress to redress its grievances; and here the arrangements were completed for demobilizing the Continental army. Newburgh was incorporated as a village in 1800 and as a city in 1865.
NEWBURN, urban district, Wansbeck parliamentary division, Northumberland, England, on the Tyne, 55 m. W. of Newcastle by a branch of the N.E. railway. Pop. (1931) 19,539. It has collieries, and iron, steel, engineering, tool and fire-clay works, and there is a large industrial population. Newburn is of considerable antiquity. Roman remains have been discovered in proximity to Hadrian’s Wall. The name of Scotswood, one of ihe manufacturing villages between Newburn and the city, commemorates the occupation of the town by the Scottish Covenanters in 1640.
NEWBURY,
2 town and municipal borough of Berkshire,
England, 53 m. W. by S. of Reading by G.W.R. Pop. (1931) 13,336. The name Newbury (new town or borough) is first mentioned by Odericus Vitalis; it is probable, however, that the manor of Uluritone, entered in Domesday as held by Ernulph de Hesdain, covered a large part of the site. The manor subsequently passed
to the crown and was held by Elizabeth before her accession. In 1627 it was granted by Charles I. at a fee-farm to the corporation. Newbury was a borough by prescription; in 1187 its inhabitants are called “burgesses” and a document of the time of Edward I. speaks of it as burgus, It was incorporated by a charter of Elizabeth (1596), confirmed by Charles I. and Charles II, Newbury sent two representatives to the parliament of 1302. The woollen industry declined early in the 17th century. The Weavers’ Company, which still exists, was incorporated in 1601. Newbury castle, of which traces remained
until the 17th cen-
tury, is said to have been besieged by Stephen in 1152. An important woollen market, established in 1862, is held annually. Newbury is situated on the Kennet, which is followed by the Kennet and Avon canal.
The church of St. Nicholas is an early
16th century Perpendicular building. It is said to have been built mainly at the charge of John Winchcombe or Smalwoode (Jack
of Newbury), an eminent clothier. A part of John Winchcombe’s
NEWBURYPORT,
a city of north-eastern Massachusetts,
U.S.A., one of the county seats of Essex county; 38 m. N.N.E. of Boston, on the southern bank of the Merrimack river, 3 m. from the ocean. It is on Federal highway 1 and is served by the Boston and Maine railroad and coasting steamers. Pop. (1920) 15,618; in 1930 it was 15,084. It is an important manufacturing city, with a very diversified output, valued in 1927 at $12,931,366. The commerce of its port in 1925 amounted to 41,943 tons, consisting entirely of receipts of coal, gasolene,, fuel oil and lumber. There are statues of George Washington and
of William Lloyd Garrison (by J. Q. A. Ward and by David M. French respectively) and many houses dating back to the 17th century, among them the stone “garrison” house in the form of a cross, with walls 4 ft. thick. Other houses of interest are the birthplace of William Lloyd Garrison, the homes of “Lord” Timothy Dexter and Caleb Cushing, and the Tracy mansion (1771), now part of the public library building. Indian Hill farm, birthplace of the journalist Ben Perley Poore, is 3 m. W. of the city. The Putnam Free school, now part of the public-school system, was founded early in the roth century by an endowment from
Oliver Putnam.
The high school for girls (opened in 1843) was
a pioneer institution. Newbury, including the site of Newburyport, was settled in 1635 under the leadership of the Rev. Thomas Parker (1595-1677) who had lived in Newbury, England. In 1764 a tract of 647 ac. was set off and incorporated as the town of Newburyport, which (with enlarged boundaries) was chartered as a city in 1851. In the early part of the roth century Newburyport was one of the most flourishing commercial centres of New England. Fishing, whaling and ship-building were the principal interests until the Civil War, and its clipper ships were among the fastest and the best known on the seas. During the Revolution and the War of 1812 it sent out many privateers.
NEW CALEDONIA: see Pactric IsLanps. NEWCASTLE, DUKES OF. Within the space of a cen-
tury there were no less than four successive creations of dukes of
Newcastle in the British peerage. William Cavendish (see p. 280), nephew of the rst earl of Devonshire, was raised to the dignity
of duke of Newcastle-upon-Tyne in 1665. His son and successor Henry (1630-1691) died leaving daughters only, and one of these married John Holles (1662~1711), earl of Clare, who was created
duke in 1694. This duke died also without male issue, leaving his estates to his sister’s son, Thomas Pelham (see p. 280), who, with other dignities, had the title of duke of Newcastle-upon-Tyne conferred on him in 1715, and a second and similar ducal title (that of Newcastle-under-Lyme) in 1756. The first dukedom became
280
NEWCASTLE
extinct at his death, but the second title was granted him with remainder to Henry Fiennes Clinton, earl of Lincoln, at once his nephew and nephew-in-law. From that time the dukedom has remained in the Clinton family. The two principal dukes are more fully noticed below. I. WILLIAM CAVENDISH, duke of Newcastle (1592~1676), eldest surviving son of Sir Charles Cavendish and of Catherine, daughter of Cuthbert, Lord Ogle, and grandson of Sir William Cavendish and “Bess of Hardwick,” was born in 1592 and educated at St. John’s College, Cambridge. On the occasion of the creation of Prince Henry as prince of Wales in 1610 he was made a knight of the Bath, subsequently travelled with Sir Henry Wotton, then ambassador to the duke of Savoy, and on his return married his first wife, Elizabeth, daughter of William Basset of Blore, Staffordshire, and widow of Henry Howard, 3rd son of the earl of suffolk. His fortune was immense, and he several times entertained James I. and Charles I. with great magnificence at Welbeck and Bolsover. In 1620 he was created Viscount Mansfield, in 1628 earl of Newcastle, and in 1629 the barony of Ogle was restored to his mother, this title, together with an estate of £3,000 per annum, descending to him. In 1638 he was made governor of the prince of Wales, and in 1639 a privy councillor. When the Scottish war broke out he assisted the king with a loan of £10,000 and a troop of volunteer horse, consisting of 120 knights and gentlemen. In 1641 he was implicated in the Army Plot, and in consequence withdrew for a time from the court. He was sent by Charles on Jan. rz, 1642 to seize Hull, but was refused admittance. When the king declared open war, Newcastle was given the command of the four northern counties, and had the power conferred on him of making knights. He maintained troops at his own expense, and having occupied Newcastle kept open communications with the queen, and despatched to the king his foreign supplies. In Nov. 1642 he advanced into Yorkshire, raised the siege of York, and compelled Fairfax to retire after attacking him at Tadcaster. Subsequently his plans were checked by the latter’s recapture of Leeds in Jan. 1643, and he retired to York. He escorted the queen, who returned from abroad in February, to York, and subsequently captured Wakefield, Rotherham and Sheffield, though failing at Leeds, but his successes were once more ravished from him by Fairfax. In June he advanced again, defeated the Fairfaxes at Adwalton Moor on June 30, and ob-
tained possession of all Yorkshire except Hull and Wressel Castle. He might now have joined the king against Essex, but continued his campaign in the north, advancing into Lincolnshire to attack the eastern association, and taking Gainsborough and Lincoln. Thence he returned to besiege Hull, and in his absence the force which he had left in Lincolnshire was defeated at Winceby by Cromwell on Oct. 11, 1643, which caused the loss of the whole county. On Oct. 27, 1643 he was created a marquis. Next year his position was further threatened by the advance of the Scots. Against prevailing numbers he could do little but harass and cut off supplies. He retreated to York, where the three armies of the Scots, Fairfax and Manchester surrounded him. On July t, Rupert raised the siege, but on the next day threw away his success by engaging the three armies in battle, contrary to Newcastle’s desire, at Marston Moor. After this disaster, notwithstanding the entreaties of the king and the remonstrances of Rupert, Newcastle immediately announced his intention of abandoning the cause and of quitting England. He sailed from Scarborough accompanied by a considerable following, including his two sons and his brother, resided at Hamburg from July 1644 to Feb. 1645, and removed in April to Paris, where he lived for three years. There he married as his second wife Margaret (see below), daughter of Sir Thomas Lucas of St. John’s, Colchester.
He left in 1648 for Rotterdam with the intention of joining the prince of Wales in command of the revolted navy, and finally took up his abode at Antwerp, where he remained till the Restoration. In April 1650 he was appointed a member of Charles IT.’s privy council, and in opposition to Hyde advocated the agreement with the Scots. In Antwerp he established his famous riding-school, exercised “the art of manage,” and published his first work on
horsemanship, Méthode
et invention nouvelle de dresser les che.
vaux (1658, 2nd ed., 1747; Horsemanship, 1743).
translated as A General System of
At the Restoration Newcastle returned to England, and sy.
ceeded in regaining the greater part of his estates, though burdened with debts, his wife estimating his total losses in the war at £941,-
303. He was reinstated in the offices he had filled under Charles I.. was invested in 1661 with the Garter which had been bestowed upon him in 1650, and was advanced to a dukedom on March 16 1665. He retired, however, from public life and occupied himself with his estate and with his favourite pursuit of training horses. He established a racecourse near Welbeck, and published another
work on horsemanship, A New Method and Extraordinary Inven. tion to Dress Horses and Work
them according to Nature...
(1667). He wrote also several comedies, The Country Captain and The Varietie (1649), The Humorous Lovers and The Triumphant Widow (1677). With Dryden’s assistance he translated Moliére’s L’Etourdi as Sir Martin Mar-All (1688). He contributed scenes to his wife’s plays, and poems of his composition are to be found among her works; and he was the patron of Jonson, Shirley, Davenant, Dryden, Shadwell and Flecknoe, and of Hobbes, Gassendi and Descartes. He died on Dec. 25, 1676, and was buried in Westminster Abbey. By his first wife he had ten children, of whom one son, Henry, survived him, and became 2nd duke of Newcastle, dying in 1691 without male issue; the title then became extinct. |
His second wife, Margaret, duchess of Newcastle (c. 1625-73), had been maid of honour to Henrietta Maria. The duchess cultivated literary composition with exuberant fervour, and kept a bevy of maids of honour obliged to be ready at all hours “to register her Grace’s conceptions.” Walpole speaks of her as a
“fertile pedant.”
She published Philosophical Fancies (1653);
Poems and Fancies (1653); The World’s Olio (1655); Nature’s Picture drawn by Fancie’s Pencil to the Life, which includes an autobiography (1656); Philosophical and Physical Opinions (1655); Orations (1662); Plays (1662); Sociable Letters (1664); Observations upon Experimental Philosophy (1666); Letters and Poems (1676). The Life of William Cavendish, Duke of Newcastle, by Margaret, duchess of Newcastle, has been edited by C. H. Firth (1886) ; it was
criticized by Pepys as “the ridiculous history of my Lord Newcastle writ by his wife, which shows her to be a mad, conceited, ridiculous woman, and he an ass to suffer her to write what she writes to him and of him,” but on the other hand eulogized by Charles Lamb as a work for which “no casket is rich enough, no case sufficiently
durable to honour and keep soft such a jewel.” See also La Duchesse
et le Duc de Newcastle, by Emile Montégut (1895). The duchess’s Select Poems were edited by Brydges in 1813, and her Autobiography in 1814. The latter, edited by Lower, was published with her Life of the Duke of Newcastle in 1872.
2. Tuomas Pergam Hores, duke of Newcastle (1693-1768), whose official life extended throughout the Whig supremacy of the 18th century, was the elder son of Thomas, first Lord Pelham, by his second wife Lady Grace Holles, younger sister of John Holles, duke of Newcastle-on-Tyne, who died in 1711, and left the whole of his vast estates to him. In 1712 he also succeeded his father in his peerage and estates, and in 1714, when he came of age, was one of the greatest landowners in the kingdom. He vigorously sustained the Whig party at Queen Anne’s death, and had much influence in making the Londoners accept King George. His services were too great to be neglected, and in 1714 he was created earl of Clare, and in 1715 duke of Newcastle-on-Tyne. He also became lord-lieutenant of the counties of Middlesex and Nottingham and a knight of the Garter in 1718, in which year he increased his Whig connection by marrying Lady Henrietta Godolphin, granddaughter of the great duke of Marlborough. In 1717 he first held political office as lord chamberlain of the household, and in 1724 was chosen by Sir Robert Walpole to be secretary of state in place of Lord Carteret. This office he held continuously for 30 years (1724-54), and only changed it for the premiership on his brother’s death. His long tenure of office was mainly due to his great Whig connections and his wealth, but
praise must also be given to his inexhaustible activity and great powers of debate.
He continued in office on Walpole’s fall in
_NEWCASTLE—NEWCASTLE-UNDER-LYME
281
1742, and became more powerful on his younger brother Henry becoming prime minister in 1743. On Henry Pelham’s death in March 1754, Newcastle succeeded him as premier; but people who had been accustomed to him as secretary of state would not stand him as premier, and in Nov. 1756 he gave place to the duke of Devonshire. For his long services he was created duke of New-
the port annually, of which about 2,000,000 tons are “‘overseas” vessels (2.e., other than interstate or coastwise). Newcastle has excellent railway connections, along the coastal lowlands, with Sydney and also northwards (Grafton, Lismore, g.v.). A series of (privately owned) lines serves the coal-fields and an important line taps the Hunter valley and may possibly be linked with the
castle-under-Lyme, with remainder to Henry Fiennes Clinton, oth earl of Lincoln, who had married his niece Catherine Pelham. In July 1757 he again became prime minister—for Pitt, though a
western system (¢é.g., Merriwa-Tallawang). Pop. 1926/7: 100,000.
great statesman, was a bad party leader—on the understanding, according to Horace Walpole, that “Mr. Pitt does everything, the duke gives everything.” Under this ministry England became famous abroad, but it gradually fell before the young king’s affec-
tion for Lord Bute, who, after supplanting Pitt, became prime minister in the room of Newcastle in May 1762. The duke went into strong opposition, and lost his two lord-lieutenancies for opposing the peace of 1763. In 1765 he became lord privy seal for
a few months, but his health was fast giving way, and he died in Nov. 1768. The duke was not a great man, but he was industrious and energetic. He worked tirelessly, though vainly, to hold the Whig Party together in the face of the determination of George III. to destroy it. In this if in nothing else Newcastle was statesmanlike: for it seems as though he alone clearly foresaw that calamity to the Party which only union and organization could have averted. See Memoirs of the Administration of the Right Hon. H. Pelham, by W. Coxe (1829).
NEWCASTLE,
a city and port of New South Wales, Aus-
tralia, situated on the southern shore of the estuary of the Hunter River (g.v.), about 22 miles from its outlet, and 104 miles, by rail, from Sydney. It is built at the foot of, and up, a steeply-rising hill which backs the harbour (Av. ann. temps.:
NEWCASTLE,
a seaside resort of Co. Down, Ireland, on
the western shore of Dundrum bay, at the foot of Slieve Donard. Pop. (1926), 2,687. It is the terminus of the Belfast and County Down railway, being 36 m. S. of Belfast. A fort guarded the passage of the river Shimna here in early times.
NEW
CASTLE, a city of New Castle county, Delaware,
U.S.A., at the head of Delaware bay, 6 m. S. of Wilmington. It is on Federal highway 11 and is served by the Pennsylvania railroad and steamship lines. Pop. 4,131 in 1930. It has a good harbour, important shad-fisheries and various manufacturing industries. New Castle played an important part in the territorial disputes of the Swedes, the Dutch and the English, from 1651, when Peter Stuyvesant built Ft. Casimir in the vicinity; and it was the capital of Delaware until 1777. The old courthouse may have been built by the Swedes, the Immanuel Protestant Episcopal church dates from 1689; and there are several Dutch and English colonial dwellings still standing. The city was chartered in 1875.
NEW
CASTLE, a city of eastern Indiana, U.S.A., 45 m. E.
by N. of Indianapolis; county seat of Henry county. It is served by the Big Four, the Nickel Plate, the Pennsylvania, and electric railways. Pop. (1920) 14,458 (96% native white); in 1930 it was 14,027, a loss of 3-09. It is the trade centre of a rich farming area; has large rose nurseries and important manufac-
42°=55° F; av. ann. rainfall: 42 in.). With a large and fertile hinterland (Hunter Valley, Northern Tablelands and Liverpool
turing industries (with an output in 1925 valued at $17,494,962) ; and is the seat of the Indiana Village for Epileptics. The city was founded in r8rg and incorporated in 1839.
Plains) and abundant coal resources at its doors (reserves within area 15 miles W. and 7 miles S. amount to about 270,000,000 tons; reserves of total area: ¢. 9,000,000,000 tons), Newcastle was early a notable centre for the export of coal and primary produce. By 1922 it had exported some 186,000,000 tons (c. £11I,000,000), but since about 1900 its mines have been steadily superseded by those of the Maitland field (g.v.) and, at the present time, owing mainly to social and economic causes, the coal industry is severely depressed. The possession of fuel, water, foodsupply, and a good commercial position, and access to raw materials have, however, steadily attracted manufacturing industries and Newcastle is now one of the leading industrial areas in the
the county seat of Lawrence county; 50 m. N.N.W. of Pittsburgh and 20 m. S.E. of Youngstown (Ohio), on the Shenango river and Federal highway 422. It is served by the Baltimore and Ohio, the Buffalo, Rochester and Pittsburgh, the Erie, the Pennsylvania and the Pittsburgh and Lake Erie railways. Pop. 44,938 in 1920 (19% foreign-born white); and in 1930, 48,674, a gain of 8-3%. New Castle is an important commercial and industrial centre, with a trade population of over 100,000, and manufactures (notably tin plate and steel) valued in 1927 at $52,683,815. New Castle was founded in 1802. It was incorporated as a borough in 1869 and as a city in 1875.
southern hemisphere. The Broken Hill Proprietary Co. (see BROKEN HILL; AUSTRALIA: Metallurgical Industries) established in 1915 at Port Waratah large-scale steel-works and these have brought in their train numerous associated industries. Newcastle’s
industries may be roughly classified as metallurgical and metalworking; constructional engineering and ship-building; coke and chemical industries; the making of fertilisers, cement, fire-bricks,
pottery; wood-working; flour-milling and food-making; besides numerous miscellaneous types. These are conducted in Newcastle itself or in one or other of the numerous centres (e.g., Port Waratah, Walsh Island, Cockle Creek, Merewether, etc.)
within easy reach of the port. The harbour (comprising North Harbour, the Basin and Port Waratah) has ample accommodation, is well sheltered and has modern installation for handling cargo and especially for loading coal. The entrance is by a channel (width 500-450 yd.; av. depth 234 ft.) between breakwaters, within which a fairway (width 500 ft., depth 32 ft.) is being cut. The port, which for hinterland trade (e.g., wool) tends to be overshadowed by Sydney, has lost much owing to the shallowness of its entrance and suffers from the necessity of continuous dredging both at the entrance and alongside the wharves. In respect of
trade Newcastle is the third port of Australia and the second of
New South Wales.
per ann.
Its normal trade is of the order of £3,500,000
Exports (coal, coke, tar, etc.; frozen meat; butter,
eggs; timber; pig iron, steel rails and plates, etc.; fertilisers) usually exceed imports. Some 44-5 million tons of shipping use
NEW
CASTLE,
a city of western
NEWCASTLE-UNDER-LYME,
Pennsylvania,
U.S.A.,
market town, municipal
and parliamentary borough, Staffordshire, England, 2 m. W. of Stoke-on-Trent by the L.M.S. railway. Pop. (1931) 23,246. The parish church of St. Giles was rebuilt (1876) by Sir Gilbert Scott, with the exception of the tower, which dates from the rath century. The free grammar school (1602), richly endowed, is now amalgamated with the Orme’s school for girls. There is also a
school of art. The manufacture of hats was once the staple trade. There are cotton and paper mills; and tanning, brewing, malting and the manufacture of army clothing are carried on. Partly included in the parliamentary borough is the populous parish of Wolstanton, of which the fine church has good details of the 13th century, with a massive tower and spire. The mining town of Audley lies 4 m. N.W., with a fine early Decorated church. Newcastle-under-Lyme (Neofchastell-sur-Lyme) is not mentioned in Domesday, but it was early important, as a charter was given to the town by Henry II. It owes its name to a castle built here in the r2th century to supersede an older fortress at Chesterton about 2 m. to the north, and to the fact that it was situated under the forest of Lyme. Henry III. (1235) constituted it a free borough and other charters were granted in 1251, 1590, 1664, and 1835. Newcastle, which was originally held by
the crown, was granted (1265) to Simon de Montfort, and subsequently to Edmund Crouchback, through whom it passed to Henry IV. In Leland’s time the castle had disappeared “save one great
Toure”; in the 17th and 18th centuries the town was flourish-
282
NEWCASTLE-UPON-TYNE—NEWCHWANG |
ing and had a manufacture of hats. Grants of fairs were given by Edward I., Edward III. and Henry VI.
house at the east end of the quay. There was severe depression ip
the Newcastle area in 1928. Exports include coal, chemicals, pig-iron, iron-work, steel, iron borough and port, Northumberland, England, 272 m. N. of bars, plates and castings, machinery, fire-clay goods and copper, London, on the L.N.E. railway. Pop. (1931) 283,145. It stands The chief imports are fruits, wheat, maize, oats, barley, iron on the Tyne. The mouth of the river is 8 m. below Newcastle and steel, petroleum, sulphur ore, timber and wood hoops, iron oye and its banks are lined with docks and industrial towns. and potatoes. Passenger steamers serve the principd: English Though Newcastle owes its origin to a Roman station, its ports; also Baltic ports and New York; while Newcastle js one oj modern growth has largely destroyed traces of antiquity. Of the the chief ports for the Norwegian tourist traffic. old walls there are slight remains. The castle, from which the To the industries indicated by the exports may be added glass, town takes its name, was erected by Henry II. between 1172 and lead and shot, brick and tile, earthenware, tool, rope and ships’1177 on the site of an older structure. It was originally the fitting manufactures, and most important of all, shipbuilding. The strongest fortress in the north of England, and its keep is now Elswick works, founded by Messrs. Armstrong in 1847, and amalone of the finest specimens of a Norman stronghold remaining gamated with those of Mitchell and Co., are among the most in the country. Fragments of its walls, with the principal en- important in the world. The construction of ships of all sorts trance or Black Gate and the Watergate or southern postern is carried on. History.—Newcastle owes its origin to its position on the remain. The keep, with walls 14 ft. thick, is in a state of good preservation, as is also the Norman chapel. The castle was pur- great Roman wall and on the estuary of the Tyne. The most imchased by the corporation in 1809, and a portion of it is used portant Roman remains are the foundations of a bridge, attributed as an antiquarian museum. Near the castle is St. Nicholas church, to the emperor Hadrian. Before the Conquest it was called forming the cathedral of the diocese of Newcastle, instituted in Monkchester, and was destroyed (gth century) by the Danes. 1882. The diocese covers practically the whole of NorthumberIt was again destroyed by William the Conqueror, but Robert Jand, with a small portion of Cumberland. The church, which is of Normandy raised a castle there in 1080, and from that time principally Decorated, consists of nave, aisles, chancel and tran- the town was called Newcastle. Shortly afterwards it was fortisepts, and the principal feature is the lantern tower, a fine speci- fied by Robert de Mowbray, but it was taken by William Rufus men of early Perpendicular. Among other interesting old churches in 1095. In the reign of Stephen it was seized by David, king of is St. Andrew’s (1ith century). St. John’s is r4th century with Scotland, and after its restoration in 1157 Henry II. rebuilt the an ancient front. A few fragments of the monastery of the Black castle and established a mint. The walls of the town are attributed Friars remain, and the chapel of the hospital of St. Mary at to Edward I. During the r4th century Newcastle was three times defended successfully against the Scots, but in 1640 it was occuJesmond is a ruin. Some of the modern streets are spacious and handsome. Rich- pied for a year by the Scottish Covenanters under Leslie. It was ard Grainger (1798-1861), a wealthy local architect, devoted then garrisoned by royalists, but again surrendered to the Scots himself to beautifying his city. The guildhall was re-erected in in 1644 and Charles I. was taken there in 1646 when he had yielded himself to the Scottish army. Charters were granted by 1658. Among educational establishments are the College of medicine William Rufus, Henry III., Henry IV. (1400), Mary (1556), and the Armstrong University college, both constituent colleges Elizabeth (1589) and James I. (1604). The coal trade began in the 13th century, but, partly owing to of the University of Durham. The royal free grammar school, founded in 1525, occupies modern buildings in Jesmond. There the act of parliament passed in the reign of Edward I. forbidding are also Allan’s endowed schools, founded in 1705; Rutherford col- the use of coal in London, did not become important until the lege and the Commercial institute; and the Laing Art Gallery, t7th century. Glassmaking was a considerable trade in the 17th opened in 1904. The benevolent institutions include the dispensary century, and in 1823 George Stephenson established iron works at (1777), fever house (1803), Royal Victoria Infirmary (1906), Newcastle, where the first engines used on the Stockton and DarPrincess Mary Maternity hospital (1923), eye infirmary (1822), lington, and Manchester and Liverpool lines were made. Newchildren’s hospital, Trinity almshouses (1492), hospital of the castle was represented in parliament by two members from 1295 to Holy Jesus (1682), hospital €170r)} for keelmen, i¢., coal- ' 4918, and since then it has had four members.
NEWCASTLE-UPON-TYNE,
bargemen.
city and county of a city,
l
Newcastle is well supplied with public parks and recreation grounds. Jesmond is the chief residential suburb. Both the Northumberland and Durham banks of the river are lined with manufacturing towns or suburbs. Of these the most important is Gateshead (g.v.) immediately opposite Newcastle; while those adjacent to Newcastle are Benwell, Fenham and Walker. Newcastle is connected with Gateshead by five bridges: (1) the Old High Level bridge (1849), a toll bridge, carries L.N.E, railway with a road and footway beneath it; (2) the King Edward High Level bridge (1906), carries the L.N.E. railway only; (3) the New High Level bridge (1928), takes traffic and trams to the Great North road; (4) the Hydraulic Swing bridge (1876), the lowest bridge, takes foot and vehicular trafic; (5) the Redheugh bridge (1871), a toll bridge, takes foot and general traffic. The Scotwood Suspension bridge crosses the river outside the Gateshead boundary. The Roman bridge, the Pons Aelii, is said to have spanned the river where the hydraulic swing bridge now is. The suburban line to Jesmond, Gosforth and Benton was the frst standard line to carry passengers by electric traction (1904).
NEWCHWANG, a Chinese port city in the province of Fengtien, Manchuria (40° 41’ N.; 122° 15’ E.), some 30 miles above the mouth of the Liao river which enters the Gulf of Liao Tung. At the Treaty of Tientsin (1858), Newchwang was chosen as one of the ports to be opened to foreign trade, but it was Ying-
tze (or Yinkow) near the mouth of the Liao river which actually became the centre of foreign settlements and was opened to trade in 1864. In recent years there has been a tendency to designate | the port correctly as Yinkow, but Newchwang remains the official name of the Treaty port. The town was in 1895 occupied by and later ceded to Japan, only to be retroceded to China under foreign pressure. During the Russo-Japanese War, it was first in Russian and later in Japanese hands, but was finally restored to China at the end of the war.
The outlet of the Liao River is obstructed
by a bar and the port is closed by ice for three or four winter months. It has railway connection with Peking and with the main Mukden-Dairen line of the South Manchuria Railway by means of a short branch. Until 1907 Newchwang was the only Treaty port of Manchuria and it shared in the rising prosperity of South Manchuria; but in more recent years its development has been
Industries.—Newcastle owed its prosperity to its situation on checked owing to the remarkable rise of Dairen, the southern a tidal river, and to its immense stores of coal, which, besides terminus of the South Manchuria Railway. being exported, stimulated many industries. The quay in front | The trade of Newchwang in 1926 was: net foreign imports, of the town forms a thoroughfare about a mile long, and by 19,324,000 Hk. Taels; net Chinese imports, 32,296,443 Hk. Taels; dredging a depth of water has been obtained permitting vessels exports, 26,967,606 Hk. Taels; total 78,588,049 Hk. Taels. The chief imports are foreign cotton piece goods, cotton yarn, əf large tonnage to approach, although the berths of the ocean steamers are farther down ‘he river. There is a large grain ware- native cottons, aniline dyes; exports mainly beans, ‘bean-oil, bean-
NEWCOMB cake, maize, cotton-seed and coal.
Until 1908 Newchwang was
the centre of the bean-oil and bean-cake industry of Manchuria and of the export trade in these and other Manchurian products, but it has since been supplanted by Dairen. It has still, however, a large number of Chinese mills manufacturing bean cake, which
is mainly exported to South China, and bean oil for the Shanghai
market. The product of the cotton-weaving industry of Newchwang is very cheap and durable and exceptionally popular among
the peasants of South Manchuria.
There are a large number of
cotton-cloth weaving factories, some
of which employ electric
power, as well as many hosiery, ribbon and towel factories.
Other industries include match-making, soap-works, glass-ware, knitting-needle factories, brick and dye-works. The sea-fisheries of the neighbourhood are very important and employ about 3,000 fishermen and 550 boats; the annual yield of fishery products
being worth more than half a million yen. The Chinese population
of Newchwang is 65,000 (1926) and there are also some 2,300
Japanese in the Japanese Concession. NEWCOMB, SIMON (1835-1909), American astronomer, was born in Wallace, Nova Scotia, on March 12, 1835. He
became a resident of the United States in 1853, and graduated at the Lawrence scientific school of Harvard university in 1858. He was an assistant in the American Nautical Almanac office 1857-61. In 1861 he became professor of mathematics in the United States navy, and was assigned to duty at the United States Naval Observatory. For more than ten years he worked with the various meridian instruments, and when the 26in. equatorial was erected in 1873 he was put in charge of that instrument. In 1877 he was assigned to duty in charge of the American Nautical Almanac office, a post which he held until March 1897. In 1884 he became professor of mathematics and astronomy at the Johns Hopkins university, continuing, however, to reside at Washington. He was also editor of the American Journal of _ Mathematics for many years. In view of the wide extent and importance of his labours, the variety of subjects of which he treats, and the unity of purpose which guided him throughout, Simon Newcomb must be considered one of the most distinguished astronomers of his time. A study of his works reveals an unusual combination of skill and originality in the mathematical treatment of many of the most difficult problems of astronomy, an unfailing patience and sagacity in dealing with immense masses of numerical results, and a talent for observation of the highest order. On taking charge of the Nautical Almanac office, he became very strongly impressed with the diversity existing in the values of the elements and constants of astronomy adopted by different astronomers, and the injurious effect which it exercised on the precision and symmetry of much astronomical work. Accordingly he resolved to “devote all the force which he could spare
to the work of deriving improved values of the fundamental elements and embodying them in new tables of the celestial motions.” The formation of the tables of a planet has been described by Cayley as “the culminating achievement of astronomy,” but the gigantic task which Newcomb laid out for himself, and which he carried on for more than 20 years, was the building up, on an absolutely homogeneous basis, of the theory and tables of the whole planetary system. The results of these investigations have, for the most part, appeared in the Astronomical Papers of the American Ephemeris, and have been more or less completely adopted for use in the nautical almanacs of all countries. A valuable summary of a considerable part of this work was
published in 1895, as The Elements of the Four Inner Planets and the Fundamental Constants of Astronomy. In 1866 Newcomb had published an important memoir on the orbit of Neptune,
which was followed in 1873 by a similar investigation of the orbit of Uranus (Smithsonian Contributions to Knowledge, vols. xv. and xix ). About 25 years later new tables of these planets were issued by him (Astronomical Papers of the American Ephemeris, vol. vii., pts. 3 and 4) based on unpublished investigations in which the elements were determined from the best available observations up to that time. In the meantime the theory of Jupiter and Saturn had been thoroughly worked out by G. W.
Hill, Newcomb’s distinguished collaborator in the Nautical Al-
283
manac office, and thus was completed one important section of the work projected by Newcomb in 1877. NOTABLE
ACHIEVEMENTS
Among Newcomb’s most notable achievements are his researches in connection with the theory of the moon’s motion. His first work on this abstruse subject, entitled Théorie des perturbations de la lune, gui sont dues á Vaction des planètes, is remarkable for the boldness of its conception, and constitutes an important addition to celestial dynamics. For some years after the
publication of Hansen’s tables of the moon in 1857 it was generally believed that the theory of that body was at last complete, and that its motion could be predicted as accurately as that of the other heavenly bodies. Newcomb showed that this belief was unfounded, and that as a matter of fact the moon was falling
rapidly behind the tabular positions. With the view of examining this question, he undertook the reduction of every observation made before 1750 which appeared to be worthy of confidence. The results of this work were published in 1878. The discussion of the observations made after 1750 was interrupted by his work on the planetary tables carried on during his connection with the Nautical Almanac office. After his retirement from active service in the navy he was enabled, due to a grant from the Carnegie Institution of Washington, to secure the necessary assistance from 1903 to 1909 to bring to completion the work of his great programme on the motion of the moon. This was finished less than a month before his death. The observations used in his work covered an extreme range in time of about 2,600 years and seemed, as he himself said, “to prove beyond serious doubt the actuality of the large unexplained fluctuations in the moon’s mean motion.” On taking charge of the 26in. equatorial at the United States Naval Observatory, Newcomb devoted it almost exclusively for the.first two years to observations of the satellites of Uranus and Neptune. The results of these skilfully conducted observations were published in a memoir on The Uranian and .Neptunian Systems. As early as 1860 Newcomb communicated an important memoir to the American Academy, On the Secular Variations and Mutual Relation of the Orbits of the Asteroids, in which he discussed the two principal hypotheses to account for the origin of these bodies—one, that they are the shattered fragments of a single planet (Olbers’s hypothesis), the other, that they have been formed by the breaking up of a revolving ring of nebulous matter. In the Astronomical Papers of the American Ephemeris will be found a large number of contributions from Newcomb’s pen on some fundamental and most important questions of astronomy. Among these are papers on The Recurrence of Solar Eclipses, A Transformation of Hansen’s Lunar Theory, Development of the Perturbative Function and its Derivatives. His memoir On the Motion of Hyperion, a New Case in Celestial Mechanics, is in some respects one of his most original researches. He discussed the transits of Venus of 1761 and 1769, and those of Mercury from 1677 to 1881. At the international conference, which met at Paris in 1896 for the purpose of elaborating a common system of constants and fundamental stars to be employed in the various national ephemerides, Newcomb took a leading part, and at its suggestion undertook the task of determining a definite value of the constant of precession, and of compiling a new catalogue of standard stars. The results of these investigations were published in 1899, and were in general use for a quarter of a century. In the intervals of these immense labours, on which his reputation as an astronomer rests, he found leisure for works
of a lighter character; e.g., his Popular Astronomy (1878), his Astronomy for Schools and Colleges (1880), written in conjunction with E. S. Holden, and Astronomy for Everybody (1903). After his retirement from official life he published an excellent popular treatise on The Stars (rg0r). Several of these books have been translated into one or more of seven different foreign languages. A more recondite work is his Compendium of Spherical Astronomy (1906). He also wrote on questions of finance and economics, as well as in the field of fiction.
284
NEWCOMEN—NEW
He received honorary degrees from ten European and seven American universities. He was a member of 4s foreign societies. Fle was awarded the gold medal of the Royal Astronomical Society in 1874, the Huyghens gold medal of the Holland Society of Science in 1878, the Copley medal of the Royal Society in 1890, the Bruce gold medal of the Astronomical Society of the Pacific in 1897, the Schubert prize of the Imperial Academy of Sciences, St. Petersburg, in 1897, and the Sylvester prize of Johns Hopkins university in t901. He died at Washington on July 11, Igog, and was given a military funeral befitting his rank as a rear admiral in the United States Navy. An autobiography, Reminiscences of an Astronomer, appeared in 1903; and a bibliography of his life and works containing 541 titles, is given by R. C. Archibald in Memoirs of the National Academy of Sciences, xvii., “First Memoir,” pp. 19-69. This
also contains, pp. 1-18, “Biographical Memoir” by W. W. Campbell. (W. S. E.) NEWCOMEN, THOMAS (1663-1729), English engineer,
one of the inventors of the steam-engine, was born at Dartmouth. While employed as ironmonger in his native town, he corresponded with Robert Hooke about the possibility of obtaining motive power by exhausting the air from a cylinder provided with a piston, Denis Papin and the marquis of Worcester having already made investigations on this subject. In 1698 he entered into partnership with Thomas Savery (c. 1650-1715), who had patented a method for raising water from mines. Newcomen’s improvements on Savery’s invention were so successful that they produced together a pumping-engine which served as a model for nearly three-quarters of a century. For a description of the “atmospheric steam-engine,” then known as a “‘fire-engine,” which they constructed in 1705, see STEAM-ENGINE. John Cawley (or Calley), was also associated with them in this invention. Newcomen died in 1729, probably in London.
.NEWDIGATE,
SIR ROGER
(1719-1806), English anti-
quary, was born on May 30, 1719. He was the sth baronet of Harefield (in Middlesex) and Arbury (in Warwickshire), and grandson of Sir Richard Newdigate, an English chief justice during the time of Richard Cromwell’s protectorate. He had an active political career, but is chiefly remembered for his collection of antiquities including marbles, casts of statues and vases. Two marble candelabra found in Hadrian’s villa at Rome he purchased for £1,800 and presented them to the Radcliffe Library at Oxford. Among his other generosities to the university were a chimney piece, for the hall of University College, and the sum of £2,000 for the removal by Flaxman of the Arundel collection of marbles to the Radcliffe Library. The “Newdigate” prize of twenty-one guineas for English verse, which is open for competition each year to the undergraduates of Oxford University, was founded by him and was first awarded in the year of his death. He died at Arbury on Nov. 23, 1806.
NEWEL, in architecture, originally the central shaft around which a spiral or semi-circular staircase winds. Now more commonly any post at the intersection of a stair with a landing, in which case it is a vertical post which receives the rail and is framed into the supporting strings or beams of the stair construction. By extension, the term is also applied to any post in the railing larger than the other posts or balusters.
NEW
ENGLAND.
That portion of the eastern coast of
North America lying between the 41st and asth degrees of North Latitude received its name of New England in 1614 from Capt. John Smith who explored those shores on behalf of the Virginia Company of English merchants. Physiographically, New England possesses great variety and also a unity derived from isolation. Such physical isolation and unity is, however, deceptive, for New England faces on three fronts. The long and deeply indented coast line from its easternmost point on the Bay of Fundy to the tip of Cape Cod, turns New England toward the maritime provinces of Canada, toward the fishing grounds of the Newfoundland banks and toward the ports of northern Europe from which it is some hundreds of miles less distant than are its rival ports in the middle States. New England’s southern shore from Cape Cod to the Hudson river
ENGLAND
invites close relations with the States to the south, that part lying west of the Connecticut river, especially falling within the area of the metropolitan influence of New York rather than any New England centre. The north-western region, on the other hand, turns its back on the rest of New England and finds its outside connection through Lake Champlain and the Richeliey river or through Lake Memphramagog with the Canadian proyince of Quebec.
The very characteristics of location, climate, topography ang
soil conditions and lack of natural products of a highly prized
ae SE=A red a
S
sort, which discouraged the exploitation of New England in the
early years of American colonial development, were admirably calculated to make it an attractive seat for political and religious refugees whose primary consideration was living conditions and freedom from external molestation. While substantial financial ` resources assured the success of the Puritan colony of the Massachusetts Bay company, the survival of the feeble and ill-supported settlement of the Pilgrims at Plymouth proved that a living could be won from the wilderness by extraordinary effort and selfdiscipline. Both examples prompted other undertakings. Roger Williams, Ann Hutchinson and Wheelwright, refugees from the strict theocratic government of Boston, with no backing from the home government, set up tiny political States at spots just beyond the boundaries set by the Crown to the jurisdiction of Massachusetts Bay Company. On the other hand, new immigrant groups enlarged by malcontents from Massachusetts established strong settlements on the southern coast and secured royal recognition as the colony of Connecticut in 1661. In four directions colonial attempts of a distinctly different type were attempted. Based on Champlain’s discovery in 1609 of the lake which bears his name, the French Government in Canada attempted to establish seigneuries on the slopes of the Green mountains bordering that lake. On the coast of Maine, Sieur de Mont in 1604 and a band of Jesuits in 1613 tried to found colonies. North of the Merrimac river Capt. John Mason received a grant from the Crown and sent settlers to the mouth of the Piscataqua (Portsmouth). His plans for an aristocratic domain modelled on the mediaeval County Palatine as well as his appointment as royal governor-general of all New England came to naught with his death in 1637. His settlers fell under the rule of the Massachusetts Bay company until created into a royal province in 1679. Further north-east another royal proprietor, Gorges, planned to colonize but failed in competition with the Puritan settlers.
His
heirs sold their claims to Massachusetts in 1674 and the region under the name of the District of Maine remained a part of Massachusetts until erected into an independent State in 1820. The New England colonies had attracted little attention from the restored Stuarts until complaints of the independent attitude of the Massachusetts authorities in the persecution and exclusion of Quakers and Anglicans and a disregard of the Navigation acts drew down the royal displeasure. James II. attempted to systematize his northern colonies by consolidating all the New England
NEW
ENGLAND
285
colonies with New York and New Jersey under a single royal! equip troops and supply ships and sailors to convey them on
governor. From an administrative point of view the scheme was sound. This new “Dominion of New England” would also have enabled the English to oppose the threatened aggressions of the French more effectively, but the methods of James’s agent, Randolph, and his governor, Andros, roused bitter opposition in New England. The cancellation of their charters the colonists regarded as a destruction of their constitutional rights. When the news of
the glorious revolution in England reached Boston, Andros was overthrown, Connecticut and Rhode Island quietly resumed their old charter governments and Massachusetts obtained at the court of the new sovereigns, William and Mary, a restoration of many
of her old rights under a new “province” charter (1691). The qualities and characteristics which have distinguished the New Englanders and the institutions which New England has given to America were developed in the colonial period. At first, the most pronounced characteristic was the capacity for co-operative action. From this sprang the public school system, the town government,
the Congregational Church organization. By the Revolution, however, the individualism which appeared sporadically in the early
years came to be general and reached its height in the political philosophy of the Adamses, in the transcendentalism of Emerson, in the educational theories of Charles William Eliot. Much has been said of the spiritual heritage of the Puritans and Pilgrims, and ideals with which they came to New England; there seems to be ample grounds for explaining the peculiar features of New
England ably the labour. markets,
life with reference to the economic situation. UnquestionNew England colonists suffered from lack of division of The nature of the soil, the lack of easily accessible the difficulty of securing a surplus of any great staple to
exchange for other necessities forced each family to provide for its own wants. This produced a people of singular ingenuity and resourcefulness but without specialized skills. It offered no premium for systematic development of agriculture or industries except the few in which New England had a natural advantage both in production and in marketing. Of these the greatest was ship-building. This industry began almost at once with Winthrop’s “Blessing of the Bay” launched on the Mystic river in 1631. On nearly every navigable stream in close proximity to the supply of timber arose small ship-yards where the neighbouring farmers, trappers or fishermen employed their time in off-seasons in turning out vessels for which they found a ready sale, because the English Navigation acts admitted colonial-built vessels to the status of English ships in the monopoly of the carrying trade of the expanding empire. As compared to the other English colonies in North America, however, New England colonies were not keeping pace either in the matter of supplying the mother country with the desired staples or in offering an outlet for population. The so-called Great Puritan Exodus of the years 1629-1640 has been shown by recent historians to have been directed more to the West Indies than to New England. The strength of New England relative to other sections of the continental colonies fell from 52% in 1650
expeditions. Of these the most noteworthy were those against Quebec and Louisburg. The obvious advantage here of joint
action brought home again the need of some form of political co-operation such as had been tried in the New England Confederation (1643). New Englanders were, therefore, interested in Franklin’s so-called “Albany Plan” of union in 1754. New England played her chief part in the Revolution during the years 1765-77 in defining the issues and in precipitating actual hostilities. Though these centred in Boston, sentiment for and against rebellion and independence was fairly evenly distributed throughout New England, the line of cleavage being one of class and occupation rather than of locality. After the British evacuated Boston on March 17, 1776, New England saw little of active hostilities, except for the part played by her militia in checking Burgoyne’s advance at Bennington, Vt., and in the struggles over the possession of Newport, R.I. Her irreconcilable temper convinced the British that attempts at conciliation or subjugation had greater chance of success elsewhere. The period of disorganization which followed the cessation of hostilities brought great suffering to many communities and certain classes in New England. The utter disruption of the old courses of commerce within the British Empire no longer supplemented by privateering and war-time trade with other countries caused a lack of specie. Every State fell a prey to a greater or less degree to the paper money craze. Rhode Island, in particular, suffered so heavily that civil war threatened. The refusal of the Massachusetts legislature to relieve the pressure of debits and taxes by stay laws and further issues of paper money, led to a rebellion under the leadership of Daniel Shays. Although the mercantile classes were convinced of the necessity of forming a stronger central government capable of securing favorable commercial treaties with foreign countries, and although New England leaders played prominent parts in the Federal Convention, the
actual ratification of the new constitution proved a difficult matter in Massachusetts and in New Hampshire and was rejected in Rhode Island until 1790. For nearly a decade after the inauguration of the new government under Washington the superior organization of the dominant commercial interests committed New England as a whole to the Federalist party, but Jefferson gradually organized the latent antiFederalist and Democratic elements until in the election of 1800
he was able to carry several representative districts.
The basis of New England’s prosperity in the Federalist period seems to lie in the application of Yankee energy and resourcefulness to the exploitation of the peculiar advantages of New England in foreign trade. Her ships, restricted in their enterprises in the older fields under control of the British Crown, turned to the Mediterranean, Pacific and Indian oceans. In 1786 Samuel Shaw established in Canton the first American mercantile house in China. In 1787 the “Grand Turk” brought to Salem the first of the many oriental cargoes which made that port famous. In 1792 Capt. Gray’s “Columbia” carried the Stars and Stripes around to 25% in 1790. The beginning of this relative decline was already the world for the first time and laid the foundations not only manifest in 1700. During the Restoration period the Puritan for the American claim to Oregon but also the very profitable emigration, dormant during the Civil War, revived slightly but trade with the north-west coast where furs were obtained which was never again the chief source of immigration to America. Of could be exchanged in China for silks and tea. Salem became for the great streams of migration of the next century, the Scotch- a time the tea market of America and Europe and the third city Irish and the Palatinate Germans, New England got but a small in the Union. The heyday of New England’s mercantile success, share as compared to the Middle or even the Southern colonies. was shared to a considerable extent by all classes. There was The New England colonies had been singularly free during their speculation in timber-lands and a rapid shift of population early years from interference by the natives on account of a into the frontier States—Maine, New Hampshire, Vermont, westsevere plague which had swept away approximately half of the ern New York and Ohio. The Napoleonic wars shattered this population just before the arrival of the first settlers. In addition prosperity. Although equipped to compensate the loss inflicted to this the authorities had been fortunate in maintaining friendly on her commerce by English and French war time restriction relations while extinguishing Indian titles to lands allotted to new through the enormous profits made in privateering and in blocktownships. The war with the Pequots (1637) was the exception. ade running, the New England shipper could not survive the The French and the Indian wars ultimately benefitted New devastating effect of the Republican embargo policy. The war England by the entire removal of the menace to expansion toward of 1812 was regarded in New England as Mr. Madison’s war, the Canadian border, but they were even more important as an forced upon him by the Warhawks of the West and was viewed as effective, though costly training of the colonists in self-government | another and convincing demonstration that the annexation of in war time. The colonial legislatures were obliged to raise and | Louisiana and the development of the Western States was ruinous
286
NEW
ENGLAND
to the interests of the old commercial States of the north-east and justified that group in seceding from a Union in which they would clearly form a hopeless minority. Convinced of the injustice done to their section, New Englanders disregarded the embargoes, carried on illicit trade with the English in Canada and West Indian ports, discouraged recruiting and subscriptions to war loans and refused to celebrate victories gained by the French over the common enemy, the British.
Providence, Lowell, Portsmouth, Worcester, Springfield, New Haven and New York. In 1850 Massachusetts ranked third to New York and Pennsylvania in railroad mileage. The humanitarian movements of the ’30s produced lively re. sponse in New England. Not only were the social problems jp. cident to concentration of population in her mill-towns provoca-
In one respect only did New England enter the war. She supplied men and ships to the navy and was especially active in fitting out privateers. A threatened secession movement in 1804 was headed off by the wiser Federalist leaders like George Cabot and Hamilton, but by 1814 the sentiment had got beyond the control of the moderates and resulted in the convention at Hartford, which demanded an amendment of the Constitution to protect New England interests. The termination of the war left this movement high and dry; it brought its sponsors—the Federalist Party and New England generally—into disrepute among the naADAS A ae A > i he FTA tionalistically-minded rising generation of statesmen from the FH e Ra. SF YAS A gt Phay wi at {0k 2 eee TUES South and West. The interference with her commerce wrought by the embargo together with the interruption of the usual flow of manufactured merchandise from England and the Continent BY COURTESY OF THE PEABODY MUSEUM, SALEM, MASSACHUSETTS caused some New England capitalists to transfer their money from NEW BEDFORD IN THE EARLY 19TH CENTURY. FROM AN ENGRAVING AFTER A PAINTING BY W. A. WALL shipping to the new textile plants which had been introduced during the last decade of the 18th century. At Beverly and Waltham tive of controversy over questions such as the length of a workin Massachusetts, at Pawtucket and Woonsocket in Rhode Island, ing day and conditions of labour, the right to strike and the assothe new spinning and weaving machines had been set up. Saved ciation of workers, but the assembling of people within easy by the war from immediate competition of English textiles these reach of such potent agencies for education and enlightenment as factories gained a start. The termination of the war saw a great schools, colleges and lyceum lectures, had a stimulating effect on importation of English goods. Faced with ruin, the mill owners the popular interest in all sorts of questions. In this soil flourof New England joined with the infant woollen manufacturers ished many new ideas—advocates of liberal movements in religion, of Pennsylvania to secure a protective tariff in 1816. As part of like William Ellery Channing, Theodore Parker and Horace Busha general burst of nationalism the policy of protection and crea- nell, crusaders for temperance like Neil Dow, who in Maine setion of a home market as advocated in Hamilton’s famous report cured the first prohibition law in the United States, or for on manufactures was adopted. Increased rates were sought after abolition of slavery like Wiliam Lloyd Garrison, for public the depression of 1819 and by 1824 New England politicians of all high schools like Horace Mann; the Concord group—Ralph Waldo en
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parties were faced by the presence of a new sectional issue. Manu-
Emerson,
facturing as a New England occupation grew steadily through the next generation bringing with it the social, economic and political problems of concentration of population and constant demand for cheap labour and widening markets. In the same period, 1816—5o0, the rapid expansion of the agricultural regions of the South and West brought into the eastern markets the cheaper cotton as well as the cheaper food-stuffs. The former stimulated more textile activity—-the latter drove the less well-situated farmers to abandon their farms. Several of the shibboleths, such as “Manifest Destiny” which swept the national Government in the first half of the 19th century left New England cold. Her own frontier, the northern and eastern regions of New Hampshire, Vermont and Maine were losing that character. The northern boundary, long subject to dispute even to the extent of an armed clash known as the Aroostook war of 1838, was finally determined by the Webster-Ashburton treaty in 1842. While hostile to Western expansion, and to the policy of cheap public iands which went with it, New England had contributed mightily to people the new areas. Miss Lois K. Mathews’s Expansion of New England admirably relates the direction, quantity and peculiar quality of the migration from the New England States. Through this transplantation of her population to the new States of the old North-west and later to Iowa, Kansas and Oregon, New England continued to exert the peculiar influence of her Puritan traditions. In the great problem which confronted the inhabitants of the great areas of the Mississippi valley and the Western plains—transportation—New England took little interest until railroad building came into the class of capitalistic enterprises. Her location excluded her from the competition in canal, highway and railroad building which engrossed the attention of Virginia, Maryland, Pennsylvania and New York. Yet New England had locally been a pioneer in railroad experimentation. One of the first railroads in America was built in £1826 to carry granite blocks from the Quincy quarries to tide water. In the ’40s short lines were built connecting Boston with
Fuller gave New England an international reputation for “‘transcendental philosophy’ —and with Longfellow, Holmes and Lowell made this section the literary centre of America. The colleges and the academies that had survived the Revolution largely as sectarian institutions or theological schools now took on more liberal aims and methods and sent their graduates all over the country. At Litchfield, Conn., the first real law school in America flourished, under the guidance of Chancellor Kent, and produced such men as Jobn C. Calhoun. Harvard college, where the triumph of liberalism over the more orthodox Puritan Party in Boston in the early 18th century had led to the founding of Yale by conservatives, carried its liberalism still further and in the roth century, under the guidance of Unitarians, borrowed largely from the German universities, gradually widened its curriculum on an elective basis, developed graduate schools of law, medicine, arts and science. In Providence the Baptists had founded Brown; at Middletown, Conn., the Methodists established Wesleyan; in the Connecticut valley arose Amherst; in the Berkshires Williams college, and in Maine appeared Bowdoin, Bates, and Colby. In Vermont a State university was established through the benevolence of Ira Allen.
Henry
D. Thoreau,
Bronson
Alcott
and Margaret
The position of New England in the Civil War accords with the
double character of that struggle—the abolition of slavery and the preservation of the Union. The same men who gave their lives for the latter issue had heaped abuse upon the men like Garrison who had agitated for 20 years in favour of the former issue. On the other hand, Wendell Phillips had denounced the clergy and the Cotton Whigs for their willingness to compromise with the slave owners, and a great convention at Worcester advocated New England’s secession from a Union which required its members to enforce the Fugitive Slave law and to recognize slaveholders’ property rights in human flesh. Once war began, New Englanders supported the Administration steadfastly although the persistent demands of Charles Sumner and other abolitionists for immediate emancipation frequently caused embarrassment to
NEW
FOREST—NEWFOUNDLAND
President Lincoln. During the Reconstruction period New England remained consistently Republican.
237
between the Solent, Southampton Water and the river Avon. The Crown has the right to keep enclosed and planted 16,000 acres. Pop. of rural district (1931) 24.278. The New Forest is one of the five forests mentioned in Domesday. It was a hunting-ground of the West Saxon kings, but derives its name from the afforestation schemes carried out by William I.
New England commerce suffered severely during the Civil War. The whaling fleet, once the pride of New Bedford and Nantucket, was broken up by Confederate raiders and its monopoly of the ilJuminating oil market was destroyed by introduction of kerosene oil, gas and electricity. By the change from wooden to iron, and in 1079. One of the chief sources of the wealth of the forest then to steel ships, and by the rising costs of operation under in early times was the herds of pigs fed there. The New Forest the American flag, all the natural advantages in the construction being under the forest laws, was affected by the forest clauses of and operation of ships which New England formerly possessed, Magna Carta and by the Forest Charter (1217), which mitigated were lost. their severity. The chief officer was the justice in eyre who held Again as in 1812, New England’s answer has been to shift her the justice seat, the highest forest court. The lower courts were capital from shipping to manufacturing. Again as in the ’30s and the Swainmote and Wodemote, the former of which is still held, ‘gos she succeeded, but toward the close of the century was faced in a modified form, in the Verderers’ Hall of the King’s House with competition from new centres in the South and West, equally at Lyndhurst. The circuit of the justices in eyre, or their deputies, well equipped with power sites, with capital and within easier continued down to 1635; they were virtually ended by the Act for the Limitation of Forests (1640), though Charles II. attempted reach of the source of raw products and of the markets. New England is now a highly industrialized section, yet she to revive them, and they were not legally abolished until 1817. retains a good deal of the diversification of occupation which gave The lower officers of the forest, who held merely local appointthe Yankee his reputation for being a jack-of-all-trades and has ments, were the verderers, the regarders, the foresters, the woodproduced many inventors. wards and the agisters. There was also a lord warden, who was Apart from the decline in her relative position in commerce, the usually a nobleman and performed no judicial functions. The ‘chief respect in which New England has altered in comparison Deer Removal Act (1851) resulted in the almost total extinction with other sections of the Union has been in the character of her of the forest deer. Under the act of 1877 the forest is adminpopulation. Far from being the most homogeneous section of the istered as a national park. About one-fourth of the area is under cultivation by private owners and tenants, and the remainder colonies, New England has become one of the most cosmopolitan areas. The development of industries on a factory basis was ef- is open woodland, bog and heath. The principal village within fected by drawing the “native” New England stock from farms to the forest is Lyndhurst (pop. [1921], 2,562), with the verderers’ factories without reliance on the recent immigrants. It was not court, in charge of the Crown portion of the forest. On the till after 1830 that the number of non-English immigrants began western outskirts lies the town of Ringwood (g.v.). Beaulieu vilseriously to affect her political or social structure. The great im- lage on the estuary of the Beaulieu river, has ruins of Beaulieu migration of Irish after the famine in the ’40s produced in the Abbey, founded by King John for Cistercians. The gatehouse is neighbourhood of Boston some serious disturbances, and New restored as a residence, and the Early English refectory as a England shared the anti-foreign sentiment which took political church. There are considerable remains of the cloisters, chapter shape in the Know-Nothing party. The immigration of large house and domestic buildings. groups of other nationalities and religions between 1890 and 1914 NEWFOUNDLAND. Newfoundland is said to be the tenth altered the situation rapidly. Although the number of native-born largest island in the world, forming a separate country. It is oneof English ancestry still forms a minority in New England as a sixth larger than Ireland, one-fifth smaller than England. It is whole, and is almost negligible in the industrial centres, the blocs approximately 317 m. in its widest place, and 317 m. long from of foreign-born or those of non-English ancestry tend largely to north to south. Its area is 42,734 sq.m. Pop. (1925) 258,425. offset each other for political and social or economic purposes. Of It is a country of great potential wealth. the “foreigners” the Irish Catholics took the most active part in Material wealth has been more easily and rapidly accumulated politics. Except for a short period in 1912 during strikes in the farther west, and the current of immigration from Europe has textile, centres, the influence of radical leaders has been slight hurried past her shores only staying to profit by her more easily among the working classes. Trade unionism existing in most in- gathered raw products. New methods of using the resources of dustries is generally directed in conformity to the conservative nature, new methods of controlling her powers, new methods of policy of the American Federation of Labor. That there has been transportation and communication are beginning already to turn no general attack on the principles of capitalism is due to the fact new attention to this oldest colony of the greatest empire in the that the New England States have been leaders in legislation fa- world. Position.—Newfoundland lies more to the south than England, vourable to labour as respects conditions and hours of work. New England won the name of the Switzerland of America be- and her position at the gateway of the St. Lawrence has given her cause of the independent spirit of her people in the colonial and a strategic position that is alone sufficient to raise her to a position revolutionary periods. She has kept the title in virtue of her of first importance to the federated nations of the British Empire, natural scenery, stimulating climate and the wisdom of her people while the fact that her capital lies almost exactly half-way bein conserving her natural attractions for a vacation resort and tween New York and London made her the link that enabled the playground. No other of the old sections of the Union has set aside two great English-speaking countries to be first united together so many beautiful areas for parks or reservations. The White by the message-carrying transatlantic cables, decades before it mountains of New Hampshire, the Green mountains of Vermont, would have been possible in any other way. Nor as a pioneer in the lake regions and rugged coast of Maine, the wooded Berkshire uniting the two countries through the conquest of the air has hills and sandy stretches of Cape Cod have become nationally Newfoundland played a mean part. Newfoundland is part of the American continent, broken off. famous. They attract a visiting population of summer residents, tourists and children’s summer camp colonies which doubles the Her southern point, Cape Race, lies as far south as 46° 39° N. normal population of many regions during every summer. Of late in the latitude of Bordeaux, France, and her northern point, Cape years a similar movement to enjoy winter sports in the northern Norman, is in 51° 38’ N., the same as that of Brighton on the States has been inaugurated. From colonial days down to the English south coast, while she falls in longitude between 52° present, a constant emigration of New England born or trained 36’ W., and 59° 30’ W. She is separated on the north from leaders in literature, art, science and engineering has extended Labrador by the Strait of Belle Isle, fifty miles long, which ranges her influence in the nation out of all proportion to her population from nine miles wide at its narrowest place at the western end to or her area or to the capitalization of the industries situated within forty miles wide at its eastern entrance. This is a shallow, mostly sandy bottomed strait, through which the ocean current, coming her borders. (P. P.C.) NEW FOREST, one of the few woodland regions left in from the Polar sea runs into the Gulf of St. Lawrence, and through England, covering 92,365 acres in the south-west of Hampshire, which the great river of Canada, as it now is called, partly dis~
288 charges her waters
NEWFOUNDLAND (the rest flowing through Cabot Strait, a
piece of water ninety miles wide at its narrowest place, between Cape Breton on the Canadian side, and Port au Basques, opposite
it in Newfoundland). Belle Isle, or the Isle of Demons, lies in the centre of the eastern entrance. Its lofty cliffs are well lighted at both ends by fine lighthouses, and it is one of the best cod fishing stations in the world. Minerals.—The story of mines in Newfoundland is very different in 1928 from what it was in 1925. Then, excluding the great Wabana iron deposit at Belle Isle in Conception Bay, minerals gave little return to the country. In 1928, with the lead, zinc and copper of Buchan’s mine on the Exploits, and the Red Indian Lake deposit, the new day had dawned. The huge deposit of titaniferous magnetite at St. George’s, called Steel Mountain, the widely distributed deposits of copper in Notre Dame Bay, now that low grade ores can be so much more profitably worked, the silver lead zinc area of Placentia Bay, especially the La Manche lead mine, the vast deposits of coal in St. George’s neighbourhood, all promise a real future in this third line of native wealth. As a copper producing country, experts say that the future is absolutely assured. Gypsum for cement, fine slate, oil shale, and the annual output of oil on the north-west coast, need further work, but again the experts estimate them as a potential of great value.
The final settlement of the “Labrador Question” by the Privy Council in 1927 entirely in favour of Newfoundland, has given the Colony an area twice as large as her own, with waterfalls that are, for potential power, now unequalled in the world, and all the timber, minerals, fisheries and wealth of one hundred thousand square miles of virgin territory. Its value to her is estimated at anywhere between $300,000,000 and $500,000,000 on a conservative estimate. Yet a few years ago, she offered the whole of it to Canada for $30,000,000, and the offer was declined. Physical Character.—The coast of Newfoundland is rugged and rocky, and deep water runs right up to the cliffs. These rise high and perpendicular in most places, but beautiful bays intersect this outer face, and wind away mile after mile, in many cases
among numerous islands, giving a coast line of over four thousand miles. Conception Bay, Trinity Bay, Bonavista Bay, St. Mary’s Bay, Placentia Bay, Green Bay, White Bay, and Bay of Islands are the chief large inlets, and through them find outlet to the sea beautiful winding rivers of which the Gander, the Humber, and the Exploits are the largest, the latter being a mile across at its mouth. There are innumerable lakes, some many miles in length, Grand Lake and Red Indian Lake being among the largest, with areas of one hundred and ninety-two square miles, and sixty-four square miles respectively. The bottom of Grand Lake is three hundred feet below sea level. One-third of the surface of the Island is said to be water-covered. These lakes fill the deep gulches between rocky mountains, are very deep and mostly well stocked with trout. The highest and most beautiful mountains are on the north-west coast. They extend north from Cape Ray about 200 m,, and rise to over 2,200 ft.; as they rise almost directly from the water line they have a very impressive effect on the passer-by. The “tundra” nature of the land near the Coast affords excellent pasture for caribou. The half dozen moose imported by the Government have multiplied steadily. Climate.—The total annual rainfall of Newfoundland is not large. Its sunshine is above the average. The heavy fogs, even of the south, seldom surmount the immediate ramparts of her shore line, while farther north, as the Gulf Current gets farther and farther from the land, except in the Straits of Belle Isle, where the warmer waters of the Gulf of St. Lawrence meet the cold incoming tides from the Polar Current, the fogs, so far as navigation goes, are not a more serious factor than elsewhere. The climate is somewhat that of England, except that it is colder, and possibly a little damper, except in the North, where the narrow peninsula is completely sub-Arctic, being steeped on both sides in the Arctic waters. Population.—Of the original inhabitants, a sturdy, brown
race of peaceful and clever little people, called Beothucks, perhaps the less said, the better. They were wilfully destroyed, being hunted down like wild animals.
Newfoundlanders are open air men. They do not take kindly to mining, or even to the lumber woods. On the other hand, they
are born mechanics, and as carpenters, builders, plumbers, paint.
ers and skilled workmen of all kinds, they are greatly in demanq—
so much so that it is truly said that there are more Newfound. landers in Boston today where a “Newfoundland Gazette” is regu-
larly published for their benefit than there are in St. John’s Once, however, her mineral wealth is seriously tapped, and her pulp and other potentials scientifically exploited and conserved, the population will probably increase. The population of St. John’s, like many other things, js recorded only according to religious affiliation, and there are saiq to be, in 1927:—8,374 Church of England, 7,623 Methodists, 980 Salvationists, 1,047 Presbyterians, 348 Congregationalists, 326 other denominations; that is, 18,698 Protestants, and 17,746 Roman Catholics, almost entirely of Irish extraction. In the whole Colony:—The church of England numbers 84,66s, Methodists 74,205, Salvationists 13,023, Presbyterians 1,876, Congregationalists 1,018, Other Denominations 1,670. Total Protes-
tants 176,457. Roman Catholics 86,576.
There is an archbishop
of the Roman Catholic Church, and two bishops, and one bishop of the Anglican Church.
Education.—The people of Newfoundland are of English stock largely from England’s western seaports, while mixed with these are the inevitable Scots, and not a few Irish. Only a few French remain. Comparatively, they are a poor people, and at times in outposts there is considerable shortage of the necessities of life, as the deficiency diseases only too forcibly testify, and even still there is, in the outposts, a great deal of illiteracy. For if the political system can be classed as successful, the denominational system of education has little, if anything, to recommend it, so far as results go, and overlapping sectarian schools paid for by the Government are one of the greatest handicaps of the Colony. One or two interdenominational schools have been founded by outsiders, under Government permission. In the capital itself, good schools exist, but Newfoundland has no wniversity of its own, and its students still go to England, Canada, or the United States for degrees and for higher education. Economics.—Almost of necessity the Newfoundland fisheries have been carried on a credit basis, since the time when the lower hands on the vessels were treated little better than serfs. But the credit system here has been exceptional in that in so many cases very little money was paid. This led to a peonage system in which the poorer people lived on what supplies their particular merchant cared to give them, and many, even fathers of families, never owned money. On the other hand, merchant and planter (i.e., fisherman with an outfit) in a sense stood together, and as long as the industry repaid generously both capital and labour, there was no lack for either of plenty or happiness. Trouble began when fish became scarce, when prices dropped, and when capital claimed all repayment first, and failed to recognize that labour also was the equivalent of money invested. Thus, in bad seasons, labour always accumulated debts, and no wages being credited for the outlay of all his time, the fishermen often lived and died in debt, and even handed his “red letter” debts on to his children, so much so that a law had to be passed that debts contracted at the cod fishery to one supplier might not be charged by another against any credits he might establish on account of the seal fishery. Of late years, cash has been regularly paid for balances due, and a truck act is in force. To understand the peculiar conditions of the social life of the fishermen of the island, these facts have to be understood. It was in an honest endeavour to remedy the conditions that about 1900 the Fishermen’s Protective Union was formed, becoming a co-operative, productive, and distributive society. The members flew their own flags, created a new centre for the collection and sale of the proceeds of their voyages in a new harbour away alto-
gether from the capital, and all around the island, in the outposts
where fishermen lived, they established the Fishermen’s Union Cash Co-operative stores. The idea spread like wild fire, and if possible to carry it out efficiently, the system is unquestionably ideal, for it really offers the men, whose hard work and dangerous
calling produce the wealth, at least a major part of the resulting
NEWFOUNDLAND profits. At first it went splendidly, though against great opposition, for it, like every reform, tended to upset all the conventions of commerce as well as all the traditions of this particular
289
ties that could be washed out, smoked, and sold chiefly for hors d’oeuvres. In 1926, however, largely due to the enterprise of the Hudson’s Bay Company, fresh salmon was satisfactorily put on trade. It had no revolutionary side, it sought peace, not war, in the London market, in such excellent condition that a company business. But it could only get human agents, and many of them of expert tasters gathered in London for a sample testing at the were not equipped fully for their responsibilities. Politics, alas, greatest fish restaurant in the world, were unable to distinguish were also allowed to enter, and played no small part when troubles it from fish just taken from the rivers. This industry is just bebegan. Though the humble founder was honoured by the King, at ginning, and so far the capacity of the Newfoundland salmon the request of the Newfoundland Government, with a knighthood, fishery has only been touched. With its long coast line, and its and became the Minister of Fisheries, the success that was merited innumerable rivers, there is no reason why, if the breeding rivers and anticipated for this most interesting venture has been disap- are themselves adequately protected, the fresh salmon trade of pointing, though this Union still functions and has many firm and Newfoundland should not compete even with British Columbia in loyal friends; but the bulk of fishermen do not have the same value, for the coast is so close to Montreal, New York, and Lonactive connection with it as before. don, as to throw their large trade almost wholly into her hands. Fishing.—Newfoundland has exported on an average fifteen New methods of collecting, catching and preserving, are all the million quintals or seventy thousand tons of dried codfish every while improving, and there are no salmon in the sea like the crisp year at a value of about $6,000,000 reaching even $12,000,000. fat fish of the Labrador current, all of which are caught in salt This is only one-third the weight of fish when first caught before water in gill nets, before they enter the rivers, where they would be being split and dried. There are three fisheries, the Grand Banks, knocked about, and where they do not feed. In 1920, pickled the “Shore” or home coast, and the Labrador. The banks are prob- salmon fetched $85,563. In 1926, it fetched $130,825, while fresh ably the top of an old submerged mountain range, three hundred salmon fetched in 1926, $144,896. miles long, running south-east towards the centre of the Atlantic The seal fishery varies in value, but already shows that these Ocean, over which 80 up to 100 fathoms of water washes. They mammals, which have only one young per year, are unable to are covered with sand and fine mud, and the two currents that meet stand against the modern inventions used to destroy them when over them bring endless small diatoms and algae, on which are fat- they are helpless at the time of motherhood. The mothers bring tening endless invertebrates of the crustacean and mollusc types, forth their young at the end of February or early part of March that in turn fatten the hosts of codfish that resort there. The cod on the level floe ice, called ‘‘whelping ice,” that comes south along swim in to the coast from the deeper water in May and June, the east and west coasts of the Colony. They are there attacked heralded by sardine-like fish called caplin, which, in enormous by large ice-protected steamers, with wireless communications hordes, land on the actual sandy beaches to spawn. with the land, and with one another, with airplane service to The number of fishermen varies, but approximately one-fifth direct the vessels where possible, and with modern repeating of the population now engage in catching and curing codfish. rifles and expanding bullets. There is, moreover, every year great About 1,000 schooners are used, the numbers having fallen from loss from thousands of seals being killed, and their bodies lost over 1,500. The bankers use long lines or trawls with many hun- upon the ice pans, as it is still legal to kill many more than can dreds of hooks on each. The “Shore” and Labrador men use be taken straight to the safe storage of the ship, and they are mostly submerged nets, called traps, which cost about four hun- left floating about on the loose ice, with flags indicating the dred dollars apiece. They also use hand lines and flaxen gill nets owners, hoping that they may be picked up later. In 1927, only set on the bottom, and ordinary twine mesh nets, called “cod- nine steamers, with crews amounting to 1,634 men, pursued this nets.” Squid follow the caplin and on these also the cod feed fishery, and brought home 180,459 seals, as against 211,531 taken greedily; they make excellent bait and also are good eating. in 1926, a very large decrease on what used to be taken half a In spite of the decline of late years in the number of men and century ago. There are those who defend this fishery, especially boats employed in the Colony’s fisheries, the actual statistics are the old sealing captains and steamer owners, but the man-in-theenlightening :— street sees nothing but obliteration for the herds, like those of the hood seals of East Greenland, if this annual slaughter continues. Actual quantity of Codfish Value in caught in qil. dollars The poor settlers of the Labrador and North Newfoundland coast 1885 1,284,719 4,061,600 suffer severely from the diminution of these seals, for they depend 1905 1,196,814 3,508,614 on them for both meat and boot leather in the long winter, while 1927 1,589,841 12,057,414 the oil was to them an essential winter industry. For 1928 the The advent of the Hudson’s Bay Company in 1927 into the total value to the Colony of all the fisheries was estimated at codfish trade of Newfoundland is a very happy augury for her. $36,000,000. Another future for the abundant cod lies in the distribution of Exports of cod oil unrefined, 1921, value $4.74, 304 it in cold storage; no doubt this will be greatly developed in the Exports of cod oil unrefined, 1928, value 751,734 The new knowledge of the enormous value to the human body future. Hundreds of tons were thus sent to Europe during the war. Whales.—The whale fishery, which declined and almost disapof refined cod liver oil, has advanced its price all the world over, peared a few years ago, except for the station at Hawk’s Harbour exactly as it has that of calf’s liver. The Newfoundland cod liver oil has been repeatedly stated by the chemical biological experts of in Labrador, has practically been taken over by Norwegians. A very large factory has been opened in Gready Islands, and the the United States to be the richest in vitamines in the world. managers propose to put yet another about 200 m. further north. In r921, 45,956 gallons were exported, valuedat . - $ 79,982 The law only allows two killing steamers toa station. The average Tn 1926, 169,645 gallons were exported, valued at. . 107,244 number of whales to make such a factory pay well is two to three The lobster fishery has been necessarily closed down, owing to a day. There is a large patch of ground off the south Labrador the great depletion of that esculent crustacean, and whereas the coast, greatly frequented by sperm whales, once supposed to be export value of cases in 1921 was $304,954, In 1927 1t was nothing the doyen of the huge cetaceans. In 1927, however, orders were at all. In the ’eighties, a fine fish and lobster culture laboratory, given not to bother with sperms, but to bring in only sulphur and fish protection centre, were established at Dildo, in Trinity bottoms or blue noses, humps or finbacks. The value of sperm oil, Bay, under a Norwegian scientific expert. This introduced laws and the difficulty of getting it out of the whale made it pracProtecting lobsters, and gave out simple floating hatcheries for tically unremunerative. Finance.—The coinage is decimal. The measures and weights Saving the spawn, and replenishing the stock. But political opposition closed this soon after. are aS in England. The banks are Canadian. When the local The salmon fishery has at last begun to come to itself. The put- banks went into liquidation, the Bank of Montreal, the Royal ting up of salmon in salt or brine never made an article of food Bank of Canada, the Bank of Nova Scotia, and the Bank of Comthat was much appreciated in the market, except in limited quanti- merce at once stepped in, and have ever since rendered yeoman
5
ston
NEWFOUNDLAND
90
service. American, Canadian or Newfoundland Government notes , are all accepted in the Colony, and there is no demur or worrying 1 even over accepting silver or gold coins of all those countries in Newfoundland. The catholicity of a seafaring people happily pervades all their activities. All the Government finances, even , their savings banks’ business, is done through the great Bank of Montreal. The economic disadvantage to the country of this is apparent, where the power of every dollar is so much needed | locally. The habit of saving in actual gold by fishermen became | almost universal after failures of Newfoundland banks in 1895. | Deposits in all the banks have increased considerably. The figures are :— r
Income
1
i 2i ' j t ‘
Customs.
Posts
.
.
Telegraphs
i
l i
.
.
.
.
Crown lands . Int. revenue stamps Fines . . .
Expenditure . [7,321,512 | Int. on pub. debt
. | 354676 | Civil government . ı I70,040 | Civil pensions .
Interest on loans
4
Brooms
t
WATS
from peniten-
|
on
os
Fees of pub. institutions
Taxes and assts.
.
Estate duties.
|
Bank of Montreal Bank of Commerce
Royal Bank
.
Bank of Nova Scotia Government Savings Bank
1922
1926
$
$
6,034,863 701,760
8,158,286 990,066
3,766,933 7,676,776 1,984,542
4,079,537 |
8,664,691 2,011,262
The trade, revenue, expenditure, loans and public debt statistics, are equally illuminating :—
Liquor sales .
|
Bus. profits, tax on cars Income tax arrears Man. sales arrears Misc.
|
LN,
$
107,602 | Military pensions 48,762 | Old age pensions | 4,613 | Admins. of Justice
S$
|
. | 3,538,785
. | 546,311 89.426
.
87,155 | Legislation
Education.
.
618.835 114,425" 481,008
93,678.
914,958:
2,893 | Pub. charities .
151355752!
43,512 | Ag. and mines .
79,659;
140,183 | Marine and fish.
408,272]
350,000
458,541,
80,803 | Roads
61,364 34,391 691 115,132
| | | |
and
gets
. Customs . Posts and tel. . Elections . Audit.
bud-
|
628,220: 1,142,949 21,077" 180,327;
{20,533,458
(8,93 2,329
Trade.—Newfoundland imports much she might well produce, much land for cattle being undeveloped, and unused, and thousands more pigs might well be raised, than are at present. Duroc Jerseys and Berkshires flourish well in the North, and the pigs
Current
Imports | Exports | revenue
Current 3
|
Funded
m n= |pub. debt
1910. a gi | 3,527,126 3.354.746 |27,276,380 1917-18 | 26,892,946 | 30,153,217 | 6,540,083 | 5,369,455 | 34,489,955 1926-27 | 25,813,871 | 30,839,859 | 8,932,436 | 10,533,409 | 72,017,932
fatten well on codheads, berries, roots and offal. Coal exists in good quality and great plenty and might well be exported. Hay can be grown of perfectly satisfactory quality in unlimited quantities in return for labour. Hides should be exported instead of imported. Eggs also can be raised in abundance. It is true, bacon and eggs, and everything fed on fish foods are apt to taste fishy, but clean feeding for a while before slaughtering, and good cooking do much, and it is better to have quantity of essential food constituents than to haggle over flavours.
There are approximately five million dollars in loans and in a sinking fund, reducing the liabilities of the public debt to approximately sixty-seven and a half million dollars. This makes the pubIn 1926-27, Newfoundland imported: beef, salted, 46,879 barlic debt per caput of the population about $260, half of which was due to the World War. This is double that of any provinces of rels, valued at $851,681; butter, 612,195 1b., valued at $219,884; the Dominion of Canada. The steady borrowing of money is coal, 334,034 tons, valued at $1,745,451; flour, 368,240 barrels, easy, and still goes on, and almost every year a new loan is con- at $2,927,236; cotton, wool, silk and clothing, $3,036,192; tracted. It is, however, hoped that the new industries now devel- leather in 1924, $623,554, 1925 $492,901, 1926 $280,162; hardware in 1924, $936,517, 1925 $1,461,283, 1926 $1,014,532; mooping may make this unnecessary. Public Debt.—At the end of the nineteenth century, the public debt of the Colony was small, approximately $9,000,000, and her population about 250,000. But Newfoundland, which has been described, not altogether unjustly, as a land of a repetition of misfortunes, was suffering from a fresh series of disasters. In 1892, for the third time, the capital of the country, St. John’s, was wiped out by fire, and in 1895 all the banks in the country failed, and many people all over the island lost the savings of their lifetimes. This, capped by some bad fisheries, had greatly discouraged even the politicians in St. John’s, and overtures were made to Canada to enter the federation on condition that their public debt be taken over by the Dominion. Sir Mackenzie Bowell, however, Prime Minister of Canada at that period, with his Cabinet, decided that the price was too great, a decision which many Canadians have bitterly criticized in later years. Since that time, Newfoundland’s public debt has doubled several times, and stands in 1928, at some $67,500,000, with still only a population of 260,000. This has involved heavy taxation, and a greatly increased cost of living. Unfortunately, concurrent with this increase there has been a decrease in the value of Newfoundland’s main production, salt codfish, and consequently a gradual decline in the number of vessels and men employed. Whereas, 90% of the people were once living out of the fisheries, less than 50% now are able to do so, though the greatly increased level of living partly accounts for this. The great war undoubtedly had much to do with this, but however that may be, even with the new labour opportunities that have arisen to supplement the incomes derivable from the season of open water, the fishery no longer supports the country, and a very large number of her yeoman families have left for the United States and Canada.
The details of the revenue for the year help to an understanding of the country’s problems, and are as follows, for the current year 1927:—
lasses, in gallons, in 1924, $686,368, 1925 $572,534, 1926 $589,889;
sugar, in cwt., 1924, $135,509, 1925 $139,926, 1926 $130,752; pork, 1926, 23,990 barrels, valued at $626,876;
salt, tons, 1924 ÓI,
968, 1925 61,668, 1926 50,319; tea, 1926, 1,492,699 lb., valued at $62,811; tobacco, 1926, 675,403 lb., valued at $263,463.
In 1917 Prohibition became law in Newfoundland by 24,950 votes against 5,362, but was annulled by the Government in 1924. Since that year imports of wines and spirits were:— In 1924-25, 68,354 gallons at a cost of $123,761. In 1925-26, 102,311 gallons at a cost of $175,627. In 1926-27, 203,028 gallons at a cost of $719,903.
—a very rapid increase, but it is claimed by the anti-prohibitionists “with excellent results to both revenue and morality.” These figures do not include beer, nor is the making of home brew, which is cheaper, and in a poor country therefore still certain to be manufactured in the outports as before, any more specially guarded against. The present law prohibits a great many things which those interested in the sale of intoxicants pretend are more enforceable than prohibiting and sale, but which in practice are just as difficult, and many absolutely impossible, to carry out. The fact that there have been no convictions under any of them is suggestive. Thus, Government liquor sellers may not sell to those convicted of drunkenness, nor to habitual drunkards, nor to inmates of public institutions, nor to policemen on duty, nor to the Indians, or Eskimo, nor to any minors, nor to owners or inmates of disorderly houses.
Bottles must have a label on which the
Government endorsement is plainly marked. Those who sell liquor must not engage in other remunerative occupations. The Government sells eight brands of rum, which is the intoxicant most consumed in the Island. Its brandy is expensive, and so are its liqueurs, of which it sells twelve varieties. The law only allows each adult to purchase one bottle of intoxicating liquor per day
NEWFOUNDLAND
291
three hundred and twelve days per year. The Government may not |size for profitable pulping, with ten inches across at the lower establish a sales depot in a community without a two-thirds major- end. Ninety-seven thousand tons of paper were put out last year ity vote for it and so far not a single town or outport has asked for from Newfoundland. To pay, Corner Brook must put out one hunthis blessing. Moreover, St. Pierre and Miquelon still are on the dred and eighty thousand cords. The splendid harbour, steamers, map, and it has not yet been shown that the new law has caused hotel, machinery, and village that has been built up promise, so any change of heart in their liquor traders. The experience of the long as the forests are conserved, to be an enormous asset for Seamen’s Institute was that prohibition was much better than the finances of the country. But the great outlay proved toc
the present arrangement.
The imports and exports are as follows for 1926-27 :— Imports
De
Te
$ $ 11,635,110 | 2,087,496
en
8,553,567 | 9,429,038
| United Kingdom
| Ceylon | British West Indies . Spain
Norway
:
4,527,533 |
6,273,344
144,698
2,799,587
68,799
819,133
305,058 221,926
.
79,458
|Holland
| Germany
51,569"
France
32,424%
Greece
28,478
Belgium
;
.
‘
:
see
and a few other imports, making in all} Brazil . oe e ES China
Exports Ee
| | Canada
.
.
=
.
French West Indies . Italy . ;
Madeira Portugal
Exports in all
T 1,188,340 sa
76,117} 300
444,358
47,674
25
25,813,871 2%
Ss 2,620,813 3:734
598,038 1,346,653
114,327 2,664,398
30,830,850
*Steadily increasing. {Steadily decreasing. , *Increasing since prohibition closed.
Newfoundland’s greatest new financial developments have, however, been in the exports of paper and pulp, and the opening of new mines. For the first time in her history, the value of any other industry has equalled that of the island’s codfish—that being her export of paper:—1927, $12,057,440 codfish against $12,517,665 paper, and this latter promises to grow rapidly. The history of this is interesting. Lord Northcliffe opened the first undertaking in 1909, with far more extensive and better timbered areas than he could have obtained in Canada or America, with cheaper labour, far more favourable legislative grants to the industry, with better wood (as its black spruce has proved), and cheaper and quicker manufacturing facilities. The fir, at first difficult to use, has been also most successfully handled; it might be all used for artificial silk instead of newspaper sheets. A splendid remunerative business has been built up, which, with new adaptations such as using a southern harbour, called Heart’s Content for shipping, makes only a short storage during winter necessary for material produced, and even that, if essential, could be avoided by carrying it to St. John’s, an all-the-year-open harbour. The whole management of the business has been admirable as far as Newfoundland is concerned, and every kind of progressive method has been introduced to improve the scale of living and to carry high standards in every department at their capital at Grand Falls. The possession of two fine falls, the Grand Falls and Bishop’s Falls, has completely solved their power problems. To Sir Mayson Beeton, as well as to Lord Northcliffe, the island owes a very big debt. A larger and more ambitious paper mill has been that of the Whitworth Armstrong Company at Corner Brook, on the west coast, at the mouth of the Humber River. The amount of money invested has been variously estimated, but considerably over $50,000,000. The result has been a stupendous plant, with every modern improvement for the industry. The hydro-electric power alone of Deer Lake gives sixty-five thousand horse power. This gives employment to many thousands of men in logging in winter—an invaluable help to the summer cod fishing. The total output goes to America, chiefly, to two big newspapers. It takes forty years to grow one tree in Newfoundland of sufficient
much for the original company, and in 1927, the whole concern was handed over at a very greatly reduced cost to the Internationa! Paper Company of America. , Communications.—Except for the immediate neighbourhood of St. John’s, and the little peninsula of Avalon, roads have beer characterized chiefly by their absence, the whole of the north being treated as if it were another world. There scarcely a yard of good road exists, and progress has been proportionately retarded. In the year 1925 the government of Mr. Walter Monroe decided to borrow money for better roads, and generally to make a serious bid for the tourist traffic. The railways of Newfoundland, which are a little over 900 m. in length, and especially the 500 m. from St. John’s to the west coast, have done a great deal to foster trade and travel to Canada and the United States. Owing to the difficulty in winters of crossing the high land, over which the rails were carried, owing to the scattered nature of the small settlements, through which the line passes, and the little amount of inter-town traffic, the railway has been run at an increasing loss annually.
The line, as far as Har-
bour Grace, was finished in 1884, and to Placentia in 1888. In 1893, Mr. R. G. Reid of Montreal was granted a contract to build the rest of the road, which in 1898 was altered to a grant of the whole railway to the contractor at the end of 50 years, provided he operated it free of expense to the Colony, for that period of time. It gave him also, beyond 5,000 ac. in fee simple granted before, 2,500,000 ac. along the route. Mr. Reid was also to build and ply seven steamers for coastal service, including one for Labrador, he was to provide an electric street railway for St. John’s, pave part of the capital, and he became owner of the dock, built an electric lighting system for the city, and acquired the Government telegraph system. He was also to pay a million dollars in cash to the Government. In 1923 the Government bought out the Reid interests for $2,000,000. They also took over the railroad, and steamers and docks. They had previously taken back their own telegraphs. The line, which is only a narrow gauge one, had fallen into great disrepair, and another million and a half dollars at once had to be spent on the track, and over $600,000 on the rolling stock, ties, bridges, and the buildings. The narrow gauge, and light carriages,
have led to delays and troubles from weather and the railway has not been financially successful. Total receipts of the dock and steamship service and railways are:—in 1927, $3,009,190, and for the same period the expenditure was $3,753,087—~a deficit of $743,897. In 1924-25 Earnings were $3,371,200, Expenditure, $3,729,710, Deficit, $358,509. These figures include the returns from the freight and passenger service and traffic. Mails, Pullman cars, express, steamers, dock shop and dry dock and miscellaneous are included. The steamers and dock actually showed a small profit. The newspapers of the country are in St. John’s, the Royal Gazette, the Daily News, the Evening Telegram, the Fishermen’s Advocate, the Free Press, The Newfoundland Quarterly, and there are half a dozen other papers in various outposts. There are 21 foreign consuls in St. John’s. Good tugs and pilots offer every facility for entering the port The country now maintains over 200 lighthouses around he shores. Owing to a dangerous current in the neighbourhood of St. Mary’s Bay and Cape Race, and also to the frequent heavy; fogs that bank often in that vicinity, while icebergs reach as fa as there on the Polar Current, that region has not been inappro priately called the “Graveyard of the North Atlantic,” so man: wrecks having occurred there. It is studiously avoided by mar iners, but has, through the years, claimed many notable victim: and has been the scene of many romances and tragedies. Hote! in the Island for accommodation of tourists are slowly increasin;
292
NEWFOUNDLAND
St. John’s has a large, modern repairing dry dock, a museum, | Millais, Newfoundland and its Untrodden Ways (1907); W. T. Grentwo cathedrals, and the usual quota of public buildings, of which | fell, Labrador and the People (1909), Tales of Labrador (1916), 4 the Government House is the finest and most interesting, are also Labrador Doctor (1920) ; H. H. Pritchard, Through Trackless Labra. dor (1911); H. Aimi, “Canada and Newfoundland,” in Stanford’: in the capital. North America (1915); J. P. Howley. The Boethucks (1915); British Sport.—aAll details regarding sport can be obtained simply by |Empire Exhibition, The Fisheries of Newfoundland and The Minergl, writing to the Secretary of the Game and Island Fisheries Board | of Newfoundland (1924) ; H. A. Baker, Further Geological Survey oj at St. John’s. The rules are not burdensome, and the expense not Newfoundland (1926); D. C. Seity, Newfoundland (1927); D. J, Davies, Mineral Deposits of Newfoundland (1928) ; Royal Commission on the Colonies, Cmd. 7,898 (1914) ; Colonial Office Reports; Colonia] Office Lists; M. L. Fernald, Two Summers of Botanizing in Newfound. land, A Botanical Expedition to Newfoundland, The Contrast of the Floras in East and West Newfoundland; W. E. Cormack, A Collection of Dried Plants of Newfoundland; A. P. Coleman, The Pleistocene of
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great. Good guides, who must be licensed, can be obtained without difficulty, and often tents and canoes can be hired in the district selected. It is well, however, to make certain of this. All apparatus and outfit introduced into the country is liable to customs’ duty, and sportsmen may have to deposit at the port of entry money to the value of the duty charged, but this will be returned upon leaving the country. Any necessary supplies can always be obtained in the excellent large stores in the capital. Caribou hunting is undergoing a closed season. The willow grouse shooting is excellent, and attainable in any part of the island. The close season is Jan. r. to Sept. 20. Capercailzie and black game, both of which have been introduced, have no open season. The moose also are protected. Carrying of firearms, except to a genuine traveller, is forbidden on Sundays, and in close seasons. No license is required. Salmon or trout fishing can be obtained everywhere, the kind depending only on the size of the river. The close season is Sept. 15 to Jan. 15. Every river is preserved by the Government, and none are closed to the public. Many kinds of fur-bearing animals are indigenous. Foxes of various colours, lynx, martin, muskrat, otter, beaver, hares and rabbits, are numerous. Postal Service.—The Colony issues its own stamps of many denominations. They are beautifully and variously engraved, and are frequently changed, with some advantage to the revenue. It costs three cents to the United States, Canada, or in the Colony, whereas postage from the United States to Newfoundland is only two cents. Parcels up to 22 Ib. weight are accepted from England by post, and up to 11 lb. from Canada and the United States. The Government owns 5,000 m. of telegraph lines all round the country, and 2,000 m. of telephone wires, besides a string of wireless telegraph stations as far North as Makkovik islands in North Labrador. The British news despatch from Rugby, England is picked up daily, and published. During the summer months, mails are carried largely by steamers to the North, and in winter from Bay of Islands North around the bottom of White Bay, including Labrador, the mails are carried by couriers and dog sledges. The Furness-Withy steamers from Halifax to Liverpool call at St. John’s, completing the voyage from St. John’s in six days. The Red Cross steamers from New York take five days. BrsriocrapHy.—P. Tuegue, Newfoundland Almanac (1849); A. Murray and J. P. Howley, Geological Survey of Newfoundland (1881) ; J. Hatton and M. Harvey, History of Newfoundland (1883); D. W. Prowse, History of Newfoundland (2nd, ed., 1897); Lord Birkenhead, Tke Story of Newfoundland (1901); D. Wallace, Tke
Lure
of Labrador
(1905),
The Long Labrador
Trail
HISTORY DISCOVERY AND COLONIZATION Newfoundland, commonly termed the “senior colony” of Great Britain, antedates in discovery (though not in continuous settlement) any other British over-sea dominion. John Cabot, sailing
from Bristol in 1497, appears to have made landfall at Bonavista and claimed the whole country for Henry VII. Three years later Gaspar Corte-Real, ranging the North American coasts, discovered and named Conception bay and Portugal cove, and was appointed Portuguese governor of Terra Nova. The long series of annual trans-Atlantic expeditions followed upon the voyages of Cabot and Corte-Real, and their reports in England, Portugal and France concerning the multitude of fish in Newfoundland. The belief that English fishermen did not avail themselves to any extent of these advantages until the middle of the 16th century is now shown to be erroneous. In 1527 the little Devon fishing ships were unable to carry home their large catch, so “sack ships” (large merchant vessels) were employed to carry the salt cod to Spain and Portugal. An act of 1541 classes the Newfoundland trade with the Irish, Shetland and Iceland fisheries. Hakluyt, writing in 1578, mentions that the number of vessels employed in the fishery was 400, of which only one-quarter were English, the rest being French and Spanish Basque. But in the same year, according to Anthony Parkhurst, “the English are commonly lords of the harbours where they fish and use all help in fishing if need require.” Shortly thereafter England awoke to the importance of Cabot’s great discovery, and an attempt was made to plant a colony on the shores of the island.
CLIFFS
AT
THE
HARBOUR
ENTRANCE
OF
ST.
JOHN'S
Sir Humphry Gilbert, provided with letters patent from Queen Elizabeth, landed in St. John’s in Aug. 1583, and formally took possession of the country in the queen’s name. The first attempt at colonizing was frustrated by the loss of Gilbert soon afterwards at sea. In 1610 James I. granted a patent to John Guy, an enterprising Bristol merchant, for a “plantation” in Newfoundland; but no marked success attended his efforts to found settlements. In 1615 Captain Richard Whitbourne of Exmouth in Devon was despatched to Newfoundland by the British admiralty to
(1907); F. J. |establish order and correct abuses which had grown up among
NEWFOUNDLAND the fishermen. On his return in 1622 he wrote a “Discourse and Discovery of Newfoundland Trade” which King James, by an order in council, caused to be distributed among the parishes
of the kingdom “for the encouragement of adventures unto plan-
ration there.” A year after the departure of Whitbourne, Sir George Calvert, afterwards the first Lord Baltimore, obtained a
patent conveying to him the lordship of the whole southern peninsula of Newfoundland, and the right of fishing in the surrounding
waters. He planted a colony at Ferryland, 4om. north of Cape Race, where he built a handsome mansion and resided with his
family for many years. The French so harassed his settlement by incessant attacks that he at length abandoned it. In 1650, or about a century and a half after its discovery, Newfoundland
contained
only 350 families, or less than 2,000
individuals, distributed in fifteen smalk settlements, chiefly along the eastern shore. These constituted the resident ‘population; but in addition there was a floating population of several thousands who frequented the shores during the summer for the sake of
the fisheries, which had now attained very large dimensions. So early as 1626, 150 vessels were annually despatched from Devon alone. The fish caught were salted and dried on the shore; and
293
fied. In 1855 the system of responsible government was inaugurated. In 1858 the first Atlantic cable was landed at Bull Arm,
Trinity Bay. Unproductive fisheries, causing a widespread destitution among the working classes, marked the first eight years of the decade between 1860 and 1870. A system of able-bodied pauper relief was initiated to meet the necessities of the case but was attended with the usual demoralizing results. The necessity of extending the cultivation of the soil in order to meet the wants of the growing population was felt more and more as the pressure arising
from the failure of the fisheries evinced more clearly their precarious nature. In 1864 copper ore was discovered in the north, and mining operations were successfully initiated.
In 1869 a series of
successful fisheries began which enabled the government to terminate the injurious system of able-bodied pauper relief. Im 1871 the revenue rose to $831,160. In 1873 direct steam communication with England and America was established. THE FISHERIES French Claims.—By the treaty of Utrecht of 1713 a right was reserved to French subjects to catch fish and to dry them on that
on the approach of winter the fishermen re-embarked for England,
part of Newfoundland
the interest of these traders and shipowners to discourage the set-
the western side reaches as far as Pt. Riche. By the treaty of Versailles of 1783 France renounced the fishery from Bonavista to Cape St. John on the east coast, receiving in return extended rights upon the west coast as far as Cape Ray. Neither treaty
carrying with them the products of their labour. Hence it became
tlement of the country, in order to retain the exclusive use of
the harbours and fishing coves for their servants, and also a monopoly of the fisheries. They were able to procure the support of the English government of the day for this system, and stringent laws were passed prohibiting settlement within 6m. of the shore, forbidding fishermen to remain behind at the close of the fishing season, and rendering it illegal to build or repair a house without a special licence. The object of this short-sighted policy, which was persisted in for more than a century, was to preserve the island as a fishing station and the fisheries as a nursery for the English fleet. There was, however, another element which retarded the prosperity of the country. The French had early realized the immense value of the fisheries, and strove long and desperately to obtain possession of the island. Their constant attacks and encroachments harassed the few settlers, and rendered life and property insecure during the long wars between England and France. When at length, in 1713, the treaty of Utrecht ended hostilities, it did not deliver Newfoundland wholly from the grasp of France, as it gave the latter the right of catching and drying fish on the western and northern sides of the island. Though no territorial rights were conferred on the French, and the sovereignty was secured to England, the practical effect was to exclude the inhabitants from the fairest half of the island. In spite of the restrictive regulations, the number of the resident population continued to increase. The sturdy settlers clung to the soil, and combatted the “adventurers” as the merchants were called. The latter strenuously opposed the appointment of a governor; but at length, in 1728, the British government appointed Captain Henry Osborne first governor of Newfoundland, with a commission to establish a form of civil govern-
which stretches from Cape Bonavista to
the northern part of the island and from thence coming down by
purported to grant exclusive right, but there was annexed to the treaty of Versailles a declaration to the effect that “His Britannic
Majesty will take the most positive measures for preventing his subjects from interrupting in any manner by their competition the fishery of the French during the temporary exercise of it which is granted to them upon the coasts of the island of Newfoundland,
and he will for this purpose cause the fixed settlements which
shall be formed there to be removed.” Upon this declaration the French founded a claim to exclusive fishing rights within the limits named. A convention was entered into with a view to defining these rights in 1854, but it remained inoperative, the consent of the Newfoundland legislature, to which it was made subject, having been refused.
Meanwhile
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ment. This constituted a new era in the history of the colony. In 1763 the fixed inhabitants had increased to 8,000, while 5,000 more were summer residents who returned home each winter. In 1763
the coast of Labrador, from Hudson’s Strait to the river St. John opposite the west end of the island of Anticosti, was attached to the governorship of Newfoundland. The population in 1785 had Increased to 10,000. During the wars between England and France
which followed the French Revolution, Newfoundland attained great prosperity, as all competitors in the fisheries were swept from the seas, and the markets of Europe were exclusively in the hands of the merchants of the island. The value of fish trebled,
wages rose to a high figure, and in 1814 no less than 7,000 emi-
grants arrived. The population now numbered 80,000. In 1832 representative government was granted to the colony, and provi-
sion was made for education. In 1846 a terrible fire destroyed three-fourths of St. John’s and with it an enormous amount of Property; but the city rose from its ashes improved and beauti-
granted a bounty to the French fishermen which enabled them to undersell the colonists.
Twice, in 1884 and in 1885, a convention arranged between the British and French governments was submitted to the colonial legislature which, however, absolutely refused to ratify the arrangement unless the French government would consent either to annul or to amend the system of bounties paid upon French-caught fish in Newfoundland waters. To counteract the effect of these bounties, which pressed very hardly upon the British competition, a Bait Act was passed in 1886, empowering the executive to pro-
294
NEWFOUNDLAND
hibit the capture in Newfoundland waters for exportation or sale of bait fishes, except under special licence to be issued by the colonial government. The consequence of this measure, had its provisions been properly enforced, would have been to place an embargo upon the local supply of bait requisite to the French fishermen—the so-called ‘metropolitan fleet”—on the Grand
Banks.
The
French
government
immediately
demanded
| To prevent such an occurrence. delegates from both parties jy | Newfoundland visited London in April 1891, and, appearing at
|the bar of the House of Lords, promised that if the measure | which was them on the eve of being introduced into that body | were withdrawn, a temporary measure would be passed by the
| Newfoundland legislature which would answer the same purpose
that | of enabling Great Britain to carry out her treaty obligations with
Great Britain should deny its sanction to the Newfoundland Bait Act, and pressed their objections with such persistence as to induce Lord Salisbury to disallow the measure. Nevertheless, the despatch of the governor, Sir William des Voeux, to the colonial secretary, Sir H. Holland, was entirely in favour of the principle of the bill. In 1887, at the conference of Colonial Premiers attending Queen Victoria's Jubilee the subject was argued at considerable length. The claim of the senior colony ‘‘to control and legislate for her own fisheries” met with general approval, the single dissentient being the representative of Canada, who feared that Canadian fishermen would suffer under the bill. When an assur-
France. For a number of years the Modus Vivendi Act was annually passed by the legislature, each year under protest. In 1898 the secretary of state, Joseph Chamberlain, yielding to the urgent request of the senior colony, despatched a royal com. mission of investigation to the “French shore,” and three years later a new conference was held in London. Later in the same year negotiations were begun between the British and French governments fora general-treaty.
On April 8, 1904 the Lansdowne-Cambon Convention was signed, which, enter alia, effected a final settlement of the French shore question. Territorial concessions were made consisting of a
ance was tendered that Canada’s fishermen would be placed upon
modification of the Anglo-French boundary line in the Niger
the same footing with those of Newfoundland, the British government somewhat reluctantly sanctioned the Bait Act. In the meantime the chagrin of the French Foreign Office at the failure of negotiations, and the hostile attitude taken up by the Newfoundlanders induced de Freycinet to devise retaliatory measures. Instructions were issued “to seize and confiscate all instruments of fishing belonging to foreigners resident or otherwise, who shall fish on that part of the coast which is reserved to our use.” Lord Rosebery, then foreign secretary, protested to the French ambassador against the spirit of these instructions, which he insisted were in direct contravention of the treaty, inasmuch as they ignored the concurrent as well as those sovereign rights of Great Britain which France solemnly undertook by the treaties never to question or dispute. About 1874 a Nova Scotian named Rumkey
and Lake Chad district, and a re-arrangement of the GambiaSenegambia frontier, giving Yarbatenda to Senegambia. The Los Islands opposite Konakry Island were likewise ceded to France. Individual clairns for indemnity were duly submitted to an arbitral tribunal, composed of an officer of each nation; and at length what is known as the Lyttelton Award, was made as follows:—
had established the first factory for the canning of lobsters on the west coast. This concern proved profitable, and others sprang up, until, at the close of the season of 1887, Captain Campbell, R.N., reported that 26 factories were at work, employing about rroo hands. The year of the Bait Act’s first successful application was marked by the stoppage, by order of the French government, of one of the largest factories, and by their contention that the lobster-canning industry formed a part of the exclusive privileges conceded under the treaties to the French. “France,” it was then declared, “‘preserved the exclusive right of fishing she always possessed. This right of France to the coast of Newfoundland reserved to her fishermen is only a part of her ancient sovereignty over the island which she retained in ceding the soil to England, and which she has never weakened or alienated.” The French government then voted (1888) a special bounty for the establishment of lobster factories by their subjects on the treaty coast. Acting under a statute passed in the reign of George III., empowering British naval officers to interpret and enforce the treaties, Sir Baldwin Walker and others proceeded to destroy or remove a number of British factories at the request of the French agents. In 1890 the unexpected discovery was made that the act empowering British naval officers to enforce the provisions of the treaties with France had expired in 1832 and had never been renewed. Consequently all the proceedings of which the colonists had been the victims were illegal. One of them, James Baird, immediately took proceedings against Sir Baldwin Walker in the supreme court, which decided in his favour, mulcting the admiral in £1,000.
On an appeal to the privy council the decision was upheld. But.before this incident had taken place, the controversy between London and Paris culminated in the modus vivendi of 1890, by which the lobster factories, both British and French, which were in existence on July 1, 1889, were to continue for the present. Instantly the colony took alarm, and a deputation consisting of the island’s leading men was sent to England to protest against both the principle and practice of such an arrangement. On their return they learnt that it was the intention of the imperial government to re-enact verbatim et literatim the act for the
enforcement of the treaties which had expired 59 years previously
General award for French rights . Loss of occupation. . . es Effects left by the French on treaty coast .
. $255,750 226,813 28,936
Thus, so far as concerned the French, was an end put to a situation on the treaty shore, which for nearly 200 years had given rise to difficulties and anxieties. American Claims.—Scarcely, however, had a year elapsed from the signing of the convention, when another international disagreement connected with the fisheries assumed grave importance. There had long been intense dissatisfaction in the Colony over the attitude of the American government and American fishermen towards the colony. The action of the American Senate in rejecting the Bond-Hay treaty negotiated in 1902 stirred the colonial government to retaliatory measures. By virtue of the treaty of 1818 American fishermen enjoyed the right, in common with British fishermen, to prosecute their industry within certain defined areas. But America then formally renounced for ever “any liberty heretofore enjoyed or claimed... to take, dry or cure fish on or within three marine miles of any of the coasts, bays, creeks or harbours of His Britannic Majesty’s dominions in America” not included in the stated limits, with one qualification: ‘“‘that American fishermen shall be permitted to enter such bays or harbours for the purpose of shelter and of repairing damages therein, of purchasing wood, and of obtaining water and for no other purpose whatever.” In 1905 an act was passed by the colonial legislature imposing certain restrictions on American vessels, and a further more stringent act in 1906, preventing Newfoundlanders from joining American vessels. These acts were resented by the American government, which, through Secretary Root, called upon the British government to disallow such interferences on the part of the Newfoundland legislature. Lord Elgin’s reply was to suggest a modus vivendi pending further discussion of the questions at issue. In spite of the colony’s energetic protest, a modus vivendi was agreed to in Oct. 1906, whereby the Foreign Fishing Vessels Act of 1906 was held in abeyance, and the act of 1905 was held not to apply to American fishing vessels, and light dues were waived, while on the other hand American vessels were to report at the custom house on entry for clearance, and their fishermen were to comply with colonial fishery regulations. The American government consented
to waive Sunday fishing by the Americans, which was an important colonial grievance, if the use of purse seines by American fishermen were allowed. Lord Elgin’s action was considered to be an interference with the internal affairs of the colony and great public indignation was aroused. Retaliatory measures were resolved upon, Newfoundland fishermen being declared liable to fine and imprisonment for selling bait to the Americans or for joining
I SN EDO ELLIS DAL STOLL CET pT n a R a e e e a TOG e n
NEW
GLARUS
American vessels, ‘The legislature voted an address to the imperial government, protesting against the modus vivendi, and this was carried to England in 1907 by Sir Robert Bond, the premier of
he colony. Finally the matter was referred to The Hague tribunal
jor arbitration, which gave its award in Sept. 1910, the two main points at issue being decided as follows: (a) Great Britain had the right to make regulations for the fisheries without the consent of
295
duced to a great extent. A considerable turnover of votes resulted, and the Government was defeated by a party led by Mr. (Sir) Richard Squires, whose Government was re-elected in 1923.
Shortly afterwards Sir Richard Squires resigned as a result of grave charges preferred against him in the Legislature, including, amongst others, the receipt of money from private corporations and the diversion of government funds to persons occupying high
the United States, subject to the provisions of the treaty of official posts. The Attorney-General, William Warren, had in bays (subject to special judg- assumed the leadership, but on the opening day of the legislative 1818. (b) The “three-mile limit” to be taken from a line across the
ment in individual cases) was pay at the point, nearest the entrance, where a width of ten
session of 1924 his ministry was defeated. It was reconstructed, but without avail and the election of 1924 resulted in a victory miles is not exceeded. Among other provisions it was decided for the party led by Walter Monroe. that American vessels might employ foreign hands (but these Among the measures passed in 1925 was one abolishing Proreceived no benefit under the treaty); also that they might be hibition, which had proved unworkable and the substitution of required to report to custom houses if facilities to do so existed government control of liquor, on the pattern of the Quebec law. The Monroe ministry was pledged to economy and reform, but THE LABRADOR JUDGMENT its difficulties were many, there being much opposition to nearly In the opening decades of the century the question of New- all its measures of retrenchment. Although revenue was declining foundland’s claim to Labrador became an urgent one. It had and expenditure increasing, a considerable party clamoured for indeed been raised about 1888 and was a subject of discussion still further loans, to provide bounties on fish and new roads. at the Halifax Conference of 1892. But not until 1903 did the Only by a steady resistance to these demands was the GovernGovernment of Canada, learning that the Newfoundland Govern- ment able during the years 1925-28 to balance its revenue. Projects for Union with Canada.—In 1900 the British ment had issued a timber licence in the Hamilton river region, seriously challenge the island’s ownership. In the succeeding admiralty, acting upon the repeated suggestions of Sir Charles years the rival claims of Canada (or to be more precise, the Dilke and others interested in the manning of the navy, decided Province of Quebec) and Newfoundland were subjected to close to initiate a branch of the imperial naval reserve in the Colony. and skilled investigation, especially since, in 1920, it was agreed In z901 a difficulty arose about paying the men, owing to the to accept an adjudication by the Judicial Committee of the Privy lack of any provision for that purpose in the Imperial Reserves Council. The case was heard in 1926 before the Lord Chancellor, Act under which they were enlisted. The Colony was asked to and Lords Haldane, Finlay, Sumner and Warrington, the argu- bear the cost; its refusal was followed (1902) by the enactment ments lasting for fourteen days. In March, 1927, a decision was of special legislation rendering the enrolment and maintenance rendered, in which Newfoundland’s claim was upheld. The of the reserves in Newfoundland a special imperial undertaking. Judicial Committee found “the boundary between Canada and Several efforts had been made to induce Newfoundland to conNewfoundland in the Labrador peninsula to be a line drawn due federate with the Dominion of Canada, but the project never north from the eastern boundary of the bay or harbour of Ance met with any degree of favour with the electorate. After the Sablon as far as 52° N. and from thence westward along that insolvency of the colony in 1894-95, a delegation was sent to parallel until it reaches the Romain river, and then northward Ottawa to ascertain if it were possible to arrange terms of conalong the left or east bank of that river and its headwaters to federation; but Sir Mackenzie Bowell’s government objected to their source, and from thence due north to the crest of the the assumption by the Dominion of the entire amount of Newwatershed or height of land there, and from thence westward foundland’s debt (then only $16,000,000), and the negotiations and northward along the crest of the watershed of the rivers were abandoned. The Labrador decision of 1927 revived the flowing into the Atlantic Ocean until it reaches Cape Chidley.” project in Canada; but Newfoundland would appear to be satisThis important judgment which first formally established the fied with its separate Dominion status. BrstiocraPHy.—C. Pedley, History of Newfoundland (1863); J. island Dominion’s claim to territory nearly three times its own extent, caused great rejoicing in Newfoundland. It enabled the Hatton and M. Harvey, Newfoundland; its History and Present varied natural resources of the disputed region to be accessible Condition (1883); M. Harvey, Newfoundland, England’s Oldest Colony (1897), Newfoundland in 1897 (1897) and Newfoundland in at last to those desiring a valid title. The taking of the water- zg00 (1900); B. Willson, The Tenth Island (1897), and The. Truth shed as the boundary was held to remove the danger of any about Newfoundland (1901) ; D. W. Prowse, History of Newfoundland further dispute. The territory awarded is estimated (1928) to (2nd ed., 1897); A. Bellet, La Grande Pêche de la morue à la TerreNeuve (1902); J. G. Millais, Newfoundland and its Untrodden Ways contain spruce forests valued at $50,000,000. (1908); P. T. McGrath, Newfoundland in rozz (St. John’s, xr911); 1912—28.—The inauguration in 1912 of the Fishermen’s Union, J. P. Howley, Mineral Resources of Newfoundland (St. Jobn’s, IQII); which established large trading stores in all the principal out- D. C. Seitz, The Great Island (1926). See also Colonial and Foreign (B. W.; X&.) posts and had as its political object the safeguarding of the Office Reports. interests of the fishermen by means of representation in the NEW GLARUS, a town and a village of Green county, WisLegislature, was the outstanding political event of the immediate consin, U.S.A., about 22 m. S.W. of Madison, on the Little Sugar pre-war period. In the elections of Nov. 1913, although the river, a branch of the Rock river. Pop. town (1930) 577; village, Government of Sir Edward Morris was re-elected, the candidates which was separated from the town in 1901 (1930) r,010. New of the Fishermen’s Protective Union (F.P.U.) won all the con- Glarus is served by a branch of the Chicago, Milwaukee and St. stituencies in the north and northeast. On the outbreak of the Paul railway. It has agricultural and dairying industries, but little World War a Newfoundland regiment was formed and served or no manufacturing interests. It had‘its origin in a colonizing overseas in Gallipoli, Egypt and France. Altogether some 6,500 experiment made by the canton of Glarus, Switzerland, in 1845. men joined up for service. In 1917 the Morris Government was Agents sent by the canton chose the site of New Glarus largely enlarged into a National Government by the inclusion of the because the rocky slopes of the valley suggested their Alpine Opposition, in order to expedite measures dealing with war re- home. The settlers brought with them a “form of government” quirements. At the end of 1917 Sir Edward Morris resigned, and drawn up by the Cantonal Council of Glarus and providing in was succeeded by Mr. (Sir): William Lloyd, the former leader great detail for a system of schools, for what was practically a of the Opposition. State church (Reformed Lutheran) supported by tithes, for a In 1919 Sir William Lloyd attended the Peace Conference as system of poor relief, for a system of courts and for a set of town the representative of the Colony. During his absence his Gov- officers elected on a limited property franchise. The original plan ernment was destroyed by internal dissensions, and Mr. (Sir) provided also for an equitable distribution of land to each head Michael Cashin became Premier. The elections of Nov. 1919 of a family. With such adjustments as were found necessary for were marked by extreme bitterness, religious feeling being intro- co-ordination with the town and county Governments of Wis-
296
NEW
GLASGOW—NEW
GUINEA
consin, it remains practically the same to this day. The village ' lesser height. The south-eastern part of the chain called the Owen | Stanley range (Mt. Albert Edward, 13,220 ft.) declines gradually and town still have an Old World aspect.
E NEW GLASGOW, a manufacturing and mining town of| to the end of the long peninsula. Pictou county, Nova Scotia, Canada, on the East river, near its; Towards the west the central chain is formed principally of entrance into Pictou harbour, and the Canadian National rail- | palaeozoic sandstones and slates on which much younger rocks, way, 104 m. N.E. of Halifax. Pop. (1931) 8,858. Extensive coal } nummulitic sandstone and limestone are laid. In Dutch New mines are in the vicinity, and there are manufactures of iron and | Guinea, the lower mountain country is of Miocene rock. Towards steel, mill machinery, door and sash factories, as well as several | the south-eastern peninsula there are again old rocks, some with ship-building yards. gold-bearing quartz, especially along the axis, as well as granite
NEW GRANADA (Span. Nueva Granada), the title under | and folded Tertiary limestone on both coasts of the peninsula; Spanish colonial administration of that part of South America | here also, and in the d’Entrecasteaux islands is much evidence of now known as the republic of Colombia, which at one time was | volcanic activity (Miocene, Pliocene, Pleistocene and recent). The northern coastal range in Dutch New Guinea is said to extended to include Venezuela and Ecuador. It also was for a time the title of the united territories of Panama and Colombia reach a height of about 6,900 ft.; it declines towards the mouth under republican auspices. The Bogota plateau was invaded of the Sepik, beyond which it rises again to a height of about 10,500 ft. and ends at King William’s cape. It is formed of anfrom the Caribbean coast and conquered in 1537 by Gonzalo Jiménez de Quesada, who, in honour of his native province, cient elements with diorites, gabbro, andesites, etc., mostly covcalled it the “Nuevo Reino de Granada.” In x550 an audiencia ered with Tertiary and even possibly younger sediments, and is real under the viceroyalty of Peru was established at Santa Fé probably still in process of uplift; recent coral reefs adorn some (Bogota), but in 1564 this isolated group of Spanish settle- cliff sides and may reach a level of some 5,500 feet. There is ments was transformed into a presidency. In 1718, owing to the abundant evidence in New Guinea of large earth movements from unmanageable size of the viceroyalty of Peru, it was divided | Miocene times onwards, with a probable maximum in the Pliocene and a new viceroyalty was created from the various provinces | or Pleistocene. The southern hills between the mouths of Digul lying in the north-western angle of the continent, extending from ; and Fly rivers are an extension of Australia structurally. BeTumbez northward to the northern limits of Panama, and east- | tween these lines of hills there run lowlands, floored near the Idenward to the Orinoco, to which the name of Nueva Granada was | burg river by Pliocene sandstones. given. The new viceroyalty included the provinces of Tierra The most important rivers are the Mamberamo, reaching the Firma (now the republic of Panama); Maracaibo, Caracas, | sea north of the Nassau range; the Sepik, also on the north, naviCumana and Guyana (now included in Venezuela): Cartagena, _gable by seagoing steamers for 180 m.; the Fly river flowing into Santa Marta, Rio Hacha, Antioquia, Pamplona, Socorro, Tunja, | the Gulf of Papua, navigable by a whale boat for 600 miles; and Santa Fé, Neiva, Mariquita, Popayan and Pasto (now included the Digul in the south-west. Many of the rivers have gold, but it is in Colombia); and Quito, Cuenca and Guayaquil (now included important in few places save the Louisiade archipelago beyond the in Ecuador). In 1777 the provinces of Maracaibo, Caracas, south-east extremity and Woodlark island. Murua (Woodlark Cumana and Guyana were detached from the viceroyalty to form island) beyond the d’Entrecasteaux islands has banded quartzite the captaincy-general of Caracas; otherwise it remained as above much valued by the people for the making of stone adzes. Petroleum occurs near the coast of the Gulf of Papua. until the termination of Spanish rule in South America. Climate——In the northern summer the south-east trades For the republic of Colombia (1819-30), the republic of New Granada (1831-61), the United States of Colombia (1861-86) and dominate New Guinea; they bring rain to the south-east peninthe republic of Colombia (1886 to date), see COLOMBIA. sula but the rain diminishes farther west on the south side as the NEW GUINEA, island, of estimated area 312,329 sq.m., wind is affected more and more by the passage across the corner stretching from the equator in the north-west to 12° 5’ S. in of Australia. Northward on the east coast the rain at this season the south-east and from 130° 50’ E. to 151° 30’ E; sepa- appears to be very heavy where the land faces south-east. Farther rated from Australia by the shallow Torres strait and Arafura sea. west there is little rain while the south-east trades blow. In the southern summer, New Guinea is on the wind-path from Asia, On its eastern side lies the Bismarck archipelago. round to the very marked Australian low pressure centre. The STRUCTURE AND PHYSICAL GEOGRAPHY wind is swinging round from the north-west to north-easterly diThe island consists of a Jong central mountain chain of complex rection and it brings heavy rain to northern New Guinea and to formation, a northern coastal range, and a small planed down hill the southern part of the Dutch Territory. In one place in the country on the south coast, west of the mouth of the Fly river, rain shadow of the northerly mountains an annual rainfall of 96 together with the alluvial surfaces formed mainly by the rivers in. has been measured, but on the exposed heights, especially beunder the influence of equatorial rains. The structure shows, in tween 3,000 and 6,500 ft., it must be enormously greater. In the the west, the influences of great earth movements ranging from lowlands the convection currents rule all the year round, but the the Banda sea. These give arcs (1) Banda islands, (2) Buru, Ce- amount of rain varies. The temperature remains near the average ram, West Timorlaut, (3) East Timorlaut, Kei islands, coastal of about 81° declining to about 72° and rising to about 92° as mountains of south-west New Guinea from the Baik mountains to rough monthly averages. 72° is not far from the average morning, Cape Fatingar, thence via Misol island, Obi island, and then north and 92° not much above the average noon, temperatures. Flora and Fauna.—tThe general vegetation is that of the rainon the west side of Halmahera. This curve is separated, in West New Guinea, from the central chain by- the deep McCluer inlet. forest, but under the conditions of great heat the rain-forest The central chain stretches from north-west to south-east. In the cannot grow where there is a long dry season. The tree limit is west the ranges of the central chain are called Charles Louis more than 10,500 ft. above sea-level. Towards the mountain tops Mts. and then for a while, still in Dutch New Guinea, the one finds European (Rubus, Ranunculus, Leontodon, Aspidium), name Nassau Mts. is used. Here the snow line is approximately Himalayan, New Zealand (Veronica), South American (Drymus, at 14,600 ft. and Mt. Idenburg (15,150 ft.) and Mt. Carstens Libocedrus) and even Antarctic species. From 6,000 ft. upwards (16,400 ft.) have glaciers. The next section is the Orange Mts. fine Agapetes (Hricaceae), pines (Araucaria, Libocedrus) and with Mt. Wilhelmina (15,312 ft.). There seems to be a more or palms adapted to hill-life abound. In the lower lands palms are less parallel range 25-45 m. to the north of this succession of very abundant, and along the tidal courses of rivers those of the ranges, and in it a height of 12,500 ft. has been observed in the genus Nipa are common; sago palms are numerous in the seasonal Weijland mountains. The composite nature of the great chain swamps while grass and cane swamps occur where the land reis maintained eastwards and it is believed that the main watershed mains long under water. On the Alang steppe is the tall, tough lies in the Mandated and not in the British Territory. In the grass, Imperata arundinacea. former a height of 13,700 ft. has been found in the Otto Mts.; on New Guinea was probably united to Australia as recently as the south flank the chain grades into a complex of mountains of Pleistocene times, whereas its last effective connections farther
POLITICAL DIVISIONS]
NEW
GUINEA
west are much older. It thus belongs in the main to the Australian
region with nine species of Echidna (Monotremata) and 84 of mar-
supials among which are two genera peculiar to the island (Distoechurus and Dorcopsis). Small kangaroos live on the borders of steppe and forest in the higher lands. Bats abound and there
is a pig (Sus papuensis), a dingo and 50 indigenous species of vats and mice chiefly on the steppe, and a few squirrels. The bird fauna includes well over 500 species and at least 50 genera are peculiar to the island. Birds of prey hover over the steppe and catch rats and mice, but apparently they avoid the great forests and here flourish the famed birds of paradise, which are absent from all the islands east of New Guinea. The Bismarck islands
have birds allied to those of New Guinea but 74 species are peculiar to them. Turtles and tortoises are plentiful on the coast
and have curious relationships with South American forms; many lizard species are peculiar to the island but comparatively few snakes. Amphibia are abundant and of Australian affinities. In-
297
tured labourers. Of the above population 187,011 are on the mainland. The non-native elements number 3,045 including 1,303 Chinese, 944 British and 310 Germans. The area of the mainland mandated territory is 68,500 square miles. The area under cultivation includes 113,481 ac. of coconuts, often with cacao between the trees, and 2,478 ac. of rubber under the control of the Expropriation Board. Independently managed are 55,490 ac. of coco-
nuts and small plantations
of rubber,
cotton
and cacao.
The
exports for 1925 were valued at £858,990, the imports at £537,940.
Dutch New Guinea.—Dutch New Guinea, which lies between 10° S. and the equator, comprises practically half of the entire island of New Guinea. The boundary line between it and British New Guinea starts from the south coast and follows the line 141° E. up to the Fly river, which river then forms the boundary until 141° E., 1s reached, when the meridian becomes the boundary again, right up to the north coast. The area is 151,789 sq.m., and the population is estimated at 195,460, of whom 237 are Euro-
peans or Eurasians. The territory is practically undeveloped, save for the extreme western coastal portion opposite Ceram, and parts of the northern coast, its coasts are imperfectly charted, and there POLITICAL DIVISIONS has been little systematic exploration. The northern half is mainly British New Guinea (Territory or Papva).—Area about hilly, with a very high range of mountains traversing it east by 90,540 sq.m., European population 1,452. Natives variously west, though along the northern coast and on either side of the estimated 114,000 to 275,000. A British protectorate was de- Mamberamo river, which flows into the sea at Cape d’Urville, are clared in 1884 after the Government of Queensland had annexed great alluvial tracts of land; the extreme west is almost wholly the land in 1883, and after various changes it became (1906) hilly; the south very flat, with vast swamps near the coast, espethe Territory of Papua under the governor-general of Aus- cially in the south-west, where Prince Frederick Henry island, tralia, with a lieutenant-governor of its own. An executive separated from the mainland by the narrow and tortuous Princess council of one unofficial and eight official nominees helps the Marianne strait, is perfectly flat and marshy, and covered with lieutenant-governor and also forms part of the legislative coun- dense forest. Into McCluer gulf, which divides the western porcil, which has five additional unofficial nominees. There are tion of Dutch New Guinea almost into two, flow several rivers, eight magisterial districts and a central court at Port Moresby, including the Seljar and Ketero, the former navigable, for small and an appeal thence to the high court of the commonwealth. vessels, for 34 and the latter for 23 miles. Along the south-western There are now two government anthropologists. Some simple coast stretch, in succession, from north to south, the Mimika, regulations of native government are administered with the Utakwa, North-West river, Lorentz, Utumbuwe, Eilanden, Digul help of (in 1926) 1,024 village constables. About 190,000 ac. and Merauke. Some of these are situated so close to each other of land have been leased, chiefly by planters, and over 62,000 are that they are connected by channels navigable for small, lightcultivated, chiefly for coconuts, rubber and sisal. Land may not draught boats, several are navigable for distances of from 25 be bought freehold. Natives may establish communal plantations to 50 m. for steamers of 12 ft. draught, and the Digul the largest, of food plants in lieu of paying a tax in money, and they do this is 6 m. wide at its mouth and has been ascended for nearly 400 m. under European instructors. The expenditure for 1926 was by a steamer of 6 ft. draught. The south-western coast is flat £157,202 and the revenue £172,395; both are increasing fast, and fairly even, until the Charles Louis Mts. are reached, where especially the latter. The ports are Port Moresby, Samarai, Kulu- it becomes high and much indented, Nautilus strait running far madau, Daru and the imports are worth nearly £500,000, the inland, between hills. Flat tracts alternate with high ground along exports nearly £700,000; the latter are rising very rapidly. Copper the western coast, very much indented after McCluer Gulf, and has been worked for some time near Port Moresby and the export the north coast, from Cape Sorong along Little Geelvink bay, to of this in 1926 was worth £155,305 while rubber amounted to the middle of the coastline of Great Geelvink bay, is generally high, especially where, near Manokwari, the Arfak Mts. come £194,849 and copra to £204,097. (A. C. H.) Mandated Territory of New Guinea.—The northern section very near to the sea. The remaining shores of Geelvink bay, to Cape d’Urville, and beyond, as far as Sarmi point, are low, flat of south-east New Guinea (formerly called Kaiser Wilhelmsland) was mandated in r919 by the League of Nations to the Govern- and alluvial, but from here to Humboldt bay it 1s mostly high, ment of the Commonwealth of Australia, together with the Bis- rugged and rocky. The entrance to Great Geelvink bay is blocked marck archipelago (New Britain, New Ireland, and adjacent by several islands, the northernmost being the Schouten group, islands), the Admiralty islands and several outlying groups, and Suk, or Supiori, to the west, and Biak, or Wiak, to the east. The the northern Solomon islands (Bougainville and Buka). North- former is 17 m. long and has hills reaching 1,600 ft.; the latter is eastern New Guinea lies between 2° 15’ and 8° S., and 141° 30 45 m. long and 23 m. wide, with a hill 800 ft. high at the southern and 148° E. It had been declared a German protectorate in 1884 end, otherwise it is only 50 ft., above sea-level. Farther within when not a single white man lived there. Plantations arose in the the bay is the important island of Jobi, or Jappen, 110 m. long islands and on the mainland, and three German mission societies and 15 wide, with a ridge of mountains 2,500 ft. high running soon formed settlements in New Guinea. There are now eight along the centre, the south coast being indented with deep creeks, mission societies working in 603 stations in 18 districts. Under fronted by wooded islets and reefs. Between Ceram and the the mandate, the system of indirect rule through native chiefs north-west coast of Dutch New Guinea lies Misol, 50 m. long and has been continued. The administrator advises the governor- 23 broad (narrow in the west, wide in the east), with numbers of general of Australia who can legislate by ordinance. There are very small islands to the north and south of it. It is flat in the ten district officers, six of whom are in the islands. The head- north and hilly in the south, no point being over 1,800 ft., the quarters is at Rabaul. No slavery or forced labour is permitted, coast is rocky, but swampy in places, and there are three rivers, but natives are not allowed to leave the territory, and labour navigable for a few miles. Separated from the north-west coast indentures are made. No one may supply natives with firearms, by the narrow Galewo straits is Salwatti, a round island, 30 m. ammunition, alcoholic liquor, opium or derivatives of opium. A across, with regular coasts, and limestone hills on the north coast, native police force has 464 constables and 42 N.C.O.s. 1,000 ft. high, but low and swampy in the east, and no rivers of The total native population is estimated at 378,701, excluding note: east of Salwatti is the small island of Popa. North of territories not yet under control and also excluding 23,421 inden- Salwatti, separated by Pitt strait, is Batanta, 4o m. long and only sects are very numerous and the butterflies are gorgeous.
molluscs are related to those of India and Malaya.
Land
298
NEW
GUINEA
[ANTHROPOLOGY
from 4 to 8 m. wide, densely wooded and mountainous (highest ! pendency of Tidore, a part of the Dutch East Indian colonies, point 3,676 ft.). Due north of Batanta is the large island of | which claim was confirmed in 1848, the frontier then being stated Waigiou, 28 m. wide, nearly 80 in length, and separated from New| to run straight from Cape Bonpland to the north coast. In 1884, Guinea by Dampier strait, 30 m. in width. It is covered with dense | when South-East New Guinea was declared a British Protectorate, forest. the meridian of 141° E. was acknowledged as the frontier be. Commerce and industry in Dutch New Guinea are almost un- | tween British and Dutch territory, and later, in 1885, the same known. The people generally live in a very wild state, head-hunting | meridian was accepted by the Dutch as defining the frontier of and cannibalism are all too prevalent; some are semi-nomadic, | German New Guinea. A convention entered into by Holland and others entirely, and as they live largely on sago, and this is | Great Britain in 1895 made aslight alteration in the boundary obtainable almost everywhere, in large quantities, with a minimum | (the Fly river) and made the navigation of the Fly river free ip amount of labour, whilst the coconut abounds, and the sweet | subjects of both Powers, except for the carriage of munitions of potato, sugar-cane, plaintain, papaya and tobacco are grown with |}war. In 1898 Tidorese territory was assigned to the Ternate Resilittle trouble, there is no incentive to work, apart from hunting | dency, in 1911 West New Guinea was attached to the Residency the cassowary, pig and kangaroo, for their flesh, and fishing, the | of Amboyna (the chiefs having subscribed to the “short declaraonly lucrative employments followed being those of hunting the | tion” in 1909), and the present division of territory is North New bird of paradise, collecting the wild nutmeg, the mace of which | Guinea, West New Guinea, and South-West New Guinea, the is much esteemed and marketed specially in Macassar, and the | former province being under Ternate, the two latter under Ampreparation of copra. Men and women go about almost entirely | boyna. (E. E. L.) naked,
the men
armed
with
bow
and
arrow,
axes
of polished
BIBLIOGRAPHY.—Among older works see E. C. Rye, “Bibliography of
stone, and daggers of the jaw-bone of a crocodile or the thigh- |New Guinea,” Supplementary Papers, Royal Geog. Soc. (1884). See
bone of a cassowary.
There are head men of villages, but they
have little power, the people of the coast are often at
ee with
San, pease
T
Territory of Papua: Rola
P
Verslag
o
RA P
(Colonial
Report),
Anant:
those of the scrub lands of the interior, and there is enmity | Annual Reports to the League of Nations on the Administration of the between these and the mountain folk: language varies consider- Territory of New Guinea; Mitteilungen aus den deutschen Schutzgeably. There are no roads, save in the immediate neighbourhood | bieten (1888 etc.). Recent works include: Reports, Cambridge Anof Dutch official settlements. In the whole of South jNew : Guinea there is only one: settle-
ment,
Dutch
Merauke,
a few miles
Gezaghebber
inland up the Merauke
river.
A
thropological Expedition to Torres Straits (1907); C. G. Seligman, The Melanesians of British New Guinea (1910) ; R. Neuhauss, Deutsch Neu Guinea (1911); E. Werner, Kaiser Wilhelmsland, Freiburg-i-B. (r911); J. H. P. Murray, Papua or British New Guinea (1912), Papua
resides here, there is a small garrison, a | of To-day
(1925); W. H. R. Rivers, History of Melanesian Society
hospital, Catholic mission church, and settlement, and a few shops, | (1914); H. Detzner, Ergebnisse von Reisen in Neu Guinea (1914-18) ; mostly run by Chinese traders, a wireless station, and a small Geogr. Tages, Leipzig (1922); L. B. Gibbs, Dutch New Guinea (Botanical) (1917); G. Landtman, “Folk Tales of Kiwai Papuans,” wharf, where vessels of the Dutch Royal Packet Company land Acta Soc. Sct. Fenn. (Helsingfors, 1917), “Papuan Magic in Building passengers and collect copra and other cargo. Merauke was estab- | Houses,” Acta Aboensis Humaniora, vol. i., (1920); W. N. Beaver, lished in 1902, as the result of a military expedition. The nearest | Unexplored New Guinea (1919) ; E. W. Chinnery, “Opening up of new
Dutch settlement to Merauke is at Kaimana, on the McCluer
ace a pepo
gulf, soo m. distant. Here, and at Kokas
Task (1920);
and Fak Fak (head-
cere e ae See
R. Thurnwald,
Die Gemeinde
ee = a Ta
der Banaro
(Stuttgart,
quarters for West New Guinea, where there is a Gezaghebber), | 1921); F. de Bruyn, “Contrib. Geol. Nouv. Guinée,” Bull. Lab. Geol
there are small trading stations with Malay, Chinese and Arab | (Lausanne, 1921); C. A. W. Monckton, Some Experiences of a New
settlers; Fak Fak is the most important, where proximity to | Guinea Magistrate (1921), Last Days in Papua PL em eons RSS pS PSSST PAD gah Ah nd SS ESP-r aE TET A TA ST TS ON NP tegen DEE PS ge cfte
(1922); W. R.
Ceram and generations of outside influence have resulted in set- | Humphries, Patrolling in Papua (1923); H. J. Bijlmer, Nova Guinea
tled and semi-civilized conditions amongst some of the Papuan panenropolorica)) oy dens Pearls 5023)and3. Stanley; or Neg é SSL S o puans. | Guinea (1923) ; F. Hurley, Savages (1924) Ceol ; W.ogy Behrmann,
All three places are ports of call for vessels of the Dutch Royal | Das W. Kaiser Wilhelmsland in Neu Guinea, Zeitsch. Ges. Erdkunde Packet Company, also pine on the north-west coast, opposite | (z924). Salwatti, and Manokwari (Doreh), on the north-east coast, which is the seat of an assistant resident and the headquarters of ad-
(A. C. H.)
ANTHROPOLOGY
ministration for North New Guinea. Wasior, on Little Geelvink | The island of New Guinea and its island-clusters, together with bay, is another port of call, also Sarmi, Demta and Humboldts bay, | those adjacent island-groups, of which the principal are the and here, too, are Chinese and Malay traders, dealing mostly in
Louisiades and the Torres Straits islands, is a region of consider-
copra and bird of paradise plumes, and there is some exploitation | able racial and cultural diversity. The territory of New Guinea,
of the hinterland.
The development of Dutch New Guinea will | the north-eastern quarter of the island, is, however, still very in-
probably be more rapid than that of North New Guinea, for there | completely surveyed ethnologically, and of the inhabitants of
is good land available and more chance of being able to utilize |Dutch New Guinea, our knowledge is comparatively slight. imported labour, when this can be procured. Trade is being de- | Racial History.—Although there is considerable variety of veloped with Jappen island, where Dutch Royal Packet vessels | racial type, the inhabitants of New Guinea belong almost entirely
call at two ports, Seroei and Wooibaai; and with Biak, of the | to the ulotrichous (frizzy-haired) branch of mankind. The princiSchouten islands, the port of which is Bosnik. pal varieties are the Negritoes, the Papuans and the Melanesians. A treaty dated 1660 between the Dutch East India Company | The only typical Negritoes that have been found in New Guinea
and the three States of Ternate, Tidore and Bachian, acknowl- | are the Tapiro at the source of the Mimika river in the Snow edged the company
islands which are Dutch a nominal lands of Waigiou, islands there were
to be “lord of the Papuans
or all their | mountains of Dutch New Guinea, and the Pesechem.
The Mafulu,
subject to the king of Tidore.” This gave the | the Kai and some others have probably a Negrito element. sovereignty over the Tidorese fiefs on the is- | The Papuan, the dominant stock in New Guinea, is dark, of Salwatti and Misol, and as on the latter two | short stature and generally long-headed. Evidently, Papuan man kingdoms possessing a vague sovereignty over | occupied not only New Guinea, but also Melanesia in very early
parts of the mainland of New Guinea, whilst the suzerainty of | times (see OcrantA; Racial History), later migrations from Tidore was acknowledged in the neighbourhood of McCluer gulf, | Indonesia having on the whole less racial than cultural effects. eventually the Dutch succeeded to these somewhat shadowy | The Melanesian element in New Guinea is certainly comparatively
rights. Their first establishment was in 1828, when Fort de Bus | recent, and appears to be a mixture of Papuan with Indonesian was erected, but before this, in 1814, Dutch sovereignty in | and proto-Malay, a mixture which may in part have taken place North-West New
Guinea had been admitted, practically, by Great | in Indonesia. The Melanesian influence is strongest in the north Britain by the convention of 1814, which restored to the Dutch | and north-eastern coastal regions; and on the south-east coast their colonies as they had existed prior to 1803. In 1828 the | of Papua the immigrant nature of this Melanesian type is clear. Dutch Government declared North-West New Guinea, as a de-| Principal Groups.—Taking the whole New Guinea area, and
ANTHROPOLOGY]
NEW
GUINEA
working from west to east, some of the principal culture-areas (or ribes where these exist) may be enumerated. Belonging to New Guinea rather than Australia we have the islands of Torres Straits with a well-developed and distinctive culture. Two groups on the
mainland between the Fly and the Dutch boundary may be mentioned, the Tugeri, partly in British but mainly in Dutch territory
where they are known as Marind-Anim (their name for themselves) and the Kiwais. A culture of which little is known occurs in the neighbourhood of Lake Murray, between the Strickjand and the Fly; and between the Fly and the Aramia, we have a tribe, the Gogodara, containing many distinctive characters. In the Gulf of Papua, from a little west of the Kikori river to Cape Possession, four main groups are distinguished by Dr. Haddon, Kerewa, Urama, Namau and Elema, and far from the coast on the upper waters of the St. Joseph river the Mafulu show distinctive characters, physically and culturally. To the east of these Papuan districts we meet the farthest westward extension of Melanesian-speaking peoples. There are two main groups of these Papuo-Melanesians, the Western Papuo-Melanesians, the Roro, Mekeo, Motu and others, and the eastern PapuoMelanesians or Massim, inhabiting the eastern extremity of New Guinea and the islands beyond, including the whole of the Louisiades, except possibly the island of Rossel, the inhabitants of
which speak a non-Melanesian language. Passing westward along the north coast, Melanesian-speaking peoples give way for a while to Papuan-speaking peoples, such as the Orokaiva. In the territory of New Guinea (excluding the Bismarck Archipelago, g.v.), the Bukaua, Huon gulf and the adjoining
Jabim are Melanesian in culture, while the Tami of the neighbouring islands seem to be fairly pure Melanesian. Farther north the Kai, who inhabit the Rawlinson and Sattelberg ranges, are Papuan with Pygmy admixture. Both Papuan-speaking and Melanesian-speaking peoples occur along the coast farther north and
299
anesian-speaking peoples. The drum is the commonest musical instrument, though absent from Rossel island in the Louisiades. Slit wooden gongs, with a most limited distribution, are found north of Huon gulf, in the territory of New Guinea, and in Dutch New Guinea. With these gongs are associated sacred flutes, which, however, are also found in the northern division of Papua.
Social
Organization.—Although
the family
(g.v.)
is an
important unit in the social structure of all New Guinea peoples,
a wider group, the clan (g.v.), seems in general to be more fundamental. Moreover, family relationships are not usually distinguished by name
from
many
more
remote
relationships,
and
relationship terms used between persons who can trace genealogical relationship are also used in a systematic way between persons who are unable to trace any genealogical connection. This system, known as the classificatory system, takes a variety of forms in New Guinea, and social organization is unintelligible without an understanding of this system. Within the clan the classificatory system establishes a comparatively small number of relationships, and in general members of the same generation within a clan address one another as brothers and sisters, and the tie uniting members of one clan will be found to be similar to that uniting brothers and sisters by one father or mother. Both matrilineal clans (membership of which is determined by descent through the mother), and patrilineal clans (membership of which is determined by descent through the father), are found in New Guinea. The principal matrilineal area is the Massim district of Papua, and in this area the clans are totemic. (See ToTEMISM.) Fach clan is associated with four linked totems, bird, plant, fish and snake, and the bird-totem is not eaten by members of the clan. A person will also avoid the bird-totem of his father’s clan,
the totems of which are necessarily different, since the rule of clan-exogamy (marrying out of the clan) is strictly observed. Amongst the patrilineal Papuans of the west, the clan seems to
west. Flourishing cultures occur on the Sepik river, and something become of rather less importance, and totemism occurs only in an attenuated form in the Gulf region. is known of the Banaro on the Keran river. In the east the clan figures as the important unit in the rituals In Dutch New Guinea something is known of the Geelwink bay district, where Melanesian-speaking peoples occur. On the west of marriage and death, and the series of feasts more or less concoast we find Papuans on the Mimika river, and at the head- nected with these events, which play a dominant part in the life of the Massim. Reciprocal exchanges of pigs and objects of value waters of this river are the Tapiro pygmies. Mode of Life.—With very few exceptions the inhabitants of between persons more or less representative of clans is an imporNew Guinea are horticulturists, cultivating coconuts, yams, taro, tant part of all such activities, as in the Big Feast which extends bananas and a number of other food plants. Sago is also an from the Massim as far as the Mafulu. This reciprocity between important food in some parts, constituting the main article of diet clans was also shown in warfare, cannibalism being a ceremonial in the swampy region of western Papua. Fish are caught by net act of revenge on the part of one clan for the death of one of its and spear, and occasionally by hook; and the harpooning of the members by another clan. In the social organization of the Papuans of the west, as well dugong is an important feature amongst certain of the coastal peoples. The pig, domesticated and wild, is the only important as the Papuans of the northern division, and the Jabim, Bukaua, flesh-food, though the wallaby and many birds are caught by Tami islanders and others in the territory of New Guinea, the various devices. Betel-nut is chewed with lime and pepper-plant, and the use of tobacco is now universal. Kava, the Polynesian drug, is limited to one or two places. Family houses are usually small, and are often built on piles. They may be scattered, as
amongst the Massim, or grouped in big villages, as amongst the Motu and Gulf peoples. Club-houses in which initiated males live most of their lives occur in many parts and may be of considerable size; structures of this kind which entail enormous labour occur on the Sepik and in the Papuan gulf. Canoes are simple dugouts, or provided with an outrigger. Double canoes occur amongst the western Papuo-Melanesians. The Motu, joining several canoes together, make vessels of considerable size. For clothing the men
usually wear some sort of girdle, and the women a petticoat of shredded palm; the Papuans
of the north-west coast of Papua
clothe the waist with tapa-cloth. Armlets of cane or of shell are common; necklaces of shell, dogs’ teeth or seeds. The septum of the nose is commonly pierced to admit a nose-stick, usually of clam-shell, and the lobes of the ear are pierced and decorated in the east with turtle-shell rings and sapi-sapi beads. Tattooing has
an irregular distribution, being confined to women in the case of the Massim, who are tattooed from forehead to thighs. Considerable artistic skill is shown, particularly by the Melanesian-speaking Inhabitants, the carved and fretted woodwork of the Massim being of unusual excellence. Pottery is in general use among the Mel-
outstanding feature is the existence of tribal initiation-ceremonies. The Elema tribes commence this initiation of the males at about the age of eight, when the boy is first taken into the club-house of the village and shown the bullroarer, the noise of which has previously been a mystery to him. Only after two or three years is his initiation complete, and the process involves not only various ordeals and instruction for the initiates, but a great deal of ceremonial in which the whole of the village, and maybe other villages, are involved. In other initiation rites the swallowing of novices by a monster and subsequent resurrection is prominent, this occurring both amongst the extreme western tribes of Papua and in the Huon peninsular district of the territory of New Guinea. Religion.—A cult of the dead occurs throughout New Guinea, and only rarely is a cult of gods associated with it. The Big Feast of eastern Papua is to a large extent a collective celebration of the dead, though in the Soi feast of the Massim a being is continually addressed, who is not strictly an ancestor, and is supposed to have performed supernatural feats in olden times, and to have introduced the pig into New Guinea. This being is related to a number of other superhuman beings who lived in the past, but they can hardly be regarded as objects of a religious cult. On Rossel island, on the other hand, at the extreme east of the Massim area, we find an elaborate god-cult and constant care of the gods, who control the processes of nature by a priesthood.
NEW
300
GUINEA
[HISTORY
The religion of the Elema tribes in the west of Papua may be ! (Bijdragen, 1879). Missionaries of the Utrecht Missionary Soci.
described
as an ancestor-cult, the name
for ancestor being the ` ety were at Port Dorey in 1858, and English missionaries have
same as that for all sacred objects; but some of these ancestors are regarded as deities who temporarily assumed a human form, giving birth to various tribes. That death results from sorcery or is brought about by ghosts is probably a universal belief in New Guinea. The magic employed by sorcerers for this end is usually of the sympathetic type, some part of the victim being utilized by the sorcerer, or some imitative action being made to the accompaniment of a spell. Divination is also common, and where it is believed that ghosts may cause sickness divination is used to discover whether a ghost or sorcerer is responsible. On Rossel island an alternative cause of death is the desecration of the sacred ground of a god. (W. E. A.) BrsriocrapHy.—General: A. C. Haddon, “The Decorative Art of British New Guinea,” Cunningham Memoir, X., Royal Irish Academy (1894); G. A. J. van der Sande, Nova Guinea, vol. iii. (Leyden, 1907); C. G. Seligmann, “A Classification of the Races of British New Guinea,” Journal of the Royal Anthropological Institute, vol. xxxix. (1909); R. Neuhauss, Deutsch-Neu Guinea (1911); J. H. P. Murray, Papua or British New Guinea (1912); A. C. Haddon, “Migration of Cultures in British New Guinea,” Journal of the Royal Anthropological Institute, vol. 1. (1920). Special Areas: Reports of the Cambridge Expedition to Torres Straits (1907— ); C. G. Seligmann, The Melanesians of British New Guinea (1910); R. W. Williamson, The Mafulu (1912); A. F. R. Wollaston, Pygmies and Papuans (1912); B. Malinowski, “The Natives of Mailu,” Transactions of the Royal Society of South Australia, vol. xxxix. (1915); D. Jenness and A. Ballantyne, Tke Northern D’Entrecasteaux (1920); B. Malinowski, Argonauts of the Western Pacific (1922); P. Wirz, Die Marind-anim von HolländischSud-Neu-Guinea (Hamburg, 1922); J. H. Holmes, In Primitive New Guinea (1924); F. E. Williams, “The Natives of the Purari Delta,” Anthropology Report, No. 5 (Territory of Papua) (Port Moresby, 1924); W. J. V. Saville, In Unknown New Guinea (1926); G. Landtman, Tke Kiwai Papuans of British New Guinea (1927); W. E. Armstrong, Rossel Island (1928). See also Annual Reports of the Government of Papua and the Territory of New Guinea.
HISTORY Exploration.—Although New Guinea may have been seen by
Antonio d’Abreu in 1511, its first visitor was apparently Dom Jorge de Meneses, who in 1526 took shelter at “Isla de Versija,” either Warsia on the north coast, or Waigiu Island. Two years later Alvaro de Saavedra discovered “Isla de Oro,” probably one of the Schouten Islands, and sailed along the north coast. The name “Nova Guinea” is due to Ynigo Ortiz de Retez (or Rotha) who landed on the north coast in 1546, and thought the natives resembled those of West Africa. The chart of Ortelius (1580) shows “Nova Guinea” as an island seventeen years before the fact was proved by Luis Vas de Torres sailing through the straits now bearing his name. Dutch navigators, Willem Jansz (1605), Jacques le Maire and Willem Schouten (1616), Jan Carstensz (1623), Gerrit Pool (1636), Abel Tasman and others, appeared after the conquest of the Moluccas. In 1700 William Dampier sailed along the northern coast, and Philip Carteret (1767) and L. A. de Bougainville explored the islands. James Cook re-discovered Torres Straits, and landed in New Guinea near Prince Frederick Henry Island (1770). Thomas Forrest (1774) wrote an interesting account of the island (Voyage, 1780). Although parts of the coast were surveyed by La Perouse (1788), John MacCluer (1790), D’Entrecasteaux (1793, Voyage by Rossel), and also by Duperrey (1823), D. H. Kolif (1826), and Dumont d’Urville (1828), very little knowledge was gained of the country or people. The Papuan Gulf and shores eastward were visited by F. P. Blackwood (1842-6, Voyage of the Fly, by J. B. Jukes), Owen Stanley (1846—50, Voyage of the Rattlesnake, by J. Macgillivray),
Charles B. Yule (1864) and J. Moresby (1874). In 1875 Schleinitz explored the north coast and islands. During this period
resided in the south-east since 187r. Of these, Samuel Macfar. : lane (1875), James Chalmers (1877-1901), and George Brown | (1875-1897) have described both country and people. Otto |Finsch (1882), and Theodore Bevan (1884—87) explored the
!southern rivers. |
Since the annexations, explorers and observers have been con-
| stantly at work. During and since the administration of Sir Wil.
|liam MacGregor (1888-98), large areas of British territory were | surveyed, and the natives pacified by a system of patrols (Annugl Reports). The island was first crossed in 1897. James Chalmers was murdered in 1901. The anthropology has been made known by C. G. Seligman, V. M. Egidi, W. Mersh Strong, R. W. William-
son, B. Malinowski, W. J. Saville, E. B. Riley, G. Landtman, J. H. Holmes, A. C. Haddon and others. In 1922 Leo Austen ascended the Fly River to the Netherlands Boundary. In German territory the Sepik (Kaiserin Augusta) river was visited by Otto Finsch (1885) and the Ramu river by Schleinitz
(1887). In 1893 O. Ehlers and N. Piering lost their lives in cross-
ing the island from Huon Gulf. Other explorations were carried out by C. Lauterbach (1896), Poch (1904), Heine (1908), Full and Friederici (1908).
The northern part of Netherlands territory was explored by
C. E. A. Wichman, G. A. J. van de Sande, and H. A. Lorentz (1903) and the south by Lorentz (1909—Nova Guinea by A. Wichman). South-west New Guinea has been explored (Netherlands Geographical Society 1908) and Central New Guinea in 1920 (H. J. T. Bijlers, 1923). Annexations—In 1793 New Guinea was annexed by the (English) East India Company, who placed a garrison for some time on Manuswari Island in Geelvink Bay. As Suzerain of the Sultan of Tidore the Dutch (after 1848), claimed control over the northern coast as far as Humboldt Bay. In 1828 they established a fort in Triton Bay and took possession of the south-west coast as far as the r41st meridian. Their claim to the western half of the island was admitted by Britain and Germany in 188s. In 1905 the Sultan. of Tidore ceded his rights to the Government. In 1864 Yule annexed the south coast for the British crown, and Moresby in 1873 took possession of the islands of Eastern New Guinea. The possible dangers to the commerce of Queensland and Australia generally, should the island come into the possession of a foreign power, led to a demand for annexation. The Germans in 1882 having advised their Government to annex, the Queensland Government in 1883 actually annexed all the mainland opposite their shores and east of the r4rst meridian, but, as with the annexations of Yule and Moresby, this action was disavowed by the Home Government. In 1884 Germany annexed the north-east coast and adjacent islands, and Commodore Erskine proclaimed a British Protectorate over the region east of the r4rst meridian as far as East Cape and the islands to Kosmann Island. In 1885 the German New Guinea Company was chartered to acquire and occupy those portions of the island not under British or Dutch sovereignty, the mainland being styled Kaiser Wilhelmsland, and the islands the Bismarck Archipel. A boundary agreement was made in the same year, the British territory being named British New Guinea. In 1888 the Protectorate became a dependency controlled by Queensland and in 1906 was renamed the Territory of Papua. In 1889 the German New Guinea Company surrendered their charter and the Imperial Government assumed direct administration. After the capitulations in 1914, the German territory was occupied by an Australian administration. Now, as the Territory of New Guinea, it is held by Australia under Mandate from the League of Nations. BrstiocraPHy.—Accounts
of voyages published under the explorers’
scientific observers ‘visited the islands, notably A. R. Wallace ; Mames are not noted here. A few others are mentioned in the text. Many Dutch expeditions are described in the Bijdragen tot de taal(1858), Odoardo Beccari (1871-76), Maria d’Albertis (1871—78), | land-en-volken-Kunde- van Nederl. Indié, especially for 1875 and C. B. H. Rosenberg (1869-70, Bijdragen, 1875), and Nicholas von 1879. German explorations are recorded in Nachrichten iiber Kaiser Miklucho-Maclay (1871-81). Expeditions were made for the Wilhelmsland. English surveys will be found in Annual Reports on Netherlands India Government by P. van der Crab, E. Teysmann, | British New Guinea (and Papua). Others works are: A. Dalrymple, Collection (1770-71); Burney, C hronological History J. G. Coorengel, A. J. Langeveldt van Hemert and P. Swaan Historical (1803); Meyners d’ Estree, La Papouasie (Paris, 1881).
NEW NEW
HAMPSHIRE,
301
HAMPSHIRE
popularly known as the “Granite
the upper cliffs of Profile mountain is The Great Stone Face, immortalized by Nathaniel Hawthorne. The part of the State which lies north of the White mountains
70° 37° and 72° 37’ province of Quebec; which separates it in south-east and south
is occupied by ridges and wide rolling valleys, the ridges rising occasionally to heights of 2,000 ft. or more. South of the mountains a plateau-like surface—a part of the New England uplands— extends from the intervales of the Connecticut river to the eastern border of the Merrimac valley. Between the Merrimac valley and the sea is the only low surface in the State; a considerable portion of this region is less than soo ft. above the sea. The seashore, about 18 m. in length, is mainly a low sandy beach. The only harbour is at Portsmouth near the mouth of the Piscataqua. About 9 m. from the shore are the bleak and nearly barren Isles of Shoals, divided between New Hampshire and Maine. The lakes and ponds, numbering several hundred, were formed by glacial action and the scenery of many of them is scarcely less attractive than that of the mountains. The largest and most widely known is Lake Winnepesaukee, 20 m. long and from 1 to 8 m. wide is dotted by 274 islands, mostly verdant, and has clear water and a rather level shore, behind which hills or mountains rise on all sides. The rivers with their numerous falls and the lakes with their high altitudes furnish a vast amount of water-power for manufacturing,—the Merrimac, in particular, into which many of the larger lakes, including Winnepesaukee, find an outlet. Fertile soil in New Hampshire is confined largely to the bottomlands of the Merrimac and Connecticut rivers. In the south-
State,” is one of the New England group of the United States of America and one of the original thirteen. The State lies between
42° 40" and 45° 18 23” N., and between w, It is bounded north by the Canadian east by Maine, by the Salmon Falls river, part from Maine and by the Atlantic ocean;
1 - Lancaster 2-Beriin 3- Woodsville 4-Ossipee § - Laconia 6 - Newport 7-Claremont 8 - Dover 9: Keene 10- Manchester 11 - Portsmouth 12- Exeter 13 - Nashua
eastern section is also a moderately productive soil derived largely from the disintegration of slate. Elsewhere south of the moun-
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V50 0 2% 30 49 50 MILES MAP SHOWING THE MAIN ROADS IN NEW HAMPSHIRE
by Massachusetts; west and north-west by Vermont it is separated by the Connecticut river—low wate: west bank of the Connecticut is New Hampshire’s ary), and by Halls Stream which separates it from
(from which mark on the west boundQuebec. The
State has an area of 9,341 sq.m., of which 310 sq.m. are water surface,
Physical Features.—In the north central portion of the State,
the White mountains, a continuation of the Appalachian system, rise abruptly in several short ranges and in outlying mountain masses from a base level of 700 to 1,500 ft. The highest, Mount Washington, attains an elevation of 6,293 feet. The principal ranges, the Presidential, the Franconia and the Carter-Moriah, have a north-eastern and south-western trend. The Presidential, in the north-eastern part of the region, is separated from the Franconia on the south-west by the Crawford or White Mountain Notch, about 2,000 ft. in depth, in which the Ammonoosuc and Saco rivers find a passage, and from the Carter-Moriah, parallel to it on the east, by the Glen-Ellis and Peabody vivers, the former noted for its beautiful falls. On the Presidential range, which is about 20 m. in length, are Mount Washington and nine other peaks exceeding 5,000 ft. in height. On the Franconia, a much shorter range, are Mount Lafayette, 5,269 ft.;; Mount Lincoln, 5,098 ft.; and four others exceeding 4,000 feet. The highest peak on the Carter-Moriah range is Carter Dome, 4,860 ft.; but seven others exceed 4,000 feet. Separating Franconia and Pemigewasset tanges is the romantic Franconia Notch, overlooking which from
tains, the surface soil is mostly hard pan or till, this being deepest on the drumlins. In the mountain region the soil is mostly a sandy loam composed of disintegrated granite gneiss and organic matter; on the lower and more gentle slopes as well as in the valleys this is generally deep enough for a luxuriant vegetable growth but on the steeper slopes it is thin or the rocks are bare. Climate.—The winters are usually long and severe, and the summers cool and fine. The mean annual temperature ranges from about 42° at only moderate elevations in the White mountain region and farther north to 47° at low altitudes in the south-east. The greatest extremes of temperature occur in the deep mountain valleys where it sometimes rises to 102° or above, in summer, and falls to —38° or below in winter; higher up on the mountains it is never so warm and along the sea-coast both extremes are considerably less. The mean precipitation for the entire State is about 40 inches. The distribution is even throughout the year, but summer and autumn are slightly more wet than winter and spring. Among the mountains and in the northern part of the State the annual fall of snow is from 7 to 8 ft., but in the south-east corner
it is little more than one-half that amount.
Pe
The prevailing winds
allede ges
400,000
300,000
200,000
GRAPH 1920
SHOWING
GROWTH
OF
POPULATION
OF
NEW
HAMPSHIRE,
1790-
are generally north-west, but in the vicinity of the sea they south-east during summer. Population.—The population of New Hampshire in 1930 465,293, an increase for the decade of 22,210 or 5.0%. population of the State at certain of the decennial censuses
as follows:
326,073
141,885 (1790); 183,858
(1860);
376,530
(1890);
(1800);
411,588
are was The
was 269,328 (1830);
(1900);
430,572
(1910); and 443,083 (1920); the percentage of increase was 4-6 from 1900 to 1910 and 2-9 from i910 to 1920. New Hampshire, in population, ranks 41st among the States of the Union.
302
NEW
HAMPSHIRE
Of the total in 1920, 20-6% were foreign-born, 18-39% were of |these courts have extensive jurisdiction. Each probate court, con. foreign-born parentage, 10-19% were of mixed parentage, and 51% sisting of a single judge, has jurisdiction within its county of the were of native parentage. Of the total foreign-born population probate of wills, of the granting of administration, in insolvency (91,233), 52,274 Or 57-295 were natives of Canada (38,277 French |proceedings, in relation to the adoption of children. and othe; and 13.997 others); 7,908 of Ireland; 5.280 of Greece; 4.367 of | similar judicial functions. The court of a justice of the peace has
England; 3,997 of Poland; 3,467 of Russia; and 2,074 of Italy. The density of population in 1930 was 51-5 per square miles. The population of the principal cities at that date was as follows:
jurisdiction in criminal cases only where the fine not exceeding $20, or by imprisonment months or by both, and in minor civil cases. has the same jurisdiction as that of a justice
punishment js by not exceeding six A municipal cout of the peace, and,
Manchester, 76,834; Nashua, 31,463; Concord, the capital, 25,228; Berlin, 20,018; Portsmouth, 14,495; Keene, 13,794; | in addition, concurrent jurisdiction with the superior court in
Dover, 13,573; Laconia, 12,471; Rochester, 10,209. Government.—New Hampshire was the first of the original States to establish a Government wholly independent of Great Britain. This was designed to be only temporary, but was in operation from Jan. 5, 1776 to June 2, 1784. The constitution provided for a general court consisting of a senate and a house of representatives and made the council a body advisory to the State president; the 1784 instrument was amended in 1792; with the amendments adopted in that year it is in large measure the Constitution of to-day. For 60 years there was no change whatever, and only three amendments, those of 1852 (removing the property qualifications of representatives, senators and the governor), were adopied until 1877, when 12 amendments were adopted,— the most important being those providing for biennial (instead of
annual) State elections in November (instead of March), and those doing away with the previous requirement that representatives, senators and the governor “be of the Protestant religion.” Five amendments were ratified in 1880, four in 1902 and four in 1912. The most important of those adopted in 1912 was one providing for the election of the governor and members of the council by a plurality instead of a majority vote. New Hampshire is the
only State in which amendments to the Constitution may be
certain cases where the title to real estate is not involved and the damage demanded does not exceed $100. Justices of the peace are appointed for a term of 5 years only, but they may be
reappointed. Local affairs are administered by counties (ten ip number), towns (townships), village districts and cities. In each county a convention, composed of representatives from the towns, meets every two years to levy taxes and to authorize expenditures for grounds and buildings whenever more than $1,000 are required. For the discharge of other county functions the qualified electors of each county elect every two years three commissioners, a sheriff, a solicitor, a treasurer, a register of deeds and a register of probate; two auditors also are appointed annually by the supreme court. The county commissioners have the care of all county property, as well as of county paupers; and once every four years they are required to visit each town of their county, inspect the taxable property therein, determine whether it is incorrectly assessed and report to the State board of equalization. In each town a regular annual meeting of the qualified electors is called on the second Tuesday in March for the transaction of miscellaneous business and the election of town officers. Finances.—The total valuation of property for the purposes of taxation in 1926 was $673,250,335; the State levy $3,064,587 or $6.77 per caput. The chief sources of the income of the State for the year ending June 30, 1926 were the general property tax, motor vehicle licence fees, the gasolene (petrol) tax, railroad taxes, interest from sinking fund securities, legacy taxes, tax on foreign insurance companies and a tax on telephone companies. The principal disbursements were for highways ($2,651,215), refunds to towns ($1,507,437), public schools ($1,308,029), State institutions ($r,155,895), sinking fund ($800,566) and the University of New Hampshire ($545,575). The total receipts and disbursements for the year ending June 30, 1926 were $9.451,378.58 and $10,434, 506.69, respectively. The cash and cash items on hand July 1, 1926 was $939,796 as compared with $1,922,924 a year before. Education.—New Hampshire formed a part of Massachusetts when, in 1647, the general court of that province passed the famous act requiring every town in which there were so householders to maintain a school for teaching reading and writing, and every town in which there were roo householders to maintain a grammar school. During the roth and early part of the 2oth century various experiments for improving the public school system were tried. The public school system, as now constituted, has at its head a State board of education composed of the governor and five other persons, one selected annually, appointed by the gov-
proposed only by a Constitutional convention, and once in seven years at the general election a popular vote is taken on the necessity of a revision of the Constitution. By an act approved on April 9, 1909 provision was made for direct nominations of candidates at primaries. There is a governor’s council of five members, one from each councillor district, which has advisory duties and shares with the governor most of his powers. There is no lieutenant-governor. The governor and the councillors are elected for a term of two years. The governor and the council appoint all judicial officers, the attorney-general, auditor, important administrative boards, coroners and certain naval and military officers; they have power to pardon offences; and they may exercise some control over expenditure through the Constitutional requirement of the governor’s warrant for drawing money from the treasury. The governor may veto within five days, besides Sunday, after it has been presented to him, any bill or resolution of which he disapproves, and a two-thirds vote of the members of both houses is required to pass over his veto. A senate and a house of representatives, which together constitute the general court, meet at Concord on the first Wednesday in January of every odd-numbered year, and at such other times as the governor may appoint for a special session, principally for the making of laws and for the election of the secretary of State, the State treasurer, and the commissary general. ernor and council. The actual administrative work is carried on The senate is composed of 24 members, one from each senatorial by a commissioner of education, appointed by the board of educadistrict. In the house of representatives, which had the larger tion for an indefinite term, and two deputy commissioners. Each membership of 421 (1924), representation is on the basis of popu- town is constituted a school district, and some special districts lation, but favours the rural districts. Senators and representatives are organized under special acts of the legislature. For the purare elected for a term of two years. Although money bills may pose of inspecting and supervising all institutions in which State originate only in the house of representatives the senate may money is spent, the several school districts in the State are compropose amendments. bined into supervision unions consisting of one or more school For the administration of justice the State has a supreme court districts. The schools are maintained chiefly out of the proceeds and a superior court, each county has a probate court, and some of a district school tax, which must not be less than $3.50 on towns as well as the cities have a municipal court. The supreme each $1,000 of assessed property. To this is added a “Literary court consists of a chief justice and four associate justices; the Fund” (designed originally for founding a college) from various superior court, of a chief justice and five associate justices. The sources. All children between the ages of 8 and 16 are required supreme court holds one general term each year at Concord and to attend either a public or an approved private school for the on the first Tuesday of every month except July and August sits full term unless they are more than 14 years old and have comto hear arguments, make orders and render decisions; the superior pleted the studies prescribed for the elementary schools, or have court holds one or two sessions a year in every county. Both of been excused by the school board on account of physical or
NEW mental infrmity.
HAMPSHIRE
The school enrolment, for the year ending
June 30, 1926 showed 745735 attending public schools and 26,231 attending parochial and private schools. Of the total public
school enrolment 59,671 were in the elementary grades, 12,114
m high schools and 2,950 In evening
schools.
The
one-room
schools of the State had an attendance of 12,039 pupils. The ‘otal expended on public education in 1926 was $7,933,669. The only State institutions of higher education are the Plymouth
Normal school (1870) at Plymouth, the Keene Normal school
TABLE SHOWING
DECREASE
IN AMOUNT
OF LAND
IN FARMS,
1900-1925
(1909) at Keene, and the University of New Hampshire, organized as a department of Dartmouth college in 1866, but reorganized as the New Hampshire College of Agriculture and Mechanical Arts and removed to Durham as a separate institution in 1891. It was given its present name in 1923 by an act of the legislature. Other institutions of higher learning in the State are Dartmouth college (non-sectarian, 1769), at Hanover, and Saint Anselm’s college (Roman Catholic, 1893), at Manchester. Charities and Corrections.—The State charitable and correctional institutions include the New Hampshire School for feeble-minded children, at Laconia; the New Hampshire Soldiers’ Home, at Tilton; the New Hampshire Industrial School, at Manchester; the New Hampshire Hospital for the Insane, and the State prison, at Concord; and the New Hampshire sanatorium for tuberculars, at Glencliff in the town of Warren. The State also makes annual appropriations for the care and education of blind and deaf and dumb persons in institutions outside of the State. Each county has an almshouse and house of correction.
Agriculture.—Agriculture on the farms of New Hampshire
still working has been greatly modified, the production of vegetables, fruits, dairy products, poultry and eggs largely supplant-
Ing the production
of cereals.
The
total acreage
in farms
decreased from 3,249,458 in 1910 to 2,262,064 in 1925. The farm acreage was then 39-:1% of the total land area. During the same period the number of farms decreased from 27,053 to 21,065,
and average acreage per farm from 120-1% to 107-4%. The value of all farm property, however, had increased from $103,704,196 to $107,084,055. Of the total number of farms in 1925 (21,065), 19,895 Or 94-4% were worked by owners or part owners, 1,014
by tenants and 156 by managers. The total value of all farm crops In 1926 was $19,600,000. Hay was the principal crop; in 1926 the acreage was 486,000 and the yield was 549,000 tons, valued at $10,311,000. Potatoes was the crop second in importance, valued at $3,086,000. The yield of fruit in 1924 included 1,327,820 bu. of apples and 3,116 bu. of peaches. Dairying has long been an important industry in New Hampshire. In 1924, the milk production was 38,149,067 gal. and the value of all dairy products was $7,791,159. The value of the poultry and egg product of 1924
393
was $6,456,790. The live stock on the farms of the State on Jan. I, 1927 included 29,000 horses, 20,000 sheep, 20,000 swine and 117,000 cattle. Potatoes are grown in large quantities north and west of the White mountains; and this district leads in the number of cattle and sheep. Forests and Fisheries.—Except on the summits of the higher mountains New Hampshire was originally an unbroken forest of which the principal trees were the white pine, hemlock, sugar maple, yellow birch, beech, red oak and white oak in the south, red spruce, balsam and white birch on the upper mountain slopes,
and red spruce, white pine, sugar maple, white spruce and white cedar in the other parts of the north. In the year 1925 the State forestry commission reported a timberland acreage of 4,434,793, Of which 1,012,753 ac. were in merchantable timber, 1,698,465 ac. in young growth and 1,723,575 ac. in which the timber stands were thin. Of this total 417,744 ac. or 9-42% were owned by the Federal Government and 20,538 ac. or -46%, by the State. The forests of the State produced, in 1925, 261,000,000 board feet of lumber and 217,489 tons of wood pulp. New Hampshire, with only one coastal county (Rockingham), was in 1924, the least important of the New England States with respect to her fisheries. The total yield of the fisheries amounted to 447,450 Ib. valued at $56,029. Lobsters contributed $40,000, or Over 70% of the value of this yield. Next in importance were haddock ($4,275), cod ($3,785) and soft clams ($3,600). Minerals.—The most important of the mineral products of New Hampshire, which has long been known as “the Granite State,” is granite, which is quarried in the southern part of the State in the area of Lake Winnepesaukee; gneiss, near Concord, Merrimac county, near Milford, Hillsboro county and east of Manchester in Rockingham county; in Sullivan county, near Sunapee; and in the east central region in Carroll county, near Conway and Madison. The value of stone quarried in New Hampshire in 1925 was $1,712,138, or approximately one-half of the total value of all mineral products of the State. Of this total ($3,464,837) the only other large items were clay products (valued at $828,541), sand and gravel ($316,248), crude feldspar ($278,736) and mica ($246,383). Mica, first mined at Grafton, Grafton county, in 1803, was later found in other parts of the State in such quantities that for 60 years New Hampshire was the largest producer of mica in the United States. Manufactures.—The value of the products for all manufacturing Industries of New Hampshire combined for 1919, 1924 and 1925 were $407,205,000; $333,124,503; and $327,400,651, respectively. The number of industries (1,499; 1,078; and 1,038) and the number of wage-earners (83,074; 75,310; and 66,658) showed a corresponding decrease. Textiles, and boots and shoes, which represented in 1923 more than one-half the total value, represented in 1925 approximately one-third the total. Cotton goods, the manufacture of which was introduced in 1804, was in 1925 the chief manufactured product. The 17 mills engaged in this industry emALL OTHER PRODUCTS ployed 14,745 wage-earners and $135, 012,607 had an output valued at $57,868,732. The manufacture. of boots and shoes, the industry second RELATIVE IMPORTANCE OF PRINin importance, was carried on in CIPAL MANUFACTURES, 1925 59 factories, gave employment to 12,275 wage-earners and had a product valued at $52,631,681. Other industries with a product exceeding $5,000,000 were: paper and wood pulp ($37,060,824), woollen goods ($28,906,292), lumber and timber ($12,621,867), knit goods ($9,789,550), foundry and machine shop products ($9,617,685), textile machines and parts ($6,934,488), and wooden boxes ($5,768,412). Most of the manufacturing centres of the State are south of Lake Winnepesaukee. An exception is Berlin, the chief manufacturing centre north of
the White mountains, important for its manufacture of paper and wood pulp.
304 Transportation.—With
NEW
HAMPSHIRE
the exception of the Grand Trunk
line in the northern part of the State the several steam railways are owned or leased by the Boston and Maine. This company was the first to operate a railway within the State, service being maintained between Boston, Mass., and Dover, N.H., as early as 1842. The steam railway mileage decreased from 1,256 to 1,234 during the decade 1915-25. The electric railway mileage in 1925 was 259. Since the first State highway aid law was passed in 1903, the amount spent by the highway department has increased annually. A total of $4,027,000 was expended by this department in 1925 for maintenance and construction of the State roads. History.—Martin Pring was at the mouth of the Piscataqua in 1603 and, returning to England in the same year, gave an account of the New England coast from Casco bay to Cape Cod bay. Samuel de Champlain discovered the Isles of Shoals and sailed along the New Hampshire coast in 1605, and much more information concerning this part of the New World was gathered in 1614 by Capt. John Smith, who in his Description of New England refers to the convenient harbour at the mouth of the Piscataqua and praises the country back from the rocky shore. Under the leadership of Sir Ferdinando Gorges there was formed in 1620 the Council for New England, which procured from King James I. a grant of all the country from sea to sea between 40° and 48° N. lat., and which made nine grants bearing upon the history of New Hampshire. The first of these grants was to John Mason, who has been called “the founder of New Hampshire,” on March 9, 1622. The name New Hampshire was first applied to a grant which lay between the Merrimac and Piscataqua, and given to John Mason on Nov. 7, 1629. The first settlement of which there is indisputable evidence was established in 1623 by David Thomson at Little Harbor, now in the town of Rye. Thomson was the head of a company which was organized for fishing and trading and whose entire stock was to be held jointly for five years. He built a house on Odiorne’s Point overlooking Little Harbor, and,
although he removed to an island in Boston Harbor in 1626, he may have continued to superintend the business of the company until the expiration of the five-year term. At least there was a settlement here which was assessed in 1628, and it may not have been completely abandoned when colonists sent over by the Laconia Company, which had received a grant on Nov. 17, 1620, arrived in 1630. The Laconia Company received its first grant under the erroneous Impression that the Piscataqua river had its source in or near Lake Champlain, and its principal object was to establish an extensive fur trade with the Iroquois Indians. The company sent aver colonists who occupied the house left standing by Thomson, and, not far away, built “Mason Hall” or the “Great House” in what is now Portsmouth, a name (for the entire settlement) that replaced “Strawberry Banke” in 1653. Edward Hilton with a few associates appears to have established a settlement on Dover Point about the time of Thomson’s arrival at Little Harbor, and in the Hilton grant of 1630 it is stated that he had already built houses and planted there; as early as 1630 this settlement was named Dover. In 1638 the Rev. Jobn Wheelwright, an Antinomian leader who had been banished from Massachusetts, founded Exeter on land claimed to have been bought by him from the Indians. In the same year Massachusetts encouraged friendly Puritans to settle Hampton on the same purchase, and about a year later this colony organized Hampton as a town with the right to send a deputy to the general court. Serious dissensions had already arisen between Puritan and Anglican factions in Dover, and Capt. John Underhill, another Antinomian, became for a time a leader of the Puritan faction. Puritan Massachusetts was naturally hostile to the Antinomians at Exeter as well as to the Anglicans at Strawberry Banke. Under these conditions Massachusetts discovered a new claim for its northern boundary. The charter of that colony was drafted under the impression that the Merrimac flowed east for its entire course, but now an investigation was in progress which was to show that its source in Lake Winnepesaukee was several miles north of any of the four settlements in New Hampshire. Accordingly, Massachusetts resolved to make the most of the clause in the charter which described the northern boundary as three English miles
north of the Merrimac river, “or to the northward of any and every part thereof,” to ignore the conflicting grants to Mason ang to extend its jurisdiction over the offending settlements.
The heirs of Mason protested, but little was done about the
matter during the period of country. Immediately after well, however, Robert Tufton proprietor), who had become
Puritan ascendancy in the mother the resignation of Richard Crom. Mason (a grandson of the original sole heir in 1655, began petitioning first parliament and later the king, for relief. The commission appointed by the king in 1664 to hear and determine complaints in
New England decided that Mason’s lands were not within the jurisdiction of Massachusetts, and made an attempt to set up a
government under which his claims could be tried, but this was a failure. Mason then petitioned again, and this time Massa-
chusetts was requested to send agents to England to answer his complaints. They arrived in Dec. 1676, and the case was tried before the Lords Chief Justices of the King’s Bench and Common Pleas in April, 1677. Mason presented no claim to the right
of government, and as to the title to the lands claimed by him the court decided that this was a question between him and the seyeral tenants to be determined by the local court having jurisdiction in such matters. Thereupon Mason, in Jan. 1679, petitioned the king to appoint a governor who should have jurisdiction over all the lands which he claimed, and on Sept. 18 of this year New Hampshire was constituted a separate province with a Government vested in a president and council appointed by the king and an assembly chosen by the people. This was the principal outcome of Mason’s persistent efforts to establish his rights to the land. From 1686 to 1689 New Hampshire formed a part of the Dominion of New England, which, after the first few months, was under Sir Edmund Andros as governor-general. There being no provincial authority in New Hampshire at the close of this period, a convention of the leading citizens of its four towns attempted to establish one. Upon the failure of this attempt, a temporary nominal union with Massachusetts was formed, but in 1692 Samuel Allen, the assign of Mason, caused a royal Government to be established with his son-in-law, John Usher, as lieutenant-governor, and during the remainder of the colonial era New Hampshire was separate from Massachusetts except that from 1699 to 1741 the two had the same governor. The boundary disputes between Massachusetts and New Hampshire were long and bitter. Both provinces granted townships within the disputed territory; Massachusetts arrested men there who refused to pay taxes to its officers, and sought to defer the settlement of the dispute. New Hampshire, being on the more friendly terms with the home Government, finally petitioned the king to decide the matter, and in 1737 a royal order referred it to a commission to be composed of councillors from New York, Nova Scotia and Rhode Island. This body agreed upon the eastern boundary but evaded deciding the southern one. Both parties then appealed to the king, and in 1741 the king in council confirmed the decision of the commission in regard to eastern boundary and established a southern boundary very favourable to New Hampshire. The western boundary was not yet defined, and as early as 1749 a controversy over that
arose with New York. The governor of New Hampshire granted in the disputed territory 138 townships which were rapidly settled, but there was a reluctance to incur the expense of a contest with so powerful a neighbour as New York. In 1764 New York procured a royal order declaring the western boundary of New Hampshire to be the western bank of the Connecticut river. At the outbreak of the Revolution New Hampshire had about 80,000 inhabitants, the great majority of whom were with the patriot or Whig Party during that struggle. By June, 1775, the once popular governor, Sir John Wentworth, was a refugee; on Jan. 5, 1776, the fifth Provincial Congress established a provisional Government; June 15 the first assembly elected under’ that Government declared for independence; and on Aug. 16, 1777, the important victory at Bennington was won by New Hampshire and Vermont troops under the command of Gen. John Stark, who had a commission from New Hampshire. Six States had ratified the Federal Constitution when the New Hampshire convention met at Exeter on Feb. 13, 1788, to accept or reject that instrument, and so
NEW great was the opposition
to it among
HARMONY—NEW
the delegates
from
the
central part of the State that after a discussion of ten days the
leaders in favour of ratification dared not risk a decisive vote, but procured an adjournment in order that certain delegates who had heen instructed to vote against it might consult their constituents.
Fight States had ratified when the convention reassembled at Concord on June 17, and four days later, when a motion to ratify was carried by a vote of 57 to 47, adoption by the necessary nine
States was assured.
National elections in New
Hampshire
were
carried by the
Federalists until 1816, except in 1804 when President Thomas Jetferson won by a small majority; but within this period of
Federalist supremacy in national politics the Democrat-Republicans elected the governor from 1805 to 1812 inclusive except in
1809. In 1816 the Democrats won both State and National elec-
tions; and out of the transition from Federalist to Democratic control, which was effected under the leadership of William Plumer (1750-1850), a prominent politician in New Hampshire, arose the famous Dartmouth College Case. As the trustees of this institution were Federalists with the right to fill vacancies in their number, the Democrats attempted to gain control by converting it into a State university and increasing the number of trustees, but when the case reached the U.S. Supreme
Court that body
pronounced (1819) the charter a contract which the Federal Constitution forbade the State to violate. Heretofore the Federalist régime had taxed the people to support the Congregational Church, but now the Baptists, Methodists and Universalists joined the Democrats, and in 1819 this State support was abolished by the “Toleration Act.” Because of Daniel Webster’s arguments in the Dartmouth College Case, and because his party had favoured the support of the Congregational Church by public taxation, he became very unpopular in this his native State. Accordingly, his
305
HAVEN
form a community after the manner of the primitive Christian Church, were persecuted in Germany, and in 1803-04 emigrated to Butler county, Pennsylvania. There they established in 1805 a community known as Harmony, consisting of some 600 persons, who held their property in common and in 1807 adopted celibacy. In 1814 Rapp sold most of his Pennsylvania land and bought about 24,735 ac. (in the next ten years more than 14,000 ac. in addition) on the Wabash river in Indiana Territory. In 1814-15 Rapp and a thousand of his followers settled on the Indiana tract, their headquarters being established at New Harmony or Harmonie as they called it. The settlers, mostly Germans, devoted themselves to agriculture, weaving and leather-working so industriously that they prospered from the start. Rapp, however, in 1825 disposed of his lands and property to Robert Owen, having returned with part of his followers to Pennsylvania and founded a new community known as Economy (g.v.), in Beaver county, where he died in 1847. Intent on founding a socialistic community, Owen went to the United States in 1824, and purchased Rapp's lands and live stock for $182,000. He -interested several wellknown scientists in his settlement, and with them came to New Harmony in the spring of 1826. Within six months the community numbered over 1,000. The greater part of the settlers, however, were impractical theorists or adventurers. Constitution after constitution was adopted, and with the adoption of each new constitution and with each new religious discussion a group would secede and form a separate community—in 1828 there were ten. The whole organization broke up in 1827, and Owen left New Harmony in 1828. The Working Men’s Institute Public library, founded in 1838 by William Maclure, had in 1907 18,000 volumes: the collection is rich in works dealing with socialism. See “The
Harmony
Society,”
German-American
Annals
(1904);
G. B. Lockwood and C. A. Prosser, The New Harmony Movement
denunciation of President Andrew Jackson’s bank policy added (1907); Meredith Nicholson, The Hoosiers (1901); Morris Hillquit, strength to the Jacksonian Democracy, and, later, his Whig con- History of Socialism in the United States (1903); Frank Podmore, Robert Owen (1906); and G. H. Holiday, “An Indiana Village, New nections were the greatest source of the Whig Party’s weakness in Harmony,” Indiana Historical Society Publications (1906). New Hampshire. John Quincy Adams was an intimate friend of NEWHAVEN, a seaport of Sussex, England, 56 m. S. from William Plumer, the Democratic leader, and carried the State both in 1824 and 1828. The Whigs never won a national or State London by rail, on the English Channel at the mouth of the election, and often their vote was only about one-half that of the Ouse. Pop. (1931) 6,790. The port is protected by fortifications. Democrats. But the Democrats broke into two factions in 1846 A harbour was first granted to Newhaven in 1713, and during the over the question of slavery (see HALE, JoHN PARKER); the early part of the 18th century it possessed a large shipping trade. American or “Know-Nothing” Party elected a governor in 1855 It is now a packet station with a daily service of fast steamers and 1856; and then control of the State passed to the Republican to Dieppe. The tidal harbour is enclosed by two piers and a Party which held it until the election of 1912 when the Democrats breakwater, the area being about 30 ac., and the quayage 1,400 carried the State for Wilson and elected Samuel D. Felker gov- yd. With France there is a large traffic in wines, spirits, silk, ernor. The Democrats were again successful in the presidential fruit, vegetables and general provisions. NEW HAVEN, the largest city of Connecticut, U.S.A., a election of 1916 (Wilson, 43,779, Hughes, 43,723), but did not port of entry, the county seat of New Haven county and the seat elect another governor until 1922. of Yale university; in the south-western part of the State, on BrprrocrapHy.—C. H. Hitchcock, Geology of New Hampshire (ConLong Island sound, 72 m. E.N.E. of New York city. It is on cord, 1874~78); W. Nutting, New Hampshire Beautiful (Farmington, Mass., 1923); and the Annual Reports of the Forestry Commission, Federal highway 1, and is served by the New York, New Haven
and the Fish and Game Commission; Government: J. F. Colby, Manual of the Constitution of the State of New Hampshire (Concord, 1902), containing an historical sketch of the Constitution of the State; the Manual for the use of the General Court; the Reports of the various State departments and boards; and L. S. Morris, The Government of New Hampshire (Concord, 1922). A bibliography of local history is found in O. G. Hammond’s Check List of New Hampshire Local History, published by the New Hampshire Historical Society in 1925. J. Belknap, The History of New Hampshire (Philadelphia, 1784-92) ; G. Barstow, The History of New Hampshire from its discovery, in 1614, to the passage of the Toleration Act, in 1819 (1853); New Hampshire Provincial, State and Town Papers (1867-1910); F. B. Sanborn, New Hampshire, an Epitome of Popular Government
and Hartford railroad, interurban trolleys, motor-bus and truck lines and coastwise steamers. Pop. (1920) 162,537 (28% forelgn-born white); (1930) 162,655. The city occupies 22-4 sq.m. at the head of a broad, deep bay, into which empty three small streams (the Quinnipiac, the Mill and the West rivers). Its site is a level, sandy plain, behind which rises a line of hills, terminating in two spurs, East Rock (360 ft. high) and West Rock (400 ft.), respectively 23 and 2 m. from the Green. On the central Green of 16 ac., reserved for the public when the town was laid out, are three churches built in 1814: Trinity (Protestant Episcopal), United (Congregational) and Center (Congregational; designed by Ithiel Towne). Facing
History of New Hampshire (1916-18) ; and the Collection of the New Hampshire Historical Society. (H. W. K.)
the Green are some of the buildings of Yale university (g.v.), a large hotel and the principal public buildings. The Harkness tower of the memorial quadrangle of the university can be seen from the Green, and near by is the old Grove Street cemetery,
(Boston, 1904) in the “American Commonwealths Series”; W. H. Fry, New Hampshire as a Royal Province (1908); E. S. Stackpole,
NEW HARMONY, a village in Posey county, Indiana, on the Wabash river, about 22 m. N.W. of Evansville. Pop. (1930) 1,022. Itis served by the Illinois Central railway. New Harmony
had its beginning in 1814-15, when it became the home of a com-
munistic religious sect known variously as the Harmonists, Harmonites and Rappites, founded in Germany towards the end of
the 18th century by George Rapp (1757-1847), a native of Iptingen in Wiirttemberg.
Rapp and his followers, who sought to
containing the graves of many famous Americans. The Yale Bowl (seating 78,000) is in the western part of the city. New Haven has long been called “the city of elms.” Parks, playgrounds and public squares cover 1,750 acres. In West Rock park is a cave where the regicide judges Whalley and Goffe are said to have been hid .for several weeks when pursued by royal offi-
306
NEW
HEBRIDES
cers in 1661. Nathan Hale park contains old Ft. Hale (used in | ney Blake, Charles Goodyear, Thomas Sanford, James Brewster, 1812), with its moat and defences well preserved. A large tract |David Bushnell, S. F. B. Morse, Elias Loomis, Chauncey Je. at Lighthouse point (the eastern end of the harbour) is developed
rome and Henry S. Parmelee;
and it was the home of Noah
lished in 1664. Among the newspapers are the morning JournalCourier (Independent, established 1766), the evening Regzster (Independent, 1812), the Times-Union and four Italian weeklies. Several scientific and learned periodicals are published here. New Haven is an important commercial and industrial city. The general offices of the New York, New Haven and Hartford railroad are here, and just outside the city is its Cedar Hill freight classification yard, covering 1,160 ac. The traffic of the harbour (nearly all domestic commerce) amounted to 1,282,776 tons in 1926, valued at $112,482,881. There are 277 wholesale houses, doing a large business. The manufacturing industries are widely diversified and highly specialized, with an output in 1927 valued at $124,033,830. Among the leading products are guns, ammunition, hardware and clocks. A coke plant manufactures gas which is piped to towns as far as Hartford. Bank debits in 1927 aggregated $1,289,211,000. The city’s assessed valuation for 1927 was $315,738,245. It operates under a mayor and aldermen form of government. The death rate is low. In the spring of 1638 a company of English Puritans, led by Theophilus Eaton and the Rev. John Davenport, established a settlement here. It was governed under a “plantation covenant” until June 4, 1639, when the “free planters” adopted a theocracy. In 1643-44 the towns of Guilford, Milford, Stamford, Branford and Southold on Long Island were admitted to the “New Haven Jurisdiction.” The government of the Jurisdiction was of the strictest Puritan type, but some of the 45 ‘“‘blue laws” ascribed to it were enactments of other New England Colonies, and some were pure invention. In 1664 New Haven, with the other towns (except Southold) of the Jurisdiction, became part of the Colony of Connecticut, and in 1784 it was chartered as acity. From 1701 to 1873 New Haven was one of the capitals of Connecticut. A State house (designed by Ithiel Towne after the temple of Theseus) stood on the Green, or market place, from 1827 until 1889. In 1716 the Collegiate School of Connecticut, which developed into Yale university, was moved to New Haven from Saybrook. After 1763 a thriving trade with the West Indies, Newfoundland and neighbouring ports on the Atlantic coast began to develop, which flourished, with some periods of depression, until the War of 1812; and after 1800 commerce sprang up with China, the East Indies, the Pacific and the South Seas. A collector of the port was appointed in 1760. In 1769 the merchants at a public meeting unanimously agreed not to import goods from England, but in June 1770, they renounced the agreement and voted to open the port. When the news of the embargo of Boston arrived, a committee of correspondence was formed at once; and through the Revolution the people supported the American cause with ardour, though there were many Loyalists in the town,
Santo in 1606, thought he had discovered the great southern con-
as a municipal bathing beach and seaside park. New Haven is | Webster and Willard Gibbs. NEW HEBRIDES, an island group in the western Pacific. the seat of a State normal school (established 1893), Albertus Magnus College for Women (Roman Catholic), Arnold College under French and British joint administration. Area aboy for Hygiene and Physical Education, New Haven college, and 5,700 sq. miles. Pop., natives about 60,000, Europeans 882, other Connecticut College of Pharmacy. The public school system in- nationalities 2,440. For full account of geography, etc., see cludes 60 grade and 4 high schools. There are eight parochial PACIFIC ISLANDS. HISTORY schools, and a number of widely-known private academies for boys and for girls, including the Hopkins Grammar school, estabThe Portuguese Pedro Fernandez de Quiros, sighting Espirity
75 of whom had property confiscated. On July 5, 1779, the town was invaded and sacked by Gen. Tryon, but he was driven out before he could burn it. When the War of 1812 opened there were fully 600 seamen in the city (among them Captain Isaac Hull), all engaged in privateering or in the regular naval service of the United States. Manufacturing began early. Shoes were shipped from the town in 1647 and iron works were opened in 1656. The loss of foreign trade through the War of 1812, the opening of the Farmington canal in 1828, and the building of the railroad in 1833-38 gave such impetus to industrial
development that manufacturing rapidly became the chief interest of the city. In 1820 the population was 8,327; in 1860, 39,257; in 1900, 108,027. New Haven has been the birthplace or the home of many inventors, including Eli Whitney, Eli Whit-
tinent then believed to exist, and named it Australia del Espiritu Santo. Louis de Bougainville visited the islands in 1768, and Captain Cook, who gave them the name they bear, in 1774. The subsequent visits of several explorers, the exploitation of the
sandal-wood, and other products by traders and the arrival of missionaries helped to open up the islands and to give them a
certain commercial importance by the middle of the roth century, Trade was mainly with New Caledonia, and France was thus indicated as the dominant power in the New Hebrides; even British planters pressed France to annex the islands in 1876, but in the following year some of the missionaries urged the same course on England. In 1878 the islands were declared neutral by Great Britain and France. The presence of British and French settlers under independent authority led to unsatisfactory administration, especially in regard to the settlement of civil actions and jurisdiction over the native population. As to the establishment of commercial supremacy, French interests clashed with Australian, and in 1882 M. John Higginson of New Caledonia
(d. 1904) consolidated the former by founding the trading society which afterwards became the Société française des Nouvelles-Hébrides. In 1886 one of the most serious of many native outbreaks occurred, necessitating a French demonstration of force from New Caledonia. An Anglo-French convention of Nov. 16, 1887, provided for the surveillance of the islands (protection of life and property) by a mixed commission of naval officers. The Anglo-French agreement of 1904 had a clause providing for an arrangement for proper jurisdiction over the natives and for the appointment of a commission to settle disputes between British and French land owners. On Oct. 20, 1906, a convention was signed in London, confirming a protocol of the preceding Feb. 27, and providing that “the group of the New Hebrides, including the Banks and Torres Islands,” should form ‘a region of joint influence,” in which British and French subjects should have equal rights in all respects, and each power should retain jurisdiction over its own subjects or citizens. The claim of other powers to share the joint influence was excluded by the provision that their subjects resident on the islands must be under either British or French jurisdiction. A British and a French
high commissioner were appointed, each assisted by a resident commissioner; provision was made for two police forces of equal strength, and the joint naval commission of 1887 was retained for the purpose of keeping order. The high commissioners were given authority over the native chiefs. A joint court was established, consisting of two judges, appointed respectively by Great Britain and France, and a third, to be president, and not a British subject or French citizen, appointed by the king of Spain. The convention provided against the establishment of a penal settlement and the erection of fortifications. This convention was bitterly criticized in Australia on the ground that many of the provisions which nominally established equality between British and French would operate in practice to the advantage of the French; and there was no little dissatisfaction on the ground that the Australian Government was neither represented at the preliminary conference, nor fully consulted during the negotiations. A second protocol of Aug. 1914, ratified by France and England on March 18, 1922, guaranteed British, French and native interests, fixed the conditions of landtenure and provided regulations for the recruiting of native
labour.
Cannibalism still prevails on Espiritu Santo, Malekula
and Pentecost Islands.
NEW IBERIA—NEW JERSEY 1906); and See Parliamentary Papers, France, No. 1 (1888 and (Cd. 3288) relating to the Convention... .” “Correspondence (1907); M. Johnson, Cannibal Land (New Hebrides) (1922). (See also PactFIc OCEAN.)
NEW IBERIA, a city of southern Louisiana, U.S.A., 125 m. W. of New Orleans, on Bayou Teche and Federal highway 90; i the county seat of Iberia parish. It is served by the Missour
307
third belt, called the Triassic Lowland, occupies about one-fifth
of the surface of the State. Its north-western border is marked , by a line drawn south-west across the State through Pompton Morristown, Lebanon and Highbridge to the Delaware; its southThe eastern border by a line drawn from Woodbridge to Trenton. surface is irregular, with altitudes ranging from about sea-level to goo feet. A noteworthy feature of this area is the series of
s Pacific and the Southern Pacific railways, and by river steamer is region This 1930. in 8,003 1920, In 6,278 Pop. barges. and
the home of the “Acadians” from Nova Scotia, a picturesque and rich agricultural country. Within a few miles are Avery, Jefferson and Weeks islands, all of which have great salt mines. On
Jefferson island was the former home
(Bob Acres) of Joseph
Jefferson, and on Avery there is a large bird refuge. The city was
laid out in 1835 and chartered in 1839.
NEW IRELAND, an island of the Bismarck archipelago,
lying east of New Guinea, in the Pacific ocean, and north-east of New Britain, practically at right-angles to its northern end (Ger-
man, Neu-Mecklenburg;
row, very mountainous rivers of any size.
native, Tombara).
It is long and nar-
(maximum height, 6,500 ft.), with no
Geologically, it is older than New Britain
(q.v., see also New GUINEA), but it has not the definite volcanic appearances of that island. The coast line is fairly even, and there are good harbours at Kaewieng, Namatanai and Muliama. It is divided into two districts, northern (Kaewieng), and southern (Namatanai), the latter including the small island of New Hanover. Kaewieng is a port with a wharf capable of berthing ships up to 2,000 tons, and has substantial government buildings. There
i-Paterson
2-Hackensack 3-Dover 4-Morristown 5-Newark 6-Jersey City 7-Bayonne 8-Elizabeth 9-Rahway 10-Phillipsburg > 11-Somerville J 12-New Brunswick 13-Perth Amboy 14-Long Branch cf 15-Asbury Park 16-Camden
ANIA
= 17-Salem
18-Bridgeton 19-Millville LJ 20-Atlantic City 21-Ocean City 22-Cape May
are fair roads in many places, and there is steamer communication with New Britain and the mainland. The natives resemble those of New Britain. New Ireland formed part of German New Guinea; it was captured by Australian forces in 1914, and was mandated by the League of Nations to Australia, by which country it is now administered. The island was seen by Jacob Lemaire and William Cornelis Schouten in 1616, recognized as separate
pA
ELAN,
from New Guinea by Dampier, in 1700, and by Philip Carteret, in 1767, as being separate from New Britain.
NEW JERSEY, popularly known as the “Garden State,” is
one of the Atlantic coast States of the American Union, lying between 41° 21’ 22-6” and 38° 55’ 40” N. lat., and 75° 35’ and 73° 53’ 39 W. longitude. It is bounded, north by the State of New York, east, by the Hudson river, which separates the State from New York, and by the Atlantic ocean; and south and west by the Delaware bay and river, which separate New Jersey from Delaware and Pennsylvania. All the boundaries except the north-
ern are natural. New Jersey has an extreme length, north and south, of 166 m., an extreme width, east and west, of 57 m. anda total area of 8,224 sq.m., of which 710 sq.m. are water-surface. Physical Features.—There are within the State four distinct topographic belts—the Appalachian, the Highlands, the Triassic Lowland and the Coastal Plain. The folded Appalachian belt crosses the north-west corner of the State, and includes the Kittatinny mountain and valley. The mountain has a north-eastsouth-west trend, crossing the Delaware river at the Delaware Water Gap and continuing south-west into Pennsylvania. Where the crest of the ridge enters the State its elevation Is 1,539 ft; 1,805 it; at High Point, 14 m. S.W., the ridge attains a height of the highest point within the State. A short distance south-west of this point, in a depression in the crest, is Lake Marcia, at an elevation of 1,570 feet. At the Water Gap the ridge is cut through to its base, and the Delaware river flows through the opening.
This gap, goo ft. wide at the base and 4,500 ft. wide at the top, with sides rising very abruptly to a height of 1,200 ft. and more,
is an impressive sight. The Kittatinny valley, south-east of and parallel to the Kittatinny range, is about 40 m. long and 12 m. wide and has an average elevation of 700 feet. South-east of the Kittatinny valley, and parallel with it, lies
the second topographic belt, the Highlands. This region embraces an area of goo sq.m., having a length, north-east to south-west, of 60 m. and a width varying from 9 to 18 miles. It consists of an upland plateau now dissected by streams into a series of ridges. The average elevation of the Highlands is about 1,000 feet. The
DELAWARE MARYLAND 40
MAP
SHOWING
THE
MAIN
ROADS
IN NEW
50 MILES
JERSEY
trap rock ridges. The best known of these is the Palisades ridge, or simply the Palisades, which lines the western bank of the Hudson river. The trap extends to the Kill van Kull channel, and includes, among other ridges, the so-called First and Second Watchung (or Orange) mountains west of the group of suburbs known as the “Oranges.” South-east of the Triassic Lowland lies area the fourth topographic belt, the Coastal Plain, containing an of 4,400 sq.m., or slightly more than one-half the entire surface of the State. This belt, bordered on the east, south and west by water, is highest near its centre and lowest along its margins. twoOne-third of the Coastal Plain is below 50 ft. in altitude; a fifths are between ṣo and roo ft.; and somewhat more than oneAbout . sea-level above ft. roo over is area the of fourth eighth of the area consists of tidal marsh, lying chiefly between and the long sandy ridges or barrier beaches of the Atlantic coast 250 is n elevatio average the State entire the For the mainland. feet. The four topographic belts of the State correspond very closely the to the outcrops of its geological formations; the rocks of Appalachian belt being of Palaeozoic age; the formation of the Highlands, Archaean; that of the Triassic Lowland, Triassic; that of the irregular hills of the Coastal Plain, Cretaceous and Tertiary. The great terminal moraine of the glacial epoch crosses an the north-east-south-west topographic belts of the State, in irregular line west and north-west, from Staten Island, N.Y. The Delaware river, from its junction with the Neversink creek to the capes, flows along the western and southern borders of the State for a distance of 245 m., and has a total drainage is area in New Jersey of 2,345 sq. miles. Of equal importance
NEW JERSEY
308 the Hudson,
whose
lower
waters,
forming
the north-eastern | only other Constitution under which the State has been governed
boundary of New Jersey for a distance of 22 m., drain a very , was that of 1776. The right of suffrage is conferred upon al small part of the State, but have contributed materially to the | citizens of the U.S., 21 years of age and over, who have resided in State’s commercial development. Of the streams of the High- the State for one year and in the county for five months Preceding lands and the Triassic Lowland, the Passaic river is the most the election. The executive power is vested In a governor, who important. Rising in the north-east—in the sovthern part of is elected for a term of three years and may not serve two suc. Morris county—it pursues a winding north-easterly course, passing cessive terms, though he may be re-elected after he has been out through a gap in the trap rock at Little Falls, and by means of a
cascade and a mile of rapids descends 40 feet. At Paterson (g.v.), 3 m. farther, the stream passes through a crevasse in the trap rock and has a sheer fall of 70 ft. (the Great Falls of the Passaic). The stream then makes a sharp bend southward and empties into Newark bay. The Passaic and its small tributaries drain an area of about 950 sq. miles. The Hackensack river enters the State about 5 m. W. of the Hudson river, flows almost parallel with that stream, and empties into Newark bay, having a length of 34 m. and a drainage area of zor sq. miles. The Raritan river, flowing eastwardly through the centre of the State, is the largest stream lying wholly within New Jersey, and drains 1,105 sq. miles. Among the Highlands are numerous lakes, which are popular places of resort during the summer months. Of these the largest and the most frequented are Lake Hopatcong, an irregular body of water in Morris and Sussex counties, and Greenwood lake, lying partly in New York and partly in New Jersey. The soils of the State exhibit great variety. Those of the northern and central sections are made up in part of glacial drift; those of the south are sandy or loamy, and are locally enriched by deposits of marl. The most fertile soils of the State lie in the clay and marl region, a belt from ro to 20 m. wide extending across the State in a general south-westerly direction from Long Branch to Salem.
Climate.— Between the extreme northern and southern sections of the State there is a greater variation in climate than would naturally result from their difference in latitude. This is due to the proximity of the ocean in the south and to the relatively high altitudes in the north. The mean annual temperature ranges from 49-:2° F at Dover, in the north, to 55-4° at Bridgeton, in the south. At Dover the mean for the winter is 28°, with an extreme
minimum recorded of —13°; and the mean for the summer is 70°, with an extreme maximum recorded of 102°. At Atlantic City the mean annual temperature is 52°; for the winter it is 34°, with an extreme of —7°; and for the summer, 70°, with an extreme of 104°. The beaches of New Jersey have rapidly built up with towns and cities that have become popular summer resorts -——among the best known of these are Long Branch, Asbury Park, Ocean Grove, Atlantic City (also a winter resort) and Cape May. The normal annual precipitation is 47-7 in., varying from 46-6 in. on the sea-coast to 49-1 in. in the Highlands and the Kittatinny valley. :
INHABITANTS
GRAPH
SHOWING
GROWTH
OF
POPULATION
OF
NEW
JERSEY,
1790-1920
of office for a full term. He receives a salary of $10,000 a year. If the governor die, resign or be removed from office, or if his office be otherwise vacant, he is succeeded by the president of the senate, who serves until another governor is elected and qualified. The governor’s appointive power is unusually large. With the
advice and consent of the State senate, he selects the secretary of State, attorney-general, superintendent of public instruction, chancellor, chief justice, judges of the supreme, circuit, inferior and district courts, and the so-called “lay” judges of the court of errors and appeals, in addition to the minor administrative officers. The State treasurer, comptroller and commissioners of deeds are appointed by the two houses of the legislature in joint session. The legislative department consists of a senate and a general assembly. In the senate each of the 21 counties has one representative, chosen for a term of three years, and about one-third of the membership is chosen each year. The members of the general assembly are elected annually, are limited to 60, and are apportioned among the counties according to population, with the important proviso, however, that every county shall have at
least one member.
The annual salary of senators and members
of the general assembly is $500. The governor may (since 1875) veto any item in any appropriation bill, but any bill Population.—The population of New Jersey at certain (or item) may be passed over his veto by bare majorities of all selected censuses was as follows: 184,139 in 1790; 211,149 in members elected to each house. Bills not returned to the legis1800; 489,555 in 1850; 1,131,116 in 1880; 1,444,933 in 1890; lature in five days become law, unless the legislature adjourns in 1,883,669 in 1900; 2,537,167 in 1910; and 3,155,900 In 1920, or the meantime. Amendments to the Constitution must first be an increase of 24-4% during the last decade. The State’s rank in passed by the legislature at two consecutive sessions (receiving population was, in 1920, tenth among the States of the Union. a majority vote of all members elected to each house), and then In 1930 the population was 4,041,334, an increase of 885,434 or be ratified by the voters at a special election. The judicial system is complex and is an interesting develop28-1%, making the State ninth in order. Of the native-born white population in 1920, 1,212,675 were of native parentage, ment from the English system of the 18th century. At its head is 820,058 were of foreign parentage and 256,741 were of mixed a court of errors and appeals composed of the chancellor, the parentage. The negro population was 117,132 or 3-7% of the justices of the supreme court and six specially appointed justices. whole. Among the various elements comprising the foreign-born The latter serve for a term of six years and receive a salary of population (738,613) were 157,285 Italians; 92,382 Germans; $40 per day. The supreme court consists of a chief justice and 90,419 Poles; 73,527 Russians; 65,971 Irish; 46,787 English. eight associate justices appointed by the governor for seven New Jersey, with 537-8 inhabitants per square mile, ranks second years. The chief justice receives an annual salary of $19,000; among the states in density of population. The urban popula- the associate justices each receive $18,c00 annually. The circuit tion (in places of 2,500 or more) was 82-6% of the total. The court has concurrent jurisdiction with the supreme court except principal cities in 1930 were Newark (442,337), Jersey City in criminal cases. The 12 circuit court judges are appointed by (316,715), Paterson (138,513), Trenton (123,356), Camden the governor for a term of seven years, and receive an annual (118,700), Elizabeth (114,589), Bayonne (88,979), East Orange salary of $16,000. The court of common pleas, which may be held either by the judge of the court of common pleas (county) (68,020), Atlantic City (66,198), Passaic (62,959). Government.—The State is governed under the Constitution or by a justice of the supreme court, may hear appeals from the of 1844, with subsequent amendments of 1875 and of 1897. The “small cause court,” and has original jurisdiction in all civil
NEW JERSEY
399
portions State funds. All children between the ages of five and 20 are entitled to attend the public schools in the district in which they reside. Attendance at either of public or private school every day such school is in session is required of all children between ‘hose of treason or murder. The court of oyer and terminer is a the ages of seven and 16, unless taught at home or physically or higher criminal court, and has cognizance of all crimes and offences mentally unfit to attend. Children between the ages of 14 and 16 whatever. This court 1s composed of any supreme court justice who have completed five grades may be granted a certificate perand the judge of the court of common pleas. Writs of error in mitting them to work, but they must attend a continuation school. cases punishable with death are returnable only to the court of A pension and annuity fund law provides for teachers after reacherrors and appeals. The orphans’ court has jurisdiction over ing 62 years of age or after 35 years of service. In 1925—26 the total enrolment of pupils was 744,266. The wills, the right of administration and guardianship, etc., but it may refer any matter coming before it to a master in chancery. The number of teachers was 24.405; of school buildings, 2,240. Nearly court of chancery is administered by a chancellor, ten vice-chan- one-half of the pupils received manual or industrial training of cellors and numerous masters in chancery. Besides the ordinary some sort. The total expenses of operating the public schools in chancery jurisdiction it hears all applications for divorce or 1925-26 was $76,034,727. Of this amount, $57,111,205 were for nullity of marriage. The chancellor, who is appointed by the instruction and maintenance and $18,923,522 were for construcgovernor for a term of seven years, receives an annual salary of tion and repairs. The average salary paid teachers, exclusive of $19,000. Vice-chancellors are appointed by the chancellor for superintendents and assistant superintendents, was $1,852. The term of seven years, and receive $18,000 annually. The district private and parochial schools in 1924, according to the Statzstical court is composed of 31 judges appointed by the governor for a Abstract, had an enrolment of 41,214 pupils. In addition to the regular public schools, the State maintains term of five years. The jurisdiction of this court is limited to the county in which it is held; it has authority over suits of a civil normal schools at Trenton, Montclair, Newark, Paterson and nature in which the sum involved does not exceed $500. Each Glassboro, a school for the deaf at Trenton, and a Manual Train- . county has a surrogate whose duties mainly relate to will cases. ing and Industrial School for Colored Youth at Bordentown. An In each township there are from two to five justices of the peace, agricultural college and experiment station has long been mainand in cities, police justices. Suits involving not more than $200 tained in connection with Rutgers college, now Rutgers university, at New Brunswick. In 1918 the legislature designated Rutgers and minor offenses may be tried in justice’s or police courts. For the purposes of local Government the State is divided into as the State University of New Jersey. The New Jersey College counties (21), cities, townships, towns and boroughs. The Govern- for Women affiliated with the State university was opened in ment of the towns is administered through a council, clerk, col- Sept. 1918. There are industrial schools in Newark, Hoboken and lector, assessor, treasurer, etc., chosen by popular vote; that of Trenton supported in part by the State. Among the institutions the townships is vested in the annual town meeting, at which of higher education not receiving State aid are Princeton univeradministrative officers are elected. Any township with more than sity (g.v.) at Princeton; Stevens Institute of Technology at 5.000 inhabitants may be incorporated as a town, with its Government vested in a mayor and council. Any township or part thereof with less than 4 sq.m. of territory, and less than 5,000 inhabitants, may be incorporated as a borough, with its Government vested in a mayor and council. In rorz a law was passed allowing cities to CRANBERRIES adopt a commission form of Government; in 1923 the city man14. ager form was authorized. % Finances.—The State board of taxes and assessments was created in 1915 by the consolidation of the board of equalization of taxes and the State board of assessors. This board in 1928 had TOMATOES ASPARAGUS SNAP BEANS PEPPERS charge of the carrying into effect the laws levying a tax on the (CROP MARKETED FOR FRESH CONSUMPTION, NOT FOR CANNING) gross receipts of gas and electric corporations and of street railway corporations at the average tax rate of the State, in lieu of the tax on property at the local rate; the assessing of all railway and canal companies within the State; the assessing of a State franchise tax against miscellaneous corporations; and the equalization of assessments in the various counties and taxing districts. PETROLEUM GOLD. SILVER & PLATSMELTING REFINING INUM REDUCING & REFINING The net assessed valuation of real and personal property, exclusive FINI matters except those involving thetitle of real estate. The court
of quarter sessions, which may likewise be held by either the judge of the court of common pleas or by a Justice of the supreme court, has jurisdiction over all criminal cases except
WY?
of bank and trust company stock, in 1926 was $5,443,448,817; the State tax rate was $3-615 on each $100 of valuation. In the State fund, the total receipts for the year ending June 30, 1926 were $28,142,921, and the total disbursements, $27,825,430. The bonded indebtedness of the State on June 30, 1926 was $67,116,ooo distributed as follows: soldiers bonus bonds, $12,000,000; State highway extension bonds, $34,000,000; State highway road bonds, $14,000,000; State highway bridge bonds, $7,000,000; and State certificates issued to the Agricultural college, $116,000.
Education.—The Russell Sage Foundation, after an exhaustive
examination of the public-school system of the various States, ranked New Jersey in 1920 first among the States east of the Mississippi river, and fourth in the whole country. The publicschool system is administered under the direction of a State board of education and a commissioner of education. The former consists of ten members, not more than one of whom shall be
from the same county and not, more than five from the same political party.
At least two of the members
must be women.
The commissioner of education is appointed by the governor and confirmed by the senate. He decides controversies that arise under the school law, appoints county superintendents, and ap-
Woe REFINING (NOT& FROM THE ORE)
SILK
DYEING
MANUFACTURES
& FINISHING TEXTILES
SOAP
OF COPPER
$7 CHEMICALS
POTTERY
(INCLUDING PORCELAIN WARE)
PROPORTION OF TOTAL U.S. PRODUCTION OF CERTAIN CROPS AND MANUFACTURED PRODUCTS PRODUCED IN NEW JERSEY Hoboken; Upsala college at East Orange; Seton Hall college at South Orange; St. Joseph’s college at Princeton; Georgian Court college at Lakewood; College of St. Elizabeth at Convent Station; Alma college at Zarephath; New Jersey Law school at Newark; Drew Theological seminary at Madison; Princeton Theological seminary at Princeton; and Immaculate Conception Theological seminary at South Orange. Charities and Corrections.—The State supports the following charitable and correctional institutions all under the supervision of the State department of institutions and agencies: hos-
310
NEW JERSEY
pitals for the insane at Trenton and Greystone Park; a sanatorium for tuberculous diseases at Glen Garden; a village for epileptics near Skillman; a home for feeble-minded women at Vineland; State colonies for feeble-minded males at New Lisbon and Woodbine; a home for disabled soldiers at Kearny; a home for disabled soldiers, sailors and their wives at Vineland; a reformatory for women, near Clinton and a similar institution for men at Rahway; a State home (reform school) for boys, near Jamesburg, and for girls, near Trenton; and a State prison at Trenton. Agriculture.-The farm acreage of New Jersey steadily decreased between 1900 and 1925, the total acreage for these years being respectively 2,840,966 and 1,924,545. During the same period the number of farms decreased from 34,294 to 29,671. The average size of the farms was 64-9 ac. in 1925 as compared with 82 ac. in 1900. Only 4,723 or 15-9% of the total number of farms were operated by tenants. The value of all farm crops in 1926 was $53,100,000 as compared with $60,100,000 in 1925. In 1926, according to the Year Book of the U.S. department of agriculture, the principal field crops were: potatoes, 7,250,000 bu. ($11,237,500); hay, 416,000 tons ($8,187,300); Indian corn, 8,648,000 bu. ($6,918,400); wheat, 1,320,000 bu. ($1,742,000);
oats, 1,650,000 bu. ($825,000) and rye, 779,000 bu. ($740,150).
Industry
Wage-earners
| Value in dollars fe
Petroleum refining . Smelting and refining cop-
per . Silk manufacturing
i
3,362
:
28,196
:
23,800
Electrical machinery and apparatus
Chemicals .
Foundry and machine shop products Motor vehicles
.
.
Dyeing and finishing textiles.
.
.
Worsted goods . Cigars and cigarettes
9,198
$297,288,102
224,039,089
|
190,712,304, 151,471,610
!
11,722
122,699,466,
19,149 4,847
ILO, 202,345 101,519,589
19,270
92,442,884
|
8,739
67,745,767
|
13,727
78,082,704
|
|
Other manufactures valued in 1925 at more than $50,000,000 were: canning and preserving fruits and vegetables; gold, silver and platinum, reducing and refining; bread and bakery products; rubber goods; paints and varnishes; and soap. Minerals.—The total value of the State’s mineral products was $76,752,288 in 1925. The value of clay products in 1924 was $46, 414,167. Of this total, the value of pottery was $25,968,314, and of brick and tile $20,445,851. The zinc output of the State in 1924 was 84,370 short tons, valued at approximately $12,800,000. In Warren and Sussex counties are abundant materials for the
New Jersey ranks among the leaders in the commercial production of many fruits. The fruit and vegetable crops have a total annual value of approximately $25,000,000. In the production of peaches (3,000,000 bu. in 1926), New Jersey is outranked by California manufacture of Portland cement. In 1925, the chief stone products were trap rock, limestone, sandstone and granite, having a and Georgia only. The number and value of each of the various classes of live total value of $3,656,943. The manufacture of iron in New Jersey stock in the State on Jan. 1, 1927, were as follows: dairy cattle, dates from 1674, when the metal was reduced from its ores near 119,000 ($13,090,000); other cattle, 38,000 ($1,790,000); swine, Shrewsbury, Monmouth county. The product of the iron mines 60,000 ($1,260,000); sheep, 6,000 ($71,000); horses, 54,000 in 1925 was only 164,523 long tons, valued at $678,021. Transportation.—The total railway mileage of New Jersey on ($5,908,000); mules, 5,000 ($590,000). The dairy industry is confined chiefly to the production of milk for consumption in New Jan. 1, 1926, according to the Interstate Commerce Commission, York, Philadelphia and other large cities. The value of dairy was 2,292 as compared with 2,352 in 1920. Owing to its geoproducts in 1924 was $15,087,874. Poultry-raising also is an im- graphical position, the State is crossed by all railways reaching portant industry; in 1924 the value of all chickens raised and New York city from the south and west, and all those reaching Philadelphia from the north and east. The eastern terminals of eggs produced was estimated at $18,763,344. Manufacturing.—Manufacturing has long been the leading the southern and western lines running from New York city are industry of New Jersey. In 1925 the value of the products of the situated on the western shore of the Hudson river, in Jersey City, State’s 8,204 manufacturing establishments was $3,539,181,253; Hoboken or Weehawken; whence passengers and freight are carried by ferry to New York. An exception is the Pennsylvania wages paid to 425,377 employés amounted to $576,235,826. New Jersey ranked first among the States in the refining of petroleum, railway which has constructed a tunnel under the Hudson river, in the smelting and refining of copper, in shipbuilding, in dyeing and established a terminal on Manhattan island. Jersey City and finishing textiles, in the manufacture of silk goods, phono- and Hoboken are also connected with New York by electric graphs and upholstering materials. The State’s industrial impor- railway tunnels under the Hudson river; the Holland Vehicular tance is due, in a great part, to the excellent transportation tunnel connects lower New York city with Jersey City. The 21 facilities, and to the proximity of large markets and of great electric railway companies within the State operated 1,434 m. of natural resources, such as the clays of‘New Jersey and the coal track in 1926. New Jersey was the first state in the Union to pass (1891) a and iron of Pennsylvania. The chief manufacturing centres in 1925, as judged by the value of their products, were: Newark State aid highway act. Since that early beginning, New Jersey has ($238,119,543), Jersey City ($139,234,933), Paterson ($94,626,- spent many millions of dollars in constructing and maintaining 268), Camden ($81,703,257), Trenton ($63,545,450), Bayonne a State highway system, which on Jan. 1, 1927 consisted of 1,458 miles. Of this total 1,297 were surfaced. In 1926 a total of 657, 374. motor vehicles were registered. UNITED STATES - $543 The water-borne commerce of New Jersey in 1926, exclusive of that of Hoboken and Jersey City which is included in the port of New York, was 1,539,468 cargo tons of imports and 402,892 NEW JERSEY’ $983 cargo tons of exports. The chief ports were Bayonne, Newark, Perth Amboy and Carteret. VALUE OF MANUFACTURES OF NEW JERSEY PER CAPUT COMPARED WITH History.—The earliest inhabitants of New Jersey of whom THAT FOR THE U.S. (1925) there is any certain record were the Lenni-Lennapé or Delaware ($53,762,760), Kearny ($49,598,897), Elizabeth ($45,060,486), Indians, a branch of the Algonkin family. They were most Passaic ($39,140,591) and Perth Amboy ($34,685,343). Newark numerous in the southern and central portions of the State, is the centre for electrical machinery, paints and varnishes, jew- preferring the river valleys. In the year 1758 an Indian reserelry, tanning and finishing leather, chemicals, and bread and vation, said to have been the first established within the present bakery products. Paterson’s chief industries are the dyeing and limits of the United States, was established at Edgepelick or finishing of textiles and the manufacture of silk. Jersey City is Brotherton (now called Indian Mills) in Burlington county. The first authenticated visit ofa European to what is now New the centre of the State’s slaughtering and meat packing industry. Trenton is famous for its pottery and porcelain ware. The ten Jersey was made under French authority by Giovanni da Verprincipal industries of New Jersey, based on the value of their razano, a Florentine navigator, who in the spring of 1524 sailed within Sandy Hook and dropped anchor in the waters of upper products in 1925, were as follows:
NEW JERSEY
HISTORY]
New York bay. In the following year Estevan Gomez, a Portuquese sailor in the service of the emperor Charles V., is said to
have made note of the Hudson and Delaware rivers. Voyages to this region for exploration, trade and settlement, however, may he said to have really begun with the year 1609, when Henry Hudson explored the region between Sandy Hook and Raritan bay and sailed up the river which now bears his name.
Cornelis Jacobsen Mey explored vears later Cornelis Hendricksen stream. In 1623 the first party rived at New Amsterdam, and a
In 1614
the lower Delaware, and two more thoroughly explored this of permanent homeseekers arportion of these formed aset-
Hement on the eastern bank of the Delaware and built Ft. Nassau near the site of the present Gloucester City. On the western bank of the Hudson the trading post of Hobocanhackingh, on the site of the present city of Hoboken, was established at an early date.
From these places and from New Amsterdam the Dutch spread into the Raritan valley. In the meantime
colonists of another nationality had set foot
on the shores of the lower Delaware. In 1638, 50 Swedish colonists landed on the western bank of the Delaware and built Ft. Christina on the site of the modern Wilmington. Five years later, on the eastern bank a triangular fort, called Elfsborg, was constructed near the present Salem. But the Swedish rule was shortlived, as in 1655 the settlements surrendered to Peter Stuyvesant and passed under the control of the Dutch.
On March 12, 1664, Charles II. granted to his brother James,
duke of York, all the lands between the Connecticut river and the eastern side of Delaware bay, as well as all the islands between
Cape Cod and the Hudson river.
An expedition was sent from
England in May, under the command of Richard Nicolls, and in the following August the English flag floated over New Amsterdam. In October, Sir Robert Carr took possession of the settlements on the Delaware, and terminated the rule of the Dutch. The few inhabitants of what is now New Jersey acquiesced in the new order.. While the expedition commanded by Nicolls was still at sea, the duke of York, by deeds of lease and release, transferred to Lord John Berkeley, baron of Stratton and Sir George Carteret (g.v.), all that part of his new possessions extending eastward from the Delaware bay and river to the Atlantic ocean and the Hudson river, and northward from Cape May to a line drawn from the northernmost branch of the Delaware, ‘which is 41° 40° lat.,” to the Hudson river in 41° N. latitude. To this tract the name of Nova Caesarea, or New Jersey, was given in honour of Carteret, who governed the isle of Jersey in 1643-51. In order to attract immigrants, the proprietors in Feb. 1665 published their “Concession and Agreement,” by which they made provision for a governor, a governor’s council, and an assembly chosen by the freemen and having the power to levy taxes. Special inducements in the way of land grants were offered to persons embarking with the first governor. In the meantime Governor Nicolls of New York, ignorant of the grant to Berkeley and Carteret, had approved certain Indian sales of land to settlers within New Jersey, and had confirmed their titles to tracts in what became known as Elizabethtown, Middletown and Shrewsbury. In 1669 trouble arose between the proprietary governor and the inhabitants of the towns of Shrewsbury and Middletown
311
member of the Society of Friends, and Edward Byllynge (d. 1687), a Quaker merchant. Financial embarrassments soon caused Byllynge to assign his share in trust for his creditors to three Quakers, William Penn, Gawen Lawrie and Nicholas Lucas. Later they acquired Fenwicke’s share also. The Quakers then
set about seeking a division of the province more to their advantage and, Sir George Carteret having been persuaded by the duke of York to surrender his grant of July 1674, the so-called “quintipartite deed” was executed on July 1, 1676. This instrument defined the interests of Carteret, Penn, Lawrie, Lucas and Byllynge, by fixing a line of partition from Little Egg harbour to a point on the Delaware river, in 41° 40’ N., and by assigning the province east of this line (East Jersey) to Carteret and the province west of this line (West Jersey), about five-eighths of
the whole, to the Quaker associates. A very liberal frame of Government for West Jersey, drafted presumably by William Penn, and entitled “the Concessions and Agreements of the Proprietors, Freeholders and Inhabitants of West Jersey in America,” was adopted in March 1677. This vested the principal powers of Government in an assembly of 100 members, who were to be chosen annually and to be subject to instructions from their constituents. Religious toleration was assured. In Aug. 1677 the ship “Kent” arrived in the Delaware, with 230 Quakers from London and Yorkshire. These founded a settlement, which became the modern Burlington, and in the next few months several hundred more colonists arrived. But the new colony was never actually governed under “the Concessions and Agreements”; for when in 1680 the duke of York confirmed the title to the land to Byllynge and his associates he conveyed the right to govern to Byllynge alone. Although he was one of the signers of the “Concessions and Agreements,” Byllynge now commissioned Samuel Jennings as governor of the province, and the other proprietors acquiesced, appointing Byllynge governor and permitting Jennings to serve as his deputy. Jennings immediately called the first assembly, and this body passed a body of fundamental laws providing for a governor and council.
The Crown
The death of Sir George Carteret in 1680 gave the zealous Andros another chance to lay claim to jurisdiction over New Jersey. On April 30, 1680, a detachment of troops dragged Philip Carteret, the governor of East Jersey, from his bed and carried him prisoner to New York. Here he was confined for four weeks, and was released only on his promise not to exercise any authority until the matter could be referred to England for adjudication. When the assembly of East Jersey met in June, Andros appeared before it as governor and recommended such measurés as he deemed advisable, but the deputies refused to pass them. In England, too, his conduct was disavowed and he was called home to answer charges that had been preferred against him. Sir George Carteret had bequeathed his province to eight trustees, who were to administer it for the benefit of his creditors. Early in 1682, after several unsuccessful attempts to effect a sale by other means, the province was offered for sale at public auction, and was purchased by William Penn and 11 associates for £3,400. Later each of these 12 sold one-half of his share to another associate, thus making 24 proprietors; and on March 14 the duke of York confirmed the sale, and gave them all the powers necessary for governing the province. The Government of the 24 proprietors was liberal. Recognizing the necessity of some one in the province with full power “to do all things that may contribute to the good and advancement of the same,” they directed the appointment of the American Board of Proprietors—a body of men identified with the province, who with the deputy-governor were to look after the proprietary interests in such matters as the approval of legislation and the granting of lands, and thereby
lawyers decided that the rights of the proprietors of New York
prevent the delay caused by the transmission of such matters to
over the collection of quit-rents. This caused the duke of York to declare that the grants made by Nicolls were null and void; the king enjoined obedience to the proprietors, and quiet was restored. Another change was impending, however, and in Aug. 1673, when a Dutch fleet appeared off Staten Island, New Jersey for a second time became a part of New Netherland. The period of Dutch rule was short, and by the Treaty of Westminster, of Feb. 9, 1674, the territory was restored to England.
and New Jersey had been extinguished by the conquest, and that
England for approval.
by treaty the lands had been reconveyed, not to the proprietors,
port of East Jersey, became its seat of Government.
but to the king. On June 13, 1674, Charles II. accordingly wrote a letter confirming the title and power of Carteret in the eastern half of New Jersey.
No similar grant was made to Berkeley, as
on March 18 he had sold his interest in the province to John Fenwicke, sometime major in the parliamentary army and later a
In 1686 Perth Amboy, the newly. created
After his accession to the throne in 168s, James II. showed an
unyielding determination to annul the privileges of the colonies, and to unite New York, New Jersey and the New England colonies under a single Government. In order, therefore, to save
their rights in the soil, the proprietors of East and West Jersey
212
NEW JERSEY
[HISTORY
surrendered their claims to jurisdiction. Andros, previously| appointed viceroy of New England, thereupon received a newį commission extending his authority over New York and the: Jerseys, and in Aug. 1688 he formally annexed these provinces to the dominion of New England. The seizure of Andros by the people of Boston in April 1689, following the news of the revolt in England against James II., gave the Jersey proprietors an opportunity to resume their rights. In April 1702 all rights of jurisdiction were transferred to the Crown, while the rights to the soil remained in the proprietors. The provinces of East and West Jersey were then united under a Government similar to that of the other royal provinces. Until
State of full age. who are worth 50 lb. proclamation money, clear estate in the same.” etc., were soon considered undemocratic; and the democratic tendency of certain election officers may be seen from their construing the words “all inhabitants of full age“ to include women, and from their permitting women to vote. Agitation for constitutional reform resulted in a constitutional
1738 the governor of New York was also governor of New Jersey;
representation in the assembly was based on population; and the property qualification was abolished. Toward the political questions that disturbed the American
convention, which met at Trenton from May 14 to June 29, 1844, and drafted a new frame of government, introducing a number of
radical changes.
aenar
after that date each colony had its own governor. The legislature met alternately at Burlington and Perth Amboy, until 1790, when Trenton was selected as the capital of the State. The four decades following the change to royal Government were years of development disturbed, however, by friction between the assembly and the royal governors, and by bitter disputes, accompanied by much rioting, with the proprietors concerning land-titles (1744-49). Independence of the absentee landlords was again claimed by virtue of the grants made by Nicolls nearly a century before. Agriculture at this time was the main pursuit. Between East and West Jersey certain political and religious differences developed. The former, settled largely by people from New England and Long Island, was dominated by Puritans; the latter by Quakers. The last colonial assembly of New Jersey met in Nov. 1775. From May 26 to July 2. 1776, the second provincial congress met at Burlington, Trenton and New Brunswick and for a time became the supreme governing power. Following the recommendation of the continental congress, that the colonies should create independent Governments, the provincial congress drafted a provincial constitution, which, without being submitted to the people, was published July 3, 1776. In the State were fought some of the most important engagements of the war. When Washington, in the autumn of 1776, was no longer able to hold the lower Hudson he retreated across New Jersey to the Delaware near Trenton and seizing every boat for miles up the river he placed his dispirited troops on the opposite side and left the pursuing army no means of crossing. With about 2,500 men he recrossed the Delaware on the night of Dec. 25, surprised three regiments of Hessians at Trenton the next morning, and took 1,000 prisoners and 1,000 stands of arms. In a series of movements following up his success he outgeneraled the British commander, Lord Cornwallis and on Jan. 3, 1777, defeated a detachment of his army at Princeton (g.v.). The American army then went into winter quarters at Morristown. As the British army under Gen. Clinton was retreating, in June 1778, from Philadelphia to New York, the American army engaged it in the battle of Monmouth (June 28, 1778); the result was indecisive. After the war New Jersey found its commercial existence threatened by New York and Philadelphia, and it was a feeling of weakness from this cause rather than any lack of State pride that caused the State to join in the movements for a closer Federal Union. In the Federal convention at Philadelphia one of the New Jersey delegates, William Paterson (1745-1800), presented what was called the ‘New Jersey plan” of union, representing the wishes of the smaller States, which objected to representation in a National Congress being based on wealth or on population. The New Jersey plan left its impress in the provision of the Constitution (approved in the convention on July 7) for equal representation in the national Senate. The Federal Constitution was ratified by a unanimous vote in the State convention which met at Trenton on Dec. 18, 1787. The State’s own Constitution, which had been adopted in 1776 and amended in 1777, retained a number of features of colonial Government ill-adapted to a State increasingly democratic. The basis of representation was the county rather than population; property qualifications were placed on members of the legislative council and of the assembly. These and the property qualifications for suffrage, which was granted to “all inhabitants of this
This instrument was ratified on Aug. 13 at the
polls. The election of the governor was taken from the legislature and given to the people; the powers of Government were distributed among legislative, executive and judicial departments:
people immediately before the Civil War the attitude of the State was conservative, although a few vestiges of the slavery system remained until the adoption of the 13th amendment to the Federal
Constitution. In 1852 the free-soil candidate for the presidency received only 350 votes in New Jersey; and in 1856 the Democratic candidate received a plurality of 18,605 votes, even though
William L. Dayton, a citizen of the State, was the Republican nominee for the vice-presidency. In 1860 three of the State’s electoral votes were given to Douglas and four to Lincoln. During the Civil War New Jersey furnished 89,305 men for the Union cause and incurred extraordinary expenditures to the amount of
$2,894,385.
The State readily consented to the 13th and rath
amendments
to the Federal Constitution, but in 1868 withdrew
its consent to the latter. The r5th Amendment was rejected by one legislature, but was accepted by its successor, in which the Republican Party had obtained a majority. Industrially the early part of the 19th century was marked in New Jersey by the construction of bridges and turnpikes, the utilization of water power for manufactures, and the introduction of steam motive power upon the navigable waters. The war of 1812 with England interrupted this material progress, and at its beginning was so unpopular, especially with the Quakers, that the Federalists carried the elections in the autumn of 1812. Material
progress in New Jersey after the war is indicated by the construction of the Morris (1824-36) and the Delaware and Raritan (1826-38) canals, and the completion of its first railway, the Camden and Amboy, in 1834. In the years following the Civil War there was a bitter railway war. New Jersey, in order to encourage canals and railways, had granted monopolistic privileges to several of the earlier companies; by consolidation they had virtually gained a monopoly over the route between New York and Philadelphia. In 1871 these entire properties were leased for 999 years to the Pennsylvania Railway Company. This combination threatened to monopolize traffic, and it was opposed by several of the newer railways and by the general public; in 1873 the State passed a general railway law giving other railways than the Pennsylvania the right to connect New York and Philadelphia. This same period was marked by great industrial development. Towards corporations the policy of New Jersey was very liberal; there was no limit fixed either to capitalization or to bonded indebtedness; and the tax rate was lower for large than for small corporations. Under this liberal policy so many large combinations of capital were incorporated under the laws of the State that it was sometimes called “the home of the trusts.” This method of encouraging corporations was reversed by the passage in 1913 of a series of acts widely known as the “Seven Sisters,” the purpose of which was the elimination of the power of trusts to create monopoly, limitation of production, price fixing and restraint of
trade. In the meantime laws had been passed limiting public service franchises to 20 years, unless extended to 40 years by the voters of the municipality concerned. The laws governing elections were radically changed in 1911 and subsequently, by provisions extending the application of the direct primary law and providing the blanket ballot and safeguards against frauds. A proposed amendment to the State Constitution in rg15 giving women full suffrage was defeated by over 50,000 votes. By enlightened
NEW
JERSEY
TEA—-NEW
labour legislation, New Jersey has done much in promoting the safety and health of the State’s large industrial population.
Before 1800 the State was dominated by the Federalist Party; from that date until 1896, except in the Civil War period, it was generally controlled by the Democrats, and from 1896 to rg1z by
the Republicans. In the elections for the State executive the Democratic Party was successful from 1910-28 with the exception of the election in 1916. From 1914 the Republicans controlled both branches of the legislature. BretiocraPHy.—For descriptive material see bibliographies in Bulle-
tins No. 177 and 301 of the United States Geological Survey; the Annual Reports and especially the Final Report of the New Jersey
Geological Survey; and the Annual Reports of the New Jersey State
Museum. For population, occupations, etc., see the volumes of the Fourteenth U.S. Census; the biennial Census of Manufactures; and the Year Book of the U.S. department of agriculture. For administration see Fitzgerald’s Legislative Manual and the Reports of the various State departments, boards and commissions, especially the Annual Report of the department of public instruction. History —The most important sources are: Documents Relating to the Colonial History of the State of New Jersey (Archives of the State of New Jersey, xst. series), edit. by W. A. Whitehead, F. W. Ricardo and W. Nelson (26 vol., 1880-1903) ; Documents Relating to the Revolutionary History of the State of New Jersey (Archives of the State of New Jersey, 2nd series) ; 5 vol., 1901~-17; Acts of the General Assembly of New Jersey from 1703-1761, reprinted by A. Leaming and J. Spicer (1881); and Minutes of the Provincial Congress and the Council of Safety of the State of New Jersey (1879).
For the period of the Dutch rule, see L. B. O’Callaghan’s History of
New Netherland (1846); John Romeyn Brodhead’s History of the State of New York (2nd vol., 1853, 1871) ; E. P. Tanner, The Province of New Jersey (1908), the most thorough study of the period from 1664 to 1738; Edgar J. Fisher, New Jersey as a Royal Province 1738 to 1776 (1911), an excellent account of the closing years of th colonial period; Samuel Smith’s History of the Colony of Nova Caesarea, or New Jersey (1765; 2nd ed., 1877), still one of the best accounts of the colonial period, and particularly valuable on account of its copious extracts from the sources, many of which are no longer accessible; see, also, William W. Whitehead’s ‘“‘The English in East and West Jersey, 1664-1689” (in vol. iii. of Justin Winsor’s Narrative and Critical History of America), and Sydney G. Fisher, Tke Quaker Colonies; a Chronicle of the Proprietors of the Delaware (1919). Other useful contributions are A. D. Mellick, Story of an Old Farm; or, Life in New Jersey in the 18th Century (Somerville, N.J., 1889), full of interesting details; F. B. Lee and others, New Jersey as a Colony and as a State (4 vol, with an additional biographical volume, rather unevenly proportioned, and inaccurate as to details); Wiliam Nelson, The New Jersey Coast in Three Centuries (2 vol., 1902) ; Isaac S. Mulford, Civil and Political History of New Jersey (1851); W. A. Whitehead, East Jersey under the Proprietary Governments (New Jersey Historical Society Collections, vol. 1., 1875); W. S. Stryker, Official Register of the Officers and Men of New Jersey in the Revolutionary War (1872) 5 W. E. Sackett, Modern Battles of Trenton (2 vol., 1895-1914), a political history of New Jersey from 1868 to 1913; H. E. Halford, Woodrow Wilson and New Jersey made over (1912); New Jersey Politics During the Period of the Civil War and Reconstruction (1924). A local history of some interest is South Jersey, a History 1664-1924 (5
vol., 1924), edit. by Alfred M. Heston.
See also the Collections and
other publications of the New Jersey Historical Society.
NEW
JERSEY
TEA
(Ceanothus americanus),
a North
American shrub of the buckthorn family (Rhamnaceae), called also red-root, native to dry open woods and gravelly banks from Maine to Manitoba and southward to Florida and Texas. Its low, branching stems, 1 to 3 ft. high, which spring from a dark red root, bear ovate, three-ribbed, somewhat downy, toothed leaves and attractive white flowers in umbel-like clusters. During the Revolutionary
War
the
leaves
were
used
as tea.
(See
CEANOTHUS.)
NEW
JERUSALEM
CHURCH
or New Cuurcu, the
community founded by the followers of Emmanuel Swedenborg (g.v.). Swedenborg himself took no steps to found a church, but having given a new interpretation of Scripture, it was inevitable that those who accepted his doctrine should separate themselves
and organize a society in accordance therewith. Those who received them fully during Swedenborg’s lifetime were few and scattered, but courageously undertook the task of dissemination, and gave themselves to translating and distributing their master’s writings. Two Anglican clergymen were conspicuous in this
work: Thomas Hartley (d. 1784), rector of Winwick, and John Clowes (1743-1831), vicar of St. John’s, Manchester. Hartley translated Heaven and Hell (1778) and True Christian Religion
KENSINGTON
343
(1781); Clowes, who taught New Church doctrine in the existing
churches and was opposed to the forming of new organizations, translated 17 volumes, including the Arcana Coelestia, and pub-
lished over 50 volumes of exposition and defence. Through his influence Lancashire became the stronghold of the Swedenborgians. The first organised congregation of Swedenborgians met in a church in Great Eastcheap in January 1788; and in April 1789 a General Conference of British Swedenborgians was held in Great Eastcheap Church, followed by another and by the publication of a journal, the New Jerusalem Magazine, in 1790. In the provinces the first church was at Birmingham (1791), followed by one at Manchester and another at Liverpool (1793). The Accrington church, the largest in Great Britain, was founded in 1802. Many of the early converts to the New Church were among the most fervent advocates of the abolition of slavery, one was the medical officer of the first batch of convicts sent to Botany Bay. In 181s the Conference took up the question of home missionary work, and its agents were able to found many branches of the church. In 1813 the Manchester and Salford (now the North of England) Missionary Society was founded, chiefly to provide preachers for the smaller churches in its area; in 1857 a National Missionary Institution was founded and endowed, to which most of the local ones have been affiliated Other denominational agencies have been concerned with the printing and circulation of Swedenborgian literature, a training college for the ministry (founded in 1852), and a Ministers’ Aid Fund (1854), and an Orphanage (1881). The constitution of the New Church is of the Independent Congregational type; the Conference may advise and counsel, but cannot compel the obedience of the societies. Returns for 1928 showed 70 societies with about 6,300 members. The New Church in Europe-—In Sweden the Philanthropic Exegetic Society was formed by C. F. Nordenskiold in 1786 to collect documents about Swedenborg and to publish his writings. The introduction of alchemy and mesmerism led to its dissolution in 1789, but its work was continued by the society “Pro fide et charitate,” which existed from 1796 to 1820. For many years the works of Swedenborg and his followers were proscribed, and receivers of his writings fined or deprived of office, but in 1866, when religious liberty had made progress, the cause was again taken up; in 1875 the society of “Confessors of the New Church” was formed in Stockholm, and propaganda has been carried on in most of the towns of Sweden, as alsoin Norway and Denmark. In Germany the great name is that of Immanuel Tafel (d. 1863), librarian of Tiibingen, who not only edited, translated and published, but in 1848 founded a “Union of the New Church in Germany and Switzerland” which held quarterly meetings. In Switzerland, on the contrary, there is an organized body of the New Church. In France about 1838 J. F. E. Le Boys de Guays began his masterly translation of all Swedenborg’s theological works; and nearly every European country has some known adherents. In America-——About 1784 James Glen, a London Scot, delivered lectures in Philadelphia and Boston and circulated some of Swedenborg’s works. Francis Bailey, state printer of Pennsylvania, was attracted by them and became active in their promulgation. During the next ten years a number of prominent men gave their support to the teaching, which spread inland and southward. In Australia, etc-—The formation of societies in Australia began at Adelaide in 1844. Melbourne and Sydney followed in 1854, Brisbane in 1865. New Zealand has a church at Auckland (1883). Mission churches have been established in Japan, the Philippine Islands and British Guiana; and in r910 David W. Mooki organized a Church for the natives of South Africa. See L. P. Mercer, The New Jerusalem in the World’s Religious Congresses of 1893; Minutes of the General Conference of the New Church (annual) ; Journal
of the Annual Session of the General
Convention
of the New Jerusalem in the United States of America.
NEW KENSINGTON, a borough of Westmoreland county,
Pennsylvania, U.S.A., on the Allegheny river and the Pennsylvania railroad, 18 m. N-E. of Pittsburgh. Pop. 11,987 in 1920 (24% foreign-born white); in 1930 it had increased to 16,762. Tt is a coal-mining centre, and has important manufactures (including tin plate, glass, white lead, aluminum, malleable iron
314
NEW
LONDON—NEWMAN
and car springs), with an output in 1925 valued at $30,680,293. The borough was founded in 1891 and incorporated in 1892.
Madrid, then in command of Gen. John P. McGown, was evacy. ated on the r4th; (Admiral) Henry Walke (1808—96), commanding the “Carondelet,” ran past the batteries of Island No. 10 and
on the west bank of the Thames river, 3 m. from Long Island sound; a port of entry and one of the county seats of New London county. It is on Federal highway 1, and is served by the Central Vermont and the New York, New Haven and Hartford railways, and steamship lines. Pop. (1920) 25,688 (23% foreignborn white); (1930 Federal census) 29,640. The city, facing southeast, lies on sloping ground which commands wide views of the sound and the surrounding country from its higher points. The fine natural harbour is a U.S. submarine base, and on Fisher’s island (8 m. S.E.) is Ft. H. G. Wright, headquarters of the Long Island Sound harbour defences. At the entrance to the harbour, on either: side of the river, stand Ft. Trumbull and Ft. Griswold (no longer in use). New London is a summer resort and astation of several yacht clubs. The annual boat races between Harvard and Yale are rowed on the river near the city. Among the points of special interest are the town mill (1650); the Hempstead mansion (1678); the old cemetery north-east of the city, laid out in 1653; a school-house in which Nathan Hale taught; and a court-house built in 1785. At Ft. Trumbull is the U.S. Coast Guard academy and section base. The Connecticut College for Women (chartered 1911) occupies 350 ac. within the city limits. Two endowed high schools and an endowed industrial school are included in the public school system. The traffic of the harbour (which has a 1,000 ft. pier built by the State in 1917) amounted to 631,044 tons in 1925, valued at $280,697,973, and consisted largely of general merchandise. Foreign trade was represented by imports of lumber ($160,000) and exports of automobiles ($1,254,600). The city’s varied manufactures were valued in 1927 at $12,853.530. The assessed valuation for 1926 was $42,613,315. New London was founded in 1646 by John Winthrop the younger. In 1658 the present name was substituted for the Indian “Nameaug” and the river Monhegin became the Thames. The city was incorporated in 1784. In the 18th century New London had a large trade with the West Indies, Gibraltar and the Barbary States, but this declined after the War of 1812. It was also an important whaling and sealing port. During the Revolution it was a rendezvous for privateers. The first naval expedition was organized in its harbour in 1776.
the shore batteries on April 4, and Lieutenant-Commander Egbert Thompson, commanding the “Pittsburgh,” on the 7th; meanwhile the Federals under the direction of Col. Josiah W. Bissell (b, 1818), of the engineer corps, had, with great diffculty, constructed an artificial channel to New Madrid across the peninsula (swamp land) formed by a great loop of the Mississippi; troops were conveyed by transports through this channel below the island, Federal
NEW LONDON, a city of south-eastern Connecticut, U.S.A.,
NEW LONDON, acity of Wisconsin, U.S.A., on the Wolf river, 20m. N.W. of Lake Winnebago, in Outagamie and Waupaca counties. It is served by the Chicago and North Western and the Green Bay and Western railways. Pop. (1930), 4,661. It is a dairying region and has various manufacturing industries.
NEW MADRID, a city and the county seat of New Madrid
county, Mo., U.S.A., on the right bank of the Mississippi river, about 35 m. S. by W. of Cairo, Ill. Pop. (1920) 1,908; (1930)
2,309. It is served by the St. Louis Southwestern railway and by river barges. The city is a shipping point for a rich grain, cotton, live stock and lumber region. Among its manufactures are lumber, staves and hoops. The municipality owns its waterworks. Owing to the encroachments of the Mississippi river, the site of the first permanent settlement of New Madrid is said to lie now about 14 m. from the east bank of the river, in Kentucky. This settlement was made in 1788, on an elaborately laid out town site, and was named New Madrid by its founder, Col. George Morgan (1742-1810), who, late in 1787, had received a grant of a large tract of land on the right bank of the Mississippi river from Don Diego de Gardoqui, Spanish minister to the United States. The tract lay within the province of ‘“‘Louisiana,” and the grant to Morgan was a part of Gardoqui’s plan to annex to that province the western American settlements. Earthquake shocks in 18rz and 1812 caused a general emigration. New Madrid was occupied by Confederate troops under Gen. Gideon J. Pillow, on July 28, 1861, and after the surrender of Ft. Donelson (Feb. 16, 1862) the troops previously at Columbus,
forming the Confederate left flank, were withdrawn to New Madrid and Island No. ro (in the Mississippi about rọ m. S.). Early in March, Major-General John Pope and Commodore A. H. Foote proceeded against the positions on the left bank; New
batteries having been established on the right bank of the river; the retreat of the Confederates down stream was effectually blocked; they evacuated
the island on April 7, and on the 8th
the garrison and the forces stationed in the shore batteries, a total of about 7,000, under Gen. W. W. Mackall, was surrendered
at Tiptonville.
NEWMAN, FRANCIS WILLIAM (1805-1897), English scholar and miscellaneous writer, younger brother of Cardinal Newman, was born in London on June 27, 1805. He was educated at Ealing, and at Oxford, where he was elected fellow of Balliol in 1826. Conscientious scruples respecting the ceremony of infant baptism led him to resign his fellowship in 1830, and he went to Baghdad as assistant in the mission of the Rev. A. N, Groves. In 1833 he returned to England on behalf of the mission, but finding himself suspected of heterodoxy, he became classical tutor in an unsectarian college at Bristol. In 1840 he became professor of Latin in Manchester New College, the Unitarian seminary long established at York, and the parent of Manchester college, Oxford. In 1846 he became professor in University college, London, where he remained until 1869. In 1847 he published anonymously a History of the Hebrew Monarchy, intended to introduce the results of German investigation in this department of Biblical criticism. In 1849 appeared The Soul, her
Sorrows and Aspirations, and in 1850, Phases of Faith, or Passages from the History of my Creed—the former a tender but searching analysis of the relations of the spirit of man with the Creator; the latter a religious autobiography detailing the author’s passage from Calvinism to pure theism. It is on these two books that Prof. Newman’s fame rests, though he was a versatile writer on many subjects. His last publication, Contributions chiefly to the Early History of Cardinal Newman (1891), was severely criticised. He died at Weston-super-Mare on Oct. 7, 1897. ,a
G. Sieveking, Memoir and Letters of Francis W. Newman
1909}.
NEWMAN,
JOHN HENRY
(1801-1890), English cardi-
nal, was born in London on Feb. 21, 1801, the eldest son of John Newman, banker, of the firm of Ramsbottom, Newman and Company. At the age of seven Newman was sent to a private school conducted by Dr. Nicholas at Ealing. At the age of 15 he experienced “conversion,” an incident which throughout life remains “more certain than that he had hands or feet.” In 1816 he matriculated at Trinity college, Oxford. After graduation in 182r he took pupils and read for a fellowship at Oriel, to which he was elected in 1822. Two years later he was ordained, and became curate of St. Clement’s, Oxford. For a year he was viceprincipal of the St. Alban’s hall, but in 1826 he became tutor at
Oriel. In 1827 he was appointed vicar of St. Mary’s (to which was attached the chapelry of Littlemore) and in 1831-32 was select preacher before the university. In 1832 a difference with Hawkins, provost of Oriel, on the “substantially religious nature” of a tutorship, led to his resignation from that post. He then went for a tour on the Mediterranean with R. H. Froude, but at that time was still strongly Protestant in his views, as his comments on his stay in Rome show. During this tour he wrote many of the poems in the Lyra Apostolica, and “Lead, Kindly Light.” Tractarian Movement.—He was at home again in Oxford on July 9, 1833, and on the r4th Keble preached at St. Mary’s an assize sermon on “National Apostasy,” which Newman afterwards regarded as the inauguration of the Oxford Movement. In the words of Dean Church, it was “Keble who inspired, Froude
who gave the impetus and Newman who took up the work”; but the first organization of it was due to H. J. Rose, editor of the
NEWMAN British Magazine, who has been styled “the Cambridge originator
of the Oxford Movement.”
It was in his rectory house at Had-
eigh, Sufolk, that a meeting of High Church clergymen was held, uly 25-29 (Newman was not present), at which it was resolved to fight for “the apostolical succession and the integrity of the
Prayer-Book.” A few weeks later, Newman started, apparently
on his own initiative, the Tracts for the Times, from which the
movement was subsequently named “Tractarian.” Its aim was to secure for the Church of England a definite basis of doctrine
and discipline, in case either of disestablishment or of a determi-
nation of High Churchmen to quit the establishment. The teaching of the tracts was supplemented by Newman’s Sunday afternoon sermons
at St. Mary’s,
the influence
of which was very
creat during the next eight years. In 1835 Pusey joined the movement, which, so far as concerned ritual observances, was later called ““Puseyite”; and in 1836 its supporters secured further coherence by their united opposition to the appointment of
Hampden as regius professor of divinity. His Bampton lectures (in the preparation of which Blanco White had assisted him) were suspected of heresy, and this suspicion was accentuated by a pamphlet put forth by Newman, Elucidations of Dr. Hampden’s Theological Statements.
At this date Newman became editor of the British Critic, and he also gave courses of lectures in a side-chapel of St. Mary’s in defence of the via media of the Anglican Church as between Romanism and popular Protestantism. His influence in Oxford was supreme about the year 1839, when, however, his study of the monophysite heresy first raised in his mind a doubt as to whether the Anglican position was really tenable on those principles of ecclesiastical authority which he had accepted; and this doubt returned when he read, in Wiseman’s article in the Dublin Review on “The Anglican Claim,” the words of St. Augustine
against the Donatists, securus
iudicat orbis
terrarum, words
which suggested a simpler authoritative rule than that of the teaching of antiquity. He continued his work, however, as a High Anglican controversialist until he had published, in 1841, Tract 90, the last of the series, in which he put forth, as a kind of proof charge, to test the tenability of all Catholic doctrine within the Church of England, a detailed examination of the XXXIX Articles, suggesting that their negations were not directed against the authorized creed of Roman Catholics, but only against popular errors and exaggeration. This theory, though not altogether new, aroused much indignation in Oxford, and, at the request of the bishop of Oxford, the publication of the Tracts came to an end. At this date Newman also resigned the editor-
ship of the British Critic, and was thenceforth, as he himself later described it, “on his deathbed as regards membership with the Anglican Church.” He now concluded that the position of Anglicans was
similar to that of the semi-Arians in the Arian
controversy; and the arrangement made at this time that an Anglican bishopric should be established in Jerusalem, the appointment to lie alternately with the British and Prussian Governments, was to him further evidence of the non-apostolical char-
acter of the Church of England. In 1842 he withdrew to Littlemore, and lived there under monastic conditions with a small band of followers, their life being one of great physical austerity as well as of anxiety and suspense. To his disciples there he assigned the task of writing lives of the English saints, while his own time was largely devoted to the completion of an essay on the development of Christian doctrine, by which principle he sought to reconcile himself to the elaborated creed and the practical system of the Roman Church. In Feb. 1843 he published, as an advertisement in the Oxford Conservative Journal, an anonymous but otherwise formal retractation of all the hard things he had said against Rome; and in September, after the secession of one of the inmates of the house, he preached his last Anglican sermon at Littlemore and resigned the living of St. Mary’s. Reception into the Catholic Church.—But still an interval of two years elapsed before he was formally received into the
Roman Catholic Church (Oct. 9, 1845) by Father Dominic, an Italian Passionist. In Feb. 1846 he left Oxford for Oscott, where
315
Bishop Wiseman, then vicar-apostolic of the Midland district, resided; and in October he proceeded to Rome, where he was ordained priest and was given the degree of D.D. by the pope. At the close of 1847 he returned to England as an Oratorian, and resided first at Maryvale (near Oscott); then at St. Wilfrid's college, Cheadle; then at St. Ann’s, Alcester street, Birmingham; and finally at Edgbaston, where spacious premises were built for the community, and where (except for four years in Ireland) he lived a secluded life for nearly 40 years. Before the house at Edgbaston was occupied he had established the London Oratory, with Father Faber as its superior, and there (in King William street, Strand) he delivered a course of lectures on “The Present Position of Catholics in England,” in the fifth of which he protested against the anti-Catholic utterances of Dr. Achilli, an
ex-Dominican friar, whom he accused in detail of numerous acts of immorality. Popular Protestant feeling ran very high at the time, partly in consequence of the recent establishment of a Roman Catholic diocesan hierarchy by Pius IX., and criminal proceedings against Newman for libel resulted in an acknowledged gross miscarriage of justice. He was found guilty, and was sentenced to pay a fine of £100, while his expenses as defendant amounted to about £14,000, a sum that was at once raised by public subscription, a surplus being spent on the purchase of Rednall, a small property picturesquely situated on the Lickey hills, with a chapel and cemetery, where Newman now lies buried. In 1854, at the request of the Irish bishops, Newman went to Dublin as rector of the newly-established Catholic university there. But practical organization was not among his gifts, and the bishops became jealous of his influence, so that after four years he retired, the best outcome of his stay there being a volume of lectures entitled Jdea of a University, containing some of his most effective writing. In 1858 he projected a branch house of the Oratory at Oxford; but this was opposed by Manning and others, as likely to induce Catholics to send their sons to that university, and the scheme was abandoned. In 1859 he established, in connection with the Birmingham Oratory, a school for the education of the sons of gentlemen on lines similar to those of the English public schools, an important work in which he never ceased to take the greatest interest. But all this time (since 1841) Newman had been under a cloud, so far as concerned the great mass of cultivated Englishmen, and he was now awaiting an opportunity to vindicate his career; and in 1862 he began to prepare memoranda for the purpose. Works.—The occasion came when, in Jan. 1864, Charles Kingsley, reviewing Froude’s History of England in Macmillan’s Magazine, incidentally asserted that ‘Father Newman informs us that truth for its own sake need not be, and on the whole ought not to be, a virtue of the Roman clergy.” After some preliminary sparring between the two, Newman published, in bi-monthly parts, his Apologia pro vita sua, a religious autobiography of unsurpassed interest, the simple confidential tone of which “revolutionized the popular estimate of its author,” establishing the strength and sincerity of the convictions which had led him into the Roman Catholic Church. In 1870 he put forth his Grammar of Assent, the most closely reasoned of his works, in which the case for religious belief is maintained by arguments differing somewhat from those commonly used by Catholic theologians; and in 1877, in the republication of his Anglican works, he added to the two volumes containing his defence of the via media a long preface and numerous notes in which he criticized and replied to sundry anti-Catholic arguments of his own in the original issues. At the time of the Vatican Council (1869-70) he was known to be opposed to the definition of Papal infallibility, and in a private letter to his bishop (Ullathorne), surreptitiously published, he denounced the “insolent and aggressive faction” that had pushed the matter forward. But he made no sign of disapproval when the doctrine was defined, and subsequently, in a letter nominally addressed to the duke of Norfolk on the occasion of Mr. Gladstone’s accusing the Roman Church of having “equally repudiated modern thought and ancient history,’”’ Newman affirmed that he had always believed the doctrine, and had only feared the deterrent
316
NEWMARCH—NEW
effect of its definition on conversions on account of acknowledged historical difficulties. In 1878 his old college (Trinity), to his great delight, elected him an honorary fellow, and he revisited Oxford after an interval of 32 years. At the same date died Pope Pius IX., who had long mistrusted him; and Leo XIII. was encouraged by the duke of Norfolk and other distinguished Roman Catholic laymen to make Newman a cardinal, the distinction being a marked one, because he was a simple priest and not resident in Rome. The offer was made in Feb. 1879, and the announcement of it was received with universal applause throughout the English-speaking world. The “creation” took place on May 12, with the title of St. George in Velabro, Newman taking occasion while in Rome to insist on the lifelong consistency of his opposition to “liberalism in religion.” After an illness that excited apprehension he returned to England, and thenceforward resided at the Oratory until his death, Aug. 11, 1890, making occasional visits to London, and chiefly to his old friend, R. W. Church, dean of St. Paul’s, who as proctor had vetoed the condemnation of Tract go in 1841. Personality.—Newman’s influence as controversialist and preacher was very great. Although he never called himself a mystic, he showed that, in his judgment, spiritual truth is apprehended by direct intuition, as an antecedent necessity to the professedly purely rational basis of the Roman Catholic creed. Within the Anglican Church, and even within the more strictly Protestant Churches, his influence was greater, but in a different direction, viz., in showing the necessity of dogma and the indispensableness of the austere, ascetic, chastened and graver side
of the Christian religion. If his teaching as to the Church was less widely followed, it was because of doubts as to the thoroughness of his knowledge of history and as to his freedom from bias as a critic. Some hundreds of clergymen, influenced by the movement of which for ten or twelve years he was the acknowledged leader, made their submission to the Church of Rome. The
natural tendency of his mind is often (and correctly) spoken of as sceptical. He held that, apart from an interior and unreasoned conviction, there is no cogent proof of the existence of God; and in Tract 85 he dealt with the difficulties of the Creed and of the canon of Scripture, with apparent implication that they are insurmountable unless overridden by the authority of an infallible Church. In his own case these views did not lead to scepticism, because he had always possessed the necessary interior conviction. He was a man of magnetic personality, with an intense belief in the significance of his own career; and his character may be described as feminine, both in its strength and in its weakness. As a poet he had inspiration and genuine power. “The Dream of Gerontius,” is generally recognized as a masterpiece. His prose style is fresh and vigorous.
There is at Oxford a bust of Newman by Woolner. His portrait by Ouless is at the Birmingham Oratory, and his portrait by Millais is in the possession of the duke of Norfolk, a replica being at the London Oratory. Outside the latter building, facing Brompton road, is a marble statue of Newman as cardinal. BIBLioGRAPHY.—The
chief authorities
for Newman’s
life are his
Apologia and the Letters and Correspondence edited by Miss Mozley, above referred to. The letters and memoranda dealing with the years 1845-90 were entrusted by Newman to the Rev. W. Neville as literary executor. T. Mozley, Reminiscences chiefly of Oriel College, and the Oxford Movement, 2 vol. (1882); R. W. Church, The Oxford Movement, Twelve Years, 1833-1845 (1891) ; R. H. Hutton, Cardinal Newman (1891); W. P. Ward, The Life of John Henry Cardinal Newman, 2 vol. (1912; 3rd ed., 1927), should also be consulted.
MEXICO
NEWMARCH, WILLIAM (1820-1882), English economig
and statistician, was born at Thirsk, Yorkshire, on Jan. 28 18.5 Fie was secretary of the Globe Insurance Company (1851-6, ), and chief officer in the banking-house of Glyn, Mills and Co. (1862-81). He was one of the honorary secretaries, editor of its journal, and in 1869-71 president of the Royal Statistical Society
and a fellow of the Royal Society. Newmarch died at Torquay on March
23, 1882.
After his death his friends founded in his
memory, a Newmarch lectureship in economic versity college, London.
science at Uni.
He was the author of an essay, published in 1855, On the Loans raised by Mr. Piit during the first French War, 1793-1801, with some statements in defence of the Methods of Funding employed.
NEWMARKET,
a market town of Cambridgeshire, England,
134 m. E. by N. of Cambridge, on the Bury branch of the LN.E railway. Pop. of urban district (1921), 9,767. A part of the town is in Suffolk, and the urban district is in the administrative
county of West Suffolk. Newmarket has been celebrated for its horse-races from the time of James I., though at that time there was more of coursing and hawking than horse-racing. Charles I. instituted the first cup race here. The race-course, which lies south-west of the town, has a full extent of 4 m., but is divided into different Iengths to suit various races. It intersects the Devils Ditch or Dyke (sometimes also known as St. Edmund's
Dyke) an earthwork consisting of a ditch and mound about 74 m. long. It starts south-east of the Swaffham-Burwell road, and the ditch has a depth of 15 ft., the slope from the top of the dyke to the bottom of the ditch measures 62 ft., while the overall breadth of dyke and ditch is 37 yards. From negative evidence it is surmised that it belongs to the Iron age, and that the builders were the Iceni. Roman remains have been found in the neighbourhood, and in later times the dyke formed part of the boundary of East Anglia. (See C. Fox, Archaeology of the Cambridge Region, 1923.) Pop. rural district (1931) 18,868.
NEW MEXICO, popularly known as the “Sunshine” State,
is situated in the south-western part of the United States between 31° 20° and 37° N. lat., and 103° and ro9° W. longitude. Itis bounded north by Colorado; east by Oklahoma and Texas; south by Texas and the republic of Mexico; and west by Arizona. It has an extreme length north and south of 400 m., and extreme width east and west of 358 m. and a total area of 122,634 sq.m., of which 131 sq.m. are water surface. Physical
Features.—The
borders
of the State are charac-
terized by high plateaux cut by deep canyons, while in the central part faulted mountains surround comparatively level areas filled with alluvial deposits. Between the Rio Grande and the Staked plains the mountains form a more continuous range than on the west side of the river where the elevated areas form the main continental divide. The Sangre de Cristo mass is a part of the Colorado mountains which extend into New Mexico slightly east of the north-central part of the State and east of the Rio Grande. South of this northern mass two series of ridges extend to the southern boundary: the one near the Rio Grande, called in places from north to south the Sandia, the Manzano, the San Andrés, the Oscura and the Organ mountains; while the eastern group consists of the Hills of Pedernal, the White, the Sacramento and the Guadalupe mountains. On the west side of the Rio Grande the San Juan mountains dominate the country north of the Chama river. A second somewhat smaller mass lies between the Chama and the Jemez river, the Jemez mountains. Across the Puerco the Mount Taylor
Adverse criticism will be found in the writings of E. A. Abbott (e.g., The Anglican Career of Cardinat Newman, 1892). See also Cardinal Newman's Works, 40 vol. (with index by J. Rickaby, 1874-1921) ; P. Thureau-Dangin, Le Renaissance Catholique en Angleterre au XIXe siécle, 3 pt. (1899-1906; trans. and rev. by W. Wilberforce, 2 vol., 1914); L. Félix Faure, Newman, Sa vie et ses oeuvres (rg0r); G.
mountains carry the main divide in a south-western direction to the Chusca and Zufi mountains, which are continued farther south in one of the largest mountain masses of the State, the
Blennerhasset, John Henry Kardinal Newman (1904); W. Barry, Cardinal Newman (1904; rev. ed., 1927); H. Brémond, Newman, 3 vol. (1905-06); N. J. D. White, John Henry Newman (1925); B. Newman, Cardinal Newman (1928); J. J. Reilly, Newman as Man of Letters (1925); J. D. Folghera, Newman Apologiste (1927) a; trans. by P. Hereford as Newmans Apologetic (1929); I. L. May, Cardinal Newman (1929). (A. W. Hv.)
forming the south-eastern part. In the extreme south-western part of the State the western mountains terminate in several parallel ridges; the Burro, the Pyramid, the Big Hatchet and the Peloncillo mountains. The major divides following the tops of the ranges and high plateaux run generally north and south. Of the most important
Grappe, J. H. Newman, Essai de psychologie religieuse (1902); C. J.
Mogollons, with the San Mateo and the Magdalena as outlying ridges in the direction of the Rio Grande, and the Black Range
NEW
MEXICO
there may be mentioned the divides between the Pecos and the
Canadian valleys; between the Pecos and Tularosa valleys; be-
tween the Tularosa and the Rio Grande; and between the Rio
Grande and the San Juan, Little Colorado and Gila valleys. The rivers are the only important bodies of water that make up a part of the physiography of the State. In the north-eastern
part of the State, in Union county, two of the branches of the O
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MEXICO
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MAP SHOWING THE MAIN ROADS IN NEW MEXICO
Arkansas river have their sources. These are the Cimarron and the North Canadian rivers. A third branch of the Arkansas, the Canadian, flows through Colfax, Mora, San Miguel and Quay counties. As the Canadian drains the eastern part of the Sangre de Cristo Range, so the Pecos river receives the water from the southern part of the range and flows in a southerly direction across the State. The Rio Grande is the only important river in New Mexico that does not have its source within the State. It enters New Mexico in a deep canyon a short distance to the east of the 106 meridian, and flows south through the centre of the State. On the western side of the continental divide the principal rivers are the San Juan, Little Colorado and Gila, tribu-
taries of the Colorado which flows to the Gulf of California. The principal characteristics of the arid soils of New Mexico are: a large amount of mineral matter; a small amount of organic matter; deep soils; and a marked degree of productivity when irrigated. Climate.—The winter rainy season is created by comparatively dry westerly winds blowing from the Pacific, coming into New Mexico from the north-east and north-west. In the summer the place of these winds is taken by a monsoon wind from the south, south-west or south-east. When they reach the mountainous districts of New Mexico they are cooled. This results in giving
317
ation in altitude which is a striking characteristic of mountainous areas. The Lower Sonoran is the zone of mesquite, occupying the valleys of the southern part of the State. For agricultural purposes it is the most important of the zones, due to the long growing period and the high temperatures. The woody plants of this region include the creosote bush, the Spanish bayonet, the screw bean, the desert willow, and valley cottonwood. Cactuses in a variety of species are a part of the flora of this zone. Among the mammals there are a number of species of rats, mice, squirrels, rabbits, skunks and bats. There are also the jaguar, the New Mexico desert fox, the Mearns coyote, the Mexican badger and the New Mexico weasel. The birds are numerous. The Upper Sonoran, the largest of the zones, ranks first in economic wealth. It embraces the grazing lands that include about three-fourths of the State, or 92,000 square miles. The grasses that give this zone its value are the grama, the galleta, buffalo and porcupine. Several species of deer, coyotes, antelopes, wolves, prairie dogs and mountain sheep are common to the area. The Transition zone, covering about 10,000 sq.m., is the section of the State important for timber. Very little agriculture is carried on, but there is good range for stock. The Merriam elk, Rocky mountain lion, Mexican mountain lion, the mountain bobcat, mountain coyote, Mexican wolf, black bear, grizzly bear, otter and mink are found in this zone. The Canadian zone is about one-fifth the size of the Transition. Its importance lies in the water-supply that it stores for the regions of lower altitude. Its lowest parts on the cold slopes are at an altitude of 8,500 feet. The trees found are the Bristol cone pine, the western white pine, Douglas spruce and the balsam. The Hudsonian is a very narrow zone along the timber line on the upper slopes of the high mountains with an area of 300 square miles. The trees and shrubs include the Siberian juniper, Englemann’s fir, Parry’s fir, several species of currants and sedges. The mammals are few, being mountain sheep, Rocky Mountain woodchuck, the grey and dusky rock cony. The Arctic-Alpine is the smallest of the life zone represented in New Mexico. The area is above the timber line, at about 12,500 feet. Among the plants are the Colorado poppy, several species of saxifrages, sedges and rushes, the dwarfed closed gentian, alpine larkspur, alpine sagebrush. Few mammals enter the region. Population.—The Indians of New Mexico constitute an interesting part of the population. They consist of two types: the nomadic Indians who have been settled on reservations by the U.S. Government; and the Pueblo Indians, who live a communal life which was well established long before the Spanish came to the New World. There are 18 subdivisions of the latter group living mainly in the Rio Grande valley. The social system is based upon the family as the main unit, dominated by the mother who is the owner of the home. The total Indian population of the State in r9I10 was 20,573 and in 1920, 19,512. The Navajo number about 9,000; the Apache, 1,000; and the Pueblos, 9,000. The largest Pueblo community is Zuni which had a population of 1,667 in rgt0. The census of 1910 gave two others a population of over 1,000; Laguna, 1,472 and Isleta, 1,000. The total popu-
lation of the State has increased from 160,282 in 1890 to 360,350
in 1920. In 1930 it was 423,317, an increase for the decade of 62,967 or 17-5%. The State was the 44th in order according to population of’ the States of the Union. The average number of the inhabitants per square mile in the State was 3-5 in 1930, as compared with 2-9 in 1920. There were only seven cities in New New Mexico a summer period of sub-tropical monsoon rains. The Mexico in 1930 with a population of over 5,000, namely: Albuaverage rainfall for the State is about 15 in. annually. On some querque, the largest, with 26,570 inhabitants; Santa Fe, the capsections of the southern plains it is as low as 6 in. while in the ital, with 11,176; Roswell with 11,173, Clovis with 8,027, Raton mountain districts of the north it rises to 25 or 30 inches. The with 6,090, Gallup with 5,992 and Las Cruces with 5,811. The skies are generally clear and sunshine is abundant; the days are decade from 1900 to 1910 witnessed the greatest increase in warm but the nights are cool. At Santa Fe, where the mountains population, from 195,310 to 327,301 or 67-3%. A total of 47,942 and plains meet, the mean annual temperature is 48-8° F; the in 1920 were foreign-born or of foreign parentage. Of this number mean for the winter is 30-9° and for the summer 67°; and the 19,906 were Mexicans, the majority of whom belonged to the lower or “peon” class; a mixture of Indian and Spanish blood. highest and lowest temperatures ever were 97° and —13°. Flora and Fauna.—The physiographical conditions of New The negroes have increased from 1,628, in 1910 to 5,733 in 1920. Mexico determine, in a measure, the distribution of plants and A sprinkling of Japanese and Chinese constitute the other nonanimals, Six life zones are represented in the State, due to vari- white element in the State. The State Constitution provides that
318
NEW
MEXICO
laws shall be published in both English and Spanish. and no! population of the State in the year 1924-25 numbered 120,114 citizen can be deprived of the right to sit on juries or to hold | of which 92,615 was enrolled in public schools. The average daily office because he cannot speak English. The dual language situa- |attendance was 63,241. There were 61 public and to private high tion has presented a difficult problem for the schools, but every | schools with 250 teachers and 6,301 pupils. There were in the pupil is required to learn English by which it is hoped to solve | entire public school system 2,011 teachers in rural districts and it for the future. 1,083 in city districts. Government.—With slight amendments the Constitution The University of New Mexico, with its distinctive buildings adopted in 191r remains the basis of the State Government. | in the Indian Pueblo type of architecture is situated on a mesg Amendments may be proposed by a majority of the members in each house and must then be voted upon by the people at the next general election or a special election called not less than six months after adjournment of the legislature. The State legislature is composed of a senate and house of representatives having 24 and 49 members respectively in 1927. Regular sessions are held in odd-numbered years, beginning the second Tuesday in January, and are restricted in length to 60 days. Special sessions not to last over 30 days may be called by the governor but must confine their business to specific matters NATIVE WHITE FOREIGN-BORN NEGRO mentioned in the governor’s proclamation. Representatives are WHITE elected for two years and senators for four years, the latter, contrary to the practice in most States, being all elected at one time. | l PROPORTION OF ILLITERATES AMONG THE NATIVE WHITE, THE FOREIGNThe governor possesses a veto power which can be overridden by BORN WHITE, AND THE NEGROES, 1920 a two-thirds vote of the legislative members present and voting in each house. The people of New Mexico possess the referendum about a mile from and overlooking the city of Albuquerque. Its privilege but not the power of initiative. In the National Congress attendance increased from 235 in 1915 to 990 in 1928, its faculty the State is represented by two senators and one representative. members from 21 to 54 and its buildings from 8 to 17 in number, The Constitution provides for 11 elective administrative officers, The State School of Mines, located at Socorro, had an enrolnamely, governor, lieutenant governor, secretary of State, auditor, ment of 76 students and a teaching staff of 11 members in 192s, treasurer, attorney general, commissioner of public lands and The College of Agriculture and Mechanic Arts near Las Cruces, three corporation commissioners, all serving two years. They may in the fertile Mesilla valley had a staff of 39 members and an succeed themselves for one term but are not afterwards eligible enrolment of 287 students. The New Mexico agricultural experifor re-election until a two year period has elapsed, except the ment station is a part of the institution. The New Mexico lieutenant governor who may succeed himself indefinitely. The Military institute, a school of high rating, at Roswell is also supnumber of elective officers seriously limits the governor’s control ported in part by State funds. It offers a course of work coverover his administration. ing the four years of high school and first two years of college. A supreme court holds one session a year, which lasts as long The New Mexico Normal university at Las Vegas contains a as the justices think proper, trying cases appealed from the lower training school, a high school department and a four year normal courts. There are three supreme court justices elected one at a department. Similar in organization is the New Mexico Teachers’ time for terms of eight years each. There are nine district courts college at Silver City. At El Rito is a Spanish-American normal holding two regular sessions each year at the county seat. The school designed to instruct teachers for the Spanish districts. Charities and Corrections.—The State penitentiary, located district judge is elected for six years. There are probate courts in each county and justices of the peace in each precinct. at Santa Fe, was established in 1882. A State reform school was Finance.—The value of all tangible property in New Mexico established at Springer in 1909. A girls’ welfare board, created in was estimated in 1922 at $852,000,000 or $2,299 per caput. The 1919, established a home in Albuquerque for girls under 18. The total taxes levied by State, county, town and school district charitable institutions include the asylum for the insane at Las governments the same year amounted to $8,805,000 or $23.89 Vegas, a miner’s hospital at Raton, the asylum for the deaf and per caput. Their per caput rate was lower than any other Western dumb at Santa Fe and the institute for the blind at Alamogordo. State, the next lowest being $37.82 in Utah. Revenues of the In 1884 the Territorial legislature adopted the Asylum of the State Government amounted in 1925 to $7,908,000, of which Sisters of Charity at Santa Fe as the State orphan’s home, with but $1,713,000 was derived from taxation. Public lands, motor little change in its organization. licences, a gasolene tax of five cents a gallon, and Federal road aid Agriculture and Live Stock.—The eastern one-third of the supplied most of the remainder. Expenditures amounted to $8,- State and especially the north-eastern counties contain the most 634,000 of which $4,240,000 was for current and maintenance important crop-producing districts. In Curry, Roosevelt, Quay, expenses and $4,577,000 for permanent improvements. The State Fiarding, Union and Colfax counties an average rainfall of 15-5 in. bonded indebtedness on June 30, 1926 was $3,919,500, a decrease (1914-24) permits of considerable dry farming, while over the rest of over $1,000,000 from that of 1922. of the State crops are dependent almost entirely upon irrigation In the same year there were 63 banks in the State (31 of them and confined to those river valleys where it is practicable. Though national banks) with resources and liabilities totalling $39,213,000. 27,850,325 ac. or a little more than one-third of the State was Education.—Previous to 1891 when the general public school owned as farm land in 1925 (an increase over 11,270,021 ac. in system of New Mexico was established, education was carried on 1910 and 24,409,633 ac. in 1920) only 1,784,851 ac. were crop mainly by private and religious agencies which established mission land. There were in 1925 31,687 farms, valued, together with schools and academies. These are still numerous. There were all farm property, at $236,300,000. The 1920 valuation was $325,in 1924-25 42 private and parochial schools of elementary stand- 185,000. ing with 5,879 pupils enrolled. Progress in the public school The river basins containing irrigated lands are the Rio Grande, system was slow from 1891 until r9rz when Statehood was Pecos, Canadian, San Juan and Gila with their tributaries and the granted, but has been rapid since as is shown by the increase in Cimarron, Rio Mimbres, Rio Tularosa, Trinchera and Fresno. expenditures for public schools from $793,000 in 1910 to $4,835,- The area capable of irrigation under existing projects amounted ooo in 1925. to 644,970 ac. in 1910 and 696,119 ac. in rọrọ. In the latter The governing authority of the public school system is the year 233,893 ac. were harvested with a crop valued at $11,400,144 State board of education consisting of the governor, the superin- or $48.74 per acre. The cost of irrigation operation and maintendent of public instruction, who is elected for two years, and tenance averaged $2.41 per acre. The Carlsbad project in the five members, who are appointed by the governor. The school Pecos valley is a prosperous achievement of the U. S. Reclama-
NEW
MEXICO
tion Service. Another Federal undertaking of greater extent is she Rio Grande project of 150,000 ac. shared by New Mexico, Mexico and Texas which was constructed at a cost of $14,071,706. The estimated value of all crops in 1926 was $33,800,000 as compared with $28,600,000 In 1925 and $40,000,000 in 1924. Chief in value in 1926 was wheat, reaching $6,242,000. Hay was next to wheat, and much more
evenly distributed over the
State. The tame hay crop in 1926 amounted to 435,000 tons, the
wild crop to 33,000 tons. Approximately three-fourths of the tame
crop was alfalfa to which 121,000 ac. were devoted.
The cotton
crop, valued at $7,560,000 in 1925, declined in 1926 to $5,004,000. Corn in 1926 was valued at $3,845,000 and was well distributed
over all irrigated areas. Sorghum in 1926 was valued at $1,047,000.
The bean crop of 1925 was valued at $1,317,000 and of 1926 at
$2,179,000. Minor crops and their valuations in 1926 were: po-
319
| able for building purposes.
Manufactures.—As New Mexico is primarily a mining and stock-raising region, its manufacturing industries, though growing, are still of comparatively little importance. The value of the prod-
ucts of manufacturing establishments increased from $9,320,000 in 1914 to $20,422,126 in 1923, or 119%, but dropped to $19,458,-
885 in 1925. Of the latter figure $9,954,204 was added by the manufacturing process. There were in 1925 200 establishments, paying $5,083,211 in wages to 4,629 wage earners.
Albuquerque
with 28 establishments and 1,317 workers turning out products valued at $5,016,303 was the main manufacturing centre. The chief industries were car construction and repair shops together with railway repair shops, $5,842,735; lumber and timber prod-
ucts, $5,752,649.
Transportation.—In
1925 there were 2,998 m. of railway in
New Mexico. About one-half belonged to the Atchison, Topeka and Santa Fe system, whose trans-continental line crosses the northern one-third of the State. Another transcontinental 131,000 bu. of peaches. Live stock on New Mexico ranches and farms amounted in line, the Southern Pacific, crosses the southern part of New value in 1910 to $43,494,679; 1920 to $93,626,000; 1925 to $52,- Mexico westward from El Paso, Texas. The rural highway sys671,000. The decrease in 1925 from the 1920 valuation repre- tem totals in all 48,295 m. of which 2,441 m. were surfaced in sents not a decline in numbers, which remained about stationary, 1926. The State highway system, which includes all the princibut in price. There were in 1927, 166,000 horses valued at $5,586,- pal through routes, totals 9,214 m. of which 1,685 m. were sur090; 34,000 mules valued at $1,500,000; 1,189,000 cattle valued faced in 1926. Expenditures by the State for highways amounting at $36,887,000 and 2,490,000 sheep valued at $21,789,000. Cattle, to about $3,500,000 annually from 1921 to 1925, were derived though decreasing slightly in number, showed an appreciation in largely from motor vehicle and gasolene taxes and Federal aid. History.—In the period 1525-43 explorations extending from value of over $8,000,000 between 1925 and 1927. Dairying, while Florida to the California coast paved the way for the later cola growing industry, is not important in New Mexico, there being but 39,383 milch cows in 1925. The major portion of the cattle onization of Florida and New Mexico in the latter part of the are still raised on large ranches for beef purposes. Ranches 16th century, Texas in the early part of the 18th and California average from 60 to 8o sections in size but very little of the land in the latter part of that century. The first of the expeditions (10% to 25%) is owned by the rancher himself. About half is was that of Narvaez. The journey of the treasurer of this leased from the National Forest Service, from private owners Florida adventure, Cabeza de Vaca, extended over the period (often homesteaders who have failed), or from the railways or the from 1528 to 1536. The appointment of Antonio de Mendoza as first viceroy of State. In the south-western counties about 25% is public domain, and in the south-central counties about 40%. From 1922 to 1925 New Spain in 1535 marked the beginning of a period of improved New Mexico shipped an average of 531,600 cattle annually. The organization in the continental possessions of Spain. Early in value of sheep increased from $8,124,000 in 1922 to $21,789,000 1539 Friar Marcos de Niza was chosen by the viceroy to investiin 1927. Sheep are raised all over New Mexico, but are more gate the land north of Culiacán and inaugurate a new policy numerous in the southern and western parts of the State, while in Indian affairs. When Friar Marcos left Culiacán, March 15309, the north-western counties are sheep territory almost exclusively. he was accompanied by Estevanico, as guide, who was one of From 1922 to 1925 inclusive an average of 588,610 sheep were annually shipped from the State. The wool output of 1926 totalled 12,060,000 lb., valued at $3,630,000, but the average weight of a fleece was but 5-9 lb. compared with a 7-8 Ib. average for the entire United States. tatoes, $290,000; barley, $135,000; and broom corn, $246,000. Apples to the number of 1,147,000 bu. were raised in 1926; also
Mining.—Though New Mexico was once an important silver-
producing State, the 20th century brought an increased demand for the baser metals, especially copper, zinc and lead, and capital was drawn to their production. Showing a steady increase in output and value after the depression of 1921 copper became the leading mineral in 1925, its production amounting to 76,427,825
Ib. valued at $10,852,751. The estimate for 1926 amounted to 82,600,000 Ib. valued approximately at $11,300,000. About 99% of the copper is mined in Grant and Hidalgo, chiefly from the Chino Copper Company’s operations in the Central district and from the 85 mines in the Lordsburg district. Zinc production increased from 9,246 tons in 1925 to 12,100 tons in 1926—the 1925
valuation amounting to $1,405,415. Lead also showed a rapid increase from $290,761 in value in 1924 to $654,000 in 1926. The silver and gold mined in 1925 amounted in value to $510,176 and $549,073 respectively. Rivalling copper closely for the leadership among mineral products is coal. In 1925 2,556,851 tons valued at $8,611,000 were produced. Coal areas cover approximately 15,000 sq.m. and are hardly touched as yet. Good bituminous deposits are found at White Oaks, Carthage, Abbey, Cerrillos, Raton, Van Houten and Dawson. Activities in the petroleum field resulted in a leap in production from 98,000 bbl. in 1924 to 1,060,000 bbl. in 1925 and in value from $127,000 to $1,815,000. The output for 1926 was estimated at 1,627,000 barrels.
New Mexico is generously endowed with beautiful stone suit-
BY
COURTESY
OF
THE
BUREAU
OF
RECLAMATION
EXTERIOR VIEW OF TAOS, SHOWING ONE OF THE TWO PUEBLOS AND THE LADDERS BY WHICH IT IS ENTERED
SIX-STOREYED
the four survivors of the Narvaez expedition. The party reached the vicinity of the Zufii pueblos, in the western part of New Mexico. In the following year the well-equipped expedition of 270 soldiers under Coronado arrived by the same trail. The Zui pueblos were conquered and the expedition established winter headquarters near the present town of Bernalillo. The Grand Canyon of the Colorado was discovered and other parties explored the Rio Grande valley and the country as far east as the present State of Kansas. An expedition was organized by the Franciscan friar, Augustin
320
NEW
MEXICO
Rodriguez in the summer of 1581 for the purpose of convert- | At the outbreak of the Civil War the Territory was invaded ing the Indians of the lands to the north of Mexico. A year | by a Confederate force, under command of Brig.-gen. H. H. later Antonio de Espejo led an expedition to rescue the friars | Sibley, which marched up the Rio Grande valley and occupied the of the Rodriguez party, who had remained in New Mexico with- capital. The Union army under command of Col. E. R. S. Canby. out protection after the return of their military escort to Mexico. with reinforcements from Colorado, won the decisive battle of (The name New Mexico seems to have been applied to the the campaign at Apache canyon, on March 28, 1862. The period Pueblos of the Rio Grande valley in the summer of 1582, al- following the American occupation was marked by the solution though the name applied by the members of the Rodriguez expedition, San Felipe, and the name given by Espejo, Nueva Andalucia, were probably sometimes used.) Near the close of the century a contract was made with Juan de Oñate for the colonization of New Mexico. The expedition was assembled in the vicinity of Santa Barbara in August 1597, and after several delays proceeded up the Rio Grande. The first settlement was made at San Juan de los Caballeros in the Chama river valley, July rz, 1598. The construction of the first church in New Mexico was completed and mass was celebrated on Sept. 9, 1598. The present capital of New Mexico, Santa Fe, was founded in 1609.
New Mexico remained a frontier mission field during the 17th century. Twenty friars were serving by 1624; the churches numbered 43; and the number of Christian Indians 34,000. The total Spanish population at the end of the century was only 2,000, which shows that the colony had not become an important source of wealth. The differences between the Indian culture and the Spanish European manner of life were the principal causes of the revolt of the Pueblos in 1680. The Pueblo Indians were willing to accept the God of the Christians as an additional protecting power, but they could not give up their own beliefs concerning the spirits of the universe without completely destroying their organized tribal life, because every phase of their
existence is affected by their conceptions of the relation of the
tribe to the world. The Spanish settlers abandoned their holdings and retreated southward to El Paso. Diego de Vargas effected a reconquest of the province between 1692 and 1696. Albuquerque was founded in 1706 and by 1799 had a population of 4,020. The total population of the province at the close of the 18th century was about 30,000; 20,000 Spanish and 10,000 Indians. The internal affairs of New Mexico prior to 1821 were not affected to any great degree by the revolutionary developments which took place during this period in Spain and Mexico. New Mexico became a political subdivision of the Mexican Republic; granted independence from Spain by the Treaty of Cordoba, Aug. 24, 1821. Trade with the American settlements in the Missouri valley, which had been discouraged during the Spanish régime, was legalized in 1821. An annual caravan set out from Missouri in the spring of the year. The value of the merchandise carried on the outward journey increased from $15,000 in 1822 to $450,000 in 1843. The Santa Fe trade was a success because merchandise could be freighted across the plains to the markets of New Mexico and sold for a lower price than goods could be brought from Vera Cruz by way of Chihuahua. The Republic of Texas claimed the Rio Grande as its western boundary. The prosperous Santa Fe trade, which would be a rich source of taxation, encouraged Texas to assert this claim. An expedition was organized in 1841 which arrived in New Mexico In a disorganized condition and surrendered to Governor Armijo at Anton Chico. A second expedition in 1843 also failed. Upon the outbreak of war with Mexico the army of the West under command of Col. Stephen Watts Kearny, occupied Las Vegas Aug. 15, 1846 and took formal possession of the country. The capital was occupied three days later and a military govern-
ment was established which ruled the territory for five years. The civil government was retained for two years during which period a rebellion broke out resulting in the assassination of Governor Bent at Taos, on Jan. 19, 1847. The Territory of New Mexico was created by act of Congress, Sept. 9, 1850, extending from the 103 meridian of longitude on the east to the Territory of California on the west. The present boundaries were fixed by 1863 with the formation of the Territory of Arizona from the western half, and the Territory of Colorado from a northern portion two years earlier.
A
BY
COURTESY
T
OF
THE
A
ATCHISON,
-
TOPEKA
AND
SANTA
THE STATE ART MUSEUM
FE
RAILROAD
AT SANTA
FE
of the nomadic Indian problem and the economic development of the territory. A reservation was established in 1868 for the Navajo Indians in the north-western part of the Territory; the Mescalero Apache were settled in the southern part of the Territory in 1873; and the Jicarilla Apache in the northern part in 1880. The legal status of the Pueblo Indian was complicated by the Treaty of Guadalupe Hidalgo and later decisions of the U.S. Supreme Court. The building of railways into the West, the increasing population, and the quieting of the Indians resulted in a great increase in cattle and sheep. The overflowing cattle herds of Texas were used to stock the ranges in New Mexico and the States to the north. The Goodnight-Chisom trail up the Pecos valley was followed by the overland drives to the ranges in Colorado and Wyoming; and to the railway shipping points in Kansas. Conflicts occurred between the cattle and sheep raisers over water and the use of the open range. The most bitter of these was the Lincoln county war which started in 1877 and lasted about three years. The Atchison, Topeka and Santa Fe railway was extended to Albuquerque in 1880. A year later connection was made with the Southern Pacific railway at Deming, which placed the Territory on a transcontinental line. With the advent of the railways mining and irrigation developed; the population increased and a public school system was established in 18or. The Spanish and Mexican land grants in New Mexico have constituted one of the most difficult land problems in the history of the State. The Treaty of Guadalupe Hidalgo confirmed the grants but the lack of accurate documents complicated the problem of settling conflicting claims. The establishment of the U.S court of private land claims, March 3, 1891, was the beginning of a policy of settling titles by means of court proceedings. Constant efforts were made to secure Statehood. The Enabling Act was passed by Congress on June 20, rg10. A Constitution, drawn up by the people, was accepted by Congress and signed by the president on Aug. 21, rọrr. The State was formally admitted on Jan. 6, 1912. BIBLIOGRAPHY.—J. Gregg, Commerce of the Prairies (1845); H. H. Bancroft, Arizona and New Mexico (1889); F. W. Blackmar, Spanish
Institutions of the South-west (1891); C. F. Lummis, The Land of
Poco Tiempo (1893); S. Wallace, The Land of the Pueblos (1895); W. M. Nicholl, Observations of a Ranchwoman in New Mexico (18098) ; G. B. Anderson, History of New Mexico (1907); F. A. Jones, Epitome of the Economic Geology of New Mexico (1908); O. H. Lipps, The Navajos (1909); Lingren, Graton and Gordon, Ore Deposits of New
Mexico (1910); C. D. Miller, The Irrigation Resources of New Mexico
(r911); R. E. Twitchell, Leading Facts in New Mexican History (1911-
12); Spanish Archives of New Mexico (1914) ; Military Occupation of
New Mexico (1909), Old Santa Fe (1925); L. B. Prince, A Concise History of New Mexico (1912), Spanish Mission Churches of New Mexico (1915); P. E. Goddard, Indians of the South-west (1913); H.
E. Gregory, The Navajo Country (1916); A. F. Bandelier, The Delight Makers (1918); G. W. James, New Mexico the Land of the Delight Makers (1920); H. E. Bolton, Spanish Exploration in the South-west
NEWNAN—NEW (1916); The Spanish Borderland
(1921); J. R. Finlay, Report of
Appraisal of Mining Properties of New Mexico (1921-22) ; Mary Aus-
tin, The Land of Journey's Ending (1924); B. C. Grant, Taos Indians
(1925), Taos Today (1925); C. F. Coan, A History of New Merco (1925); J- H- Vaughan, History and Government of New Mexico (1923); E. C. Parsons, The Pueblo of Jemez (1925); W. N. Burns,
The Saga of Bully the Kid (1926) ;J. S. Stokley, Wild Life of New
Mexico (1927) ; New Mexico Historical Review (1926 et seq.) ; Southwestern Historical Quarterly (1897 et seq.) ; American Anthropologist
(1888 ef seq.); Records of the Past (1901-14) ; Journal of American Folk-Lore (1888 et seg.) ; the Annual Reports of the Bureau of American Ethnology (1879 et seq.) ; and Publications of the New Mexico (F. D. R.) Historical Society (1882 et seq.).
NEWNAN,
a city of western Georgia, U.S.A., the county
seat of Coweta county; on Federal highway 29, 40 m. S.W. of Atlanta. It is served by the Atlanta and West Point and the Central of Georgia railways.
Pop. 7,037 In 1920; 6,386 in 1930.
It is a shipping point for cotton, bright-leaf tobacco, corn, peanuts, garden truck, hogs, cattle and poultry.
NEW ORLEANS, a city of Louisiana, U.S.A., situated on the
east bank of the Mississippi river about 107 m. from its mouth. It was originally on a bend in the river and from that fact its popular name, “Crescent City,” was derived.
Physical Features.—The soil is an alluvial deposit from the
river and, therefore, has its greatest elevation at the river bank, where the ground behind the levees is from 10 to 15 ft. above the mean level of the Gulf of Mexico; but the lower parts of the
city are below gulf level. Built on the narrow ridge of land at the river bank, the growing city first expanded along the river front and later, the cypress swamps between the river and Lake Pontchartrain having been cleared and drained, covered a distance of from 4-5 to 7-3 miles. The river approaches New Orleans flowing eastward, turns rather abruptly to the south at the upper municipal limits, then eastward as it passes the modern city, and finally northward in one of the sharpest bends to be found in the lower river, near the site of the original city, or vieux carré. The difficulties involved in building a city on such a site as that of New Orleans were great. Drainage, sanitation and a satisfactory water supply were realized nearly two centuries after the establishment of the first settlement, and in the interim yellow fever and cholera took frightful tolls. Modern engineering
WEATHER GRAPH OF NEW ORLEANS. THE THERMOMETER INDICATES THE NORMAL ANNUAL MEAN TEMPERATURE. THE MIDDLE CURVE SHOWS THE NORMAL MONTHLY MEAN TEMPERATURE; THE CURVES ABOVE AND BELOW, THE HIGHEST AND LOWEST EVER RECORDED IN EACH MONTH. THE COLUMNS INDICATE THE NORMAL MONTHLY PRECIPITATION
and sanitation finally triumphed, and to-day New Orleans is one of the healthiest cities of the world.
The boundaries of the parish of Orleans and the city of New Orleans are the same, embracing an area of 196 sq. miles. The
boundary line is very irregular, but may be given approximately as Lake Pontchartrain on the north, the Rigolets and Lake Borgne
on the east, the parish of St. Bernard and the Mississippi river on the south, and Jefferson parish on the west. The city gradually expanded by spreading along the higher lands near the river bank. New Orleans is noted for its mild and balmy winters; the
321
ORLEANS
summers are uniformly warm but extreme heat is unknown, and
the highest temperature recorded by the weather bureau is 102° F, while a temperature of 100° F is seldom reached, owing to the cool breezes from the Gulf of Mexico. Mean temperature is:— January February March April . May June
. 54°5° . 572 . 630 68-9 » B52 80-9
July August September October November December
. 82-4° . 82:3 . 794 70:4 . 619 55:7
Yearly average 69:3 The rainfail averages 56-77 in., well distributed through the year. Population.—The population of New Orleans was 339,075 in IQIO, 387,219 in 1920 and 458,762 in 1930. The increase in the decade 1920-30 was 71,543 Or 18-5%; 14-2% in 19ro—20. Every country in Europe is represented in the inhabitants Among the foreign-born the Italians are the most numerous; other nationalities of great numerical strength are Irish, Germans, English and French. The French, because of the creole element, feel perfectly at home, speaking their own language, and living among sympathetic surroundings. The creoles are the descendants of the French and Spanish settlers of Louisiana. When the city passed under the American flag the Americans built up a quarter for themselves, up stream from the vieux carré, the upper boundary of which was Canal street. The line is not as strictly drawn now as in earlier years, as many creoles have settled in the newer portions of the city and some Americans have moved to the French quarter. This change has been more pronounced in the third decade of the 20th century during which time a lively interest in the old quarter has developed into a movement to preserve those buildings and other historical sites of the city. Water Supply, Drainage and Sewerage.—tThe entire city, except for its levees, is below the river high water mark while a large portion of it is below that of Lake Pontchartrain. Combined with these difficulties New Orleans has heavy rainfall; occasionally over 3 in. in one hour, 7 in. in 5 hours and 9 in. in 12 hours, having been experienced. As a result of the occasional excessive rainfalls, it has been necessary to provide large canal systems to convey the water to and from the pumping plants, and eight pumping stations for the removal of storm water have been built. A number of these drainage canals are built of reinforced concrete, lined and covered with masonry and are often under the roadway of streets; some of the open canals are lined with creosoted timber. The largest of the concrete canals are 25 ft. or more in width and when running full, have 9 ft. or more depth of water. To keep the water moving in these canals the city has an aggregation of low lift pumps with a capacity of over 7,000,000,000 gal. per day. The sewage of the city is collected separately from the drainage and is finally discharged into the Mississippi, where the dilution is so great that it is not noticeable further down stream. Like the drainage, the sewage has to be pumped, much of it through two or more lifts, and this is accomplished by electric pumping stations operating automatically. In the early days of the colony the turbid water from the Mississippi was carried from the river and settled in large earthen jars. Wells were used to supply water for household purposes but not for human consumption. In 1810, a first attempt was made to establish waterworks. In 1833 the Commercial Bank was organized for the purpose of establishing waterworks in New Orleans and iron pipes replaced the early wooden ones. In 1869 the city bought the system from the company, issuing bonds for that purpose; but lack of funds and bad management obliged the city in 1877 to give a monopoly to the New Orleans Water-Works company. The river water was too muddy to be useful for most purposes and cisterns were preferred, although a time of drought often caused scant supply. To solve the problems involved and
to study the methods of treatment for purification of the river water, an experimental plant was established in: r900, and a process adopted for softening by the use of lime and small amounts of sulphate of iron, producing a coagulation whereby the fine clay particles are brought together into large masses that will settle out in a few hours, or which are large enough to be
322
NEW
ORLEANS
completely removed by the filters. By this process, first put into operation in 1909, New Orleans has had continuously an abundant supply of clear, pure water of the highest quality. Additions to the water purification plant, nearly completed in 1928, will increase the capacity to 112,000,000 gal. per day, and, if necessary, to 160,000,000. Streets, Bridges and Parks.—The streets of the vieux carré, or old French city, are narrow, but in the newer portions there are many wide avenues and boulevards, some of which were originally canals. Some of the avenues, such as St. Charles, Esplanade, Claiborne and others, were originally laid out with sufficient width for a street on each side, accommodating traffic in both directions and with a “neutral ground” between which has been used for street car tracks and planted with trees. New Orleans is situated on the Old Spanish Trail which extends from San Diego, Calif., to St. Augustine, Fla. It is at the southern end of the Jefferson highway which runs to Winnipeg, and the Colonial highway which leads to New York. The Jackson and Mississippi Valley highways lead to points in the Middle West and the Mississippi valley. Early in the year 1928 the New Orleans-Pontchartrain bridge was opened to traffic. This concrete structure is nearly 25,000 ft. in length and was built by a private corporation at a cost of $5,500,000. New Orleans is well supplied with parks. Audubon park, with 234 ac., is situated in the upper portion of the city and contains a statue of Audubon. City park on City Park avenue has recently been increased to 1,426 ac. by the purchase of a tract extending all the way to Lake Pontchartrain. West End park has largely been built up by hydraulic dredging. There are numerous smaller parks well distributed throughout the city. New Orleans is developing a tract of about 1,400 ac. on the south-east shore of Lake Pontchartrain, where the land is being built up by hydraulic dredging from the bed of the lake. The tract will contain 25 m. of boulevards and driveways, with parks and bathing beaches having a combined length of two miles. Gas and Electricity—Electric cars were first used in New Orleans in 1893. At that time there were several independent competing lines which were later consolidated into a modern, efficient system. The New Orleans public service supplies electricity for power and lighting, and supplies natural gas to power plants and for domestic use. Port.—New Orleans is one of the largest North American ports, accommodating between 9o and 100 steamship lines; go8 vessels with a total net tonnage of 11,204,573 tons entered the port in the year ending Aug. 31, 1927. The limits of the Port of New Orleans include the parish of Orleans and a part of the parishes of Jefferson and St. Bernard bordering on the Mississippi, with a frontage of 41-4 m. on both sides of the river. About 7 m. of river front is equipped with publicly owned wharves, steel sheds, cotton warehouses, grain elevators, coal tipples and other modern facilities. The Inner Harbour navigation canal extends for 5 m. from the river to Lake Pontchartrain. Recent development of South West pass with an available depth of 35 ft., has made the port available to the largest ships. Transportation.—Twelve
railroad lines enter New Orleans:
the Gulf Coast Lines, Illinois Central, Yazoo and Mississippi Valley, Louisiana Railway and Navigation Company, Louisiana Southern, Louisville and Nashville, Missouri Pacific, New Orleans Great Northern, New Orleans and Lower Coast, Southern Pacific, southern Railway and the Texas Pacific. New Orleans owns and operates a Public Belt railroad, extending the length of the docks. The Federal Barge line supplies freight service to points on the Mississippi and Warrior rivers. Commerce, Industry and Municipal Statistics.—The Mer-
chants’ Progressive Association of 1898 and the Progressive Union, which succeeded it the following year, were the organizations leading to the Association of Commerce in 1913. There are 14 bureaux and departments, and the membership is over 5,000. In 1927 there were over 670 factories, whose output was evaluated at $151,893,071. The New Orleans Clearing House was organized.in 1872; and there were in 1928 about a dozen large banks. The growth of the city may be shown by the following
| comparative figures :— |
|
1910
i| Bank resources So m Property valuation . | and utilities | Buildings Building permits . >o | Water consumed—gallons Water mains, miles . | Commerce and transportation
1927 |
Financial Bank
debits
š
.
‘
a y
Water cargoes—short tons
Public belt railway, cars handled . 2. wt Bg Street railway mileage . .
Hard surface streets—mileage
|$2,991,128,000
$131,771,263 $230,846,187
$3,422,251
$4,165,757,000
|
$330,171,886 | 607,086,071 $16,011,635 |
535 79,000,000
II,I51,717,700
|
3,964,109
16,538,167
|
325
113,727
162 II4
585 |
| 334,265 | 209
263 |
Public schools
Enrolment number
Value of property
|
.
Public libraries Number of volumes . Circulation Health Deaths per 1,000 white-resident
2,733
68,356 |
2,688,000
$35,481,282 |
100,102 350,746
235,082 | 916,825
14°23
II-97
Education.—The New Orleans public-school system consisted in 1928 of 63 kindergartens and elementary schools, five highschools, one vocational school for girls and one normal school, for white pupils, and of 19 elementary and one high and normal school for coloured pupils. There were 12 elementary evening schools and one evening high-school for coloured pupils. The enrolment for 1926-27 was, for white schools, 48,731, and for coloured schools, 19,625, a total of 68,356; and the expenditure exclusive of building was $3,568,743. There were over 60 private schools in New Orleans in 1927, and the Catholic Church has a system of parochial schools, each parish church conducting a school under the direction of the parish priest and, in most cases, taught by nuns. Uniform text-books are used and the classes are graded according to public school standards. There are several preparatory schools among which are Rugby academy, New Orleans academy, Holy Cross college and the Christian Brothers college. The Delgado Trades school was opened, near City park in 1921. The Isidore Newman Manual Training school was founded in 1903 and has a capacity of about 600 boys and girls. Tulane University—The history of Tulane university dates back to the foundation of the medical college in 1834. It was chartered in 1835 and in the following year issued the first degree in medicine conferred in the South-west. The Constitution of 1845 provided for the establishment of a university in New Orleans, embracing the medical college to which law and academic departments were to be added. In 1882 Paul Tulane, for many years a merchant in New Orleans, gave liberally for the higher education of “the white young persons in the city of New Orleans.” His entire donations reached the sum of $1,050,000. He died at Princeton, N.J., in 1887. In 1884 the board of administrators of the Tulane educational fund received from the legislature complete and perpetual control of the university of Louisiana. This act was ratified in 1888 and again in the Constitutions of 1898, r9r3 and 1921.
Tulane university had a total enrolment of 2,988 in all departments during the session of 1926—27, exclusive of the summer school, which numbered 1,751 more. Its endowment was then approximately $8,000,000. Loyola Universtty—In 1904, the Jesuit Fathers opened a school opposite Audubon park. A collegiate course was added and in 1912 the legislature granted them power to confer ‘degrees in arts and sciences and all the learned professions, such as are granted by other universities in the United States.” Monuments, Public Institutions and Customs.—The Delgado Art museum in City park was established by a gift from Isaac M. Delgado in rg11. There is a nucleus of an art collection containing many works of great merit. The annual exhibition of the Art Association is an important event. The Cabildo houses an important historical museum containing much of interest and
NEW
ORLEANS
value pertaining to the history of Louisiana and New Orleans. The Presbytery, facing Jackson square on the side of the Cathedral of St. Louis, contains a valuable museum of natural
history, principally relating to Louisiana. morial hall contains
The Confederate Me-
relics of the Civil War.
It is located on
Camp street adjoining the Howard library. The Tulane university museum occupies the entire third floor of Gibson hall; it contains petrological, paleontological, zoological and anthropological
sections. The Art museum in the Tilton Memorial library of Tulane university embraces the Linton-Surget collection of works of art. scripts, Central ditions
At Tulane university is the Gates collection of manudocuments and other material relative to Mexico and America. This is constantly being added to by the expeand researches of the department of Middle American
research, which has a permanent endowment of $300,000. New Orleans has a number of excellent hospitals: the Baptist; Charity; City (for mental diseases); Eye, Ear, Nose and Throat; Hôtel Dieu; Presbyterian; Soniat Mercy; and the U.S. Marine and U.S. Veterans’ hospitals, the St. Rita Surgical and Touro infrmaries. Practically all of the charitable institutions of New Orleans receive contributions from a community chest. In 1928 these amounted to more than $900,000. Over 50 newspapers and periodicals are published in New Orleans, including two morning and two afternoon papers. The New Orleans Picayune was founded in 1837, the Daily Times in 1863, the Daily Democrat in 1875. The two latter formed the
Times-Democrat in 1881 and this and the Picayune became the Times-Picayune in 1914.
The Daily Item began publication in
1877; the Daily States started In 1880. The Morning Tribune was first published in 1924. There are some 300 churches in New Orleans, representing different denominations. Roman Catholic churches are the most numerous. The French opera house, designed by Gallier, was erected in 1859 at the corner of Bourbon and Toulouse streets. It was a distinctive and widely known centre of artistic and social life in New Orleans for many years. The Mardi Gras balls were held
there until the building was destroyed by fire in 1919. The carnival season extends from Twelfth Night to Lent, and its climax is reached in the festivities of Mardi Gras, the eve of Ash Wednesday. The ancient custom of celebrating the carnival was brought to New Orleans by the Latin peoples, and especially by the young creoles who studied in Paris and returned to live in New Orleans. Beginning with Twelfth Night there is a series of brilliant balls, and during the last week the balls of Momus, Proteus and Comus, preceded by gorgeous pageants, bring the season of mirth to a conclusion. On Mardi Gras Rex parades the streets and at night the final parade is that of Comus. Among writers and historians of note associated closely with New Orleans should be mentioned: John James Audubon, C. E. A. Gayarré, Alcée Fortier, Grace King, Mary Ashley Townsend, Lafcadio Hearn, George W. Cable and Mollie Moore Davis. Government.—The city government was at first carried out by a mayor and administrators, seven in number. Finally, in 1912, by act of the legislature, the commission form of government was adopted; the mayor became commissioner of public affairs. Four other commissioners have charge of public finances, public safety, public utilities and public property. At the first regular meeting after the election, the commission council by a majority vote assigns one of the councilmen to each of the above named departments.
323
pirates, Jean and Pierre Lafitte, and which offered access to the gulf without stemming the current of the Mississippi. There is some doubt as to the exact date of the founding
of New Orleans, but it is generally given as 1718. It was then proposed that John Law’s famous company, which had obtained charter for the territory from France, should move its headquarters from the barren coast country to the new site. New Orleans thus became the capital of the Colony in 1722. At this time the city had but roo houses and 500 inhabitants. It was laid out in approximately a parallelogram, 4,000 ft. long on the river by 1,800 ft. in depth, divided into regular squares
300 it.
on each side. In 1724 the streets were named. The houses were rude cabins of split cypress boards, roofed with cypress bark. They were separated from one another by willow copses and weed-grown ponds swarming with reptiles. Two squares on the river front near the centre of the city were set apart for military and ecclesiastical uses. The front was the Place d’Armes, now Jackson square; the rear one was early occupied by a church. In 1726 a monastery was erected to the east of the church for the Capuchin monks, who had arrived two years earlier. A company of Ursuline nuns came to New Orleans in 1727. At the same time the Jesuits arrived and received a large tract of land from Bienville, the French governor. This tract, bounded by what is now Common, Tchoupitoulas, Annunciation and Terpsichore streets, was later added to by donation and purchase and extended to Felicity street. Here the Jesuits cultivated myrtle, the wax of which was then a staple article of commerce; the orange, the fig, indigo and probably sugar-cane. These became staple crops. The Order was suppressed for political reasons in 1763 and its great plantation confiscated by the king of Spain. Many storms and disasters occurred during the early years of
the city. In 1719 the river rose to a great height and the site was completely inundated to a depth of a few inches. In 1722 a hurricane destroyed 30 houses and damaged crops. German colonists who had settled on the banks of the Arkansas managed to reach New Orleans and there prayed Bienville to send them back to their homes. He persuaded them to establish themselves along the river above the city, and thus was formed the nucleus of the German settlement, which to this day is called the German coast. There were few women of good character in the Colony in the early days; and many of the better class of settlers, missing their home life, desired to return to France. It thus became imperative that if the settlement was to survive, the men must have good wives to make homes for them. When Bienville left the Colony in 1724, he promised to send a load of good women as soon as possible. In 1727 the “Casket Girls” (Files à la cassette) arrived and were placed under the care of the Ursuline nuns whose convent had been established in the same year. They were first domiciled in Bienville’s former home, but in 1730 their own house.on Chartres and Ursuline streets was completed. This is the oldest building in the United States west of the Alleghenies. In 1763 the Treaty of Paris was concluded between France and England. By this treaty England gained all the territory east of the Mississippi except the Isle of Orleans. On Nov. 3, 1762, Louis XV. had, by the secret treaty of St. Ildefonso, given the Isle of Orleans and all of Louisiana west of the Mississippi to his cousin, Charles III. of Spain. It was not until Oct. 1764 that the French king notified governor Abbadie of the transfer of the Colony, nearly two years previously, to Spain, and ordered him to surrender Louisiana to accredited Spanish commissioners
History.—The city of La Nouvelle Orleans was founded by a when they should present themselves. There was sorrow and disFrench governor of Louisiana, Jean Baptiste Le Moyne, Sieur de Bienville, and was named in honour of the Regent, the Duc
d'Orléans.
The island of Orleans was chosen for the site, on an
elevation along the east bank of the river and about 107 m. from its mouth, between the head of Bayou St. John and the river.
Among the advantages of this site were the higher land, accessi-
bility by two main waterways (the Mississippi and the Jakes), and by Bayou St. John for the small craft of that day. On the other side of the river it was not far to Bayou Barataria, which later was destined to become the rendezvous of the famous
may when these tidings were received. In 1783, the Treaty of Paris confirmed Spain in possession of this territory and granted free and open navigation of the Mississippi river to the subjects of Great Britain and the United States. In 1788, and again in 1794, fires destroyed large portions of the city. By the first, 19 squares were devastated, and 856 houses were burned. The second fire destroyed 212 houses and caused a loss estimated at $2,600,000. Rebuilding with brick instead of wood, resulted in a more permanent city. During this period the Spanish Governor, Almonaster y
324 Rojas,
NEW ORLEANS was
the greatest
benefactor
of New
Orleans;
he gave | 000,000, a part of the increase being due to the extraordinary rise
freely of his private fortune for many purposes. He rented in| of prices throughout the country. The population was cosmo. perpetuity the squares flanking the Place d’Armes and erected | politan. In 1815 it numbered 33,000 and in 1820 had advanced a row of brick buildings to be used as shops and retail stores. | to 41,000.
Commerce
increased
more
rapidly
than
population
These were replaced in 1845 by the Pontalba buildings, which |because of the absence of manufacturing; between 1830 and 1840 bear the name of their builder, Baroness Pontalba, a daughter of trade advanced 75% and the population only 20%. the governor. He rebuilt the Charity hospital, which had been In 1847-48 the exports of domestic products from New Orleans destroyed by a hurricane, and a chapel for the Ursuline nuns. exceeded those of New York, although the total exports were less Through his generosity the cathedral was completed in 1794; than those of the northern city; but imports at New Orleans were it was constructed of bricks and had much the same appearance far less. as to-day except in details of the belfry and towers. A town-hall, In 1842 receipts from the interior were valued at $45,700,009 or hall of the Cabildo, presented to the city in 1795, was used | and in 1851 they had increased to $107,000,000. One tenth of the as a meeting place of the Spanish Cabildo. It was here that the |arrivals were now steamships. This trade was carried on in spite formal transfer of Louisiana from France to the United States of the danger from bars on entering the river; in the space of a took place. few weeks, in 1852, 40 ships went aground at the entrance to the Before the cultivation of sugar-cane the staple crop of Louisi- river. The terrible yellow fever epidemics of 1853-55 reduced ana had been indigo; but it did not prove successful. In 1794 the volume of trade, which was regained, however, and a highEtienne de Boré succeeded in making granulated sugar. His water mark reached in 1857, to be followed by a financial crash plantation is now within the city limits. By the Treaty of which was disastrous to the business houses of New Orleans. Madrid, signed in Oct. 1795, Spain and the United States agreed Louisiana seceded from the Union on Jan. 26, 1861. New that New Orleans should be open to the Americans as a port of Orleans was recognized as a strategic point by the authorities at deposit for three years; the produce was to be free of duty but Washington and two expeditions started to secure the Mississippi a reasonable price for storage was to be paid. The commerce of for the Union: Grant was to descend the river and Farragut and New Orleans increased greatly, the levee was the scene of noisy, Butler were to ascend it. The city had sent 5,000 soldiers to the bustling business. defence of the northern line of the Confederacy but the Souther The purchase of Louisiana by the United States in 1803 had Government seemed oblivious to the importance of holding New a further beneficial effect on trade. The first half of that year Orleans. While Grant was endeavouring to push his way down showed an increase of 37% in tonnage over that of 1802; exports stream, Farragut was entering the river from the gulf with a fleet exceeded $2,000,000 and imports $2,500,000. The flat-boat trade of 43 vessels. The assistance asked by Gen. Lovell could not be with the upper valley also increased enormously. Above the given by the Confederacy. An attempt was made to obstruct the vieux carré commercial houses were erected and this newer portion passage of the Federal fleet by cables put across the river below of the city gradually became a business centre. Above the Terre the city, but New Orleans was captured by Farragut on April 25, Commune, Common street, was Madame Gravier’s plantation, a 1862 and the city front blazed with the fire from thousands of part of the former Jesuit grant. Many of the street names are bales of cotton and hogsheads of sugar and molasses which were reminders of the first owners or of the first use of the locality. burned to prevent their falling into the hands of the Federals. Gravier street bears the name of its original owner; Poydras Gen. Benjamin T. Butler with 15,000 soldiers took charge of the that of a philanthropist; Magazine was so named because of the city on May 1, 1862. Mayor Monroe was removed from office and great tobacco warehouses on Magazine and Common, and Camp a military commandant appointed in his place. The city council street because of a slave camp between Poydras and Girod. An was replaced by the bureau of finance and the bureau of streets aristocratic suburb was along the Bayou St. John road. Below and landings. Butler’s tule in New Orleans was execrated by the the old city the Marigny plantation was settled by the French. people of the city and he was removed before the year expired. In 1805, New Orleans was incorporated as a city and the people The Republican Congress decided that the Southern States exercised their right of suffrage for the first time in electing should be regarded as conquered territory, reconstructed and adaldermen. Between 1803 and 1810 the population more than mitted to the Union. First of all the new freemen were to be doubled with the arrival of many whites, mulattoes and slaves secured in the enjoyment of their citizenship and suffrage. The from Cuba, Santo Domingo and other islands of the West Indies. white men of the State were virtually deprived of the ballot by The creoles of those islands had much in common with the creoles all the restrictions placed upon its exercise. In the wake of the of Louisiana—many were of French ancestry, they had the same war came a host of undesirables seeking fortunes by easy means. religion, language and political ideas, and had met with the same They became known as “carpet baggers,” and their Southern political misfortunes. The creoles were numerically so strong friends and associates were known as “scalawags.” In New Orthat they dominated the city. leans they gained control of the city government through leaderOn Jan. 10, 1812, the “New Orleans,” a steam propelled vessel ship of the voting population—largely composed of the newly built by Nicholas Roosevelt, arrived on her maiden trip from enfranchised negroes. The property of the city disappeared; Pittsburgh. extravagant expenditures reached $6,961,381 by 1872 and the The War of 1812 found New Orleans without adequate de- bonded indebtedness $21,000,000, paying up to 10% interest. fences; Wilkinson was ordered to occupy that part of Florida The citizens of New Orleans formed the “White League” for west of the Perdido river; the Creek Indians massacred 350 whites the expulsion ot the “carpet-bag” government and for restoring at Ft. Mimms, Miss.; drunken Choctaws roamed the streets of New Orleans; Barataria bay was held by the Lafittes and their band of piratical smugglers, who appeared daily in the city. Claiborne had great difficulty in raising the quota of 1,000 men called for by the President, but finally accomplished it. Congress ordered Jackson to proceed to New Orleans for its defence. Commerce on the Mississippi was greatly stimulated by the advent of steam navigation. In 1817, 1,500 flat-boats and soo barges brought the produce of the valley to New Orleans. Four years later 287 steamboats, 441 flat-boats and 174 barges moored along the water front of the city. The American section became the market for cotton, tobacco, pork, beef, corn and flour, while the old city retained control of coffee, indigo, sugar, rice, foreign fruits and wine. In the year 1825, the imports and exports of the
city were valued at $17,000,000, and by 1835 at more than $53,-
white supremacy. To frustrate their plan an order was issued forbidding a citizen to keep a firearm even in his home. It was
rumoured that a ship was to arrive on Sept. 14, 1874, with a cargo of ammunition and the metropolitan police formed at the foot of Canal street with mounted cannon to prevent the citizens from reaching the vessel. The White League formed at Poydras street
and moved out to the levee; a skirmish followed in which the metropolitan police were worsted, suffering considerable loss. By graduai successes the White League restored white control. Improvements made but slow progress during restoration times and for many years after; the city undertook the operation of the water works in 1869; a drainage system was proposed in 1871 but proved too expensive to be carried out; in 1871 the
board of park commissioners bought the Upper City park, now Audubon park. The population in 1860 was 168,755 and had
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ct, and the skycentre of the retail business distri ng at the left Canal Street, the 1. Air view of New Orleans, showi In the middle distance is the Mississippi River one side is St. Louis scrapers of the modern city. in the old French quarter. On rly called the “Place d'Armes,” on the site of the Presbyter 1828 in ed erect ing 2. Historic Jackson Sauare, forme Museum and a court build alba Mansions” Cathedral flanked by the State square are the so-called ‘‘Pont s. On adjoining sides of the building of the Capuchin Priest in 1849
her estate built by the Baroness de Pontalba on
$,
NEW
PHILADELPHIA—NEWPORT
increased by 1870 to 191,418. During this decade many freed negroes had come to the city from the country districts. In 1870 the fifth and sixth districts were added by the annexation of the rown of Algiers on the opposite bank of the river and of Jefferson
City (formerly Lafayette), a town adjoining the fourth district.
in 1874 Carrollton was admitted as the seventh municipal district, and New Orleans attained its present limits.
In the spring of 1927, New Orleans was saved from the great Mississippi river flood, which temporarily made much of Louisiana
and other States an inland sea, by blasting the levee at Poydras, about 15 m. below the city, on April 29. This operation sacrificed the adjacent parishes of St. Bernard and Plaquemines at a cost to the city of approximately $5,000,000. About 35 m. above New Orleans a spillway is being constructed to remove 250,000 second-feet of water from the river during excessive floods and deliver it into Lake Pontchartrain. This will reduce the gauge heights at the city and will eliminate the fear of the Mississippi river during future foods. (W. B. G.) BIBLIOGRAPHY; —C. E. A. Gayarré, History of Louisiana (3rd ed., New Orleans, 1885); Alcée Fortier, Louisiana Studies (New Orleans,
1894); G. E. King, New Orleans (1895); Henry Rightor, Standard History of New Orleans (Chicago, r900) ; Alcée Fortier, A History of
Louisiana (Paris, 1904) ; E. C. Richey and E. P. Kean, The New Orleans Book (New Orleans, 1915); J. S. Kendall, History of New Orleans (1922) ; Lyle Saxon, Fabulous New Orleans (1929) ; Reports, board of commissioners of the port of New Orleans; Publications, New Orleans Association of Commerce.
The Battle of New Orleans.—This was the final engagement of the American War of 1812 (g.v.), fought on Jan. 8, 1815, between the forces of the United States, under Maj.-gen. Andrew Jackson, and those of Great Britain under Maj.-gen. Sir Edward
325
welder (1743-1823) arrived with 200 more Indians. They laid out the town of Schoenbrunn at the “big spring” a little southeast of the present city of New Philadelphia, built the first church and the first school-house in Ohio, and more than 60 dwellings of hewn timber, but were obliged to abandon the settlement in 1777
on account of the hostility of the neighbouring Indians. The site of Schoenbrunn, discovered in 1923, has been bought by the Ohio State Archaeological and Historical Society, which proposes to reconstruct the pioneer town. Other missions were planted in this region at Gnadenhiitten (1772), Lichtenau (1776) and Salem
(1780). On March 7 and 8, 1782, the 96 peaceful Christian Indians at Gnadenhiitten were tricked and brutally massacred by a force of 100 whites sent out from Ft. Pitt under Col. Williamson. At Zoar, 5 m. N. of New Philadelphia, a settlement was made in 1817 by 225 Germans under the leadership of Joseph Bimeler. In 1824 they organized a communistic society, which lasted until 1898. New Philadelphia was founded in 1804 by John Knisely, from Pennsylvania. It was incorporated as a village in 1815 and chartered as a city in 1896.
NEW PLYMOUTH,
a municipality and seaport on the west
coast of North Island, New Zealand, capital of the provincial district of Taranaki, 258 m. north-north-west of Wellington by rail. Pop. (1927) 16,790. The district is not unjustly termed “the garden of New Zealand.” It is highly fertile, cereals and fruits growing well; and it is one of the chief dairy centres of New Zealand. The settlement was founded in 1841 by the Plymouth Company under the auspices of the New Zealand Company, and chiefly consisted of emigrants from Devonshire and Cornwall. On the seashore in the neighbourhood are extensive deposits of ironsand.
NEWPORT,
a municipal, county and parliamentary bor-
ough, seaport and market town of Monmouthshire, England, on the Usk, 5 m. from its confluence with the Severn, and 1334 m. from London by the G.W. railway. Pop. (1931) 89,198. It lies chiefly on the right (west) bank of the river, and on the east, north and west it is sheltered by a line of hills. An ancient mesne borough and castle, it occupied an important position on the Welsh marches. The town, which is not mentioned in Domesday, grew up round the castle built early in the t2th century. Giraldus Cambrensis, writing in 1187, calls it Novus Burgus, probably to distinguish it from Caerleon, whose prosperity declined as that of Newport increased. From Robert Jackson time to fortify a dry canal and to receive additional Fitz Hamon (d. 1107) the lordship passed to the earls of Gloucester and Stafford and the dukes of Buckingham. Hugh le reinforcements. At last, in the early morning of Jan. 8, 1815, a direct attack Despenser, who held the lordship for a short time, obtained in was made on the now strongly entrenched line of the defenders 1323 a charter of liberties for the burgesses, granting them freeat Chalmette, near the Mississippi river. It failed disastrously dom from toll throughout England, Ireland and Aquitaine. The with a loss of about 2,000 out of 9,000 British troops engaged, earl of Stafford granted a further charter in 1385, confirmed by among the dead being Pakenham and Maj.-gen. Gibbs. The his grandson in 1427, which gave the burgesses the right of selfBritish attack on the right bank had been successful but Gen. government and of a merchant gild. On the attainder of the duke Lambert, Pakenham’s successor, was unwilling to take the responsi- of Buckingham in 1483 the lordship lapsed to the Crown, of bility of any further fighting. The expedition was soon abandoned, whom it was held in the 16th and r7th centuries by the Pemand by the end of the month the troops embarked for England. brokes, and in the roth by the Beauforts. The town was inThe American loss proved to be 71, out of a total of about 4,000 corporated by charter of James I. in 1624 under the title of engaged on both sides of the river. The battle of New Orleans “Mayor and Bailiffs.” This charter was confirmed by Charles IT. had no bearing on the outcome of the war as peace had been in 1685. In 1385 the borough obtained a market lasting 15 days made at Ghent 15 days before the battle was fought, but news from the vigil of St. Lawrence (Aug. 10). The charter of 1624 of the battle and the peace reached Washington almost together. granted two fairs, one on the feast of the Ascension, and a second on St. Leonard’s day (Nov. 6). Newport was the scene of a (See War oF 1812.) NEW PHILADELPHIA, a city of eastern Ohio, U.S.A., serious Chartist riot in 18309. The old parish church of St. Woollos (since 1921 the cathedral 75 m. S. by E. of Cleveland, adjoining Dover, on the Tuscarawas river and Federal highway 21, at an altitude of 890 ft.; the county church of the Anglican diocese of Monmouth) stands on Stow seat of Tuscarawas county. It is served by the Baltimore and hill. Originally it consisted only of the present nave, a fine speciOhio, the Pennsylvania and electric railways. Pop. 10,718 in 1920 men of grand, though unadorned, Norman architecture; but a (92% native white); and in 1930 it was (Federal census) 12,365. massive square tower (of the time of Henry ITI.) and a chancel Coal and fire-clay abound in the immediate vicinity, and the city were subsequently added; a large western Early English ladyhas important manufactures (including enamelled ware, tinplate, chapel is interposed between the nave and the tower. The castle, electric and vacuum sweepers, iron castings, steel, trucks, trailers founded at the close of the r1th century, was greatly altered in and brick) with an output in 1927 valued at $5,556,806. There the late Perpendicular period. The old Dominican monastery is are 16 large plants in the county making sewer pipe, and 25 mak- entirely rebuilt and occupied as a private residence; but there ing brick. On May 3, 1772, a company of Christian Indians led are a few fragments of a house of White Friars. There is a by the Moravian missionary, David Zeisberger (1721-1808), came museum and art gallery. Newport owes a rapid increase in imfrom western Pennsylvania, and three months later John Hecke- portance during the second half of the roth century to its situa-
Pakenham. The abdication of Napoleon in April 1814 made it possible for Great Britain to give more attention to her American antagonist. The Gulf of Mexico region was selected for the attack, and late in 1814 a fleet of 50 vessels and an army of nearly 10,000 veterans were dispatched to the region of the Mississippi river. The British advance was made by way of Lake Borgne and the Villere canal to the bank of the Mississippi where the advance-guard appeared on Dec. 23, 1814. Jackson was wholly surprised by this movement but with a superior force made an immediate (Dec. 24) attack with such effect that the British decided to wait for the main army and their artillery. This gave
326
NEWPORT
tion on a deep and spacious tidal river, which renders it an outlet for the eastern section of the South Wales coalfields. Its population in 1801 was only 1,135. The Old dock was partially formed in 1842, while the Alexandra was opened in 1875 There were many subsequent extensions of the docks (particularly in 1907 and 1913), which are now owned by the G.W.R. company. The administration of the docks is in the hands of the Harbour commissioners. There are the Alexandra, North and South, docks with a quayage of 7,839 and 17,189 ft. respectively, and the Town (Old) dock with a quayage of 4,853 feet. The average depth of water in both Alexandra docks, which form a single sheet of water, is 45 ft. at spring tides and 35 ft. at neap tides. In the Old dock the depths are 30 ft. and 20 ft. respectively. There are two dry docks connected with the Alexandra docks, one owned by the G.W.R. company being 523 ft. long and 74 it. wide, while the privately owned dry dock is 415 ft. long and 60 ft. wide. There are six other private dry docks all of them entered from the river. The town has grown rapidly during the first quarter of the 20th century under a town planning scheme, and extensive building has been carried out at Somerleyton and St. Julien’s. It is now spreading over Caerleon. Newport returns one member to parliament.
NEWPORT, market town, municipal borough, the chief town of the Isle of Wight, England. Pop. (1931) 11,313. It is situated near the centre of the island, at the head of the navigation of the Medina river, 5 m. S. from its mouth at Cowes. It is the chief centre of the railway system of the island. The church of St. Thomas of Canterbury was rebuilt in 1854 in the Decorated style. The guildhall, erected in 1816, includes the town-hall in the upper story with the market-place below. There are a corn exchange and museum. The grammar school was founded in 1612, and there is a blue-coat school for girls founded in 1761. The Albany barracks and Parkhurst prison lie north of the town. A considerable trade is carried on in timber, malt, wheat and flour. It is supposed that
cross,
Newport
possesses a grammar
school founded in 1665,
To the south of the town are the ruins of Lilleshall abbey. NEWPORT,
a city of Campbell county, Kentucky, US, A,
on the Ohio river, opposite Cincinnati and adjoining Bellevue, and separated from Covington only by the Licking river. Iti; on Federal highways 25 and 27, and is served by the Chesapeake
and Ohio and the Louisville and Nashville railways, inter-urban trolley and motor-bus lines, and river steamers. Pop. 29,317 in 1920; 1930 it was 29,744. It is a residential suburb of Cin-
cinnati, and also an important industrial centre, with rolling mills, steel works and other manufacturing plants.
The factory output
in 1927 was valued at $16,128,727. In the highlands 2 m. back of the city is Ft. Thomas (a U.S. military post, established in 1888 to supersede Newport barracks
[1804])
and a town of the
same name (pop. 5,028 in 1920). Newport was laid out in 1791, incorporated as a town in 1795 and chartered as a city in 1834,
NEWPORT, a city of Rhode Island, U.S.A., 30 m. S. by E, of Providence, occupying the southern end of the island of Rhode Island (or Aquidneck); ; a port of entry, the county seat of New-
port county, a place of great historic interest, and a fashionable summer and autumn resort. It is served by the New York, New Haven and Hartford the Fall River line 27,612, a decrease of From the harbour
railroad, motor-bus lines, various ferries and of steamers. Pop. (1920) 30,255; (1930) 8-7%.
on the west the city rises to a gently rolling
plateau with maximum elevations of about 250 feet. The climate is mild and equable throughout the greater part of the year. The
“Old Town,” with its narrow streets and 18th century houses, climbs the hill back of the harbour. At the head of Washington square, or the Parade, stands the old State House (or Colony House, when it was built in 1739), now used by the county, court, containing a full-length portrait of Washington by Gilbert Stuart, where Washington, Adams, Jackson and other presidents have been entertained. Near by are the birthplace of Commodore Perry, and
Newport (Neuport) was a Roman settlement, then known as the Vernon house (built in 1758, and occupied by Rochambeau Medina. There are no traces of Saxon occupation, and no evidence during the Revolution), which still has its beautiful mahogany that Newport became a borough before the reign of Henry II. balustrades, panelled chimney-pieces and Delft-tiled hearths. TrinThe first charter was granted by Richard de Redvers between 1177 ity church (1725) has a lovely white spire, tipped with a golden and 1184, and confirmed in 1349 by Edward ITI. and afterwards by crown. At the head of Touro street (named for Isaac Touro, an successive kings. The borough was incorporated by James I. in early rabbi of Dutch nativity) is the Hebrew cemetery (estab1607, and a second charter of incorporation granted by Charles I. lished in 1677) and farther down the street is a fine synagogue (1763) said to be the oldest in America. The old Friends’ meeting in 1637 is that by which Newport was governed until 1835. It was represented in parliament in 1295, but no other return was made house, part of which dates from 1699 (the first one built on Ameriuntil 1584, when it regularly sent two members. From 1867 to can soil) is now a museum, and its extensive grounds are used as 1885 it sent one but in 1885 its representation was merged in that playfields. In Touro park, near the upper end of Bellevue avenue, of the island. A fair was formerly held on Whit-Monday, the two is the old stone mill, frequently attributed (as by Longfellow in following days and the three Saturdays nearest Whitsuntide. The his Skeleton in Armor) to the Norsemen; and near by is the RedSaturday market dates from 1184, and there is a Wednesday cattle wood library, incorporated in 1747 (a development of the Philomarket. Owing to its facilities for trade, Newport early super- sophical Society founded in 1730), occupying a building erected in 1750, and named for Abraham Redwood (d. 1788), a Friend who seded Carisbrooke as the capital of the island. NEWPORT, a market town and urban district of Shropshire, contributed £500 for books. A little farther on is the Casino, and England, 18 m. E.N.E. of Shrewsbury, with stations on the G.W.R. from this point Bellevue avenue, extending south to the ocean, is and L.M.S.R., and on the Shrewsbury canal. Pop. (1931) 3,439. bordered on both sides with the summer “cottages” of wealthy Newport is not mentioned in Domesday, but at the time of the New Yorkers—palatial structures representing almost every posConquest formed part of the manor of Edgmond, which William sible style of architecture, set in ancient trees and modern gardens, I. gave with the rest of Shropshire to Roger, earl of Shrewsbury. behind high stone or brick walls or grilled fences. A horse show Henry I. is thought to have founded the borough, at first called has been held every year since 1896, and a dog show is also an New Borough, after the manor had come into his hands through annual event. On Conanicut island, west of Newport, is the old the forfeiture of Robert de Belesme. The site was probably chosen town of Jamestown (pop. [1925] 1,773) also a summer resort. partly on account of the fisheries which are mentioned in DomesNewport’s inner harbour, formed by a deep indentation in the day. Henry II. granted all the liberties, rights and customs which western shore, has a depth of about 18 ft. and is almost landthe town enjoyed under Henry I. Henry III. granted the locked. It is guarded by Ft. Adams on the point forming its borough with the manor of Edgmond, to Henry de Audley. Con- western boundary. On Goat island, lying in the entrance of the harfirmation charters were granted by Edward I. in 1287 and Edward bour, is Ft. Walcott, with a U.S. torpedo station; and on Coasters II. in 1311. The town was incorporated in 1551 by Edward VI. Harbor island, farther north, off which the old frigate “‘Constelwhose charter was confirmed by James I. in 1604. The governing lation” rides at anchor, are a training station of the U.S. navy, a body consisted of a high steward, deputy steward, two water- Naval War college, a Naval hospital and old Ft. Greene. The bailiffs and 28 burgesses, but the corporation was abolished by traffic of the harbour (entirely domestic commerce) amounted to the Municipal Corporation Act of 1883, and a Local Board was 146,532 tons in 1925, valued at $14,220,157. formed, which, under the Local Government Act, gave place in ‘Newport was founded in 1639 by John Clarke, William Cod1894 to an urban district council. The church of St. Nicholas is dington and other Antinomians, who had been driven out of the Early English and Perpendicular. There is an ancient market Massachusetts Bay Colony. The Baptist church they organized
327
NEWPORT—NEWRY one in Proviin 1640 is the oldest in the United States, after the elders was and judge by dence. An independent government Portsence, Provid with united town the 1647 in established, but and Island Rhode of y Colon mouth and Warwick to form the
a small on whose advice the site was selected. It remained of the s terminu eastern the became it 188r in hamlet until and 1882 in out laid was city Chesapeake and Ohio railway. The 19.635. of ion populat hada it 1900 By 1896. in rated incorpo
r secured by Roger WilProvidence plantations, under the charteinflux of English Friends. an was there 1656 In liams in 1644. 1732 by James Franklin The first newspaper was published in
1758 established the (a brother of Benjamin), whose son James in 1760 great fortunes and 1739 Mercury, still published. Between Africa and the Barwere made in the “triangular trade” with
exchanged for slaves hadoes, in which rum from Newport was and molasses in the in Africa, who were exchanged for sugar rt to be made into Newpo to back ht broug were Barbadoes, which was greater than trade n foreig more rum. In 1770 Newport’s -
yed by the Revolu that of New York, but it was entirely destro British from Dec. the of hands the in tion, when the town was the British it 1776 to Oct. 25, 1779. After the was occupied by French troops 1780-81 it was a station of the chartered as a city In 1784; resumed in 1787; was again chartered as a
NEWPORT
PAGNELL,
a market town in Buckingham-
L.M.S. shire, England, 56 m. N.W. by N. of London, on the Ouse. the with Ouzel river the of n junctio the railway, and at has Pop. (1931) 3,957. The church of St. Paul and St. Peter HosEarly English portions. The almshouse called Queen Anne’s I., who pital is named from Anne of Denmark, queen of James reconstituted a foundation of the time of Edward I.
evacuation of under Rochambeau, and in French fleet. Newport was the town form of government city in 1853; and secured a
of the capitals of new charter in 1906. Until 1900 it was one rs began after Yorke New hy wealt of influx Rhode Island. The the Civil War.
U.S.A., a port of NEWPORT, a city of northern Vermont,beautifully situated y; count ns Orlea of y seat
entry and the count , 6 m. from the at the southern end of Lake Memphremagog and is served by 5, ay highw al Feder on is Canadian border. It railways, and in al Centr c the Canadian Pacific and the Quebe 5,094. It is a summer summer by lake steamers. Pop. (1930) point for maple sugar ing shipp a , resort, a centre for winter sports industries.
ing and farm products, and has several manufactur a city in 1918. as ed porat incor and 1810 It was founded about NEWS, a city and a port of entry of south-
T
NEWPOR Hampton Roads eastern Virginia, U.S.A., on the north side of ck county, but Warwi in lk; Norfo te and the James river, opposi tide-water independent of it. It is on Federal highway 60; is the is served and y; railwa Ohio and peake Chesa terminus of the lines, several also by interurban trolley, motor-bus and truck in 1920 (40% ferries and numerous steamship lines. Pop. 35,596 is one of News rt Newpo 1930. year the in negroes); and 34,417
, the the four cities forming the port of Hampton Roads (qg.v.) r, harbou Its . States d Unite the of port o tobacc and coal principal by a spacious and well protected, is connected with the ocean water channel 600 ft. wide and 35 ft. deep. Nearly a mile of the
great front, at the southern end of the city, is occupied by the railway terminal, covering 337 ac., and comprising 125 m. of 000 track, storage space for 4,500 Cars, warehouses with 1,500, r bunke ng handli for ped equip lly sq.ft. of floor space, piers specia with and cargo coal and other commodities, and a grain elevator are a capacity of 1,000,000 bushels. Farther north on the river
NEWQUAY,
a seaport and watering-place
of Cornwall,
England, 14 m. N. of Truro by rail. Pop. of urban district (1931)
west by 5,958. It is situated on Newquay bay, sheltered to the ed equipp and cted, constru ally artifici , Towan head. The harbour stone with a jetty and piers, admits vessels of 200 tons. China
and china clay are exported and coal is the chief import.
York, NEW ROCHELLE, a city of Westchester county, New Hutchin-
U.S.A., on Long Island sound, the Boston Post road and in son River parkway, 16 m. N.E. of the Grand Central station and New York city. It is served by the New York, New Haven foreignHartford and electric railways. Pop. (1920) 36,213 (23% primarborn white); 54,000 in the year 1930. New Rochelle is old colonial fine some with York, New of suburb tial residen ily a residential dwellings still standing, and many beautiful modern the College of districts of park-like contour. It is the seat of has an area of New Rochelle (Roman Catholic; 1904). The city reaching surface rolling a and 10-2 sq.m., 9 m. of water front, and there effect, in are ces ordinan Zoning feet. 289 of e an altitud parks covering is a city-planning commission. Besides three city ys and bathing 83 ac., there are within the city limits parks, parkwa 385 ac., owned by beaches (including Glen island) aggregating cturing, except manufa little the county. There is comparatively is in the outPress r rbocke Knicke The ption. consum for local $134,200,was 1927 for on valuati d skirts of the city. The assesse at $15,000,000. 524, and the value of exempt property is estimated residential suburbs, On the landward side the city is fringed by The farm given Manor. Pelham including Larchmont, Pelham and Revolution is the of close the at Paine Thomas to by the State and the Plains, White to road the on marked by a monument 2 m. S.W. of New farmhouse is now a museum. On David's island, The New York Rochelle, is Ft. Slocum, a U.S. army post. island, just east Travers on se Athletic club has a country clubhou ance on the import of ent settlem first The Manor. of Pelham some of ots, Huguen by 1688 in made site of New Rochelle was was incorporated in village The e. Rochell La from came whom the population was 1847 and in 1899 it became a city. In 1850 between 1900 and and 14,720, 2,458. By 1900 it had grown to . doubled ally roro it practic w,
Barro , a town of co. Wexford, Ireland, on the
NEW ROSS S.S.W. of Dublin 2 m. below its junction with the Nore, 102 m. 5,009. St. Alban ) (1926 Pop. y. railwa ern have by the Great South to the ancient rise the ship-yards (among the largest in the country) which gave which built the abbey of Rossmactreoin, built many United States battleships, cruisers, gunboats and city Rossglas. There are remains in Rosbercon of a 13th century numerous merchant vessels (including the largest ever built in n, New Ross was Dominican foundation. According to Camde America, the S.S. “California,” of 31,000 tons displacement, comand wife of William gbow Stron of ter daugh la, Isabel by ed found granted to it by pleted in 1928), and where in 1922-23 the “Leviathan” was al, afterwards earl of Pembroke. A charter reconditioned. Between these two outstanding features of the Marsh Bigod in the reign of Edward I., was extended by James I. Roger city, about the centre of the water front, is a public park, and unded by walls. The and James II. In 1269 the town was surro News rt Newpo boats. small for ur near by a municipal harbo some remains are but ell, Cromw by fortresses were dismantled exports over 7,000,000 tons of coal and 145,000,000 lb. of tobacco l bridge. The inland swive a by ed cross is w Barro The . to extant means of the Barrow in a year. Its total water-borne commerce in 1926 amounted water communications reach to Dublin by 8,887,442 tons. The exports, chiefly tobacco, coal and automoto Inistioge. New able navig is the Grand canal. The Nore y, and exports biles, were valued in 1925 at $53,352,024; the imports, largely and fisher n salmo a ards, tan-y and ries brewe als, at Ross has Rosbercon. des inclu ct copra, pulpwood, manganese ore and fertilizer materi distri urban pal manu- agricultural produce. The Down, Ireland, co. of $3,933,519. Shipbuilding and repairing are the princi town t marke and rt seapo 2 NEWRY, facturing industries. The aggregate factory output in 1927 was extreme head of - on the Newry water and Newry canal at the valued at $22,625,547. The city operates under a commission Great Northern the by n Carlingford lough, 73 m. N. of Dubli an abbey was manager form of government. Its assessed valuation for 1928 1175 In 3. 11,96 dist. urban ) (1921 railway. Pop. d. It was was $44,160,902. Irelan of king , ghlin ed here by Maurice M’Lou A settlement of Irish colonists was planted here in 1621 by foundrted in 1543 into a collegiate church for secular priests, and Daniel Gookin, and the name was chosen to honour Capt. Christo- conve dissolved by Edward VI., who granted it to Sir Nicholas Newce, was pher Newport, an associate of John Smith, and Sir William
328
NEWS
Bagenal, marshal of Ireland.
AGENCY
In 1689 Newry was set on fire by |the field of information is far more effectively “covered” than Was
the duke of Berwick when in retreat before Schomberg.
Charters : possible last century.
were granted to the town by James I. and James II. Until 1898 All newspapers rely chiefy on the agencies for the receipt of a portion of Newry was situated in co. Armagh. A mile N.E. of | what may be called formal or expected news such as university eee
the town is a notable rath or enclosure, taking its name of Crown | intelligence, market returns or city quotations. In the same cate. rath from traditional single encounters between native princes in | gory, to a large extent, fall many ministerial statements, which contention for the sovereignty. The L.M.S. railway connects | are often circulated through the Press Association or other Newry with the deep-water harbour at Greenore; and there is an agencies. Such circulation obviates the calling together of some electric railway to Bessbrook in co. Armagh. The western part, scores of reporters to hear precisely the same words; moreover. called Ballybot, is connected with the eastern part. or old town, by an experienced politician, though he may add in an interview extra bridges over the canal and over the tidal water. The port admits details for the papers he desires to favour, will not make his vessels of 3,000 tons to Victoria basin, 3 m. from the town. | general statement until he is assured that the agency representa-
An agency which supplies news to periodi-
tives are present, as through them he can speak to the whole
cals, clubs, associations, or private persons, by telegram. in manuscript, proof, by tape machine or duplicated; less frequently by telephone. A news agency does not itself publish news but supplies information privately to its subscribers. British News Agencies.—These may conveniently be divided into four categories: (1) Propaganda News Agencies. These are generally small in size and confine their information to the particular question in which they are interested. Examples are the Labour Press Service and the Protestant Press Bureau. Information from these bureaus, though sent out in good faith, is necessarily scrutinized more carefully for possible bias by the experienced journalist than information received from other sources. In general these bureaus are not commercially profitable enterprises but are subsidized by political or other organizations. (2) Local Agencies. In a number of middlesized towns there are news or reporting agencies such as the Bradford Press Bureau or the Aberystwyth News Agency, whose object is not merely to serve the local press with news of every kind but to take in some measure the place of a local correspondent for the lesser London dailies. Agencies of this class and the first frequently send in unsolicited information, to be paid for if and as used. Agencies of the two following classes rarely do so. (3) Technical Agencies. These, such as the Aviation News Agency, the Commercial Press Telegram Bureau, the Hockey Reporting Agency, explain their function by their names. They are mostly situated in London, and they necessarily appeal to a limited clientele; but some, especially the sporting agencies, are very considerable enterprises. (4) National Agencies. Infinitely the most important form of news agency is the national agency, both from the range of its activities, the size of its staff and its powerful and subtle influence in the press. Of these, though the name of the British United Press is occurring more and more frequently in the columns of London dailies, there are but four of prime importance: the Press Association Ltd., which deals only with home affairs, Reuters’ Ltd., which deals only with foreign affairs, the Central News Ltd., and the Exchange Telegraph Company Ltd., both of which cover both fields. Use of News Agency Material. An inexperienced reader may well be surprised when he finds that a high percentage of the general news in two supposedly hostile dailies is given in identically the same phrasing, word for word and comma for comma. A closer investigation will disclose, either prominent or hidden in the second or third sentence, an ascription to the Exchange, Reuters, or Central News: if there is none, the “copy” is probably Press Association matter. It is now true that the material from which is made up a high proportion of those papers which do not, like the Times or the Observer, maintain a very large staff of corresponddents, is identical: the scope of the editor and subeditors is now largely confined to the selection and presentation of material which has been presented in identical form at the same minute to every other London office. The task of a newspaper staff is consequently nowadays no longer exclusively the procuring of news but very largely the cuisine of standard material which arrives automatically. The influence of the agencies has been severely attacked as limiting the freedom of the press. The sources of information are narrowed and it is stated that there is more possibility of bias or suppression. On the other hand, as will be shown,
NEWS AGENCY.
British and much of the Colonial press. For general news, the agencies cover a larger area than any one journal could. At any one of the smaller London police courts. for example, an interesting or scandalous case may at any moment come up without warning. No private reporting staff could hope
to catch every such case, but an agency man is almost certain to be in attendance. If, again, it is known that a case or a function of unusual interest is expected in a town where the paper concerned has no correspondent, a “special” is ordered from an agency, which details one of its reporters, for that day only, to telegraph an exclusive report to its client. Agency material, in London, is delivered by telegram, by duplicated sheets delivered by hand, and (in the case of the Central News, Reuters and the Exchange) by tape machines. The largest foreign service is supplied by Reuters, used by the British government during the World War for propaganda purposes and denounced as mendacious by the German Press, as in the famous cartoon Das Reuter Denkmal. The agencies have been charged with bias in their presentation of news, especially foreign news. The truth or otherwise of this charge must be a matter of opinion, but it can safely be said that there is no authenticated case of the agencies having refused their services to a journal to whose policy they objected. The power of the American Associated Press has no parallel in Britain, nor have the disputes over its exclusiveness and the competition for “A.P. franchises.” The services provided for the provincial press are in some ways even more extensive, as they include “London letters” and often the only reports received of Parliamentary proceedings. Even syndicated “leaders” are often sent out, and propaganda agencies supply newspapers (other than dailies) half-printed, with blank pages for local information. The staff of the agencies are for the most part organized in the National Union of Journalists, and salaries, in comparison with pre-war rates, have notably increased. (R. W. P.) United States.—Two rival principles underlie American news agencies. The Associated Press and the Canadian Press represent one principle, that of pure co-operation and mutuality, and the United Press Associations and the International News Service represent the opposite fundamental in that they are profit-making corporations, collecting and selling service on commercial lines. There is lively competition in the news agency field, both for group domination and for reportorial achievement. In one sense, all of the news services serve a common ideal which is to deliver to their “members” or “clients” the important news by the most rapid means, written true to authenticated or evidential facts without bias, opinion or undue colour. The development of the American news agency dates back to the struggle of the pioneer press of New York. While individual editors of the colonial press and their successors for 50 years had with interesting enterprise employed the foot-courier, the packet, the stage-coach, the pony-express, the canal-boat and the primitive steam-train, the birth of the idea that there might be cooperation among several newspapers in the collection of news which all could share occurred just 100 years ago when the Association of Morning Newspapers was organized in New York for the purpose of maintaining boats to meet ships as they came up the bay bearing news from Europe. The first telegraph line, running from Washington to Baltimore, was not opened until
| 1843.
Fifteen years later the Atlantic cable was
opened for
NEW
SIBERIAN
ISLANDS—NEW
SOUTH
WALES
329
añe. Other co-operative news agencies, concerned with the| of 200 to 300 ft. in its western portion. The so-called Wood business of meeting ships in New York harbour, were later or- |Mountains, which were supposed to be accumulations of floating ganized and from a merger of these the New York Associated |wood, are denudations of Miocene deposits containing layers of Press, a co-operative news-gathering organization of New York brown coal with full stems of trees. These Tertiary deposits are newspapers, was formed. It was mutual in New ‘York, but sold characterized by a rich flora and fauna, testifying to a climate its product to newspapers in other American cities. In various once very much warmer. The only representative of tree vegetasections of the United States other small, co-operative or privately tion now is a dwarf willow 1 in. high. The Lyakhov Islands consist of Bolshoi, or Blizhni, which is owned news agencies gradually came into being, such as the New England Associated Press, the Southern Associated Press and the separated by Laptev Strait, 27 m. wide, from Svyatoi Nos of Western Associated Press. The United Press, which is not to be Siberia; Mali, or Dalni; and several smaller islands to the west confused with the United Press Associations of this day, was es- of Mali. Bolshoi too consists of granite protruding from betablished as a national rival to the various Associated Press units, neath non-fossiliferous deposits. Along its southern coast Baron
then only beginning to co-operate. Morse’s invention of the telegraph was the basis of these agency operations. In 192 the unified Associated Press took the field as the rival of the old
Toll found immense layers of fossil ice, yo ft. thick, evidently relics from the Ice Age, covered by an upper layer of Post-Tertiary deposits containing numbers of perfectly well-preserved mammoth
United Press. It succeeded in making contracts for the exclusive
remains, rhinoceros, Ovibos, and bones of the horse, reindeer, American stag, antelope, saiga, and even the tiger, associated with relics of forest vegetation. A stem of Alnus fruticosa, go ft. high, was found with all its roots and even fruit. Similar deposits of ground ice occur in Vasilievski Island. Basalts and Tertiary brown coal deposits enter into the composition of the southern extremity of Bennett Island; Vilkitski Island is low (50 ft.) and basaltic. Bennett and Henrietta Islands have a few small glaciers. The New Siberian Islands have none. The climate of these islands is very severe. In 1886 the winter ended only in June, to begin anew in August (May 21, —5-8° F; Oct. 16, —34-6°). The highest summer temperature was 50°. Flocks of geese and other birds come to the islands in summer. The lemmings are numerous. Reindeer, followed by wolves, come across the ice from Siberia; the fox and polar bear feed on the lemmings. There is much driftwood. The islands have been long known to Siberian hunters who come for furs and fossil ivory. A Yakutsk Cossack, named Vaghin, wintered on Bolshoi in 1712, but it was a merchant, Lyakhov, who first described the two greater islands of this group in 1770, and three years later reached on sledges the largest island of the New Siberian group, which he named Kotelni. M. Hedenstrom, accompanied by Sannikov, explored the archipelago and published a map of it in 18rr. Anjou visited it in 1821-23. A scientific expedition under Dr. A. Bunge (including Baron E. Toll) explored it in 1885-86. Toll revisited it in 1893 with Shileiko, and again in 1900 with F. G. Seeberg in the “Zarya.” The Russian hydrographical expedition in “Taimir” and “‘Vaigach” in 1912 did some surveys in the New Siberian Islands; in 1913 it discovered Vilkitski Island and in 1914, Jokhov Island. The “Maud” in 1924 visited the New Siberian Islands. (See Arctic REGIONS.)
use in the United States of the news reports of the leading European agencies—Reuter in Great Britain, Wolff in Germany and Havas in France. These connections had previously been in favour of the United Press and their loss resulted in the failure of the latter organization. To supplant the United Press several agencies were formed by groups of newspapers outside of the Associated Press group. They were the Publishers’ Press and the
Laffan Service operating in the eastern States, the Scripps-McRae Press Association, operating in the Middle West and the ScrippsBlade Service, operating in Pacific coast States. Except for the Laffan Service, which was finally discontinued, these services merged to form the United Press Associations of to-day. The organization was completed in 1907.
The Associated Press was re-
organized in 1900 and incorporated under the laws of New York, as a purely co-operative association that could declare no dividends, that elected its membership and shared the cost of operation among members who are individuals representing newspapers, not the newspapers themselves. The International News Service and the Universal News Service, the former to serve evening and Sunday newspapers and the latter to serve morning and Sunday newspapers, on a commercial basis, were established by William Randolph Hearst in 1906. Early in 1928 the Universal Service left the “‘spot-news’’ field to give its exclusive attention to special or “feature” news. The Canadian Associated Press is co-operative, non-profit making, its elected members dividing the costs of operation. It works in close relation to the Associated Press, with an exchange of news reports. (M. E. P.) NEW SIBERIAN ISLANDS are situated off the Arctic coast of Siberia, from 73° to 76° 6’ N., and 135° 30’ to 151° E. The name is loosely applied, covering either the northern group only of these islands, for which the name of New Siberian or Anjou Islands ought properly to be reserved, or the southern group as well, which ought to retain its name of Lyakhov Islands. Some confusion prevails also as to whether the islands Bennett, Jokhov, Vilkitski, Henrietta and Jeannette, ought to be included in the same archipelago, or described separately-as the Jeannette or De Long Islands. The first three of these belong geographically, and probably geologically to the New Siberian group, from which they are less than roo m. distant. Henrietta and Jeannette Islands lie 200 m. north-east of Novaya Sibir Island, in 157° to 159° E. Sannikov Land, reported by J. Sannikov in 180s to lie north of Kotelni Island, probably does not exist. The islands form part of the Yakutsk Soviet Republic. The New Siberian Islands consist of Kotelni; the largest (116 m. long, roo m. wide), having the small island Byelkovski near
its western shore; Thaddeus (Faddeevski), in the middle; and Novaya Sibir, New Siberia, in the east (go m. long, 40 m. wide).
Kotelni is the largest and reaches an altitude of 1,200 ft. in the
volcanic Malakatyn-tas mountain. It is built of Silurian coral limestones (Llandovery division), containing a rich fossil fauna.
The same Silurian deposits are widely spread on the mainland as far as the Olenek. Middle Devonian limestones and slates are all faulted north-north-west and south-south-east. Triassic slates appear in the south-east. Diabases pierce to Devonian rocks. The eastern portion of the island, named Bunge’s Land, is covered with Post-Tertiary deposits. Novaya Sibir Island attains altitudes
BIBLIOGRAPHY.—The works of Hedenstrom, F. von Wrangell, and Anjou, Bunge, and Toll in Beitrige zur Kenntniss des russischen Reichs, 3te Folge, iii. (1887). Toll in Memoirs (Zapiski) of the St. Petersburg Academy of Sciences, 7th series, xxxvii. (1889), xliii. (1895), and 8th series, ix. (1899), with maps. Geographical Journal, Dec. 1919; Geographical Review, July 1925 and H. U. Sverdrup, Tre Aari Isen med Maud (Oslo, 1926). (R. N. R. B.)
NEW SOUTH WALES, a state of the Commonwealth of Australia, lying in the south-east, and occupying 309,432 sq.m. or 10-4% of the continent. From the east coast (Point DangerCape Howe, 700 miles) to the western boundary which runs for 240 miles along longitude 141° E., the average breadth is c. 650 miles. The northern boundary lies along lat. 29° S. and further east, along the Upper Darling (Barwon-Macintyre-Dumaresq) streams and thence along a crooked line of highland divide (Macpherson Range, etc.) to Point Danger. The southern boundary is formed by the middle and upper Murray to the head of the Indi (Forest Hill), thence in a straight line south-east to Cape Howe. Physiographically four main divisions may be distinguished, corresponding to fairly well-marked climatic and economic areas.
Gi.) Eastern Highlands, the most striking, as also the most
decisive, of the relief features, consists of a belt of plateaux extending from the Macpherson Range on the north to the Australian Alps (g.v.) on the south. (See AUSTRALIA: Geomor-
phology; Queensland.) In the north the New England Plateau (c. 200 miles long, 70-80 miles broad, with c. 9,000 sq. miles lying above 3,000 ft.) rises in its centre to c. 5,000 ft-—Ben Lomond,
330
NEW
SOUTH
WALES
[PHYSICAL FEATURES
5,000 Ít.; Mount Capoompeta, 5,100 ft.—sinks at either extrem- ; courses of old streams. The streams, meandering, distributing, ity to c. 4,000 ft.; Mount Lindsay (Macpherson Range), 4,064 | and flooding wide over these levels, are continually spreading fresy ft.; Oxley’s Peak (Liverpool Range), 4,500 ft.—and has con- alluvium. The northern portion (80,000 sq. miles) reaching soy:h. siderable outliers, on the west the volcanic Nandewars (4,000 eastwards to Dubbo, falls within the Great Artesian basin, and the ft.) and Warrumbungle Range (3,000 ft.), and on the east and south-western parts (Riverina) fall within the Murray-Rive; south the semi-detached spurs carved out by stream erosion into artesian area. In the former area bores vary from c. go~4.340 ft, the likeness of ranges—Hastings, Mount Royal, Liverpool, etc., (av. c. 1,750 ft.), while 380 flowing wells discharge 80,780,000 “Ranges.” To the south of these ranges the plateau belt is broken gals. a day (maximum for single well, 1-5 million gallons). across and the Central Plateau is separated from the more northerly by the remarkable Hunter River valley, the saddle at the head of which (near Cassilis) lies at c. 1,500 ft. The Central
Of the rivers the coastward-draining are relatively short, the Hunter and Hawkesbury, each c. 340 m. are the longest—rapid and constant-flowing streams, and owing to recent (Pleistocene Plateau extends from this gap to the Lake George depression just and earlier) uplift, they are vigorously cutting back and excavating north of the Federal Capital Territory. In general it repeats the deep canyon-like gorges in the plateaux behind (cf. upper Macleay features of the New England Plateau (cf. volcanic outliers on the gorge,, 3,000 ft. deep), creating wild and beautiful scenery ang west: Canobolas group, c. 3,000 ft.) but it is smaller and lower, opportunities for the development of water-power. The lower few areas rising above 4,000 ft., and altitudes vary considerably. basins are undulating to hilly with rich alluvial flats. Sand-barreg Its north-eastern section, the Blue Mountain Plateau, capped with mouths are common and also lagoon-like lakes (e.g., Lake Mac. (Triassic) sandstone, tilts from 4,000 ft. (west) to 700 ft. (east). quarie) due to damming of mouths by marine drift. (Cf. south to From the Lake George fault-depression (“Senkungsfeld”) to the | north current along the coast.) Few are navigable for any great border extends the Southern Plateau, a portion of the Australian distance and then usually for small craft only (e.g., Hawkesbury, Alps, a series of massive flattish-topped blocks diversified 70 miles; Macleay, 39 miles; Shoalhaven, 22 miles). See also by (mainly north to south) down-faulted depressions (Mount RICHMOND River. The inward-flowing streams have been reKosciusko, 7,328 ft.). Geologically this highland belt is charac- ferred to. (See AUSTRALIA: Drainage.) Of the Murray, 1.200 terised by its prevailingly ancient rocks (pre-Cambrian granites, miles are within New South Wales. Recent measurements have folded Palaeozoics, etc.); by the volcanic flows (basalt, trachyte, given the following results: Darling, length 1,702 miles, drainage etc.) which form cappings over considerable areas; by the exten- area 221,700 sq. miles; Murrumbidgee, 981 and 10,700; Lachlan. sive faulting which has differentiated levels, dislocated former g22 and 10,420; Macquarie, 590 and 10,090; Namoi, 526 and drainage and resulted, in particular, in the abrupt scarps and 9.820. declivities of the eastern flank; by the flattening by erosion Climate.—Situated wholly in the temperate zone, New South (peneplanation) of the surfaces. Wales has a generally moderate climate. Average temperatures Gi.) The Coastal Lowlands belong structurally to the high- are higher by 5°-7° F in the north than in the south, and the land belt, being mainly, perhaps, down-faulted portions of it. range increases towards the interior, the mean daily range on the The coast-line also appears in certain stretches (e.g., in the south) coast being c. 19° F, in the western plains c. 26° F. The transition to be fault-determined. Almost everywhere the plateaux behind zone between summer and winter rains passes diagonally (northbreak away in sharp declivities and form steep backing walls often west to south-east) through the State. The area south-west of the scarred by deep gorges. The coastal lowlands are mostly narrow line Broken Hill-Wagga-Albury receives winter rains mainly from eA mete erent rere eae
(1eo-20 miles)—often mere deltaic fringes at river-mouths. In three places—around Sydney, Hunter River, Clarence-RichmondTweed rivers—they form roomier basins in which later rockformations (e.g., Triassic) have been preserved. The HunterGoulburn Valley is a down-faulted trough worked out by erosion in weak strata and breaks across the highlands, running almost straight south-east to north-west for 120 miles to the Cassilis saddle (v. sup.) and is floored in its lower part with deltaic deposits. The structure of the Hunter Valley and of the Sydney Basin accounts for the outcropping of valuable coal seams. The coast-line, backed in many parts by bold heights, consists mainly of a succession of rugged promontories alternating with sandy bays and some inlets. In the central portion, on the other hand, subsidence has produced fine drowned valley harbours (Sydney, Port Stephens, Broken Bay, etc.). (iii.) The Western Slopes are the “ramp” of the eastern plateaux, their uneven but relatively gentle declivity towards the great interior plains. In addition to outliers of the highlands (Mount Exmouth group, Curumbenya Range, etc.) the Cobar (c. 300 miles south-east-north-west; 150 miles wide: altitude 500-1,000 ft.) and Wyalong peneplains—worn-down relics of the buckled ancient floor which protrude through the later surface deposits—are the chief irregularities, though the streams have excavated long and broad transverse furrows. (iv.) The (Western) Plains occupy all the remainder (nearly
3) of the State except the north-west corner where the Barrier “Range” (c. roo miles north to south; 30 miles east to west;
altitude c. 1,000 ft. or 500 ft. above the surrounding plains) forms a series of hard etched and scarped ridges and resembles in structure the Cobar “peneplain.” The immense plains—substantially the basins of the Upper Darling and a good part of that of the Murray—are floored with recent deposits (probably residuals of an earlier and wetter epoch). The western portions, and the older and higher of these deposits, are prevailingly red and are generally fertile. Black soils are found in the river valleys (e.g., middle Macquarie, Castlereagh, Namoi, etc.) and along the silted-up
Antarctic depressions (“lows”); the area north-east of a sinuous line running from the north-west corner of the State to Newcastle receives summer rains from tropical (monsoonal) “lows”: the intervening belt receives rain from both quarters and, in the east, from the passage of anticyclones (“highs”) also. The east recelves much more rain, and more uniformly, than the interior, the isohyetal lines except in the south and south-west running roughly parallel with the coast. The extremes are in the northeast corner (80 in. per ann.) and in the north-west (7 in.). Only 42% of the total area receives an average of over 20 in. per ann.; 15% receives less than 10 in. which is also more or less erratic. Heavy rains cause extensive flooding of the streams resulting often in serious loss; droughts are also a recurrent difficulty, especially in the interior. The rate of evaporation increases from c. 40 in. a year on the coast to c. roo in. in the north-west with concomitant seasonal aridity and the drying up of streams. Four main climatic divisions, corresponding to the physiographic, may be distinguished: (i.) Coast: relatively high and regular rainfall coming mainly from the sea, with mild and humid conditions. Av. ann. temps., in the north 76°-57° F, in the south 68°—s1° F; rainfall 30-80 in. per ann., greater in the north. (See LISMORE, NEWCASTLE, SYDNEY.) (ii.) Tablelands: cool and bracing climate with cold winters in the south; uniform and reliable rainfall. Average ann. temps.: in the north 70°-45° F; in the south 63°38° F; av. ann. rainfall, 40 in. in the east to 30 in. in the west. (See Batuwurst.) (iii.) Western Slopes: a drier, sunny and healthy climate with uniformly distributed rainfall. Temperatures
are higher in the north, summer: 81°~73° F, winter, 53°-46° F;
rainfall (av. ann.): 30 in. in the east, 20 in. in the west. North of the Lachlan the rains come from the north in February—May; the Riverina has light, but fairly reliable, winter showers. (See ALBURY.) (iv.) Western Plains: a dry climate, invigorating in winter, but liable to suffer from droughts, dust-storms and, more locally, from floods. Temperatures are higher in the north—av. ann.: summer 84°-75°; winter 54°-49° F. Av. ann. rainfall from 7 in. in the north-west; 10-15 in. along the Darling; 20 in.
NEW
ECONOMICS]
SOUTH
in the east. (See BROKEN HILL.)
Economics.—The general facts relating to the distribution of minerals, soils and natural vegetation have been given under
AusTRALIA (g.v.). The clear physical differentiations indicated above, together with the stage of growth
economic development of New
character.
attained, give the
South Wales a marked regional
Climate, relief, location of minerals and accessibility
(ie, communications) are dominant factors in the distribution of
the population.
The following survey therefore proceeds upon
the basis of four regions, viz., Western Plains; Central Plains; Tablelands; Coastal Lowlands. The last three occupy belts
roughly parallel with the coast-line and admit of subdivision into North, Central and Southern sections. Western Plains, occupying the west and north-west portion
(80,312,000 ac.=125,487 sq.m. or 2 of the State) west of the
courses of the Lachlan, Marra, and Upper Darling (Barwon) rivers, has abundance of good soils but a poor and unreliable rainfall—8-19 in.; under to in. over 4 of its area—and suffers occasionally from fierce heats, droughts, floods and always from introduced rabbits.
portance.
Mining and pastoral pursuits alone have im-
In the north-west is Broken Hill (g.v.); the once-
famous Cobar-Nymagee
copper area, which is just included in
WALES
331
to small-sized holdings are common further east and particularly in the Riverina. The area, in fact, forms a climatic and economic transition zone. In the west pastoral pursuits; in the east, mixed
agriculture and grazing; in the Riverina and a few other parts agriculture alone, or dairying alone, are practised. The area contains 40% of the agricultural lands of the State; and in the north-west and south-west portions are some of the best sheeplands. Along the east the fringes of the wheat-belt are included. The ro in. winter rainfall line (7 months: April-October, the growing season) runs roughly down the middle (northnorth-east-south-south-west) of the area, and to this the wheat “frontier” approximates, falling behind it in the north-east but Overstepping it to the extent of 5,000,000 acres and pushing forward into rainfall areas of 8—9 in. (April~Oct.) in the centre and particularly in the south-west (Riverina). Thus, while grazing, with a little mixed and other farming, predominates in the north, mixed farming—mainly sheep and wheat—arable farming, fruitgrowing (vines, etc.) and dairying increase in importance in the south. A special place, in virtue of its irrigation areas, and its wider range of possibilities, is taken by the Riverina (q.v.). The total live-stock amounted (1926) to 18,413,000 sheep, 300,000 cattle, 132,000 horses, 12,000 dairy cattle, but the numbers vary
the east, has suspended production, and opal mining (White greatly according to season (¢.g., sheep: 1891, 25,000,000; 1921, Cliffs, etc., in the north-west; Lightning Ridge field—tz2,000 acres 14,000,000; dairy cattle: rgrz, 48,000). Similarly the sheep—in the north-east—is depressed (output 1926: £11,500). It is carrying capacity, though high (266-6 per sq. mile) varies from an area of isolation, “wide open spaces,” large long-term lease- 351—205 per sq. mile. The total production of the area (1925-26) holds, over 63% of the total area being occupied by 196 holdings amounted to: wool, 136,500,000 Ib.; wheat, 11,400,000 bu.;
of over 100,000 acres each. The country produces fine-wooled merinos, but its carrying capacity varies greatly with the seasons and is generally low (40-130 sheep per sq. mile according to season, or 4 of that of the lands further east). The livestock (1926) consisted mainly of 8,560,000 sheep, 100,000 head of cattle, 30,000 horses, and the total production (1925~26) of 65,000,000 Ib. wool (less than 4 of the total pastoral produce of the
State); minerals and mineral products to value of £5,072,000. The total population is 44,500 (1 person per 3 sq. miles; without Broken Hill, 1 per 6 sq. miles) or 1-9% of the population of the State, Broken Hill alone accounting for 24,000. Apart from this the settlements consist mainly of collecting and distributing centres for pastoral areas situated on railway lines (Cobar, etc.), on rivers (Wilcannia, Wentworth), or on both (Bourke, population c. 1,000; Walgett, Menindee, etc.) besides isolated stations and mining camps. Railways link Bourke, Cobar, Walgett and
butter, 216,000,000 lb.; minerals, etc., £672,000. With a total population of 115,640, the area has a population density of 1-8 persons per sq. mile. The chief settlements, apart from the pastoral river centres common to this and the Western Plains (Walgett, Hillston, Balranald, etc.), are centres of mixed pastoral and farming areas: Moree (3,300), Narrabri—a thriving railway junction town in a sheep, dairy, and fruit area, with butter factories and freezing works—and Coonamble in the north, Nyngan and Condobolin in the centre, and a large number of similar settlements in the Riverina. The Western Slopes consist in the main of gently rolling country which rises from levels of under 1,000 ft. to elevations of over 2,000 ft. and merges into the plateaux to the east. It is essentially the zone of the upper, and fairly roomy, basins of the western rivers, but in the north-west and south-west the narrower head-water valleys and plateau margins are included in the administrative division. The rainfall is abundant and also fairly reliable (19-34 in.—rather more in the north, 24-33 in., more varied in the south where the Australian Alps are approached: 16-40 in.). The outcrops of ancient rocks along these slopes, as also the stream-beds descending over them, have yielded
other towns on or near the eastern boundary—rivers with the eastern parts of the State and with Sydney, and the recently completed line from Sydney to Broken Hill (Condobolin-IvanhoeMenindee) traverses the heart of the area (east to west) and should help to develop much territory. Though increasingly tapped by railways the Darling still carries traffic (e.g., wool to South rich stores of minerals, and Forbes, Temora, Wyalong, Grenfell, Australia) in good seasons, and for the rest transport is by camel etc., were once famous mining centres. Some gold-mining is still etc., train—increasingly by motor—over rough tracks. carried on, tin is obtained at Ardlethan, chrome iron at Gundagai, The Central Plains form a natural extension of the western, and a little coal is worked near Gunnedah. But in general mining large portions of them being little distinguished as regards relief has been succeeded by agriculture as the value of the red soils from the latter. Thus in the north-west they comprise the low for wheat has become known. Out of the total area, 28,164,000 flat lands stretching east of the Barwon-Marra rivers, and in the ac. (¢. 44,000 sq. miles) $is occupied. Wheat, needing dry sumsouth-east the broad Riverina plains are only divided from the mers and an optimum growing-season (April—Oct.) rainfall of western plains by the Murrumbidgee and Lachlan rivers. Further 11—15 in., finds these conditions in a belt c. 500 miles long (northeast the land slopes gradually up, but, except in the centre (Cobar- west—south-east), about 100-130 m. wide, and limited on the Wyalong area) there is little above 1,000 ft. and few rugged east by a line about 120 m. from the coast, the coastal portions features. But its rainfall, though rather scanty and unreliable, is having proved too humid. Within this belt are 53,000,000 ac. better than that further west (15-24 in., the greater quantity in of which about 26,000,000 ac. seem capable of cultivation, and of the north—1r8-28 in—being balanced by greater evaporation). this 4 would normally be used for growing wheat-hay (fodder). The rivers from the highlands further east stream across these The area of possible wheat cultivation has greatly increased, lowlands but are of no great service, being irregular in flow, nearly 20,000,000 additional acres having been occupied for this entrenched in places, and liable to flood. Artesian supplies have purpose in 1904—22. The total area actually cultivated to wheat proved a great boon and have been extensively exploited, especially (1926) is about 8,000,000 ac., about one-half of which is under in the north-west and south-west. The soils, red-brown loams and wheat at any time. Fruit-growing and dairying are also carried black soils, are good but the latter are very heavy and have only on, and along some of the rivers irrigation also (e.g., Forbes, recently begun to be worked. Of the total area (c. 41,420,000 ac. Dubbo, Ardlethan). Grazing (mainly sheep) is everywhere im-
=64,719 sq.m.) some 5%, are occupied, of which 62% has been
alienated from the Crown, and though holdings of 10,000 acres and upwards account for 19% (89 over 50,000 ac. each), medium
portant. The great bulk of the holdings within the area lie between 100 and 3,000 acres. Livestock total: sheep, 15,670,000 with the very high average density of 389 per sq.m.; cattle, 416,000;
NEW
334
SOUTH
horses, 197,000; dairy cattle, 41,000. In addition to primary production there are butter-factories, freezing works, flour and saw mills, etc., and in certain railway centres (e.g., Junee, Quirindi) are large railway engineering works. The total population (1926) was 205,190 (4-7 per sq. mile). The towns (Tamworth, 6,000; Dubbo, 5,150; Forbes, 4,700; Parkes, 4,260; Junee, Cootamundra and Temora, c. 3,500) are mainly centres for agricultural and pastoral producing areas, adding often the functions of railway junctions, mining, and (on a small scale) industrial centres. Production (1926): wool, 114,457,000 lb.; wheat, 20,334,000 bu.; butter, 6,298,000 lb.; minerals and manufactures, £1,493,000.
The Tablelands extend to the east of the above division and are bounded on the east almost everywhere by abrupt and often rugged and precipitous declivities. They include much level or rolling country capable of cultivation but much, especially in the
south (Alps, Australian, g.v.), is too rough for anything but grazing. The climate is also cool or cold and, though bracing, tends
to be wet. (Rainfall, 24-53 in.; in the north 30-38 in.; in the south 19-65 in.) Mining, formerly extensive, is still important. The tin resources of the Northern Plateau (Tingah, Emmaville) are actively exploited; silver ores of high quality are mined at
Yerranderie (Burragorang Valley); gold is mined at various places: Bathurst, Uralla, etc.; the iron deposits of Cadia (reserves 10,000,000 tons) and Carcoar are utilised in the industries of Lithgow (g.v.) and smaller deposits exist at Goulburn and Queanbeyan, while the most westerly outcrops of the Sydney Basin coal deposits crop out and are worked at Lithgow. Of the total area (26,480,000 ac.=41,725 sq.m.) about 77% (20,000,000 ac.) is occupied, but less than one-half is alienated from the Crown. The climate is, in general, too damp for wheat but such as is grown is also found mainly in the central area. Sheepgrazing is carried on from north to south, though the central parts
lead in this also. The highlands favour a different type of sheep from the Plains—not so robust but of exceptionally fine and dense wool. The New England wool, being reputed to be one of
the best of all spinning wools, and the Southern Tablelands (e.z., Monaro district) are also noted. The area carried (1926) 10,219,000 sheep (214-7 per sq.m.); 438,000 cattle; 110,000 horses,
and 45,000 dairy cattle.
Apart from Lithgow (g.v.) manufac-
turing industries are confined mainly to the larger towns (flour milling, tanning, soap-making, railway engineering, etc.), but the noted beauty of the scenery and the relative coolness of summer attract numerous visitors and in the areas within easy railway reach of Sydney and Newcastle the tourist industry is important.
The total population is 230,000 (5-5 per sq.m.) but it is mainly concentrated in certain localities, wide areas being relatively bare. The towns and settlements are centres for pastoral, agricultural, and mining districts; many are tourist centres as well, while some are also railway-junction towns with a certain industrial activity.
In the Northern Plateau, Armidale (g.v.: pop. 5,750), Glen Innes (4,500) and Tenterfield are on the main northern railway line (Sydney to Brisbane) and combine most of these functions, serving as holiday centres especially for Newcastle and the north coast towns. On the highlands west of Sydney (Blue mountains) holiday and tourist resorts are more important—Katoomba (10,000); Goulburn (12,000), also an agricultural centre with some industries—while further west, Bathurst (g.v., 9,400) and Orange (8,000) combine this with the other functions mentioned. Further removed, such towns as Cowra (4,300), Young (3,500),
Mudgee
(3,000), Wellington
(3,340) are rather more agricul-
tural and pastoral (wheat and sheep) centres and belong almost as much to the Western Slopes division. Lithgow (g.v., 16,400) with its iron, steel and other industries stands rather apart as an outlier of the coastal industrial areas. Production.—In 1926 production was: wool, 79,230,000 Ib.; wheat, 2,100,000 bu.; butter, 4,136,000 Ib.; minerals, £1,322,000; manufactures, £2,687,000. The Federal Capital Territory falls
within this area (see CANBERRA) and was formerly mainly devoted to grazing (sheep). On the edges of the southern table-
land (west of Yass) is the famous Burrinjuck dam, the headworks of an important Riverina (q.v.) irrigation scheme.
WALES
[ECONOMICS
| The Coastal Lowlands, irregular, broken and detached | patches or mere strips scattered and stretched along the eastern
| margins, are yet economically and in general social respects per| haps the most important regional element in the State. Relativeiy small in extent (22,237,000 ac.=34,745 sq.m.) they contain
1,770,000 inhabitants (75-7% of the total population; 43.4 per sq.m.); the great majority of large towns, including the capital:
nearly all the coal-fields and manufacturing areas; all the sugargrowing, the bulk of the dairying and maize-growing areas, be-
sides all the sea-ports, with the financial and commercial nervecentres of the State. The largest, and also the most important, individual areas are the Sydney and Hunter River lowlands in the centre, the Clarence-Richmond-Tweed
basins in the north, and
the Illawarra district in the south. These are described separately (see SYDNEY, SINGLETON, RICHMOND, WOLLONGONG)
and a gen-
eral survey alone is given here. The climate is mild and humid, and distinctly warmer in the north (rainfall: 30-62 in.; 35-76 in. in the north, 27-61 in. in the south). Apart from river-bottoms and some coastal flats, the terrain is hilly or broken and the cultivable area is small, and of this area less than a quarter was
cultivated
in 1925-26.
valleys, foothills, Valley) and the river action and extensive timber
The
broken
lands—tableland
scarps,
etc—are valuable for mining (e.g., Clarence intersection and laying bare of coal-seams by coastal faulting is a fact of importance. The resources have been greatly depleted, though
some is still cut in the Northern and Hunter valleys. In many parts the topography and climate offer facilities for water-power development (cf. Nymboida-Clarence scheme), while the rougher interior country is also used for cattle. Wheat and sheep are virtually excluded by the dampness of the climate, but 95% of the holdings used for dairying are in this area. All the sugar grown in the State is cultivated in the northern districts (1926: 19,400 ac.). Considerable quantities of fruit are grown—tropical fruits in the north, vines, oranges, etc., in the (north-east) Hunter valley and in the Sydney Basin—and mixed agriculture is practised (maize, lucerne, potatoes in the north and centre). Live-stock (1926): cattle, 1,000,000; dairy cattle, 795,000; horses, 203,000; sheep, 996,000. The holdings are comparatively small: 400-500 acres. The outcropping of coal in convenient positions has given rise to a coal-mining and coal-exporting industry (see Butt, MAITLAND)—in 1928 very depressed—and more recently to growing manufacturing industries centred chiefly in or near Newcastle, Sydney, Port Kembla (g.v.). Here is the chief and growing Here, also, are the industrial “hub” of the Commonwealth.
financial and commercial headquarters—the central banking, woolbroking, railway and shipping, political and social organisations— of the State. Of ports, Sydney and Newcastle—the former good, the latter indifferent as a harbour—are the most important, but Grafton (a river port), Coff’s Harbour and Byron Bay in the north have actual importance or possibilities as outlets for local trade and the same applies to Port Stephens as a possible outlet for the Lower Hunter district. Jervis Bay is the destined site for the port of the Federal Capital. Associated with the coasts are also fishing (mainly in the northern estuaries and lakes; 1926: £556,000), and the tourist and holiday-resort industries. Of the total population of the area (v. sup.) Sydney alone accounts for 1,101,200, and a further 200,000 are contained in the Sydney Basin (Cumberland County). The lower Hunter Valley
and coasts immediately north of it (z.e., substantially the Newcastle [g.v.]-Maitland [g.v.] district) count a further 280,000. Of northern towns Lismore (g.v., 9,300), Grafton (4,800), Casino (3,450) are important local centres, while in the south, Nowra, Wollongong, Kiama are local exporting centres and health resorts. Production (1925~26): butter, 94,334,000 Ib.; wool, 7,075,000 Ib.; minerals, £8,051,000; manufactures, £57,625,000.
Statistical Summary.
Area—excluding Federal Capital Ter-
ritory; including 176 sq.m. of harbours—309,432 of total area of Australia.
sq.m., 10-40%
Population (March, 1928): 2,414,000; 7-80 per sq.m.; c. 39% of Commonwealth; rate of increase (1926), natural 1-34%; natural--immigration 2-14%; metropolitan 45-6%; 99% of area contains only 655,300 inhabitants.
NEW
HISTORY]
SOUTH
Occupations (Census 1921: total population 2,101,968; main lasses only); Breadwinners: 42-29%; Primary Producers: 9-98% (agricultural, 4:52%; pastoral and dairying, 3-14%; mining, 157%). Industrial, 13-62%.
Commercial and Transport, 16-68%.
“Production (1925-26): Total, £160,615,000. Primary Indusfries: £95,777,000 (pastoral, £42,369,000; agricultural, £20,"41,000; dairying—including pigs, bees, poultry—£14,712,000; mining. c. £12,000,000; forests, fisheries, etc., £5,609,000). Manufacturing Industries: £64,838,000. Production per head of popuiation: Primary:
£41.13.8
(pastoral,
dairying, £6.8; mining, £5.7.6).
c. £18;
Manufacturing:
agricultural,
£28.4.4.
£9;
Total:
£68.18.0.
Pastoral Industry (1926): Sheep, 54,630,000 (highest since 1891, 61,831,000) including 45,560,000 merino; Wool, 495,20,000 Ib. =£35,377,000 (at Sydney); average weight of clip, 8-1-8-8 lb. Cattle: 2,937,000 (including 632,000 dairy cattle). Horses: 651,000.
Milk:
290,000,000 gal. Butter:
107,000,000 |b.
Cheese c. 6,500,000 1b. Agriculture: Area under cultivation (1926): ¢. 11,100,000 ac. (crops alone, 4,550,000 ac.) Wheat, 3-3-5 mill. ac.; 28-6-66.7 mill. bu.; £6.7-£16.7 mill. =31-58% of total agric. produce. Hay, rs0,000-1-t mill. ac.; 866,ooo-1-6 mill. tons; £5-5—£8-g mill. =23-41%. Maize, 120,000-166,000 ac.; 3-28-4-6 mill. bu.; £630,000-894,000 = 2-4%.
Mining: Total value of all minerals produced to end of 1926 =¢. £400,000,000. Total output (1926), £12,000,000; (silverlead, £4,400,000; zinc, £1,360,000); coal, c. £9,500,000 (northern fields, c. £6,800,000; southern and western, etc, c. £1,600,000). Manufacturing Industries (1911 and 1925~26): Factories: (1911) 5,000; (1925-26) 8,200. Employees: 66,000 and 174,000 (=3-7% increase, cf. 2.0% increase of population as a whole). Raw materials and fuel: £15,600,000 and £105,125,000. Value of output: £25,700,000 and £170,000,000. Employees: Metallurgical and machinery, 45,000; clothing and textiles, 35,000; food, drink, etc., 21,000.
Communications—Railways: Total mileage open 1926 (includ-
WALES
333
one bull and four cows, a stallion and three mares, some sheep, goats, pigs and a large number of fowls. The expedition was well provided with seeds of all descriptions. As Botany Bay was found unsuitable, the settlement was transferred to Port Jackson, near the present site of Sydney. Later on, other convict-ships arrived; and, in 1793, came the first free settlers, who were
presented with grants of land. By 1800 the population was 5,000. In 1809 Captain Macquarie became governor, and, during his administration, New South Wales was transformed from a penal settlement to a colony. Schools and churches had already been erected, a newspaper, the Sydney Gazette and New South Wales Advertiser, had been started, and attempts made to acclimatize the drama. Macquarie was the first governor to open up the country. He formed roads and built bridges in the districts along the coast, and commenced a track across the Blue Mountains. Attracted by the success of Captain John M’Arthur with merino sheep, more free settlers began to arrive in 1817; but not until the governorship of Sir Richard Bourke (1831-37) did they obtain trial by jury, free press, a legislature with very limited representation, free grants of land, and religious equality. Settlement had progressed at a rapid rate. Parramatta, Richmond, and Windsor were founded before 1798, and Newcastle, Maitland, and Morpeth early in the 19th century; but the towns of the interior, Goulburn, Bathurst, and others were not begun till about 1835. Then, again, the explorations which followed the passage of the Blue Mountains opened up a large portion of South-Eastern Australia. By 1840, owing to the formation of other colonies, New South Wales, which originally signified the mainland of Australia and the islands in the South Pacific, comprised only
the three eastern states of today.
Sale by auction of the public
lands was now substituted for free grants; and squatters were allowed to occupy sparse areas on payment of a small annual licence. In 1851, when Victoria became a separate colony, the population of New South Wales had risen from the 76,793 of 1837 to 187,243, and the annual exports amounted to £2,399,580.
In 1851 also, gold was discovered near Bathurst by E. H. Hargraves, and transportation was at last abolished. The New Constitution Bill was passed in 1853, and two years later, approved by the British Parliament. The Bill provided for pended (1926), £105,238,000. Net earnings: £4,419,000=4-30% an elected assembly and a nominated council; vote by ballot was interest on capital invested. introduced; the number of members in the assembly was inTrade: Total (1921-1926), £91-127 mill. (Imports £43-£72 creased to 80, and the franchise was granted to every adult male mill.; Exports £42.5~60.§ mill.) Per head of population: £43—£60 after six months’ residence. The census of 1857 gave the popula(Imports: £20-34; exports: £19.10-£27). tion of Sydney and suburbs as 81,327. In 1859 Queensland was Exports: Wool: £21-£25 mill.=4s5-50% of total exports. constituted a separate colony. Wheat and Flour: £5.8-£7.85 =11-17%. Meat, hides, leather, From 1861 to 1888.—After 1861 the land policy was entirely etc.: £5-5-£6-7 mill. =12-13%. Butter: c. £2 mill. =3-4%. Coal: revised. Sir John Robertson, in his Land Bill, introduced the prin£1-4 mill. (falling) =3-1-7%. Other Minerals: c. £3 mill.=5- ciple of deferred payments for the purchase of crown lands. 65%. Total pastoral products £36,500,000= 58.1% of total over Residence and cultivation were considered more important than seas exports. a sufficient price. After much opposition the measure was passed Shipping (all classes): c. 3,000 vessels; 9 mill. registered ton- and the other colonies adopted similar legislation. The distinction nage, discharging 3-5-4 mill. tons and shipping 5-5-6 mill. tons between the descendants of convicts and the descendants of free cargo. settlers was now finally abandoned. In 1862 a large force, military Social Conditions: Hospitals: private: 620 (beds: 4,940); pub- and police, was despatched to Lambing Flat, in order to protect lic, 159 (9,229). Total (Government) expenditure on charitable the Chinamen from ill-treatment by the miners. At this time relief (1925-26): £5,825,000=£2.10.9 per head of population. bushranging became frequent, and only with great difficulty was (Maternity allowances: £270,000; State wards [children]: stamped out. £500,000; Hospitals, asylums, etc.: £820,000; pensions: £3-5 H.R.H. the duke of Edinburgh visited the colony in 1868. An mill.). State advances for building homes (1926): £1,620,000. attempt was made upon his life by a man named O’Farrell, who Parks, recreation grounds, etc.: 240,000 ac. was subsequently hanged. A census taken in 187r showed that Education: Schools (1925): public, 3,162; private, 696. Pupils: the population was 503,981, and the exports £11,245,032. During public, 336,800; private, 82,200=92% of those requiring instruc- the governorship of Sir Hercules Robinson (1872—79) the Fiji tion. (O0. H. T. R.) Islands were annexed; telegraphic communication with England and mail communication with the United States were established, HISTORY and a coalition between Sir Henry Parkes (premier and colonial Early History.—New South Wales was discovered by Captain secretary) and Sir John Robertson at length made it possible to Cook on April 20, 1770 (see AUSTRALIA). On Jan. 20, 1788, the develop some continuous policy. The census of 1880 gave the “Sirius,” commanded by Captain Arthur Phillip, R.N., reached population of the colony as 751,468, of whom 411,149 were males Botany Bay with an armed trader, three store-ships and six and 340,319 females. In this year the railway to Melbourne was transports. The persons on board the fleet included 40 women, completed, and in 1883 valuable deposits of silver were discovered 202 marines of various ranks under Major Ross, five doctors, a at Broken Hill. In 1885 the British Government accepted the few mechanics, and 756 convicts. The live stock consisted of offer of a contingent from New South Wales to aid the imperial
ing Federal and private lines), 6,218 miles (4 ft. 84 in. gauge, 5,710)= I m. railway per 374 inhabitants or per 50 sq. miles. Av. ann. increase of mileage, 155-38 miles. Total capital ex-
334
NEWSPAPERS
troops in the Sudan. The railway to Queensland was opened in 1888 by the new governor, Lord Carrington. In the same year the government prevented the landing of some Chinese passengers and passed laws practically prohibiting the immigration of Chinamen. Federation.—In 1889, the premier, Sir Henry Parkes, gave
[BRITISH
and posted up in the same way as the French postal afiches of
to-day and copied by scribes for dispatch to provincial subscribers A like series of official reports was made in China as early as the 7th century, but in a general sense right up to the invention of
printing (g.v.) the dissemination of news in all countries was by
the slow process of word of mouth and by private letter. After his support to the movement for Australasian federation, and New the discovery of printing pamphlets or single sheets announcing South Wales was represented at the first conference held in Mel- some item of news were often issued. bourne at the beginning of 1890 (see AusSTRALIA). Early in 1891 It is now generally supposed that the first of them to be pubthe great strike, which at one time had threatened to paralyse the lished regularly was a German publication the Avisa Relation odep trade of the colony, came to an end. A board of arbitration and Zeitung, frst printed in 1609. Then came the Antwerp Nieuwe conciliation to hear and determine labour questions and disputes Tijdingen in 1616, and in May 1622 appeared what is now conwas formed, and by later legislation its powers were strengthened. ceded to be the first English newspaper proper, The Weekly (For labour legislation see AUSTRALIA.) The census of 1891 Newes from Italy, Germany, etc., London, published by Nicholas showed that the population was 1,134,207, of whom the aborigines Bourne and Thomas Archer. These enterprising editor-publishers, numbered 7,705 and the Chinese 12,781. In 1893 a financial however, had a formidable competitor in Nathaniel Butter, a free. crisis resulted in the suspension of ten banks; but with two man of the Stationers’ Company, who in June 1605 had momenexceptions they were reconstructed, and by the following year the tarily satisfied the public demand for sensation, as greedy then effects of the depression had passed away. In 18096 a conference as it is now, by reports of two dramatic murder trials in Yorkof Australian premiers was held at Sydney to consider the ques- shire, one of which was the Calverley case. Butter had published tion of federation. The then premier, Mr. Reid, was rather Newes from Spain in 1611, and when the Weekly Newes appeared lukewarm, as he considered that the free-trade policy of New he almost immediately brought out a rival quarto sheet named South Wales would be overridden by its protectionist neighbours. Newes from Most Paris of Christendom, and its success was so But his hand was to a great extent forced by a People’s Federa- great that a Butter-Archer fusion followed. Their joint production convention held at Bathurst, and, ultimately, a considerable tion was called the Newes of the Present Week. It must not be assumed that during the whole period this journal was published majority in favour of federation was obtained. From 1899 to 1927.—During the South African War (1899- regularly every week, but it is the earliest continuous English 1902) New South Wales sent 314 officers and 5,796 men, more newspaper, so far as known to historians. In 1638 Charles I. than one-third of the total number raised by Australia. In spite gave Butter the right of publishing foreign news on payment of of the great drought of 1902, the state made progress, and during £10 a year towards the repair of St. Paul’s cathedral, but in the the period 1901~14 the cultivated area was almost doubled. Scien- following year he fell under the displeasure of the licenser of the tific breeding of wheat and dry-farming were important factors in press. Despite the latter’s decree of suppression Butter brought this increase. The protectionist policy of the Federal Govern- out his paper all the same, and he lived to a great age, dying in ment helped the manufacturers, and the change from free trade 1664. Archer had died in 1634. did not appear to injure the prosperity of the country. I. BRITISH NEWSPAPERS! The influence of the Labour Party was manifested in the adoption of laws extending the arbitration system, and from 1906 In the reign of Queen Elizabeth the news writer was well estab“assisted immigration” became its accepted policy. In 1912 fruit- lished. Formerly he did not fulfil an independent calling but was growing began in the irrigation area of the Murrumbidgee. After a retainer in the service of some great noble whom he kept 1918 a policy of closer settlement for ex-service men was initiated equipped with such intelligence as his master required, but the and further encouragement given to immigration from Great gradual spread of learning led to a demand, especially in districts Britain. remote from London, for a regular supply of news. For a long The railway strike of 1917 had far-reaching effects: it raised period the purveyors of these letters, who must be regarded as legal and constitutional questions of importance and caused, ten journalists, syndicated (to use an expression familiar to modem years later, the downfall of the Labour Ministry. In 1925, Mr. journalism) their information in manuscript form, and there was Lang, the Labour premier, had instructed the Railway Commis- more than one organisation for the interchange of letters between sioners to reduce in rank the men who had not taken part in the London and the provinces. Of these early news-letters good strike. The arbitration court forbade the Commissioners to carry examples are in the Paston Letters and the Sydney Papers. out the premier’s instruction. Thereupon Mr. Lang introduced his First Newspapers.—It was at one time believed that the Railway Bill to annul the decision of the court. This was passed earliest regular English newspaper was an English Mercurie in the assembly but rejected by the legislative council. As the of 1588, said to have been printed in the year of the Spanish council is a nominated body, Mr. Lang recommended to the gover- Armada. Copies are in the British Museum, but it was afterwards nor that twenty-five new members (all pledged to support the proved that these early copies in mss. and print were forgeries. bill) should be added to its number. The recommendation was, There is in the British Museum a Mercurius Gallobelgicus, after some demur, accepted, but, when a further bill was brought the work of D. M. Janson, of Cologne. A fairly thick octavo forward to abolish the council, some of the new councillors refused book, giving a Latin chronicle of events from 1587 to 1594, it to die for the party and the bill was rejected by 47 to 41. Public is really a sort of annual register. It was continued down to meetings were held protesting against the actions of Mr. Lang. 1635. The Mercurius Gallobelgicus is chiefly interesting because, The press suggested a referendum or a general election, and when by circulating in England, it started the idea of a periodical supin 1927 a general election did take place the Labour government plying foreign news, and apparently became to English contemwas defeated by a Nationalist and Country Party coalition. poraries a type of the newfangled news-summaries: and the title (H. D. N.) Mercurius or Mercury—as representing the messenger of NEWSPAPERS (see also CopyrIcHT, LIBEL, CONTEMPT OF gods—thus became a common one for English periodicals. the On Court). For legal definition of newspapers in the strict sense June ist, 1619, Ralph Rounthwaite entered at Stationers’ Hall reference should be made to the article on Press Laws, but for A Relation of all maiters done in Bohemia, Austria, Poland, the purpose of this article the term comprises daily or weekly France, etc., that is worthy of relating, since the znd of Sletta, publications mainly concerned with the reporting, illustrating and March 1618 (1619 N.S.) until the 4th of May. Again at the becommenting upon current events. (For magazines and the like ginning of November 1621 Bartholomew Downes and another see PERIODICALS.) entered in like manner
Early History.—In
the days before printing the earliest
equivalent of the modern newspaper was the series of public announcements called Acta Diurna issued during the Roman empire
The certaine and true newes from all parts
In the following section have been incorporated certain sections of the articles by E. Edwards in the oth edition and by H. Chisholm in the later editions of the Encyclopædia Britannica.
NEWSPAPERS
BRITISH]
of Germany and Poland, to this present 20 of October r621. No copy of either of these papers is now known to exist. But in May 1622 we arrive at a regular weekly newspaper which may still be seen in the British Museum, the Weekly Newes of Archer and Bourne referred to above. Freeing the Press.—The first periodical with a title was a VWercurius Britannicus published by Archer (1625; the earliest copy in existence being No. 16, April 7), which probably lasted ill the end of 1627. But the activity of the newspapermen was checked by the Star Chamber edict in 1632 against the printing of news from foreign parts. The next step in the evolution of the newspaper was due to the abolition of the Star Chamber in 1641, and the consequent freeing of the press; and at last we come to
the English periodical with domestic news.
In November 1641
begins The H ead of severall proceedings in the present parliament (outside title) or Diurnal Occurrences (inside title), the latter
being the title under which it was soon known as a weekly; and on Jan. 31, 1642 appeared A Perfect Diurnal of the Passages in Parliament. ‘These were printed for William Cooke, and were
written apparently by Samuel Pecke, “the first of the patriarchs of English domestic journalism”
(J. B. Williams).
The weekly
Diurnals were on the side of the parliament until in Jan. 1643
appeared at Oxford the first Royalist diurnal, named Mercurius
Aulicus, a Diurnal communicating the intelligence and affaires of the Court to the rest of the Kingdome
(continued till Sept.
1645, and soon succeeded by Mercurius
Academicus),
which
struck a higher literary note. It was conducted by Sir John Berkenhead, a Fellow of All Souls, whose style is said to reflect that of the Parliamentary oratory of his day. He afterwards became master of requests. Mercurius Civicus, the first regularly illustrated periodical in London, was started by the parliamentarian Richard Collings on May 11, 1643 (continued to Dec. 1646); Collings had also started earlier in the year the Kingdome’s Weekly Intelligencer, which lasted till Oct. 1649. In September 1643 appeared another Puritan opponent of M. Aulicus in the later Mercurius Britanmicus of Captain Thomas Audley, which in September 1644 was taken over and continued for nearly two years by Marchamont (or Marchmont) Nedham. Nedham was a master of invective and one of the earliest to change sides when it suited him. From Oct. 1649 to June 1650, by a new act of parliament, the licensed press itself was entirely suppressed, and in 1649 two official journals were issued, A Brief Relation (up to Oct. 1650) and Severall Proceedings in Parliament (till Sept. 1655), a third licensed periodical, A Perfect Diurnal] (till Sept. 1655), being added later in the year, and a fourth, Mercurius Politicus (of which Milton was the editor for a year or so and Nedham one of the principal writers), starting on June 13, 1650 (continuing till April 12, 1660). After the middle of 1650 there was a revival of some of the older licensed
news-books; but the Weekly Intelligence of the Commonwealth (July 1650 to Sept. 1655), by R. Collings, was the only important newcomer up to September 1655, when Cromwell suppressed all such publications with the exception of Mercurius Politicus and the Publick Intelligencer (Oct. 1655 to April 1660), both being official and conducted by Nedham.
335
|
two papers, the Intelligencer (Aug. 1) and the Newes (Sept. 3)
at a halfpenny, the former on Mondays and the latter on Thursdays; they were continued till Jan. 29, 1666, but from the beginning of 1664 the Intelligencer was made consecutive with the Newes, numbered and paged as one. The London Gazette.—The first number of the bi-weekly Oxford Gazette, licensed by Lord Arlington and written by Muddiman, was published on Nov. 16, 1665. It was a “paper” of news, of the same size and shape as Muddiman’s news-letters. With the publication of the 24th number (Monday, Feb. 5, 1666 O.S.) the Oxford Gazette became the London Gazette, which has appeared twice a week, on Tuesdays and Fridays, ever since as the official organ of Government.
After the Revolution
of 1688 the press
censorship was relaxed, being finally abandoned in 1693, and a number of newspapers came into being, including the Universal Intelligence, English Courant, London Courant, London Mercury, London Intelligence, Orange Gazette, Flying Post, PostBoy, a daily which lasted only four days, and the Lincoln, Rutland, and Stamford Mercury, now the oldest of the provincial papers. In 1699 appeared the Edinburgh Gazette, a bi-weekly, and in 1702 the Daily Courant, the first English daily, a small sheet printed on one side only, the editor-printer of which confined himself to news and not views. Defoe and Llioyd.—It is Daniel Defoe who is the first English journalistic writer of national importance. In Feb. 1704 he began his weekly, The Review, which eventually was printed three times a week and was a forerunner of the Tatler (started by Steele in 1709) and the Spectator (started by Steele and Addison in 1711). Defoe’s Review came to an end in 1713, and between 1716 and 1720 he published a monthly with an old title, Mercurius Politicus. By some authorities Defoe is considered the originator of the serial story. The Examiner, which was started in 1710 as the chief Tory organ, enjoyed as its most influential contributor Swift, the father of the leading article. Edited by Dr. William King, afterwards principal of St. Mary’s hall, Oxford, this political journal had brilliant contributors in Bolingbroke, Prior, Atterbury and Arbuthnot. Swift had control of the journal for 33 numbers between November, 1710, and June, 1711, but on becoming dean of St. Patrick’s he gave up regular journalistic work. There followed a number of other political journals, such as the Craftsman, the Whig Examiner, and the Medley. In 1696 Edward Lloyd—the virtual founder of the famous “Lloyd’s” of commerce—started a thrice-a-week paper, Lioyd’s News, which had but a brief existence in its first shape, but was the precursor of the Lloyd’s List of the present day. No. 76 of the original paper contained a paragraph referring to the House of Lords, for the appearance of which a public apology must, the
publisher was told, be made. He preferred to discontinue his publication (February 1697). Nearly thirty years afterwards he in
part revived it, under the title of Lloyd’s List—published at first weekly, afterwards twice a week (see F. Martin, History of Lloyds, 66—77 and 107-120). This dates from 1726. It is now a daily. Stamp Tax of 1712.—The increasing popularity and influence of the newspaper press could not fail to be distasteful to the gov_ Till Cromwell’s death (Sept. 3rd, 1658) Nedham reigned alone ernment of the day. The paper which seems to contain the first in the press, but in 1659 a rival appeared in Henry Muddiman (a germ of the newspaper tax is still preserved amongst the treasury great writer also of “news-letters”), whose Parliamentary Intelli- papers, and probably belongs to the year 1711. “There are pubgencer, renamed the Kingdom’s Intelligencer (till Aug. 1663), lished weekly,” says the writer, “about 44,000 newspapers, viz., was supported by General Monk. Nedham’s journalistic career Daily Courant, London Post, English Post, London Gazette, Postcame finally to an end (he died in 1678) at the hand of Monk’s man, Postboy, Flying Post, Review and Observator.” (“A Proposicouncil of state in April 1660. His successor, Muddiman, was tion to Increase the Revenue of the Stamp-Office,” Redington, supplanted in 1663 by Sir Roger L’Estrange, formerly a Royalist Calendar of Treasury Papers, 1708-1714, p. 235.) The duty cavalry officer who narrowly escaped execution during the com- eventually imposed (1712) was a halfpenny on papers of half a monwealth; he was appointed “surveyor of the press.” On him sheet or less, and a penny on such as ranged from half a sheet to
was conferred by royal grant—as it proved, for only a short perlod—“all the sole privilege of writing, printing and publishing all narratives, advertisements, mercuries, intelligencers, diurnals and other books of public intelligence; . . . with power to search for and seize the unlicensed and treasonable schismatical
and scandalous books
and papers.”
L’Estrange
discontinued
Mercurius Politicus and Kingdom’s Intelligencer and substituted
a single sheet (ro Anne, c. xix. § ror). Swift’s doubt expressed in his Journal to Stella (Aug. 7, 1712) as to the ability of the Spectator to hold out against the tax was justified by its discontinuance in Dec. 1712, Steele starting the Guardian in 1713, which only ran for six months. But some of the worst journals that were already in existence kept their ground, and the number of such ere long increased. An enumeration of the
NEWSPAPERS
336
[BRITISH
London papers of 1714 comprises the Daily Courant, the Exami- revolutionary tendencies increased in a still greater ratio. Blas. ner, the British Merchant, the Lover, the Patriot, the Monitor, the phemy was added to sedition. Penny and halfpenny journals were Flying Post, the Postboy, Mercator, the Weekly Pacquet and Dun- established which dealt exclusively with narratives of gross vice ton’s Ghost. Another enumeration in 1733 includes the Daily and crime. Between 1831 and 1835 hundreds of unstamped news. Courant, the Craftsman, Fog’s Journal, Mist’s Journal, the London papers made their appearance. The political tone of most of them Journal, the Free Briton, the Grub Street Journal, the Weekly | was fiercely revolutionary. Prosecution followed prosecution; but Register, the Universal Spectator, the Auditor, the Weekly Mis- | all failed to suppress the obnoxious publications. To Bulwer Lytton, the novelist and politician (Lord Lytton, cellany, the London Crier, Read’s Journal, Oedipus or the Postman Remounted, the St. James’s Post, the London Evening Post and g.v.), and subsequently to Milner Gibson and Richard Cobden, the London Daily Post, which afterwards became better known as is chiefly due the credit of grappling with this question in the the Public Advertiser. Part of this increase may fairly be ascribed ' House of Commons in a manner which secured first the reduction to political corruption. Later towards the middle of the same| of the tax to a penny in 1836, and then its total abolition jp century the provisions and the penalties of the Stamp Act, 1855. The number of newspapers established from the early part were made more stringent. Yet the number of newspapers con- | of 1855, when the repeal of the duty had become a certainty, tinued to rise. In 1753 the aggregate number of copies of news- | and continuing in existence at the beginning of 1857, amounted papers annually sold in England, on an average of three years, | to 107; 26 were metropolitan and 81 provincial. The duties on amounted to 7,411,757. In 1760 it had risen to 9,464,790, and in | paper itself were finally abolished in 1861. 1767 to 11,300,980. In 1776 the number of newspapers published | The abolition of the stamp taxes brought about such reductions in the prices of newspapers that they speedily began to reach the in London alone had increased to fifty-three. een mee iee te ER tea eOe
bag ston eh
18th Century Journalists.—Thus
the 18th century saw the | many instead of the few.
Some idea of the extent of the tax on
gradual development of the purely political journal side by side | knowledge imposed in the early 19th century may be gathered with those papers which were primarily devoted to news, domestic from the fact that the number of stamps issued in 1820 was and foreign, and commerce. It was left to Steele and Addison close on 29,400,000, and the incidence of the advertisement tax, (g.v.) to develop the social side of journalism in their journals fixed at 3s. 6d. in 1804, made it impossible for the newspaper owner named above which have found a permanent place in English to pass on the stamp tax to the advertiser, as is done nowadays literature.
Nor must we omit Dr. Johnson’s 2d. bi-weekly, the
Rambler, started in 1750, In 1761 the North Briton Wilkes’ determined fight for Jony) that at length the
and his weekly, came out and it the liberty of the last shackles on
the Idler (1758). was largely due to press (see WILKES, free expression of
opinion in Britain were cut away, and by 1772 the right to pub-
with regard to all commodities of popular consumption.
In 1828
the proprietors of The Times had to pay the State over £68,000 in stamp and advertisement taxes and paper duty. But after the reduction of the stamp tax in 1836 from 4d. to 1d. the circulation of English newspapers, based on the stamp returns, rose from 39,000,000 to 122,000,000 in 1854. Lord Northcliffe, or Alfred Harmsworth as he then was, was the pioneer of the half-penny daily newspaper towards the end of the century. He wrote an article for the 11th edition of the
lish parliamentary reports had been established. The outstanding daily paper in the middle of the 18th century was the Public Advertiser, which for some 25 years had been called the General Advertiser (and for some time the London Encyclopedia Britannica, in which after sketching the development Daily Post). It was published with notable success by Henry of the British press he pointed out that “the development—and Woodfall and his son Henry Samson Woodfall, and it was in indeed the possibility—of the cheap daily paper was due to a this paper that appeared the famous Letters of Junius (g.v.), number of causes operating together during the latter half of the which have been attributed to Philip Francis. These papers led rgth century. Among these, the first place must undoubtedly be to a marked increase in its circulation, the monthly sale in Dec. given to the cheapening of paper, through the introduction of 1771 being close on 84,000 as compared with 47,500 seven years wood pulp and the perfecting of the machinery used in the manufacture. From 1875 to 1885 paper cheapened rapidly. and it has previously. But in 1798 it was merged in the Public Ledger. Early 19th Century.—In 1769 William Woodfall started the been estimated that the introduction of wood pulp trebled the Morning Chronicle, whose daily circulation in 1819 reached 4,000, circulation of newspapers in England. Keen competition in the and in 1843, at a time when Dickens was a contributor, 6,000. paper trade also did much to lower prices. At the same time But in another six years the circulation had fallen to 3,000. For the prime cost of newspaper production was increased by the some five years it became the property of the duke of Newcastle, introduction of improved machinery into the printing office. The Mr. Gladstone, and others, but finally ended insolvent, after a growth of advertisements must also be taken into account in conlife of over ninety years. Another longlived daily paper, whose sidering the evolution of the halfpenny journal. The income from top circulation was about 6,000, was the Morning Herald (1781- this source alone made it possible to embark upon journalistic 1869). Two other important dailies were started in the 18th enterprises which would otherwise have been simply to court discentury which still exist, the Morning Post and The Times; these aster. The popular journal of the present day does not, however, are dealt with later, together with the Morning Advertiser, owe its existence and success merely to questions of diminished founded in 1794. It was William Cobbett (g.v.) who first at- cost and improved methods of production. A change has come tempted to reach the masses by his pen, and reduced the price over the public mind. The modern reader likes his news in a of his Weekly Political Register from 1s—o}$d. to twopence in his brief, handy form, so that he can see at a glance the main facts endeavour to appeal to the working classes for support of those without the task of reading through wordy articles. This is principles of parliamentary reform dear to his heart. In 1808 especially the case with the man of business, who desires to master Leigh Hunt brought out the Examiner whose frank criticism of the the news of the past 24 hours as he travels to his office in the prince regent landed him and a brother in gaol. This weekly morning. It is to economize time rather than money that the journal had quite a long lease of life and excelled in dramatic modern reader would often prefer a halfpenny paper; while the criticism, besides giving an excellent review of the events of the man of leisure, who likes to peruse leading articles and full deweek in all branches of public affairs. scriptive accounts, finds what he needs in the more highly priced Abolition of Taxes on Knowledge.—The development of journals. The halfpenny paper in England has not had to contend the press was enormously assisted by the gradual abolition of the with the opposition that the penny newspaper met from its three“taxes on knowledge,” and also by the introduction of a cheap penny contemporaries in the ‘fifties and ’sixties. This is largely postal system. In 1756 an additional halfpenny was added to the due to the fact that in most cases the contributors, paper, printtax of 1712. In 1765 and in 1773 various restrictive regulations ing and general arrangement of the cheaper journal do not leave were imposed. In 1789 the three-halfpence was increased to much room for criticism. G. A. Sala once complained that the twopence, in 1798 to twopence-halfpenny, in 1804 to threepence- reporters of the older papers objected to work side by side with halfpenny, and in 1815 to fourpence, less a discount of 20%. As him when he represented the first penny London daily (the Davy prosecutions multiplied, and the penalties became more serious, Telegraph), through fear of losing caste, but this does not now
NEWSPAPERS
LONDON]
3537
apply, for in the United Kingdom, France and the United States | affairs was Crabb Robinson; his place was taken at a later date ‘he cheap journals, owing to their vast circulation, are able to by Henry Reeve.
ofer the best rates of remuneration, and can thus command the cervices of some of the best men in all the various departments
of journalism.” Newspapet
Eo
Expansion.—The
history of journalism in the
roth century has been divided by a well-known writer on the press, H. R. Fox Bourne, roughly into four stages: (x1) persecution; (2) liberation, 1830-1855; (3) cheapening, 1855-1875;
(4) widening, since 1875. The first three stages have already
heen outlined, but the widening process, which has gone on ever since. must be traced to the wonderful progress in the technique
of newspaper production and the vast increase in the reading
public resulting from the development in State education. Perhaps the most notable event at the beginning of the cheapening
stage was the foundation of the Daily Telegraph and Courier in June 1855 at 2d., which was reduced to 1d. in ten weeks, with the result that in six months it had the then remarkable circulation
of 27,000 a day. Julius Reuter founded in Paris in 1849 the great foreign news
agency
which
still bears his name
though
it is now controlled by the Press Association, an organization for the gathering and dissemination of domestic news which was founded in 1865. This was preceded in 1863 by the Central Press
and followed in 1870 by the Central News and next the Exchange Telegraph with their ticker machines. It is appropriate at this stage to sketch the history of the great English newspapers. THE LONDON
PRESS
The Times, which occupies the premier position among English newspapers, was started by John Walter on Jan. 1, 1785 under the name of the Daily Universal Register. Then, as now, it was printed in Printing House square, Blackfriars. The founder promised the readers of the new journal that it would contain nothing to wound anyone’s delicacy or corrupt the mind, that it would abstain from unfair partisanship and scandalous scurrility, and that it would be a faithful recorder of legitimate intelligence. On Jan. 1, 1788 its title was changed to The Times, and this great newspaper has ever since been the pre-eminent national journal and daily historical record. It came into existence when a new wave of democratic thought was spreading over Europe, and the French revolution was already brewing. Free expression of opinion in the press was still a thing of the future, and within a few years of the establishment of his paper Walter had several sojourns in Newgate and had to pay several fines for criticisms of the authorities. One of his offences was the statement that the then prince of Wales and other royal princes had by their misconduct incurred the just disapprobation of George III. John Walter the second practically took over the reins in 1803, and he also had to encounter the active opposition of governments whom he had occasion to criticise, including that of William Pitt. He introduced a better system of news transmission and steam printing (1814) with the result that he was able to make the proud annauncement that 1,100 sheets had been impressed in one hour. In view of the newspaper and advertisement tax and other disabilities, it was a considerable achievement when in 1815, the year of Waterloo, the daily circulation reached 5,000. In twenty years this was doubled, in 1851 it had reached 40,000, and three years later it was over 50,000, when its most circulated rival, the Morning Advertiser, had a sale of less than 8,000 copies. When John Walter the second assumed control The Times was a small four-page sheet. When he gave up control in 1847 it consisted of twelve large pages. Sir John Stoddart, later governor of Malta, was the editor for several years up to 1816. He was succeeded
by Thomas Barnes, and when the latter’s health began to fail much of the editorial work devolved upon Captain Edward Sterling, whose pontifical and sometimes explosive style caused Carlyle to say: “he more than any other man was The Times, and thundered through it to the shaking of the spheres.” Carlyle also called him “Captain Whirlwind,” and the popular title of “the Thunderer” often given to The Times dated from his time.
In those days the most powerful writer in its columns on foreign
In 1841 on the death of Barnes the editorial chair was taken by
quite a young man, John Thaddeus Delane, whose brilliant career in this capacity lasted until 1877. His place was taken by Dr. Thomas Chenery, who died in 1884 and was succeeded by George Earle Buckle, who since his retirement in 1912 has won a niche in English literature by his life of Disraeli. Meanwhile since 1848 John Walter the third had been in command. He died in 1894, and was succeeded by Arthur Walter. About the beginning of the 2oth century The Times had begun to feel the influence of the more go-ahead methods of the popular press, and there was a loss of circulation and revenue which became a grave source of anxiety to its owners. It was a period when another great London daily paper, the Standard, was in extremis. Finally in 1908 Lord Northcliffe realised his ambition of long years and acquired the chief control of the ‘“‘Thunderer,” with A. Walter as chairman of the company which was created to carry it on, and Moberly Bell as managing director. It cannot be said that Lord Northcliffe’s administration was consistently successful but he thoroughly remodelled the organisation and increased its efficiency in all departments. There is no doubt that by the introduction of sound business methods he laid a solid foundation upon which the present remarkable prosperity of the paper is largely based. Under his rule the price of The Times at different periods was threepence, twopence, and a penny. At earlier dates the price had been: 1796, 44d.; 1799, 6d.; 1809, 64d.; 1815, 7d.; 1836, 5d.; 1855, 4d.; and 186r (on the abolition of the newspaper tax) 3d., at which it remained right up to the end of the 19th century. It is now (1929) 2d. On his retirement Buckle was succeeded as editor by Geoffrey Dawson, then a young man, formerly private secretary of Lord Milner and editor of the Johannesburg Star. During the World War he retired from the editorship owing to a difference of opinion with Lord Northcliffe and his place was taken by Wickham Steed. When after the war and the death of Lord Northcliffe, Major J. J. Astor, M.P., became its chairman and chief proprietor, Geoffrey Dawson again became editor. Major Astor secured the future independence of the paper by a deed establishing a body of trustees consisting of holders of various public offices whose consent would be required to validate any future transfer of ownership. The Times excels in every department, mainly by employing experts in particular subjects. It is the only newspaper whose law reports are recognised by the courts as authentic, these reports being done day by day by skilled barrister reporters. Similarly The Times specialises in its presentation of foreign affairs and has maintained for nearly a century in the chief capitals of the world an able staff of foreign correspondents, of whom one of the most famous was de Blowitz, who among his many “scoops,” secured for The Times the privilege of being able to publish exclusively the text of the Berlin Treaty of 1878 on the very day that it was signed. The principal adjuncts to The Times are the literary supplement, which surveys the whole field of new literature every Thursday, the weekly edition, first published in 1877, containing a summary of the week’s news, The Times law reports (mentioned above), the educational supplement and the trade and engineering supplement, which are weekly publications, and the index, an invaluable record of the events of the day recorded in the newspaper, which is published quarterly. In addition The Times issues at intervals handsome supplements to its readers without any extra charge. The publishing department of The Times has invaded several new fields of enterprise. The Times Atlas was first published in 1895, and this publication was supplemented by that of The Times (previously Longmans’) Gazetteer. A much larger and more important venture was the issue in 1898 of a reprint of the ninth edition of the Encyclopedia Britannica at less than half the original price, on a new system of terms (known as The Times system) that enabled the purchaser to receive the whole work at once and to pay for it by a series of equal monthly payments.
This was followed by a similar sale of the Century Dictionary and of a reprint of the first 50 years of Punch; and 11 new vol-
338
NEWSPAPERS
umes of the Excyclopedia Britannica, supplementing the ninth edition, and forming with it the tenth edition, were issued by The Times in 1902 on similar terms (see ENCYCLOPAEDIA). There was also The Times History of the War in South Africa of 1899-1902. The Daily Telegraph, another great national daily, first published as the Daily Telegraph and Courier, was published on
[BRITISH
Dunn, Sir Fabian Ware, and H. A. Gwynne, the present (192g, editor. The price of the paper was reduced to id. in 1923. The Daily News & Westminster Gazette (the Daily Ney; absorbed the Westminster Gazette in Feb. 1928) is the oldes
Liberal newspaper published in London. It was founded in 1845 under the editorship of Charles Dickens who retired after a fey June 29, 1855, as a twopenny newspaper. It was owned by weeks, being succeeded for a year or so by John Forster, later his Colonel Sleigh who transferred the ownership to Joseph Moses biographer. The original staff included Mark Lemon, afterward; Levy in the following September. Levy produced it as the first editor of Punch, and Douglas Jerrold. The Daily News has a conpenny newspaper in London, the name Courier being subsequently sistent record as the champion of Liberalism; it led British public dropped. His son Edward Lawson (later the first Baron Burn- opinion in sympathizing with the North in the American Ciyil ham, soon became editor, which post he continued to hold till War, in supporting the war of freedom in Italy, and the emanci188s. A long list of distinguished members of the staff included pation of Bulgaria and the Armenians. The price of the paper Sir Edwin Arnold, George Augustus Sala, for many years the was reduced to rd. in 1868. Under the control of Sir John Robinuncrowned king of Fleet St., Professor E. Dicey, Sir J. M. son it attained a high reputation for its foreign correspondence, Le Sage, Bennet Burleigh, the war correspondent, J. L. Garvin, beginning with the celebrated Archibald Forbes in the Francoand H. D. Traill; and among dramatic and literary critics Clem- German war 1870. On a change in ownership after the retirement of Sir John ent Scott and W. L. Courtney. After 1890 the Hon. Harry Lawson, the eldest son of the owner (now Viscount Burnham), Robinson, Sir E. T. Cook, who had been editor of the Westassisted in the general control. The Daiiy Telegraph became the minster Gazette, became editor of the Daily News from 18096, especial organ of the middle classes and shortly before the advent He resigned in 1901 in consequence of another change in ownerof the halfpenny daily newspaper had achieved so remarkable a ship. Cook was a Liberal Imperialist and the paper had passed success that it could claim the largest circulation in the world. under the control of D. Lloyd George and his friends; and afterIt was consistently Liberal up to 1878 when it opposed Glad- wards passed under that of the Cadbury family. After an interstone’s foreign policy, and at the Irish Home Rule split in 1886 regnum A. G. Gardiner was the next editor. In 1904 the price of it became Unionist. Its enterprises included the financing of an the paper was reduced to a halfpenny. Gardiner resigned the important archaeological exploration in Nineveh resulting in the editorship after the World War and was succeeded by Stuart discovery of a number of fragments of the cuneiform narrative Hodgson as editor; Tom Clarke joined the paper in 1926 as of the deluge, and the despatch, in co-operation with the New managing editor. The Daily News absorbed the Morning Leader York Herald, of Sir H. M. Stanley, on a successful exploration and acquired the Star in 1909, and has maintained that journal into darkest Africa. The Daily Telegraph successfully weathered as a lively and independent exponent of Liberalism. The Daily the World War, increasing its price to 2d. at which it (1929) re- News is the only penny London paper which makes a daily feature mains. On the death of Sir J. Le Sage a few years ago he was suc- of literature. It is printed in Manchester as well as in London. The Daily Chronicle, unlike the Daily News which was ceeded in the editorial chair by J. Miller, who died after a short tenure, his place being taken by A. E. Watson, the present (1929) started under distinguished auspices, was the outgrowth of a editor. In December 1927 Lord Burnham and his family sold the London local daily, the Clerkenwell News, and was established Daily Telegraph to Sir William and Sir Gomer Berry and Sir in 1877. It consisted almost entirely of small advertisements and Edward Iliffe under whose control it has continued its same policy. Edward Lloyd, the founder of Lloyds Weekly News turned it The Morning Post is the oldest of London daily newspapers into a general morning London newspaper. During the Home extant. It was founded in 1772 as the Morning Post and Daily Rule controversies of the ’80s it was Liberal Unionist, but under Advertising Pamphlet, a paper of eight pages, 12 inches long by the editorship of A. E. Fletcher (1895) it became Gladstonian 8. It was mostly an advertising sheet including State lotteries, Liberal. Fletcher was an idealist who sympathized with Labour which were legal and popular at that time. It developed into a and had a passion for literature. During his editorship literature national newspaper under the ownership of Peter and Daniel was developed in the newspaper as a regular feature. Fletcher Stuart after 1795, and attracted a wonderful galaxy of writers, was succeeded by H. W. Massingham who, while maintaining the including Sir James Mackintosh, Samuel Taylor Coleridge, literary features, made the paper a more robust political organ. Southey, Arthur Young, the poet Moore, Wordsworth, and Charles Massingham was a Radical; and had formerly been editor of the Lamb. It has always maintained a tradition of vigorous and un- Star. He lost his position on the Chronicle because of his oppoblenching criticism, and Nicholas Byrne, the editor-owner who sition to the Boer War. He was succeeded by W. J. Fisher and succeeded Daniel Stuart, was murdered in his office as the result the paper pursued a humdrum career and was a declining propof an article which had given offence. At the beginning of the erty when in 1904 Robert Donald was appointed editor, with roth century the circulation was about 4,000 a day. In 1850 the the object of revitalising the paper. The price was reduced to paper came under the control of Peter Borthwick, who had sat halfpenny and at once the paper entered upon a new era of for a long period as M.P. for Evesham, and on his death in 1852 prosperity and prestige which reached its height during the he was succeeded by his son, Algernon, who had been a brilliant World War. During the long Liberal régime from 1906 to the Paris correspondent for the Morning Post. Under his régime the year of 1915, the Chronicle was regarded as the chief supporter paper settled down to a prolonged prosperity as a Conservative of the Left Wing of the Government. The Chronicle was a journal and before long became the leading society paper, whose pioneer in the introduction of illustrations by leading artists, fashionable characteristics often made it the butt of Thackeray’s those contributing to the Chronicle including Burne Jones, satirical pen. During Lord Palmerston’s tenure of the Foreign Joseph Pennell, who was art editor, and Linley Sambourne. It Office the Morning Post was always regarded as his especial made a high reputation for its foreign correspondence, and took organ, and even in those early days it was distinguished for its a leading part in exposing public abuses. The paper was sold to D. Lloyd George and his friends in the robust imperialism in foreign affairs. In 1877 Borthwick became sole owner, and four years later he reduced the price from 3d. to autumn of 1918, when Sir Robert Donald retired from his td. at which it stood till the World War, when the price was raised position as editor and as managing director of the company. to 2d. Borthwick became a knight, then a baronet, arid was raised It has since been edited by Ernest A. Perris, who joined it as to the peerage as Lord Glenesk in 1895. When Lord Glenesk died news editor in 1904. In 1927 it was sold to two Indian merchants, in 1908 the ownership passed to his only surviving child, Countess Sir David Yule and Sir Thomas Catto, Lloyd George retaining a Bathurst, who carried on the traditions of the paper (which was minority interest. Lord Reading was appointed chairman. The consistently Protectionist) until she disposed of it in 1923 to a chairman has changed six times in ten years. Sit David Yule group headed by the duke of Northumberland. Among the editors died in July 1928, and William Harrison, who (1929) is chairman, of the Morning Post have been Sir William Hardman, J. Nicol on behalf of the Inveresk Paper Company, Limited, acquired 4
NEWSPAPERS
339
London Evening Newspapers.—There are only three Lonits associated journals. The controlling interest in the paper and . Leeds and don evening newspapers surviving, each published at rd. The in London Daily Chronicle is.published simultaneously Harold Harmsworth in oldest of these is the Evening Standard, first published as an The Daily Mail started by Alfred and 1396 as a halfpenny daily newspaper is one of the miracles of
It evening edition of the Standard, which was founded in 1827. the and Globe the Gazette, James’s St. the turn in has absorbed journalism. It was a phenomenal success from the first number. ook the Pall Mall Gazette. It is now the property of the Beaverbr reached already had it century present At the dawn of the 1904 Sir Alfred group, million mark, and it has never looked back. In The Evening News was founded in 1881, and after many vicisContinental Harmsworth (by that time a baronet) started the re. The situdes of fortune when in low water was acquired in 1895 by Daily Mail in Paris, now theproperty of Lord Rotherme It was an Atlantic Alfred and Harold Harmsworth and Kennedy Jones. and made Daily Mail publishes an edition in Manchester and n into daily journalism, incursio first rths’ Harmswo the ps. edition on the chief transatlantic steamshi the Daily Mail. The Evening News from the traditional a rich experimental field for From the first the Daily Mail broke away er group and has the largest espouse or reflect a is one of the Associated Newspap in the country. conception that a daily newspaper should papers evening the of any of on circulati sternly indeparticular political policy. The Daily Mail has been Liberal evening paper in London, was started only the Star, The poliand s nment Gover pendent and sometimes embarrassing to halfpenny journal in support of public opinion. by T, P, O’Connor in 1888 as a ticians but it generally registered the majority by the Daily News. acquired was it 1909 In e. a brilliant Gladston Northcliffe (as he became later) was not only eet street is crowded with the
Lord contact all organiser but a keen journalist imbuing by personal him with d aroun red gathe he which members of the able staff Mail has been some of his own dynamic enthusiasm. The Daily al and in nation the pioneer in many enterprises in journalism gave to aviation. interests, including the invaluable help which it e credit for offerLord Northcliffe and his associates also deserv l correspondents. specia for alled unequ ing inducements hitherto
high literIt has brought into the profession men and women of sional remuary standing and has led to an increase in profes
neration of journalists of all classes. e, who For many years the editor-in-chief was Thomas Marlow iffe, Northcl Lord of death the after retired two or three years and was succeeded by W. G. Fish. on the Since it came under the control of Lord Rothermere ed both death of his brother its phenomenal success has continu The annual in regard to increase in sales and in profit making. £1,000,000. exceed to ood underst is profit of the Daily Mail alone Its daily net sale in 1928 reached 2,000,000. The Daily Express, which was founded as a half-penny news-
only paper in 1900 by the late Sir C. Arthur Pearson, is second d a publishe it issue first its In on. circulati in Mail Daily to the d: announce and William, Kaiser the message of good will from “Our policy is patriotism, our party is the British empire.” It struck a new note, since imitated by other papers, of pubso to lishing its principal news on the first page, which became, speak, the shop-window.
In 1902 R. D. Blumenfeld joined the
staff: he became editor in 1904, and in 1912, when Sir Arthur Pearson lost his sight, formed a syndicate which acquired control. Lord Beaverbrook began to take an interest in the paper while it was financially in low water and during the war obtained complete control. Blumenfeld remained the managing editor. Immediately after the War
the Daily Express showed
increased
vitality. Lord Beaverbrook spent prodigious sums out of revenue in developing the paper. To a large extent it is his personal organ—and expresses his views on political and other affairs. The Daily Express is printed simultaneously in London, Manchester and Glasgow.
The Daily Herald (price 1d.), the official organ of the Trades
Union Congress, after passing through severe financial difficulties has now definitely taken its place among London dailies. It occu-
Great Papers of the Past.—Fl t places ghosts of journals which in their time have filled importan
in the life of the country. There was the M orning Chronicle its which began its career in the 18th century and had among (afterCampbell John sh, Mackinto J. Sir Sheridan, ors contribut wards Lord Chancellor), Campbell, the poet, Thomas Moore, Lord Charles Brougham, Byron, William Hazlitt, John Stuart Mill, used editor famous most its Black, John Lamb and Thackeray. to say that one of the paper’s parliamentary reporters, Charles After Dickens, was the best shorthand writer he had ever known. 1862. in died Chronicle a notable career the Morning Tory The Standard was established as an evening paper in the for measure the of ts opponen the of organ interest (as the express editor removing Roman Catholic disabilities) in 1827, its first y. being Stanley Lees Giffard, father of the first earl of Halsbur brought who ne, Johnsto James by In the ’sos it was purchased ed out the Standard as a morning paper (June 29, 18 57), increas from price the reduced and pages, eight to its size from four fourpence ta twopence. In Feb. 1858 Johnstone again reduced in the the price, this time to a penny. One of its contributors prime the y, Salisbur Lord later sixties was Lord Robert Cecil,
ne Mudminister, In the early ’6es it engaged William Heselti in 1865 Jamaica to ondent corresp specia] as ford. He was sent
of Governor to report upon the troubles which involved the recall Commons of House the of gallery the in period Eyre; a further ne, the Johnsto editor. became d followed, and in 1876 Mudfor owed so proprietor to whose energy and perspicacity the paper appointed much, died in 1878, and under his will Mudford was a great editor and manager for life, or until resignation. Already a very upon entered hands ’s Mudford in d Standar the property, Frances successful period. Alfred Austin, T. H. $. Escott, Miss paper Power Cobbe and Professor Palmer were all writing for the
, foreat the same time. It had many famous war correspondents of boys’ most among whom were G. A. Henty, the famous author and Wilbooks: John A. Cameron, who was killed at Abu Klea; was sucand retired, d Mudfor 1900 liam Maxwell. In January In Noceeded in the editorship by G. Byron Curtis (d, 1907). a rather taken time that at had which d, vember 1904 the Standar the strong line in deprecating the tariff reform movement within
was Unionist party, was sold to (Sir) C. Arthur Pearson, who beGywnne A. H. and League, chairman of the Tariff Reform Dalziel pies a unique position in the press as the only daily newspaper came editor. In roro it passed into the control of Davison is It party. Labour the of interests the to exclusively devoted war. the during ared disappe and (the late Lord Dalziel) more of a political organ than a general newspaper, and is financed was the A disastrous experiment in newspaper production penny mainly by trade unions. solid a as 1906 in son Thomas n Frankli by d Tribune, founde A notable addition to Labour journalism took place in April, staff and expending very large t brillian a ng gatheri After daily. Labour 1908. The 1929, when the Co-operative Societies affiliated with sums he found it necessary to discontinue the paper in acquired Reynolds’ Newspaper, which was established over 80 unhappy enterprise is described in Sir Philip Gibb’s novel “The c lines. years ago and has been consistently conducted on democrati ure.” The Echo was established by Cassells in _ Other Dailies.—There is only one sporting daily newspaper Street of Advent company 1868 and afterwards owned in turn by Albert Grant, the in London, the Sporting Life (started in 1859) with which was promoter, Passmore Edwards, Andrew Carnegie, and the late Sam amalgamated after the World War the Sportsman (founded d in 1905. r Bell’s Life was ab- Storey. The Echo perishe 1868). The famous old sporting newspape in 1803, and after many years as a founded was Globe The by ed represent sorbed by the Sporting Life in 1886. Finance is Conservative in 1866 when it became turned it organ Whig leading the Financial News (founded in 1884) and the Financial Times included Sir Stafford Northcote which te the property of a syndica now each 2d.
(1888) which absorbed the Financier,
340
NEWSPAPERS
[BRITISH
(Lord Iddesleigh). Two years later it assumed the deep pink hue | of the 19th century the provincial press consisted of less than a which it kept until its demise after the World War. The first |hundred journals, as compared with many thousands at the presnumber of the Pall Mall Gazette (the name being borrowed from | ent day. They were at that time practically without influence ang
the incident in which Thackeray describes Captain Shandon in |presented a minimum of local news without expressing any views. the Marshalsea prison drafting the prospectus of the Pall Mali | Benjamin Flower, printer of the Cambridge Intelligencer, who ip Gazette as a paper “written by gentlemen for gentlemen”) ap-| 1799 was haled before the House of Lords for breach of privilege peared in February
1865.
Its first editor was Frederick Green- | in commenting
upon some
action by a bishop, fined £100 ang
wood, who gathered round him a brilliant array of talent in Sir | sent to Newgate for six months, was the first to introduce the Henry Maine, Sir J. Fitzjames Stephen, Anthony Trollope, Charles |leading article in the provincial press. The Leeds M ercury, Reade, George Henry Lewes, George Eliot, Matthew Arnold, founded in 1717, under the control of Edward Baines (1801) be. and Richard Jefferies. In 1875 Greenwood was able to convey to came the most important and influential of the north country Disraeli news of the French bid to secure control of the Suez papers in the first half of the 19th century. For many years it Canal, thereby enabling Britain to get in first. It had been a admitted neither theatrical nor racing matter to its columns untij consistent supporter of Disraeli, and when on changing hands it the sentiment of its readers in Lancashire and Yorkshire underbecame Liberal John Morley became editor, with W. T. Stead as went a change in regard to these forms of amusement. After the assistant editor. In 1882 its price was reduced from 2d. to 1d. Reform Act of 1830 and the contemporaneous spread of self. When Morley exchanged journalism for politics in 1883, he was education and establishment of reading circles and newspaper succeeded by W. T. Stead (q.v.), with Alfred Milner, afterwards clubs, the country newspapers developed in importance and useLord Milner, as his assistant. Stead’s adventurous career as the fulness, being forced to assuage the public thirst for information editor came to an end in 1889, in consequence of his publishing a and instruction. It was not however till the final removal of the series of articles called “The Maiden Tribute of Modern Babylon,” taxes on knowledge, already described, that the provincial press purporting to further the Criminal Law Amendment Bill. He was came into its own, and from being strictly local organs began to succeeded by E. T. Cook. The Pall Mall Gazette was now steadily show almost as large an interest in affairs of national importance Liberal and a strong advocate of Irish Home Rule. It had two as their London contemporaries. Within ten years of the abolition of the paper duty penny distinguished editors at a later date in Sir Douglas Straight and J. L. Garvin, and finally passed through several hands before its morning newspapers had taken up commanding positions in Edinburgh, Glasgow, Dundee and Aberdeen; in Liverpool, Manchester. decease. Founded in 1880 by H. Hucks Gibbs (afterwards Lord Alden- Leeds, Bradford, Newcastle and Sheffield; in Birmingham and ham), for Frederick Greenwood to edit when he had left the Pall Nottingham; in Bristol, Cardiff and Plymouth; and across St.
Mall, the St. James’s Gazette represented the more intellectual and literary side of Tory journalism in opposition to the new Liberalism of Mr. Greenwood’'s former organ. In 1888 the paper having then been sold, Greenwood retired and was succeeded as editor (1888-1897) by (Sir) Sidney Low, who in his turn was
succeeded by Hugh Chisholm (1897—1900). Among the contributors were Rudyard Kipling, Sir James Barrie and G. S. Street. Towards the end of the roth century it assumed a more popular style and shape, and for a year or two before its acquisition by
(Sir) C. Arthur Pearson in 1903 and its final merging in the
Evening Standard it was edited by Ronald MacNeill
(Lord
Cushendun ). When the Pall Mail Gazette was sold to Lord Astor in 1892 and converted into a Conservative organ, E. T. Cook, the editor, and most of his staff resigned; in 1893 they came together again on the Westminster Gazette, newly started for the purpose by Sir G. Newnes (who had made a fortune out of Tit-bits and other popular pdpers) as a penny Liberal evening paper. It was printed on green paper. The paper was conducted on the lines of the old Pall Mall, and it had tbe advantage of a brilliant political car-
toonist in F. Carruthers Gould. In 1895 Cook was appointed editor of the Daily News, and his place was ably filled by J. Alfred Spender, who had been his assistant-editor, F. C. Gould (who was knighted in 1906) being his chief assistant. Apart from Sir F. C. Gould’s cartoons, the Westminster became conspicuous in London evening journalism for its high standard of judicious political and literary criticism. It gradually became the chief organ thought in London. In 1908 a change of proprietorship the paper being sold by Sir G. Newnes (d. 1910) to Liberal capitalists including the late Lord Cowdray
of Liberal took place, a group of and Lord
Melchett (then Mr. A. Mond), but without affecting the personnel or policy of the paper. How the famous green IVestminster finally
vanished after the war to be replaced by the daily newspaper of the same name, which was merged in the Daily News in 1928, has already been stated. BRITISH
PROVINCIAL
PRESS
The first provincial paper in England was the weekly Worcester Postman, 1690, now Berrow’s Worcester Journal. In the first twenty years of the 18th century a number of other journals sprang up in country towns, practically all of them being weekly journals. Among them were the Stamford Mercury begun in 1713 and the Northampton Mercury begun in 1720. At the beginning
George’s Channel in Dublin, Cork, Belfast and Waterford. But any real importance as organs of opinion was still confined to only a few of the great penny provincial dailies, notably the Yorkshire Post, Manchester Guardian, Birmingham Post (1857), Shej-
field Telegraph (associated with Sir W. Leng), Liverpool Daily Post, Leeds Mercury and Western Morning News; others too numerous to mention here were at the same time cradling journalists who were to become famous in a larger sphere, such as the Darlington Northern Echo, on which W. T. Stead made his début, while Joseph Cowen for some years made the Newcastle Daily Chronicle a powerful force. In the early ’seventies such a thing as a full telegraphic report in a provincial morning newspaper of parliamentary proceedings, or of a speech by a leading statesman, was almost unheard of. The Press Association had not then covered the country with its organization. Reuter’s foreign news service very briefly reported important events. Between 1870 and 1880 a complete revolution was effected, as the result of social and educational changes. Newspapers that had been content to fill their columns with local news and clippings from London and distant provincial papers put such matter aside. Telegraphic news crushed it out. When in Feb. 1870 the government took over the telegraph system, and gave special terms for press messages, English and Irish newspapers, following Scotland’s lead, began to open offices in London with special wires. The Press Association spread its news-collecting organization over the whole country, and was stimulated to activity by the rising opposition of the Central News. The universal use of news agency messages tended to a uniformity from which the more enterprising journals saved themselves by special London letters, parliamentary sketches and other exclusive contributions.
In 1881 the reporters’ gallery in the House of Commons was opened to some provincial newspapers. The first syndicate to send
out war correspondents was formed by the Glasgow News, the Liverpool Daily Post, Manchester Courier, Birmingham Gazette and Western Morning News, who despatched two correspondents to Egypt. The Central News also sent out war correspondents to Egypt and the Sudan. During the South African War (18991902) the leading provincial newspapers, however, all formed syndicates amongst themselves to secure war telegrams, and in many cases made arrangements for the simultaneous publication of the letters and telegrams of leading London journals. Leading Provincial Newspapers.—The leading English provincial daily papers in 1929 were:
The Manchester
34I
NEWSPAPERS
BRITISH] Guardian, price 2d., founded
in 1821
as a
cution of Strafford in 1641, and later the execution of Charles I.
after the years the chief exponent was similarly illustrated. Several woodcuts appearedIn the Grub weekly Whig organ and for the last fifty the regicides. the of greater part of this Restoration depicting the executions London. During
of Liberalism outside
Street Journal in 1731 was published an illustration of the Lord Mayor’s Show, and in 1740 the Dazly Post came out with a picture illustrating Admiral Vernon’s attack on Porto Bello. Copper plates M agazine, and tation, unsullied were used by the English Magazine, the Thespian ary prestige, and a dignity of expression and presen century. Occasional pictures 18th the in ns publicatio such other seem which sement dverti by recourse to the methods of self-a early days of the that seek huge cir- of important events were published in the necessary to those more popular newspapers Thornton, who Abraham of portrait a two years after it Observer (1791), including culations. It became a penny paper in 1857, ancient prothe invoked murder with charged being on 1818 ated in associ had been turned into a daily journal. Prominent names bill had to special a that result the with battle, of C. P. Scott’s cedure of wager with it have been C. E. Montague (who died in 1928), y obsolete form of trial. The practicall a abolishing passed be es, Jefferi d Richar of Queen son-in-law, L. T. Hobhouse, Andrew Lang, Claude Phillips, Observer also published pictures of the coronation Richard Whiteing (who died in June 1928), Sir which destroyed the armoury at 1841 in fire the of and Victoria and l, Russel E. W. G. an, George Saintsbury, Laurence Housm a picture ic criticism, the Tower of London. In 1834 the Sunday Times gave Spenser Wilkinson. In its book reviewing, its dramat been had it after Commons of House old the Guardian of the ruins of and its foreign correspondence alone the Manchester in 1840 illustrated Magnet the called journal a and down, is burnt and lism, exercises an unparalleled influence in provincial journa the removal of Napoleon’s body from St. Helena. ysually regarded as a national organ. Herbert Ingram conceived the idea of “all the news in pictures” ative Conserv The Yorkshire Post, price 2d., started in 1866 as a ed London newspaper out- and he brought out the first number of the Illustrat paper and now ranks as the principal Conservative a weekly paper containing 16 6d., price 1842, 14, May on News beyond far ng extendi side London, enjoying a national prestige depicted the great devoted especial printed pages and 32 woodcuts, one of which the borders of Yorkshire. In its early years it their lives. The lost people hundred a local papers in fire at Hamburg in which attention to racing, which was neglected by most the first bal ed illustrat Gilbert, John Sir by s, engraving chief Beckett the the county in those days, and under the control of From Palace. ham Bucking at Victoria Queen by still main- masqué given family it rapidly attained a solid prosperity which it News has given a faithLondon ed Jlustrat the onwards time that PhilR. S. J. tains. It has had talented editors in H. J. Palmer, ful representation of the events of the week, and in its files can be lips, and Arthur H. Mann (its present—1929—editor). traced the evolution of the wood engraving to the half-tone, which F. J. by 1857 The Birmingham Daily Post, price 1d., founded in and modern engraving and now owing to the development of photography Feeney and John Jaffray (afterwards made a baronet) had extinguished the century roth the of end n in the processes by the controlled by Sir Charles Hyde, Bart. It holds a positio 1860 Ingram was In engraver. wood the of k handiwor skilled north, and Michigan in midlands analogous to that of the Yorkshire Post in the Lake in disaster the in son eldest his drowned with The conElgin. is edited by G. W. Hubbard. Lady steamer the North America which overtook The Liverpool Daily Post and Mercury, price 1d., founded in trol of the paper passed to another son, afterwards Sir William its 1853 as a Liberal paper, and for many years possessing as Ingram. Its editors included Charles Mackay (1848-1859), John 1904 In Russell. Edward Sir of ity personal ing editor the outstand Latey (1859-1890), the late Clement K. Shorter (1890Lash it absorbed the Liverpool Mercury (founded in 1811), and it 1899), and Bruce Ingram, grandson of the founder, the present holds a pre-eminent place in the life of the great seaport. (1929) editor. It virtually held the field alone in weekly illusScotland, Wales and Ireland.—In Scotland the leading news- trated journalism until in 1861 the first penny popular paper papers are the Scotsman and the Glasgow Herald, each 2d. The was started by the same proprietor, the Penny Illustrated Paper, former was started as a biweekly in 1817 and became a daily in edited by John Latey junior, who afterwards for a period was ediit rival 1855. It was Liberal until the Home Rule split in 1886 when tor of the Jilustrated London News. In 1869 the first serious famous most its was Russell r Alexande cause. adopted the Unionist News was published, the Graphic, proLondon ed Jllustrat the of it same editor in the 19th century (1848-1876) and for many years duced by W. L. Thomas. Black and White, a paper of the . newspaper morning h Edinburg only the has been the Illustrated London News followed in 1891; and in as class The Glasgow Herald dates from 1783, when it first came out 1892 the Sketch was started by the late Sir William Ingram, under with the extra name “and Advertiser” tacked on. It has a great the editorship of Shorter, as a social and theatrical illustrated literary reputation, well maintained under Sir Robert Bruce’s weekly. Clement K. Shorter founded the Sphere in 1899. It bepresent editorship. He follows an illustrious line of editors, in- came a serious rival of the existing picture papers, absorbed Black cluding Samuel Hunter, George Outram, Dr. Russell, and Dr. and White, and started the Tatler, which competed for public Wallace. The Glasgow Herald has a high reputation as a com- favour with the Sketch. A similar type of paper was the Bymercial organ and is credited with having a larger sale than any stander, issued by the Graphic. Ingram also owned a fashion newspaper published at 2d. outside London. paper, the Ladies’ Pictorial, and the Illustrated Sporting and The daily newspapers of Scotland, which for the latter part of Dramatic News. Sir John Ellerman acquired all these papers the 19th century were predominantly Liberal, are now Conserva- except the Graphic and the Bystander and they were brought tive, except the Edinburgh Evening News. under one proprietary in 1926 by Wiliam Harrison of the Inveresk The chief newspaper in Wales is the Western M ail, Cardiff, Paper Company, who promoted Illustrated Newspapers Ltd., acwhich has recently absorbed the South Wales Daily News, and quiring at the same time the Graphic and Bystander which had d in thus becomes the only morning paper in the Principality. passed into the hands of Messrs. Berry. Harrison promote The only important newspaper town in Northern Ireland is 1928 another weekly newspaper on somewhat different lines. The Belfast, which has two historic newspapers: the Belfast News Illustrated Newspapers Ltd. therefore own the Sphere, the IlusLetter, which has been in existence about 200 years, and the trated London News, the Graphic, Sketch, Tatler, Bystander, Eve, Northern Whig, which celebrated its centenary some years ago. which is an amalgamation of several fashion papers including the ed Ladies’ Pictorial, while the same company publish the Illustrat THE PICTORIAL PRESS News. c Dramati and Sporting The earliest attempts in England at the pictorial portrayal of
ined a standard riod it was edited by C. P. Scott, and mainta wide reputaworlda it gave of excellence in all its branches that unrivalled literan enjoys it cs politi ous vigor its from tion. Apart
news took the shape of “broadsides,” one of which, published in 1587, the year before the Armada, recounted the “Valiant Exploits of Sir Francis Drake.” These early pictorial “broadsides” illustrate the hold which murders and tragedies have always had upon the imagination of people. A picture appeared portraying the exe-
WEEKLY NEWSPAPERS
AND REVIEWS
was The weekly reviews, beginning with the Examiner, which in charlittle changed have 1881, in ceased and 1808 in founded ism acter but occupy a much less important position in journal
342
NEWSPAPERS
owing to the prodigious advance in the daily and Sunday newspapers. The weeklies were formerly looked to for guidance in political opinion and for literary criticism. They have been displaced in both spheres. The world moves too quickly and unless a weekly review has a particular standpoint and makes a special appeal to a class it carries little weight in contemporary journalism. The weekly which shows the greatest vitality is the historic Spectator which celebrated its centenary in November 1928. It was founded by Robert Stephen Rintoul and exercised great influence as an exponent of moderate Liberalism, thoughtful criticism, particularly in the discussion of religious problems. In 1861 it passed under the control of R, H. Hutton and Meredith Townsend. In 1897 it was acquired by J. St. Loe Strachey who maintained its high character and literary reputation. It was outspoken in its political opinions, and while Conservative Unionist in most subjects, it was a strong exponent of Free Trade. It was acquired
in 1926 by Evelyn Wrench under whom new features were introduced and more modern methods adopted. It is by far the most widely circulated of the weekly reviews. The proprietor made arrangements in 1928 to safeguard the policy of the Spectator in the future by adopting the same system that has been embodied in the constitution of the Times. The historic Saturday Review has passed through many hands and still survives. The great literary weekly, the Athenaeum, which was started in Jan. 1828, was absorbed in the Nation, the literary weekly review which grew out of the Speaker, founded by Sir Wemyss Reid in 1898. The
name was changed when H. W. Massingham became editor in
[BRITISH
The Sunday Times, another historic Sunday newspaper which was founded in 1822, is parallel with the Observer except that it is more moderate and consistent in its political outlook, but there
is not much to choose between the two newspapers in regard io their general features. The Sunday Times is notable in respect that it laid the foundations of the Berry family in the newspaper world. It was the first general newspaper acquired by Sir William Berry, who bought it in 1915. He has exercised a particular cop-
trol over it. The editor is (1929) Leonard Rees. Another old Sunday newspaper is Lloyd’s Weekly News, now known as the Sunday News, started by Edward Lloyd in 1842, A year later the News of the World was founded. During the last 20 years it has become the most widely circulated of all newspapers. Reynolds Illustrated Newspaper, a democratic organ, was started in 1850, and the People (Conservative), in 1881. The two Sunday picture papers are the Sunday Pictorial and the Sunday Graphic. The other Sunday papers vary in the degree to which they cater for the masses by sensational news, crime stories, prizes, competitions, coupons, etc. The Sunday Dispatch
(formerly the Weekly Dispatch)
and the Sunday Express are
somewhat similar in type and less popular in their appeal than other journals which exceed them in sale, headed by the News of the World, which has a sale of nearly four millions, the People,
the Empire News. Other most widely circulated Sunday papers are the Sunday Chronicle and the Sunday News. A develop-
ment since the war has been provincial Sunday newspapers outside Manchester, the home of the Sunday Chronicle and the
1907, Another distinctive weekly is the New Statesman which is Empire News, such as the Sunday Sun, Newcastle, the Sunday Post, Glasgow, the Sunday Mercury, Birmingham, and the Sunday Sentinel, Stafford. The aggregate sale of all the Sunday newsweeklies, while their literary characteristics are maintained, are papers is estimated to be 16,000,000.
a moderate exponent of Socialist politics. The other weeklies are of minor importance. With the exception of the Spectator the reduced in size. Weekly reviews of literature, art, drama and
topical problems of the day including politics, are being largely
DEVELOPMENT
OF THE
MODERN
NEWSPAPER
Tt was the last quarter of the roth century that witnessed the and the Sunday Times, each of which at one-third of the price, beginning of changes in journalism which moulded the present give two-thirds more reading matter exclusive of news. They com- character of the British newspapers. -The first sign of change was mand writers of the highest reputation while they sell many more struck by W. T. Stead in the Pall Mall Gazette, over 40 years thousand copies than the weekly reviews sell hundreds. One ago. He popularised the interview, and humanised political jourunique weekly remains and keeps up its reputation. That is nalism. He was cramped in his activities, as he edited an afterTruth which was founded by Henry Labouchere. It is a many noon review rather than a newspaper. The influence which the sided journal and is chiefly renowned for its fearless criticism Pall Mall Gazette exercised under Frederick Greenwood, John Morley, W. T. Stead, and E. T. Cook was indirect. It had no and its extremely independent attitude towards men’s affairs. Besides Trutk, specialist weekly journals form a distinctive popular appeal. The first break in old traditions and appeal to democracy feature of British journalism. Religious weeklies which show vitality include the Church Times, the British Weekly, the Chris- through the press came when the late T. P. O’Connor founded the tian World, the Tablet, and the Methodist Recorder. The Field, Star in Jan. 1888. With the Star began a new type ef popular jouras the country gentleman’s newspaper, edited by Sir T. A. Cook, nal. Human interest was its daily fare, and though small in size its holds its position unchallenged. Punch, edited by Sir Owen scope was as wide and diversified as life. Politics and crime, Seaman, is Britain’s supreme humorous journal which is more special and personal news, finance and serial stories, books and national than ever it was. In the world of economics and finance fashions, labour, art, music, were all popularised by O’Connor. two weekly papers stand out—the Economist and the Statist. In He had on his staff seven men who were afterwards editors of the medical world the Lancet and the British Medical World are London newspapers, and the men who began their careers on the without competitors. Country Life is one of the most attractive Star and gained fame in their own spheres in Jater years include George Bernard Shaw, A. B. Walkley, the greatest dramatic critic of the weekly journals. of his time, and that wayward genius Joseph Pennell. SUNDAY NEWSPAPERS As already mentioned the big advance in the new journalism
displaced by the Sunday newspapers, particularly the Observer
The rise of the Sunday newspapers in the last twelve years is alluded to elsewhere. Here it may be noted that the historic Sunday newspapers, unlike some of the historic daily newspapers,
was left to Alfred Harmsworth, the late Lord Northcliffe (g.v.).
Newspapers were the second stage of his meteoric career. He began with Answers and other periodicals, following the lead of show great vitality. Sir George Newnes with his Tit-Bits, and soon surpassed him. The Observer, which is the most powerful political organ of After his success in this sphere of journalism, Lord Northcliffe the Sunday newspapers, first saw the light in the year 1791, a and his brother, Harold Harmsworth (now Lord Rothermere), period when France had entered upon a revolution which was to acquired the London Evening News, and on this founded their shake the foundations of Europe and change the course of history. phenomenal success in halfpenny morning journalism. The Observer reported the battle of Trafalgar, 1895, without The 20th Century.—tThe introduction of half-tone pictures to headlines and ten years later Wellington’s dispatch on the Battle illustrate the news of the day was another new element in extendof Waterloo as if it were the heading of a parliamentary Blue ing the sphere of the daily press and in popularising it. Encouraged Book. The Observer kept on its respectable but somewhat sombre by the support which he received from women readers of the career until it was acquired by Lord Astor and edited by J. L. Daily Mail and of his many weekly variety papers, Lord NorthGarvin, when it assumed a distinctive character, a virile inde- cliffe issued a newspaper which was to be edited by women for pendence in its political outlook while it made a strong feature women. He produced the Daily Mirror, intended to be a higher of foreign correspondence, literature, the drama, etc. type of paper than the Daily Mail, and to appeal more to the
24.3
NEWSPAPERS
AMALGAMATIONS]
still-born. It was interests OÍ serious-minded women. It was a lucky failure. was it But e. failur st Lord Northcliffe’s greate
The paper which was intended to be the women's Times was
daily newspaper. -ransformed into the first illustrated halfpenny became The Daily Mirror was bought by Lord Rothermere, and
Lloyd’s Daily Index),
(and the Jewish
and 3 evening dailies
Evening News, published in Whitechapel). The newspapers in the English provinces and Wales, including localised issues, numbered 1,363, of which 35 were morning and 80 evening dailies: Scotland, 228, including 6 morning and 10 evening dailies; Ireland,
as great a financial success as the Daily Mail. picture paper The Daily Sketch was the next halfpenny daily many years for d existe had ic Graph Daily The hed. publis be to
161, including 8 morning and 5 evening dailies; the British Isles,
16, of which 5 were dailies. Twenty years previously there were nearly 200 more newspapers increased during attained great suc- than in 1928, although the population greatly qs a penny daily illustrated paper, but never these decades. two after one began, cess nor won popular favour. All newspapers publish The rise of the newspaper combination has dethroned all the the other, to introduce a page of half-tone pictures and to Daily newspaper dynasties. The Walters of The Times are no longer the old and Times other pictures in their news columns, the in control of that great national newspaper. The Borthwicks of this feature. Telegraph being among the last to adopt success the The Morning Post, the Lloyds of the Daily Chronicle and Lloyds by led compel Meanwhile other newspapers had been down News, the Hultons of the Manchester Daily Dispatch, etc.; the of the Daily Mail, followed by the Daily Express, to come masses. Ingrams of the Jilustrated London News; Cox of the Field; and, the to appeal their make to a halfpenny and similarly to ced, in the provinces, Byles of the Bradford Observer, Baynes of the introdu Leading articles became shorter, feature pages were Cowen of the Newcastle Chronicle, and others and a magazine page with short articles and items of the tit-bit Leeds Mercury, The last of the monarchs of Fleet Street displaced. been iated have abbrev this character, though it must not be assumed that isolation were the Lawsons of the Daily splendid their to give up style carried with it any real degeneration of journalism. to the newspaper world when, in shock a was It other all like Telegraph. first, At . The World War brought more changes Burnham sold the paper which Lord second the 1927, muniDecember industries, except those concerned with the production of his father—a newspaper genius— and founded r the grandfathe forces, his the for g caterin with ted tions or in some way associa that the installed in the first place ih British journalism. press was disorganized. The Government recognised facilities New Owners of the Press.—New maghates have assumed and effort, l nationa in t elemen al press was an essenti ls materia ng No longer are newspapers the personal properties of the obtaini to power. were granted to newspapers, both in regard correBorthwicks, Lawsons and the Walters; they belong to shareand in retaining man power. For the first time also, war unigranted were who entrust their money to the care of a directorate. rs, holders followe spondents became more than camp Greatest of the new barons of the press ate the Harmsworths, forms and became officially attached to armies. the since by Viscount Rothermere. The Berrys, the newest monchanges c headed dramati such ne No industry has undergo assowas who the newspaper world, are still young in their generation, in archs World War as the press. The late Kennedy Jones, to said Mail, Beaverbrook—a Canadian by birth-—has not lived in Daily Lord the and g foundin in orths ciated with the Harmsw we on, professi 20 England years. a ism the late Lord Morley: “You found journal a also become now spectacular financial newspaper deal was that involved has It most The trade.” of branch a it have made It was incorpo-
in the creation of the Daily Mail Trust, Limited.
branch of finance.
THE ERA OF AMALGAMATIONS to The great change from the private proprietorial system in ffe Northcli Lord by initiated was es compani limited liability rth promoting limited liability companies to take over Harmswo Bros., the most successful periodical business, and afterwards The . Evening News. Amalgamations and groupings of papers followed Referring to this phase of newspaper development Sir Robert of Donald, in an address at York, as president of the Institute
charJournalists, in 1913, said: “Combination has been the chief could press the and world, the over all industry of acteristic not remain outside this tendency. One company sometimes owns ons, or controls a series of newspapers. There have been absorpti aggregaamalgamations and alliances, with the result that vast
tions of capital have been built up in which thousands of share-
holders are interested.
These
agglomerations,
piling up power
in and wealth, are controlled by the same forces which operate other fields of industrial activity.” He also predicted that the
fewer future would see combinations increase; there would be newspapers, and “colossal circulations would continue to grow.” The newspaper run as a luxury and for a mission, and not as a
business enterprise, would be squeezed out of existence. There would therefore be fewer newspapers, but the total circulations
would be greater. These predictions, made a year before the World War, have been fulfilled, but no one foresaw that the press combinations would reach such gigantic proportions, or become so immensely profitable. The war facilitated and expedited the rise of the press
syndicates. One has only to look at the Stock Exchange quotations to realise the infiuence of finance on the Press and the power of
the press in finance.
number of newsThere has however been a decrease in the
ern Ireland, papers. In 1928 there were in Great Britain, North as follows: buted distri pérs, and the Irish Free State, 2,150 newspa ing specialist papers London 992, of which 21 were morning, includ Lloyd’s List, and (Jewish Express, in Hebrew, Jewish Times,
rated on Sept. 27, 1922 and purchased the 400,000 deferred (controlling) shares in Associated Newspapers, Ltd., as sanctioned by
the court on the death of Lord Northcliffe. The price paid was
£1,600,000, which was met by an issue of 7 per cent first mortgage debentures. Early in 1923 the trust purchased 49 per cent in the London Express Newspaper, Ltd. Alittle later it purchased
the large newspaper business of E. Hulton and Company, Ltd., and paid for it by a second issue of £8,000,000 7 per cent deben-
tures, liquidating out of the proceeds the former issue of £1,600,ooo debentures. At the same time the trust retained 49 per cent.
interest in The Evening Standard, which had been included in the Hulton group but was transferred to Lord Beaverbrook. In the same year the trust sold the greater portion of the Hulton press to the Berry brothers for more than the original purchase price, while retaining possession of The Daily Sketch, The Sunday
subseHerald and new printing works; these three assets beirig of Lord control under 0 £1,600,00 for sold and promoted quently AssoRothermere. The trust paid £4 for the deferred shares in again. ciated Newspapers, Ltd. They appreciated almost as much of The trust in two years discharged a debenture obligation £9,000,000.
The Rothermere Group.—The most powerful newspaper group in Great Britain is that controlled by Lord Rothermere, ed, not because of the numbér of newspapers combined or associat
and the but on account of their predominantly national character Rothermere only Lord them. behind s resource financial immense then only occasionally contributes articles to his newspapers, and The on subjects upon which he holds strong personal views. :— are chief Rothermere groups Mail, Evening The Associated Newspapers, Lid., owning the Daily News, Sunday Dispatch, Overseas Mai. £
Capital:
5% Cumulative Preference shates shares . Meade aprsea Ordinary So oe i oe ue y S sé Total
. .
=e
. -.
500,000 > pe 1250,
£3,350,000
NEWSPAPERS
St? A
Majority of Ordinary Shares held by W. V. Bowater & Sons Ltd..
Daily Mirror Newspaper, Lid. Capital: 8% Cumulative Preference shares Ordinary shares .
£ 800,000 1,400,000 .
Total
£2,200,000
In the spring of 1928 the ordinary shares of the Daily Mirror and Associated Newspaper Companies were converted each into four shares of a nominal value of 5s. The value of these shares in the summer of 1928 was in the case of the Associated Newspapers 245., and in the case of the Daily Mirror 35s.
Sunday Pictorial, Lid. Capital: 8% Cumulative Preference shares £1 Ordinary shares Total.
£ 500,000 1,500,000 .
£2,000,000
These companies are shareholders in the Daily Mail trust, controlled by Lord Rothermere, already referred to. The financial strength of the Rothermere newspapers is not indicated by the amount of dividends which they distribute, as they build up great reserves and have no prior debenture or other charges. In Feb. 1928, Lord Rothermere also promoted Northcliffe Newspapers, Ltd. (share capital £2,500,000; loan capital £3,000,000, 54 per cent. guaranteed debenture stock), primarily for establishing or acquiring “in selected centres of large population throughout the country evening newspapers which, by reason of possessing the advantages of extensive organization and large resources, will be the most up to date in the country.” It was stated in the prospectus that the surplus assets of Associated Newspapers and of the Daily Mirror were respectively £5,129,000 and £2,500,000—excluding good will and all liabilities. The debenture stock was guaranteed by the Associated Newspapers, Ltd., and the Daily Mirror Newspapers, Ltd. The 5 per cent. debenture stock was very much oversubscribed. The share capital was divided into £2,400,000, £1 ordinary shares and £100,oco £r management shares. Two shillings was paid on all the management shares and on £1,400,000 ordinary shares, so that the company started with capital in cash amounting to £3.150,000, with £2,260,000 uncalled share capital. During the summer of 1928 Northcliffe Newspapers, Ltd., acquired several prominent newspapers and made arrangements to start new evening newspapers in selected centres as announced in the prospectus. The Daily Mirror Company, acting independently or in association with Northcliffe Newspapers, acquired several well-established evening newspapers and founded a regional Sunday paper at Stafford. The capital of the various Rothermere companies does not by any means indicate their financial strength and great earning capacity. They possess a complete dual organization between the Associated Newspapers and the Daily Mirror, and are building up a third national organization in the Northcliffe Newspapers. All these newspapers are safeguarded in regard to the supply of paper; they control mills in Newfoundland, Canada and Eng-
land. The following table shows the capitalisation of their paper making companies :— Anglo-Newfoundland Development Co., Lid. Capital $6,439,585, Ordinary Shares. issued
g.s»
$2,426,010, 8% Cumulative Preference Shares. $1,594,255, Second Preference Shares.
JE 280,625, 5% Debentures.
As at 31-8 ard a 18,650, 6% Second Mortgage Bonds.
The Associated Ordinary Shares.
Newspapers
Limited hold a majority
of the
A. E. Reed & Company Limited Capital: £293,970, 6% First Mortgage Debenture. £240,000, 64% Cumulative Preference Shares. £225,000, Ordinary Shares.
Š Daily Mirror Newspapers Ltd., hold a majority of the Ordinary hares. Bowaters Paper Mills Limited Capital: £2 13,200, 34% Cumulative Participating Preference h ares. £295,600, 64% First Mortgage Debentures.
£193,000, Ordinary Shares,
fAMALGAMATIONS
which is in turn controlled by “Daily Mirror Newspapers Ltd.”
The Empire Paper Mills (1922) Ltd. Capital: £400,000. Ordinary Shares of £1 each. All the shares are held by Associated Newspapers Ltd.
Anglo-Canadian Pulp & Paper Mills Lid. Capital: $8,000,000, 7% Preference Shares. (Cumulative October, 1929.) £3,000,000, 64% Mortgage Debentures. 135,000 Shares of Common Stock of no par value.
from
The Berry Group.—The largest newspaper proprietary in Great Britain and in the world is that controlled by Lord Camrose (formerly Sir William Berry) and his brother, Sir Gomer Berry, whose rise in the newspaper business has been as romantic as their success has been phenomenal. Their vast interests are the creation of little more than ten years’ activities. The founder of the business, William E. Berry, like Alfred Harmsworth before him, served an apprenticeship in the humble spheres of journalism, beginning on the Merthyr Times. He went
to London in 1898 as sub-editor on the Investors Guardian, and though he quickly showed a special penchant for financial journalism, he worked on the staffs of several papers before launching out as a newspaper proprietor. In rgo1 he started the Advertising World, the first production of the kind in the United Kingdom, and in the same year was joined by his brother Gomer, Together they started and owned various weekly and monthly papers, and when in 1915 they acquired the Sunday Times and introduced a new vitality into that old established newspaper they were already recognised as important newcomers to the press industry. In quick succession they acquired the Graphic, the Daily Graphic, the Bystander, the Financier, the Financial Times,
the old established house of Cassells, with its periodicals and big publishing business, and Weldon’s Fashion Journals. In 1923 they bought Kelly’s Directories including the famous London Post Office Directory. Later an alliance was formed between the company owning Kelly’s directories and Iliffe and Sons who own a leading group of trade and technical journals. Large printing works went with these two concerns. While the foregoing were big transactions from the financial point of view the Berrys were not firmly established in the newspaper world until 1924 when they bought most of the publications of Edward Hulton Ltd. which had been acquired by Lord Rothermere and Lord Beaverbrook, and formed the Allied Newspapers Ltd., which included the Sunday Times. The group contained widely circulated and popular newspapers, including the Manchester Daily Dispatch, the Manchester Evening Chronicle, the Sunday Chronicle, the Empire News, the Sporting Chronicle, and sundry other publications. About the same time they took over the control of another important newspaper property, the Sheffield Daily Telegraph and Evening Telegraph, with a number of popular periodicals. Another big milestone in their progress was reached in the following year when they bought all the newspapers in Newcastle except one, namely the North Mail, the Newcastle Evening Chronicle, the Sunday Sun, etc., and simultaneously acquired the Glasgow Daily Record, the Glasgow Evening News, and Sunday Mail. To this group was added in 1926 the North Eastern Daily Gazette of Middlesbrough, and the Allied Northern Newspapers Co. Lid. formed with a capital, including debentures, of four million pounds. Very soon afterwards the Berrys purchased from Lord Rothermere the two papers which he had retained from the Hulton group, namely, the Daily Sketch and the Sunday Graphic, which were formed into a separate company. Towards the end
of 1927 Sir William and Sir Gomer Berry—both having been made baronets in recognition of their public services, Sir William in 1922 and Sir Gomer in 1927—=startled the newspaper world by acquiring the Daily Telegraph from Lord Burnham and his family. Sir Edward Iliffe was a partner in this transaction. The new owners immediately began to put new life into this sound and sedate organ of the English commercial and middle classes. Important paper making works went with the newspaper. The
capital involved in this transaction has not been made public.
NEWSPAPERS
ASSOCIATIONS]
It is probable that the Berrys would have been content to have consolidated their properties but in 1928 a new newspaper war
was started and they took up the challenge.
They bought the
Derby Express, the Bristol Times and Mirror, the Bristol Evening Times, the Aberdeen Press & Journal and the Aberdeen Evening Express.
For several years the Berry family have had control of the
Western Mail and Evening Express, Cardiff, and in August 1928 hought the South Wales Daily News and South Wales Echo— the other papers in Cardiff. While the foregoing list of newspaper properties controlled by the Berry companies are a formidable combination they do not
by any means complete the wide range of their interests in the publishing business. In 1927 they bought the Amalgamated Press Ltd., the business founded by the late Lord Northcliffe and his brother Lord Rothermere. It was largely in the hands of the trustees of the Northcliffe estate and the Berrys were the suc-
cessful bidders. It is the largest periodical business in the world and publishes over 120 weekly and monthly publications. Its capital was £3,000,000. The Berrys paid £9,000,000 and have paid dividends on the increased capital. Lord Camrose and Sir Gomer Berry carry on their vast and
varied interests in a commercial spirit without bringing their personalities before their many millions of readers. Like all big combinations the Berrys proceeded to safeguard themselves regarding the supply of raw material. They acquired
with the Amalgamated Press the Imperial Paper Mills and in 1927 bought the famous Edward Lloyd Paper Mills, the biggest single concern of the kind in the world, so that they became the biggest paper manufacturers in Great Britain, as well as the largest newspaper and periodical owners. The issued loan and share capital of the various Berry enterprises belonging to public companies was, in the summer of 1928, as follows: Allied Newspapers Ltd.
.
£ . 8;250,000
.
Alied Northern Newspapers Ltd. . Daily Sketch and Sunday Graphic Ltd. Financial Times Ltd. . : ‘ Kelly’s Directories Ltd. . Weldon’s Publications Ltd. . Amalgamated Press Ltd. Bristol Times and Mirror Ltd. Aberdeen Newspapers Ltd. ; Edward Lloyd Investment Co. Ltd. .
. . . .
4,000,000 2,584,096 1,500,000 1,131,372 385,000 9,200,000 138,337 188,310 . 4,500,000
The capitalization of the Cardiff newspapers and the one in Derby has not yet been published, but will probably be £14 million. The Berry press “trusts” have not provoked the same criticism among public men or fears from journalists as has been the case with other newspaper combinations because they have not used their powers to push themselves or to run particular policies. They have maintained the character of the publications acquired,
retaining local management and giving their editors considerable latitude. They have not over-centralized.
So far as the reading
public of the different papers are concerned they do not notice marked changes in the appearance and character of the publicatons. The centralized control is mainly commercial
and finan-
cial. All the Berry companies are financially successful. Their progress has been steady and while their loan capital is heavy their earning capacity has up to now increased and the ordinary
shares stand at a premium. Apart from periodicals which number
about 200 the Berry
combinations control in London three daily newspapers and two Sunday newspapers; in the provinces, eight morning, eight evening, three Sunday newspapers; fourteen weekly newspapers; in Scotland two morning, two evening, and two weekly newspapers
345
oped and if he frequently annoys he always
interests.
The
Beaverbrook group, in which Lord Rothermere has a minority interest, consists of The Daily Express, The Sunday Express, owned by London Express Newspapers, Ltd. (capital £539.439), and The Evening Standard. The policy of Lord Beaverbrook has not been to distribute dividends on the ordinary shares, but to extend plant and building, reduce capital and organise a future impregnable position. The commercial possibilities of Lord Beaverbrook’s newspapers have not yet been tested. Judged by the rapid expansion which they have made in recent years and the volume of advertising which they carry it is a fair assumption that if the intensive development policy were discontinued these journals would be next to the Associated Newspapers in earning capacity.
Daily Chronicle Group—The
Daily Chronicle Investment
Corporation Trust was formed in July 1927 to take over the properties of the United Newspapers (1918) Ltd., with a capital of £3,050,000 consisting of £800.000 7% first cumulative preference shares, £700,000 8% second cumulative preference shares, £1,400,000 ordinary shares, £1 each, and 3,000,000 deferred shares of 1/— each. The corporation owns the Daily Chronicle, the Sunday News, the Edinburgh Evening News, the Yorkshire Evening News, and the Doncaster Gazette. l In July 1928 after the death of Sir David Yule and the retirement of Sir Thomas Catto, their interests were acquired by Mr. William Harrison on behalf of the Inveresk Paper Co., Ltd., of which he was chairman. Mr. Harrison had previously entered the newspaper field by acquiring the Lancashire Daily Post, Preston, and an interest in the Hull Daily Mail and Grimsby Telegraph. Besides his interests in daily newspapers, Mr. Harrison, as already mentioned, is chairman of Illustrated Newspapers, Ltd., which own nearly a dozen illustrated and trade papers. Mr. Harrison also controls most of the paper-making mills in Great Britain outside of newsprint mills. The Starmer Group.—This is an association of 32 provincial newspapers with London headquarters at Newspaper house. The founders were the Rowntree family and Sir Charles Starmer, who began his newspaper career on the Northern Echo (Darlington). With the Rowntrees and Lord Cowdray, he built up this group, which includes the Northern Echo, Sheffield Independent, Sheffield Mail, Nottingham Evening News, Nottingham Journal, Birmingham Gazette, Yorkshire Observer, Yorkshire Gazette, Bradford Telegraph and Argus, Birmingham Evening Dispatch, Lincolnshire Chronicle, and a number of weeklies. The Westminster Gazette (morning paper) belonged to this group until its merg-
ing with the Daily News in Feb. 1928. Other Combinations.—A financial group was promoted in July 1928 comprising the Financial News, the Investors’ Chronicle, half interest in the Economist, the Banker, and the Liverpool Journal of Commerce, with a share capital of £550,000. One condition was that the editorship of the Economist should always be independent. The promoters of the issue were the printing firm of Messrs. Eyre and Spottiswoode. Among the largest combinations of newspaper properties outside the big combines may be mentioned: The Liverpool Daily Post and Echo Ltd., which owns the Daily
Post, Liverpool Echo, Liverpool Courier and Express—all the newspapers in the city and neighbourhood.
The Consolidated Newspapers, Ltd., belonging to Sir Leicester Harmsworth, owns the Western Morning News, the Mercury, and the Evening Herald, Plymouth—the only morning and evening papers in that town—an evening paper in Exeter, and one in Torquay. In the summer of 1928 Sir Leicester Harmsworth
The Beaverbrook Group.—An arresting personality in the British Press is Lord Beaverbrook. He went into the newspaper
acquired the Field, the Queen, and the Law Times. The Glasgow Herald (Outram & Co.) Ltd., of Glasgow, with the Bulletin (an illustrated morning paper), the Evening Times, and the Citizen. D. C. Thomson & Co., Ltd., own all newspapers and publica-
showed striking gifts for the particular kind of journalism which he took up. He has the news and the political sense highly devel-
tions in Dundee, including the only morning and the only evening paper in that city, a Sunday newspaper, and a large number of weeklies.
and one Sunday newspaper.
business during the World War and it was not long before he
34.6
NEWSPAPERS
The Yorkshire Conservative Newspaper Co., Ltd., are the proprietors of the Yorkshire Post, including Yorkshire Evening Post, and Leeds Mercury. Anglo-Foreign Newspapers, Ltd., formed in Jan. 1929, has acquired interests in various newspapers and trade journals. Organisations.—A net-work of organisations exists for employers and workers. In the newspaper business collective bargaining is the rule. On the employers’ side, there is the Newspaper Proprietors’ Association, which represents the London press, the Newspaper Society for the provincial press, the Scottish Newspaper Proprietors’ Association, and the Irish Newspaper Society. There is also the British Trade and Technical Trade Journals Organisation.
Since 1913 the position of the working journalist has been vastly improved by the continued activities of the Institute of Journalists, incorporated by royal charter in 1890, and more especially by the influence exercised by the National Union of Journalists, founded in 1907, which is a trade union and has been the means of raising the standard among working journalists and of establishing the principle of minimum salaries. At first competitive, the two bodies now show a tendency to
[ASSOCIATIONS
1. There shall be not interference with the contents of newspapers owned by members of this Association.
2. There shall be no interference with, or victimisation of, any members of the staff who worked or returned to work during the strike, either in their own or in any other office. Nor shall there
be any victimisation by the employers.
3. There shall be no interference by members of the unions with the management of businesses, or with the right of the management to employ, promote, or discharge members of the stafs.
Nor shall it be necessary for private secretaries or managers of departments not engaged in production to be members of a union.
4. No chapel meetings shall be held during working hours. 3. The strict observance of agreements in the newspaper trades shall be regarded as a matter of honour affecting each individual employer or employee. Empite Press Union.—An organization which represents not only the Press of Great Britain but of the Dominions is the
Empire Press Union, which was the outcome of the first Imperial
Press Conference held in 1909. It represents newspapers, either by proprietors or responsible members of the staff. It has branch sections in the overseas dominions and keeps a permanent super-
become mutually complementary, the institute specialising in the vision over such questions affecting cable services and charges, and professional, cultural and benevolent interests of the journalist, matters of common interest to the press as a whole. The second and the union concerning itself primarily with questions of sal- Imperial Press Conference was held in Canada in 1920, and the aries, hours and working conditions. The institute gives full third in Australia in 1925. The first president of the Empire membership to all bona fide journalists; the union restricts voting Press Union was the first Lord Burnham, and he was succeeded by membership to journalists who cannot exercise the powers of an his son, the present Lord Burnham. The chairman of the Council employer; thus, generally, editors, managing editors, and director- from 1915-26 was Sir Robert Donald, who was succeeded by journalists are not eligible for full membership of the Union, and J. L. Garvin, and was followed by Major the Hon. J. J. Astor.
favour membership of the chartered body. On the side of the manual workers there is also a complete net-work of organisations. The chief federated societies are the Typographical Association, representing compositors throughout the country; the London Society of Compositors; the National Society of Operative Printers and Assistants and Printing Machine Managers. Press telegraphists; correctors of the press; electrotypers and stereotypers; pressmen; paper-makers and others engaged. in connection with newspapers, all have their unions. Beyond the federated societies is a large number of affiliated federations covering Great Britain. Advertisers have organisations also, including advertising managers, circulation managers, and, indeed, every one associated with the production and distribution side of the press. Newsagents combine chiefly in the Federation of Wholesale Newsagents
and the National Federation of Retail Newsagents. The General Strike and the Press—A development of the
coal dispute in England, which came to a head ait the end of April 1926, was a general strike organised by the General Council of the Trades Union Congress. An important preliminary incident was a stoppage of work which occurred in the office of the Daily
Mail. (See GENERAL STRIKE.) After the first few days certain newspapers began to re-appear in the first instance mostly by photographic processes, in two or four diminutive pages, which were gradually increased in size as voluntary labour was obtained. The Government by voluntary labour issued from the office of the Morning Post the British Gazette, which was under the control of Winston Churchill. It soon attained a very large circulation. The Trades Union Congress retaliated by producing the British Worker by trade-union labour. The newspaper and periodical business probably suffered more by the strike than any other industry, as a considerable proportion of the staff had to be retained and heavy general expenses incurred. The general strike was called off'on Thursday, May 13, and after negotiations the newspapers resumed normal production on Tuesday the z8th. After the strike an agreement was entered into between all organizations representing employers and employed which defines the functions of both parties. The agreement between the
Newspaper Proprietors’ Association and the respective unions, bea was a notable landmark in collective bargaining, is as ollows :—
The Empire Press Union has insisted continuously on better and cheaper communications with the overseas dominions and has devoted particular attention to the promotion of empire wireless. Page Fellowship.—American newspaper fellowships in memory of Walter Hines Page, the great ambassador, were established by the English Speaking Union of the United States in 1926 for the purpose of promoting more understanding among other English-speaking people through the medium of the press. Fellowships are awarded to British journalists who spend a year in the United States actually at work on newspapers and in the study of public questions. A British committee in co-operation with the English Speaking Union of the British empire selects the fellows, the first of whom was J. A. Spender, who spent three months in America in 1927. International
Press
Conference.—The
first international
conference of newspaper experts held under the auspices of the League of Nations was held at Geneva in August, 1927. It was attended by editors and newspaper men from all over the world. Lord Burnham, then president of the English Newspaper Proprietors’! Association and the Empire Press Union, presided. A series of resolutions were passed dealing with tariffs for telegraphs, telephones and wireless and improvement in communications, transport of newspapers, professional facilities for journalists, which have been referred to the League’s organization for communications and transit for study and report. Other resolutions referring to postal subscriptions to newspapers, protection of news, censorship in peace time and facilities for travel tours, scholarships, raiftway fares, repressive measures, etc., will be considered by the Council of the League.
Cheaper Communications.—Cheaper and quicker means of
communication and distribution of news is always in process of evolution. What are known as “loaded cables” have been laid down, increasing enormously the capacity and speed by which messages can be transmitted by cable, the advantages of which newspapers will share. In the address to the Institute of Journalists in 1913, to which reference has already been made, Sir Robert Donald visualized a time when news would be collected by wireless telephone and the reporter would always have a portable telephone with him, with which to communicate with his paper without the trouble of going to the telephone office, or writing out a message. The competitor, he said, to the national newspaper would not be another national newspaper, but
NEWSPAPERS
FUTURE]
347
a method of circulating news by means of some scientific mecha- || seem that newspaper insurance has been inimical to norma! innism for transmitting the spoken word. He predicted that all the | surance business. It is supplementary, not competitive.
news of the day would be laid on to houses and offices, just like | Newspaper insurance has become a tremendous factor in the gas and water. During the years 1924 and 1925 the development life of the people. Every year it is extended through its adoption
of broadcasting brought this vision within the region of realisation. Newspapers look on this development with a watchful eye, lest it should, in addition to supplementing their functions, arrest
their progress. A revolution has taken place in long distance communication. New inventions have quadrupled the carrying capacity and speed of submarine cables and simultaneously short wave or beam wireless has more than caught up with the cables. On the main world routes where the two systems have come into competition the cables have suffered. This development in wireless, which was due to Senatore Marconi, has definitely established wireless aś
the cheapest and quickest means of communication over long distances and has therefore rendered a valuable service to the press. Cables are, however, more efficient in direct communica-
tion and have reach all parts will never be whether more
greater accuracy. On the other hand wireless can of the world and will link up vast territories which connected by telegraph. In fact it is doubtful cables will be constructed except in association
with wireless. The services should be complementary. The interest of the press in these developments is to get the
advantage of cheaper and quicker means of communication.
In
contracts proposed for wireless services to the British Government and in resolutions passed by Imperial Press Conferences, it was always assumed that the tariff for wireless would be one-third less than cable rates. When the beam and short-wave system came into operation in 1927, it was ptoved that wireless could operate profitably at these reduced rates. As this competition was threatening the existence of cables, the British Government called an Imperial Conference in 1927, which sought a solution of the problem in the interest of empire communication, by endorsing a merger of all cable and wireless undertakings within the British empire. It was assumed that under unified control the users, including the newspapers, would get better service at lower rates. More revolutionary than long distance wireless was the introduction of receiving illustrations by wire. The chief London newspapers began in 1928 reproducing wireless pictures of events which took place thousands of miles away and it is expected that this development will become a regular fedture of the press in a few years’ time. The use of wireless telephony will also become more general. The effect of all these developments will be to widen the scope of newspapers and bring the people of thé world closer together, The Future of British Newspapers. —The revolution which
took place in English journalism immediately preceding, during,
and after the World War was characterised not by itnprovements in the traditional features of newspapers, but by the introduction of extraneous elements. These extraneous elements and methods were intended to force sales by making people buy more than one paper and several copies of the same paper. They were also intended to keep readers once secured by non-journalistic attractions and thus permanently increase and stabilise sales. As sales were
made the basis of advertising rates, after Lord Northcliffe had set the example of issuing sales certificates, it became imperative to maintain a ratio between sales and advertising rates. The chief feature adopted to capture new readers and attach them to & newspaper was insurance. Newspaper insurance, beginhing modestly both as regards the accidents covered and the
amounts recdverable, increased enormously until many subjects besides accidents to registered readers were covered, and the payments reachéd £12,560 on death by a railway accident. By the
middle of 1928 the Daily Mail had paid over £1,000,900 under its insurance schéthne. From the readers’ point of view newspaper insurance is a good investment. No premium beyond the price of the paper is necessary. Thè system suits newsagents too, as they add to their list of permanent purchasers.
Some newspapers
carry their own insurance, while othefs pay premiurns te insurarice companies in proportion to their sales. In every case Insurance companies investigate and settle claims. It does not
by more newspapers and through the increase in payments. The newspaper which possesses the greatest financial resources will always lead in insurance. Heavy expenditure is incurred in the attempts to make insurance pay. An army of canvassers are employed, going from house to house in order to secure new readers; and poster and other advertising campaigns are carried on regardless of expense. Newspaper insurance differs from company insurance. A company takes premiums from clients, but hopes that they may escape accidénts and prolong their lives. Newspapers on the other hand seem to rejoice—in headlines—over fatal accidents which befall their teaders and boast about the amount of money they pay out. One reader killed in a railway accident brings a hundred new readers into the net. Newspaper insurance has come to stay. In addition to insurance many newspapers resort to a variety of competitions to capture readers. These competitions, some of which require little skill or knowledge, carry big prizes. The coupon system, which usually accompanies prize competitions, induced readers to buy many copies of the same issue for the sake of the coupon, as entries are hot limited. This kind of coupon competition was declared by the High Court in October 1928 to be illegal and was stopped. There are many other competitions, including beauty contests and competitions referring to all kinds Of sport. The cross-word puzzle competition has become almost universal and handsome prizes are offered for correct results. This is a competition which requires a certain amount of knowledge to solve. The general knowledge examination which has been adopted by all kinds of newspapers and periodicals demands greater intelligence, but in this case few prizes are offered. The samé comment applies to all competitions carrying prizes as to insurance—success depends on the amount of money spent in pushing schemes, and not so much on thé merits of the schemes. Other extraneous features Have been introduced into journalism in the race for sales, or to stimulate advertisements, including devices by which readers may receive presents of various articles or beneficial considerations,—free trips, free éntertainments, etc., State events are otganized and exhibitions held. Newspapers which do not resort to these expedients to foster business find themselves at a disadvantagé. There are examples of newspapers which contain more news and better reading matter than their contemporaries, but which, becausé they decline to adopt insurance, or competitions, or puzzles,—as urdignified or incompatible with their conception of the mission of the press=—~fall behind, become unprofitable, and unless subsidized for political reasons, cease to exist. Thé modern newspaper caters for all classes. It is severely
sectionalised, and while the interests touched upon are more compréhensive than they were twenty years ago, the space de-
voted to genéral news of the day is very much less. Except in the case of a few newspapers, speeches are not reported at any length, and politics is treated as a subject of minor interest. Newspapers
have become more or less imitative, and no journal is permitted to get more than a day ahead with a new feature or á new de-
velopment. While minor changes aré numerous, there has been ho revolutionary changé in the characteristics of daily journalism since the days of Lord Northcliffé. The popular cross-word puzzle, the general knowledge questions, and the comic strips which have been almost universally adopted, are importations from America. The widening ôf interest in the contents of newspapers, colossal sales, amalgamations, and local monopolies do hot fully explain the phenomenal financial success of newspapers since 19i8. As compared with pre-war times newspapers have doubled théir selling price and quadrupled their charges for advertisements, but there has not been a commenšuráte tise in the cost of raw materials, of labour, or of transport. The chief factor in making for néwspaper prespérity has been the increase in advertising. Newspaper advertising has become a vital factor in national industry and salesmanship. There has
348
NEWSPAPERS
been a quickening of the business sense, a determination to open up new markets, to increase consumption. Simultaneously there took place in England a revolution in the methods and style of advertising. The advertising agent, instead of being a mere conduit pipe, has become a highly scientific expert. More firms have been induced to advertise, and the experience of scientific publicity has been followed by larger allocations for this branch of salesmanship. The newspapers have reaped the benefit of the originality, resource, thought and enterprise which the advertising consultants apply to their business. All these factors in recent newspaper development have made the newspaper business more and more dependent on finance. The consolidation of the press has continued without a break since 1918,—amalgamations, syndicates, trusts have followed upon each other. The impetus given to advertising enabled companies which were over-capitalised when promoted to return handsome profits. The only break in the movement towards trustification came in 1928, when Lord Rothermere launched his scheme for competitive evening newspapers in the provinces. How that scheme, which was welcomed by advertisers and journalists, will develop remains to be seen. Only a man with powerful financial resources behind him could undertake such an enterprise. Few new newspapers will be started, because the syndicated press is firmly entrenched and can exhaust the resources of any ordinary competitor. The future of the British newspaper, therefore, becomes a question of finance. It is estimated that three-fourths of the newspapers in England and Scotland, and a greater proportion of newspaper sales are controlled by large corporations or by local monopolistic companies. These big corporations are not going to dissolve, and local monopolies will not be challenged except by @ corporation. Multiple ownership of newspapers possesses all the commercial and financial advantages of other big businesses, but mass production and centralised control destroy individuality. As members of a big combine newspapers lose character: they tend towards a standardised type. They may be better productions than is possible under isolated ownership, but the old conceptions of a
newspaper as an institution with a soul of its own, which could not be measured by ordinary commercial standards, is gone. The paramount interest of press trusts is to earn dividends for shareholders. It may be that four or five corporations with several hundred thousand shareholders will compete vigorously, but fights for supremacy usually end in understandings, in division of territory, in agreements and amalgamations. It is quite probable that the whole press of England may fall under the control of two or three trustified ownerships acting in co-operation. BIBLIOGRAPHY.—Mitcheil’s Newspaper Press Directory (1910-28); The Newspaper World; H. Simonis, Street of Ink (1917); Robert Donald, The Parliament of the Press and the Work of the Empire Press (1920); W. H. Mills, The Manchester Guardian. A Century of History (1921); J. Saxon Mills, The Press and Communications of the Empire (1924); The Romance of the Daily Mirror 1903-24 (1925); Printers and Stationers Year Book and Diary (1926). See also Willing’s Press Guide (annual) ; Sell’s Dictionary of the World’s Press (irregular); T. B. Brown, Tke Advertisers A.B.C. (annual); J. B. W. Wiliams, Hist. of Britisk Journalism to the Foundation of the Gazette (1908); H. R. Fox-Bourne, English Newspapers (1877);
“The Newspaper
Press,” Quarterly Review, cl. 498-537
(October,
1880); Progress of British Newspapers in the roth Century (1901; published by Simpkin, Marshall & Co.) ; Andrews, History of British
Journalism (2 vols., 1860); Hunt, The Fourth Estate; Grant, The
Newspaper Press (3 vols., 1871~73); Mason Jackson, The Pictorial Press; James D. Symon, The Press and its Story; Sir Alfred Robbins, The Press.
IL. THE BRITISH
DOMINIONS
Irish Free State—-Newspapers in the Irish Free State are settling down to dominion conditions, but it cannot be said that the new political freedom has stimulated newspaper enterprises. The Dublin morning papers are now The Irish Times and The Irish Independent, and the evening papers, The Herald and The Dublin Evening Mail. In 1910 there were four morning papers and three evening papers in the Irish capital. The historic Freeman’s Journal passed through many vicissitudes, and finally disappeared in 1923, after 160 years of existence. There is one morning paper and one evening paper in Cork. British news-
[BRITISH
DOMINIONS
|papers, daily and weekly, have a considerable sale in the Irish | Free State.
Canada.—There are no more independent newspapers than those published in the British overseas dominions. They are comparatively
free irom
Government
influences,
subject to the domination of syndicates or trusts. of each dominion
has its own
characteristics.
and are not
The press
Canadian
news.
papers not unnaturally reflect the style and appearance of American newspapers, while retaining some of the more sedate qualities of English journalism. There are few Sunday newspapers in Canada, although Ameri. can Sunday newspapers are sold at railway stations and at hotels throughout the dominion. Such papers as The Montreal Star and i The Toronto Globe have very large sales and are second to none in enterprise. The Canadian press publishes a great deal of British news and carries American magazine features. There are no national newspapers in Canada, as the Dominion is too vast for papers to circulate beyond one province. There are several papers of national reputation and wide influence, as The Manitoba Free Press, The Montreal Gazette, The Montreg] Star, The Toronto Globe, The Vancouver Daily Province, The Hal. tfax Chronicle, The Halifax Herald. Such newspapers stand high, and Canadian journalists are continually being tempted to cross the border to fill important posts on the American press, and in recent years have been drawn in greater numbers to London. In some towns, such as Ottawa, the same papers have morning and evening issues. There are no big newspaper trusts in Canada. There is a chain under the same ownership including newspapers in Hamilton, Ontario, Ottawa, Regina and Vancouver City, but otherwise the combines are local. There is a healthy French press in the Quebec province. La Presse of Montreal claims to have the largest sale of any newspaper in Canada, French or English. Every town in Canada, even if its population does not exceed 5,000, has
a daily newspaper, as is the case in most communities in other British dominions. The trade and technical press of Canada compares well with similar papers in other countries. Monthly publications are at a disadvantage because of competition from the excellent cheap magazines and Sunday supplements from the United States, which regard the dominion as a dependency for periodical literature. The small town of St. John’s, population 38,645, in the large island dominion of Newfoundland, prides itself on having one morning and three evening newspapers. Australia.—Australian newspapers are dignified in appearance and possess solid qualities. As the number of newspapers is comparatively few for a growing community, they are almost without exception highly prosperous and very efficiently equipped. In Melbourne, which with its suburbs has over a million inhabitants,
there are only two general morning newspapers—The Age and The Argus, and a pictorial paper—and one evening paper, the Herald. Many attempts have been made at competition with the Herald, but all have failed. The chief newspaper centre in Australia is Sydney, which has seven daily newspapers—four morning, two evening, and one commercial. The Melbourne Age and the Sydney Morning Herald, occupy a first position among empire newspapers. The Daily Guardian most resembles the popular newspaper in England. With regard to the capitals of the other States of the Common-
wealth, Brisbane has two morning and two evening dailies, Adelaide two morning and one evening, Perth one morning and one evening paper. Hobart, the capital of Tasmania, has only one paper. In several of the cities a daily commercial news-sheet is issued and a very large number of weeklies. The weekly newspaper occupies a very important place in Australian journalism as it covers a large number of smaller towns few of which have daily newspapers. An exception is Rockhampton, in Queensland, which although it has only a population of 31,000, boasts of one morning and one evening paper. Launceston, in Tasmania, which has only a population of 35,000 in the city and suburbs, contains one | morning and one evening paper. i The Australian newspapers comprise numerous trade journals,
CONTINEN TAL]
NEWSPAPERS
349
in France. In France journalism is literature and literature is Bulletin, Truth and Smith’s Weekly have the largest sale among journalism. Some of the greatest literary men of France have sly papers. been created by the press; and the greatest literary critics have oe ealand.—With a total population of about 1,500,000 contributed to it. Journalism is also inextricably intermixed with New Zealand has a very healthy newspaper press, in style and politics. It was so in the time of Cardinal Richelieu, at the incepcharacteristics similar to the Australian newspapers. Wellington, tion of the press, and in the time of Napoleon. Napoleon had the capital, with a population of 93,000, has one morning and one great respect for the press. While he censored and suppressed evening paper. Christchurch, which has 40,000 more population, journals he was always ready to use them to his advantage. There has two morning and two evening papers; Dunedin one morning have been presidents of the republic, prime. ministers, ministers, and one evening. Invercargill, with a population of only 22.000 colonial governors, academicians and others who attain high has one morning newspaper and one evening. New Plymouth, with positions in national life, who graduated through the press. When a population of 16,000, has one morning and one evening. they retire, they return to their muttons. The most famous jourSouth Africa.—With a white population of less than a million nalistic statesman was Georges Clemenceau, the great war premier. and a half divided between the British and the Dutch, the Union He retired a year after the treaty of peace was signed, and at the of South Africa makes a good show in the matter of the press. age of 80 was an unsuccessful candidate for the presidency. He The more important newspapers are in the English language. did not profess disappointment at his failure, but consoled himself They include The Cape Times, The Cape Argus and The Johan- with the observation: “What matter? with good pen and paper nesburg Star, which are first-class papers. Newspapers are some- one could be king of the world.” times printed in the dual languages. In Bloemfontein and PreThe outstanding features of French newspapers are the signed toria there are one Dutch and one English paper; in Durban, two article, dramatic and literary criticism, the short story, and the morning newspapers in English. Johannesburg has fewer news- small items known as chronique. The collection and presentation papers than one would expect from a city of its population and of news, as will be shown, was a late development in the history commercial importance: there is only one morning and one eve- of the French press. Not many decades since it was said that ning newspaper in English. French newspapers were dated to-morrow and contained the news Newspapers in South Africa are divided into associated groups, of the day before yesterday. While the literary reputation of the and there are also combinations of news agencies, advertising and French press stands high, its commercial and political morality distributing agencies, all of which tends to handicap enterprise is not on the whole quite so commendable. Many newspapers are and limit the number of newspapers. The leading Dutch papers run for, or by, ambitious politicians, or in some interest, and are Die Burger and Ons Land of Cape Town, and the Volkstem of nearly all of them accept inspiration from the Foreign Office. Pretoria. Ministers change frequently but the system remains. It is like India.—Up to the removal (see Press Laws) of the rigid part of the constitution. newspaper licensing system in British India in 1835 under the The annals of French journalism begin with the Gazette (afterinspiration of Macaulay there were very few British or vernacular wards called the Gazette de France), established in 1631 under newspapers. At the Mutiny in 1857 the restrictions were partly the patronage and with the active co-operation of Cardinal restored, and though the Indian press has grown tremendously Richelieu. The first editor and printer was Théophraste Renaudot. in volume it is still subject to severe Government regulations. The first weekly number apparently appeared in May 1631. So Apart from obscure native sheets there are about 200 news- much, at least, may be inferred from the date (4th July 1631) of papers and periodicals published in British India. The part the sixth number, which was the first dated publication. Each played by English newspapers in India cannot be measured by number of the paper, which cost 6 centimes, consisted of a single the copies which they sell. In Calcutta, with a population of sheet (eight pages) in small quarto, and was divided into two nearly 1,500,000, is published the oldest newspaper in India, The parts—the first simply entitled Gazette, the second Nouvelles Englishman (1821), and also the most popular, The Statesman. ordinaires de divers endroits. It commonly began with foreign The Times of India (Bombay), The Madras Mail, The Pioneer and ended with home news. Much of its earliest foreign news of Allahabad, The Civil and Military Gazette of Lahore, are the came direct from the minister, and not seldom in his own hand. best-known papers and organs of opinion. There is quite a num- Louis XIII. took a keen interest in the progress of the infant ber of official journals in India. The vernacular papers are grow- Gazette, and was a frequent contributor, now and then taking his ing in number and in influence, and some of the Nationalist organs little paragraphs to the printing office himself, and seeing them put are published in English—as, for instance, the Amrita Bazar into type. In Oct. 1631 Renaudot obtained letters patent to himPatrika of Calcutta. Some papers are published in two languages, self and his heirs, conferring the exclusive privilege of printing in English and vernacular. and selling, where and how they might please, “‘the gazettes, news and narratives of all that has passed or may pass within and withIl, NEWSPAPERS IN CONTINENTAL COUNTRIES out the kingdom.” At his death in Oct. 1653 Renaudot left the Freedom of the press in Continental countries has not kept pace Gazette to his sons in flourishing circumstances. Its place is now with the development of political constitutions. Since the recon- filled by the Journal O fictel. struction of Europe after the World War there has been an inIn 1672 the Mercure galant was established by Donneau de crease of newspapers and particularly of organs of political opinion. Vizé. Its title was later changed to Nouveau Mercure, and in In France, Germany, Belgium, Austria and Hungary, press con- 1728 to Mercure de France, a designation retained, with slight ditions are somewhat the same as in pre-war days. In Russia modification, until 1853, when the paper finally ceased. It had there is practically no freedom of the press, and the same may be many prominent contributors. In 1790 its circulation rose very said with regard to Italy. In the new States of Czecho-Slovakia, rapidly and reached for a time 13,000 copies. Mirabeau styled Rumania and Yugo-Slavia, censorship and suppression of news- it in debate “the most able of the newspapers.” Great pains were Papers are carried on to as great an extent as before the war. In taken in the collection of statistics and state papers, the absence Poland there has been a revival of newspapers, but here again of which from the French newspaper press had helped to depress In regions inhabited by minority races the press is only tolerated. its credit as compared with the political journalism of England In all these new countries journalism is a hazardous profession, and and to some extent of Germany. has not gained in strength or dignity. In every country the exUnder Napoleon the organ of official information was the treme political Left is represented by propagandist newspapers, Moniteur (Gazette nationale, ou le moniteur universel), founded and while these journals are occasionally suppressed in the in 1789 under the same general management with the Mercure. countries in which they are published, they are allowed to circulate The Moniteur kept step with the majority of the assembly, the in neighbouring countries. Mercure with the minority. So marked a contrast between two i Newspapers of France.—In no other country is the political journals with one proprietor gave too favourable a leverage to the influence of the press so great, or its literary merits so high, as republican wits not to be turned to good account. Camille Des«eneral weekly papers, and also humorous journals.
The Sydney
350
NEWSPAPERS
moulins depicted him as Janus—one face radiant at the blessings of coming liberty, the other plunged in grief for the epoch that was rapidly disappearing. The only other newspaper of a date anterior to the Revolution which need be noticed here is the first French daily, the Journal de Paris, which was started on New Year’s Day of 1777 and lived
till 1819.
[CONTINENTAL
` Was 212,500, and it went on rapidly increasing. In 1874 an elabo. rate return showed that in the 35 principal towns of France, _ comprising a population of 2,566,000 their respective journals : had an aggregate weekly issue of 2,800,000 copies. In 1878 the ' total number of journals of all kinds published in France was 2.200. Of these 150 were political, strictly speaking, of which
Its period of highest prosperity may be dated about ' Paris published 49. Of Parisian journals other than political there
1792, when its circulation is said to have exceeded 20,000.
The , were 1.141 (including 71 religious, 104 legal, 153 commercial, 134
Journal des Débats, which still flourishes, was founded in 1789 by | technological, 98 scientific and medical, 59 artistic). At that date Baudouin. , Le Figaro had a circulation of about 70,000, Le Petit Journal The cheap journalism of Paris began in 1836 (1st July) with (at a halfpenny) one of about 650,000. the journal
of Girardin, La Presse,
followed
instantly by Le;
The law concerning the liberty of the press, of July 29, 1881.
Siècle, under the management of Dutacq, to whom, it is said— j;abolished suretyship for newspapers, decentralised their registranot incredibly—the original idea was really due. The first-named | tion, and took away the former discretionary power, lodged in the journal attained a circulation of 10,000 copies within three | home office, of interdicting the circulation in France of foreign months of its commencement and soon doubled that number. The | journals. The home minister might still prohibit a single number Siécle prospered even more strikingly, and in a few years had | of a newspaper; only the whole council of ministers, duly conreached a circulation (then without precedent in France) of 38,000 | vened,
copies.
could
: absolutely.
prohibit
the
circulation
of a foreign
newspaper
The rapid growth of the newspaper press of Paris under Louis- | The newspapers of Paris, and similarly of France, practically Philippe will be best appreciated from the fact that, while in 1828 : doubled in number between 1880 and 1900. In 1880 there were the number of stamps issued was 28 millions, in 1836, 1843, 1845 ' about 120 Paris newspapers, in 1890 about 160, and in 1900 about and 1846 the figures were 42, 61, 65 and 79 millions respectively. At the last-mentioned date the papers with a circulation of upwards of 10,000 were (besides the Moniteur, of which the circulation was chiefly official and gratuitous) as follows: Le Siècle, 31,000; La Presse and Le Constitutionnel, between 20,000 and 25,000; Journal des Débats and L’Epoque, 10,000 to 15,000. The impulse given to the growth of advertisements in the days which followed July 1830 became, as the years rolled on, suffciently developed to induce the formation of a company—in which
' 240. The total number of newspapers, as distinguished from periodicals, published in France during I900 was in round numbers 2,400, of which about 2,160 appeared in 540 provincial towns. The history of the French press during the last twenty years of the rgth century followed very closely that of the country itself, | Boulangist and anti-Boulangist, Dreyfusist or anti-Dreyfusist, Republican or Nationalist; finally it became either Moderate Republican or Radical Socialist, with a sprinkling of Nationalist
:ı organs and a small minority of Royalist and Bonapartist sheets.
one of the Laffittes took part—to farm them, or rather to farm a | The French papers, of whatever party, took an certain conspicuous page of each newspaper, at a yearly rent of Interest during this period in foreign matters and much £12,000 sterling (300,000 francs), so far (at first) as regarded the '‘ their organisation for collecting news. L’Eclair gave less four leading journals (Débats, Constitutionnel, Siècle, Presse), ‘to the discussion of political questions from the party
increased improved attention point of to which were afterwards added two others (Le Pays and La; view than to the collection of news, and was followed by the Patrie). The combination greatly embarrassed advertisers, first, |Echo de Paris (1884) and Le Matin, which also dates from 1884, since its great aim was to force them either to advertise in all, ;and which by an arrangement with the London Times gave every whether addressing the classes to be canvassed or not, or else to | day a translation of most of the telegrams published in that pay for each advertisement in a selected newspaper the price of ; newspaper. The journal d'information, as these papers were many proferred advertisements in all the papers collectively, and, |called, took its place beside the journal properly so-called, more secondly, because by many repetitions in certain newspapers no ;perhaps as a rival than as a complement.
The natural result fol-
additional publicity was really gained, two or three of the favoured !lowed, and the more old-type newspapers took steps to provide journals circulating for the main amongst the same class of buyers. | their readers with news as well as with leading articles, current On July 16, 1850, the assembly passed what is called the “Jo¢ į and literary topics, society gossip, dramatic criticism and law Tinguy”’ (from the name of the otherwise obscure deputy who !: reports. Nothing perhaps was so striking after 1890 as the demand proposed it), by which the author of every newspaper article on |of the French public for foreign and colonial news, or the readiany subject, political, philosophical or religious, was bound to affix | ness of the papers to supply it by means of special representatives his name to it, on penalty of a fine of 500 francs for the first | independent of the news agencies. An enlargement of the indioffence, and of 1,000 francs for its repetition. Every false or | vidual newspapers followed, accompanied by a reduction of price. feigned signature was to be punished by a fine of 1,000 francs, In home matters the French press made greater progress still “together with six months’ imprisonment, both for the author | in the rapid and accurate collection of news, and in this respect and the editor.” The practical working of this law lay in the |the provincial press showed more enterprise and more ability than creation of a new functionary in the more important newspaper | that of Paris. Its development was remarkable, for whereas it offices, who was called secrétaire de la rédaction, and was, in fact, | 1880 the inhabitants of the departments had to await the arrival the scapegoat ex officio. The “lot Tinguy,” though now long | of the Parisian papers for their news, they now had the advantage repealed, has had a permanent influence on French journalism in | of being supplied every morning with local newspapers inferior the continued prevalence of signed articles, and the consequent | to none of the best organs of Paris. Among the best provincial prominence of individual writers as compared with the same class |! papers may be mentioned Za Gironde and La Petite Gironde of of work in other countries. Bordeaux, La Dépéche of Toulouse, Le Lyon Républicain, L’Echo In 1858 the order of the six leading Parisian papers ih point of | du Nord of Lille, Le Journal de Rouen, all having a staff in Patis circulation was—(1) Siècle, (2) Presse, (3) Constitutionnel, (4) engaged in collecting news, reporting parliamentary proceedings Patrie, (5) Débats, (6) Assemblée. The number of provincial and law cases, telegraphed or telephoned during the night and papers exceeded five hundred. “Newspapers, nowadays,” wrote | published early the next morning in their respectivë localities. a keenly observant publicist in that year, “are almanacs, bulletins, | Being perfectly independent of purely Parisian opinion or even advertising mediums, rather than the guides and the centres of | bias, the decentralisation of the French provincial press became opinion.” In 1866 the change had become more marked still. | complete; it became also more independent politically than the The monetaty success of Girardin’s many commercial speculations | Paris press. Several journals had and still have national reputa-
in this branch of commerce
greatly increased the number of| tions: the Dépéche of Toulouse, with its 12 editions daily, the
Parisian journals, whilst lowering the status and circulation of | Progrés of Lyons, the Petit M arseilles, La Petite Gironde of Bor-
those of established rank. In 1872 the circulation of Le Petit |deaux. The small local press exercises an independent influence Journal (founded 1863), the pioneer of the French halfpenny press, | during elections.
CONTINEN TAL]
NEWSPAPERS
oD
The French Press has been litle changed by the World War. | Zeitungs-Correspondens, two years earlier, and was almost the During the War many newspapers temporarily disappeared, owing | only German newspaper which really drew its foreign news from +o the lack of staff, or of means, or shortage of paper. All papers “our own correspondent.” Berlin had in the 18th century two were under a severe censorship and, more than ever, were the papers, those of Voss (the Vossische Zeitung, 1722) and of J. K. P. Spener (1749-1827; the Spener’sche Zeitung, or Berlinische servants of the Government. In 1928 there were 337 journals published in Paris, of which Nachrichten, 1772). Some half-dozen papers which glimmered -wo were official dailies. There were 127 sporting newspapers, of in the surrounding darkness were the reservoirs whence the rest which five were dailies. The number of newspapers published in replenished their little lamps. On the whole, it may be said that the provinces Was 3,100, including publications of all descriptions. the German newspapers were of very small account until after France was the first country to have national newspapers with the outbreak of the French Revolution. Meanwhile the ms. sales of over 1,000,000. The sale was stimulated more by two news-letters, as in earlier days, continued to enjoy a large circulaseria] stories run by each paper than by news, but since the war tion in Germany. Many came from London. The correspondnews has become more conspicuous in such widely circulated ence, for instance, known under the name of “Mary Pinearis’”— papers as the Petit Parisien (1,200,000), Le Petit Journal (1,000,- that, apparently, of a French refugee settled in London—had a 900), Le Matin (go0,000), and the Journal (800,000), which great German circulation between 1725 and 1735. Another series may be described as the “Big Four of the Paris Press.” Following was edited by the Cologne gazetteer, Jean Ignace de Rodérique, upon these in point of sales comes the Echo de Paris (800,000). also a French refugee, and remembered as the subject of a The better-known political papers are Le Temps, the venerable characteristic despatch from Frederick II. of Prussia to his enJournal des Débats (founded in 1789 by Baudouin), La Liberté, voy in that city, enclosing 100 ducats to be expended in hiring LOeuvre, L’Humanité and the Ere Nouvelle. The Figaro (begun a stout fellow with a cudgel to give a beating to the gazetteer 1834, but a daily from 1866) maintains its unique position. as the punishment for an offensive paragraph. The money, it Characteristics of all the popular Press are still signed articles seems, was earned, for Rodérique was well-nigh killed. At Berlin and serial stories. There is a popular daily illustrated paper, itself, Franz Hermann Ortgies carried on a brisk trade in these Excelsior, established 1910, and numerous dailies devoted to sport, news-letters (1728-1735), until he too came under displeasure on finance, the drama, motoring, etc. Every phase of politics is rep- account of them, was kept in prison several months, and then resented in the Paris press, from Legitimist to Communist, and exiled for life. Nor, indeed, can any journal of a high order be mentioned of prior appearance to the Allgemeine Zeitung, founded every trade and interest has its organ. Improvements have taken place in the mechanical equipment at Leipzig by the bookseller Cotta (at first under the title of of the French press in recent years, and there has been a marked Neueste Weltkunde) in 1798. Its articles gave offence to the increase in illustrated weeklies and monthlies. The best known Austrian court, and the paper had to change both its title and weeklies are the dignified J//ustration and the gay Vie Parisienne, its place of publication. It had been commenced at Tiibingen, and which flourished during the war, the literary Annales Politiques removed to Stuttgart; it was then transferred to Ulm, and again to et Littéraires, and a light variety paper Nos Loisirs. The Revue Augsburg. It was Cotta’s aim to make this the organ of statesdes Deux Mondes, the Mercure de France and the Revue Heb- men and publicists, to reach the public through the thinkers, to domadaire are the best known monthlies. The sale of the French hold an even balance between the rival parties of the day, and press is pushed all over Europe. The chief news agency, Havas, to provide a trustworthy magazine of materials for the historians has official support. There is also a universal wireless service to come; and, in the course of time, his plan was so worked out which broadcasts news and propaganda. It is a subsidiary of the as to raise the Allgemeine Zeitung into European fame. Cotta was also the founder, at various periods, of the Morgenblati, which wireless company, which holds a concession from the State. English journalism in France was for nearly a century mainly became famous for its critical ability and tact, of Vesperus, of associated with Galignani’s Messenger (1814-1904), which was Das Inland, of Nemesis, of the Oppositionsblatt of Weimar (for killed by the competition of the Paris edition of the New York a time edited by Bertuch), and even of the Archives Paristennes. Whilst French influence was dominant in Germany, the GerHerald. It had been preceded by Sampson Perry’s Argus (1809), a Napoleonic organ. In May 1905 a new era of English journalism man papers were naturally little more than echoes of the Parisian on the Continent began by the institution of the Paris edition of press. But amidst the excitements of the “war of liberation” a the London Daily Mail. There are three other papers printed in crowd of new journals appeared. Some of these journals lasted English: the Chicago Tribune, the New York Herald-Tribune and but two or three years. Most of the survivors fell victims to that resolution of the diet (Sept. 20, 1819) which subjected the the Paris Times (evening). Newspapers in Germany.—Under the old German empire newspaper press, even of countries where the censorship had there was liberty of the press within reason, but certain papers been formally abolished, to police superintendence. A similar crop of new papers of revolutionary tendency folwere exploited or influenced by the Government for its own purposes. Before 1914 German journalists had begun to conquer lowed the upheavals of 1830 and 1848. These were equally shortpositions in the political world, and the press was gaining in lived, but it is nevertheless undeniable that a marked improveindependence. To-day the German press has complete freedom. ment in the ability and energy of the German political press may It is the most serious press in Europe. There are few sensa- be dated from this period. In Prince Bismarck’s days the press bure@u of the Prussian tional newspapers. Newspapers do not sell because of sport or “stunts.” Journals which cater for the special interests of the Ministry of the Interior, and a similar organization in the Imworking classes discuss economic and industrial problems, and perial Home Office, used to furnish hundreds of petty local newsdo not merely confine themselves to news. Literature, the drama, papers known as Kreis-blitter with whole articles gratis, so that art, music and economics occupy a greater proportion of space in the policy of the government might be advocated in every nook and corner of the country. The numerous journals in which these German newspapers than in the press of any other country. Printed newspapers in Germany begin with the Avisa Relation communications used to appear simultaneously and in an idenoder Zeitung (1609), followed by the Frankfurter Journal, in tical form were the government organs to which the Radical and 1615 of Egenolph Emmel. The following year saw the foundation Socialist opposition more particularly applied the term “reptile
of the Frankfurter Oberpostamtszeitung—continued until the year 1866 as Frankfurter Postzeitung. Fulda appears to have been the next German town to possess a newspaper, then Hildesheim
(1619) and Herford (1630). In the course of the century almost all German cities of the first rank possessed their respective journals. The earliest in Leipzig bears the date 1660. The Rostocker Zeitumg was founded in 1710. The Hamburgischer Correspondent (1714) was originally published under the name of Holsteinische
press.” Later this practice of wholesale inspiration was abandoned, but there remained many channels, public and private, through which almost every department of the government could communicate information to newspapers in all parts of Germany. At the beginning of the 20th century the position and influence of the German press were passing through a period of change. The Germans had become a newspaper-reading people. Indeed, with the remarkable growth of the commercial spirit in Germany
354
NEWSPAPERS
there had simultaneously been a change in the intellectual attitude and habits of the mass of the nation. The German of “the great period” of 1866 and 1870 derived his knowledge of his own and other countries to a very great extent from the more or less intelligent study of books, pamphlets and magazines. The busy German of the opening years of the 20th century had become almost as much the slave of his newspaper as the average American. Berlin in 1900 had 45 dailies. Leipzig 8, Munich 12, Hamburg It, Stuttgart 8, Strassburg 6. In the domains both of home and of foreign politics the result was often a chaos of crude opinions and impulses, the strata of which were only differentiated by certain permanent tendencies of German political thought based upon tradition, class feeling, material interests, or distinctions of religious creed. In these circumstances it was still possible for the government, as in the days of Prince Bismarck and Dr. Moritz Busch, to bring its superior knowledge to bear upon the anarchy of public sentiment through the medium of the inspired (or as it used to be called, the “reptile’) press, but this operation had now to be performed with greater delicacy and skill) The press had begun to feel its power. It was at least able to drive a bargain with those who would officially control it, and it was conscious in its relations with the authorities that the advantage no longer rested exclusively on the side of the latter. It would be instructive to compare, with the aid of Dr. Busch’s “Secret Pages” of the history of Prince Bismarck, the methods by which the first chancellor used to create and control a movement of public opinion with the devices by which, for instance, count von Bulow and his subordinates endeavoured to manage the press of a later day. The journalists who placed themselves at the disposal of Prince Bismarck were mostly treated as his menials; as he himself said, “Decent people do not write for me.” Count von Biilow’s methods, and to a certain extent those of his predecessor, Prince Hohenlohe, moved on somewhat different lines. These methods might be characterized as the psychological treatment of the individual journalist, the endeavour to appeal to his personal vanity or to his legitimate ambition, and only in a minor degree to his fear of the dossier, the public prosecutor and the official boycott. The journalistic characteristics of the German press—apart from the greater freedom which it now enjoys—have not changed since the World War. The former national organs occupy relatively the same positions, but there has been a shifting of ownership, not due to the political revolution but to the effects of inflation. During this period of inflation many of the old family newspaper owners, particularly in the provinces, were unable to survive and sold to industrialists. Hugo Stinnes, the industrial magnate, was able to create a great newspaper trust, which was, however, broken up after his death. The most remarkable figure in German journalism is Dr. Alfred Hugenberg, a leader of the Nationalist party and the head of one of the most complete publicity organizations in the world. Dr. Hugenberg formerly held an important post in the Prussian Ministry of Finance, and was later, from 1909 till 1918, president of the directorate of Krupp’s. In 1916 the Scherl press, an important undertaking which owned among other papers the Conservative Lokalanseiger, became involved in financial difficulties and finally passed under the control of Dr. Hugenberg and other Ruhr industrialists. In the following year a company was formed for the rehabilitation of needy nationalist or monarchist newspapers, and through its operations Herr Hugenberg obtained control over a number of newspapers. He next formed a company for supplying provincial papers with news in stereotype form. This company was called the Wéirtschaftsberatung der Provinzpresse, or Wipro for short. Later he acquired control of the Telegraphen Union, next to the Wolff Telegraph Bureau the most important news agency in the country, and of the joint advertising concern of Ala~-Haasenstein and Vogler-Daube. A more remarkable and significant venture was his control of the Universum Film Aktiengesellschaft, or Ufa, which owns 150 cinema theatres and produces three-fourths of the German films. Hugenberg thus owns (1929) a most powerful and complete machine for influencing public opinion not only in Germany but in the world.
[CONTINENTAL
So far as is known the German Government has no longer
an interest in newspapers as in the days of the Kaiser, when the Foreign Office directed or swayed the policy of several politica, journals, Its connection with the press is now confined to its participation in Wolff’s agency, which is parallel to the Haya: agency in France. For eight months in 1926, however, it secretly held a controlling interest in the Deutsche Allgemeine Zeitung, an independent Conservative paper with a leaning towards Na. tionalism. This newspaper was originally owned by the Stinnes concern, but in Aug. 1925, when the concern was being wound up, the newspaper and printing works were bought by the Prussian Government. The newspaper, of which the Prussian Government
had no need, was afterwards sold to two private persons.
In Noy.
1926, however, it was rumoured that the real purchaser had been
the Government of the Reich, which had also paid the subsequent losses on the paper. On the 22nd of the same month Dr. Strese.
mann admitted before the foreign affairs committee that the paper
had been subsidized by the Reich Government since the previous April, and in the debate on the question in the budget committee of the Reichstag on the 30th he stated that the controlling interes, in the newspaper had been purchased by the Government of the Reich in the preceding April out of the secret funds placed at the disposal of the chancellor and foreign minister. The Reich Goyernment had acquired 75% of the shares, while the remaining 25% had remained in private hands. It was not disclosed what price had been paid by the Reich Government, nor what proportions of the sum were furnished respectively by the chancellor’s and foreign minister’s funds. Meanwhile the publishers, editorial staff, and board of management had severally issued statements that neither the publishers nor the editorial staff had been aware of the connection between the paper and the Reich Government, and that no attempt had been made to encroach on editorial independence. There had in fact been no perceptible change in the policy of the paper; and while it had continued to be produced at cost at the printing works, which were still in the possession of the Prussian Government, it had on occasions been severely critical of the Prussian Government. A condition of sale had apparently been imposed by the Prussian Government that it should not be subjected to malicious attacks by the paper, but this undertaking the board of management refused to give on the ground that malicious attacks had never been practised by the paper, and that a special undertaking was therefore unnecessary. On Feb. 3 the board of management, the publishers and the editorial staff of the paper announced that the controlling interest held by the Government of the Reich had been sold to a group representing industrial, commercial and shipping interests. The announcement added that all participation, direct or indirect, of the Reich Government or of any other official department had ceased with the transaction. The identity of the new owners was not revealed. The status of the paper during that period and the intentions of the Government are still obscure. While the nationalist newspapers are controlled largely by industrialists, the organs of the Centre or Roman Catholic party are under strict party control and owned by party men. The Centre represents dbout 40% of the population of Germany, but its press, although vigorous, consists of papers which have not big circulations. The most influential were the Germania of Berlin, and the Volkszeitung of Cologne which amalgamated at the end of 1927. Another group of papers which has increased in prestige since the war is the Democratic and Social Democratic press, powerful factors in political life.
Among the most independent and influential papers in Germany are the provincial organs, Frankfurter Zeitung and the Kölnische Zeitung known throughout the political world as the Frankfurter and the Kölnische. The chief papers in Berlin are
the Börsen Zeitung (non-party), the Lokal Anzeiger and Der Tag (Nationalist), the Berliner Tageblatt and Vossische Zeitung (Democratic), Deutsche Allgemeine Zeitung (People’s Party),
Deutsche Tageszeitung (National and Agrarian), the Morgenpost (Democratic) and the Vorwärts (Social Democratic) and a Communist paper, Die Rote Fahne or Red Flag (sale, 65,000).
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PLATE
NEWSPAPERS
Ad
NEWSPAPERS
CONTINENTAL]
353
The Tägliche Rundschau, which spoke authoritatively on foreign
them. Tbis restriction has had an unfortunate effect on Hungarian
affairs, ceased publication on June 30, 1928. The more popular
journalism. There are still ten daily newspapers in Budapest, but very few in the provinces, and it is stated that not more than three newspapers in Budapest, owing to the restriction of the area of circulation, are now commercial successes. The Pester Lloyd, published in German in Budapest, is a newspaper of inter-
pers in Berlin have sales exceeding 250,000. Among the most widely circulated papers outside Berlin are the Diisseldorfer Nachrichten
(Independent-National),
which
reaches the same
figure, the Frankfurter General-Anzeiger, 115,000, the Hamburger Anceiger, 110,000, the Leipziger Neueste Nachrichten (Patriotic), 175,000, the Müncher N eneste Nachrichten (National), 145,000, the Dortmund General Anzeiger (non-party), 122,000, and the Dresdenner Neueste Nachrichten (People’s Party), over 100,000.
national reputation and celebrated its 7oth anniversary in 1928. Papers published in the Magyar language to serve the Hungarian minorities in Czechoslovakia, Rumania and Yugoslavia have a precarious
existence.
The most widely-circulated
newspaper
in
Budapest is the Pesti Hirlap, which is followed by the Az Est. the Berlin Rote Fahne, papers in the following cities: Breslau, the The other best known Hungarian newspapers are the Magyarorszag Arbeiterzeitung, sale 15,000; Chemnitz, Der Kampfer, 75,000; (Hungary) and Magyarság (Hungarian People). Czechoslovakia.—The newly-won freedom in Czechoslovakia Bochum, the Westfälische Arbeiter Zeitung, 22,000; Essen, the Ruhr Echo, 47,000; Hamburg, the Volkszeitung, 25,000; Leipzig, led to a great increase in the number of newspapers. It is a country with many political parties, and each party has its organ. the Sächsische Arbeiterzeitung, 30,000. There are several newspapers which occupy a status and exer- There are many daily papers in Prague and the other chief cities cise an influence in German journalism and public life which in the republic. Unfortunately while the constitution of Czechocannot be measured by sales. The Frankfurter Zeitung, already slovakia guarantees freedom of the press, this provision is not mentioned, is perhaps the most powerful. It has 19 issues a observed. Ever since the republic was established there has been week—morning and afternoon. Of a similar type is the Kölnische press censorship,—originally preventive, but latterly censorious, Zeitung, which was founded in 1848, and of which Bismarck once and in some cases it has taken the form of suppression. This said that it was “worth an army corps on the Rhine’; and the action applies to newspapers in all languages—Slovak, German Hamburger Nachrichten, founded in 1792. The Jenaische Zeitung and Hungarian,—but as regards Czech it is applied only to Comhas been in the same family since it was founded in 1674. A still munist journals. A very close supervision of newspapers is exerolder paper, the Königsberger Hartungsche Zeitung, dating from cised by the Ministry of Justice through the police; no reasons 1640, keeps its flag flying in the Eastern outpost on the Baltic. are given for suppressing newspapers, and no compensation paid Papers published in districts which are inhabited by Germans, for the loss incurred by the newspaper proprietors. While the police suppress newspapers, the Government uses although not now under the German flag, are intensely Nationalist, such as the Saarbrücker Zeitung, papers in Polish Upper the press for its own propagandist purposes. Several papers may be regarded as the official organs of the different parties in power. Silesia, Danzig and other territories formerly in the Empire. In Germany, no general newspapers are published on Monday, The Czech Foreign Office has an organ in the German language, except two or three in Berlin. Sunday is a day of rest to news- the Prager Presse, and weekly journals in French and English, paper workers. The provincial morning papers in Germany issue while a number of newspapers in the Czech language may be three editions during the day, the contents varying more or less. regarded as official. Italy.—Before the advent of Mussolini’s Fascist regime, the In Berlin, two editions are issued. There are few afternoon papers Italian Press laws were based on a royal decree of 1848. In Italy in Germany. The external form and arrangement of German newspapers is now newspapers are only permitted to exist by favour of the puzzling at first sight to an English reader. The outside sheet Government. The independence of the press has almost disapcontains the editorial articles and news, while the middle of the peared under the Mussolini regime. In 1924 a decree was issued paper is taken up by supplements which can be added to in- which made newspapers liable to suppression and editors to pundefinitely. The quantity of extraneous matter, such as articles on ishment if they published “tendencious news” which might emliterary, social and technical subjects, is enormous, and even the barrass the Government in foreign or domestic affairs. This policy most serious political journals invariably publish a novel in serial developed so that by 1926 the freedom of the press in Italy had form, as well as numerous novelettes and sketches. The local ceased to exist. Journalists’ organizations are also under the connews in Berlin and other large cities is written with the minute- trol of the Government. Where the press was not muzzled there was a forced change ness and the familiarity of style of a village chronicle, and gives the impression that every one is occupied in observing the doings of proprietorship in harmony with Fascist policy. This was the of his neighbour. The signed article is very much in vogue, and case with the well-known Corriere della Sera of Milan, for some most writers and salaried correspondents have at least a cypher years the most powerful organ in Italy. The Stampa of Turin, although never strongly anti-Fascist, was tamed; the same fate or initial by which they are distinguished. According to the Politischer Almanach there are over 100 im- overtook the influential journal in the south, the Mattino of Naportant newspapers in Germany, and 38 serious political journals, ples. The complexion of the best-known papers in Rome has been representing all shades of political opinion. There are 24 large changed. The only journals which enjoy a certain restrained news agencies in Berlin, with branches in the chief cities. All the independence are the semi-official organs of the Vatican. A number of newspapers have ceased to exist, and the journalists’ assopolitical parties have their Press agencies. Among the best-known German reviews are the Preussische clations have been placed under the control of Government Jahrbücher, Deutsche Rundschau, Neue Rundschau, Deutsche commissioners. There are fewer papers in proportion to the popuStimme, Süddeutsche Monatschefte and the Neue Zeit. The lation in Italy than in any other country in Europe except Russia. Russia.—Freedom of the press has been completely suppressed Reichsanzeiger corresponds to the London Gazette. Austria.—Austria with its diminished population, now between in Soviet Russia. In Tsarist Russia censorship was severe, but a 6 and 7 million, has naturally many fewer newspapers than for- measure of toleration existed. In Soviet Russia censorship is merly, although the leading journals, such as the Neue Freie applied before the matter is printed, which has to be submitted to Presse and the Neues Wiener Journal, circulate amongst the an official editorial board known as the Gosizdat. There is a German-speaking population throughout the territory of the old further check on the publication of news and expression of opinAustro-Hungarian monarchy. Vienna has a vigorous local press ion, as newspapers are only published under the auspices of the representing all political parties, including the Communists. There governing authorities and are thus practically all official organs. In 1914 there were 17 dailies in the capital, some of them of is freedom of the press in Austria. Hungary.—With regard to Hungary the position is different. international reputation, such as the Novoe Vrémja, and the Hungary has now a population of 8 million, but journals in the Reich, and five in Moscow. In 1910 there were 52 daily newsMagyar language do not circulate outside the diminished area papers in Russia, of which 13 were in St. Petersburg (Lenin-: of Hungary, as the authorities in the Succession States prohibit grad), and four in Moscow, exclusive of papers in Finland and
There are a number of Communist journals, including, besides
354
NEWSPAPERS
| |
[UNITED STATES
Polish Russia. In 1926 almost all the press was concentrated in | returned to England to become the publisher of The London Past. Moscow. There were rr morning and evening papers in Moscow, Colonial Period.—Mortality of pioneer papers in the United but only two of any impertance, the Jsvestia and the Pravda. ; States has been usually high. But The Boston News-Letter under In Leningrad there were only two morning papers, the Pravda ;various publishers survived until the declaration of independence and the Krasnaya Gazeta. The number of daily newspapers in by the 13 original Colonies. The honour of being the second Russia in 1928 did not exceed twenty. Scope, it is claimed, is newspaper is practically divided between The Boston Gazette given to what are called “worker correspondents” in the industrial (Dec. 1719), started by William Brooker when he succeeded centres, and a feature is the widespread interest in “wall”? news- Campbell as postmaster of Boston, and The American Weekly papers. Some papers appeal technically and otherwise to the Mercury (Dec. 1719). brought out by Andrew Bradford, the local peasant class. postmaster in Philadelphia. While technically there was a differ. Belgium.—Belgium possesses a vigorous press, published in ence of one day, both papers are said to have been mailed to French and in Flemish. Although the chief Paris papers circulate subscribers on the same day. The fourth paper, The New England all over Belgium, the Belgian press nevertheless enjoys a large Courant, started in Boston by James Franklin in Aug. 1721, was sale, and the popular journals are highly prosperous. There are a flaming organ of dissent carried on by a group of contributors 17 daily papers published in Brussels and nine in Antwerp. There called by the Rev. Increase Mather “the Hell-Fire club.” So are several Socialist journals, the chief organ of the party radical was it in expression of opinion that an order was issued being Le Peuple. The success of the Socialist press is due largely that James Franklin no longer print the newspaper. The situation to its association with the co-operative movement. La Libre Bel- was met by having a younger brother, Benjamin, become the gique, which appeared regularly during the War in occupied Bel- publisher in name if not in fact. After a quarrel between the gium in spite of the vigilance of the Germans, now exists as a daily two brothers, Benjamin went to Philadelphia where he later newspaper. In Belgium, the press laws have not been changed for purchased (1729) an interest in The Pennsylvania Gazette, started many years and the press enjoys almost unlimited freedom. by Samuel Keimer (Dec. 1728). Franklin made this paper one The Netherlands.—The Netherlands, with a population of of the most influential of all those that appeared in the colonial over 7,000,000, possess a healthy press, including journals which period. New York did not have a paper until Nov. 1725, when enjoy a high reputation for their literary merits and as organs of William Bradford started The New York Gazette. As “Printer opinion. The chief among these are the Nieuwe Rotterdamsche to the Crown,” Bradford was unable to record opposition to goyCourant, De Telegraaf and the Algemeen Handelsblad, of Am- ernment measures and in this way provided for the appearance sterdam. There are eight daily papers in Amsterdam, seven in in Nov. 1733 of The New York Weekly Journal, The latter The Hague and five in Rotterdam, and these circulate through- paper, nominally published by John P. Zenger, was really edited out the country. by the leaders of the opposition. Freedom in expression of popuSpain and Portugal.—There is little progress ta record in the lar rights brought a famous libel suit against Zenger that did Spanish press, and circulations are small. The illustrated A.B.C, much to establish the freedom of the press in America. The is the most popular paper. The Heraldo and the Liberat are jury, in freeing Zenger, decided that it had the sole right to Madrid journals. El Sol was founded in 1917 by the Spanish Paper judge both the law and the facts and reversed the old tradition, Trust. There are 20 daily papers in Madrid and 17 in Barcelona, “The greater the truth the greater the libel.” and about 200 dailies of sorts in Spain. The principal Portuguese The first newspaper in the ten remaining Colonies of the origpapers are the Diaris Noticia (founded 1820) and the Jornaldo inal 13 was a gazette with the name of the Colony before it, Commercio, both published in Lisbon. with the single exception of The Wilmington Chronicle (1762) in Switzerland.—Switzerland, owing perhaps to its smaļl popu- Delaware. These gazettes appeared as follows: Annapolis, Marylation, has few papers known outside the country. In 1926 there land (1727); Charleston, South Carolina (1732); Newport, Rhode were 38 daily newspapers published in German, 19 in French and Island (1732); Williamsburg, Virginia (1736); New Haven, Contwo in Italian. The best known are the Journal de Genéve, read necticut (1755); New Bern, North Carolina (1755); Portsmouth, in France, the Neue Zürcher Zeitung and the Zurcher Post, which New Hampshire (1756); Wilmington, Delaware (1762); Sahave a considerable circulation in Germany. (R. Don.) vannah, Georgia (1763); and Burlington, New Jersey (1777). These pioneer papers were important because in their plants were IV. UNITED STATES trained the printers who went forth to establish others, either in Among the professional writers of news-letters towards the close the 13 original Colonies or along the frontier farther west. of the reign of Elizabeth and the beginning of that of James 1., Colonial printers, often forced to accept wheat, wood, butter, to whom reference has already been made in the discussion of cern, etc., in payment for subscriptions, continually faced censors the cradle days of English journalism the three most important wha, clothed by the law with authority, annoyed publishers bold were John Chamberlain, Thomas Locke and John Pory. The enough to print the critical debate going on in the community. last of these three, when he was secretary of the Virginia Colony, Setting aside a little corner for original poetry and opening their sent news letters from “James Citty” as early as 1619 to his columns to letters from contributors who furnished essays, they “good and gracious lord” in London for whom he had previously provided a means of literary expression that contributed no small worked as a professional correspondent. The evolution of the part to the founding of American letters. Of the papers of this newspaper in the United States, therefore, technically starts with period special mention should be made of The Boston Gazette John Pory. But he was not the only writer of news-letters. John (1755), the third paper of that name in Boston and distinguished Campbell, postmaster at Boston, wrote with some degree af from the other two as being the “pet of the patriots.” Among regularity letters of news to the various colonial governors in those who contributed to its columns were such political leaders New England. Later he printed his news-letters and thus estab- as Samuel Adams, Joseph Warren, Thomas Cushing, etc. The lished, in April 1704, the first American newspaper-—The Boston Massachusetts Spy (1770), published first at Boston and then News-Letter. As in other countries there had been stray sheets at Worcester, Mass,, was a dynamic force under the able editoraf news printed at various times, so in this country. Mention may ship of Isaiah Thomas, famous for his history of printing. be made of The Present State of the New-English Affairs (1689) Toward the close of the colonial period The Pennsylvania Journal and Publick Occurrences (1690). Both of these sheets were (1742), under the editorship of William Bradford III., disputed printed in Boston and the latter, brought out by Benjamin Harris, supremacy in Philadelphia with Franklin’s Gazette. might technically be called a newspaper except for the fact that Early Political Organs——After independence from Great it had only one issue. Regularity in publication and continuity Britain had been secured, papers became political ergans of which in the news are demanded by the term newspaper. Harris intended The Gazette of the United States (1789), edited by John Fenno, regularity of publication but because his sheet was thought to and The National Gazette (1791), edited by Philip Freneau, were contain “reflections of a very high nature” it was suppressed by possibly the most important because the former was really conlocal authorities. Before the close of the century its publisher trolled by Alexander Hamilton, the leader of the Federal Party,
(NITED STATES]
NEWSPAPERS
and the latter by Thomas Jefferson, the leader of the then Re-
publican Party—now the Democratic. So vitriolic and so vituperative were the papers that the era is known as one of black
journalism. So bitter, for example, was the fight between the two Gazettes already mentioned that Washington had to request his wwo secretaries to put a stop to their bickerings in the interests
355
(1850), at Salt Lake: Colorado, Tke Rocky Mountain News
(1859), at Denver; Wyoming, The Leader (1867), at Cheyenne; and North Dakota, the latest with its newspaper, The Triburte (1873), at Bismarck. The Penny Press.—The daily newspapers which immediately followed the pioneers in this field soon developed to such size that
of the struggling republic. Politics so promoted publication of they came to be called blanket sheets. Commercial in character, papers that the number increased from 37 in 1776 to 359 in x8r0. Dailies.—As the cities on the Atlantic coast increased in size their papers began to appear mote frequently: first semi-weekly,
later tri-weekly and finally daily except Sunday. The first daily
newspaper was an outgrowth of such a tri-weekly—The Pennsyl-
wania Packet and General Advertiser which first appeared in Phila-
delphia in Sept. 1784. Just as the colonial weekly adopted Gazette
as a part of its title so the daily seized upon the word Advertiser. The second daily, the outgrowth of a semi-weekly at Charleston, S.C., first appeared in Dec. 1784. New York city did not have a daily until March 1785, when Francis Childs started The New York Daily Advertiser. The New York daily beginning an independent existence faced a more difficult struggle to secure financial support both in circulation and in advertising. From the start the daily paper was more of an advertising sheet than it was
a purveyor of news.
Such news as was inserted was chiefly of
they had only limited circulation and usually sold at six cents
per copy. For $30 a year a business man might not only have the paper for himself but also a square of advertising for his business. Early in the second quarter of the 19th century a new type of daily appeared, cheaper in price and smaller in size—the so-called penny press. The forerunner of this new journalism was The Daily Evening Transcript which Lynde M. Walter began in Boston, July 24, 1830, at the low subscription price of four dollars per annum. While the first daily to sell for a penny was The
Cent (1830) started by Dr. Christopher Columbus Conwell, the first successful publisher and therefore the founder of penny
journalism was Benjamin H. Day, whose Sz first rose in New York, Sept. 3, 1833, although Horace Greeley had made an unsuccessful attempt the first of the same year in New York to market The Morning Post at two cents. The Sum immediately met with remarkable success because it gave in condensed form to the mechanics and to the servant girls the tittle-tattle and
a commercial character, such as the arrival and departure of vessels, quotations on produce, the transactions in real estate, the backstair gossip of the city; it gave more attention to the etc. The paper itself went to the counting room instead of to the assault and battery cases of the police courts than to the attacks home. The oldest daily newspaper in the United States without of President Jackson on the U.S. Bank. But The Sun was soon change in name and with continuous publication is (1929) The followed by other penny dailies not only in New York but also New York Evening Post (Nov. 1801) which started as a Hamil- in other important cities, such as Philadelphia, Baltimore, Boston, tonian organ under the editorship of William Coleman. The oldest etc. Similar both in size arid in subject matter to The Sun, they newspaper that has appeared regularly without suspension since were called penny trash by the sixpenny sheets. The latter in its establishment is The Hartford Courant which began as The turn were spoken of by the penriy papers as “our bedquilt conConnecticut Courant (Oct. 1764)—a weekly which did not be- temporaries.” A bitter war arose between the two types of dailies, come a daily until long after The New York Evening Post was but it was the penny press that met with popular favour and prosstarted. Two men of letters are associated with these two papers: pered financially, because it contained the heart throb and the Charles Dudley Warner with The Courant and William Cullen human interest. In all its columns it stressed not what was imBryant with The Post. By 1812 New York had seven dailies but portant but what was interesting. Not until Charles Anderson not one of them exceeded 2,000 in circulation. Dana purchased The Sun in 1868 did that paper change its charNews Gathering.—The weekly and daily newspapers in the acter and become one with a class appeal under his editorship. United States showed nothing of that enterprise so characteristic Bennett and Greeley.—Possibly the man who most influenced of American journalism until Henry Ingram Blake, employed on American journalism at this period was James Gordon Bennett,
The Palladium of Boston, stopped waiting for news to come to who with $500, two wooden chairs and an old dry-goods box began
the office and went out in person after such items. At first he went to the coffee houses for such accounts of foreign events as sea captains might bring there. Still later he had his own skiff and rode out to meet incoming vessels to get the news. From
this modest beginning came many innovations to facilitate quick publication. In New York the little rowboat soon gave way to the fast clipper ship owned and chartered by a newspaper. The
Journal of Commerce (Sept. 1827), founded as a semi-religious newspaper by Arthur Tappan, not only had the fastest ships but even built a semaphore at Sandy Hook to relay the news from its own boat to Staten Island from which it was taken
promptly to the publication office. In gathering the news on land The Baltimore Sun (May 1837), co-operating with other papers, established a pony express to facilitate the collection of
news. But the American who really put the news in the newspaper was Prof. Samuel F. B. Morse of New York university, the
inventor of the telegraph, who stretched a wire directly from news centres straight to the newspaper office. But other wires soon came through leases directly under the control of such organizations as the Associated Press, the United Préss, etc. (g.v.).
While better facilities for collecting news were going on, the mulepack, the dugout and the prairie schooner were
carrying
presses and types fatther and farther west to establish The Ken-
tucky Gazette (1787) at Lexington; The Mississippi Gazette (1800) at Natchez: The Indiana Gazette (1804) at Vincennes;
The Missouri Gazetié (1808) at St. Louis; The Arkansas Gazette
(1819) at Port Arkansas‘ The Texas Gazette (1820) at San
The New York Herald in a cellar on May 6, 1835. Bennett was éditor, publisher, advertising director, circulation manager and everything else down to the printer’s devil. He reported the proceedings of the police court with a freedom that shocked his sixpenny contemporaries and soon found that scandal sold papers on the streets. To him nothing was sacred, not even the church or his own personal affairs. Often assaulted on the street, he reported the affair in his own paper in detail and announced his owl engagémient in what is considered one of the most interesting specimens of newspaper literature. Though full of malicious squibs and furious diatribes, Té¢ Herald was in some other respects conducted with remarkable skill and enterprise in being the first to print the news. To his son of the same name Bennett left one of the greatest mioney-making newspapers in the history of American journalism. The son continuéd many of the father’s policies, but on a larger scale. Expense was not considered when he sent Stanley
to Africa to find Livingstone and fitted out an Arctic expedition that had a most unfortunate outcome. In case of distress in any particular country he was among the first through his Herald to start a subscription campaign. He began that for the relief of the suffering in Ireland with a gift from The Herald of $100,000. Often regarded as eccentric and péculiar, he exerted a tremendous influence upon American journalism because of the emphasis which he placed upon international news without neglecting that
which was local in character. He also set the style in the mode
of treatment of news and in many ways established the yardstick by which it is measured.
After the artival of the penny press there came many changes Felipe—to mention the gazettes that were the first papers in various States. Among the last to have newspapers were Minne- in the manufacture and in the marketing of newspapers. To secure sota, The Pioneer (1849) at St. Paul; Utah, The Deseret News speed in productién Robert Hoe took the type from a flat bed
[UNITED STATES
NEWSPAPERS
356
and put it on a revolving cylinder turned by steam. News boys, Samuel Bowles was the personification of The Republican which in addition to distributing papers among regular patrons, were his father, with the help of a small hand press, had started on given additional copies to sell in the streets. The printing of | Sept 8, 1824, and which 20 years later, became a daily. Ip
larger and larger editions brought many improvements in the |Philadelphia, The Record, started as a one cent daily (June 1877), manufacture of both presses and paper. The introduction of |was the outgrowth of The Public Record, founded seven year: compulsory education contributed to an interest in the news.
earlier: the latter paper was a losing venture until W illiam M.
Though starting as a penny paper in April 1841, as a Whig | Singerly purchased its Associated Press franchise for his new organ, The New York Tribune began its second volume in April paper. The Evvening Bulletin, founded in 1847 by Alexander Cum1842, at two cents a copy. Horace Greeley, one of the most | mings, had a vicarious existence until it became the property oj picturesque figures in American journalism, was its editor and |William L. McLean. The first number of The News appeared in one of its proprietors down to shortly before his death after his | Indianapolis, Ind., on Dec. 7, 1869. The Evening Star, which first defeat in 1872 for the presidency. Upon the completion of its |shone in W ashington, Dec. 16, 1852, has had a growth contempo20th year (1861) it announced its circulation as 287,000. But |raneous with that of the city in which it is published. Its contemthis figure included both the daily and the weekly: the former |porary, The Post, was established in the U.S. capital, Dec. 187was later given as slightly in excess of 55,000. In the same year | by Stilson Hutchins. The San Francisco Chronicle was Bera The Herald had a daily distribution of over 75,000 copies— |June 1865, by Charles de Young, as a playbill distributed free possibly the largest at that time in the world and about 25,000 | in theatres and in other places.
On March 4, 1887, U.S. Senator
in excess of The Times of London. The circulation of The Sun | George Hearst turned The San Francisco Examiner, which he was about midway between that of The Herald and that of The | had taken as a part of a bad debt, over to his son William RanTribune, while The Evening Post, which from the start had ad- | dolph Hearst, who used it as a starter for a famous chain of dressed itself to a more cultured audience, had only 18,000. Gree- |papers stretching across the country from San Francisco to New ley made his paper not only an organ of Whig politics, but also| York. In Detroit, in Aug. 1873, James E. Scripps started his a purveyor of novel and new ideas in both social and political | Evemng News which became a rival of The Free Press (1831). economy. Among the editorial contributors in the latter field was | Milwaukee saw The Sentinel established in June 1837, and The
Albert Brisbane, father of Arthur Brisbane of the present day. | Evening Wisconsin in June 1847. Louisville, Ky., witnessed (Nov In the Franco-Prussian war, The Tribune achieved considerable |1830) the first appearance of The Journal under the editorship of fame through the publication of dispatches sent by cable at enor- | George D. Prentice and had laid at its doorstep in Nov. 1868
mous expense.
In a way The Tribune was a sort of school of | a united sheet—The
Courier-Journal, controlled by Col. Henry
journalism in which the following distinguished journalists and | Watterson. In Chicago passing mention may be made that The publicists received their first training: Henry Jarvis Raymond, | Daily News, which made its first appearance in Dec. 1875, was Charles Anderson Dana, George William Curtis, Carl Schurz, | started by Melville E. Stone, who later achieved distinction as John Hay, Whitelaw Reid, Henry James, William Dean Howells, | general manager of the Associated Press; that The Herald first
Bayard Taylor, George Ripley, Margaret Fuller, Edmund Clar- | appeared March 1881; that The Tribune, the first edition of which ence Stedman, Richard Grant White, Richard Hildreth, John | (June 1847) was 400 copies printed on a hand press, passed. in Russell Young and Sidney Howard Gay—all of whom later held | 1855, into the control of Joseph Medill, whose editorials rivalled important positions in New York journalism. those of Horace Greeley. William Rockhill Nelson, a most picThe Times and The World.—The final success of The Tribune | turesque figure among the makers of American newspapers, first led Henry Jarvis Raymond to establish The New York Times | let his Star shine in Kansas City, Mo., Sept. 1880, and Harrison on Sept. 18, 1851, but under different conditions than existed | Gray Otis, that dynamic editor, became owner, on Aug. 1, 1882. when Bennett started The Herald. For a mechanical equipment | of The Los Angeles Times, a paper then only a year old. To Raymond had to pay at least $50,000 and to his assistants he | supplement what has been written about the press in Boston, it had to give much larger salaries than he received when he worked | may be added that The Post was started as a Democratic daily for Greeley. Over $100,000 was spent before the paper showed | on Nov. 9, 1831, but only became a power in Boston journalism a profit. It was after Raymond’s death, however, that The Times | when it was purchased by E. A. Grozier, a protégé of Joseph came into great prominence through its bold exposure of the rob- | Pulitzer; that Te Herald came into existence on the afternoon
beries and frauds committed by the Tweed ring in the municipal | of Aug. 31, 1846, with an edition of 2,000; that The Globe was government of New York. started March 1872, to grace the breakfast table just as The In the three decades that followed the establishment of the | Transcript adorned the tea table, and that its builder was Charles penny press of New York some 30 daily newspapers were estab- | H. Taylor, who joined its staff in August of that year. lished but their names must remain blank except for one, which A catalogue of papers and their editors during the period when has had a most remarkable history, The New York World. | personalities were closely linked with papers would resemble the Started as a religious daily newspaper on June 1, 1860, it was | catalogue of ships in Homer’s Jizad and would make about as published at a heavy loss until a year later, when it merged with | interesting reading. But mention must in justice be made of the Courzer-Enquirer, practically defunct, though at one time, | Murat Halstead, of The Commercial Gazette, John R. McLean, under the ownership ef James Watson Webb, a powerful political | of The Inquirer and Charles P. Taft, of The Times-Star in Cinorgan. As a worldly World it passed through various ownerships | cinnati, Ohio; Edwin Cowles, of The Leader, William W. Armuntil its purchase (May 1883) by Joseph Pulitzer, the penniless | strong and L. E. Holden, of The Plain Dealer, in Cleveland, Ohio; son of a Jewish father and a Catholic mother, who coming to | General J. M. Comley, of The Commercial Telegram, in Toledo, America from Hungary in 1864, was already the owner of The | Ohio; W. D. Bickham, of The Journal, in Dayton, Ohio; J. S. St. Louis Post Dispatch. Under his control he transformed The | Clarkson, of The Register, and John Watts, of The Leader, in World to one of the most fearless, dynamic campaign sheets in | Des Moines, Iowa; John Arkins, of The Rocky Mountain News, the United States. The Civil War brought about an increase in | in Denver, Colorado; A. H. Belo, of The News, in Galveston, subscription price. In the North the customary price for a sheet | Texas; John H. Holliday, of The News, John C. New, of The of eight or more pages was four cents and farther west five cents. | Journal, and W. J. Craig, of The Sentinel, in Indianapolis, IndiIn the South newspapers sold much higher, were reduced in size | ana; J. M. Keating, of The Appeal, in Mempbis, Tennessee; W. E. and even in rare instances appeared printed on wallpaper. The | Haskel, of The Tribune, and J. S. McLain, of The Journal, in daily demand for news brought forth the Sunday newspaper as | Minneapolis, Minnesota; A. S. Colyar, of The American, in Nash-
that term is now understood.
Personalities
in American
Journalism.—Until
several
ville, Tennessee; H. L. Pittock, of The Oregonian, in Portland,
Oregon; O. H. 'Rothaker, of The Republican, in Omaha, Ne-
decades after the Civil War, newspapers not only in New York | braska; William Hyde, of The Republic, and Joseph B. McCullagh, but in other large cities were closely associated with the names of | of The Globe-Democrat, in St. Louis, Missouri: J. A. Wheelock, those responsible for their management. In Springfield, Mass., | of The Pioneer-Press and Lewis Baker, of The Globe, in St. Paul,
[NITED STATES]
NEWSPAPERS
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|
\finnesota. Sins of omission, if any, may be pardoned, for jour- receive the children of the poor for periods ranging from one nalism in the United States, unlike that of England which re- | to two weeks. In Pittsburgh, Pa., The Press raised $40,000 with which to build a home for newsboys. In Chicago, The Tribune volves around London, has many centres in America. To pass from personalities to statistics, it should be said that started two reforms that developed into national movements: figures relating to journalism in the United States until after the one, a campaign for a “Sane Fourth of July”; and the other, a
census of 1880 are open to question; but the reports of the census
for 1850, 1860, 1870 and 1880 still remain, however, the most
authoritative information as to the increase in the number of
newspapers. According to their tables there were in the United States 254 dailies in 1850, 387 in 1860, 574 in 1870, 971 in 1880; 31 semi-weeklies in 1850, 79 in 1860, 115 in 1870, 133 in 1880;
“Good Fellow Club” which aimed to give the children of the poor more than a bowing acquaintance with Santa Claus at Christmas time. The News of Indianapolis, Indiana, went out into
the country and erected a Fresh Air village for the benefit of sick women and children. In San Francisco, The Examiner built the
Little Jim Hospital for Incurables and the Free Eye and Ear
1,902 weeklies in 1850, 3,173 in 1860, 4,295 in 1870, 8,633 in infirmary for the treatment of unfortunate poor children. The
1380. Of all these classes, there were in 1850, 2,526; in 1860, 4,051; in 1870, 5,871; in 1880, 11,314. Yellow Journalism.—Around 1880 the more important daily
newspapers underwent great economic change as the result of
small stores consolidating into huge department stores which took liberal space in the papers to advertise their so-called bargains. As store and other display advertising increased in amount, newspapers were continually forced to increase their size. This
increase was possible without raising subscription rates because of the substitution of wood pulp paper for rag and a constant
lowering in the price of the pulp stock. The newspaper became, consequently, a complicated economic product with two things for sale: to the reader it sold news, editorials and other interest-
ing reading matter; to the advertiser it offered white space at so much per inch. Complications came from the fact that these two joint products had to be marketed in the same container— the white paper on which the news was printed and on which the
One Hundred Neediest Cases of The New York Times was designed to relieve just that number but each year has seen a sub-
stantial increase in the number of persons helped. The New York World, to use another example, started a movement
to supply
radio without cost to “shut-ins.” Smaller papers throughout the United States have followed the examples set by metropolitan dailies in this matter of service and aid to the community. Practically simultaneous with the arrival of Hearst in New York was that of Adolph S. Ochs who assumed control of The New York Times, Aug. 1896. In spite of a proud past, The Times for various reasons had lost in circulation until it reached below 10,000 and its mechanical equipment had so deteriorated that it was only worth what it would bring for junk. Reorganized on a sound financial basis by Mr. Ochs, The Times quietly and unostentatiously began its campaign of appeal to thoughtful readers under a slogan, “All the News That’s Fit to Print.” Slowly but surely The Times gained momentum until its growth constituted an outstanding chapter in the annals of American journalism. Its remarkable achievements in reporting so fully the news of the World War were simply the culmination of a far-seeing campaign that had progressed steadily under the management of Mr. Ochs who, disclaiming all glory for personal achievement, says that his paper is simply a vindication of his judgment of newspaper readers in New York.
advertising was displayed. More and more the advertiser paid the heavier burden in the cost of production. Because advertising rates were based on the number of papers distributed, there resulted a wild race for circulation. The rural weeklies remained about the same but the city dailies underwent a social change. In small communities where the editor knows personally many of his subscribers, the paper is forced to omit news that is unkindly or Consolidations.—But since 1900 the trend in journalism in reflects upon the character of prominent citizens and to leave such news to circulate by word of mouth. In the larger cities where the United States has been towards consolidations and extensions the next door neighbour is practically a stranger, exciting and of chain newspapers. Those under publishers like Ochs of The emotional news does not circulate by gossip and the paper that Times, Nelson of The Kansas City Star, Lawson of The Chicago prints it sells well on the streets. Recognition of this fact caused Daily News, etc., were simply the exceptions to the general tena wave of sensational—sometimes called yellow—yjournalism to dency. Space does not permit mention of the amalgamations of sweep over the United States. Bennett had earlier discovered this smaller papers but some of the more important changes in metrofact but it remained for Joseph Pulitzer and William Randolph politan fields may be noted. Frank A. Munsey was sometimes Hearst to run a race to see which could carry sensational journal- called a dealer in dailies. In 1891 he purchased The New York ism to its extreme. Hearst, who already owned The San Francisco Star, a daily established on Sept. 22, 1825, and on Feb. 1, 1891, Examiner, coming to New York in 1896, purchased The New changing the name of his paper he gave New York its first tabloid, York Journal which had been started by Albert, a brother of The Daily Continent, which though it attracted favourable atJoseph Pulitzer. According to the gossip of Park Row, the Fleet tention was not successful financially and so was discontinued on street of New York, Hearst “broke into New York with all the June 30. Before his death in 1925 he merged The Press with discreet secrecy of a wooden legged burglar having a fit on a The Sun in 1916. Later, in 1920, he purchased The New York tin roof.” He brought with him the circulation schemes which Herald and The Evening Telegram. Discontinuing The Morning he had found successful for his Examiner in San Francisco, and Sun, he transferred that title to The Evening Sun with which, in adopted many new ones. furnished to him by newspaper men 1923, he merged The Globe, then the oldest newspaper in New whom he won over from Pulitzer through larger salaries. He later York city as it had been established Dec. 9, 1793, as The Minerva, called the morning edition of The Journal, The American, a under the editorship of Noah Webster, the lexicographer. At favourite name with him for other papers of his chain, and in about the same time Munsey purchased The Evening Mail with charge of The Evening Journal he placed Arthur Brisbane who by which he consolidated The Evening Telegram. He then sold still more sensational methods rapidly advanced the circulation (1924) The Herald to The New York Tribune, now published of the latter paper. The result of the Hearst influence was a under a joint title. In Boston The Herald (morning) took over change in character of news content for many papers and a more (1912) The Traveler (evening) and continued it as its evening spectacular display of headlines that stretched across the page. edition. Later (1917) The Herald absorbed The Journal (mornWelfare Activities.—In striking contrast with the sensational ing). In Kansas City W. S. Dickey bought (1921) The Journal activities of certain newspapers was the adoption of extramural (morning) and (1922) The Post (evening). He continued The activities by the press in the interests of the public welfare. Journal as a morning paper and Tke Post as an afternoon, with Among the earliest of these was the movement of The New York joint publication on Sunday, with a flat subscription price for Herald, begun on May 29, 1892, to furnish free ice for the relief both papers. In this he followed the example of The Star which of mothers and babies in the tenement house districts of New since 1901 has been printing Tke Times as its morning issue, with York. Somewhat similar was the Fresh Air Fund, started by both papers going to the same subscribers. In Philadelphia Cyrus H. K. Curtis became on Jan. 1, 1973, The New York Evening Post but later taken over by The New York Tribune, to provide outings for city children in homes and the publisher of The Public Ledger which he purchased from camps supported by the fund and in private homes offering to Adolph S. Ochs. On Sept. 14, 1914, he started The Evening Pub-
358
NEWSPAPERS
[UNITED STATES
lic Ledger with which he united (1918) The Evening Telegraph. | The Outlook (1870) in 1928. This weekly is devoted to cor. In 1920 he purchased The Press to unite with The Public Ledger | ments on the trend of events, the theatre and books. The Nation and in 1925 he did the same with The Philadelphia North Amer- | (1865) and The New Republic (1914) give pungent articles op ican. In Chicago The Record-Herald purchased (1913) The Inter- | current events in America and other countries, and review ou. Ocean and appeared as The Herald which later was purchased by | standing books. The Literary Digest (1890) wider in scope than W. R. Hearst and united with his Chicago Examiner. In Cleve- | its name would suggest, presents both sides of controversia; land The Plain Dealer absorbed The Leader and in St. Louis The | topics of the day, quoting from leading newspapers, and, carrie: Globe-Democrat purchased The Republic, one of the oldest daily special departments on letters, art, religion, science and finances Time (1923) presents the outstanding news of the week in abbre. papers in Missouri. Important Chain Groups.—Of the group-owned newspapers viated form. The Saiurday Review of Literature (1924) is the in the United States in 1928 the Hearst chain is the most im- leading weekly devoted solely to that subject. Judge (1881) and portant, both in number and in influence. His group includes Life (1883) are national humorous weeklies. The New Yorker New York American, New York Journal, Boston Advertiser, (1925) primarily local, is a sophisticated weekly devoted largely Boston American, Chicago Herald & Examiner, Chicago Amer- to satirical articles and reviews of plays and books. The Satur. ican, San Francisco Examiner, San Francisco Call, Los Angeles day Evening Post (1821) and Collier’s (1888), though featuring Examiner, Los Angeles Herald, Seattle Post-Intelligencer, Atlanta articles on current events, may more properly be included with Georgian-American, Oakland Post-Enguirer, Washington Herald, magazines. In addition there are religious, professional and trade Washington Times, Baltimore American, Baltimore News, M il- weeklies. The Pictorial Press.—The outstanding development in pic. waukee Sentinel, Albany Times-Union, San Antonio Light, Detroit Times, Rochester Journal, Syracuse Journal, Milwaukee torial journalism took place in r914 when The New Vork Time; News and Pitisburgh Sun-Telegraph. Next in importance is the added a rotogravure section to its Sunday edition. By 1918 chain known as the Scripps-Howard string which consists of New nearly fifty papers were including rotogravure sections and by York Telegram, Cleveland Press, Pittsburgh Press, Cincinnati 1925 the number had passed seventy. In rọrọ the first daily Post, Columbus Citizen, Baltimore Post, San Francisco News, “tabloid” picture paper in the United States appeared. It was Washington News, Indianapolis Times, Oklahoma City News, called The Illustrated Daily News and patterned on the London Toledo News-Bee, Knoxville News-Sentinel, Terre Haute Post, Daily Mirror. The Daily Mirror was established, and a few San Diego Sun, Covington Kentucky Post, Akron Times-Press, months later The Evening Graphic made its appearance. Other Birmingham Post, Memphis Press-Scimiter, Houston Press, tabloids have followed. Circulation Statistics.—Statistics make dull reading but Youngstown Telegram, Fort Worth Press, Denver Rocky Mountain News, Denver Evening News, Evansville Press, El Paso Post, some are necessary for the sake of completeness. At the close Albuquerque New Mexico State Tribune. The Scripps-Howard of 1927, the latest year for which figures are available, there plan of organization, while providing for central control through were in the United States about 200 daily newspapers which might stock ownership, does permit executives on individual papers to be called of the first rank, 2,000 daily newspapers all told and have substantial stock in the enterprise. The Frank E. Gannett 20,000 rural or community weeklies. Morning dailies at the end group, which originally consisted of dailies in New York State of that year totalled 411, evening 1,538, Sunday papers 526. The outside the metropolitan area, has branched out to include, for total morning paper circulation averaged 14,145,823 a day, while
example, The Times of Hartford, Conn.
The James M. Cox
the total evening paper circulation averaged 23,820,933 copies
group of papers in Ohio has been increased by The News of daily. The average Sunday circulation was 28,469,037. The Miami, Florida. The Paul Block group, more highly scattered, amount of white paper consumed that year approximated 3,750,added The Brooklyn Standard-Union in 1928. The tendency al- ooo tons. For a metropolitan newspaper of the first rank the ready noticed has been an increase not only in the number of figures of The New York Times may be used. That paper for strings but also a lengthening of the string. Adolph S. Ochs, since 1927 had a gross income of $27,424,829.55; it paid out weekly to his sale of The Philadelphia Public Ledger to Cyrus H. K. Curtis, employees $154,246.98; it consumed during the year 99,633-4 tons has been content with the ownership of his Timés in New York of paper; and used 4,491,593 lb. of ink. Its employees were disand his Times in Chattanooga. Curtis, on the other hand, entered tributed as follows: the editorial and news departments 525, business office 850, mechanical 1,869, executive 75—total 3,319. It the New York field with the purchase of The Evening Post. Mutualization Movements——Another recerit current in paid out for welfare activities, such as pensions, sick benefits, etc., American journalism should not be overlooked—-the passing of $352,000. Pagės printed during the year totalled 13,526,481,200 BrrocrArgy.—Histories of individual newspapers include: E. the control of important newspapers into the hahds of those who edit and make them. In Chicago after the death of Victor A. Davis, History of the New York Times, 1851—-rọ2r (1921r); J. L. The Story of a Page (N.Y. World) (1913); F. M. OBrien, Lawson, The Daily News passed into the control of Walter A. Heaton, The Story of the New York Sun 1833-rgr8 (1918); A. Nevins, The Strong and other executives of that paper through the assistance Evening Post (New York, 1922); J. M. Lee, The New York Globe; of a number of prominent citizens.
In the same way The Star
in Kansas City went to a group who had been associated with Nelson. In New York city William T. Dewart carried out the wishes of Frank A. Munsey and developed a mutualization plan by which employees shared in the profits. In Dallas, Texas, The Morning News and The Evening Journal passed into the control of
and R. Hooker, The Story of an Independent Newspaper (Springfield Republican, 1924). Among the books on newspaper editing and making are: G. C. Bastian, Edzting the Day’s News; W. G. Bleyer, News-
paper Writing and Editing (1923); J. Rogers, Newspaper Building (1918); N. J. Radder, Newspaper Makeup and Headlines (1924); M. L. Spencer, News Writing (1917); O. G. Villard, Some Newspapers and Newspaper Men, offers a critical survey of some of the leading
George B. Dealey and other employees.
American hewspapers; L. N. Flint, The Conscience of the Newspaper (1925), and N. A. Crawford, Ethics of Journalism, make notable con-
papers published in The United States is The Christian Science
tributions to the field of ethics. Tke New York Times publishes in book form a quarterly index for that newspaper in particular and
Conservative Tendencies.—Among the conservative news-
Monitor (November, 1908) published in Boston by The Christian Science Publishing Society. This is an international daily newspaper publishing important and constructive hews from all
ovet the world, but omitting anything of a sensational or questionable character. It has established its own standard of news. Weekly Reviews.—Though the Sunday newspapers and Sat-
othets in general. C. L. Canon, Journalism—A List of References in English, lists both books and magazine articles relating to journalism. J. M. Lee, Instruction in Journalism in Institutions of Higher Educution (U.S. Dept. of Education, 1978), traces the development of such
instruction since the first school of journalism was established at the University of Missotiri in 1909.
V. LATIN AMERICA
To South America, rather than to its sister continent, belongs reviews of literature, art, music, drama, politics and current the honour of printing and circulating the first printed news events, they have never superseded the weekly journals special- sheets of the Western Hemisphere. izing in these fields. The oldest weekly journal which is still in Eatly Néws Shéets.—The first printed sheet of news to appear existence is The Independént, founded in 1848 and merged with in South America was issued in 1594 at Lima, Peru, and deurday editions of evening papers devote many pages to weekly
(LATIN AMERICA
NEWSPAPERS
-cribed the capture, off the Peruvian coast, of Richard Hawkins, he free-booter, and of his ship, “The Dainty.” Like the earlier
cheets of continental Europe, this Relación had a long descriptive itle. But it was not until 1620 that one meets printed sheets dealing with more than one item of news. After that year their occasional appearance gives the title, Father of South American
359
circulation, while the most popular in that city is the evening paper A Noite established in rọrọ and credited at the close of 1927 with a circulation of 85,000. Possibly the most influential paper is O Estado (1876) of São Paulo. Fanfulla (1892), an Italian daily of the same city, wields considerable power through the State of São Paulo. Other influential morning papers are
Journalism, to their printer, Jerónimo de Contreras, who had
O Pais (1884), A Patria (1920) and Correio de Manha (1902),
come to Lima from Seville, Spain. In 1641 José de Contreras succeeded his father as head of the printing house which re-
all of which are published in Río de Janeiro. Newspapers in Brazil are often the personal organs of owners to whom they are useful for political purposes. At the fall of the empire Brazilian journals numbered about 600. In rgr1o the total exceeded 1,000; since then the increase has been about 100 to a decade. Argentina and Chile—The two leading newspapers, not only in Argentina, but also in South America, are La Prensa, founded on Oct. 18, 1869, by Dr. José C. Paz, and La Nación, founded on Jan. 4, 1870 by Gen. Bartolomé Mitre, of Buenos Aires. For 59 years (1929) both papers have remained in the families of their founders. Each compares favourably with any other newspaper in any country. Both specialize in printing foreign news; possibly La Nación pays more for cable tolls than any other newspaper in the world. Classified advertisements are usually a safe index as to character of newspapers because they represent local opinion. Judged by such a yardstick, Le Nación resembles the New York Times and La Prensa the New York World. The editorial page of La Nacidn is always dignified in subject-matter and serious in mode of treatment. Its Sunday supplement contains contributions from the best writers, not only of Argentina but also of Spain. Much material later appears in book form. To campaign for civic righteousness seems to be the editorial policy of La Prensa. Its evening competitor, La Razón (r905), once spoke of it as being a safe and serene guide in the difficult task of creating a public conscience. La Prensa widens its influence through syndicating to some 175 provincial papers a weekly feature supplement for Saturday or Sunday editions. La Prensa operates a free clinic, offers free legal advice to the poor, pays for a free industrial and agricultural bureau, opens its library to the public and awards 1,000 pesos annually to the person teaching the largest number of illiterates to read. The oldest evening paper in Buenos Aires is Ei Diario (1881). The oldest of all is the English paper, The Standard (1861), which competes with The Herald (1876). Crossing the Andes, one finds the newspapers of Chile next in influence. First comes El Mercurio (1827) of Valparaiso, with separate publication in Santiago and Antofagasta. Its chief com‘petitor is La Unidn (1885), which also publishes a paper of the same name in Santiago. In the last-mentioned city are the rather influential La Nación (1916), and El Diario Ilustrado. In Peru the three leading papers are La Crdnica (1912), La Prensa (1903) and El Comercio (1839), of Lima. The more mfluential newspapers in Mexico are practically limited to the capital city and frequently contain features obtained from American syndicates. They include El Excelsior
mained in the family until about the beginning of the second quarter of the 18th century. The most successful of this family of printers was the grandson, José, who obtained the appointment of royal printer to the Spanish Crown in the colonies, and who
gave special attention to the editing of news sheets which appeared with approximate regularity of about one a month. After 1640, Diario was commonly used as a title of news sheets,
although La Relación and Noticia appeared. For the most part, these news sheets from the Contreras’s press consisted of four pages in small type. Diario was especially appropriate as the news was frequently printed in the form of a diary—day by day. After the press of de Contreras had suspended, there was a cessation of news sheets of regular publication. In 1744 there appeared, however, a newspaper with a definite title with consecutive numbers for successive issues. The first issue of this new
paper bore the title Gaceta de Lima, desde primero de diciembre de 1743 hasta 18 de enero de 1744. This first number is particularly interesting because it prints the traditional origin of the word “gazette” and mentions the names of contemporaneous news sheets in Europe.
Colombia and Venezuela. The first printing office in Colombia, then Nueva Granada, was established at Bogota in 1737. At first it printed tracts on religious matters, but in 1785, when an earthquake occurred, it issued what is now considered the first attempt in that country to give the public a news sheet. This ill-printed and rudimentary gazette did not last, for its only aim was ta spread abroad the news of the earthquake. In 1791 Don Manuel del Socorro Rodriguez, a Cuban, founded a newspaper, in which he printed mainly his poetical and literary works, its other contents being advertisements for runaway slaves, bits of European news, and essays on morals and religion. This newspaper, named Papel periddico de la ciudad de Santa Fé de Bogotd appeared irregularly, but lasted for some years. Another country where a gazette was the first newspaper was Venezuela. The hongur of introducing printing into that country is ascribed to Madeo Gallagher and Jaime Lamb in 1808. Gaceta
de Caracas had its frst issue on Oct. 24, 1808. It appeared when
Venezuela was in that period of its history known as the colonial age. The first newspaper of what is known historically as the period of independence was El Correo del Orinoco. Its first date of publication was June 27, 1818, in Angostura. These two papers marked the beginning of the newspaper press in Venezuela.
The same year that saw the beginning of journalism in Vene-
zuela marks also the beginning of journalism in Brazil. Obviously, the first printed newspaper in the latter country was in Portuguese but, like that of Venezuela, it was called a gazette. The first newspapers, in the technical sense of that term, for the countries of Latin America may be listed as follows: Mexico, Gaceta de México (1679); Guatemala, Gaceta de Guatemala
(1919), Zl Universal (1916) and El Universal Grdfico (1922).
Outside the capital city, mention may be made of EI Informador
(1917) of Guadalajara, La Tribuna (1926) of Guaymas, El Correo de la Tarde (1885) of Mazatlán and Diaro de Yucatán (1918) of Mérida. See J. M. Lee, Historia de la prensa periodistica de la América del
(1729); Peru, Gaceta de Lima (1744); Cuba, La Gocete de la Sur; A. Celso, Historia da imprensa do Brazil; R, Rojas, La literaturą (J. M. Le.) Habana (1764); Colombia, La Gaceta de Santa Fé (1785); argentina. VI. OTHER COUNTRIES Ecuador, La Gaceta (1785); Argentina, El Telégrafo Mercantil China.—-By no means the least result of the Chinese revolution (1801); Haiti, La Gaceta del Cabo (1804); Uruguay, Le Estrella
del Sur (1807); Brazil, Gazeta do Rio de Janeiro (1808); Vene-
of r911 was the amazing expansion of the vernacular press. Ac-
zuela, Lg Gaceta de Caracas (1808); Chile, La Aurora de Chile tually the movement had begun some years earlier, but after (1812); Panama, Misceldnea del Istmo (1822); Bolivia, El Con-
= n Bolivia (1825); Paraguay, El Paraguay Independiente 1845). i
the revolution it developed into a portent. Native newspapers sprang up in all parts of the empire in a night, as it were, and it
is not surprising that the Chinese press exhibits most of the undesirable attributes of a mushroom growth. The general quality newspaper in South America belongs to O. Diario de Pernambuco is poor. Most of the papers are run for political or personal ends, Which was established in 1825, The next newspaper in point of the news supplied by them is untrustworthy and their standard age, founded two years later, is Jornal do Commercio of Rio de of journalistic ethics is low. This is the more to be regretted as Janeiro. The latter is an extremely conservative paper of limited their multitude testifies to the interest which awakened China Brazilian Journals.—The honour of being in 1928 the oldest
360
NEWT—NEWTON
takes in affairs and their influence on public opinion is beyond doubt enormous; but little improvement is to be expected until political conditions become more settled. As things are it is only fair to say that, with all its irresponsibility and corruption. the Chinese press is on the whole liberal and patriotic in intention if not always in fact. It may be noted that Chinese periodical publications are on a much higher level than the newspaper press. Between 20 and 30 European and American newspapers are published in China, more than half of them at Shanghai. The majority are British, including the North China Daily News of Shanghai which, founded in 1864, is the oldest foreign daily in China. Other British morning newspapers are: The Shanghai Times, The Central China Post (Hankow), The Peking and Tientsin Times, The Hongkong Daily Press and The South China Morning Post (Hongkong). The principal British evening papers are The Shanghai Mercury, The North China Daily Mail (Tientsin), The Hongkong Telegraph and The China Mail (Hongkong). There are three American morning dailies, The China Press (Shanghai); The Peking Leader and The North China Star (Tientsin)—and three French, L’Echo de Chine (Shanghai), Le Journal de Pékin and L’Echo de Tientsin. There are also a number of Chinese and Japanese-owned journals published in English. Japan.—There has been a very remarkable development in the press of Japan during recent years, owing to the spread of popular education. Public opinion in Japan today is practically shaped by the press and while some old restrictions remain the tendency is towards complete freedom of discussion. There are about a dozen newspapers in Japan whose capital is about a million yen. The two centres of newspaper activity are Tokyo and Osaka. The Osaka Mainichi and the Osaka Asahi, the biggest newspapers in Japan, have a daily circulation of a million copies. The Tokyo Nichinichi and the Tokyo Asaki are subsidiaries of these newspapers. The Tokyo Hochi, the Jiji, the Ckugai and the Kokumin are all important national newspapers and almost all are politically independent. There are a very large number of newspapers of the second class which penetrate into the country districts, and there are a number of first-class local newspapers. The Japanese press is influenced by American journalism and some of the popular newspapers display news in quite modern style. Every up-to-date method is employed. In the news columns there is a close network of correspondents and private long distance telephone lines, television, air transport, and pigeons are in use. A great deal of capital is required to start new newspapers. Greater attention is being given to sport and a large space is given to foreign news. The Kokwmin is famous for its president, Mr. I. Tokutomi, who is one of the pioneers of the newspaper business, and is a great critic and author. Its tone is conservative. One of the present problems is the keen competition between the papers in the big cities and the local newspapers, the same tendency which is observable in England. Newspapers for the English speaking residents in Japan are the Japan Chronicle (British), the Japan Advertiser (American),
and the Japan Times (Japanese). The
organisations
for newspapers
in Japan are the Nohom
Shimbun Kyokwai (The Japanese Press Association), and the Kokusai Kisha Kyokwai (International Pressmen’s Association), both established in 1973. During recent years there has been a surprising increase in magazines in Japan of an educational character. Seventy per cent of these are published by Seiji Noma, who is called the “Magazine King” of Japan. It is claimed that the magazines are read by ten million people. His list includes magazines for young men, for girls of the high-school grade, magazines for women, and others of an educational and entertaining character.
BIBLIOGRAPHY.—C oniinental Press: Handbuch Deutscher Zeitungen; Political Handbook of the World (1928); Political Almanack s Lewis S. Benjamin, Guide to the Foreign Press (1924); Annuaire de la Presse française et étrangère et du Monde Politique; Newspaper Press Directory (Mitchell’s) ; Press Directories of different countries. (R. Don.)
NEWT,
the name
applied to the aquatic members
of the
| family Salamandridae
which constitute the genus
Molge
(Tn.
ton). The newts are closely related to the true salamanders Salamandra, from which they differ in the shape of the tail, which is compressed, in relation to their more aquatic habits. They swim with their tails, holding the legs pressed into their sides.
A marked sexual dimorphism prevails in most species, the males
being more brilliantly coloured and provided with a dorsal cres
during the breeding season, lasting through the spring and the
early summer.
Later in the season the males lose their nuptial
ornaments, and the two sexes are more alike; they then retire on
land, concealing themselves under stones, logs of wood, or inholes in damp earth, but leaving their retreat at night or in wet weather to search for earth-worms and slugs. In the water they eat tad.
poles, insect larvae and crustaceans.
with facility, including whole limbs. a number of times.
Newts regenerate lost parts
One limb can be regenerated
The larvae are provided with three pairs of long, plum-like external gills. The fore limbs are developed before the hind limbs. In a few lakes and ponds, metamorphosis (g.v.) does not occur and the newt becomes sexually mature as an enlarged larva, The genus Molge extends over Europe, north-west Africa, south-western Asia, eastern temperate Asia (China and Japan) and most of North America. Over 20 species are distinguished.
The British species are the crested newt (M. cristata), the common newt (M. vulgaris) and the palmated newt (M. palmata).
The first is the largest, and measures 4 to 6in. The skin is more or less rugose, with granular warts, a strong fold extends across the throat, and the male is provided with a high dentate dorsal
crest which is interrupted over the sacral region; the upper parts are dark, with black spots; the sides are speckled with white. BreriocrapHy.—P. H. Pope, “Life History of the Common Water Newt,” Ann. of Carnegie Mus. (1924); H. Gadow, “Amphibia,” Cambridge Natural History.
NEW
TESTAMENT:
NEW
THOUGHT,
see Bme.
the general name for idealistic tenden-
cies of thinking which arose in the United States, and especially
in New England, about the middle of the 19th Century. These tendencies were akin to the transcendentalism of the Concord school of Emerson, Thoreau, Margaret Fuller and Alcott, and have affinities with Plato, Neoplatonism, and the Vedanta philosophy of India. Beginning with the omnipresence and immanence of the Divine, the followers of this school taught a progressive conquest of human ills by re-establishing harmony be-
tween the Divine and the human spirit. See R. W. Trine, In Tune
with the Infinite.
NEWTON,
ALFRED
(1829-1907), English zoologist, was
born at Geneva on June 11, 1829. In 1854 he was elected travelling fellow of Magdalene college, Cambridge, and subsequently visited many parts of the world, including Lapland, Iceland, Spitsbergen, the West Indies and North America. In 1866 he became the first professor of zoology and comparative anatomy at Cambridge, a position which he retained till his death on June 7, 1907. His services to ornithology and zoogeography were recognized by the Royal Society in 1900, when it awarded him a Royal medal. He wrote many books, including Zoology of Ancient Europe (1862), Ootheca Wolleyana (begun in 1864), Zoology (1872), and a Dictionary of Birds (1893-96), an amplification of the numerous articles on birds which he contributed to the 9th edition of the Encyclopedia Britannica.
NEWTON,
SIR
CHARLES
THOMAS
(1816-18094),
British archaeologist, was born on Sept. 16, 1816, at Bredwardine in Herefordshire, and educated at Shrewsbury Schools and Christ Church, Oxford. He entered the British Museum in 1840 as an assistant in the Antiquities Department. In 1852 Newton left the Museum to become vice-consul at Mitylene, with the object of exploring the coasts and islands of Asia Minor. Aided by funds supplied by Lord Stratford de Redcliffe, then British ambassador
at Constantinople, he made in 1852 and 1855 important discovertes of inscriptions at the island of Calymnos, off the coast of Caria; and in 1856-1857 achieved the great archaeological exploit of his life by the discovery of the remains of the mausoleum of Halicarnassus, one of the “seven wonders” of the ancient world.
He was greatly assisted by Murdoch Smith, afterwards celebrated
NEWTON
361
a connection with Persian telegraphs. The results were described
solemnly thanked the author “for his ingenious discourse” and he was to be informed “that the society think very much of it.” Robert Hooke along with Ward, Bishop of Salisbury and Robert and Discoveries in the Levant (1865). These works included par- Boyle were desired to peruse the discourse and report. Hooke in ticulars of other important discoveries, especially at Branchidae, his Micrographia (1664) had described an experiment which was where he disinterred the statues which had anciently lined the fundamentally the same as Newton’s with the prism, but he had sacred Way, and at Cnidos, where R. P. Pullan, acting under his made no use of it; the theory of colours he attempted to deduce was valueless; however, while admitting the truth of Newton’s direction, found the colossal lion now in the British Museum. For 25 years, 1860-85, Newton was Keeper of Greek and observations, he declined to accept any of the conclusions drawn Roman Antiquities in the British Museum. He was Yates pro- from them. The paper, when published, at once attracted attenssor of classical archaeology at University college, London, tion, and others abroad joined in the discussion, the most impor(1880-88). His collected Essays on Art and Archaeology were tant issue of which was Newton’s assertion that the length of the ty Newton in his History o Í Discoveries at H alicarnassus (1862~ 1363), written In conjunction with R. P. Pullan, and in his Travels
published in 1886. He died at Margate on Nov. 28, 1894.
band of colours produced at a given distance from the prisms,
NEWTON, SIR ISAAC (1642-1727), English natural phil- was the same for prisms of any substance provided their angles
osopher, was born at Woolsthorpe near Grantham on Dec. 25, were such that the deviation for the mean ray of the band was the 1642. His father had died the previous October and his mother, same in all. Hannah, daughter of J. Ayscough of Market Overton, married
again in 1645 Barnabas smith, Rector of North Welham, Leicestershire. After his mother’s second marriage her son had lived with his grandmother Mrs. Ayscough at Woolsthorpe, but on his stepfather’s death his mother returned to her former home and her
boy rejoined her. For some two years he had attended the Grammar School at Grantham, then kept by Mr. Stokes. He is said to have made little
progress with his books until a successful fight with another boy
aroused a spirit of emulation and led to his becoming head of the school. At the age of fourteen on his mother’s return (1656) he was taken from school to assist her on her farm. This, however, was not a success; he occupied himself with mathematics when he
In this, as we know now, Newton was wrong; the length of the band, the spectrum, is not proportional to the average or mean deviation; it is possible to have two spectra of the same length in which the deviations are markedly different, thus if two such prisms are mounted with their vertices in opposite directions, the light emerging from the second will be achromatic, largely free from colour, but will be deviated from its original path. Newton’s experiments on colour, made in all probability in order to study a defect of the telescope, led him to the belief that the defect was incurable. By putting a divergence lens behind the converging lens of the object glass the colours could again be combined, but, so he concluded, his rays would all be made parallel to their original direction, and would no longer converge to form a real image, which could be magnified by the eyepiece; the tele-
scope could not be made to give a colourless (achromatic) image. This belief he retained throughout his life, but it was wrong. cough, Rector of Burton Coggles, was a member of Trinity Col- Dispersion and the separation of the colours, are not proportional lege, Cambridge, and in 1660 by his advice, Newton was sent back to deviation. Shortly after Newton’s death Chester Moor Hall invented an to school to prepare for Cambridge. On June 5, 1661 he was matriculated as a subsizar at Trinity College. Three years later achromatic telescope and by 1733 had made several, and in 1758 he was elected as scholar and in Jan. 1665 proceeded in due Dolland the optician took up the matter and constructed satiscourse to the degree of Bachelor of Arts. In 1667 he was elected factory achromatic lenses. But his mistake had important consequences; a real image, one, a Fellow of the College. : In the early part of 1665 he discovered what is now known as that is, through which the light actually passes, of a distant object the binomial theorem, and a little later came the elements of the can be formed by reflexion at a concave mirror, and since the laws differential calculus which he called Fluxions. In May of the of reflexion, unlike those of refraction through a transparent following year he writes “I had entrance into the inverse method medium, are independent of colour, the reflected image is the of Fluxions” (in modern terms the principles of the Integral same colour as the object, the rainbow band is there no longer; Calculus and the method for calculating the area of curves or the chromatic aberration, as it is called, is no more a disturbing volume of solids) “and in the same year (1666) I began to think factor. This then led Newton to make his reflecting telescope in of gravity extending to the orb of the Moon .. . having thereby which a concave mirror takes the place of the object glass; the compared the force requisite to keep the Moon in her orb with first telescope was made in 1668; the second was sent by him to the force of gravity at the surface of the Earth and found them to the Royal Society in December 1671 shortly before his election answer pretty nearly. All this was in the two years 1665 and 1666 as a Fellow. Discussions as to the Optics paper lasted until 1675. “I was so for in those years I was in the prime of my age.” The same period persecuted” he writes in December of that year “with discussions saw the commencement of his work on Optics and Colour. The account of Newton’s colour experiments was sent to the arising out of my theory of light that I blamed my own impruRoyal Society in 1672. He had been elected a Fellow on January dence for parting with so substantial a blessing as my quiet to 11 of that year and soon got into correspondence with Oldenburg, run after a shadow.” But they had their advantage. They led the secretary. “I shall endeavour,” he wrote, “to show my grati- him to investigate other effects of colour, to enquire how light was tude by communicating what my poor and solitary endeavours produced and to develop the emission or corpuscular theory of can effect towards the promoting of philosophical design.” His light, according to which light is due to the emission by a luminous body of a host of tiny particles travelling In empty space New Theory about Light and Colours was read on Feb. 8th. The experiments he described showed conclusively, he claimed, with a speed of 190,000 miles per second; the laws of reflexion that “Light consists of Rays differently refrangible”’; that “Colours and refraction were developed on mechanical principles, aided only are not qualifications of Light derived from refractions of natural by a supplementary hypothesis as to why, when falling on a bodies as is generally believed but original and connate properties transparent surface, some of the particles are reflected—bent back which in divers Rays are divers . . . to the same degree of re- into the medium whence they have come—others are refracted, frangibility ever belongs the same colour and to the same colour along a new path inclined to the old, into the medium towards ever belongs the same degree of refrangibility.” During the period which they are travelling. It is a consequence of this theory that covered by this work he had become Lucasian Professor of Mathe- light travels more quickly in a dense medium such as glass than matics. Barrow resigned in his favour in 1669, and Newton’s first in air. The theory was also applied to explain the colours seen course of lectures dealt with Optics; hence his renewed interest when light is reflected from a thin film, a soap film, or the thin in the subject, and the experiments with the prism bought at layer of air between a convex lens of large radius and a flat Stourbridge Fair in 1666, culminating in the Royal Society paper reflecting surface on which it rests; in this case when viewed in
ought to have been attending to his work. His uncle Wm. Ays-
of 1672, But the paper led to controversy.
The Royal Society
reflected light of a definite colour a series of dark and light rings
362
NEWTON
spot is seen. Newton determined ; each be treated as though they were points, concentrated at thei: of a bright ring and the colour of respective centres, through which the various forces were assumed depends on the colour, the bright | to act; but was this true or was it merely an approximation dye when white light is used, will be to the fact that the planetary distances were so immense that eve, different and the observer will see a series of coloured rings sur- a great sphere like the sun could in comparison be treated as q point? What will be the force with which the sun attracts an rounding the black central spot. Hooke was again a critic; in his: Micrographia (1664) he had exterior particle? Newton proceeded to work this out, on the assumption tha adopted the wave theory of light, due originally to Huyghens, according to which light is energy transmitted by wave motion each particle of the sun attracted the external particle with a through a medium pervading space, the universal ether, and had force which was proportional to the product of the masses of endeavoured to explain, but without success, rectilinear propaga- the two and inversely proportional to the square of the distance tion, reflexion and refraction as well as dispersion and the colours between them and found (we know he had no expectation of the of thin plates. Hooke’s arguments were vague and carried no con- result until it emerged from his calculations), that if the sun were viction to a mind like Newton’s; the latter sought a mechanical of uniform density, or consisted of a series of concentric shells explanation for all he observed. Newton in his explanation of the each of uniform density, then the resultant force on the external reflection and refraction of the corpuscles of a light centre made particle was the same as that which would be exerted by the whole use of the idea of a wave in an ethereal medium; he rejected mass of that concentrated at the centre. It was no approximation, the sun and the planets considered Huyghens’ theory and thought little of Hooke’s attempts at explanation, and so for a hundred years or more Newton’s theory as spherical, really behaved as point centres of force. In the opinion of Professor Adams it was the difficulty of held the field. In 1804 Thomas Young, Professor at the Royal
circling round a central black the law connecting the radius the light and since the radius rings for the various colours,
Institution, London, established the principle of interference by which he showed that under certain conditions two parcels of light from identical sources falling on a screen could produce a series of bright and dark bands. Along certain lines on the screen there is a maximum of brightness; along others intermediate between these there is darkness. From this and the brilliant work of the French genius Augustin Fresnel, a few years later, came the explanation on the wave theory of all the phenomena of light as then observed. “In the fourth place,” says Newton, writing in 1675, “I suppose light is neither aether nor its vibrating motion but something of a different kind propagated from lucid bodies. . . . Fifthly it is to be supposed that light and aether mutually act upon one another.” Did he here build more truly than he knew? Who can say, but we must revert to other work, to other discoveries on which his fame will rest secure till time shall end. In 1666, when at Woolsthorpe on account of the plague at Cambridge, he “began to think of gravity extending to the orb of the moon,” though of this nothing was published for 18 years. Discussions went on in London at the Royal Society or in the houses of the members, Wren, Seth Ward, Bishop of Salisbury, Robert Boyle, Hooke, Halley, and the others who were active in the Society, until one Wednesday in January 1684 Halley met Wren and Hooke and the latter declared “that he had demonstrated all the laws of the celestial motions.” Halley confessed his ignorance and Sir Christopher “to encourage enquiry said he would give Hooke or me’’—the quotation is from a letter of
solving this problem and not the uncertainty as to the moon’s distance which caused Newton in 1665 to lay aside his astronom.
ical calculations, which were now resumed with a more correct
knowledge of the moon’s distance. Newton returned to Cambridge and the writing of the Principia was begun in March 1686. The work is entitled Philosophiae Naturalis Principia Mathematica. It is in three books, the first De Motu Corporum was
finished on April 28, 1686 and exhibited to the Royal Society on that day. On June 20, 1687, Newton wrote that the second book was ready. ‘“The third I now design to suppress. Philosophy is such an impertinently litigious lady that a man had as good be engaged in lawsuits as have to do with her.” Halley was able to prevent this, and on Sept. 6, 1687 the third book described as De Mundi Systemate was presented; the whole was published about Midsummer 1687. We owe much to Halley; at the time the Royal Society was in
difñculties as to funds he took the whole cost on himself. Hooke,
when the first book was presented, claimed that he had forestalled Newton in a great part of it, and in the correspondence which followed Halley did all he could to smooth over the dificulties and persuade Newton to continue his work. Newton’s letter quoted above indicates his own feelings and in a letter to Halley of July 14, 1686 he had written, “I have considered how best to compose the present dispute, and I think it may be done by the enclosed scholium to the fourth proposition.” In a corollary to the fourth proposition Newton showed that Keplet’s third law was a consequence of the elliptic path of a Halley to Newton—‘“two months to bring him a convincing planet under an invérse square law; the scholium runs: “The case of the sixth corollary applies to the heavenly bodies demonstration.” Sir Christopher offered to give “a book of 40 shillings” to the one who first found the solution. He was not as our friends Wren, Hooke and Halley have already inferred and convinced of Hooke’s assertion that he had done it, but wished to therefore I have decided to develope fully all the consequences of conceal the result “that others trying and failing might know how a force decfeasing as the inverse square.” The great work did this: to value it when he would make it public.” So it remained till the Principia established Newton’s fame; some little time elapsed August, when Halley visited Newton at Cambridge and put the before it was fully a¢cepted on the Continent but for more than question, what would be the path of a body moving under the 200 years it reigned supreme, and all theories of cosmogony were action of a central force which varied as the inverse square of based on the principles laid down by Newton. His mechanics the distance from the centre. “I then learned,” writes Halley in the guided astronomérs and men of science in their search for natural same letter, “that you had brought this demonstration to perfec- knowledge. And if in these last years Einstein has carried us tion.” Newton promised to look for the old proof already men- some steps further, has picked up Some few more of the jewels tioned but could not find it, “and not finding it did it again and of truth, which Newton sought on the shore, Newton’s laws rereduced the work into the proposition,” which he sent in Novem- main, included it may be, in a more comprehensive statement of ber to Halley, who immediately returned to Cambridge and per- the truth. suaded Newton to put them in form for the Royal Society. In 1687 James II. tried to force the University to admit as a On December 10th, 1684, Halley informed the Society that he Master of Arts, Father Alban Francis, a Benedictine monk, withhad lately seen Mr. Newton at Cambridge who had showed him a out taking the oaths of allegiance and supremacy. Newton was curious treatise De Motu which, upon Mr. Halley’s desire, was one of those who led the resistance to the royal action, and sent to the Society to be entered on their Register “and a tract, appeared before Lord Jeffreys to argue the case for Cambridge. Propositiones de Motu” was registered in February 1685 with the In the end the deputies were reprimanded, and Pechell the Vice date in the margin, to Dec. 1684. Chancellor was deprived of his office. Newton’s share in the But the early months of 1685 were fertile with a new discovery. affair led to his being elected member for the University in Newton was away from Cambridge; hitherto his calculations had 1689, retaining the seat till the dissolution next year. He was proceeded on the assumption that the sun and the planets could elected again in 1701, but he never took any prominent part in
NEWTON “ics.
gare dissolution of Parliament in 1690 he returned to Cam-
bridge and continued for a time his mathematical work; this was interrupted in 1692—94 by a serious illness. He was suffering from
insomnia and nervous trouble.
There was
a report that he was
going out of his mind. Huyghens in June 1694 wrote to Leibnitz “J do not know if you are acquainted with the accident to the ood Mr. Newton, namely, that he has had an attack of phrenitis which lasted eighteen months and of which they say his friends have cured him by means of remedies and keeping him shut up.” For some time his friends had been anxious to obtain for him come recognition of his work; this came in 1695, Wren, his friend
Charles Montague, Lord Halifax, a former Fellow of Trinity who
was Chancellor of the Exchequer, offered him the post of Warden of the Mint. This he accepted and four years later became Master. In the same year he was elected one of the eight Foreign Associates of the French Academy of Science. In 1696 John Bernoulli addressed a letter to the mathematicians of Europe challenging them to solve two problems and giving
six months for the solution. On January 29, 1697 Newton received from France two copies of the printed paper containing the probJems and the following day sent the solution to Montague, then President of the Royal Society. They were transmitted anony-
mously to Bernoulli, who recognised the author in his disguise “tanquam ex ungue leonem.”
As Warden of the Mint Newton had retained his Cambridge offices, but soon after his appointment as Master he named Whiston as Deputy, and in 1701 he resigned his Professorship and the Fellowship at Trinity. Whiston became Lucasian Professor. Newton had moved ta London, and continued his duties as Master
with marked efficiency until his death in 1727, The remainder of his life calls for little notice; in 1703 he became President of the Royal Society and was re-elected annually until his death. Queen Anne visited Cambridge in 1705 as the guest at Trinity Lodge of the Master, Dr. Bentley, and on this occasion Newton was knighted. About the same time the controversy with Leibnitz as to the invention of the differential calculus began. In a review published anonymously of Newton’s tract on quadrature, Leibnitz, in 1705, implied that Newton had borrowed from him the idea of Fluxions. The controversy lasted many years. Leibnitz died in 1716 but it continued to affect English mathematics for more than a century. The matter is discussed very fully in the article “Newton” in the Dictionary of National Biography and in Ball’s short History of Mathematics. Leibnitz had used the method in his note books of 1675, it occurs in a letter to Newton of 1677, and was published in 1684. Newton used his method of Fluxions in 1666, gave an account of it in manuscript to friends and among others to Collins, in letters from 1669 onwards but did not publish it until 1693. It was some of these letters which Leibnitz saw when in London in 1676, and previously to that, copies of one at least of Newton’s letters to Collins had been sent to him. During this visit it appears probable that he saw Newton’s tract on the subject.
In the middle of 1708 Newton, at the urgent request of Dr. Bentley, consented to let Roger Cotes, a Fellow of Trinity, edit a second edition of the Principia; the volume was published in 1713, a third edition by Pemberton appeared in 1726. Early in 1727 Newton whose health had been failing for some time was taken seriously ill; he died of stone on March 20, 1727, and was buried in Westminster Abhey on March 28th. There are portraits of him by Kneller and Thornhill in the possession of Lord Portsmouth and a second one by Kneller at Petworth. The Royal Society possesses three, one of which by Jervas was presented by Newton in 1617 and hangs over the president’s chair, while at Trinity College there are a number. The statue by Roubillac was given to the College in 1750 by the Master, Dr. Smith Brstiocraray.——Bibliography of the Works of Sir Isaac Newton, with a List of Books illustrating his Works and Nates, by G. J. Gray
(second edition 1907); Isaac Newton, 1642-1727 (bibl,) a collected
edition of Newton’s work was published at Lausanne and Geneva in
1744, which gives all the published works with the not unimportant
exceptions of the Arithmetica
Universalis, the Principia, the Optics
303
and the Methodus Fluxionum. The fullest edition yet published is that
issued by Samuel Horsley in 1779-85, under the title Opera quae exstant omnia; it is not complete, among notable omissions being the papers published in the Philosophical Transactions, and is moreover very scarce. The standard biography is Memoirs of the Life, Writings and Discaveries of Sir Isaac Newton, by Sir David Brewster, 1855: it was reprinted in 1860. Brewster also wrote a short Life of Sir Isaac New-
ton, 1831, of which a new edition appeared in 1908. Valuable critical
commentaries are to be found in Essays on the Life and Works of Newton, by Augustus de Morgan, edited with notes and appendices by P. E. B. Jourdain in 1914. A brief account of Newton’s life and works is given in Sir Isaac Newton, by S. Brodetsky, 1927. Of great value to students of Newton is the Catalogue of the Porismouth Collection of Books and Papers written by or belonging to Sir Isaac Newton, 1888 which describes the great mass of Newton’s papers which came at his death into the hands of Mr. Conduitt. S. P. Rigaud, Correspondence of Scientific Men of the 17th Century, etc., from the Originals in the Collection of the Earl of Macclesfield, 1841, J. Edleston, Editor of the second edition of the Principia, Correspondence of Sir Isaac Newton and Professor Cotes, including letters of other Eminent Men, 1850, contain many Newton letters, and the letter volume includes a synoptical view of Newton’s life. Among general commentaries must be mentioned:—— H. Pemberton, A View of Sir Isaac Newton’s Philosophy, 1728; Colin Maclaurin, Sir Isaac Newtan’s Philosophical Discoveries, 1775; and F. Rosenberger, Isaac Newton und seine Physikalische Principien, 1895. Since the first issue in 1687 there have been many editions of the
Principia, including two in Newton’s lifetime. The Geneva reprint of 1739-42 contains a voluminous commentary by le Seur and Sacquler, and was long used. Lord Kelvin and H. Blackburn edited a very good edition, published at Glasgow in 1874. The first three sections of Book I. of the Principia have been edited by, among others, J. Carr, 1821; J. H. Evans, 1838; G. L. Cooke, 1850; P. Frost, 1883 (fourth edition). An English translation of the Principia was frst published by Andrew Motte in 1729; the best edition is that of 1803. S. P. Rigaud, Historical
Essay on the First Publication of Sir Isaac Newtows Principia, 1838; W. W. R. Ball, Essay on Newtons Principia, 1893; J. W. L. Glaisher, Bi-Centenary of Newtows Principia, 1888; P. G. Tait, Newtows Laws of Motion, 1899; Isaac Newton, 1642-1727, A Memorial V olume edited for the Mathematical Association by W. J. Greenstreet (1927); Sir Isaac Newton, 1727-1927, A Bi-centenary Evaluation of His Work (1928). The Opticks, first published in 1704, went through three editions in Newton’s lifetime; the last (fourth) edition appeared in 1730. Of great importance for the controversy with Leibnitz is the report drawn up by order of the Royal Society, published under the title Commercium Epistolicum, 1712, of which editions appeared in 1722 and 1725. (R. T. Gr.)
NEWTON, JOHN (1725-1807), English divine, the friend of William Cowper, was born in London on July 24, 1725 (O.S.). His father, who for a long time was master of a ship in the Mediterranean trade, became in 1748 governor of York Fort, Hudson Bay, where he died in 1751. The lad had little education and served on his father’s ship from 1737 to 1742; shortly afterwards he was impressed on board a man-of-war, the “Harwich,” where he was made a midshipman. For an attempt to escape while his ship lay off Plymouth he was degraded, and treated with so much severity that he exchanged into an African trader. He made many voyages as mate and then as master on slave-trading ships, devoting his leisure to the improvement of his education. He left the sea in 1755, when he was appointed tide-surveyor at Liverpool, He began to study Greek and Hebrew, and in 1758 applied to the
archbishop of York for ordination. This was refused him, but, having had the curacy of Olney offered to him in April 1764 he was ordained by the bishop of Lincoln.
In October 1767 William
Cowper settled in the parish. An intimate friendship sprang up between the two men, and they published together the Olney Hymns (1779). In 1779 Newton left Olney to become rector of St. Mary Woolnoth, London, where he laboured with unceasing diligence and great popularity until his death on Dec. 31, 1807. Like Cowper, -Newton held Calvinistic views, although his evangelical fervour allied him closely with the sentiments of
Wesley and the Methodists.
His fame rests on certain of the
Olney Hymns (e.g., “Glorious things of Thee are spoken,” “How
sweet the name of Jesus sounds,” “One there is above all others”), remarkable for vigour, simplicity and directness of devotional utterance. His prose works include an Authentic Narrative of some Interesting and Remarkable Particulars in the Life of Jahn Newton (1464), Omicron (a series of letters on religion, 1774), and Cardiphonia (1781). His Letters to a Wife (1793) and Letters to Rev. W. Bull
364
NEWTON—NEW
WASHINGTON
(posthumous, 1847) illustrate the frankness with which he exposed | 1646, founded the first Indian church. At Newton Centre js the his most intimate personal experiences. A Life of Newton by Richard Newton Theological Institution, the first Baptist theologic;: Cecil was prefixed to a collected edition of his works (6 vols., 1808; seminary established in America (1825). i vol. 1827). See also T. Wright, The Town of Cowper.
NEWTON,
NEWTON
JOHN
ABBOT,
a town
and seaport
of Devonshire
(1823-1895), American general and en- ‘England, 20 m. S. by W. of Exeter by G.W.R. Pop. (1931) gineer, was born in Norfolk, Va., on Aug. 24, 1823, and graduated 15,003. Newton Abbot was given to the abbot of Tor by the at the U.S. Military Academy in 1842. From 1842 to 1861 he was
founder of the monastery (1196).
Situated at the head of the
engaged in coast defence constructions and waterway improvements; he was assistant professor of engineering in the Military
Teign estuary, the town grew rapidly in the 19th century. The
Academy from 1843 to 1846, became a captain in 1856, and was chief engineer in the Utah expedition of 1857-58. He served in the Virginian campaign of 1861, and was promoted brigadier-general, U.S. volunteers. He distinguished himself in the Seven Days’ battle and at Antietam, and after the battle of Fredericksburg was made major-general, U.S. volunteers. In the Chancellorsville campaign Newton took part in the storming of Marye’s heights at Fredericksburg, on May 3, 1863, and at the battle of Gettysburg he was for a time in command of the I. Corps. Later in Sherman’s army, as a division commander under Gen. Oliver O. Howard, he took part in the Atlanta campaign. For gallant conduct at Peach Tree creek he was made brevet brigadier-general, and at the close of the war was made brevet major-general, U.S. army. In 1884, he became chief of engineers, and held this position until his retirement in 1886. In 1887-88 he was commissioner of public works in New York, and from 1888 until his death on May 1, 1895, was president of the Panama railway.
in Highweek, are Perpendicular in style. St. Mary’s contains a Norman font. Of the 14th century chapel of St. Leonard, ony
See Gustavus Smith, In Memoriam of General John Newton (1895).
NEWTON, acity of Iowa, U.S.A., on Federal highway 32, 35 m. E. by N. of Des Moines; the county seat of Jasper county. Tt is served by the Minneapolis and St. Louis and the Rock Island railways, and by several motor bus lines. Pop. (1920)
6,627 (93% native white); and 11,560 in the year 1930. It is an important manufacturing centre, with an output amounting to millions of dollars. Three of the large washing-machine companies have their factories here, making nearly 400,000 machines in a year. Other distinctive products are trenching machines, show cases and advertising novelties. The city was founded in 1846 and incorporated in 1857.
NEWTON, a city of Kansas, U.S.A., 160 m. S.W. of Kansas City, in the fertile Arkansas river valley, on Federal highways 50S and 81, and served by the Missouri Pacific and the Santa Fe railway systems; the county seat of Harvey county. Pop. 9,781 in 1920 (84% native white); and in 1930 (Federal census) 11,034. It is the seat of Bethel college, founded (1887) and still supported by the Mennonites; a division point on the Santa Fe, which furnishes employment to over 1,200 persons; a supply centre for the Fred Harvey
system
of hotels and restaurants
along the Santa Fe route; and a shipping point for grain, fruit and other agricultural products. Its principal manufactures are flour (800,000 bbl. a year), threshing machines, brooms, ice, butter and poultry products. Newton was founded in 1871 and chartered in 1872. For several years, beginning in 1873, it was the focus of a large immigration of German Mennonites from Russia and various parts of the United States, who played an important part in building up the city and developing the surrounding country. Each family from Russia brought over a bushel or more of Crimean wheat for seed, from which was grown the
first crop of hard winter wheat in Kansas.
Since 1927 Newton
has had a commission-manager form of government.
NEWTON, a city of Middlesex county, Massachusetts, U.S.A.,
two parish churches, St. Mary’s in Wolborough,
and All Saints
a tower survives. The Jacobean Forde House was visited by Charles I. and William of Orange, who first read his declaration
to the people of England at Newton Abbot market-cross. The por. tion of Newton Abbot in the parish of Highweek was formerly a separate town known as Newton Bushel. i
NEWTON-IN-MAKERFIELD
or Newton-le-Willows, an
urban district in Lancashire, England, 154 m. W. of Manchester
by the L.M.S. railway.
Pop. (1931) 20,150.
Newton-in-Maker.
field gave its name in Saxon times to one of the hundreds of Lancashire. The barony was held by the Banastres from the Con. quest to 1286 and passed successively to the Langtons, Fleet. woods and Leghs. The barons were not summoned to Parliament, and the title has fallen into disuse since the abolition of
feudal tenures. The courts-baron and courts-leet are held twice annually. Near the town is a moated Elizabethan half-timbered house, and also an ancient barrow. The industrial establishments include foundries, printing and stationery works, paper mills and glass works. Coal abounds in the neighbourhood.
NEWTOWN,
a market town of Montgomeryshire, Wales,
situated on both banks of the Severn in a narrow portion of the valley near the eastern border of the county. Pop. of urban district of Newtown and Llanllwchaiarn (1931) 5,152. It now shares with Welshpool the privilege of being the administrative capital of the shire. We first hear of it as a Llan (church settlement) known as Llanfair Cedewain, in the 13th century. The presence of waterpower was probably a factor in the origin and growth of the settlement at this time. The Norman Mortimers established here the market of thelr new territories on the border. In the 15th century the New Town received a municipal charter with a constitution modelled upon that of Hereford and Breteuil, but the corporation was abolished in the days of Charles I. Through
the early roth century the flannel factories of the town were of great importance but the flannel industry is no longer carried on, though there are still distributing warehouses. In the days of coach roads Newtown was a route centre, for the old road from Ludlow via Bishops’ Castle and Kerry had to drop in to the Severn valley and so reached Newtown. The old church, now in ruins, is superseded by the modern St. Mary’s, with the font and rood-screen of the old building.
NEWTOWNARDS,
a town of co. Down, Ireland, near the
northern extremity of Strangford lough, on a branch of the Belfast and co. Down railway, 93 m. E. of Belfast. Pop. (1921) 9,587. The town owes its origin to a Dominican monastery founded in 1244 by Walter de Burgh. It received a charter from
James I. The ruined abbey of Moville, 14 m. N.E., is attributed to St. Finian (c. 550). The town is sheltered by the Scrabo hills on the west and north.
NEW ULM, acity of southern Minnesota, U.S.A., on the south
bank of the Minnesota river, 88 m. S.W. of Minneapolis; the ro m. W. of Boston, on the southern bank of the Charles river county seat of Brown county. It is on Federal highway 14 and and the Boston and Albany railroad. Pop. (1920) 46,054 (20% is served by the Chicago and North Western and the Minneapolis foreign-born white), 53,003 in 1925 (State census); and in 1930 and St. Louis railways. Pop. (1920) 6,745 (22% foreign-born it was 65,276. The city has rr m. of river front and an area white); in 1930 it had increased to 7,308. It is an important of 18 square miles. Within its boundaries are 11 villages and 34 trading centre in a rich agricultural region; has a large milling parks, including parts of the metropolitan park system. It is industry and is the seat of Dr. Martin Luther college (1884). primarily a residential suburb, but it has a variety of manufac- New Ulm was settled about 1853. During the Sioux uprising of turing industries, with an output in 1927 valued at $14,898,858. 1862 it was twice attacked and almost destroyed. The assessed valuation for 1927 was $140,071,600.
Newton was
incorporated as a separate town in 1688 and received its present name in 1691. In 1873 it was chartered as a city. A monument marks the site of Waban’s wigwam, where John Eliot, on Oct. 28,
NEW
WASHINGTON,
a municipality (with administra-
tion centre and 43 barrios or districts) of the province of Capiz. island of Panay, Philippine Islands, on the north coast about 17 m. west of Capiz, the provincial capital. Pop. (1918) 24,453-
NEW
WESTMINSTER—NEW
The cultivation of rice, sugar, abacé and corn, and the breeding
YORK
(STATE)
205
commonly considered to be an extension of the Canadian moun-
is tains. Parts of the crystalline area are worn down to a condition of cattle and horses are the principal industries. This place of low relief, but in the main mountain mass, although greatly town market the is which Calivo, of ity the port for the municipal worn, there are still elevations of truly mountainous proportions. industry household r1rg had it 1918, In valley. Aklan the ior
establishments with output valued at 20,400 pesos. Nine of the
33 schools were public. isayaD.
The language spoken is a dialect of
;NEW WESTMINSTER,
city on the north bank of the
Fraser river, 17 m. from the mouth, and third port of British Columbia. Pop. (1931) 17,524. Founded in 1859, it was the
capital of British Columbia when the British possessions on the Pacific coast formed two colonies—i.e., British Columbia (the mainland portion) and Vancouver island. The city has a fine harbour with 30 to 40 ft. of water, which is managed by a harnour commission and has a large trade, particularly in timber. New Westminster is a manufacturing centre, fish, fruit and vegetable canning, iron-founding, shingle and lumber mills and ship-
building being among the industries; and fruit-growing, dairying and mining are carried on in the district. The city is on the Canadian Pacific, Great Northern
and Canadian
National rail-
ways, and is connected with Vancouver, 12 m. distant, by electric
railway. The Columbian Methodist college is here. NEW YEAR’S DAY, the first day of the year. In the Gregorian calendar this date occurs twelve days earlier than in the
The highest peak is Mt. Marcy (5,344 ft.), though associated with it are several other peaks with an elevation from 4,000 to 5,000 feet. Even the higher summits are worn to a rounded condition, and are therefore for the most part forest-covered up to the timber line which, on Mt. Marcy, is at an elevation of about 4,900 feet. From the crest of the dome of the Adirondacks proper the surface slopes in all directions to surrounding lowlands; to the St. Lawrence valley on the north; the Champlain-Hudson lowland on the east; the Mohawk valley on the south; and Lake Ontario on the west. The Adirondack area proper, and much of the surrounding ring of more recent rocks, is either too rugged, or has a soil too thin and rocky for extensive agriculture. It is therefore a sparsely settled region with lumbering for one of the leading industries, though there is some mining, as of iron. Owing to the varied and beautiful scenery, this is a favourite summer resort; the game of the forest and the fishing in the streams and in the multitude of lakes serve as further attractions. In the peripheral ring farming increases, especially dairying; and manufacturing industries connected with the products of forest, farms and mines are developed. These and other manufacturing in-
dustries are greatly aided by the extensive water-power furnished Julian; thus New Year’s Day is the English 13th of January. The ancient Egyptians, Phoenicians and Persians began their by the mountain streams which flow out radially from the central year at the autumnal equinox (Sept. 21) and the Greeks until area. South of the Adirondack region, and south of the Mohawk the sth century B.C. at the winter solstice (Dec. 21). The ancient Romans once celebrated the beginning of the year on the 21st valley, rises a high-level plateau which extends westward to the of December, but Caesar by the adoption of the Julian calendar Pennsylvania boundary. Here the rocks are all essentially horipostponed it to the rst of January. The Jews have always reck- zontal and of the Palaeozoic age, mainly Devonian. This plateau oned their civil year from the first day of the month of Tishri province, which includes more than half the State, differs greatly (Sept. 6-Oct. 5), but their ecclesiastical year begins at the spring from place to place. Its elevation decreases toward the north by equinox (March 21). The 25th of March was the usual date a series of steps, the lowest elevation being on the Ontario plain among most Christian peoples in early mediaeval days. In Anglo- which skirts the southern shore of Lake Ontario. Similar to this Saxon England, however, the 25th of December was New Year’s is a narrow plain along the southern shore of Lake Erie, which, Day. At the Norman Conquest owing, it is believed, to the coin- in fact, lies in a shallow depression in this Erie plain. Both of cidence of his coronation being arranged for that date, William these plains are so level, and have so fertile a soil that they are the Conqueror ordered that the year should start on the rst of the seats of extensive agriculture, especially fruit raising, which January. But later England began her year with the rest of is further encouraged by the influence of the large bodies of lake Christendom on the 2sth of March. The Gregorian calendar water that moderate the heat of summer and the cold of winter, and tend to check the late frosts of spring and the early frosts (1582), which restored the rst of January to its position as New Year's Day, was accepted by all Catholic countries at once; by of autumn. Elsewhere in the plateau province the land is higher Germany, Denmark and Sweden about 1700, but not until 1753 and the surface far more irregular, increasing in ruggedness toward both the south and the east. Elevations of 1,500 and by England. NEW YORK, one of the original 13 United States of America, 2,000 ft. are common in this region all the way from Chautauqua situated between 40° 29’ 40” and 45° o’ 2” N. and between 71° county in the extreme west to the Catskill mountains in the east; sr’ and 79° 45’ 54-4” W. Although one of the smaller States in and in places the surface becomes so rugged as to simulate the the Union, being 29th in area, New York ranks first in popula- features of mountains and locally to win the name of mountain. tion and in wealth, and has won for itself the name “Empire Valleys are deeply sunk in the plateau, the largest with bottom State.” Its northern boundary is, for the most part, formed by lands of sufficient width to give rise to strips of fertile farmLake Ontario and the St. Lawrence river, which separate it from land. The valley walls rise to undulating and often fairly level the Province of Ontario, Canada; but north of the Adirondacks uplands, which are, in large part, cleared of forest. In the main the boundary line leaves the St. Lawrence, extending in a due they are grazing lands—the seat of important dairy and sheepeast direction to the lower end of Lake Champlain. Thus the raising industries. This is the region of abandoned farm houses. boundary between New York and the Province of Quebec, Canada, Since the plateau region is a northward extension of the Alleghany is wholly artificial. Vermont, Massachusetts and Connecticut plateau, which skirts the western base of the Appalachian mounbound New York on the east; the Atlantic ocean, New Jersey and tains, it rises as the mountains are approached. Thus, in south-east Pennsylvania on the south; and Pennsylvania, Lake Erie and the New York, where the Appalachians enter the State, the plateau Niagara river on the west. The State has a triangular outline, becomes much higher than in the west, reaching its culmination with a breadth from east to west of 326-46 m. and from north to in the Catskills. Here, partly because of elevation, and partly south, on the line of the Hudson, of 300 miles. In addition, it because of the resistant nature of the Catskill sandstone, dissection includes Long island and Staten island on the Atlantic coast. Its has so sculptured the plateau as to carve it into a mountainous land area is 47,654 sq.m. and the area of the inland waters is mass generally known as the Catskill mountains (g.v.). In.this 1,550 sq.m., giving a total area of 49,204 sq. miles. In addition to part of the plateau, summit elevations of from 3,000 to 4,000 ft. this, New York includes 3,140 sq.m. of water in Lakes Ontario are common, the highest point being Slide mountain (4,205 ft.). Like the Adirondacks, this region is largely forest covered, and and Erie. Physical Features—The most notable topographic feature is is a favourite summer resort; but it is far less a wilderness than the roughly circular mountain area of north-eastern New York, the Adirondacks, and in places is cleared for farming, especially known as the Adirondack mountains (g.v.). This is a very ancient for pasturage. In the plateau province there are other areas mountain mass of crystalline rocks resembling more the Lauren- known as mountains, of which the Helderberg mountains are the tian mountains of Canada than the Appalachians. Indeed, it is most conspicuous. This formation is really an escarpment facing
NEW YORK (STATE)
366
a—55
post = 2 Cpa a hh tn)
‘
a
wae a
Bs
i ts iL
W774. SL meee e be ;
x
a
;
on ge a Siue ane
near | perature is not far from 45° though it varies from over 50°
Jl
5
i
Lit
f
À
thee i= gull ~- Be
4
É
j
A
367
(STATE)
YORK
NEW
pHYSICAL FEATURES]
foe
iit
Pea
less than New York city, and 48° near the Lake Erie shore, to heat summer m maximu average The acks. Adirond 40° in the high the In . reached rarely being 100° is about 93°, a temperature of onally excepti during zero below s descend ture tempera the winter
over comcold spells. Most of the rivers and smaller lakes freeze and 45 in. pletely in winter. The average rainfall is between 40 and over but it is less than 30 in. in the Lake Champlain valley the region ack Adirond the In city. ss in. north of New York New snowfall is heavy, the winter long and severe. In central the depth York it is not uncommon for snow to accumulate to city, of 3 or 4 ft. and yet this is not persistent. About New York The depth. in ft. 1 exceeds rarely snow the Island, Long and on c cycloni of passage t frequen the to climate is variable owing weather storms from the west and south-west, bringing warmer heat and with rain and snow in winter, and causing days of great York humidity, with thunder-storms, in summer. About New of winter, rigours the softens ocean the Island, Long on and city, the coast, and through the influence of cold surface waters off tempers the heat of summer. Soil.—The soil is mostly glacial drift, but its depth and compo-
sition often vary greatly even within small areas.
BUFFALO
CHAMBER
OF
COMMERCE
PORTS IN ENTRANCE TO BUFFALO HARBOUR, ONE OF THE TEN GREATEST
BY COURTESY
OF THE
THE WORLD
Buffalo is situated
at the foot of the Great
the big lake carriers ends. seventh among
the industrial
Lakes,
It ranks fourth among
where
navigation
for
United States ports and
cities of America
Thus highway which is followed by canal, railway and motor road.
n mounthere is here a gap, easily traversed, across the Appalachia beyond. plains fertile and level more the to ux tains and platea of most State, the in ponds There are thousands of lakes and Ontario, and Erie Lakes g includin even all, and small very them Erie and the result of glacial action. The largest lake apart from
on the Ontario is the beautiful Lake Champlain, which lies is State the within entirely lake largest The eastern boundary. series of Lake George. In the central part of the State area is a direcpeculiar elongated lakes, extending in a nearly north-south Cayuga, are these of largest The lakes. tion, known as the Finger Here too Seneca, Keuka, Canandaigua, Owasco and Skaneateles. the exIn park. a for State the by d acquire Glen is Watkins lly beautifu lake, uqua Chauta is treme western part of the State is noted situated in the plateau of western New York. New York
beauty. for its many falls and rapids, some of them of great m. wide Of these the largest is the cataract of Niagara, about 1 State; and 165 ft. high. The American fall is entirely within the the of centre the down passes but the Canadian boundary-line of Horseshoe or Canadian fall. Other notable falls are those Cayuga the in falls the er, Rochest at and Portage the Genesee at roga, and the Seneca valleys, Trenton falls, the Falls of Ticonde
and a multitude of falls and rapids in the Adirondack region.
Lakes, 75 New York has an extensive coast-line along the Great of m. on Lake Erie and over 200 m. on Lake Ontario. The largest where, the lake ports is at Buffalo at the head of Niagara river,
from the west must owing to the Niagara cataract, lake boats transfer their goods to rail or canal. Buffalo lies at the lower end of natural lake navigation, though by the building of a ship canal in Canada, lake steamers can proceed into Lake Ontario and thence to the St. Lawrence. The ocean coast-line, though
of limited extent, is by far the most important in the United States. The gteater part of the sea-coast is on Long island—aof and low, sandy coast, the seat of numerous summer resorts
somé fishing. The mainland, opposite the western end of Long Island, is traversed by the lower Hudson and other channhels— submerged valleys—which form a branching bay with several islands, the largest of which are Staten and Manhattan islands.
This bay makes an excellent protected harbour, with an immense
The most
the State, widely distributed soil, especially in the west half of ing of pulveriz glacial the by formed was is mainly a clay which sition limestone and shale and is still forming from the decompo and along of fragments of these substances. In the larger valleys
water front, at the outlet of the chief natural highway from the east to the interior of the country.
the shores of lakes alluvium is mixed with this clay.
Population.—New York outstripped Pennsylvania in popula-
in the Hon in the first decade of the roth century, and Virginia populous second decade, and since 1820 it has been the most censuses selected certain at on populati The Union. the in State
5 in was as follows: 340,120 in 1790; 1,372,812 in 1820; 3,880,73 4 in I9IO; £860; 5,082,871 in 1880; 7,268,894 in 1900; 9,113,61 In 1930 decade. the for t4% of gain a 1920, in 27 and 10,388,2 or 21-2% the population was 12,588,066, an increase of 2,202,839 was for this decade. The native white population in 1920
2,844,083 4,385,915, of Whom 3,668,266 were of native parentage; The forof foreign parentage; and 873,566 of mixed parentage.
TAL od er E seeCCEEC CA ia er mel eetrT heee T o Sere crer 3.000.000
2288
23
—
38 8
328
kaai
—
&
„m
33
"=
OF NEW YORK DURING GRAPH SHOWING GROWTH OF POPULATION OF THE STATE CENSUS) THAT IS 1925 FOR FIGURE (THE 1925 TO
y
1790
including 545,173 eign-born white population was 2,786,122, ny, 284,747 natives of Italy, 529,240 of Russia, 295,650 of Germa 135,305 of , Austria of 2 151,17 , Poland of 9 of Ireland, 247,51 tion was popula negro The , England and 111,974 of Canada population per e averag The total. the of 1-9% only or 198,483, tion (in cities square mile in 1930 was 264-2. The urban popula census). with 2,500 or more inhabitants) was 82% in 1925 (State
of in 1930. Climate—tIn general the climate of New York is typical Of the State’s population 55% lived in New York city that of northern United States, a climate of extremes, hot in In 1930 there were 22 cities with a population over 30,000; those summer, and cold in winter, and yet healthful, stimulating, and, with a population exceeding 100,000 were; . The average mean annual temon the whole, not disagreeable
NEW YORK (STATE)
368
[GOVERNMENT
for new taxes, loans or other appropriate actions to meet any | : New York . Bronx Borough Brooklyn Manhattan ,,
Queens
Richmond Buffalo Rochester . Syracuse
1930
1920
6,930,446 1,265,258 2,560,401 1,867,312
5,620,048 732,016 2,018,356 2,284,103
1,079,129
3
158,346 573,076 328,132 209,326 134,646 127,412 101,740
,, :
Yonkers Albany Utica
|
469,042
116,531 506,775 295,750 171,717 100,176 113,344 04,156
De
Government.—Since
becoming a State, New York has been
governed under four constitutions, adopted in 1777, 1821, 1846
and 1894 respectively. A Constitutional Convention met and proposed a new Constitution in 1915, but it was rejected by the people. The present Constitution may be amended by a majority vote of the members of two successive legislatures and approval by the electorate. Suffrage is bestowed on all citizens who have attained the age of 21 years and have been inhabitants of the State for one year, but for the protection of the ballot, citizenship for go days, residence in the county for four months, and in the election district for 30 days next preceding the election are required. An absentee voting law, subsequently amended, went into operation in IQIQ. The executive and administrative department of New York State is functioning under a reorganization plan, authorized by a constitutional amendment approved in Nov. 1925, which became effective Jan. 1, 1927. Under this system there are 18 major departments to which have been allocated the duties of more than 180 commissions and bureaux. Only the governor, lieutenant governor, comptroller and attorney general are now elected. They are elected biennially (in even-numbered years). The office of secretary of State is now appointive; the duties of the State treasurer were transferred to the division of finance in the department of taxation and finance; while the duties of the State engineer and surveyor were transferred to the division of engineering in the department of public works. The 18 State departments now consist of the executive department, the de-
estimated deficiency for the ensuing fiscal year. A bill or item of an appropriation bill that has been vetoed by the governor can become a law only with the approval of two-thirds of the members elected to each house of the legislature. The salar of the governor and of the lieutenant governor, as fixed by an amendment of the Constitution in 1927, is $25,000 and $10,000
respectively. The legislative power is vested in a senate of s; members elected biennially and an assembly of 150 members
elected annually.
Since 1846 both senators and assemblymen
have been elected by single districts, and ever since the State
Government was established they have been apportioned according to population, but the present Constitution limits the representa.
tion of New York city in the senate by declaring that no county shall have more than one-third of all the senators, nor any two adjoining counties more than one-half of them. The legislature meets in annual sessions, beginning on the first Wednesday in
January.
Money bills may originate in either house, but at the
final vote on such a bill in either house three-fifths of the members elected to that house must be present and the yeas and nays must be recorded; bills entailing appropriations for local or private purposes must receive a two-thirds majority to pass. The legislature appoints the board of regents of the University of the State of New York. The judicial system comprises a supreme court of 112 justices, four appellate divisions of the same, a court of appeals, a court of claims and local courts. The highest judicial court
in the State is not, as in most States of the Union, the supreme court, but the court of appeals.
This court consists of a chief
judge and six associate judges elected from the State at large for a term of 14 years. Its jurisdiction is limited, except where judgment is of death, to a review of questions of law. Vacancies are temporarily filled from among the justices of the supreme court by
the governor. To expedite business, at the request of the court, the governor may designate not more than four justices of the supreme court to act temporarily as additional associate judges of the court of appeals. The salary of the chief judge is $22,500, of the associate judges $22,000 a year. The justices of the supreme court are elected for 14 years from the nine districts into which the State is divided. The jurisdiction of each justice extends over the entire State. Vacancies are temporarily filled by the governor. The supreme court has general jurisdiction in law and equity, including all actions both civil and criminal. The salary of the justices in the first district and in Kings county of the second district is $17,500 a year; in the remainder of the second district it is $16,300 a year; in the other districts it is $15,000 a year. The State is divided into four departments for each of which there is an appellate division consisting of seven justices in the first and second departments and five in each of the others. The justices and presiding justices are designated ;
=o
Š
EROLLA gE pan.
=
Eras
ff
rere fi
eee
fi
ee
0
(except in the case of a newly elected governor, when the date is numbered years. The organization of cities and villages is proextended to Feb. 1), a budget containing a complete plan of vided by the legislature, which may restrict their powers of proposed expenditures and estimated revenues for the next fiscal taxation and of contracting debts and may fix salaries. Town (or
year. The budget also contains recommendations of the governor
township) Government in New York somewhat resembles that
NEW YORK (STATE)
EDUCATION]
of New England; the chief executive officer of the town is a supervisor, who represents his town in the county “board of
supervisors.”
Finances.—The aggregate valuation of real and personal property in 1926 was $22,924,821,772, and on this amount the State
levied a tax of one mill on each dollar of valuation.
From
the State tax on property, for the year ending June 30, 1926 (based on the 1925 valuation and levy), a revenue of $28,460,191 was collected.
The principal sources of State revenue, however,
were various special taxes, the chief of which were corporation
raxes ($48,805,970), inheritance taxes ($22,222,748), motor vehicle licences ($21,031,569), transfers of shares of stock ($15,801,074), personal income taxes ($14,40 5,068), mortgage taxes ($6,810, 518), corporation organization tax ($3,573,795) and an insurance pre-
mium tax ($1,811,990). period were
as follows:
The chief expenditures during the same education,
$48,437,223;
construction,
$35,836,335; curative, $20,166,005; State debt, $15,758,569; regulative, $13,525,053; charitable, $6,626,419; protective, $4,145,043; and administrative, $4,036,232. The total general revenue receipts for the year ending June 30, 1926 amounted
to
$175,251,768, and the disbursements to $173,192,425. On the same date the total debt of the State was $316,825,000. The sinking funds, however, amounted to $94,959,357, leaving a net State debt of $221,865,643. Of the total bonded debt, $152,120,ooo were incurred for canals, $98,000,000 for highways, $41,400,000 for World War veterans’ bonus, $12,000,000 for the State institutions building fund, $7,000,000 for forest preserves and
$5,000,000 for the Palisades Interstate park. In 185r a State banking department was created, and at the head of this is a superintendent of banks appointed by the governor, with the consent of the senate. This office was continued under the reorganized administrative system which became effective on Jan. 1, 1927. The superintendent—or examiner appointed by him from a civil service list—is required to examine every bank, trust company and other financing institution within the State; national banks excepted. There were 1,144 commercial and savings banks operating within the State on June 30, 1926, and of this total 542 were'national banks. These banks had resources of $17,373,910,000 or 26-9% of the total resources of all banks in the United States. Of the 6z banking institutions in the United States having deposits of $100,000,000, or more, 33 were in the State of New York. Education.—The first school was established by the Dutch at New Amsterdam (now, New York city) as early as 1633, and at the close of the Dutch period there was a free elementary school in nearly every settlement. King’s college was founded in 1754; and from 1704 to 1776 the other schools were principally those maintained by the Society for the Propagation of the Gospel in Foreign Parts. Hardly any schools remained in operation throughout the Revolutionary War. In Jan. 1784 Governor George Clinton recommended legislation for the “revival and encouragement of seminaries of learning,” with the result that the legislature passed an act establishing a State university of which Columbia college, formerly King’s, was the “mother” portion. In 1787 a second university act was passed which restored to Columbia college the substance of its original charter and made the University oftheState of New York an exclusive executive body with author-
lty to incorporate new colleges and academies and to exercise over them the right of visitation. The functions of the university were
extended to include an oversight of the professional, scientific and technical schools, the administration of laws relating to admission
to the professions, the charge of the State library at Albany, the supervision of the local libraries, the custody of the State museum and the direction of all scientific work prosecuted by the State. This dual system was consolidated by the Educational Unification Act of 1904, in conformity with which the university regents have
become a legislative body, subordinate to the State legislature,
369
shall at all times be three more than the number of judicial districts. The commissioner of education is chosen by the regents and
continues in office during their pleasure. The commissioner (subject to approval of the regents) appoints three assistant commissioners for higher, secondary and elementary education respectively. The elementary schools are under the general control of district superintendents. The number in a county ranges from five to eight. Any two or more adjoining school districts may unite to form a union free school district, and in any village or union free school district having a population of 4,500 or more the board of educatign may appoint a superintendent of schools. The total public school enrolment in 1925 was 1,951,160, and the total school expenditures were $283,506,175. Of the total public school enrolment, 1,641,511 were enrolled in the elementary and kindergarten schools and 309,649 were enrolled in secondary schools. The public schools of the State employed 64,542 teachers. In 1924 there were 125,289 pupils enrolled in the private and parochial schools within the State. School attendance has long been compulsory. For the training of teachers the State maintains teachers colleges at Albany and Buffalo, and normal schools at Brockport, Cortland, Fredonia, Geneseo, New Paltz, Oneonta, Oswego, Plattsburg and Potsdam. The State controls professional and technical schools through the regents’ examinations of candidates for admission to such schools and to the professions, determines the minimum requirements for admission to college by the regents’ academic examinations, maintains the large State library and the valuable State museum, and occasionally makes a gift to a college or university for the purpose of maintaining courses in practical industry. Under such an arrangement are maintained the State college of Agriculture and the State college of Home Economics both connected with Cornell university (g.v.), at Ithaca; the State agricultural experiment station, at Geneva; the State school of Agriculture at St. Lawrence university, at Canton; the State school of Agriculture at Alfred university at Alfred; the State school of Agriculture at Morrisville; the State school of Agriculture at
Cobleskill; the State school of Agriculture at Delhi; the State Institute of Applied Agriculture on Long Island at Farmingdale, L.I.; the State school of Forestry at Syracuse university, Syracuse; and the State school of Clay Work and Ceramics at Alfred university, at Alfred. Among the institutions of higher learning in the State, besides Columbia university (g.v.) and Cornell university (g.v.), are: Union university at Schenectady; Hamilton college at Clinton; Colgate university at Hamilton; Hobart college at Geneva; Rensselaer Polytechnic Institute at Troy; New York university in New York city; Alfred university at Alfred; Fordham university in New York city; College of the City of New York; University of Rochester at Rochester; Polytechnic Institute of Brooklyn at Brooklyn; Niagara university at Niagara Falls; St. Lawrence university at Canton; St. Bonaventure’s college at Alleghany; Long Island university at Brooklyn;
Manhattan college at New York
city; Vassar college (g.v.), at Poughkeepsie; St. John’s college at Brooklyn; Canisius college at Buffalo; Syracuse university at Syracuse; Adelphi college at Brooklyn; Clarkson college of Technology at Potsdam; St. Rose’s college at Albany; Wells college at Aurora; St. Francis college at Brooklyn; D’Youville college at Buffalo; St. Joseph’s college for Women at Brooklyn; University of Buffalo at Buffalo; Elmira college at Elmira; Houghton college at Houghton; Keuka college at Keuka Park; College of New Rochelle at New Rochelle; College of Mount St. Vincent at New York city; College of the Sacred Heart at New York city; Cooper Union at New York city; Hunter college of the City of New York; Skidmore college at Saratoga Springs; Marymount college at Tarrytown; Russell Sage college at Troy; and Good Counsel college at White Plains. The United States
for determining the general educational policy of the State, and a
Military academy (1802) is at West Point. Charities and Corrections.—Penal institutions are under the supervision of the department of correction; schools for mental
The regents of the university are chosen by the legislature, one
defectives and hospitals for the insane, except for the criminal insane, are under the supervision of the department of mental
commissioner of education acts as the chief executive, advisory and supervisory, officer of the whole educational system. retiring each year; and an act of 1909 requires that their number
hygiene; and all other charitable and correctional institutions,
31S
NEW YORK (STATE)
[PRODUCTS
maintained wholly or in part by the State, except the State camp |Of the total acreage of all farm crops in 1926, 4,915,000 (59:3% j
for veterans at Bath which is under the control of the executive | were of hay and 2,376,000 (28-6%) department, are under the supervision of the department of charities. At the head of the department of corrections is the commissioner of correction, appointed by the governor with the consent of the senate for a term equal to that of the appointing governor. The division of parole consists of the commissioner of correction and of two members appointed by the governor for a term of five years. The duties of visitation and inspection are vested in the State commission of correction composed of seven members appointed by the governor for four years and the commissioner of correction. The institutions under this department in 1927 were as follows: Auburn prison at Auburn; Clinton prison at Dannemora; Great Meadow prison at Comstock; Sing Sing prison at Ossining; hospitals for the criminal insane at Dannemora and Matteawan; New York State reformatory at Elmira; the State training school at Albion; New York State reformatory for women at Bedford Hills; and the Institute for defective delinquents at Napanoch. At the head of the department of mental hygiene is the com-
were of cereals.
In the
amount of the hay crop (6,469,000 tons) and in value ($96,703. 000), New York ranked first among the States of the Union, To 1926 4,887,000 bu. of wheat; 23,450,000 bu. of Indian corn: 34 378,000 bu. of oats; 5,066,000 bu. of barley; 3,837,000 bu, of buckwheat; 434,000 bu. of rye; 1,145,000 bu. of dry beans: 29.016,000 bu. of potatoes; 2,200,000 Ib. of tobacco; 40,375,000 by of apples; 2,300,000 bu. of peaches; 2,088,000 bu. of pears: 9,871,000 qt. of strawberries; and 106,700 tons of grapes were
QQ Nra POPULATION
1920
missioner of mental hygiene appointed by the governor with the consent of the senate. He holds office during the term of the apVALUE OF VALUE OF FOREIGN TRADE: pointing governor, and receives an annual salary of $12,000. In 22 LEADING MANUFACTURES 1925 VALUE OF IMPORTS Crops 1927 14.3% & EXPORTS 1927 1927 the department of mental hygiene had supervision over the 2.6% P N 48.2% following institutions: State schools for mental defectives at Newark, Rome, Syracuse, Letchworth Village (Thiells) ; the Craig Colony (epileptics) at Sonyea; and hospitals for the insane at Binghamton, Brooklyn, Buffalo, Central Islip, Helmuth (the Gowanda Homoeopathic), Wingdale (the Harlem Valley), PoughBANK DEPOSITS LIFE INSURANCE INCOME TAX PAID POSTAL RECEIPTS keepsie, Kings Park, New York (the Manhattan), Middletown JUNE 30, 1927 IN FORCE 1927 26.3% DEC. 31, 1926 17.7% (Homoeopathic), Rochester, Ogdensburg (St. Lawrence), Utica 17.8% and Willard. RELATIVE IMPORTANCE OF NEW YORK STATE IN CERTAIN ASPECTS OF The State department of charities consists of a State board of THE NATIONAL LIFE charities of 12 members, one member from each of the nine judicial districts and three additional members for the City of produced. New York ranked first among the States in the proNew York, all appointed by the governor with the consent of the duction of buckwheat; second in the production of grapes and of senate for a term of eight years. The board appoints a chief commercial apples; third in the production of dry beans; and executive officer with the title of director of State charities. In fourth in the production of potatoes and of pears. It has a larger 1927 the State charitable institutions were as follows: State train- acreage of vegetables than any other State of the Union. The ing school for girls, Hudson; State agricultural school, Industry; State is a large producer of onions, green peas, green (snap) beans, Thomas Indian school, Iroquois; State Woman’s Relief Corps cauliflower, celery, cabbages, carrots, lettuce, tomatoes, turnips, Home, Oxford; Hospital for Treatment of Incipient Pulmonary sweet corn, cucumbers, rhubarb and parsnips. The culture of small Tuberculosis, Raybrook; and Orthopaedic hospital for children, fruit and vegetables is widely distributed throughout the westem West Haverstraw. The House of Refuge, Randalls Island, is sup- half of the State and in the valley of the Hudson, and the greater ported in part by the State and is subject to visitation by the de- part of Long Island under cultivation is devoted to market gardenpartment of charities. The State Institute for the Study of ing, floriculture and nurseries. The total value of the fruit crop Malignant Diseases, located at Buffalo, is under the control of the in 1926 was second only to that of California. The greater ordepartment of health. Facilities for educating the blind are pro- chards are in the tier ef counties bordering the south shore of vided by the State school for the blind at Batavia and by private Lake Ontario and in Dutchess and Ulster counties in the Hudson institutions where pupils are maintained on a per caput basis. The valley. Chautauqua county is the chief producer of grapes, but deaf and dumb are educated in private institutions, exclusively. this fruit is grown extensively in the region west of Seneca lake Such pupils as are appointed by the commissioner of education, in the vicinity of Lake Keuka, and in parts of the lower valley of are maintained by’the State. The condition of several of these the Hudson. The dairy business and the production of hay are State institutions was so unsatisfactory that in the spring of 1929 especially prominent in the upper valley of the Hudson, in the Governor Roosevelt advocated an issue of $50,000,000 bonds to rugged regions west of the Adirondack mountains and in the rugged portions of the counties in the southern half of the State. provide for their renovation. Agriculture and Stock-raising.—Although New York has According to the 1925 census of agriculture, 741,983,208 gal. of lost in the competition with the Western States in the production milk were produced in 1924, and all dairy products had a value of of most of the grains, especially wheat, barley and Indian corn, $118,303,772. In 1924 there were 370,970 sheep shorn, and the and in the production of wool, mutton and pork, it has steadily wool production was 2,699,164 lb., worth $1,174,698. The egg proprogressed in the dairy business and continues to rank first as a duction (87,167,262 dozen) and the number of chickens raised hay producing State. It has made great advances, too, in the pro- (14,940,905) had a total value of $48,453,508. The value of all duction of flowers, ornamental plants, nursery products, fruits, live stock within the State, according to the 1925 census of agtivegetables, poultry and eggs. The farm acreage in 1925 was 19,- culture, was $170,419,127. Minerals.—More than 30 mineral substances are obtained in 269,926 or 63-2% of the State’s total land area. Of this total, 9,087,663 ac. were classified as crop land, and 8,290,335 ac. pro- commercial quantities from the mines, quarries and wells of New duced crops for harvest. The number of farms steadily decreased York, but, because of the absence of coal and of petroleum i from 226,720 in 1900 to 188,754 in 1925. The average acreage large quantities, it produced only 2-05% of the mineral wealth of per farm, in the latter year, was 102-1, a slight increase from the the United States in 1925. New York then ranked 14th among the 99-9 ac. in 1900. More than 85% of the farms were operated by States of the Union. The total value of the mineral products in owners or part owners. The total value of all farm property de- 1925 was $102,035,557. The table below shows the principal prodcreased between 1920-25 from $1,908,483,201 to $1,706,929,770, ucts and their values in that year.
NEW YORK (STATE)
PRODUCTS] Product
|
ee
er
Quantity
Se
ee
Clay products . . Gypsum, short tons .
Cement, barrels
|Stone, short tons
.
8,869,200 | 12,358,238
14,966,616 2,053,970
Iron ore, long tons
»
9
39
9,750,433 7:133,244
1,695,000 §,210,000
6,270,000 3,778,000
104,829
1,030,960
5,158
784,016
413,517
Lime, short tons
5
$
8,534,089 | 14,967,642
.
| Petroleum, barrels . Natural gas, M. cu. ft.
Zinc,
| ereemneeet eee
. 24,550,751 I,731,254 | 16,219,906
| Sand and gravel, short tons | Salt, short tons . ;
Tal,
Value
mewe
85,109
1,988, 735
993,913
New York ranked first among the States in the production of gypsum, talc, sand and gravel, emery, abrasive garnet and magnesium; second in salt; fourth in cement; and fifth in clay
products. Manufactures.—The establishment of a commerce through the State from New York the construction of the Erie canal, opened in the building of railways along the line of the
great highway of city to Buffalo by 1825, and later by water route, made
the State’s manufactures quite independent of its own natural resources. Thus it happens that from Buffalo to New York city
there is a chain of busy manufacturing centres; but away from the great natural route of commerce New York is not especially noteworthy either for its density of population or for extensive manufacturing and commerce.
New York State has ranked first in the Union in the value of its manufactures since 1830, and this value rose to $8,968,547,839 in 1925. The value ($5,324,413,612) of the products of the manufactures of New York city alone represented approximately 60% of the total. The manufacture of clothing, begun in New York city about 1835, was not only the city’s chief product but was also the principal product of the State. The value of the clothing produced within New York city was $1,388,305,548 in 1925. New York city, also, ranked first among the American cities in printing and publishing ($463,838,r0r); fur goods ($194,803,213); millinery and lace goods ($194,494,559); bakery products ($181,173,-
270); knit goods ($86,212,313); jewellery ($57,415,232); and confectionery and ice cream ($51,239,959). Buffalo, the city second in manufactures, shares largely with New York city the business of slaughtering and meat-packing, the refining and smelting of copper, and the manufacture of foundry and machine-shop products. It is the principal centre for the manufacture of flour and grain mill products and for the motor vehicle industry. Rochester, the city third in manufactures, was first among the cities
of the United States in the manufacture of photographic materials and apparatus and optical instruments. Niagara Falls and New MEN’S
CLOTHING:
TOTAL
VALUE
$1,087,237.742
MADE IN NEW YORK $ 470,093,681
WOMEN'S
CLOTHING:
MADE IN NEW YORK
TOTAL
VALUE
$1,293,705,291
$ 1,025,648,160
PROPORTION OF TOTAL U.S., OUTPUT OF MEN'S CLOTHING CLOTHING MANUFACTURED IN NEW YORK, 1925
AND WOMEN’S
York city manufactured a large part of the chemicals. Cities, other
than those already mentioned, with products valued at more than $100,000,000 in 1925 were:
Syracuse, Yonkers and Schenectady.
The number of industrial establishments, which reported prod-
ucts over $5,000 in 1925, was 33,303. Lhe 1,066,202 wage-earners In 1925 received $1,533,893,390 in wages. The industries with
products valued at more than $100,000,000 in 1925 were: clothing, $1,495,741,841; printing and publishing, $548,304,377; foundry
and machine shop, $257,655,999; bread and bakery products,
$248,166,437; furniture, $155,826,177; motor vehicles, $155,647,-
OL
161; flour and grain mill products, $151,599,561; paper and wood pulp, $141,396,762; electrical machinery, $239,262,117; slaughtering and meat packing, $233,901,277; fur goods, $197,437,970; millinery and lace goods, $197,324,664; boots and shoes, $191,375, 288; knit goods, $183,233,931; sugar refining, $164,515,037; chemicals, $132,658,935; cigars and cigarettes, $122,613,390; silk, $112,156,313; food preparations, $121,134,193; steel works and rolling mills, $107,059,150; motor vehicle bodies and parts, $105,798,733; gas, manufactured, $102,859,050.
Transport and Commerce.—From the very beginning of the
occupation of New York by Europeans, commerce was much encouraged by the natural water-courses.
The Erie canal was opened
to boats of about 75 tons burden in 1825. The Champlain canal, connecting the Erie with Lake Champlain, was completed in 1823. The Oswego canal, connecting the Erie with Lake Ontario, was begun in 1825 and completed in 1828.
Several other tributary
canals were constructed during this period, and between 1836 and 1862 the Erie was sufficiently enlarged to accommodate boats of 240 tons burden. The first railway in the State and the second in operation in the United States was the Mohawk and Hudson, opened from Albany to Schenectady in 1831. The first great trunk line in the country was that of the Erie railway, opened from Piermont, on the Hudson river, to Dunkirk, on Lake Erie, in 1853. The New York Central railway, nearly parallel with the water route from New York city to Buffalo, was formed by the union, in 1860, of the New York Central with the Hudson River railway. In 1886 the New York Central Railroad company leased the West Shore railway for a term of 475 years, and this company operates another parallel line from Syracuse to Buffalo, a line following closely the entire
north border of the State, and several cross lines. Other important railways are the Lehigh Valley, the Delaware, Lackawanna and Western, and the Pennsylvania in the central and western sections, the Delaware and Hudson, the Rutland, the Boston and Maine, the Central New England and the New York, Ontario and Western in the east, and the Long Island on Long Island. In 1925 the operated steam railway mileage in New York was 8,373. In the same year there were 5,428 m. of electric railways operated by 86 companies. The road mileage in the State highway system on Dec. 31, 1926 was 14,068, of which 9,854 were surfaced. In the mileage of surfaced road, New York ranked first among the States. In competition with the railways, traffic on the existing canals suffered a marked decline. As this decline was accompanied with a considerable decrease in the proportion of the country’s export which passed through the port of New York, interest in the canals revived, and in 1903 the electorate of the State authorized the issue of bonds to the amount of $101,000,000 for the purpose of increasing the capacity of the Erie, the Champlain and the Oswego canals, to make each navigable to barges of 1,000 tons burden.
The project adopted by the State for the enlargement of the Erie provided for a new route up the Hudson from Troy to Waterford and then to the Mohawk river above the Cohoes falls. The improvement projects were completed in 1918. In addition to the canalized rivers and lakes (382 m.) the State has a canal mileage of 525. Of the total tonnage (2,369,367) moved on the State’s barge canals in 1926, 1,935,278 toms were on the Erie division. The water-borne commerce of New York State in 1926 consisted of 15,584,288 cargo tons in imports and 12,242,446 cargo tons in exports. Of this total, the Great Lakes contributed 3,993,220 tons in imports and 1,691,207 tons in exports. The imports to the port of New York decreased from $2,892,621,000 in 1920 to $2,224,964,000 in 1926, while the exports decreased in value from $3,283,873,000 to $1,662,538,000. Buffalo was by far the most important of the Great Lakes ports. HISTORY The aboriginal inhabitants of New York had an important influence on its colonial history. Within its limits from the upper Hudson westward to the Genesee river was the home of that powerful confederacy of Indian tribes the Mohawks, Oneidas, Onondagas, Cayugas and Senecas, known to the French as the
374
NEW YORK (STATE)
Iroquois and to the English as the Five (later Six) Nations. When supplied with firearms by Europeans they reduced a number of other tribes to subjection and extended their dominion over most of the territory from the St. Lawrence to the Tennessee and from the Atlantic to the Mississippi. They were at the height of their power about 1700. Of much less influence in New York were several Algonkin tribes in the lower valley of the Hudson and along the sea coast. Early Dutch Traders and Colonists——New York bay and the Hudson river were discovered by Giovanni da Verrazano in 1524, and were probably seen by Esteban Gomez in 1525; for many years following, French vessels occasionally ascended the Hudson to trade with the Indians. The history of New York really begins, however, in 1609. In July of that year Samuel de Champlain discovered the lake which bears his name and on its shores led his Algonkin Indian allies against the Iroquois, thus provoking against his countrymen the hostility of a people who for years were to hold the balance of power between the English and the French in America. On Sept. 3 Henry Hudson, in the employ of the Dutch East India company, entered New York bay in the ‘Half Moon” in search of the “northwest passage.” He conceived that a vast trade with the Iroquois for furs might be established. His report aroused great interest in Holland, and
the United Netherlands, whose independence had been acknowledged in the spring, claimed the newly discovered country. In 1610 a vessel was despatched with merchandise suitable for traffic with the Indians, the voyage resulted in profit, and a lucrative trade in peltries sprang up. Early in 1614 Adriaen Block explored Long Island sound and discovered Block island. The merchants of Amsterdam and Hoorn soon formed themselves into the New Netherland company, and on Oct. 10, 1614, received from the States-General a three years’ monopoly of the Dutch fur trade in New Netherland; i.e., that part of America between New France and Virginia or between latitudes 40° and 45° north. Late in the same year or early in 1615 a stockaded trading post called Ft. Nassau was erected on Castle Island, now within the limits of Albany, and a few huts were erected about this time or earlier on the southern extremity of Manhattan island; but no effort at colonization was as yet made. On the expiration of the charter of the New Netherland company (1618) the States-General refused to grant a renewal, and only private ventures were authorized until 1621. When the West India company was first chartered for a term of 24 years, to it was given a monopoly of Dutch trade with the whole American coast, authorized to plant colonies and to govern them under a very limited supervision of the States-General. In June, 1623, however, New Netherland was formally erected into a province and the management of its affairs assigned to the chamber of Amsterdam, which in March, 1624, despatched the “New Netherland,” with the first permanent colonists (30 families mostly Walloon), under Cornelis Jacobson Mey, the first governor or director of the colony. Arriving at Manhattan early in May, a few of the men remained there, but more than one-half of the families proceeded up the Hudson to Ft. Orange, and there founded what is now Albany. Three more vessels arrived in 1625, and when in that year Mey was succeeded as director by William Verhulst the colony had a population of 200 or more. The Government of the province was fully established in 1626 and was vested mainly in a director general and council. Peter Minuit, the first director general, arrived with more colonists in May, 1626, and soon afterwards Manhattan island was bought from the Indians, Ft. Amsterdam was erected
at its lower end, and the settlement here was made the seat of Government. In 1629, mainly to promote agriculture, the company issued its famous charter of privileges and exemptions, which provided that any member might have anywhere in New Netherland except on Manhattan island his choice of a tract of unoccupied land extending 16 m. along the seacoast or one side of a navigable river, or 8 m. along the river on both sides ‘‘and so far into the country as the situation of the occupyers will permit” by purchasing the same from the Indians and planting upon it a colony of so persons, within four years from the beginning of the undertaking, and that
[HISTORY
any private person might with the approval of the director genera) and council take up as much land as he should be able to improve.
The founder of a colony was styled a patroon, and, although the colonists were bound to him only by a voluntary contract jo, specified terms, the relations between them and the patroon dwr.
ing the continuance of the contract were in several importan: respects similar to those under the feudal system
between the
lord of a manor and his vassals. The single colony of Rensselaer. wyck established by Kilian van Rensselaer on both sides of the Hudson and extending in all directions from Ft. Orange (Albany), was the only one that prospered under the patroon system. In the meantime the patroons had claimed unrestricted rights of trade within the boundaries of their estates.
by the company.
These were stoutly denied
Director-general Minuit was recalled in 163,
on the ground that he had been partial to the patroons; and Wouter van Twiller, who arrived in 1633, endeavoured to promote only the selfish commercial policy of the company; at the close of his administration (1637) the affairs of the province were in a
ruinous condition.
William Kieft was appointed director-general late in 1637, and in 1638 the company abandoned its monopoly of trade in New Netherland and gave notice that all inhabitants of the United Provinces, and of friendly countries, might trade there subject to an import duty of 10%, an export duty of 15%, and to the requirement that the goods should be carried in the company’s ships At the same time the director-general was instructed to issue to
any immigrant applying for land a patent for as large a farm as he required for cultivation and pasturage, to be free of all charges for ten years and thereafter subject only to a quit-rent of one. tenth of the produce. Two years later, by a revision of the charter of privileges and exemptions, the prohibition on manu-
factures was abolished, the privileges of the original charter with respect to patroons were extended to “all good inhabitants of the Netherlands,” and the estate of a patroon was limited to four miles along the coast or a navigable river and eight miles back into the country. These inducements encouraged immigration not only from the Fatherland but from New England and Virginia. But the freedom of trade promoted dangerous relations with the Indians, and an attempt of Kieft to collect a tribute from the Algonkin tribes in the vicinity of Manhattan island and other indiscretions of this officer provoked Indian hostilities (1641-45), during which most of the outlying settlements were laid waste. Out of this warfare arose an organized movement for a Government in which the colonists should have a voice. In Aug. 1641, Kieft called an assembly of the heads of families in the neighbourhood of Ft. Amsterdam to consider the question of peace or war. The assembly chose a board of 12 men to represent it, and a few months later this board demanded certain reforms, but Kieft later denied its authority to exact promises from him, and
dissolved it. At another crisis in 1643, he was obliged to call a second assembly of the people. This time a board of eight men was chosen to confer with him. It denied bis right to levy certain
war taxes, and when it had in vain protested to him against his arbitrary measures it sent a petition, in 1644, to the States-General for his recall, and this was granted. Peter Stuyvesant (q.v.), his successor, arrived at Ft. Amsterdam in May, 1647. Under his rule there was a return of prosperity; from 1653 to 1664 the population of the province increased from 2,000 to 10,000. Stuyvesant was, however, extremely arbitrary. Although he permitted the existence of a board of nine men to act as “tribunes” for the people he treated it with increasing contempt.
English Occupation.— Notwithstanding the good claim to their
province which the Dutch had established by discovery and occu-
pancy, the Government of Great Britain, basing its claim to the same territory on Cabot’s discovery (1498), the patent to the
London and Plymouth companies (1606), and the patent to the Council for New England (1620), contended that the Dutch were
intruders, and by the Treaty of Hartford (1650), the commissioners of the United Colonies of New England forced Stuyvesant
to agree to a boundary which on the mainland roughly determined
the present boundary between New York and Connecticut and on
Long Island extended from Oyster bay to the Atlantic ocean. In
HISTORY]
NEW YORK (STATE)
1653, the Dutch, fearing an English attack, built a wall, from which the present Wail street was named, across
Manhattan
island at what was then the northern limits of New Amsterdam. In March 1664, Charles ITI. formally erected into a province the whole territory from the west side of the Connecticut river to
the east side of Delaware bay together with the whole of Long
island and granted it to his brother James, the duke of York and
373
The king, in an attempt to strengthen the imperial control over New England as well as to erect a strong barrier against the French, in 1688 consolidated New York and New Jersey with the New England colonies into the Dominion of New England and placed it under the viceregal authority of Sir Edmund Andros as governor-general. The news of the English revolution of 1688, however, caused an uprising in Boston, and in April 1689 Andros was seized and imprisoned. The fall of Andros encouraged a number of the restless spirits, especially in the City of New York and on Long Island to take matters into their
own hands.
Leisler
On May 31, 1689, the militia captains seized
Ft. James and Leisler assumed command later.
ry te ee en ait ee,
They found a leader in a German merchant, Jacob
(g.v.).
Tyrie y
Choy
In the following
month Nicholson, the lieutenant-governor, deserted his post and sailed for England, and Leisler easily gained possession of the city. He called an assembly which conferred upon him the powers of
OLD FORT NIAGARA, SHOWING RAMPARTS AND HISTORIC BUILDINGS Fort Niagara, located a short distance from Niagara Fails, was a gateway to the West in frontier days. In the right background is the French castle, built in 1726. The bakehouse, beside it, was erected by the English in 1762. In the foreground is the English blockhouse, dating
from 1771-73
Albany, as its lord proprietor. The duke appointed Col. Richard Nicolls governor and placed him in command of an expedition to effect its conquest. Nicolls won over the burgomaster of New Amsterdam and other prominent citizens by the favourable terms which he offered, and Stuyvesant was forced, without fighting, into a formal surrender on Sept. 8. The duke’s authority was proclaimed and New Netherland became New York. Among numerous changes from Dutch to English names was that from Ft. Orange to Ft. Albany. A treaty of alliance with the Mohawks and Senecas procured for the English the same friendly relations with the Iroquois that the Dutch had enjoyed. The transition from Dutch to English institutions was effected gradually and the private rights of the Dutch were carefully preserved. The introduction of English institutions into settlements wholly or largely English was begun in 1665 by the erection of Long Island, Staten Island and Westchester into an English county under the name of Yorkshire, and by putting into operation in that county a code of laws known as the “Duke’s Laws.” It gave the freeholders of each town a voice in the government of their town by permitting them to elect a board of eight overseers and a constable. The board sat as a court for the trial of small causes. Nicolls resigned the governorship in 1668, but his successor, Francis Lovelace, continued his policy—autocratic government, arbitrary in form but mild in practice, and progressive in the matter of religious toleration. In Aug. 1673, Holland and England being at war, a Dutch fleet surprised New York, captured the city, restored Dutch authority and the names of New Netherland and New Orange. But by the Treaty of Westminster, Feb. 1674, the Dutch title to the province was finally extinguished, and in November the English again took possession. In 1675 Governor Andros established at Albany a commission for Indian affairs which long rendered important service in preserving the English-Iroquois alliarice. The imperious
manner of Andros made him many enemies.
Some of them pre-
ferred charges against him relating to his administration of the
revenue. He was called to England in 1681 to answer these, and during his absence the demand for a representative assembly was accompanied by a refusal to pay the customs duties and so much other insubordination that the duke appointed Col. Thomas Dongan to succeed Andros, and instructed him to call the desired assembly, It met at Ft. James in the City of New York on Oct. 17, 1683, was in session for about three weeks, and passed rs acts. The first, styled a charter of liberties and privileges, required that an assembly elected by the freeholders and freemen should be called at least once every three years; vested all legislative authority in the governor, council and assembly; forbade the imposition of any taxes without the consent of the assembly; and provided for religious liberty and trial by jury.
a dictator. Some time after a copy of the order of the new monarchs (William and Mary) to continue all Protestants in their offices in the colonies had been received, Leisler falsely announced that he had received a commission as lieutenant-governor. Albany defied his usurped authority until his recognition was necessary to present a united front against the French and their Indian allies, who, in Feb. 1690, had surprised and burned Schenectady. French attacks had at the same time been directed against New England, and to meet the dangerous situation Leisler performed the one statesmanlike act of his public career, notable in American history as the first step toward the union of the colonies. At his call, delegates from Massachusetts, Plymouth, Connecticut and Maryland met in New York city with delegates from New York on May 1, 1690 to consider concerted action against the enemy, although the expedition which they sent out was a failure. Leisler had proclaimed the new monarchs of Great Britain and had declared that it was his purpose only to protect the province and the Protestant religion until the arrival of a governor appointed by them, but he was enraged when he learned that he had been ignored and that Col. Henry Sloughter had been ap-
pointed as the new governor. Leisler refused to give up the fort, and after some bloodshed was arrested and executed. The execution was regarded by many as an act of revenge, and for many years the province was rent by the Leislerian and anti-Leislerian factions. Governor Sloughter, as his commission directed, re-established in 1691 the assembly which James IT. had abolished in 1686, and throughout the remainder of the colonial era the history of the province relates chiefly to the rise of popular Government and the defence of the northern frontier. Until Gov. Cornbury’s administration (1702-08) both the Leislerians and the anti-Leislerians repeatedly bid for the governor’s favour by supporting his measures instead of contending for popular rights. But Cornbury’s embezzlement of £1,500, appropriated for fortifying the Narrows connecting upper and lower New York bay, united the factions against him and started the assembly in the important contest which ended in the establishment of its control over the public purse. In 1706 it won the right to appoint its own treasurer to care for money appropriated for extraordinary purposes, and in 1737 the custom of continued revenue acts was replaced by annual appropriations. ; The first newspaper of New York, the New York Gazette, was established in 1725 by William Bradford, as a semi-official organ of the Administration. In 1733 a popular organ, the New York Weekly Journal, was established under John Peter Zenger (1697— 1746), and in 1735 both the freedom of the press and a great advance towards the independence of the judiciary were the outcome of a famous libel suit against Zenger. He was arrested for libel in Nov. 1734 for printing criticisms of the administration. When his counsel, James Alexander (1690-1756) and William Smith (1679-1769), took exception to the commissions of the chief justice, James de Lancey (1703-60) and one of his asso-
ciates, because by these commissions the justices had been appointed “during pleasure” instead of “during good behaviour,” the chief justice disbarred them. Their places, however, were taken by Andrew Hamilton, speaker of the assembly of Pennsyl-
374
NEW YORK (STATE)
vania and a lawyer of great reputation in the English colonies. The jury quickly agreed on a verdict of not guilty, and the acquittal was greeted by the populace with shouts of triumph. The further independence of judges became a leading issue in 1761
when the assembly insisted that they should be appointed during good behaviour, and refused to pay the salaries of those appointed
[HISTORY
certain supplies for the British troops quartered in the city. Thi the assembly refused to do but parliament answered (1767) by
forbidding it to do any other business until it complied. It wa:
under these conditions that the Loyalists, in the elections of 1768
and 1769, gained control of the assembly and in the latter yea passed
an
act granting
the
soldiers’
supplies.
The
moderate
during pleasure; but the home Government met this refusal by
Loyalists joined in the election of delegates to the first Cont.
ordering that they be paid out of the quit-rents. The Defence of the Northern Frontier was a heavy burden to New York, but by its problems the growth of the union of the colonies was promoted. The main effort of the French, however, was, by diplomacy, to destroy the English-Iroquois alliance. To counteract the influence of French priests dwelling among the Iroquois, the English, in 1701, prevailed upon the chiefs to deed
nental Congress; but the great body of Loyalists in New Yor,
strongly disapproved of the “dangerous and extravagant” measures adopted by that body, and the assembly, in Jan. 1775, refused to approve its acts or choose delegates to the second Continents] Congress. The Patriots met this refusal by calling a provincia} convention to choose the delegates.
Scarcely had they done this
when news of the encounter at Lexington produced a strong te.
their territory, said to be 800 m. in length and 400 m. in breadth,
action in their favour, and in May 1775 they called a Provincia}
to the king of England. The English, also, frequently distributed presents. But the success of the French at the close of the 17th century and the early portion of the 18th was prevented only by the ceaseless efforts of Peter Schuyler (1657-1724) whose personal influence was for years dominant among all the Iroquois except the Senecas. When they had assumed a neutral attitude, he persuaded a number of them to join troops from New York, New Jersey and Connecticut in the unsuccessful expeditions of
Congress which usurped the powers of the assembly. Still, con. ditions were such in New York that a fight for independence was
1709 and 1711 against the French at Montreal. In order to regulate the trade with the Iroquois, Governor Burnet established a trading post at Oswego in 1722 and fortified it In 1727 and thereby placed the Iroquois in the desirable position of middlemen in a profitable fur trade with the “Far Indians.” In King George’s war New York was left alone to protect its own frontier and while the assembly was wrangling with Governor Clinton for the control of expenditures the French and their Indians were burning farm houses, attacking Saratoga (Nov. 17, 1745), and greatly endangering the English-Iroquois alliance. A reconcilia-
tion was effected, however, by Col. (later Sir William) Johnson (g.v.), a former agent of Indian affairs. Largely to secure the cooperation of the Iroquois the home Government itself now called the most important assembly of colonial deputies that had yet gathered to meet at Albany (g.v.). This body, consisting of 23 commissioners and representing seven colonies, met in June 1754, and, besides negotiating successfully with the Iroquois, it adopted, with some modifications, a plan of colonial union prepared by Benjamin Franklin; the plan was not approved, however, either by the home Government or by any of the colonies. In the first year of the French and Indian war (1755) Maj.-Gen. William Jobnson defeated a French and Indian force under Baron Dieskau in the battle of Lake George. In Aug. 1756 Montcalm took Oswego from the English and destroyed it, and in 1757 he captured Ft. William Henry; but in the latter year the elder Pitt assumed control of affairs in England, and his aggressive, clear-sighted policy turned the tide of war in England’s favour. Victory followed victory, Ticonderoga, Crown Point and Niagara were wrested from the French and New York was freed of its foes.
The Revolutionary War.—England’s attempt to make the colonies pay the expenses of the war by means of the stamp tax thoroughly aroused the opposition of commercial New York, already chafing under the hardships imposed by the Navigation Acts and burdened with a war debt of its own exceeding £300,000. The assembly authorized its committee, which had been appointed to correspond with the New York agent in London, to correspond also with the committees in the other colonies and this committee represented New York in the Stamp Act Congress, which met in New York city in Oct. 1765. In the series of events which followed important changes were made in party lines. The court party and propertied classes became the Loyalist Party, standing for law as against rebellion, monarchy and the union of the empire as against republicanism; the popular party became the Patriot Party, determined to stand on its rights at any cost. The Stamp Act was repealed in March 1766, but the Townshend acts were met in New York by fresh outbursts of the Sons of Liberty and, by an association of merchants, the members of which pledged
themselves not to import anything from England until the duties were repealed. New York had also been requested to provide
not to be lightly considered. In the south the chief city was exposed to the British fleet, and the northern border was exposed to attack from the British and their Iroquois allies. In varioys sections, too, considerable numbers of Loyalists were determined to aid the British. When, in June 1776, a vote on the Declaration of Independence was pending in the Continental Congress, the New York Provincial Congress refused to instruct its delegates in the matter; but a newly elected Provincial Congress, influenced by a Loyalist plot against the life of Washington, adopted the Declaration when it met, July 9. It was a settled point of British military policy throughout the war to hold New York city, and from it, as a base, to establish a line of fortifed posts along the Hudson by means of which com-
munication might be maintained with another base on Lake Champlain. Such a scheme, if successfully carried out, would have driven a wedge into the line of colonial defence and cut off communication between New England and the southern colonies, A few days after the fight at Lexington and Concord, Connecticut authorized an expedition under Ethan Allen which surprised and captured Ticonderoga and Crown Point. In the following year (1776) the British began their offensive operations for the control of the Hudson. Sir William Howe, with a force of British and Loyalists vastly superior in equipment and numbers to Washington’s untrained militia, landed in July on Staten Island and late in August defeated Washington at the battle of Long Island within the present limits of Brooklyn borough. In the following month Washington withdrew from New York city which the British entered and held until the close of the war. Washington prepared to withstand the British behind fortifications on Harlem Heights, but discovering that Howe was attempting to outflank him by landing troops in the rear he retreated to the mainland, leaving only a garrison at Ft. Washington, and established a line of fortified camps on the hills overlooking the Bronx river as far as White Plains. This brought on the battle of White Plains late in October, in which Howe gained no advantage; and from here both armies withdrew into New Jersey, the British capturing Ft. Washington on the way. In 1777 General John Burgoyne succeeded in taking Ticonderoga, but in the swampy forests southward from Lake Champlain he fought his way against heavy odds, and in the middle of October his campaign culminated disastrously in his surrender at Saratoga. Col. Barry St. Leger led an auxiliary expedition from Oswego against Ft. Stanwix on the upper Mohawk, and on Aug. 6 he fought at Oriskany one of the most bloody battles of the war, but a few days later, deserted by his terrorstricken Indian allies, he hastened back to Montreal. Early in
October Howe sent an expedition up the Hudson under the command of Sir Henry Clinton. Clinton met with little difficulty from
the principal American defences of the Highlands, consisting of Fts. Montgomery and Clinton on the western bank, together with a huge chain and boom stretched across the river to a precipitous mountain (Anthony’s Nose) on the opposite bank, and ascended as far as Esopus (now Kingston) which he burned, but he was too late to aid Burgoyne.
The year 1778 saw the bloody opera-
‘tions of the Tory Butlers and their Loyalist and Indian allies in ‘the Mohawk and Schoharie valleys and notably the massacre at
STORY
NEW YORK (STATE)
a punitive expedition under Generals Cherry valley. In retaliation in 1779 destroyed the Iroquois Clinton John Sullivan and James
375
State of the “Albany the beginning of the long ascendancy in the W. L. Marcy, Regency,” a political coterie in which Van Buren,
Butler (1795-1858) and Silas Wright were racy a blow from which it Benjamin Franklin ‘owns, and dealt the Indian nconfede ow Weed, their bitterest opponent and Thurl s. leader the among never recovered. The America cause was strengthened this year ed of them that he of which General the man who gave them their name, declar sed so much power also by several victories along the lower Hudson posses who men of body a known never “had Point cal Anthony Wayne's storming of the British fort at Stony and used it so well.” Thurlow Weed owed his early politi of the war as far was the most important. The closing episode as New York was concerned was the discovery of Benedict
Ammold’s attempt in 1780 to betray West Point and other colonial 25, 1783, the British posts on the Hudson to the British. On Nov. the British posts on but city, York forces finally evacuated New later. Lakes Erie and Ontario were not evacuated until some years
and New York ratified the Articles of Confederation in 1778, asserting when Maryland refused to ratify unless those States er ry west to the Mississippi agreed to surrend
claims to territo leadership them, New York was the first to do so. But under the
State jealously of George Clinton, governor in 1777-95, the ined opposideterm to led This ts. interes guarded its commercial of the Contion to the new Federal Constitution. In support under the party ist Federal the arose there r, stitution, howeve ty of the majori a When on. able leadership of Alexander Hamilt Constitutional Convention
of 1787 had approved of the new
delegates Constitution, Hamilton alone of the three New York
by eight remained to sign it; and when, after its ratification 17,
(June States, the New York Convention met at Poughkeepsie
1788) to consider ratification, two-thirds of the members were it had opposed to it. But others were won over by the news that telling
heen ratified by New Hampshire and Virginia or by the was arguments of Hamilton, and on July 26 the motion to ratify 27. to 30 of carried by a vote Elections and Legislation.—The Constitution having been ratified, personal rivalry among the great families—the Clintons, in the Livingstons and the Schuylers—again became dominant political affairs. The Livingstons, piqued at Washington’s neglect to give them the offices they thought their due, joined the Clintons, but the Federal patronage was used against the anti-Federalists or Republicans with such effect that in 1792 John Jay received more votes for the governorship than George Clinton, although the latter was counted in on a technicality. Jay was elected in 1795 and re-elected in 1798, but in 180z the brief Federalist régime in the State came to an end with the election of George Clinton for d a seventh term. The Republican leaders straightway quarrelle among themselves, thus starting the long series of factional strifes which have characterized the party politics of New York State. The leaders of the several Republican groups were Chancellor
advancement to the introduction into State politics of the antiht Masonic issue (see ANTI-Masonic Party), which also broug ic Mason antithe As d. Sewar H. W. rker into prominence his co-wo wave subsided, its leaders and most of its adherents found a place in the newly organized Whig Party which was powerful enough in New York to elect William H. Seward governor in 1838, and to re-elect him and to carry the State for W. H. Harrison against Van Buren in 1840. It was during the first administration of Governor Seward that the anti-rent agitation in the Hudson river counties began. Vast estates in Albany, Rensselaer, Columbia, Schoharie, Delaware, Sullivan and other counties were the Seats of disturbance. Besides rent, many of the tenants were required to render certain services to the proprietor, and in case a tenant sold his interest in a farm to another he was required to pay the proprietor one-tenth to one-third of the amount received as an alienation fine. Politically, the anti-rent associations which were formed often held the balance of power between the Whigs and the Democrats, and in this position they secured the election of Governor John Young (Whig) as well as of several members of the legislature favourable to their cause, and promoted the passage of the bill summoning the Constitutional Convention of 1846. In the new Constitution clauses were inserted abolishing feudal tenures and limiting future leases of agricultural land to a period of 12 years. The courts pronounced the alienation fines illegal. y Under the pressure of public opinion the great landlords rapidl sold their farms. Up to the election of Seward as governor, New miYork had usually been Democratic, largely through the predo After cy.” Regen ny “Alba the and Buren nating influence of Van the defeat of Governor Silas Wright in 1846, however, the Democratic Party split into two hostile factions known as the ls. “Hunkers,” or conservatives, and the “Barnburners,” or radica s The factions had their origin in canal politics, the conservative , the canals the ete compl to es revenu canal advocating the use of radicals insisting that they should be used to pay the State debt. Later when the conservatives accepted the annexation of Texas and the radicals supported the Wilmot Proviso the split became irrevocable. Only once between 1846 and the Civil War did the o Democratic Party regain control of the State—in 1853-55 Horati
Robert R. Livingston, Aaron Burr, then vice-president, Governor George Clinton and his nephew, De Witt Clinton, who in 1802 was
Seymour was governor for a single term. A succession of Republican governors then held office until 1862 when discouragement in
with respect to the Civil War brought a reaction which elected United States senator. The first break came in the spring the north . ur governor. d Seymo electe iRepubl his of 1804 when Burr, who had incurred the enmity of l to New York city the State was aloya of ion except the With ral electo the in votes list g Federa seekin by 1800 in can colleagues Union cause during the war and furnished over half million the ate t candid enden indep an e becam e, expens son’s Jeffer at college
to the Federal armies. Certain commercial interests of New for the office of governor against Morgan Lewis. Hamilton’s action troops city favoured the Confederate cause, but Mayor Wood’s York | had he as in counselling Federalists not to vote for Burr just and Staten Island) 1800, | Suggestion that the city (with Long Islandsuppor counselled them not to support Burr against Jefferityson toinHamil t, and after the scant ed receiv ity free-c a form and secede was one of the contributary causes of Burr’s hostil City), no Yorx New (see 1863 July of | Sangumay draft riots ton which ended in the duel (July 1804) in which Burr Killed enced. experi was ulty diffic r furthe lists Federa Hamilton. Hamilton’s death marked the end of the to reassume the pivotal After the Civil War the State began alway whose growing shipping as a power in New York. New York, s made its elections cs which has politi al nation in on positi coma as was 1807, of go Embar the by interests had suffered those of the nation, to tance impor and st intere in only second | n, mercial State opposed to the war of 1812 with Great Britaing | and the high political tension emphasized the evils of the “spoils Politically this opposition had the effect of temporarily revivi .” In 1868 John T. Hoffman, a favourite of Tammany the Federalist Party, which secured control of the legislature, and system was chosen governor on the Democratic ticket. Tammany gave the electoral vote of the State in 1812 to De Witt Clinton, Hall,
whom the Federalists had accepted as a candidate to oppose
and Hoffman were again victorious in 1870; but in 1871 the New
tude of the Tweed “Ring’s” thefts, war New |York Times disclosed the magnithe Madison for re-election on the war issue. During a,the Platts New York county court house erection of the in ting amoun | burg Niagar at troops r regula Yorkers served with the ” were
his “Ring the alone to almost $8,000,000, and Tweed s andcarrie and other places on the western and northern frontiers inof New d the State in lican Repub The uence. conseq in d | crushe
g State. For some years after the war political contests | 1872, but in 1874 Samuel J. Tilden, a Democrat and the leadin York State as in the rest of the country were not on party lines. lican legisRepub The or. d govern electe was , Tweed of utor prosec | his gh De Witt Clinton was elected governor and, largely throu lature had in 1867 appointed a committee to investigate the manefforts, the Erie canal was begun. , but the abuses were allowed to con-
The election of Martin Van Buren as governor in 1828 marked
agement of the canal system
NEW YORK (CITY)
376
tinue until in 1875 Governor Tilden disclosed many frauds of the | provided for the governors plan of consolidating the numerow Another “Canal Ring.” and punished the guilty. In 1876, Tilden having State administrative agencies into 19 departments. of the judicial system, been nominated for the presidency, New York cast its electoral amendment provided for a reorganization were again successful in re-electing Goy. vote for him. In 1880 it was cast for Garfield, the Republican In 1926 the Democrats term, and, as well, elected their candifourth a for Smith a ernor over split having Republicans, the later years Two nominee. struggle for patronage into the two factions known as “Halfbreeds,” or the Administration Party, and “Stalwarts” of whom the leader was Roscoe Conkling, were defeated, Grover Cleveland being chosen governor. In 1884 Cleveland as the Democratic presidential nominee received the electoral vote of his State. In 1883 Benjamin Harrison, the Republican candidate, the factional quarrels being settled, carried New York, but in 1892 Cleveland again carried the State. Hostility to free silver and “Bryanism” in the large financial and industrial centres put the State strongly in the Republican column in the State and national elections from 1894 to 1910. In the election of Nov. 1910 the Democrats carried not only the State but also the legislature, and John A. Dix was elected governor. The Democrats again carried the State and the legislature in Nov. 1912, and Sulzer became governor. In the presidential contest, the Democrats carried the State for the first time in 20 years. In April 1913, Governor Sulzer sent a special message to the legislature urging a direct primary law that would abolish party conventions. The legislature refused to enact the primary Dill, and the governor vetoed the legislative substitute. When the legislature recessed on July 23 the governor declared the special session adjourned, but the legislature reassembled on Aug. II. Two days later the assembly voted to impeach the governor; on Oct. 17 he was removed from office and Martin H. Glynn, lieutenant-governor, succeeded. The Republicans were successful in the elections of Nov. 1914, and Whitman became governor, and in 1916 was re-elected. In the November election, 1918, Alfred E. Smith (Democrat) was elected governor by a small plurality of about 15,000. Most of the other State officers and the legislature, however, remained Republican. One of the most important laws of the year was the one providing for an income tax of from 1% to 3%. Shortly after his inauguration Governor Smith appointed a non-partisan reconstruction commission to investigate the problem of a fundamental reorganization of the State Government, and to consider other important problems of reconstruction resulting as an aftermath of the World War. This commission in its report of Oct. ro,
1919, recommended an executive budget and the consolidation of
the numerous
administrative
agencies.
In 1920, a presidential election year, the Republican candidate,
Nathan L. Miller, won over the Democrat, Alfred E. Smith, by 74,066 votes. The direct primary was abandoned and the con-
vention system restored for the nomination of State and judicial
officers. The 1922 legislature authorized life-insurance companies to invest 10% of their assets in new buildings for dwelling purposes; extended the emergency rent laws to 1924 and fixed assessments as the basis for determining the reasonableness of rents. Women were given representation on county party committees. A home rule amendment was adopted. The 1922 election resulted in the
selection of Alfred E. Smith as governor by an absolute majority of 269,609 votes. In the autumn elections (1923) the voters approved an amendment extending to cities a large measure of home rule. The referendum on a bond issue for $50,000,000 for new hospitals was likewise approved. An important measure of the session was the Home Rule Enabling Act, designed to carry out the amendment adopted the previous year. This law, drafted by the State home rule commission, was adopted unanimously by both houses of the legislature. The New York amendment differs from constitutional
provisions in some other States in that it grants powers in general terms. In the presidential election of 1924 the Republicans carried
the State by a majority of 383,813. Gov. Smith, however, was reelected but the Republican candidates for the other six elective State offices were successful, and the legislature became more strongly Republican. In the fall election of 1925 the voters approved four constitutional amendments. The most important
dates to all the other State offices, except that of attorney-general, The legislative houses remained Republican. A referendum on a
question favourable to the modification of the National Prohibition Act was carried by approximately a three-to-one vote. In the election of 1927 the voters approved the constitutional amendment providing for an executive budget, thus carrying out the programme for the reorganization of the State Government one
step further. In the 1928 election, though the State was Republican in its choice for president, Franklin D. Roosevelt, a Democrat, was elected to succeed Smith as governor. BrsriocrapHy.—(1.) Physical Features and Climate:—R. S. Tarr Physical Geography of New York State (1902), with a chapter on climate by E. T. Turner; Reports of the New York Geological Survey from 1842 to 1854; Reports of the Topographical Survey of the Adirondack Region of New York (1873-80); Reports of the New York Meteorological Bureau (1889 seq.); and publications of the
United States weather bureau; the Conservation Departments;
Museum
(1888 seqg.).
for Fauna and Flora see Reports of
and Bulletins of the New
(2.) Government:—Report
York State
of the State Re-
organization Commission issued as Legislative Document
No. 72 State
of New York (1926); the annual volumes of the State Legislative Manual; and the Reports of the various State departments, especially the Annual Reports of State Education Department; C. Z. Lincoln, The Constitutional History of New York (1906), an elaborate and able study of the growth of the Constitution; History of the State
of New
York, Political and Governmental ed. R. B. Smith
(1922);
E. H. Roberts, New York: The Planting and Growth of the Empire
State (1896) is a popular but rather superficial treatment of the entire period. The early historical documents of the State were collected by E. B. O’Callaghan in his Documentary History of the State of New York (1849-51) ; and more completely by J. R. Brodhead in Documents Relating to the Colonial History of the State of New York Procured (vols. i. xi. edited by E. B. O’Callaghan and xii—xv. by B. Fernow 1853-83) ; O’Callaghan also edited A Calendar of Historical Manuscripts in the Office of the Secretary of State in New York (1865-66), and wrote a History of New Netherland (1846); J. R. Brodhead, History of the State of New York (1853 and 1871) is a standard work on the early history. Mrs. M. J. Lamb’s History of the City of New York (1877) and Mrs. S. Van Rensselaer’s History of the City of New York im the Seventeenth Century (1909) include the history of the province. W. Smith’s History of the Late Province of New York, from tts Discovery to 1762 (ist part, 1757, reprinted in the rst series of the New York Historical Society Collections, 1829-30) is still the chief authority for the period from the English Revolution of 1688 to the eve of the Revolutionary War. For the same period, however, consult C. W. Spencer, Phases of Royal Government in New York, 1691-1719 (1905); John Fiske, The Dutch and Quaker Colonies in America (1900) which is admirable in its generalizations but unreliable in its details; M. W. Goodwin, Dutch and English on the Hudson; a Chronicle of Colonial New York (1919); G. W. Schuyler, Colonial New York: Philip Schuyler and his Family (1885), a family history, but especially valuable in the study of Indian affairs and the intermarriages of the landed families; C. Colden, A History of the Five Indian Nations (London 1747 and many later editions) and Francis W. Halsey, The Old New York Frontier (1901); A. C. Flick’s Loyalism in New York during the American Revolution (1901) and H. P. Johnston’s Campaign of 1776 around New York and Brooklyn (1878) are thorough studies. For the military history of the Revolutionary War see also J. Winsor’s Narrative and Critical History of America, vol. vi. (1888). For strictly political history see a series of articles by Carl Becker in the American Historical Review, vols. vi., vii. and ix., and the Political Science Quarterly, vol. xvii, J. D. Hammond’s History of Political Parties in the State of New York (1842); D. S. Alexander's Political History of the State of New York (1906-23) ; and D. R. Fox, The Decline of Aristocracy in the Politics of New York (1918). See also E. P. Cheney, The Anti-Rent Agitation in the Siate of New York (1887) ; C. McCarthy, “The Anti-Masonic Party” in vol. i. pp. 365-574 of the Annual Report for 1902 of the American Historial Association; N. E. Whitford, History and the Canal System of the State of New York (1906);
and D. C. Sowers, “The Financial History of New York from 1789 to 1912” in Columbia University Studies in History, Economics and Public Land vol. lvii. No. 2 (1914).
(A. E. Sx.)
_ NEW YORK (CITY), the largest city in the United States,
is situated at the mouth of the Hudson river, here sometimes called the North river. The five boroughs comprising the city are: the Bronx (Bronx county), 42-74 sq.m., on the south-eastern-
POPULATION]
NEW YORK (CITY)
S77
county and
is in the district bounded by First avenue, Third avenue, East
(a canalized waterway connecting the Hudson and East rivers);
to the acre. In Brooklyn the maximum density occurs near the terminal of the Williamsburg Bridge, where there is an average density of 445 persons to the acre. A high percentage of the population in these areas is foreign-born. New York has more Jews than any other city, now numbering 1,700,000; the centre of the Jewish population has recently shifted from Manhattan
most part of the mainland
adjoining Westchester
separated from the borough of Manhattan by the Harlem river
Manhattan (New York county), 22-20 sq.m., On Manhattan island
hetween the Hudson and East rivers; Queens (Queens county),
10988 sq.m.; Brooklyn (Kings county), 74-14 sq.m., on the
western end of Long island, adjoining Nassau county and sepa-
rated from the Bronx and Manhattan by the East river; and
Richmond (Richmond county), 59-99 sq.m., on Staten island south-west of Brooklyn and separated from it by the Narrows
(a strait connecting Upper and Lower bays) and from the main-
land of the State of New Jersey by tidal estuaries known as Kill
van Kull and Arthur Kill. The City Hall, near the southern end of Manhattan island, is in lat. 40° 42’ 43” N., and long. 74° 0’ 29” W. The greatest width of the city, east and west, is 24 m. and the greatest length, north-east and south-west, is 35 miles. Its area, including small islands of 13-09 sq.m., is 308-95 sq.miles. The more important of the small islands are: North and South Brother, Riker’s, City, Hunter, Hart, Governor’s (occupied by a US. military reservation), Welfare (formerly Blackwell’s), Ward’s, Randall’s (the latter three occupied by State and city institutions) and numerous islands in Jamaica bay. Bedloe’s
island (on which stands the Bartholdi statue of Liberty) and Ellis
island (occupied by the Federal Government as an immigrant station) are in Upper bay, within the bounds of New Jersey. The
total water front is 578 m., of which Manhattan has 43 m.; Brooklyn, 201 m.; the Bronx, 80 m.; Queens, 197 m.; and Richmond, 57 miles. Population.—In 1626 there were fewer than 200 inhabitants, 1,000 in 1656, and but 14,000 in 1760. About 1783 New York began its rapid growth as the leading port. Between 1786—96 the population had nearly doubled, and by 1871 it was 1,000,000. In 1920 the total population was 5,620,048; in 1930 6,930,446 divided as follows: Manhattan 1,867,312, Bronx 1,265,258, Brooklyn 2,560,401, Queens 1,079,129, Richmond 158,346. The
100° 390° 80°
70° 60° 50°
“0 30°
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ggth street and East 1o4th street, where there are 565 persons
to Brooklyn. Harbour.—The harbour is naturally divided into several parts. At the entrance from the Atlantic is the outer harbour (about 122 sq.m.), known as Lower bay. Raritan bay lies adjacent to the Lower bay on the west and Raritan river and Kill van Kull flow into the west side of Raritan bay. The Ambrose Channel is the
chief of several channels crossing the broad bar at the entrance to the outer harbour. It leads north-westward and then northward into the inner harbour, through the Narrows, a neck about 1 m. wide between Long Island and Staten island. The inner harbour consists of the Upper bay, 4 m. long and 4 m. wide, lower Hudson river, East river, Long Island sound and tributary waterways. The tributary waterways to the east are Gowanus creek, Newtown creek, Harlem river, Bronx river, Westchester creek, Flushing bay and creek and Eastchester creek. Tributaries to the west are Kill van Kull, Arthur Kill, Newark bay, Passaic river, and Hackensack river. Anchorage channel, an extension of Ambrose channel, extending through the Upper bay to the mouth of the Hudson river at the Battery and marking the southern extremity of Manhattan island, affords a depth of 40 ft. at mean low water for a width of 2,000 feet. The direct water frontage of the port of New York is 77% m. and the developed frontage measured around piers and the heads of slips is 346-5 miles. The total frontage measured around piers and along shore line is 994-8 miles. The mean tidal range is 4-6 ft. in the Lower bay and 4-5 ft. in the Upper bay. The harbour also has two northern entrances: the north-east entrance from Long Island sound by the East river, principally used by New England coasting vessels; and the North (lower Hudson) river, by which the inland water-borne traffic of the Hudson river and the Erie canal is brought to the port of New York. I. METROPOLITAN DISTRICT The New York metropolitan district, as defined in 1927 for the U.S. Bureau of the Census, includes a land area of 3,768 sq.m. lying in the States of New York, New Jersey and Connecticut, and had an estimated population, as of July 1, 1926, of 9,472,500. In addition to New York city, it includes such important centres of industry and population as Newark, Paterson, Elizabeth, Bayonne, Hoboken, Passaic, Union City, East Orange, Perth Amboy, Orange and New Brunswick, in New Jersey; Yonkers, Mount Vernon, New Rochelle and White Plains, in New York; and Stamford and Norwalk in Connecticut. Altogether the district contains 373 independent, self-governing municipalities lying within a radius of approximately 40 m. from New York City Hall. II. COMMERCE
WEATHER GRAPH OF NEW YORK CITY. THE THERMOMETER INDICATES NORMAL ANNUAL MEAN TEMPERATURE. THE CENTRE CURVE SHOWS NORMAL MONTHLY MEAN TEMPERATURE; THE CURVES ABOVE AND BELOW, THE HIGHEST AND LOWEST EVER RECORDED IN EACH MONTH. THE COLUMNS INDICATE THE NORMAL MONTHLY PRECIPITATION; THE SHADED COLUMN, TOTAL PRECIPITATION (INCLUDING MELTED SNOW); THE WHITE COLUMN, SNOWFALL
Increase in the decade 1920~30 was 1,310,398 Or 23-3%. In 1898
five boroughs were united to form Greater New York. The negro population (estimated at 248,000) is centred in the Harlem district, between 116th and rsoth streets, in an area bounded on the east by Fifth avenue and on the west by St. Nicholas avenue. The Chinese quarter is in the neighbourhood of Chatham square, on Mott, Pell and Doyers streets. The greatest density of population, according to information made public by the Regional Plan of New Vork and its Environs, occurs on the
lower east side in the district bounded by Avenue B, Avenue D,
East Ninth street and East Third street. Here there are 650 persons to the acre. On the upper east side the maximum density
AND INDUSTRY
In 1926, the tonnage cleared from the port amounted to 20,427,000. The tonnage for foreign trade amounted to 21-6% and the value to 42-1% of that of all United States ports. The area of the port of New York district within the jurisdiction of the port authority is about I,500 sq.m. extending from below Sandy Hook on the south to Tarrytown on the north, a distance of approximately 48 m. and east and west to an average approximate width of 32 miles. About 200 distinct municipalities
are included in this area. Serving the area of the port authority,
the first of the belt lines (No. 13), a consolidation of short transfer lines, was established in 1925. It extends a distance of 174m. along the west bank of the Hudson river and affords a connection with all of the rail trunk lines entering the New Jersey side of the port. A vehicular tunnel connects New York and New Jersey. By special direction of the two States, the port authority undertook in 1925 a programme of highway bridge construction involving an aggregate expenditure of approximately $100,000,000. Two bridges have been built across the Arthur Kill, one from
378
NEW YORK (CITY)
Perth Amboy, N.J., to Tottenville, $.I., and the other from Elizabeth, N.J., to Howland Hook, S.I. A third bridge started by the port authority promises to be one of the most important of all bridges. It will connect the northern part of Manhattan island with the borough of Fort Lee, N.J., and will have a suspension span measuring 3,500 ft. in length or more than twice as long as any other suspension span heretofore constructed. The cost of opening this bridge for traffic is estimated at $60,000,000. A bridge over the Kill van Kull and the one across the Hudson are expected to be ready for traffic by 1932. Banking, Exchange and Insurance.—Since the beginning of the city’s history, the financial district of New York has been at the end of Manhattan island, below Fulton street. Here are the largest banks and trust companies, the exchanges, and many insurance headquarters. In 1784, Alexander Hamilton wrote the constitution for the Bank of New York, the first bank to be established in the city, in operation five years before the U.S. Constitution was adopted. This bank was originally at 67 Saint George’s square, now Pearl street, and was later moved to II Hanover square. The first bank of the United States was established in 1791, and a branch known as the office of discount and deposit was opened in New York in the same year. The Bank of the Manhattan company was the third bank to be organized in the city and its charter is notable as being the first to enable a public utility company to engage in banking. The Manhattan company furnished New York with water for 43 years. The Bank of the Manhattan company is still at its original location at 40 Wall street. It continues to operate under its original charter, through the expedient of maintaining a water-tower. The Merchants and Mechanics and Metals National banks, the Bank of America, the Phenix and City (now the National City bank), all date from the early 19th century. When the Chemical National Bank was organized in 1823, there were already 12 others, having an aggregate capital of over $15,000,000. The Sub-Treasury of the United States, formerly on Wall street, was abolished when the Federal Reserve system went into operation in 1914. A part of the functions of the Sub-Treasury are carried on by the U.S. assay office at 32 Wall street. The New York Clearing House, now located at Cedar street, between Broadway and William street, was established in 1853. The bank clearings for the year ending on Sept. 30, 1927, were $307,158,631,043.07. New York ts the centre of the Federal Reserve district No. 2 (see BANKING). On Sept. 30, 1927, there were 33 State banks in the borough of Manhattan with total resources of $1,307,450,362 (see Trust Companies). The New York Stock Exchange (g.u.) occupies a building designed by James Rennick and has 1,100 members. The New York curb market was formerly an open-air market for selling unlisted securities. It is now housed in its own building at 78 Trinity Place, completed in 192r. (For insurance companies, see INSURANCE.) Wholesale Trade.—The clothing market is chiefly centered in Broadway, Manhattan, between 34th street and Canal street, and in cross streets between Third and Seventh avenues. Silk establishments have two principal centres, one bounded roughly by 23rd and 34th streets and Third and Fifth avenues; the other, on or adjacent to Broadway between Canal and 8th streets. Fur establishments are now sharply localized between Broadway and Eighth avenue and 23rd and 34th streets. The millinery business, formerly chiefly along Broadway, between Canal and 14th streets, Is now moving to a centre between Broadway and Fifth avenue above 34th street. Boot and shoe establishments are almost exclusively in lower Manhattan between Broadway and West Broadway below Canal street. Jewellery, formerly concentrated in and about Maiden lane, has now become distributed in smaller groups between Maiden lane and soth street along Broadway and Fifth avenue, with a large and growing centre at and about the intersection of Canal street and the Bowery. Fruit and produce markets are centralized in Manhattan between Canal and Cortlandt streets, and West Broadway and the North river. The fish, butter,
egg and cheese markets, are highly concentrated on the lower west side between Harrison and Greenwich streets and meat establishments centre at West 14th street and the North river. The coffee,
[COMMERCE
' tea and spice markets are mainly in a small area on the lower east | side about Water and Front streets. Hardware houses are aroung : Warren and Chambers streets, west of Broadway; paper and ' stationery are much
more widely scattered now
than formerly
| largely owing to the uptown movement of printing and publish. |ing establishments, one great centre being now at or near Part
' Row and the other in the neighbourhood of the new post-office
about 34th street. Drug establishments are chiefly in lower Man. hattan, on the east side of Broadway and below Chambers street while leather dealers are just below Brooklyn bridge.
: Retail Trade has followed the northward movement of popu' lation of Manhattan. In 1850, it was at Canal and by 1880 at rath
'street. It now lies between 31st and sgth streets, and Third and | Eighth avenues. | Fifth avenue was formerly exclusively residential but is now given up to retail trade as far north as 59th street. Beyond that
a zoning ordinance reserves it for residence. Some of the largest
department stores are still on 34th street, and the greatest volume of trade is done there. One store on this street receives more than a million dollars a week from purchasers. But the northward | trend of the residential section has affected the character of the trade and the more expensive shops, including some of the oldest
retail firms, are farther up Fifth avenue continually pressing on toward the most exclusive residential quarters of the city which are now on Park and Fifth avenues, above 6oth street. The dress-
makers, milliners and tailors for this district are in the side streets leading off Fifth avenue. Madison avenue, because of its situation between Park and Fifth avenues, is rapidly taking on the aspect of the latter, and is lined with shops from 42nd street to the Eighties. The art and antique dealers are on 57th and adjacent streets, and on Madison and Lexington avenues. There are a number of small antique shops on 8th street. Automobile houses are near Columbus circle and up Broadway from 5sth street for more than ten blocks. Brooklyn and the Bronx now have important local shopping districts of their own with department stores and banking and financial districts. Building Construction.—In 1927 there were 644,692 buildings in the five boroughs, having a total assessed valuation of $6,896,518,364. In 1927, to Oct. 1, 38,381 buildings were erected, valued at $667,493,895. Six buildings completed during 1926-27 were valued at from 5 to 14 millions each. Modern building construction in New York dates from the
erection of the ten-storey Tower building in 1889. Much higher structures have since been made possible by the increased knowledge of steel and concrete and the perfection of passenger elevators. The razing and rebuilding process, however, is carried out under the strict regulations of a building code. It is frequently amended to meet the demand of economic and social changes as well as the advances in the technical phases of construction methods. A further regulation of building construction is effected by
the Tenement House law of 1901, which provides especially for better lighting, ventilation and sanitary conditions; the building Zone resolution of 1916, which regulates and limits the location, height and bulk of buildings (see Crry PEANNING AND ZONING);
and the Housing Act (1927) which permits the legislature to authorize counties to acquire by condemnation
more land and
property than is needed to widen, extend or relocate parks, public places, highways or streets. In 1927 was passed a new municipal housing law which grants local tax exemption for 20 years to
ee ments.
constructed
as substitutes
for old, unsanitary
tene-
Manufacturing.—The total value of the products manufac-
tured in the factories of New York City in 1927 was $5,722,071,
259. The average factory in 1927 employed 20 wage earners and manufactured $211,443 worth of goods. The ten leading industries IN 1927 were: women’s clothing, $1,145,612,504; men’s
clothing, $360,100,945; printing and publishing, newspapers and
periodicals, $333,267,313; fur goods, $241,563,284; printing and
publishing, book and job, $204,132,172; bread and other bakery products, $198,803,728;
slaughtering and meat
packing, $176,-
957,569; millinery, $132,365,127; electrical machinery and sup-
plies. $89,241,269; cigars and cigarettes, $84,736,254.
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380
NEW YORK (CITY)
[COMMUNICATIONS
tl. TRANSPORTATION AND COMMUNICATION | 1811; with few changes, notably the laying out of Madison ay. Railroads and Rapid Transit.—The problem of transporta- | enue, midway between Fourth and Fifth avenues, north of 23r¢
tion and communication in New York City is unique because of the extraordinary concentration in certain regions. The New York Central and Hudson river and West Shore railways follow closely the Erie canal route to Buffalo. The Erie, the Lehigh Valley, the Pennsylvania and the Delaware, Lackawanna and Western railways reach Buffalo by routes across New Jersey, Pennsylvania and western New York. The New York, New Haven and Hartford railway affords communication with New England; and the Pennsylvania, and the Baltimore and Ohio railways, with the middle-western and south-eastern parts of the country. The Central railroad of New Jersey and the Long Island railway (belonging to the Pennsylvania), are primarily local. .The New York Central and the New York, New Haven and Hartford railways have a common terminal in Manhattan (Grand Central station), at 42nd street and Park avenue, and the Pennsylvania has its great terminal at 32nd street and Seventh avenue, with tunnels to Long Island and New Jersey. The Pennsylvania terminal is used also as a terminal by the Long Island railway which has another terminal at Atlantic and Flatbush avenues in the borough of Brooklyn. The other railway terminals are on the New Jersey bank of the Hudson and are reached either by tunnel, ferries or subways under the river. The Interborough Rapid Transit Company, and the New York Municipal Railways Corporation operate subway and elevated lines. The former were built mostly since 1913. Steam locomotives were used on the first elevated railroad, which forms that part of the present Ninth avenue elevated railway extending from Battery Place near the southerly end of Manhattan to 30th street. This piece of construction was opened for traffic in 1870, and was slightly over 3 m. in length. The next decade witnessed its growth to 32-5 route miles of track forming four separate transit lines extending north and south on Manhattan; three reached the Harlem river and one ended at soth street. These lines were entirely private enterprises, built and operated over the public streets under perpetual franchises granted by the State legislature. For the next 20 years, there were no extensions to the rapid transit lines on Manhattan, but some progress was made in other boroughs—the Third avenue “L’’ in Manhattan was extended across the Harlem river as far as r6oth street by 1888, to 177th street by 1891, to Fordham road by 1gor and to its terminus at Bronx park by 1902. In the Borough of Brooklyn, the first elevated, the Lexington avenue line, having a route length of about 6 m. was opened in 1885. This line was extended and other lines built until by 1900 the Bropklyn system had a route length of 62 miles. In 1902, the motive power of these elevated lines was changed from steam to electricity. In 1900 the first “subway” was planned and finally extended from the Bronx, through Manhattan, to Brooklyn, under the East river. This rapid transit system was a municipal undertaking, its construction cost being entirely defrayed by the sale of bonds issued by the City of New York. Between 1908-10 two tubes under the Hudson river connecting Manhattan with Hoboken (terminus of the Delaware, Lackawanna and Western), and Jersey City (terminus
of the Erie, Pennsylvania and Central of New Jersey railways) and a connecting tube which extends up Sixth avenue from Cortlandt street to 33rd street were completed. In rox3 the city entered into contracts to create two interborough rapid transit systems, each comporting extensions to the existing lines; the one provided for a new Lexington avenue line and the extension of the west side subway down Seventh avenue to lower Manhattan and thence by tunnel to Brooklyn, which, with other extensions, brought the track mileage up to about 334 m. of which 119 are owned by the company and 215 by the city. Another contract
included a four-track subway on Broadway and Seventh avenue, Manhattan, extending through tunnels to Brooklyn and Queens. The operating contracts made with the two companies run for 49
street, and Lexington avenue between Third and Fourth avenye; north from 21st street, it is the street plan of Manhattan to-day as far north as 155th street. The 120,000 population at that tims was concentrated south of Houston street. The plan provided straight line “avenues,” with a uniform width of 100 ft. extend. ing longitudinally along the island and separating block length: ranging from 610 to 920 feet. At right angles thereto, “streets" usually 60 ft. wide were laid out, but 15 were made Ico ft. wide. These streets were separated by a block depth of 200 feet. The
plan included the extension of Broadway, which has a genera] direction diagonally across Manhattan
parallels the other avenues.
to 79th street, whence it
This system has been called upon to
perform duties hardly foreseen at that time, and it has been over. taxed by permitting elevated railroads over portions or all of six of the avenues and railways on parts of four more. The streets of Greater New York have a total mileage of 4,700.
Manhattan
has 490 miles, practically all of which are paved. The rapid growth of the city, the sky-scraper, and the use of motor vehicles have produced serious traffic congestion in some sections of the city, and this has necessitated extensive street widening and the development of new thoroughfares. Notable recent examples are the Varick street extension of Seventh avenue, the Lafayette street improvement and the southerly extension of Sixth avenue
in Manhattan, the extension of Flatbush avenue, and the widening
of Kings highway in Brooklyn, the construction of Jamaica bay, Queens and Conduit boulevards in Queens, and the construction
of the Grand Concourse in the Bronx. The more notable streets include Wall street, on lower Man-
hattan, the heart of the financial district; Fifth avenue with its fine shops, residences, clubs, library and museum; Riverside drive, overlooking the Hudson, Park avenue, which continues Fourth avenue above 32nd street to the Grand Central terminal and thence from 45th street to the Harlem river, and is lined with fine apartment houses in the middle section above 45th street; the Bowery, which runs diagonally through the east side of lower Manhattan from Brooklyn bridge to intersect Fourth avenue at 8th street; and Broadway, which extends over 18 m. from the southern tip of Manhattan to the northern limits of the city. In its middle part, from roth to 79th streets, it cuts through the heart of the business and amusement centre. This street owes its name to the Dutch, who called it the “breede weg.” It is no longer a “broad way,” but quite narrow, particularly in the lower downtown section. From 34th street to Columbus circle at soth street it forms the centre of the automobile, theatre, moving picture. restaurant and night life district. Subways follow the course of Broadway for the greater part of its extent. Practically every avenue in the borough of Manhattan except Fifth avenue, Park avenue and Riverside drive has surface cars, and there are crosstown lines about every sixth block, from 8th to 42nd streets, and on soth, 86th, 116th, r2sth and 145th streets. These now act mainly as “feeders” for the rapid transit lines and, to a less extent, for ferries between Manhattan, New Jersey and Staten island.
In other boroughs street railways form
a larger and more important part of the transportation system. In 1927 there were 36,592 omnibuses, including the taxicabs. In
that year the Fifth Avenue Coach company (the largest private omnibus company) carried 74,931,000 passengers with about 400 buses operating a total distance of 13,026,000 miles. Licences were issued for the operation of 464,225 pleasure cars and 111,776 commercial vehicles which made a total of over 600,000 motor vehicles registered in 1927. In sections unserved by regular or private omnibus companies, the municipal department of plant and structures operates 35 emergency omnibus lines.
Bridges and Tunnels.—There
are at present five bridges
spanning the East river and one under
construction over the years, dating from Jan. 1, 1919, and from Aug. 1, 1920, respec- Hudson river which will, when completed, extend from a point tively. In 1925, the City of New York began building an inde- near 178th street, Manhattan, to Fort Lee, N.J. The Brooklyn, pendent subway system, which when completed will comprise Manhattan and Williamsburg bridges have their Manhattan terabout 60 route m. and 185 track miles. minals at Park Row, Canal, Clinton and Delancey streets, respec: Streets.—The first comprehensive street plan was made in tively. All are suspension bridges and connect Manhattan island
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NEW YORK (CITY)
381
sith Brooklyn. Brooklyn bridge, the first to span the East river, general post-office.
In 1014, the present General Post-Office building was opened on Eighth avenue from 31st to 33rd streets, containing a half million square feet of floor space. There are on Dec. 19, 1903 and the Queensboro bridge on March 30, 1909. in addition, 48 carrier stations, six financial stations, and 265 All of these are municipally owned and operated for highway, contact or substations, and nine independent post-offices. The trolley, elevated railways and pedestrian traffic. The fifth bridge transportation of mails is expedited by means of an underground xospan the East river, called the Hell Gate bridge, is owned by pneumatic tube system consisting of 27 m. of double line 8 in. the New York Connecting railroad company and is exclusively for tubes, with a carrying capacity of over 200,000 pieces of mail per hour. In 1827, the postal receipts amounted to about $125,railway traffic. The Harlem river is crossed by 13 bridges of various types and 000; in 1927 they exceeded $75,000,000. Sixteen million pieces of designs. The most notable is the famous High bridge (1848) ordinary mail are handled daily. which carries an aqueduct of the city water-supply. This was IV. GOVERNMENT rebuilt in 1928 to improve navigation. The present form of government was inaugurated by the Transportation of passengers by rail between the boroughs of Vanhattan, Brooklyn, the Bronx and Queens, and New Jersey is Greater New Vork charter of 1897. This provides for a mayor provided by means of tunnels constructed well below the beds elected at large, five borough presidents, chosen by the voters of the East, Hudson and Harlem rivers. Vehicular transportation of their respective boroughs, a board of aldermen of 65 elective between Manhattan and Jersey City was made possible by the members, one from each aldermanic district, with a president of opening to traffic of the Holland vehicular tunnel (g.v.) in Nov. the board of aldermen, elected at large. A controller, elected at 1927, a twin-tube highway, 9,250 ft. in length. The Pennsyl- large, is also provided to be the head of the department of finance. vania railroad has four tubes across the East river and two The mayor, controller, president of the board of aldermen and across the Hudson. The Hudson and Manhattan railroad company the five borough presidents are designated as members of the has two systems, each comprising two single track tubes from board of estimate and apportionment. In this body, the mayor, Jersey City, one to the down-town section of Manhattan looping controller, and president of the board of aldermen have three around Fulton and Cortlandt streets at Church street, the other votes each, the presidents of the boroughs of Manhattan and of entering at Morton street and extending to 33rd street. The Brooklyn, two votes each, and the presidents of the boroughs of Brooklyn-Manhattan Transit Corporation has six rapid transit the Bronx, Queens and Richmond, one vote each. The board of tubes under the East river, these are laid in pairs leaving Man- estimate and apportionment is the general policy-making and hattan at Whitehall, East 14th and East 6oth streets. The Inter- finance-controlling branch of the government. The board of alderborough Rapid Transit Company also has three pairs of transit men, in which each of the borough presidents has a seat and one tubes leaving Manhattan at Whitehall street, Old Slip and East vote, is chiefly concerned, as an independent body, with the 42nd street. Practically all of the present railroad and rapid enactment and repeal of local ordinances. By virtue of the City transit tunnels were completed between 1900 and 1920. In con- Home Rule Act of the State in 1924, the board of estimate and nection with the new independent subway system, the board of apportionment and the board of aldermen were combined as the transportation has designed five new tunnels, one of which is municipal assembly which consists of two branches with the above now being constructed under the East river between 53rd street, titles, but having much broader legislative powers with respect Manhattan, and Mott avenue, Queens, and will form the connec- to the property, affairs and government of the city. The municipal tion between the Sixth and Eighth avenue trunk lines and those assembly functions in much the same way as bicameral legislafrom Jamaica and central Brooklyn at Union station in Long tures elsewhere. When the board of aldermen is functioning as Island City. Two other tunnels under the East river will connect a branch of the municipal assembly, the borough presidents are Fulton street, Manhattan, with Cranberry street, Brooklyn, and not, however, entitled to sit as members of this body. A local Rutgers street, Manhattan, with Jay street, Brooklyn. Under the law may originate in either branch of the municipal assembly, and Harlem river will be a track tunnel connecting the Washington if passed by one branch may be amended by the other. A majority Heights line with the subway under the Grand Concourse in the afñrmative vote of the total voting power of each house of the Bronx. This will extend from the Polo grounds at 156th street municipal assembly is necessary for enactment of law. The mayor and Eighth avenue, Manhattan, to the Yankee Stadium at r6rst may veto the ordinances and resolutions of the board of alderstreet and Jerome avenue, the Bronx. The fifth under-river tunnel men or a bill passed by the municipal assembly, which veto, in On be under Newtown creek, which separates Brooklyn and either case, may be overridden, by a three-fourths vote of the board of aldermen or a two-thirds vote of each branch of the ueens. Ferries——The city department of plant and structures, the municipal assembly. Before signing a bill passed by the municirailroads with terminals in New Jersey, and many private com- pal assembly the mayor must hold a public hearing after five panies operate ferries in and about New York harbour. days’ notice. The board of aldermen has also many powers which Airports.—Among commercial flying fields in operation in 1929 it exercises independently of the municipal assembly. It may which serve the city should be mentioned Curtis Field at Garden make, amend, and repeal all ordinances, initiate the issue of speCity, Long Island, and Roosevelt Field at Mineola, Long Island, cial revenue bonds for emergency expenditures, authorize purTeterboro Airport at Hasbrouck Heights, N.J., and the Newark chases in excess of $1,000 without public letting, exercise general . legislative control over water rates, street traffic and public marAirport at Newark, N.J. Telephone and Telegraph.—The New York Telephone Com- kets, and reduce or eliminate, during the 20 days allowed for conpany has some 1,600,000 telephones, and in 1927 daily calls aver- sideration, any item of the budget as passed by the board of aged 7,150,862. Telegraph and cable service is supplied mainly by estimate and apportionment. The mayor as chief executive of the city is responsible for the the Western Union and Postal Telegraph companies. The former maintains 229 offices and the latter 116 in New York city. These administration and appoints the heads of all departments of the 345 offices handled approximately 70,000,000 messages in 1927. city government except the department of finance, which is unTwenty-six cables touch New York, 13 owned by the Western der the elective controller, and those departments which are under borough Union, seven by the Commercial, three by the French, two by the exclusive direction of the borough presidents. The was opened to trafic on May 24, 1883. The Manhattan bridge was opened to trafic on Dec. 31, 1909, the Williamsburg bridge
the All America and one by the United States and Haiti cable presidents are responsible for highways, sewers and topographical
work in their respective boroughs, the care of public buildings and offices, and the enforcement of the building code. In the borwas located in a small two-storey frame building on Garden oughs of Richmond and Queens, the borough presidents are also street (now Exchange place), and the entire force consisted of in charge of street cleaning and waste disposal. There are in all 83 permanent government agencies in the comsome eight clerks and six letter carriers. Fifty years later the present City Hall station at Park Row and Broadway was the bined city-county jurisdiction. The major departments of gov-
companies. Postal Service—The post-office of New York city in 1827
382
NEW YORK (CITY)
[FINANCE
ernment which are specified as “administrative departments” in | ments prepares the assessment rolls. These must be delivered on the city charter are the departments of finance, law, police, water- March r to the board of aldermen, which must meet not later supply, gas and electricity, street cleaning, plant and structures, than the first Monday in March to fix the annual tax rates. When parks, public welfare, correction, fire, docks, taxes and assessments, this has been done and the amounts to be collected from the various taxpayers have been extended upon the rolls, the board of education, health, tenement house and purchase. There are five county governments within Greater New York, aldermen must deliver them not later than March 28, to the
namely, New York, Bronx, Kings, Queens and Richmond. The receiver of taxes or city collector directing him to collect the officers of these are practically independent of those of the city taxes as set forth, and to pay them to the city chamberlain. The city collector is chief of the bureau of city collections in the and are mainly elected by the people. Regular officers and employees of the greater city for 1928 department of finance. Fiscal affairs are in general under the control of the controller, totalled about 121,500, not including several thousand in temporary or emergency services. Civil service regulations apply to who is the head of the department of finance. The functions of all officers and employees of the city except officers elected by this office are, mainly, the collection of revenues, the audit of the people, legislative officers, and staffs of educational institu- accounts, the maintenance of the general accounting system, intions which have special professional standards. The civil service vestigation of all matters involving finances, the preparation of commission consists of three members appointed by the mayor accounting statistics, and the adjustment of claims. The treasurer —not more than two of whom may be of the same political party. is, however, the city chamberlain, who is appointed by the mayor. In 1920, the New York city employees’ retirement system was Although under the charter the chamberlain is in the department put into effect. All persons in city service whether appointive or of finance, he is actually quite independent of this department, elective, who entered or re-entered the city service after Oct. 1, | Other officers, boards and commissions exercising functions of 1920, and who have completed six months of city service are eligi- fiscal control or collection of revenues are the sinking fund comble to the benefits of this retirement system, except those entitled mission, the commissioners of accounts and of purchase, the deto share in the police pension fund, the fire department relief fund, partments of licences and of taxes and assessments, the board of the teachers’ retirement system, or the department of street clean- assessors and the banking commission. The sinking fund commission consists of the mayor, controller, president of the board ing relief and pension fund. of aldermen, city chamberlain and chairman of the finance comV. FINANCE AND TAXATION mittee of the board of aldermen, ex officio. The department of liIn the year 1928 the total budget of the city amounted to the cences, under a commissioner appointed by the mayor, is responsum of $512,528,831.49, of which $484,827,295.35 was for the city sible for the licensing and supervising of about 35 different busigovernment exclusive of the county governments and the State nesses, including public amusements. The licensing of public hacks tax. Of the total the amount to be raised by taxation was $429,- is, however, vested in the police department, and a number of 021,155.18. Principal and interest of the city’s long-term debt other forms of licence are under supervision of departments parrequires $104,284,902.73; and for instalment on account of four ticularly concerned with inspection, as the health and fire departyear rapid transit corporate stock for the new independent subway ments. The board of aldermen determines the general conditions system, and for all other purposes, except State tax, $394,117,- of licensing. Collection of licence fees is commonly made by the 081.75. The chief items of the present budget are: legislation, department issuing the licence. Police.—The police department has about 18,000 officers and $664,787; city and county administration, $19,300,895.41; borough government, $26,664,449.07; educational and recreational employees, of whom about 300 are not uniformed. It is under services (including department of education, $84,347,196.13), the direction of a civilian commissioner, who receives $10,000 a $105,735,799.24; protection of life and property (including police year and serves also as ex officio member of the city ambulance department, $44,903,708.40, and fire department, $19,957,678.30), board, the board of health, and the parole commission. He is $67,104,627.70; health, sanitation and care of dependents (in- appointed by and removable at the pleasure of the mayor. The cluding health department, $6,342,960; department of public wel- headquarters of the police department is in Manhattan. There are fare, $10,277,974.58; board of child welfare, $6,126,946; Belle- 40 precinct station houses in Manhattan, 32 in Brooklyn, Iro vue and Allied hospitals, $4,053,439.25; tenement house depart- in Queens and 3 in Richmond. The administrative activities of ment, $1,026,532; department of water-supply, gas and electricity, the department are carried on through the commissioner and five $13,706,176.05; department of street cleaning, $27,302,644.33; deputy commissioners, while the uniformed force is under the payments to nonmunicipal charitable institutions, $8,430,669.75), supervision of a chief inspector. A significant feature of the $77,441,943.60; correction, $2,755,716.25; facilitating commerce police department is its academy, through which all recruits must and traffic (including department of plant and structures, $9,139,- pass. The total appropriation for the police department for 1928 508.91, department of docks, $1,613,974.64, board of transporta- was $44,903,708.40, of which $41,186,320.40 was allotted for tion, $6,000,000), $16,753,483.55; courts, $12,363,696.38; central personal service. Fire.—A fire commissioner at $10,000 a year, appointed by and purchase, printing and publicity, $2,141,775.50; debt service and tax deficiencies, $154,474,902.73; miscellaneous (including pen- removable at the pleasure of the mayor, heads the fire department, sions, salary adjustments, repaving and resurfacing streets, public which has a personnel of about 7,200, of whom about 6,200 are improvements, snow removal, anticipated claims, etc.), $12,567,- in the uniformed force. At the head of the uniformed force and 284.58; State tax, $14,126,847.0r. in charge of fire-fighting is the chief of the department, who reThe assessed valuation of real estate (including corporation ceives $12,500 a year. The department is divided into several estates and franchises) and personal property of the city (1928) bureaux, namely, fire extinguishment, prevention and investigation, is: real estate, $15,845,505,899; personal estate, $308,440,050; and hazardous trades. Ninety-five engine and 50 hook and ladder total, $16,153,945,949. The basic tax rate for 1928 was $2.66 for companies are maintained in Manhattan and the Bronx; Brooklyn each $100 of assessed valuation. The assessments for local im- and Queens have 111 engine and 61 hook and ladder companies;
provements in the various boroughs give a combined tax rate for the boroughs as follows: Manhattan, $2.73; the Bronx, $2.71; Brooklyn, $2.74; Queens, $2.76; and Richmond, $2.73. The budget-making period runs from June to December. Not later than Aug. 1 the various bodies submit their estimates to the board of estimate and apportionment. The board of aldermen may reduce or eliminate items (except those exempted by law). The mayor may veto the action of the board of aldermen, which in turn may override his veto by a three-fourths vofe. After the adoption of the budget, the board of taxes and assess-
Richmond, 11 engine and 6 hook and ladder companies. tion, there are two special rescue companies.
In addi-
In the fire extinguish-
ment service, third and fourth grade firemen receive $1,769 a year, first grade firemen $2,500 a year.
In these classes there are
approximately 5,000 men at all times.
The total appropriation
for the fire department was $19,957,678.30 in 1928, of which $18,677,818.30 was for personal service. The latest available statistics (1926) put the annual fire loss of the city at $21,671,755. A fire college is conducted by the department.
Health and Hospitals.—In 1925 the general death rate was
NEW YORK (CITY)
HEALTH]
per 1,000 population. The lowest rate was 11-08 per 1,000 ig11-49 1921. In 1898 the general death rate was 20-26. New York was
rhe first American city to undertake health inspection of school children when it appointed a physician for this work in 1892, and in 1905 it inaugurated another health service for children, namely, the appointment of school nurses to assist physician insectors. In 1908 the first American division of child hygiene was 1 DEATH IN 1899
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able for the care of the sick of all classes. Of these 27 are municipal hospitals and 114 are maintained as tax-free institutions by
private agencies. Recent estimates place the total number of hospital beds in the city at about 32,000 or five beds per 1,000 population not including beds in hospitals for the insane. The 27 municipal hospitals account for about one-half of the total number of beds. In addition to the municipal and private hospital Services, there are two hospitals for the insane under the direction and control of the New York State department of mental hygiene; 7.e., the Brooklyn State hospital of 1,589 beds, and the Manhattan State hospital of 6,516 beds. The municipal hospitals beginning Feb. 1, 1929, are now administered by a newly created department of hospitals headed by a commissioner appointed by the mayor. Among the more important city hospitals are the Bellevue, Harlem, and Gouverneur general hospitals, in the borough of Manhattan; Fordham, a general hospital in the borough of the Bronx; and Neponsit Beach, a hospital for bone tuberculosis in the borough of Queens, the city and metropolitan hospitals on Welfare Island and five hospitals for communicable
ttttttttttttttttttttttttttitttttttittttt
EEEH
383
New York has 134 general and special hospitals which are avail-
EEEH
diseases. There is also the Reception hospital for classification. Although the municipal hospitals are free to indigent patients, all except the communicable disease hospitals conducted by the city 1.069 DEATHS IN 1926
CHART SHOWING RISE IN DEATHS FROM AUTOMOBILE ACCIDENTS IN NEW YORK CITY. FIGURES FROM THE REGISTRAR OF RECORDS, DEPARTMENT OF HEALTH, NEW YORK CITY established in the city health department to co-ordinate, under a
single director, all of the various activities for the promotion of child health. Infant mortality in the city has been reduced since rgro by half. In 1925, the birth rate was 20-60 per 1,000 population, the lowest. on record. The health department is under the administration of a board of health, comprising the commissioner of health and one physician, both appointed by the mayor, and the police commissioner, ex oficio. The health commissioner is the executive head at a salary of $10,000 a year. There is an advisory board of 18 unpaid physicians appointed by the mayor. Borough health offices are maintained under the direction of assistant sanitary supervisors. The professional and technical services are divided among eight major bureaux; że., foods, sanitation, records and statistics, field medical service, nursing, hospitals, research and laboratories, and health education. All employees are appointed through civil service. As a part of general preventive and educational work, the department conducts 70 baby health stations. It also maintains 21 dental clinics and 11 eye clinics for children, and two advisory clinics for venereal disease patients. Its personnel, including all hospital, baby health station and clinic employees, numbers about 2,000. Its appropriation for 1928 was
$6,408,276, of which $5,103,341 was for personal service. The U.S. Public Health service manages the Quarantine station at Rosebank, S.I., where incoming vessels are inspected for quarantinable diseases; and units are provided on Hoffman island in the Lower bay for the care of incoming passengers suspected of having contracted these. The medical inspection of immigrants at the Ellis island immigration station is also made by this service which is also in charge of three U.S. marine hospitals in the New York zone. Among the great number of unofficial agencies chiefly concerned with health betterment within the city and its environs,
the following deserve special mention: the New York Tuberculosis and Health Association, New York Diet Kitchen Association, Henry Street Settlement, Maternity Center, Committee for Health Service among Jews, New York Child Welfare Committee, Com-
mittee on Maternal Health, Judson Health Centre, East Harlem Health Center and Public Health Committee of the New York Academy
of Medicine.
The Catholic
Charities
of the Arch-
diocese of New York, the Association for Improving the Condi-
tion of the Poor, the Charity Organization Society, the Children’s Aid Society, and the Jewish Social Service Association also concern themselves with public health.
Not including proprietary hospitals, of which there are about 50,
health department have fixed charges for service, varying from 80 cents to $2.25 per day. Of the total days’ service rendered by the 56 hospital members of the United Hospital Fund in 1925, 47% was free. Among the chief private general hospitals are Mount Sinai, St. Luke’s, Presbyterian, New York, Roosevelt, Lenox Hill and the Post Graduate. All of these hospitals are in the borough of Manhattan. In Brooklyn are the Long Island College hospital, Jewish, Brooklyn and Methodist Episcopal. Of the private special hospitals for women and children, the Lying-in, Sloane Maternity, Nursery and Child’s, Woman’s and Misericordia are the largest. Other special hospitals of note are the Orthopaedic, Ruptured and Crippled, Joint Diseases, New York Eye and Ear infirmary, Manhattan Eye, Ear and Throat hospital, Skin and Cancer hospital and Neurological institute. Forty of the general hospitals, municipal and private, operate about roo public ambulances. This service is under the control of a board of ambulance service. Among the recent events of interest in connection with the private hospital services of the city is the establishment of the Presbyterian-Columbia Medical centre. New buildings on an extensive scale are now partly completed on a site at the northern end of Manhattan, with the view of bringing together in close physical and administrative relationship the Presbyterian hospital, the College of Physicians and Surgeons of Columbia university, and a group of other special hospital services including the Babies hospital, the Neurological institute, and the Sloane Maternity. Funds have been appropriated by the State to establish a State psychiatric institute and hospital at the Medical centre. Charities——The department of public welfare is under the direction of a commissioner appointed by the mayor at a salary of $10,000 a year. It is responsible for inquiry and disposal of all cases of applications for public relief, the care of the dependent sick, mentally defective and epileptic; the relief of veterans and their families; the distribution of funds for the relief of the poor adult blind of the city; the receipt and disbursement of funds for the support of children of unmarried mothers; the inspection of private institutions for adults and children; the regulation of public solicitation of funds; and the collection of money from parents and relatives in part payment for the support of public charges. The department of public welfare also maintains the Municipal lodging house. The city board of child welfare comprises ten members appointed by the mayor, three of whom must be women. The members of this board receive no compensation. The board grants allowances to needy and worthy widows whose husbands were citi-
zens of the United States and residents of the State of New York at the time of their death. Allowances are also made to mothers whose husbands are confined in prisons or are otherwise incapaci-
384
NEW YORK (CITY)
[PUBLIC Works
tated for earning. For these purposes the city appropriated $6,- | year 1927 an average of about 570 million gallons of Catsky; 126,946 for 1928. water was used daily. The work of the official agencies above described represents The Catskill aqueduct delivers its water just north of the city only a small part of the charitable services available to dependent line into Hill View reservoir, which has a storage capacity oj or handicapped persons. A major share of the institutional care goo million gallons. From the Hill View reservoir, Catskill water of dependent sick and otherwise incompetent is provided by un- is delivered into the five boroughs of the city by a circular tunnel official agencies and institutions, many of which are in part re- in solid rock at depths varying from 200 ft. to 750 ft. below the imbursed for their services in the care of persons properly public street level, and reducing in diameter from 15 ft. to 11 feet. The charges. The city appropriated for the current year (1928) $8,- total cost of the Catskill water-supply system was about $1§;. 430,669.75 for the care of dependents in private hospitals, homes 000,000. The average daily consumption of water in New York and other institutions. The burden of outdoor relief and family city for 1927 was about 875 million gallons. The present public welfare work of the poor is borne by private agencies. In all, water-supply systems provide a dependable yield of about 1,059 there are several hundred organizations dealing with one phase millon gallons per day. Sewers.—There are more than 2,800 m. of sewers, over one. or another of relief and family welfare not including the many semi-social, fraternal, or mutual benevolent organizations. Several third of which lie in the borough of Brooklyn. The sewers in the of the more important charitable and benevolent organizations older and more densely settled sections are generally on the comwork in close association at the United Charities building. To bined plan, serving for storm water as well as for domestic and bring about a more general co-operation of charitable and benevo- industrial waste. In Manhattan many of the sewers are egglent organizations, the Welfare council of New York city was shaped, with a minimum size sufficient to enable them to be enestablished in 1925 by the voluntary association of about 500 tered and cleaned by hand. In Brooklyn, the Bronx and Queens, public and private social agencies, which for purposes of co-opera- the extensive low-lying areas have required the construction of tive action were grouped in four divisions: family welfare; child welfare; health; recreation, education and neighbourhood activities. Correction.—The department of correction is under the direction of a commissioner of corrections appointed by the mayor at a salary of $10,000 a year. It supervises the three city prisons of Manhattan (The Tombs), Brooklyn and Queens, the 11 district prisons, and New York County penitentiary and the Correctional hospital; the Municipal Farm and the Reformatory prison; the New York City Women’s Farm colony; the Warwick Dairy farm; and the New York City reformatory. The city parole commission consists of the commissioner of corrections and the police commissioner, ex officio, with three members appointed by the mayor, one of whom is chairman of the commission at a salary of $7,500 a year. It supervises persons released from city correctional institutions prior to the expiration of their sentences, and while still in the custody of the State. A probation bureau is maintained under the general direction of the chief magistrate of the magistrates’ courts of the five boroughs. A chief probation officer directs this bureau. The probation officers conduct, at the direction of the magistrates, investigations of defendants prior to sentence and receive on probation and supervise delinquents. The five borough children’s courts super-
vise juveniles on probation. Many charitable associations receive aid from the city to care particularly for delinquent women and children. Other correctional agencies, several of which also recelve public funds and furnish special services to the city in dealing with correctional problems, are the Societies for the Prevention of Cruelty to Children; the House of Refuge; New York Society for the Suppression of Vice; Salvation Army; Volunteers of America; Woman’s Prison Association; Prison Association of New York; House of Good Shepherd; New York Catholic Protectory; Society for the Prevention of Crime; Jewish Board of
Guardians; Joint Committee on Methods of Preventing Delinquency; Big Brother Movement and Big Sisters. Public Water Supply.—In the early days, the water-supply of New York was derived from wells and from streams and ponds. In 1799, the Manhattan company was incorporated ostensibly to supply the city with water, but under a clause in its charter, devoted itself primarily to the banking business. In 1834 the legislature authorized the city to begin the necessary works to
bring water from the Croton watershed more than 30 m. north, and the first Croton water was delivered to the city in 1842 through the Croton aqueduct. In 1883 the new Croton aqueduct was authorized and thus additional water became available in
1890. In 1905 the board of water-supply was created and work was begun immediately on a new system to bring water from the Catskill mountains, more than roo m. north. This commission developed an additional water-supply from the Esopus and Schoharie watersheds with a total dependable yield of about 600 million gallons daily flowing through the Catskill aqueduct. In the
large trunk sewers which have generally been of concrete. The older sewers were of brick or vitrified pipe, although for many
years cement pipe was employed for the smaller sizes in Brooklyn, There are approximately 840 m. of concrete sewers, 570 m. of brick sewers, 1,400 m. of vitrified clay pipe, and 25 m. of cast
iron pipe sewers in the city, which, in the main, empty into the rivers and tidal waters. With the growth of population, the pollution of the harbour has increased, with the result that fine screen-
ing has been resorted to where this will suffice, and at those points where a higher degree of purification is considered necessary, land has been secured for the establishment of activated sludge treatment plants. Plans are now being prepared for the first of these plants on Ward’s island. Public Works.—The commissioners of public works control the bureaux of audits and accounts, design and survey, sewers, highways, public buildings and offices and the bureau of buildings. There are in addition 24 local improvement districts; for each district there is a local improvement board. The work of the street cleaning department includes the collection and disposal of all municipal waste. Snow removal is one of the most costly and difficult problems; in the winter of 192425, when there was a total snow-fall of 27 in., its removal cost over $5,000,000. For the collection and disposal of garbage, ashes and rubbish (about 15 million cubic yards annually), over 9,000 persons are regularly employed. Garbage is disposed of by incineration in the boroughs of Queens and Richmond, but that of the other and larger boroughs is loaded on scows and towed to the open sea about 30 m. beyond Scotland lightship, where it is dumped. Ashes and rubbish are in the main utilized for land fills in the several boroughs. The total appropriation for the department of street cleaning for 1928 was $27,302,644.33, of which 20,1 28,374.33 was for personal service. City Planning and Zoning.—The Greater New York charter adopted in 1898 provided that the responsibility for laying out street systems should be primarily vested in the borough presidents with specific approval resting on the board of estimate and apportionment, and independent approval by the mayor for changes in plan. In 1903 the board of aldermen created an improvement commission which reported in 1907. In 1913 8 heights of buildings commission was created. This led to the building zone resolution of July 25, 1916, which regulated the height and bulk of buildings thereafter erected and the boundaries for trades and industries. This resolution divided the city into “use,” “height” and “area” districts. The “use” districts are: (1) “residence,” where no building can be erected other than
for specified uses, such as dwellings, clubs, hotels, etc.; (2) “business” where specified trades considered as either offensive or dangerous are prohibited; and (3) “unrestricted,” where no zoning
regulations or restrictions are provided. The “height” districts provide for “setbacks” in buildings erected in excess of certain heights, the height and extent of the “setbacks”? depending on the
NEW
YORK
(CITY)
PLATE III
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wn ® on the Oswego canal and 4 on the Cayuga and Seneca canal. : broken mountain chains running north-east from Cook strait In addition, there are two junction locks and two guard locks. _‘ to East cape on the Bay of Plenty, ranges seldom under 3,000 ft., Navigation is free and the usual navigation season is seven ; but never attaining 6,000 it. in height. Ikurangi, their highest months from May 1 to Dec. r. The canals are available for use : summit, though a fine mass, does not compare with the isolated
24 hours of the day. Boats about 300 ft. long, 42 ft. wide, with |volcanic cones which, rising west of the main mountain system
a draft of 10 ft. and a cargo capacity of 2,800 tons are generally |and quite detached from it, are among the most striking sights in used.
ihe island.
Ruapehu
(9.175
ft.) is intermittently
active ang
The Erie Barge canal is the main waterway, connecting the | Ngauruhoe (7,515 ft.) emits vapour and steam incessantly. Eg.
Hudson river at Albany and Troy with Lake Erie at Buffalo. It |mont (8,260 ft.) is quiescent; its symmetrical form and dense has a total length of 340 m. and serves as the main route of | clothing of forest make it the most beautiful of the three. North transporting grain from the west to New York. It is 150 ft. wide | of the two first-mentioned volcanoes Lake Taupo spreads over and 12 ft. in depth. The cost of construction and improvement | 238 sq.m. in the centre of a pumice-covered plateau from 1.000 to was $139.214,929. 2,000 ft. above the sea; and round and beyond the great lake The Cayuga and Seneca canal connects Montezuma, N.Y., | the region of the thermal springs covers 5,000 sq.m. and stretches with the Cayuga and Seneca lakes and affords communication | from Mount Ruapehu to White island, an ever-active volcanic between these lakes and the Erie canal. Including the lakes the | cone in the Bay of Plenty. The most uncommon natural feature length of the canal is 92 m.; exclusive of the lakes, it is approxi- | of the district, the Pink and White terraces, was blown up in mately 24 miles. It is 200 ft. wide and 12 ft. in depth. The cost | the eruption of Mt. Tarawera in 1886, when for great distances of construction was about $8,154,000. the country was buried beneath mud and dust, and a chasm 9 m. The Black river canal connects Black river and the Erie canal | long was opened. Fine lakes and waterfalls, innumerable pools, and affords communication between Rome, N.Y., and Lyon Falls, | in temperature from boiling-point to cold, geysers, solfataras, N.Y. Elevation is gained by four locks. It is 35 m. long, 42 ft. | fumaroles and mud volcanoes still attract tourists in large numwide, 4 ft. in depth. The cost of construction with improvements | bers. The healing virtue of many of the springs is widely known. was $3,481,954. The Government maintains a sanatorium at Rotorua and Te The Champlain canal connects Whitehall, N.Y., at the head of | Aroha, and there are private bathing establishments in other Lake Champlain with the Erie canal at Waterford, providing | places, notably near Lake Taupo. In South island there are hot a waterway between the Atlantic seaboard and the navigable St. | pools and a State sanatorium at Hanmer Plains. The most re-
Lawrence. It is 60 m. long, 125 ft. wide and r2 ft. in depth. The | markable cures effected by the hot waters are in cases of gout, cost of construction was about $21,691,000. rheumatism, diseases of the larynx and in skin disorders. Though The Oswego canal connects Lake Ontario at Oswego with the | the overlying porous pumice reduces the fertility of the Taupo Erie canal at Syracuse and provides communication between | plateau, except under treatment, it has a good rainfall and is
Syracuse and Oswego, and by the use of the Welland canal, with | drained by unfailing rivers running through deep terraced ravines. the other Great Lakes. The cost of construction and improve- | The Waikato and Waihou flow north, the Rangitaiki north-east, ment was about $12,000,000.
and Mokau, Wanganui, Rangitikei, and Manawatu west or south-
NEW ZEALAND, a British dominion (1907), consisting of | west. The first named, the longest river in the colony, though a group of islands lying in the south Pacific between 34° 25’ and | obstructed by a bar like all western—and most eastern—New 47° 17’ S., and between 166° 26’ and 178° 36’ E. The group is| Zealand rivers, is navigable for some 70 miles. The Mokau and situated eastward of Tasmania and Victoria, and Wellington, its | Wanganui run between ferny and forest-clad hills and precipices, capital and central seaport, is 1,204 m. distant from Sydney. Of | often of almost incomparable beauty. certain outlying clusters of small islands included in the dominion East of the Taupo plateau and south of Opotiki on the Bay of group proper (and for statistical purposes), the Chathams (356 m. | Plenty are steep thickly-timbered ranges. On the southern E. of Cook strait), Aucklands and Campbell island are alone of | frontier of this mountainous tract Waikaré Moana extends its any value. The Chathams are chiefly inhabited by sheep-farming | arms, the deepest and most beautiful of the larger lakes of the colonists. The Aucklands contain two of the finest harbours in| island. the Pacific. Six hundred miles north of the Aucklands, the volcanic From the mouth of the Waikato southward to about 25 m. Kermadecs, covering 8,208 ac., are picturesquely clothed with | from Cape Terawhiti on Cook strait, and for a distance of from vegetation. In Polynesia a number of inhabited islands were | 20 to 40 m. inland, the western coast skirts fertile grazing and brought under New Zealand control by proclamation in rgot. | dairy-farming country. On the east coast the same fertility is Rarotonga and Mangaia, in the Cook group, and Niué or Savage | seen and, round Hawkes bay, a hotter and drier summer. In the island are the largest of these; Penrhyn and Suwarrow, though | south centre, the upland plain of the Wairarapa has a climate but small coral atolls, contain excellent harbours. Rarotonga is| adapted for both grazing and cereals. The butt-end of the island, hilly, well watered, and very beautiful. By mandate of the | of rather poor, rough, though well-grassed wind-beaten hills, is League of Nations, New Zealand also administers the former | redeemed by the fine harbour of Port Nicholson, which vies with German possession of Western Samoa, and has joint control in | the Waitemata in utility to New Zealand commerce. Everythe phosphate island of Nauru. In 1923, at the desire of the | where the settler may count on a sufficient rainfall, and—except British Government she became responsible for the administra- | on the plateau and the mountain highlands—mild winters and tion of the Ross sea, and in 1926 of the Tokelau, or Union group. | genial summers. To pass Cook strait and land in the middle Apart from these dependencies New Zealand has an area of | province of South island is to pass from Portugal to Switzerland, 103,285 sq.m., of which its two important islands, called North | a Switzerland, however, which has long fertile plains extending and South, contain 44,131 and 58,120 respectively, while, divided | to the coast and giving the highest yield of cereals in New Zeafrom South island by Foveaux strait, Rakiura or Stewart island, | land. As a rule the shores of South island are high and bold mountainous and forest-clad, contains 662 sq.m. These three | enough. They are not too well served with harbours, except along form a broken chain, North and South islands being cut asunder | Cook strait, in Banks peninsula, and by the grand but com-
by Cook strait, a channel varying in width from 16 to 90 miles. | mercially useless fjords of the south-west.
In the last-named
North island is 515 m. long and varies in breadth from 6 to| region some 15 salt-water gulfs penetrate into the very heart of 200 miles. It is almost cleft in twain where the Hauraki gulf | the mountains, winding amid steep, cloud-capped ranges, and penetrates to within 6 m. of Manukau harbour. From -the| tall, richly-clothed cliffs overhanging their calm waters. The isthmus thus formed a narrow, very irregular peninsula reaches | dominating features of south New Zealand are not ferny plateaux out northward for some 200 m., moist and semi-tropical, and | or volcanic cones, but stern chains of mountains. There the beautiful rather than uniformly fertile. Southern alps rise range upon range, filling the whole centre,
NEW
FLORA, FAUNA]
ZEALAND
393
stretching from || healthiness of the islands is attested by the death rate of 8-74 crest they are | per 1,000 in 1926, the lowest death rate known. Flora.—There are about 1,000 species of flowering plants, of is but slightly The rivers are which about three-fourths are endemic. Most of those not many, even on the drier eastern coast. But, as must be expected peculiar to the country are Australian; others are South Ameriin an island but 180 m. across at the widest point and yet showing can, European, Antarctic; and some have Polynesian affinities. ridges capped with perpetual snows, the rivers, large or small, Ferns and other cryptogamic plants are in great variety and abundance. The New Zealand flora, like the fauna, has been are mountain torrents, now swollen floods, anon half dry. The largest river, the Clutha, though but 80 m. long in its course to cited in support of the theory of the remote continental period. the south-east coast, discharges a volume of water estimated at In appearance the more conspicuous flora differs very greatly nearly 2,000,000 cu.ft. a minute. On the west the only two rivers from that of Australia, Polynesia, and temperate South America, of importance are the Buller and the Grey, the former justly and helps to give to the scenery a character of its own. The early colonists found quite half the surface of the archifamous for the grandeur of its gorges. Te Anau and Wakatipu (s4 m. long) are the chief lakes in the South though Manapouri pelago covered with dense, evergreen forest, a luxuriant growth is the most romantic. Mt. Cook is easily first among the mounof pines and beeches, tangled and intertwined with palms, ferns tain peaks. Its height, 12,349 ft., is especially impressive when of all sizes, wild vines and other parasites, and a rank, bushy, viewed from the sea off the west coast. On the north-east a mossed undergrowth. Though much of the timber is of comdouble range, the Kaikouras, scarcely fall short of the Southern mercial value—notably the kauri, totara, puriri, rimu, matai and alps in height and beauty. Apart from the fjords and lakes the kahikatea—this has not saved the forests from wholesale, often chief beauties of the Alps are glaciers and waterfalls. The Tas- reckless, destruction for settlement purposes. In late years active man glacier is 18 m. long and has an average width of 14 m.; the operations by the State, private companies and the settlers themMurchison glacier is ro m. in length. To the west of Mt. Cook selves, in re-afforestation with European, Californian and Austhe Franz Joseph glacier crawls into the forest as low as 40o ft. tralian soft woods are doing much to restore the earlier ravages. above sea-level. Among waterfalls the Sutherland is 1,904 ft. These improvements are mainly in the naturally open and grassy high, but has less volume than the Bowen and others. The finest regions of the east and south-east. mountain gorge, the Otira, is also the chief railway route from Fauna.—In their natural state the islands had no land mamthe east to the west coast. Generally the open and readily avail- mals. The Polynesians brought a dog, now extinct, and a black able region of South island extends from the Kaikouras along the rat, now rarely seen. The wild dogs and pigs in outlying districts east and south-east coast to the river Waiau in Southland. It are descendants of domestic animals which have escaped into the has a mean breadth of some 30 miles. In compensation the coal bush. There are no snakes. There are bats, one belonging to a peand gold, which form the chief mineral wealth, are found in the culiar genus and one related to Australian and South African broken and less practicable west and centre. forms. New Zealand was very rich in birds, the tui and makoClimate——New Zealand, stretching through over 11° of mako being famed as songsters, while the flightless and weaklatitude, would present more contrasts of climate were it not for winged birds were numerous; the kiwi (Apteryx), kakapo the fact that oceanic influences penetrate everywhere. Most of (strigops), takahe (Notornis) cannot fly. The last named is very it is in or near the northern border of the westerlies with their rare and has not been seen since 1898. New Zealand formerly cyclones though the north end feels the trade winds in summer. possessed the gigantic running bird called the moa (Dinornis), The only really large mass of high land is in the southern half a huge rail (Aptornis) and other bird types now extinct. The of South island and even here maritime influences prevent winter earlier destruction of the forests had disastrous ‘effects on cold from lasting continuously for long. bird-life. In the Alps a hawk-like green parrot, the rea, which has The following table resumes some important data:— been known to kill sheep, holds its ground. The pukeko, a handsome rail, abounds in swamps. July Total Bush and grass fires, cats, stoats and weasels, introduced in Mean t°| rainfall the roth century, have reduced the bird population; and deer, pheasants, trout and salmon have been introduced by sportsmen. Auckland . 5I-7 43:8 | Greater in winter The most famous New Zealand animal, scientifically, isthe Tuatara, Rotorua . 45°7 53°8 ” ?” 2 the sole survivor of the reptilian order of the Rhynchocephalia, Napier . 49°0 32°3 a ae Wellington 47°7 48-1 ” ” » otherwise extinct since Mesozoic times so far as is known. The Nelson . 46°1 37°6 a wy Sas butterflies are few and moths numerous; there was a native beachHokitika . 44°9 116-5 | Spring often wettest spider (katipo) now extinct. An organism named Pertpatus has Lincoln, near a New Zealand species; it is intermediate in structure between Christchurch 43°I 25-3 | Generally distributed Dunedin : 42°3 36:8 J P the earthworms and the myriapods and species occur in various Queenstown, on isolated regions, mostly in southern lands. Lake WakaResolution, Kapiti and little Barrier islets have been set aside tipu . 37°5 30°4 | Spring often wettest as sanctuaries for the native fauna. Invercargill 4I°4 46:5 ” ” ” Tidal waters furnish minute whitebait, and the mud-flats of The range of mean temperatures is small, the rainfall moderate salt or brackish lagoons and estuaries flounders. Oysters, both save on the west slopes of the Southern alps. (See Hokitika mud and rock, are good and plentiful. Sharks are found everyabove.) The snowline reaches down to 3,000 ft. on the eastern where, and are common around the north; they rarely attack side of the Southern alps which has rather lower temperatures man. The albatross is the most conspicuous sea-bird. Penguins than other parts (see Queenstown above) but on the western are found, confined to the islets of the far south. (H. J. B. D.) almost or quite touching the western shore, and end to end of the island. West of the dividing forest clad; east thereof their stony grimness softened by growths of scrub and tussock grass.
aeneve
side it is at 3,700 feet. Nelson, sheltered from the west, is famed for its sunny climate with cool bracing nights.
The winter maximum of rainfall in the north follows naturally from the régime of the winds, the all-the-year round distribution
of the light rainfall on the east side of South island contrasts
with the tendency to a spring maximum
on the western and
southern fringes of the Southern alps. The heavy rainfall on the
west has permitted glaciers to exist and to reach down into the
lowlands in some places in spite of the general mildness.
The
mountainous Stewart island has 65-2 in. of rainfall. The mildness and rainfall permit widespread evergreen vegetation and the
GEOLOGY New Zealand is part of the Australasian festoon on the Pacific edge of the Australasian arc. Owing to its critical position it has had a particularly varied geological history, and includes, for its size, an unusually complete series of marine sedimentary rocks. It is still a matter of doubt whether pre-Cambrian rocks constitute any portion of the islands. The oldest rocks, however, extend at intervals down the western side of the South island. They include a complex of gneisses, schists and dioritic igneous rocks in Fiordland, and sillimanite gneisses on Stewart island.
394
NEW
ZEALAND
[GEOLOGY
Main Divisions.—The first evidence of life appears in rocks |epoch, as perhaps do also some of the diorites of the south. of Lower Ordovician age, forming a folded belt in the south at western district of the South island. The intensest folding in the Preservation inlet and in the extreme north-west at Collingwood. North island is developed in the east; in the west the flexures They comprise graptolitic slates, quartzites and marbles, and are become more open and undulating strata predominate. In the characterized by an Arenig fauna including Tetragraptus, Bryo- Otago region, the Otago schists have recently been interpreted as graptus, Dichograptus and Didymograptus. According to the a flat lying series forming a packet of recumbent folds, the parGeological Survey the metamorphic rocks already referred to ticipating rocks being referred to members of the Maitar and form a Pre-Ordovician series below these fossiliferous sediments, Hokonui series. Sequence of Formations.—Following the Hokonui diastrobut it is to be noted that no clear line of separation between the two series has yet been discovered. An alternative view regards phism a series of sediments ranging from Middle Cretaceous to the Ordovician rocks as passing gradually into mica schists, which Upper Pliocene was deposited, but the record has received diverse are invaded, as in Fiordland, by gneissic diorites. The strike of interpretations, particularly in regard to the structural relations these ancient rocks ranges from west-north-west to north-north- of the beds and the correlation of formations in neighbouring east, but is not very different from the associated Ordovician regions. According to the view of Marshall, the whole series js conformable throughout, a difference in age of the basal strata sediments. Between the Ordovician sediments and the succeeding Silurian in different districts being ascribed to overlap over an irregular The latter are known surface of the older rocks. Summarily, the sequence of formaseries a strong unconformity is probable. only in the north-west of the South island, on the Baton river tions is as follows: and at Reefton. The rocks include argillaceous limestones and Middle Cretaceous (Albian) . Marine beds (in Kaikoura ranges) shales on the Baton river, and a littoral facies of quartzite, Senonian . Greensands, basal coal measures greywacke and limestone at Reefton, both with a Wenlock fauna. UpperCretaceous{ Pron Limestones ‘(partly foraminiferal) Nothing is known of the geological history of New Zealand Eocene . . a. a . Marine beds and coal measures between the Upper Silurian and the close of the Palaeozoic acai : Marine beds period, from which time the stratigraphic record in the islands Miocene a is particularly complete. Much of the highlands are built up of Pliocene . . . . . Marine beds and gravels folded greywackes, slates and some limestone, with a volcanic horizon recognized near the base of this folded series. The whole The oldest rocks of this sequence are developed in the Karis divided into a Permian (Maitai) series and a Mesozoic (Ho- koura mountains of Marlborough, where a thickness of from konui) series. The nature of the junction between the two is still 3,000 to 9,000 ft. of sandstones and mudstones, with conglomerlittle understood, various authorities claiming a complete con- ates and some coal measures were deposited. These Albian beds formity, much regression, or marked diastrophism with plutonic are followed by the Amuri limestones (2,500 ft.), but in Canter-
(dioritic) intrusions. In the type locality (Nelson district) the Maitai series (limestones, shales and slates) contain Platyschisma, Sirophalosia, Martiniopsis and Spirifer bisulcata, a fauna characteristic of the Permian beds of eastern Australia. An extensive series of basic breccias (Te Anau series) forms the base of the Maitai series and upon which the fossiliferous sediments rest. The top of the series is formed of greywackes, in places containing annelid tubes (Terebellina). These are referred to a Lower Triassic age. This Permian series has a wide distribution in the South island. The succeeding events are not clear. Probably there followed a regression of the sea, succeeded in turn by a transgression when the Hokonui beds were laid down. The base of this series is of Middle Triassic age, these beds being followed by Upper Trias. They include the Carnic, Noric and Rhaetic stages, the sediments being greywackes, limestones, an horizon of basic tuffs (Noric) and Rhaetic plant beds. The sequence or portions of it are recognized from both the South and North islands. The Noric beds, characterized by an abundance of Pseudomontis, have a very wide distribution, extending throughout the Southern Alps in Canterbury, along the Hokonui hills, in the Nelson district, and in the Mokau district of North Taranaki. The series extending from the Middle Trias to the Rhaetic is of great thickness, of the order of 10,000 feet. These beds are followed conformably by Jurassic felspathic sandstones, conglomerates, plant beds and some thin coal seams. Liassic, Bajocian and also Upper Jurassic marine faunas have been described. A widespread series of sediments containing Inoceramus occurs in the east of the North island, probably, in part, of Upper Jurassic age, but extending into the Lower Cretaceous. The problematical schists of the South island, well developed in the Otago region, and referred to as the Otago schists, are perhaps of Mesozoic age, though they have been referred to horizons from the Archaean to the Jurassic. They appear to pass outwards into sediments indistinguishable from Ordovician or Mesozoic strata. At the close of this sedimentation, in Lower Cretaceous times, a strong orogenic movement supervened, in which the Hokonui system was folded along meridional lines, the earth movements being accompanied by widespread plutonic intrusions throughout the length of New Zealand. The dunite sills of the Dun mountain region, and the gabbros and norites of North Cape belong to this
bury and the coast of Marlborough Senonian strata underlie the limestone series. In the succeeding Eocene period the coal measures of the south-western district of the South island were formed and constitute the most valuable coal seams of New Zealand. The transgressions of Oligocene and Miocene times submerged much of both South and North islands, but in the central region of Otago the land remained emergent. Fluviatile and lacustrine deposits, however, covered large parts of this area. They are frequently auriferous. A general retreat of the sea from the South island took place in Pliocene times, but the
North island remained largely below sea-level. In area a wonderful development of clays, 3,500 ft. posited, apparently without break. The present New Zealand developed as a result of important
the Wanganui thick, was detopography of crust warpings and block faulting. The faults are not simple tensional movements, but involved strong lateral pressure, in which overthrusting and overfolding are developed. The isoclinally folded Tertiary rocks of the Lake Wakatipu region show particularly well the extreme effects of this movement. The earliest development of vulcanicity after the Post-Hokonui orogeny is seen in the Middle Cretaceous basalts of the Clarence region and the Upper Cretaceous rhyolites near Christchurch. Vulcanicity became more widespread in Mid-Tertiary times. To this period belong the pillow lavas and tuffs of the Oamaru district and the rhyolites, andesites and dacites of the Coromandel peninsula. Propylitization of these andesitic rocks gave rise to the auriferous deposits of this latter area. Somewhat later came the alkaline eruptions of the Dunedin district and the basalts forming Banks peninsula. The alkaline rocks of the former area include a varied succession of alkaline trachytes, phonolites, trachydolerites and basalts. Volcanic activity of Upper Tertiary time extending to the present day led to extensive eruptions of andesites and rhyolites in the North island. Mt. Egmont consists largely of andesite. The main centres of activity lie on a north-east line of crustal weakness extending from Ruapehu to Mt. Edgecumbe, and the
great rift of the Tarawera eruption extending to Lake Rotomahana has a similar trend. In the Pleistocene, the present system of glaciers had a great extension, and they undoubtedly reached sea-level in the south-west of the South island. On the east they appear to have been confined to the mountain valleys.
Study of the fossil fauna and flora of the New Zealand region
POPULATION AND ADMINISTRATION]
NEW
ZEALAND
points from many lines of evidence to intimate connection, in Mesozoic times, between this land, Australia and Malaysia. the later Cretaceous
period the connection
between
In
Australia
and New Zealand was severed, though the latter was directly associated with Antarctica. In the Upper Cretaceous only one species of mollusc (Watica variabilis) is known to be common to Australia and New Zealand. The complete isolation of the New Zealand region seems to have been accomplished by Middle Tertiary time, by a gradual break up of the circum-Pacific connections. BIBLIOGRAPHY. —Information on the geology of New Zealand is principally contained in the Bulletin of the Geological Survey of New Zealand, and in the Transactions of the New Zealand Institute. Reference should also be made to extended accounts given by J. Park, The Geology of New Zealand (1910); P. Marshall, “New Zealand and the Adjacent Islands,” in Steinmann’s Handbuch der regionalen Geologie, Bd. vii., abt. r (1912); P. G. Morgan, “Geology of New Zealand,” Official Year Book (1914) and particularly W. N. Benson, “Recent Advances in New Zealand Geology,” Presidential Address Section C. Australasian Association for Advancement of Science (1921), where a detailed summary and bibliography is presented. s
POPULATION AND LAND SETTLEMENT Population.—In Jan. 1840 there may have been 2,000 whites in New Zealand. By 1861 the number was still slightly under 100,000. During the next 20 years the gold discoveries, the
public works expenditure, and the development of agriculture,
multiplied the number of colonists five times to 498,000 in April 1881. Then increase slackened for many years, and was slowest between 1886 and 1891, when the addition was but 48,000 in
Presbyterian, 13-93% Roman Catholics, and 9-53% Methodists. The Maori race increased from 49,844 in 1911 to 54,768 in 1925. The census of 1926 and subsequent estimates, already given, include half-castes, and for that reason show a greater increase. There are 130 native schools with an average daily
attendance of 5,947 scholars.
Immigration.—In normal times the immigration policy of
New Zealand has been to provide assistance, by free or reduced passage rates, to desirable immigrants from Great Britain. About June 1927, however, the policy was suspended (except in the case of domestic servants and a few parties of youths to undertake farming) owing to unemployment in the dominion. The date of the resumption of the policy is uncertain. Under the New Zealand scheme assistance was restricted, except in the case of domestic servants, to persons nominated by permanent residents of the dominion, provided such persons were healthy and under 50 years of age. The nominator must undertake to
WAN ii
five years. In Igor the whites numbered 773,000; and between that year and the census computation in April 1906 the increase,
115,859. In 1911 the white people had increased to 1,008,468, and in 1916 to 1,099,449. The census figures for 1916, 1921, 1926 and the estimated population at June 30, 1928, were as follows :—
395
A MAORI WARRIOR
TEM ROLE
make provision for the maintemance and employment of the
e nominee, and guarantee that resi-
. dence shall extend to at least BESIDE A TO- five years. The quota of such as-
sisted new arrivals is fixed from
period to period. From shortly after the World War of 1914-18 until 1925 the quota was 10,000 per annum, but early in 1926 it was extended to 13,500. A large section of the sheep owners 1926 1928 1916 IQ2I of the dominion also have a fund of over £200,000, allocated out of wool profits of the period 1914-18, for training sons and Europeans 1,099,449 | 1,218,913 | 1,344,384 1,389,076 Maoris 65,004" daughters of sailors of the navy and mercantile marine who were 49,776 52,751 63,670" *Prior to the census of 1926 half-castes living as Europeans were killed or incapacitated during the World War, the lads in farming at a special institution in New Zealand, and the girls in domestic counted as Europeans. (All half-castes are now classed with Maoris.) and light farming work at another. Free passages are provided The gain in population in the two last census periods was:— by the Government of New Zealand, and the children are profrom 1916-21, 119,464 or 10-87%, and from 1921 to 1926, 129,- vided with suitable employment after training. Both schemes are 792 or 10-69% (the last figure, of course, excludes half-castes). under the scrutiny of the minister for immigration and both The average annual increment of population is less than 24%. have operated with entire success and satisfaction. The British The number of males in 1926 was 686,384, and females 658,085. Government co-operates with the dominion in its assisted migraThe number of females to 1,000 males has risen from 622 in tion and provides a share of the passage money. 1861 to 959 in 1926. The following table shows the number of assisted immigrants In 1916 the birth rate per 1,000 was 25-94 and in 1926, 21-05. entering the Dominion of New Zealand for each year of the 16In the same periods the death rates per 1,000 were 9-64 and 8-74 year period, 1911~1926 inclusive, immediately preceding the susrespectively. The population is chiefly centred in the North pension of the policy of governmental aid:— island and the drift that way, largely due to the development of the dairy industry, is growing. In 1926, 61-87% of the people resided in the North island. The Maoris, who are not included in this percentage reside chiefly in the North island. The census statistics of 1926 classed 51-62% of the population as urban. The total population of North island in 1926 was 831,738; the total population of South island (including Stewart island and Chatham islands) was 512,636. Of the entire population, 559,068 lived in the rural districts and 785,316 in boroughs. In 1921, 98-43% of the inhabitants (exclusive of Maoris) had been born in the British empire. Of the total in 1921, 74-39% Land Settlement.—The total area of the dominion is 66, were born in New Zealand, 19-54% in the United Kingdom, and 390,262 ac., and the following is the condition of the land in 394% in Australia. A certain number of those born in foreign 1927:— countries were of British parentage or nationality, and including Acres these the proportion owning British nationality, in 1926, was
99-35%-
The number of aliens steadily diminished—from 12,050 in IQII to 7,901 in 1921. Certain restrictions are placed upon the entry into the dominion of “race aliens,” a classification implying persons of other than Europeans. Of the total population in
1925, 43:66% were members of the Church of England, 25-42%
Held on freehold . S col, Reserved for public purposes Crown lands leased .
oe .
|S . . ; .
è
. 21,214,818 + 14,597,746 . 318,375,179 Crown lands yet available for disposal . 2,721,488 Lands held by the native race. . . . ee 83798093 Unfit for settlement (including rivers, lakes, roads, etc.) 3,882,938
. ->
66,390,262
NEW
396
ZEALAND
Of the 43,587,698 ac. of occupied land in 1927, 18,830,436 ac. were in cultivation as follows:— Acres
Grain and pule
.
.
e
.
E
k
.
672,804
Grasses and clover (for hay and seed) and green and
; : ; root crops . ; F : : . Falow Grasses and clover (permanent pasture) . Vineyards and orchards.
Market gardens, etc... Private gardens and grounds Plantations
.
.
;
.
=o
;
1,098,058 124,003 i . 16,680,348 25,686
;
5
Unimproved land .
sioner. Since 1907 the colony has been known offcially as “The Dominion of New Zealand,” and in 1917 the designation of “governor and commander-in-chief” was altered to “governor. general and commander-in-chief.”
Local administration is vested in local elective bodies with power to levy rates. The Counties and Municipal Corporations Acts
of 1876
the local
administration
after the
(H. J. F.)
Education.—Under the Education Act of 1877 State education in New Zealand is free, secular and compulsory, between the ages
24,757,262
of seven and 14. In 1914 the whole of the law relating not only to primary, but to secondary, technical, and special schools was recast. By an act of 1915 nine education districts were created
160,188 18,830,436
The unimproved land was divided up into 69,420 ac., under flax; 14,197,853 ac. of tussock and native grasses; 4,123,743 ac. of fern, scrub, etc.; 4,099,032 ac. of standing virgin bush; and 2,267,214 ac. of barren land. The Wellington and Auckland provinces possess the greatest flax areas, and Canterbury and Otago the tussock land (used for sheep grazing); the fern and scrub areas are well distributed; Westland and the Auckland provinces contain the chief forest lands; the barren lands mainly consist of the mountain areas of South island. The remaining Crown lands are being thrown open as rapidly as possible. In the 1924-25 financial year 456,590 ac. were selected under the various tenures provided by the Land Act, 1924, Land for Settlements Act, 1908, and Education Reserves Amendment Act, 1910. There is legislative provision for the prevention of aggregation in large areas and for sub-division if desirable. The advances to Settlers Act, 1894, was embodied in the State Advances Act, 1913, under which money is lent to settlers on first mortgage of lands and improvements held under certain specified classes of tenure. The Government has authority under the act to borrow money for these advances. The scheme has proved very successful and from 1917-21 repayments exceeded advances. In 1923 its application was widened to enable larger amounts to be borrowed and increased advances to be made; as a result the loans authorized in the two succeeding years were greatly increased. In 1926-27, 1,853 loans amounting to a total of £1,980,795 were authorized. (H. J. B. D.)
from the existing 16. A council of education was also constituted to report to the minister and advise on any matters referred to it. By the Education Amendment Act, 1921-22, the registration of all private schools was made compulsory, and teachers in all schools were required to take the oath of allegiance. The number of scholars in all educational institutions in I9g1I was 194,325, and in 1926, 297,751. The following table shows the advance in the State primary schools (including district high schools) :— No. of schools
Pupils at end of year
Average attendances o
2,255
172,168
89-2 88-7
2,305
194,934
219,969
2,601
secondary and technical instruction at all classes of schools; in 1926 there were 27,110. Free places at secondary schools are granted to suitably qualified pupils. There are also national scholarships. Control of higher education is vested in the New Zealand university, which by royal charter, is entitled to grant degrees. There is a liberal scholarship system in connection with the universities. The following table shows the increased expenditure on education :— Expenditure from public funds
Expenditure per head of mean population
980,000 1,378,000 3,224,000
s. d. I9 7 24 I 5I 6
3,910,241
55
FINANCE
Political Organization.—New Zealand was not colonized in the ordinary manner around one centre. There were in its early years six distinct settlements—Auckland, Wellington, Nelson, New Plymouth, Canterbury and Otago—between which communication was for several years irregular and infrequent. To meet their political needs the Constitution Act of 1852 created them into: provinces, with elective councils and superintendents respectively, subordinated to one colonial legislature. In 1876 the provincial system was abolished. The General Assembly, as it is called, is composed of the governor-general, the legislative council, and the House of Representatives. The governor-general is appointed by the Crown and is assisted by an executive council of rr members in addition to. himself. The Legislative Council consists of members appointed for seven years by the governorgeneral in council. The number on the roll (1928) is 38. The House of Representatives consists of 80 members elected by universal suffrage, 76 Europeans and four Maoris. Members of both houses are paid. An elector must have resided for one year in the dominion and for three months in the electoral district in which he claims to vote. A system of compulsory registration of electors was introduced at the end of 1924. The duration of the house is for three years. Executive administration is conducted on the principle of the English parliamentary system. The Government is represented in England by a high commis-
899
The number of teachers in public schools in 1913 was 4,262; and in 1926, 6,183. In r915 there were 11,958 children receiving
BIeLocraray.—jJ. Cowan, Tke Maoris of New Zealand (1910); S. P. Smith, Hawaiki, Tke Original Home of the Maori, 4th ed. (1921) ; H. W. Wiliams, Dictionary of Maori Language (1917); A. W. Shrimpton and A. E. Mulgan, Maori and Pakeha (1921); E. Best, Maort Myth and Religion (1922); J. Cowan, New Zealand Wars (1923); E. Best, The Maori, Memoirs of the Polynesian Soc., vol. v. (1924); G. H. Scholefield, Who’s Who in New Zealand (1924).
AND
reorganized
abandonment of the “provincial” system.
5,566 64,783
43,587,698
ADMINISTRATION
[EDUCATION
3,814,434
54 10
I
Finance.—The gross national debt, which at March 31, 1910,
stood at £74,890,645 (£72 6s. rod. per head of population), at March 31, 1927, amounted to £245,850,889 (£170 19s. 5d. per head). This is the gross amount, and against it are accumulated sinking funds. With the exception of that portion incurred for war purposes, the greater portion of the borrowings has been for productive and developmental purposes, resulting in revenueproducing assets such as railways, hydro-electrical installations, telegraphs and telephones. The war debt to the Imperial Government had been funded and repayment is already well advanced. The following table shows the revenue and expenditure for financial year periods from 1910 to 1925:— Year ending March 31
IQIO. IQI5. 1920. 1925. 1927.
Revenue
£ 9,238,917 I2,451,945 26,081,340 28,643,000 24,943,107
' Expenditure £ 8,990,922 12,379,803 23,781,524 27,399,200 24,355:965
Excess of revenue over expenditure
$
247,995 72,142 2,299,816 1,243,800
587,142
NEW
DEFENCE]
ZEALAND
397
G. M. Thomson, Naturalization of The details of revenue and expenditure for the same years | Springs of New ZealandNew(1921); Zealand (1922); C. A. Cotton, GeomorAnimals and Plants in
were .—
phology of New Zealand (1922). Books 1910-28.
Chief Sources of Revenue
Year r S;
£
ith
Post and | Crown telegraphs | lands
Taxation | Railways
£
£
Other sources
£
£
5,918,034| 4,028,739 | 1,269,922 | 262,846 | 750,120
1921
22,184,414|
6,918,492 | 2,478,532 | 319,641 | 2,359,882
1927
16,899,555
|"2,043,433 | 3,226,558 | 202,186 | 2,571,374
1925
16,172,306 4 2105;106
2,700,882 | 211,749 | 2,446,957
*Under the new system of railway finance the figures for 1927 represent interest on railway capital liability only. Principal Expenditures
Vear :
ending31 | March
aai
hid
orking
ost
£
1914
an
. railways | telegraphs
: Education
Interest etc., on 5 puois
expenses
£
£
£
£
oi ther
3,004,181 | 1,170,883 | 1,206,678 | 2,887,981 | 3,556,141
1921 1925 1927
6,211,011 | 2,588,360 | 2,633,977 | 7,831,593 | 8,803,789 5,036,583 | 2,413,436 | 2,777,271 | 8,862,644 | 7,709,266 429,068 | 2,343,438 | 3,070,096 | 9,745,932 | 8,767,431
These tables show that revenue from taxation increased very considerably from 1914 to 1921, but fell heavily from 1921 to 1925. The public services (chiefly railways and post and telegraphs) increased their revenue after 1921, while the costs of their administration were reduced, the results of severe economies.
The movement of direct and indirect taxation from 1914 to 1927 is shown in the following table:— Direct and Indirect Taxes Year
ending March 31
Customs and excise
Land tax
| |S
1914 .
£ 355531785
£ 767,451
1921 . 1922 .
8,769,251 515541334
IQI7 .
1927 .
4,037,628
9,016,862
Banking.—There
nee
Income tax | LL
|A
713,118
£ 554,271
4,262,126
£ 613,751
1,688,979 1,637,816
8,248,945 6,002,987
1,106,925 1,512,754
1,229,067
570,040
3 422,216
1,690,374
are six banks of issue operating in the
dominion, two of them, the Bank of New Zealand and the National Bank of New Zealand, being incorporated by special acts of the general assembly of the dominion. In 1927 the Bank of New Zealand had branches and agencies numbering 223, and the other five between them 281, making a total of 504. Development of Banking, 1910-26 Deposits —
r
IQIO 1920 192i 1922
|A
Advances | i
Assets | . £ £ £ . 24,968,761 | 18,439,999 | 26,398,927 | 26,742,081 59,405,341 | 38,241,932 | 56,111,433 | 67,818,469 . ’ 49,397,412 | 50,607,541 | 68,701,282 | 58,808,439 . . 45,913,304 | 44,768,178 | 61,779,570 | 53,868,834 49,502,499 | 44,559,061 | 61,325,865 | 57,131,235 50,135,114 | 49,149,260 | 65,765,297 | 58,008,101 number of open accounts in the Post Office Savings Bank
The at the end of 1910 was 380,585; at the end of 1915, 509,085; and at March 31, 1927, 783,827. In 1910 (calendar year) the proportion of open accounts to the total population was 1 in every 2-76;
in 1927 (March 31) the proportion was 1 in every 1-82. The deposits and withdrawals in the calendar year 1910 were £10,708,939 and £9,695,515 respectively; and in 1927 (March 31) £29,456,383
and £30,149,629 respectively. The amount standing to credit of all
accounts in 1910 (Dec. 31) was £14,104,990, and in 1927 (March 31) £48,985,502.
See also New Zealand Official Year (H. J. B. D.)
DEFENCE
Military.—A strong force of New Zealand mounted infantry
took part in the Anglo-Boer War of 1899-1902. In the World War, 128,525 New Zealanders joined the New Zealand military forces and 98,950 of them served overseas in the campaigns in Gallipoli, Egypt, Salonika, France and Belgium, and Palestine, suffering 58,501 casualties, without counting those who died in the United Kingdom. The total included over 2,500 officers. The total of those who volunteered or were called up under an Act of August 1916 numbered 231,439, of which number about 102,000, obtained by ballot, had not yet joined training camps in November 1918. The military forces of New Zealand now (1928) include a permanent force to administer and train the forces, a
territorial force, reserve, cadets, and nursing service, with provision for raising additional military forces on mobilization. Recruiting Service and Organization.—The permanent force is filled by voluntary enlistment for 5 years’ service with the colours, followed by 3 in the reserve. All male resident British subjects who have resided in New Zealand for 6 months between the ages of 18 and 30 years are liable to training in the territorial force, and if between the ages of 14 and 18 to be trained as senior cadets. There are also rifle clubs, in which those not in the defence forces learn to shoot. Service in the territorial force is for 3 years with 6 days’ annual training in camp besides parades and drills. The signal corps, instead of attending camp, do four courses, each of one week, of 3 hours’ training daily. The total strength of the permanent force is about 500, including about 120 officers but excluding the air force of about 16. The territorial force (limited by law to 30,000) numbers (1927) about 22,500, including about 1,240 officers. About 14,000 cadets are posted annually for training. The organization of the permanent force includes a staff corps, artillery, air force, permanent staff, ordnance, pay, medical and army service corps. The territorial force is organized in 3 mounted rifle brigades, 3 field artillery brigades, 2 pack or light brigades (howitzers), 4 medium batteries, 2 coast batteries, 3 signal and 3 engineer companies, 3 infantry brigades, and a corresponding number of companies of army service and medical corps. Other auxiliary units are formed on mobilization. Higher Command and Distribution.—The government of the forces is vested in the Crown. The minister of defence is charged with administration, his decisions and instructions being issued by the general officer in active command, through the three local commanders in the northern (Auckland), central (Wellington), and southern (South Island) commands. Military headquarters are at Wellington. There is a ministry of defence with the usual departments and a general staff. Also an advisory air board. Each command is divided into 4 regimental districts which provides a battalion and a proportion of the other units mentioned above. The training establishments include a general headquarters school for officers and others both of the permanent and territorial forces. Also schools for equitation, small arms, artillery, signals, education, and machine-guns. Some of the harbours are provided with coast defences. A small air force has recently been established with permanent personnel for instruction and charge of a new aerodrome at Christchurch, and territorial personnel with previous experience in air forces of the British Empire. The abovementioned air board includes 3 naval and military and 5 civilian officials. The present permanent establishment of the New Zealand air force numbers only 5 officers and rg other ranks. (See also the League of Nations Armaments 1928).
Naval.—Until
1895 New
Year-book (Geneva (G. G. A.)
Zealand had made
no
contribu-
tion towards the cost of naval defence, but in that year the Colony agreed to pay £20,000 annually towards the upkeep of BrstiocrapHy.—J. Park, Geology of New Zealand (1910); J. W. the squadron in her waters and in 1903 the yearly contribution Mcllraith, The Course of Prices in New Zealand (1911); S. Playne, New Zealand: its History, Commerce and Industrial Resources (1913) ; was doubled. Five years later the contribution of the Dominion L. Cockayne, Vegetation of New Zealand (1921); A. S. Herbert, Hot was again increased to £100,000 for a period of ten years, and
NEW
398
[ECONOMICS AND TRADE
ZEALAND
the New Zealand people patriotically presented to the Imperial Government, the battlecruiser “New Zealand.” This ship visited the Dominion in 1913 and her visit resulted in the inauguration of the New Zealand Royal Naval Reserve. This force, voluntarily recruited for twelve years service commenced the building up of a naval personnel, to be at the disposal of the Imperial Government in war time. The cruiser “Philomel” was commissioned as a training ship but before training could commence, war broke out, and she was returned to the Admiralty and employed in the Indian Ocean. In 1919, the “Philomel,” refitted as a training ship, returned to New Zealand and, following the visit of Lord Jellicoe to the Dominion as Naval Adviser, the “New Zealand Division of the Royal Navy” was constituted, under the direction of a navy board and legislation placed the New Zealand Royal Navy and Royal Naval Volunteer Reserves upon a permanent footing. The battlecruiser “New Zealand” was scrapped under the Washington Treaty. The cruiser “Chatham” was lent to the New Zealand Government and in 1924-5 her place was taken by the two more modern cruisers “Dunedin” and “Diomede.” These ships, which are manned chiefly by personnel lent from the Royal Navy, are lent free of charge by the Imperial Government to New Zealand, the Dominion bearing all expense of the personnel and the upkeep of the ships. In addition to the “Philomel” a trawler is maintained for training the Royal Naval Reserve and two sloops, at the charge of the Im-
perial Government, police the South Pacific Islands. At Auckland, a small naval base, fuelling and training establishment provides the needs of the New Zealand Division, the upkeep of which, in 1926—7 cost the Dominion £616,400. (S. T. H. W.) AGRICULTURE AND INDUSTRY Agriculture.—New Zealand is primarily a grazing country, largely because better financial returns are obtained from the pastoral industries. Grain crops, principally oats and wheat, are chiefly grown in the eastern and southern districts of the South island; barley is also grown, but to a very much smaller extent. Before the 1915—16 season agricultural statistics were rarely correct, owing to the unsatisfactory methods of collecting retums.
Pastoral Industry.—The
number of dairy cows in the do.
minion in 1910 was 804,078, while in 1928 it had risen to 1,359. 398. The dairy industry is largely conducted upon a co-operation
basis, and the most up-to-date mechanical aids are used. In 192;
17,090 milking plants were in operation, milking 753,751 cows
each day, and 45,246 cream separators were in use on the farms.
There were 243 butter, 269 cheese, and 68 dual (butter ang cheese) factories. Over 76,000 persons were employed in the industry. Pastoral products comprised over 90% of total exports in 1928. The dairy industry is rapidly developing. The same may also
be said of the sheep-rearing industry. Farmers are more generally than ever before applying artificial, top-dressing manures to their pastures.
More attention, especially in the dairy indus-
try, is being given to the breeding and selection of the animals
During the post war period two important branches of the dairy industry were developed: the manufacture of casein and of dried milk. In 1927, 10,865,290 lb. of dried milk, valued at £308,101 were exported, and 46,763 cwt. of casein valued at £141,388. Pre. served milk was exported of a value of £38,170. Honey production is another rapidly developing industry; and the export of
apples increased from 400,000 cases in 1927 tO 1,000,000 in 1928. The number of sheep and lambs in the dominion in 1928 was 27,133,810. This is the highest figure yet reached. In 1879 the number was 11,570,000; and from then on there was a steady annual increase to the year 1894 when the 19,000,000 mark was reached, after which the figure remained stationary to 1907. It then again gradually went up to 26,000,000 in 1918, and fell to 23,000,000 until 1925. In 1927 the number had increased to 25,649,000; and 1928 saw a further increase of 14 millions, notwithstanding heavier mutton and lamb exportations than ever before. Only a comparatively small proportion of the frozen
meat exported from New Zealand is beef, for the price of frozen beef on the British market is low owing to competition with the
chilled article from South America. Asa result of this competition markets other than Britain are being sought. Shipments of frozen pork are rapidly increasing. In 1927 there were 43 meat freezing and preserving works in the dominion, employing 5,798 hands.
Acreage and Yield of Principal Crops, 1917-27 Wheat Season I9gi7-18 . 1918-19. I9QIQ—-20 . 1920-21.
IQ2I-22.
1922-23...
1923-24. 1924-25 . 1925-26. 1926-27.
.
Oats
Barley
Maize
Peas and beans
Area Quantity Area Quantity Area Quantity Area Quantity Area Quantity thous. ac. | thous. bu. | thous. ac. | thous. bu. | thous. ac. | thous. bu. | thous. ac. | thous. bu. | thous. ac. | thous. bu. 281 208 I40 220
6,808 6,568 4,560 6,872
353
10,565
276
174 ~ 167 152 220
156 173 180 148
4,943 6,835 6,968 5,225
8,395
143
IJI
6,753
4,175 5,448
64 147
1,964 5:707
4,017 7,952
I02 117
5,088
4,116 4,998
The table shows the variability of the wheat acreage and grain imports are often necessary; in 1926 Australia sent New Zealand 1,697,385 bushels. About 14,000 persons were employed in agriculture in 1928. The area under potatoes in 1925-26 was 24,616 ac., yielding a return of 116,771 tons. Other root crops are grown on a large scale for winter feed and for stock fattening purposes. The Department of Agriculture, under a director-general with divisional heads controlling chemistry, live stock, dairy fields and horticultural sections, is concerned mainly in advancing the interests of primary production. The sum allocated to this department in 1927-28 was £365,610. While the service is mainly educational, it is also responsible for the inspection and grading of all produce exported from the country. Experimental farms and horticultural stations are maintained in various localities, and farmers are assisted by visits and letters of advice. A Board of Agriculture was established in 1913 to advise the minister for agriculture upon matters relating to the development of agricultural and other rural industries.
19 IQ 23 47
569 JII 816 1,587
8 Io 9 I5
368 414 406 50I
I2 18 14 I4
33
1,152
598
IX
488
I3
2I 25
20
597 798
8 9
406 427
IQ I4
I7
26 30
947 1,243
9 IO
506
424. 491
24
I2 I5
313 506 369 355
339
698
363 4II
288 455
Co-operation.—One of the greatest aids to the development of the primary industries has been the application of the principle of co-operation, particularly in the case of the dairy industry. The farmers have their co-operative companies, arrange their own finance, and receive monthly cheques—based on a percentage of the prices current on the British market, any surplus over the
amounts paid out being subsequently distributed proportionately
as a bonus. This system largely obviates the necessity for extensive capital. After 1922 co-operative marketing in a modified form was put into operation by the meat producers. Under the Meat Export
Control Act, 1921-22, the meat industry obtained powers to set
up a board, elected by all the sheep and cattle farmers in the
dominion, to supervise the industry, shipment and marketing of the produce. The board consists of eight members, five ing the producers and one the stock and station agents, are appointed by the Government. Since its inception ful work has been done, chiefly in regard to the marking grading of meat, loading and discharging, regulation of
representwhile two much useof parcels, shipments
ECONOMICS AND TRADE]
NEW
ZEALAND
399
and in arranging satisfactory rail and sea freights and freezing
headway. The Government, through an Industries and Commerce
charges.
Department, encourages and assists secondary manufacture, and the customs tariff is scientifically arranged to foster such industries as are capable of development. The total number of employees engaged in factories in 1925-26 was 81,700. The value of the products of manufacturing industries in 1926 was £85,000,ooo. This sum includes semi-primary industries engaged in the preparation of agricultural and pastoral produce for export with products valued at £35,000,000. Water Power.—The Public Works Act, 1908, vested in the Crown the sole right to use the water power of the dominion, subject to any existing rights, and gave the government the nght
The dairy producers obtained power under the Dairy
Produce Export Control Act, 1923, to set up a somewhat similar poard. Both bodies have representation in London by managers. The fruit and honey producers also have similar organizations governing their export affairs. Afforestation.—A very active and progressive policy is pursued in reafforestation. The first organized attempt with imported trees, chiefly European larch, Austrian pine, Corsican and western
yellow pine and a variety of eucalypti, was made in 1896, when an afforestation section of the Lands Department was formed.
This work continued with more or less progress until 1919, when a separate forestry department was set up, and was reorganized in
to develop such power.
1920 as the State Forest Service. Then in 1921~22 the Forests Act was passed defining the forest authority as the minister of forestry, the Director of Forestry, with a secretary, five conservators, a milling expert, an engineer in forest products, and various sub-officials. ‘The total personnel in 1927 was rrr. At March 31, 1927, the area dedicated to forestry and conservation
IQI0, empowered the State to establish hydro-electric supply installations. The Lake Coleridge scheme to supply Christchurch was the first undertaking and was completed in 1915; in 1925 it was extended to supply up to 36,000 kilowatts. At the close of the World War a policy of concentration on works to supply the whole dominion was adopted. The Mangahao system to supply Wellington and the Wellington province came into operation in 1925. Work is proceeding on the Arapuni scheme to supply Auckland and the Auckland province and is well advanced. Under legislation passed in 1918, and later amendments, 43 districts were constituted to administer and finance the supply of power in created districts. The full development of the schemes in progress in 1927 will give the following results :—
was 7,656,844 acres. The total expenditure on State afforestation up to March 31, 1927, was £848,453, the area of State plantations
being 98,891 acres; in the year 1924 and subsequently local bodies, owners of private lands, tree and planting companies, etc., developed great afforestation activities, and to these the State has supplied some 23,000,000 trees. Fisheries.—Although New Zealand possesses a most valuable asset in the great quantities of edible fish in the seas around her coasts, very little had been done up to 1925 in the systematic
exploitation of the industry. In the year ending March 31, 1927, 327,562 cwt. of fish, valued at over £400,000, were brought in from the fishing grounds. In addition, the produce of the oyster fisheries was valued at £27,824, and of the whale fisheries at
£7,000. Exports in 1926 totalled £71,568 in value. In 1926, 3,217 persons were employed in the fishing industry. Minerals and Mining.—The gold-mining industry has declined in importance: up to 1926 the total value of gold exported
The Aid to Water Power Works Act,
North Island Mangahao (Wellington province) Waikaremoana (East Coast) Arapuni (Auckland)
South Island Coleridge (Canterbury) Waipori (Otago) . : Monowai (Southland)
. í
H.P. . 24,000 . 40,000 . 96,000
H.P. . 36,000 . 25,000 . 16,000
The progress of development (in H.P.) was as follows: was £92,403,399, the value for 1926 being £516,207. Gold is now I9I5 IQ2I 1925 1927 almost solely obtained by dredging and sluicing. Silver is obtained 43,016 51,114 70,143 148,979 in small quantities: up to 1926 total exports were valued at The total cost to March 31, 1927, including capital outlay, £3,016,660. The exploitation of iron ore and iron sand, of which there are plentiful deposits of the best quality, has not greatly stocks and debit balances on trading accounts, was £6,428,397; progressed, though enterprise is reviving. During the World War, statutory. authorizations existed for £10,830,000. In 1925 there tungsten ore mining became very active, but the fall in prices were 56 power distributing stations. The total water power reduring the post-war period caused a collapse in the industry; the sources are estimated at 4,109,950 horsepower. export of sheelite (tungsten ore) fell from 266 tons in 1916 to TRADE AND COMMUNICATIONS 15 tons in 1926. Copper, manganese ores, platinum, cinnabar, tin Trade.—The external trade of New Zealand rapidly developed and sulphur are also found. Coal is mined for local consumption. The deposits are very extensive, the proved resources amounting after the World War and, to a lesser degree, in the years imto 660,000,000 tons; in 1910 2,197,362 tons were produced, and mediately preceding, as is shown in the following table: in 1926, 2,239,999 tons. Kauri gum, the fossilized resin of the Exports Imports Total Trade Kauri tree, is classed as a mineral, and during 1926, 4,877 tons of gum valued at £332,765 were exported. The total quantity of £ £ £ gum exported to the end of 1926 was 399,299 tons, valued at 19,661,996 15,674,719 35:336,715 £21,855,751. 26,261,447 21,856,096 48,117,543 28,516,188 Secondary Industries—Manufacturing industry had been 24,234,007 52,750,195 35,012,561 42,726,249 775,738,810 but little developed up to 1908. The principal branches of 45,967,105 43,378,493 89,345,658 industry, however, advanced considerably after 1910, with a 52,012,711 IOI,I40,3 I4 48,527,603 tendency to greater diversity in production as the population 45,275,575 49,889,563 95,165,138 increased. Owing to changes in system of collecting industrial 48,496,354 44,782,946 93,279,300 data, and in the classification of industries made in various periods, together with the fact that the statistical data available The years 1924, 1925 and 1926 were periods of abnormal prices, include the dairy produce and meat handling establishments, it and there was also over-heavy importing. The present producis not possible to give accurate tables to indicate the progress tion is greater than in those years and the volume of exports is made. Including small-scale establishments, the dominion had heavier, and economy in buying abroad is exercised. about roo distinct manufacturing industries in 1928. Woollen The per capita value of exports In 1910 was over £21, and in factories supplied a large proportion of the internal requirements: 1927 £33. The imports per capita in the same years were £16 much ready-made clothing is manufactured locally, and also and £31 respectively. (Imports are valued at the current domestic value in the country of export plus ro% to cover “charges, furniture and footwear as well as other commodities. Engineering and the manufacture of metal products are in- freight and insurance”; exports are valued f.o.b.) creasing in importance. Motor and cycle engineering, motor body The tables on the following page show the values in thousands building and the manufacture of chemicals, brushware and glass- of pounds and quantities in thousands of hundredweight or pounds, ware are comparatively new industries which are making rapid of the principal exports for certain years :—
NEW
400
Exports:
|
| roro
:
:
' Quantity | Value | Ib. £
| Value | £ ;
:
;
-|
8,308
| 204,369
ee ee |Quantity |} Value
| Quantity
| Quantity ; Value
3,851
5,803
cwt. 2,654
33230
£
cwt.
357
1,812
434
2,339
TEST
Cheese
Butter
Frozen Meat
S
:
a
[HISTORY
Values and Quantities (000’s omitted)
|
Wool
|
;
ZEALAND
{£
cwt.
Value
!
£
1,318
864
2,564
|
1,129
452
1,195
ae
| 10922
11,882
9318
| 220,473 321,533
8,387
3,518
9,042
1,120
4,687
I,IÓI
2,054
| 924
15,268
206,190
9,490
3,159
11,642
1,269
7,023
1,594
3,144
12,961
*
9,080
35236
10,915
1,450
| 1974
11,830 | 213,154
| 1926
| 1927
8,656
33034
1,168
8,695
|
|
|
3,204
1,461
5:939
3,140
1,492
5:582
|
*Not available.
The successful application of refrigeration to the sea-carriage has ranked always ın the forefront of public enterprise. Progress of apples and eggs opened up great possibilities, and the volume | in recent years is shown in the following table: of exports is rapidly increasing. In the 1926 season some 600,000 Revenue Length open cases of apples were shipped to Britain; in 1925 the quantity was Expenditure (gross) (niles) only 200,000 cases, the value of which was £116,101. In 1928, one million cases were exported but the value of the export is not £ available. Honey exported in 1925 totalled 1,822,043 Ib. 3,249,790 2,717 2,169,474 Other exports of minor importance and their values in 1927 5,752,487 2,996 4,105,067 7,112,524 3,085 5,545,416 were: hemp, £473,221; sawn timber (chiefly to Australia), 3,200 6,685,123 8,034,970 £425,316; kauri gum, £278,632; gold, £534,639. The following
table shows the value of goods exported to each of the chief markets in 1927: |
To Great Britain. ; To United States of America . To Australia . ; : ;
To Germany
Value
. | £36,877,887
2,748,313 3,670,462 1,139,054
Per cent of total
76°04 5°53 8-07
2°35
The principal import groups are: clothing and textiles, metals and machinery, sugar, tea, alcoholic liquors, tobacco, paper and stationery, oils, motor vehicles and accessories, chemicals, drugs and timber. Imports of motor-vehicles and oils (including motor spirits) have increased very rapidly: before 1911 their value was less than £300,000 annually, but in 1927 the amount was £4,706,000. The following table shows the imports for rọro and 1927 classified as to origin: Great Britain
Other British countries
É 10,498,771
é 3,967,05
21,462,977
9,254,070
(61-37%)
(47:93%)
(23-27%) (20%)
Foreign>
countries
$ 2,585,759 (15-26%) 14,065,899 (31%)
In 1910 the figures represent the countries of shipment, whereas those for the second period are of the countries of origin. In 1910 imports from Australia were valued at £1,520,000, and in 1927, £3,870,636; imports from the United States were £1,399,737 and 48,596,275 respectively.
Customs Duties.—In 1915 changes were made in the rates of
duty levied on certain articles to meet the extraordinary expenses of the year, and in 1917 additional war impositions were made, these rates remaining in force until the coming into operation of the 1921 revised tariff. The revenue from customs duties in 1910 was £2,954,989, and in 1927, £8,252,575. The dominion’s system of imperial preference extends to all British countries. The principle was extended in 1921 and again in 1928. Under the Jast revision the excess duty payable on foreign goods became, in general, 20% as compared with 15% under the 1921 tariff, and 10% prior to that year. Australia has a special reciprocal tariff agreement with New Zealand, arranged in 1922, and does not come under the general British preferential provision. In 1928 about one-half the total imports from the British empire were admitted free of duty.
Communications and Transport—tThe railways from the
earliest days have been owned, built and operated by the State. Their construction, to provide access to all parts of the country,
The capital value of the railways
(including unopened lines
and assets) was (1927) £56,028,477. The state rolling stock and locomotives, and is providing railway workshops. In 1924 the whole control organization was changed, the affairs being placed
builds its own extensive new of managerial under the con-
trol of a board responsible to the minister, but a further change was made in 1928 and a general manager placed in charge.
Important railway works were carried out during the post 191418 period. The North Main Trunk was extended from Auckland to beyond Whangarei; sections were constructed on the east coast of North island, and a tunnel (54 m.) through the Southern alps at Arthur’s pass, to link up the railheads in the Westland and Canterbury provinces, was completed and electrified in 1923. Railway extension work has been slow and costly, as the sections of country requiring linking-up are of a mountainous character. Duplications have been made in city suburban areas, and works are in progress to obviate the heavy grades running out of Wellington city. In 1925 there were 64,625 m. of roads in the dominion, 28,553 m. of which were metalled. By the Main Highways Act (1922) main highways are under the administration of a highways board.
This step has been rendered necessary by the heavy increase that has taken place in motor traffic. (H. J. B. D.) HISTORY The date, even the approximate date, of man’s arrival in New Zealand is uncertain. the 14th
century
All that can be safely asserted is that by
a.D.
Polynesian
canoe-men
had
reached its
northern shores in successive voyages. By 1642 they had spread to South island, for there Abel Jansen Tasman found them when, in the course of his circuitous voyage from Java in the “Heemskirk,” he chanced upon the archipelago, coasted along much of its western side, though without venturing to land, and gave it the name it still bears.
One hundred
and thirty-seven years later,
Cook, in the barque “Endeavour,” gained a much fuller knowledge of the coasts, which he circumnavigated, visited again and again, and mapped out with fair accuracy.
He annexed the coun-
try, but the British Government disavowed the act. After him came other navigators, French, Spanish, Russian and American; and, as the 18th century neared its end, came sealers, whalers and trading-schooners in quest of flax and timber. English missionaries, headed by Samuel Marsden, landed in 1814, to make for
many years but slow progress. They were hindered by murderous
tribal wars in which muskets, brought in first by the chief Hongi, more than decimated the Maori. Still, cruel experience and the persevering preaching of the missionaries gradually checked the
fighting, and by the year 1839 peace and Christianity were in the ascendant. So far the British Government had resisted any pres-
NEW
BY COURTESY
OF THE
NEW
ZEALAND
ZEALAND
GOVERNMENT
MOUNTAIN
AND
HARBOUR
l. Clinton Cañon on Milford Track, South Island, the famous scenic trail of New
Zealand.
PLATE I
The canyon
is a glacial-carved
valley with
mountain
SCENES 4. Mount
OF
NEW
Egmont,
island.
ZEALAND
8,260
in the
ft. high,
The mountain,
which
province
of Taranaki,
is an extinct volcano,
North
is nearly always
cliffs rising on either side 2. Lake Ada, South Island, showing Deepwater Basin hemmed in by mountains. The lake is on Milford Track which terminates at Milford
capped with snow 5. Harbour of Wellington, capital of New Zealand situated on Port Nicholson, North Island
Sound 3. General view of Nelson, South
6. View of the agricultural district, South Island
almost completely surrounded
Island.
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by hills
country
near Arrowtown,
in the Wakatipu
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NEW ZEALAND PLATE Il
AG
HISTORY]
NEW
401
ZEALAND
sure brought to bear in Downing street in favour of annexation. | bullets and bayonets. But even their fiercest fighting leaders, In vain Edward Gibbon Wakefield, organizer of colonizing asso- Rewi and Te Kooti, scarcely deserved the name of generals. Some ciations, prayed and intrigued for permission to repeat in New of the best Maori fighters, such as the chiefs Ropata and Kemp, Zealand the experiment tried by him in South Australia. Lord were enlisted on the white side, and with their tribesmen did much Glenelg, the colonial minister, had the support of the missionaries to make unequal odds still more unequal. Had Gen. Pratt or Gen. in withstanding Wakefield’s New Zealand company, which at Cameron, who commanded the imperial forces from 1860 to 1865, length resolved in desperation to send an agent to buy land whole- had the rough vigour of their successor, Gen. Chute, or the cleversale in New Zealand and despatch a shipload of settlers thither ness of Sir George Grey, the war might have ended in 1864. Even without official permission. Before, however, the “Tory” had thus as it was the resistance of the Maori was utterly worn out at last. sailed for Cook strait, it had become known to the English Gov- After 1871 they fought no more. The colonists too, taught by the ernment that a French colonizing company—Le Compagnie Nanto- sickening delay and the ruinous cost of the war to revert to conBordelaise—was forming, under the auspices of Louis Philippe, to ciliatory methods, had by this time granted the natives special anticipate or oust Wakefield. With the assent of the Protestant representation in parliament. A tactful native minister, Sir Donald missionaries the British authorities reluctantly instructed Captain Hobson, R.N., to make his way to northern New Zealand with a dormant commission of lieutenant-governor in his pocket and authority to annex the country to Australia by peaceful arrange-
ment with the natives. Hobson landed in the Bay of Islands on Jan. 22, 1840, hoisted the Union Jack, and had little difficulty in
inducing most of the native chiefs to accept the queen’s sovereignty at the price of guaranteeing to the tribes by the treaty of
McLean, did the rest.
Disarmament,
roads and land-purchasing
enabled settlement to make headway again in the North island after 12 years of stagnation. Grey quarrelled with his masters in Downing street, and his career in the imperial service came to an end in 1868. His successors, Sir George Bowen, Sir James Ferguson, the marquess of Normanby and Sir Hercules Robinson, were
content to be constitutional governors and to respect strictly the behests of the Colonial Office. Waitangi possession of their lands, forests and fisheries. Some Sheep-farming and the Discovery of Gold.— Meanwhile the French settlers, convoyed by a man-of-war, reached Akaroa in industrial story of New Zealand may be summed up in the words South island in the May following. But Hobson had forestalled wool and gold. Extremely well suited for sheep-farming, the them, and those who remained in the country became British natural pastures of the country were quickly parcelled out into subjects. Meanwhile, a week after Hobson’s arrival, Wakefield's huge pastoral Crown leases, held by prosperous licensees, the colonists had sailed into Port Nicholson, and proposed to take squatters, who in many cases aspired to become a country gentry possession of immense tracts which the New Zealand company by turning their leases into freeholds. So profitable was sheepclaimed to have bought from the natives, and for which colonists farming seen to be that energetic settlers began to burn off the had in good faith paid the company. Other bands of company’s bracken and cut and burn the forest if the North island and sow settlers in like manner landed at Nelson, Wanganui and New English grasses on the cleared land. In the South artificial grassPlymouth, to be met with the news that the British Government ing went on for a time hand in hand with cereal-growing, which would not recognize the company’s purchases. Then followed by 1876 seemed likely to develop on a considerable scale, thanks weary years of ruinous delay and official inquiry, during which to the importation of American agricultural machinery, which the Hobson died after founding Auckland. His successor, Fitzroy, settlers were quick to utilize. Even more promising appeared the drifted into an unsuccessful native war. A strong man, Captain gold-fields. Gold had been discovered in 1853. Not, however, Grey, was at last sent over from Australia to restore peace and until 1861 was a permanent field found—that lighted upon by rescue the unhappy colony from bankruptcy and despair. Grey, Gabriel Read at Tuapeka in Otago. Thereafter large deposits were much the best of the absolute governors, held the balance fairly profitably exploited in the south and west of South island and in between the white and brown races, and bought large tracts of the Thames and Coromandel districts of the Auckland province. land for colonization, including the whole South island, where the Gold-mining went through the usual stages of alluvial washing, Presbyterian settlement of Otago and the Anglican settlement of deep sinking, river-dredging and quartz-reef working. Perhaps its Canterbury were established by the persevering Wakefield. chief value was that it brought many thousand diggers to the colony, most of whom stayed there. Pastoral and mining enterSELF-GOVERNMENT prise, however, could not save the settlers from severe depression In 1852 the mother-country granted self-government, and, after in the years 1867 to 1871. War had brought progress in the north much wrangling and hesitation, a full parliamentary system and a to a standstill; in the south wool-growing and gold-mining showed responsible ministry were set going in 1856. For 20 years there- their customary fluctuations. For a moment it seemed as though after the political history of the colony consisted of two long, the manufacture of hemp from the native Phormium tenax would intermittent struggles—one constitutional between the central become a great industry. But that suddenly collapsed, to the ruin Government (first seated at Auckland, but after 1864 in Welling- of many, and did not revive for a number of -years. ton) and the powerful provincial councils, of which there were In 1870 peace had not yet been quite won; industry was nine charged with important functions and endowed with the land depressed; and the scattered and scanty colonists already owed revenues and certain rating powers. The other prolonged contest seven millions sterling. Yet it was at this moment that a political was racial—the conflict between settler and Maori. financier, Sir Julius Vogel, in that year colonial treasurer in The Maori Wars.—The native tribes, brave, intelligent and the ministry of Sir William Fox, audaciously proposed that the fairly well armed, tried, by means of a league against land-selling central Government should borrow ten millions, make roads and and the election of a king, to retain their hold over at least the railways, buy land from the natives and import British immigrants. central North Island. But their kings were incompetent, their The House of Representatives, at first aghast, presently voted chiefs jealous and their tribes divided. Their style of warfare, four millions as a beginning. Coinciding as the carrying out of too, caused them to throw away the immense advantages which Vogel’s policy did with a rising wool market, it for a time helped the broken bush-clad island offered to clever guerrilla partisans. to bring great prosperity, an influx of people and much genuine They were poor marksmen, and had but little skill in laying ambus- settlement. Fourteen millions of borrowed money, spent in ten cades. During ten years of intermittent marching and fighting years, were on the whole well laid out. But prosperity brought between 1861 and 1871 the Maori did no more than prove that on a feverish land speculation; prices of wool and wheat fell in they had in them the stuff to stand up against fearful odds and 1879 and went on falling. Faulty banking ended inacrisis, and not always to be worsted. Round Mount Egmont, at Orakau, at 1879 proved to be the first of 16 years of almost unbroken depresTauranga and in the Wanganui jungles, they more than once held sion. Still, eight prosperous years had radically changed the coltheir own against British regiments and colonial riflemen. The ony. Peace, railways, telegraphs (including cable connection with storming of their favourite positions—stockades strengthened with Europe), agricultural machinery and a larger population had carrifle-pits—was often costly; and a strange anti-Christian fanati- ried New Zealand beyond the primitive stage. The provincial cism, the Hau-Hau cult, encouraged them to face the white men’s councils had been swept away in 1876, and their functions divided
NEW
402
ZEALAND
between the central authority and small powerless local bodies. Politics, cleared of the cross-issues of provincialism and Maori
warfare, took the usual shape of a struggle between landed wealth
and radicalism. Sir George Grey, entering colonial politics as a Radical leader, had appealed eloquently to the work-people as well as to the Radical “intellectuals,” and though unable to retain office for very long he had compelled his opponents to pass manhood suffrage and a triennial parliaments act. A national education system, free, non-religious and compulsory, was established in 1877. The socialistic bent of New Zealand was already discernible in a public trustee law and a State life insurance office. But the socialistic labour wave of later years had not yet gathered strength. Grey proved himself a poor financier and a tactless party leader. A land-tax imposed by his government helped to alarm the farmers. The financial collapse of 1879 left the treasury empty. Grey was manoeuvred out of office, and Sir John Hall and Sir Harry Atkinson, able opponents, took the reins with a mission to reinstate the finances and restore confidence. Politics.—Roughly speaking, both the political and the industrial history of the colony from 1879 to 1928 may be divided into three periods. The dividing line, however, has to be drawn in different years. Sixteen years of depression were followed, from 1895 to 1921, by 26 years of great prosperity and in turn by six years of depression again until 1927. In politics nearly 12 years of Conservative government, or at least capitalistic predominance in public affairs, were succeeded by 20 years of radicalism. Only in 1912 did the Conservatives regain the office they still retain (1928). Up to Jan. 1891, the Conservative forces which overthrew Sir George Grey in 1879 controlled the country in effect though not always’in name, and for 10 years progressive legislation was confined to a mild experiment in offering Crown lands on perpetual lease, with a right of purchase (1882), a still
milder
instalment
of local option
(1881)
and an ineffective
Factories Act (1886). In Sept. 1889, however, Sir George Grey succeeded in getting parliament to abolish the last remnant of plural voting. Finance otherwise absorbed attention; by 1890 the public debt had reached £38,000,000 against which the chief new asset was 1,300m. of railway, and though the population had increased to 650,000, the revenue was stagnant.
A severe prop-
erty-tax and an increase of customs duties in 1879 only for a moment achieved financial equilibrium. Although taxation was seconded by a drastic, indeed harsh, reduction of public salaries
and wages (which were cut down by one-tenth all round) yet the years 1884, 1887, and 1888 were notable for heavy deficits in the treasury. Taxation, direct and indirect, had to be further increased, and as a means of gaining support for this in 1888 Sir Harry Atkinson, who was responsible for the budget, gave the customs tariff a distinctly protectionist complexion. During the years 1879—90, the leading political personage was Sir Harry Atkinson. He, however, withdrew from party politics when, in Dec. 1890, he was overthrown by the progressives under John Ballance. Atkinson’s party never rallied from this defeat, and a striking change came over public life, though Ballance, until his death in April 1893, continued the prudent financial policy of his predecessor. The change was emphasized by the active intervention in politics of the trade unions. These bodies decided in 1889 and 1890 to exert their influence in returning workmen to parliament, and where this was impossible, to secure pledges from middle-class candidates. This plan was first put into execution at the general election of 1890, which was held during the industrial excitement aroused by the Australasian maritime strike of that year. It had, however, been fully arranged before
the conflict broke out. The number of labour members thus elected to the general assembly was small, never more than six for over 20 years and no independent labour party of any size was formed. But the influence of labour in the progressive or, as it preferred to be called, Liberal Party, was considerable and the legislative results noteworthy. Ballance at once raised the pay of members from £150 to £240 a year, but otherwise directed his energies to constitutional reforms and social experiments. These
did not interfere with the general lines of Atkinson’s strong and cautious finance, though the first of them was the abolition of his
[HISTORY
direct tax upon all property, personal as well as real, and the
substitution therefor of a land-tax of 1d. in the £ on capital value, and also of a graduated tax upon unimproved land values, and an income-tax also graduated, though less elaborately. The graduated land-tax, which has since been stiffened, rises from nothing at all upon the smaller holdings to about 74d. in the ¢
upon the capital value of the largest estates.
Buildings, improve-
ments, and live stock are exempted. In the case of mortgaged estates the mortgagor is exempted from ordinary land-tax jn
proportion to the amount of his mortgage. In 1896 municipal and rural local bodies were allowed to levy rates upon unimproved land values if authorized to do so by a vote of their electors, and
by the end of 1926 some 200 bodies, amongst them the city of Wellington, had made use of this permission. The income-tax is not levied on incomes
drawn
from the cultivation of land.
In
practice the smaller farmers pay neither land-tax nor income-tax, In 1891 the tenure of members of the legislative council or nominated upper house, which had hitherto been for life, was altered to seven years. In 1892 a new form of land tenure was introduced, under which large areas of Crown lands were leased for 999 years, at an unchanging rent of 4% on the prairie value. Crown tenants under this system had no right of purchase and did not obtain it
until 1913.
In 1892 a law was also passed authorizing Govern-
ment to repurchase private land for closer settlement. On Ballance’s sudden death in April 1893, his place was taken
by Richard Seddon, minister of mines in the Ballance cabinet, whose first task was to pass the electoral bill of his predecessor, which granted the franchise to all adult women. This was adopted in Sept. 1893, though the majority for it in the upper house was
but two votes. In 1893 was enacted the Alcoholic Liquor Control Act, greatly extending
local option.
In
1894 was
passed the
Advances to Settlers Act, under which State money-lending to farmers on mortgage of freehold or leasehold land was at once begun. The money is lent by an official board, which deals with applications and manages the finance of the system. Borrowers must repay 4% of their principal half-yearly, and may repay as much more as they choose. Profits are paid over to an assurance fund. Very large sums—nearly 37 millions—have thus been lent while profits placed to reserve have far more than met losses. The sum out on loan in 1928 was about 19 millions. The same year also saw the climax of a series of 14 laws passed in five years affecting the relations of employers and workmen. These laws deal with truck, employers’ liability, contractors’ workmen, the recovery of workmen’s wages, the hours of closing in shops and merchants’ offices, conspiracy amongst trade unionists, and with factories, mines, shipping and seamen. In 1895 a law controlling servants’ registry offices was added. In 1897 all shipowners engaging in the coasting trade of the colony were compelled to pay the colonial rate of wages.
Meanwhile the keystone of the regulative system had been laid by the passing of the Industrial Conciliation and Arbitration Act, under which disputes between employers and unions of workers are compulsorily settled by State tribunals; strikes and lock-outs are prohibited in the case of unions of work-people when registered under the act and the conditions of employment in industries may be, and in most cases are, regulated by public boards and courts. The years 1896, 1897 and 1898 were marked by struggles over the Old Age Pensions bill, which became law in Nov. 1898. In 1898 the divorce law was amended on the lines
of the Stephen Act of New South Wales, a change which helped to treble the number of petitions for divorce in the next seven years. In 1898 also the municipal franchise, hitherto confined to ratepayers, was greatly widened; in 1900 the English system of compensation to workmen for accidents suffered in their trade was adopted with some changes, one of the chief being that con-
tested claims are adjudicated upon cheaply and expeditiously by the same arbitration court that decides industrial disputes. In 1895 borrowing on a larger scale was begun, and in 12 years twice as many millions were added to the public debt. Before this the Ballance ministry had organized two new departments, those of
labour and agriculture. The former supervised the labour laws and endeavoured to deal with unemployment; the latter has done
NEW
HISTORY] much practical teaching,
inspection, etc.
departmental
before
Meat, butter, cheese
and New Zealand hemp were thenceforth graded and branded by inspectors
Government has worked
export.
For many
years
the
two coal-mines profitably, chiefly to
supply its railways. The continued success of the Government life insurance office led in 1899 to the setting up of an accidents insurance office, and, in 1903, of a State fire insurance office.
The outbreak of the South African War in Oct. 1899 was followed in New Zealand by a prompt display of warlike enthusiasm;
politics ceased to be the chief topic of interest; the general election of 1899 was the most languid held for 1s years. The desire of New Zealanders to strike a blow for the mother-country took the practical shape of despatching to South Africa ten contingents of mounted men who behaved with credit. The many experimental laws summarized above were passed in the last years of the long depression. In 1895 began a marked commercial revival, mainly due to the steady conversion of the colony’s waste lands into pasture; the development of frozen meat
and dairy exports; the continuous increase of the output of coal; the invention of gold-dredging; the revival and improvement of hemp manufacture; the exploiting of the deposits of kauri gum; the reduction in the rates of interest on mortgage money; a general rise in wages, obtained without strikes, and partially secured
by law, which has increased the spending power of the working classes.
Undoubtedly
also commercial
confidence was restored
by the reconstruction in 1895 of the Bank of New Zealand, and activity was stimulated by large public loans, while more cautious banking and the systems of taxation and rating on land values, adopted in 1891 and 1896, did something to check land speculation at any rate until about 1908.
The Reform Party.—Since 1890 two political parties have had curiously long terms of power. The party headed by Ballance, Seddon and Ward held office without a break for 21 years, a result mainly due to the general support given to its agrarian and labour policy by the smaller farmers and the working classes. In 1912 it fell and the more conservative side, which had by then taken the title of Reform Party, at last returned to office, a good deal changed in complexion after its long exile. Though at the
moment of success it could claim but a small majority in parliament and none outside it has since controlled affairs and in 1925 scored a sweeping victory at the elections. This striking reversal of fortune was mainly due to two causes which, working from inside, disintegrated the progressives and lost them the support of their main props, the farmers and labour. The farmers growing in numbers and prosperity with the progress of settlement, the subdivision of the soil and continuance of good prices found
themselves able to control parliament.
403
ZEALAND
They were aided by the
electoral law which counts roo rural residents as 128 electors, a privilege not extended to urban or suburban voters. In the
earlier years of this century they organized their class into a powerful union. Noting the rising prices of land they decided to destroy the liberal system of State tenancy substituting the free-
hold tenure with complete right of sale under the cheap and
speedy land transfer law. The Reform Party was prepared to give
them this and numbers of them joined it. At the same time labour began to break away. With its grievances redressed and its position made comfortable by the Arbitration and other labour laws it saw little more was to be had from the progressives. Under their régime, moreover, very few Labour leaders gained seats in parliament. The influence of labour on politics though great was more or less indirect. Australia set the example of separate and successful Labour Parties, and after 1910 New Zealand Labour set out on the same path. The more extreme Labour men even desired to destroy the Arbitration law as the main
pacifying influence and barrier to a class war. They succeeded at times in stirring up strife among three or four unions, such as the
coal miners, waterside workers and hands in freezing factories, but though serious strikes occurred in 1913, 1916, and 1921-22 New Zealand has remained on the whole industrially pacific. The number of working hours lost to industry through conflicts has been far less than in any other country where labour is well organized. Experience has taught the unions the value to them
of the Arbitration law and in 1927 when it was attacked by the farmers they unanimously declared for it intact. The World War Period.—The Reform Party began by granting the freehold according to promise, by passing a useful revision of the Education Act and also a law designed to put some check on strikes by unions not registered under the Arbitration Act. In 1914 came the World War and a coalition ministry of Reformers and Progressives was formed in which W. F. Massey
the prime minister had the help of Sir Joseph Ward as finance minister, of Sir James Allen, an assiduous and resolute minister of defence, and of Sir Francis Bell, a leading barrister with a clear grasp of imperial affairs. New Zealand was not unprepared to be of service in war time. A law passed in 1909 paved the way for the compulsory training of the militia. Rifles had been procured from Canada, instructors and a general from England. Volunteers came forward with enthusiasm and their fine physique and complete submission to discipline were qualities which distinguished
the New Zealand contingents through their long years of arduous service at Gallipoli, on the Western front and in Palestine. Respectable in numbers—84,000 of them took the field—the best witness to their valour and efficiency is found in the dry figures showing that, while they lost 17,000 by death and suffered more than 50,000 casualties, only 341 of them were captured by the enemy. Heavy taxation and other severe war measures had to be en-
dured in the dominion.
Largely by forced loans from the banks
and other direct taxpayers £55,000,000 were borrowed internally. No State currency notes were issued but bank notes were made—and still are—legal tender. The output of gold and the other chief products of food and raw material were commandeered at war prices for the imperial Government. There were protests— chiefly from labour—against conscription and some complaining from farmers who were left short-handed on their land. But on the whole the conduct of the people was patriotic and patient. Their war-debt, for their numbers enormous, finally exceeded £81,500,000; but the interest on it has been punctually paid. At the peace, New Zealand received a mandate to govern German Samoa, where her Administrator, Sir George Richardson, has by zealous and enlightened effort for the native race, arrested their
decay and improved their material condition. Social legislation was more or less at a standstill in war-time but an important change was made in the Liquor law. Local option was abandoned in favour of a triennial poll for and against national prohibition which may be voted by a bare majority. So far these polls have been in favour of the status quo though by somewhat small majorities. Thirteen districts which had “gone dry” under local option hold separate polls on the question; all but one of these adhere to “no licence.” A practical reform closing all hotel bars at six P.M. appears to have reduced drunkenness. After the War.—Peace was followed by three years of feverish prosperity and a wild speculation in rural land. Over £100 an acre was often paid for farms in the North island and when a very sudden fall of prices stopped the orgy in 1921 the reaction was extremely severe. Thousands had mortgaged themselves in buying freeholds without adequate capital and though nearly 1,000 farmers sought the bankruptcy court in the seven years 1921-27 and a larger number had to part with their holdings, the indebtedness of the rural population is still estimated at about £140,000,ooo. Owing to rural embarrassment a law of 1919 providing for a moratorium in the case of mortgages, other than trade mortgages, and of deposits, other than bank deposits, was continued until 1927. After the war the Government had to deal with many thousands of demobilized soldiers without employment. It strove to do so by bestowing pensions on a liberal scale, by aiding men to find employment in the towns and by settling more than 9,000 soldiers on the land. This scheme of military settlements, excellent in intention, had to be carried out hastily and at a time when the price of land was highest. There was a good deal of miscalculation, disappointment and failure. The cost of the scheme so far (1928) has been about £30,000,000. After much rearrangement and writ-
ing down it seems likely that about three-fifths of the original
404
NEXT
FRIEND—NEY
and Present (1927); also the Transactions of the New Zealand Insi. soldier-settlers will develop into well-to-do farmers. tute and the publications and Journal of the Polynesian Society. In 1919 the progressive ministers withdrew from the Coalition Pioneering and Colonization: S. Butler, First Year in the Canterbury | While, elections. impending the win could they that belief the in | Settlement (1863); T. M. Hocken, Contributions to the Early History decisively | of New Zealand (1898); R. McNab, Murihuku (1907); E. j however, labour held its own the progressives were beaten and have since possessed little power in parliament. The | Wakefield, Adventure in New Zealand (1908); F. E. Maning, Oig Zealand (1922). Later period: G. H. Schofield, New Zealang Reformers continuing in office strove to meet industrial depression New in Evolution (1904) ; J. Gorst, New Zealand Revisited (1908); G. W
by economies in expenditure. The axe was applied to the departments. War bonuses were abolished and there have been some reductions of the land and income taxes. But borrowing by both Government and local bodies went on so that in 1927 the combined weight of taxes and rates was about £16 per head. The general elections of 1922 left Massey with a bare majority in the House of Representatives. Labour captured 17 seats in a house of 84, but their hopeless division from the progressives enabled the Reformers just to hold their ground though comparatively little else could be done. Some of their more interesting post-war measures were the establishment of semi-official boards to regulate and control the export and sale of frozen meat, butter, cheese, fruit and kauri gum. Of these the meat board has, so far, been the most successful. The dairy control board in its first operations tried a fall with the middlemen of Tooley street and was badly beaten. Massey, the veteran premier who had led the Reformers to victory in 1912, died in May 1925, after a long illness during which he had held on to his post indomitably. Sir Francis Bell took his place while the party settled the successorship. It was given to Gordon Coates, a comparatively young New Zealand-born minister who like Massey was an Auckland farmer. He had served with credit in the war and had shown himself an energetic administrator of railways and public works. Hopes centred on this new figure helped the Reformers in the elections. Moreover, the electors were weary of a parliamentary stalemate and irritated against labour in general by the wild strikes of British seamen in the seaports of Australia and New Zealand. The result was the most complete triumph ever gained by a conservative party in the dominion. Labour won but 12 seats; the progressives only rr. Labour—which has since won two by-elections—became indeed the official Opposition. Yet it is true to say that, isolated as it is, labour as a class has now less political influence than it had 35 years ago. , In 1926 and 1927 the country had to face further falls in prices. In the second year it contrived none too soon to make exports exceed imports and an improvement in the export market came at the end of 1927. Attempts to help farmers took the form of an act to enable the Bank of New Zealand to issue long-dated mortgages, and two others to encourage the raising of rural credit bonds and set up a scheme of chattel mortgage associations with public help. A family allowances arrangement (1926) grants a dole to the larger families of the poorest class. A petrol tax, estimated to yield nearly three-quarters of a million, is to be spent in
Russell, Vew Zealand To-Day
(1921).
An anthology of New Zealand
verse appeared in London in 1907, and was revised and re-issued in
New Zealand in 1926.
Scientific Works:
F. von Hochstetter,
New
Zealand
(Eng. trans.
1867); T. Kirk, The Forest Flora of New Zealand (1889), and
Students’ New Zealand Flora (1899); S. P. Smith, The Eruption of Tarawera (1887); E. Hutton and J. Drummond, Tke Animals of New Zealand (1905); R. M. Laing and E. W. Blackwell, The Plants of New Zealand (1906, 2nd ed., 1927); W. L. Buller, The Birds of New Zealand (later ed., 1906) ; H. Guthrie Smith, Bird Life on Island and Shore (1924). Alpine Climbing: W. S. Green, The High Alps of New Zealang (1883); A. P. Harper, Pioneer Work in the Alps of New Zealand
(1896) ; M. Ross, A Climber in New Zealand (1914).
(W.P. Re.)
NEXT FRIEND, in law, the phrase used for a person who represents in an action another person who is under the disability of infancy to maintain a suit on his own behalf. Every applica-
tion to the court on behalf of an infant must be made through
a next friend. Previous to the Married Women’s Property Act 1882 it was also usual for a married woman to sue by a next friend, but that Act, allowing a married woman to sue in all respects as a feme sole, has rendered a next friend unnecessary in her case. In the case of an infant the father is prima facie the proper person to act as next friend; in the father’s absence the testamentary guardian, if any; but any person not under disability may act as next friend so long as he has no interest in the action adverse to that of the infant. A married woman cannot, however, act as next friend, except in special cases. (See Rules of the Supreme Court, O. xvi. r. 16.) An infant defends a suit, not by a next friend, but by a guardian ad litem. A lunatic sues by his committee, but if he has no committee, or if the committee has some interest adverse to the lunatic, he sues by his next friend. A next friend has full power over the proceedings in the action as if he were an ordinary plaintiff, and he is therefore responsible for paying the costs, but he is not entitled to be heard in person.
(See Lunacy.) NEXT-OF-KIN: see Kin. NEY, MICHEL (1769-1815), duke of Elchingen, prince of the Moskowa, marshal of France, was born at Saarlouis on Jan. 10, 1769. His father was a cooper, and he received only a rudimentary education.
In 1788 he went to Metz and enlisted in
a regiment of hussars; in 1792 he was elected lieutenant; and in 1794 he became captain and was placed by Kléber at the head of a special corps of light troops. He was soon promoted chef de brigade, and in 1796 general of brigade. He commanded the right wing of Hoche’s army up to the peace of Campo Formio. On keeping up the country roads. A revised customs tariff (1927) the resumption of hostilities he again took the field, and for his has substantially increased the preference granted to goods of surprise of Mannheim in 1799 received the grade of general of British origin. division. He fought in the Swiss campaign of Masséna, and when BrsriocrapHy.—History: A. S. Thomson, Story of New Zealand Masséna turned against the Russians, who were approaching from (3 vols., 1859); W. Fox, The War in New Zealand (1866); G. W. Italy, Ney was left in command holding his ground successfully Rusden, History of New Zealand (3 vols., 2nd ed., Melbourne, 1896) ; against the Austrians, although his opponent was the famous R. F. Irvine and O. T. J. Alpers, The Progress of New Zealand in the Century (1902); Official History of New Zealand’s Effort in the Archduke Charles. In 1800 he was present at Hohenlinden. In May 1802 he married Mademoiselle Auguié, whom Josephine had Great War, Minister of Defence (1919-1923); J. Cowan, New Zealand Wars (1923); W. P. Reeves, The Long White Cloud (3rd ed., chosen for him at Bonaparte’s request. This event marks a change 1924); J. S. Marais, Colonization of New Zealand (1927); W. in Ney’s political opinions which can only be explained by NaGisborne, New Zealand Rulers and Statesmen, 1844-1897 (1897). poleon’s power of captivating men. He was henceforward as Recent Social and Political Developments: H. D. Lloyd, Newest
England (1901); W. P. Reeves, State Experiments in Ausiralia and New Zealand (2 vols., 1902); A. Siegfried, La Démocratie en Nouvelle Zélande (1904); D. Stewart and De Rossignol, Socialism in New cae (1911). xploration and the Maori Race: J. Cook, A Journal of a Voyage round the World (1771), A Voyage towards the EAA Pole "faa round the World (1777), abridged as Captain Cook’s Voyages in the “Everyman” Series (1906); J. R. Boosé, Crozet’s Voyage to New Zealand in 1771-1772, trans. H. L. Roth (1891); J. White, The Ancient History of the Maori (6 vols. 1889); G. Grey, Polynesian Mythology and Maori Legends (1885), S. P. Smith, Hawaiki (1903), and History and Traditions of Maoris of the West Coast (1910); E. Tregear, Tke Maori Race (1904); T. E. Donne, The Maori Past
ardent and sincere an admirer of Napoleon as hitherto he had
been of revolutionary principles, and was
one of the very few
officers of the Army of the Rhine who became a trusted lieutenant
of the emperor. He carried out an important mission in Switzer-
land, and in 1803 he was placed in command of the camp of
Montreuil.
While there he begged Napoleon to declare himself
emperor, and on the establishment of the empire he was made
marshal of France, and received the grand eagle of the Legion of Honour. In 1805 he commanded the VI. corps of the. Grand Army, and his great victory at Elchingen (for which in 1808 he was made duke of Elchingen) practically secured the surrender of the Aus-
NEZ PERCE—NIAGARA
4.05
trians at Ulm. He was then ordered to the upper Adige, when he 'Mémoires du maréchal Ney, published in 1833, were collected from
papers by his brother-in-law Gamot and by General Foy. led the decisive attack at Friedland After Friedland Napoleon ' a hey cover only the earlier pa:t of his career, and end with the battle gave him the title, “the bravest of the brave.” of Elchingen (October 1805). An edition in English was published In 1808, after the first disaster to the French arms in Spain, the same year.
Ney accompanied Napoleon there as commander of the VI. corps.
He took part in the Peninsular War from 1808 to 181r.
When
acting under Masséna in the invasion of Portugal in 1810-11, he
quarrelled bitterly with his former chief, and in spite of his distinguished service he was recalled to France by Napoleon and
censured. He was re-employed with the Grande Armée in central Europe under Napoleon himself. In the 1812 expedition to Russia Ney commanded the centre at Borodino, and was created prince
of the Moskowa on the evening of the victory. In the retreat he was a tower of strength, animating the rearguard with his own
sublime courage, keeping the harassed and famished soldiers to-
gether under the colours and personally standing in the ranks with musket and bayonet. He was the last to recross the frontier, and threw the remaining muskets into the Niemen. In 1813 he commanded a corps in the German campaign, and in 1814 he shared in the campaign in France. At the fall of the Empire the fact that Ney acted in the negotiations in concert with Macdonald and
Caulaincourt is sufficient proof of his desire to avert Napoleon’s abdication. Less satisfactory was his loud protestation of devotion
to the Bourbons, when the Restoration was a fait accompli. But he was mortified by the disdain of the returned émigrés, and retired to his country seat. While on his way to take up a command at Besancon, he heard of Napoleon’s return. He hurried at once to assure Louis XVIII. of his fidelity. With the famous remark that
the usurper ought to be brought to Paris in an iron cage, he proceeded to Lons-le-Saulnier to bar Napoleon’s progress. But he deserted with his troops, and Napoleon’s march became a triumphal progress. Ney’s act was undeniably treason to his sov-
ereign, but it was hardly the calculated treason that his émigré detractors saw fit to imagine. Napoleon received him kindly, but did not give him a command until just before the Waterloo campaign. The marshal took up the command of the left wing on the northern frontier on June 13. The next day the army moved into Belgium. Ney took part in the campaign successively in the réles
of strategist, tactician and soldier.
(See WATERLOO CAMPAICN.)
Much controversy has raged over his actions of June 15 and 16. At Waterloo he was subordinated to the personal command of Napoleon, but his advice was often offered and sometimes accepted, and he personally led several charges of the French up to the British squares. But when all was lost, his courage was extinguished. He made no attempt to second Davout and Grouchy in the last days of Napoleon’s reign, and in despair advocated the restoration of the Bourbons. Soon a fresh order was issued denouncing him by name, and he was arrested on Aug. s. When Louis heard of Ney’s arrest he exclaimed, “By letting himself be caught he has done us more harm than he did on the 13th of March!” But neither king nor ministers were in a position to resist the clamour of the ultra-royalists for blood. Every fresh delay in the process of Ney’s trial raised a new outcry at the court, in the salons and in the Chamber of Deputies; and fiercest of all in demanding immediate execution was the king’s niece, the unhappy duchess of Angouléme, who lived to confess that had she known the record of Ney’s services to France she would never have consented to his death. Ney was placed on trial before a court martial composed chiefly of his former brothers-in-arms, Whose participation in the tragedy was probably never forgiven them by their countrymen. Others of the marshal’s old comrades refused to serve, and were disgraced in consequence, until public opinion forced their reinstatement. The court took advantage of the plea of Ney’s counsel that he was entitled to be tried by his
equals in the Chamber of Peers. In spite of the courageous and
eloquent appeal of the young duc de Broglie, the result of the irial before the latter body was a foregone conclusion; de Broglie was alone in voting for his acquittal. In the early morning of Dec.
7, 1815, Ney was shot in the Luxembourg gardens, near the Observatory. He met his death quietly and with a perfect soldierly dignity, Ney left materials for memoirs, but in an incomplete state.
The
See Rouval, Vie du maréchal Ney
(1833); Dumoulin,
Histoire
du
proces du maréchal Ney (1815, Eng. trans. 1816); Nollet-Fabert, Eloge du maréchal Ney (Nancy, 1852); Welschinger, Le Maréchal Ney, 1815 (1893); A. Delmas, Mémoire sur la révision du procès du maréchal Ney (1832); Military Studies by Marshal Ney (Eng. trans., 1833); G. A. B. E. H. Bonnal, Za Vie Militaire du maréchal Ney
(i910, etc.) ; R. Androix, Ney (1914).
NEZ PERCE, a tribe of Sahaptin lineage on Snake river in Idaho and Oregon, now on Lapwai reservation, Idaho. The estimated population was 6,000 in 1805, 1,400 in 1885, 1,500 in 1921. In 1877, under Chief Joseph, they fought the United States, winning some engagements and engaging in a notable but finally unsuccessful retreat almost to Canada. They were the largest and easternmost Sahaptin tribe and most affected by influences from the Plains Indians.
NGAMT, a shallow lake of variable size forming the centre of an inland drainage system in the Bechuanaland (g.v.) Protectorate, South Africa. The lake once extended to a length of 20 m. and a width of 10 m., but is now little more than an expanse of reeds growing in a soft soil, below which brackish water is found. It is cut by 20§° S. and 23° E. Ngami is the lowest point of a large depression in the great plateau of South Africa: The area which drains to it is bounded south by the basin of the Orange, east by the Matabele hills, north by the western affluents of the Zambezi. The greater part of the Ngami water-system lies, however, north-west of the lake in the Angola highlands. On the high plateau of Bihe, in the hinterland of Benguella, rise two large
rivers, the Okavango and the Kwito, which uniting discharge their waters into Ngami. From the north-east end of Ngami issues the Botletle or Zuga, a stream which runs south-east and drains towards the Makarikari marsh, from which there is no outlet. Although Ngami has contracted in size in modern times the Okavango and its tributary the Kwito remain large rivers. The Okavango is known in its upper course as the Kubango. Its most remote source lies in about 124° S. and 164° E. and its length is over goo m. It flows first south then south-east and east. In about 18° S. and 204° E. it is Joined on the north bank by the Kwito, a large navigable stream rising almost as far north as the Okavango. Its general course is south-east, but between 15° and 17° S. it flows south and even south-west. Below the Kwito confluence the Okavango, which is also joined by various streams from the south-west, is a rapid stream, generally navigable as far
as the Popa falls, in 21° 50’ E. In the dry season, the water-level is from 4 to 20 ft. below the banks, but these are overflowed during the rains. At this period, April-June, some of the surplus water finds its way (in about 19° S.) by the Magwekwana to the Kwando or Linyanti (Zambezi system), to which, it is thought, the whole body of water may have once flowed. Below the Magwekwana outlet the Okavango, now called the Taukhe or Tioghe, turns almost due south, enters a swampy reed-covered plain and is broken into several branches. In this region the effects of desiccation are marked. Through the swamps the river formerly entered Ngami. Through the swamp some of the waters of the Okavango find their way eastward through a channel called Tamalakane to the Zuga or Botletle, the river which formerly flowed out of Ngami. The Botletle, whose bed is about roo m. in length, loses itself in a system of salt-pans—round or oval basins of varying size sunk to a depth of 30 to 45 ft. in the sandstone, and often bounded by steep banks. The outer pans are dry for a large part of the year, the whole system being filled only at the height of the flood-season in August. The Botletle, which receives in addition the scanty waters of the northern Kalahari, at this season reaches the Makarikari marsh. In 1849 Livingstone found a large shallow lake. In 1896 Lugard and Passarge both found none. (See S. Passarge, Die Kalahari, 1904.)
NIAGARA, FORT, an American fortification, on the east side and at the mouth of Niagara river, opposite the Canadian village of Niagara-on-the-Lake. Ft. Niagara has a reservation of 288 ac., with fairly modern equipments, and several historic
NIAGARA
406
buildings of the time of French and of British possession, in one of which, the old magazine (1757), William Morgan was Imprisoned in 1826. Fort Niagara was long, especially during the French occupation of Canada, one of the most important forts in North America, being the key to the Great Lakes, beyond Lake Ontario. La Salle wintered here in 1678-9, built his ship the “Griffon,” and established a trading post and Fort Conti, destroyed not long afterwards. Fort Denonville, built in 1687 by Jacques René de Brésay, marquis de Denonville, governor-general of Canada, in his cruel campaign against the Iroquois, was abandoned in 1688, after the garrison, commanded by Pierre de Troyes (d. 1687), had been wiped out by an epidemic. The first Fort Niagara, to be so named, was built in 1725-1727 at the instance of Charles le Moyne, rst baron of Longueil (1656-1729), and became a very important military and trading post; the fort was rebuilt by Francois Pouchot (1712-1769) in 1756, but in July 1759, after a siege of about sixteen days, it was surrendered to Sir William Johnson by Pouchot. On the 14th of September 1763 a British force marching from Fort Schlosser (about 2 m. above the Falls; built 1761) to Fort Niagara was ambushed by Indians, who threw most of their captives into Devil’s Hole, along the Niagara river. In July 1764 a treaty with the Indians was signed here, which detached some of them from Pontiac’s conspiracy. Joseph Brant, John Butler and, in general, the Indians of northwestern New York favouring the British during the Revolutionary War, made Fort Niagara their headquarters, whence they ravaged the frontier, and many loyalists and Indians took refuge here at the time of Gen. Sullivan’s expedition into western New York in 1779. The fort was not surrendered to the United States until Aug. 1796. In the War of 1812 it was bombarded by the guns of Ft. George immediately across the river, and on Dec. 19, 1813 was surprised and taken by assault—most of the garrison being killed or taken prisoners—by British troops under John Murray. After the close of the war, on March 27, 1815, Ft. Niagara was restored
to the United States, and a garrison was kept there until 1826. The fort was regarrisoned about 1836, and has since remained a post of the regular army. See F. H. Severance, An Old Frontier of France (1917); L. L. Babcock, War of r8r2 on the Niagara Frontier (1927) ; Publications of the Buffalo Historical Society; F. Parkman, Conspiracy of Pontiac (1851) and Montcalm and Wolfe (1884).
NIAGARA
FALLS
(formerly
Clifton
RIVER
FALLS—NIAGARA
or
Suspension
Bridge), a city and port of entry of Welland county, Ontario, Canada, 40 m. §.S.E. of Toronto, on the west bank of the Niagara river and opposite the Falls. Pop. (1931) 19,046. It is a station on the Canadian National and Michigan Central and St. Catharines and Niagara Central railways, and has electric railway communication with the chief towns in the neighbourhood. Three large steel
bridges connect it with the American town of Niagara Falls on the opposite bank. Its importance was chiefly due to the tourist traffic, but the unrivalled water power is being more and more employed. Factories have sprung up and large electric power plants, and power is transmitted to Toronto and other cities. A beautiful park, named after Queen Victoria, extends along the bank of the river for 24 m. above the Falls.
NIAGARA FALLS, a city and a port of entry of Niagara
county, New York, U.S.A., at the great falls of the Niagara river
(g.v.) 22m. N.N.W. of Buffalo. It is served by the Lehigh Valley, the Michigan Central, the New York Central, three electric railways and for freight also by the Erie and the Niagara Junction railways. Pop. (1920) 50,760 (35% foreign-born white); in 1930 it was 75,460. The city extends along the summit of the cliffs
from above the falls (where the river makes a sharp curve) to 3 m. below them. Goat island separates the American fall (165 ft.
high and 1,000 ft. wide) from the Horseshoe fall on the Canadian side (160 ft. high, with a crest of over 2,000 ft. in a deep curve), and between them is the delicate Bridal Veil. Below the falls the river rushes between perpendicular walls 300 ft. high, in a series
of rapids to the whirlpool. Goat island, several smaller islands, and Prospect park (1o ac. on the brink of the gorge) have been a State
reservation since 1885. Every evening (since 1925) the falls are illuminated with changing colours by 24 gigantic searchlamps
developing a total of 1,440,000,000 candle-power, set in Queen Vic. toria park across the river. Niagara Falls probably attract more visitors than any other single natural phenomenon of America, To
protect their aesthetic value, the amount of water which may be diverted from either the Canadian or the American fall is limited by an international treaty. Practically all the permitted American
diversion is now utilized in a hydro-electric development with an installation of over 500,000 h.p., serving half the population of the
State. The city is an important manufacturing centre, especially of the electro-chemical industries, which are largely concentrated
here.
Others of importance are the manufacture of abrasives,
shredded wheat, caustic soda, paper, aluminium, ferro-alloys and a great variety of chemical compounds. The aggregate factory
output in 1927 was valued at $109,414,863. 1927 amounted to $60,800,000.
was $135,331,043.
Bank clearings in
The assessed valuation of property
Since 1916 Niagara Falls has operated under
a commission-manager
form
of government.
It is the seat of
Niagara university (Roman Catholic; 1856). Old Ft. Niagara (g.v.) 14 m. N., was in 1928 in process of restoration to its original condition. A fort (Little Niagara) was built on the site of Niagara Falls in
1750, and after its destruction Ft. Schlosser was built in 176r. In 1806 Judge Porter founded the village of Manchester here, on the banks of the falls. It was burned by the British in 1813, and remained a straggling little settlement until the construction of the Hydraulic canal in 1852 and the subsequent development
(especially after 1877) of power from the falls. The first bridge across the river was completed in 1835; the first railroad bridge (a suspension bridge by John A. Roebling) in 1855. In 1892 the
villages of Manchester and Suspension Bridge were merged and
chartered as the city of Niagara Falls, which in 1900 had a population of 19,457. Electric energy generated from the falls was first used for lighting Prospect park in 1879, and in 1881 power was sold for commercial use; but the great modern development dates from the World War, and the city’s growth as a manufacturing centre has followed the development of the power resources. The falls have been the scene of many daring exploits, ever since Sam Patch in 1829 successfully leaped into the river twice, only to lose his life in a similar leap at the Genesee falls in Rochester. Several men and women have safely plunged over one or the other fall or through the whirlpool in barrels, and in 1850, and again in 1860 (on the occasion of the visit of Edward VII., then Prince of Wales) Blondin performed amazing feats on a tightrope stretched across the gorge.
NIAGARA RIVER flows in a northerly direction from Lake Erie to Lake Ontario, a distance of about 34 miles. It constitutes part of the boundary between the United States and Canada, separating the State of New York from the Province of Ontario. It is the principal drainage outlet of the four upper Great Lakes, whose aggregate basin area is about 248,500 sq. miles. Its discharges at standard low water and standard high water of Lake Erie (570 and 575-11 ft. above mean tide at New York) are about 153,000 and 267,000 second-feet, respectively. The river is navigable from its source to the upper rapids, 20 m., and from Lewiston to the mouth, 7 miles. The current is rapid for the upper navigable portion, where the average fall is about o-5 ft. per mile.
The total fall of the lower 7 m. is 0-5 foot. The intermediate section of the river, consisting of 7 m., includes a series of rapids and Niagara Falls, and has a total fall of 315 feet. The average width is about 3,500 feet.
Niagara Falls.—The falls of Niagara are justly celebrated for
their grandeur and beauty, and are viewed every year by over
2,000,000 visitors.
They are in two principal parts, separated
by an island. The greater division, adjoining the left bank, is called the Horseshoe Fall; its height is 155 ft., and the length of
its curving crest line is about 2,600 feet. The American Fall, adjoining the right bank, is 165 ft. high and about 1,400 ft. broad.
The water is free from sediment, and its clearness contributes to
the beauty of the cataract. In recognition of the importance of the waterfall as a great natural spectacle, the Province of Ontario
and the State of New York have retained or acquired title to the adjacent lands and converted them into parks, which are main
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tained at public expense for the convenience of visitors.
407 artificial graphite, liquid
The scenic grandeur of Niagara Falls depends upon the volume chlorine, calcium carbide, cyanamide and other products. The of water flowing over the falls, but also on its distribution as it remainder is transmitted to various cities for miscellaneous uses. approaches the crest. The statement that the Horseshoe Fall The maximum distance to which this power is transmitted is is in danger of destroying itself as a spectacle by cutting a narrow somewhat in excess of 200 miles. (E. Ja.) “notch,” destroying the symmetry of the horseshoe, possibly NIAM-NIAM: see AZANDE. degenerating into a cascade and eventually draining the American Falls, has unfortunately been widely circulated. The mean annual rate of recession of the crest at the central part of the Horseshoe has been determined as being about 5 ft. since 1764, 3-7 ft. since
1842 and 2-3 ft. per year since 1906. The Horseshoe is now cutting
back at a decreasing rate and the rate will continue to decrease.
The recession of the American Falls is negligible.
By proper
action, supervision and control by the two Governments
con-
cerned, the scenic beauty of the Falls can be preserved, the tendency toward erosion in the Horseshoe can be checked, water can be distributed over the at present bared flanks of the Canadian Fall and a more dependable flow over the American Fall ensured.
Geologie Age.—The problem of the river’s age is of much interest to geologists, because its solution would aid in establishing
a relation between the periods and ages of geologic time and the centuries of human chronology. The great Canadian glacier, which in the glacial period alternately crowded forward over the Great Lakes region and melted back again, so modified the face
of the land by erosion and by the deposit of drift that the waters afterwards had to find new courses. The Niagara river came into existence when the waning of the glacier laid bare the western part of the Ontario basin, and the making of the gorge was then begun. If it were supposable that the lengthening of the gorge
proceeded at a uniform rate, the computation of the time would be easy, but there are various modifying conditions. A weighing of the evidence now available indicates 25,000 years as a lower
NIAS, largest of the chain of islands off the western coast of
Sumatra, D.E. Indies. It is 80 m. long and nearly 30 wide, hilly, with coasts rocky or sandy, and landing is often dangerous: it is partly volcanic and earthquakes occur. There are three small rivers. Pop. 159,799. The islets Nako, Bunga, etc., near the north and west coasts are inhabited by a race which appears to be Indonesian in character and to have some affinity with the Bataks of Sumatra. Though intelligent, they have a reputation for treachery and thieving. They squander their means on feasting and ornaments, but are hospitable and have a high code of sexual morality, any infringement of which is severely punished. Marriage is exogamic and wives are bought. At death, wife and property pass to a man’s brother. Land belongs to the settler and is inherited in the direct line. A council of notables assists hereditary chiefs in administration. Slave trade has been suppressed by the Dutch. Simple tattooing, teeth-filling and circumcision are practised. Weapons are carried and vendettas are common. Houses
are built on piles, and sometimes are fortified with double walls. They have windows, a common room in the centre, and separate rooms for the various families which occupy one house, the entrance being through the floor, from underneath, in the house centre. Houses of chiefs are costly and have carved statues, or seats of wood, or stone, outside. The Niasese are pagans: human sacrifice on the death of a chief, also head-hunting, have been prohibited by the Dutch. Statues of the household gods are hung up in the houses, the phallic symbol is known, and in South Nias menhirs and large dissoliths exist. The funeral rites of an important person are celebrated by the sacrifice of pigs. There are good craftsmen in gold, silver, and wood, the coco-nut is cultivated and the oil traded with Malay and Achinese settlers, or taken to the Sumatran coast. Pigs are kept and form an important article of trade. Coal, of poor quality, iron, and copper have been found; gold is said to exist. Nias is administrated by the residency of Tapanuli, in Sumatra, with an assistant resident at Gunung Situli, the chief town. It has no telegraphic or steamer communication with the mainland.
limit for plausible estimates of the age of the river, but yields no suggestion of an upper limit. Navigation.—Between Lake Erie and Lake Ontario, navigation passes through the Canadian Welland canal. The old canal has 25 lift locks, with a total lift of 3263 feet. These locks are each 270 ft. long (usable length about 255 ft.) by 45 ft. wide, and were designed to have 14 ft. depth on the sills. The new Welland canal under construction by the Dominion of Canada in 1928, will admit the largest existing lake freighters. The southern portion of the new canal is chiefly an enlargement of the old canal. The northern portion follows a new location, enterBrsriocrapHy.—E,. §. Schroder, Nias: Ethnographische, geograph(E. E. L.) ing Lake Ontario at Port Weller, about 3 m. east of the terminus ische en historische. 1917. NIBELUNGENLIED, or Der NmELUNGE NôÔr, a mediaeval of the old canal. The new canal will be 25 m. long, with a total lockage of 3254 feet. It will have 4 single locks, one flight German heroic epic. The story on which it is based belongs to of 3 double locks and x guard lock. The locks have a usable length the general stock of Teutonic saga, and was very widespread under of 820 ft., clear width 80 ft., and 30 ft. depth of water on the various forms, some of which are preserved. Thus it is touched sill at lowest lake stages. All locks have a lift of about 46 feet. upon in Beowulf, and fragments of it form the most important The gates are of the mitering type.” The canal prism is 200 ft. part of the northern Eddas, the poets of which evidently assumed wide at the bottom, 310 ft. wide at the water line, and from 25 that the tale as a whole was well known and that their hearers to 264 ft. deep at low water. All masonry structures are so de- would be able to put each piece in its proper place. In the prose signed as to allow an ultimate deepening to 30 ft. at low water. The estimated total cost of the canal is $115,600,c00. The construction of this canal was commenced in 1913; it was largely suspended during the World War, but later resumed, and it is now estimated the canal will be opened to navigation about 1930. Water Diversion for Hydro-electric Power.—By treaty stipulation the amount of water that may be diverted from the
Niagara river for power purposes has been limited to 36,000 cu.ft. per second on the Canadian side and 20,000 cu.ft. per second on the United States side. Of the Canadian diversion all but about 10,000 cu.ft. per second is used by the Hydroelectric Power Com-
mission of Ontario, in three plants, the largest of which, near Queenstown, has a gross head of over 300 ft. and develops about
450,000 h.p. from the nine turbo-generators installed.
Of the
American diversion practically all the water is utilized by one concern with an installation of 560,000 horsepower. Three of the units of the latter company are rated at 70,000 h.p. each and are the largest hydro-electric units in existence. At all the plants electricity is generated at 11,000 volts, 25 cycles. Much is used in nearby electro-chemical industries for the manufacture of
Edda, or Volsungasaga, which though largely primitive in spirit dates from the 13th century, it is set forth in full. The substance of this Norse version is as follows:— “The three Anses—Odin, Loki and Hornir—saw an otter devouring a salmon beside a waterfall. They killed and skinned the otter and, taking the skin with them, sought shelter for the night with Rodmar the giant. But Rodmar recognized the skin as that of his son, and demanded as weregild gold enough to cover it completely. Loki thereupon went back to the stream, where Andvari in the form of a pike was guarding a great treasure, caught him in a net, and forced him to surrender his hoard. But the piled-up gold left one hair exposed; in order to cover it Loki returned to Andvari and forced him to surrender a magic ring, which had the virtue of breeding gold. Thereupon Andvari, en-
raged, laid upon the hoard and all who should possess it a curse. This curse, the Leitmotif of the whole story, began to operate at once. Rodmar, for the sake of the treasure, was slain by his sons Fafnir and Regin; and Fafnir, seizing the whole, retired to a desolate heath and in the form of a snake or dragon brooded over the hoard. Regin, cheated of his share, plotted vengeance
408
NIBELUNGENLIED
and conquest of the treasure. “To Regin, a notable smith, was sent Sigurd—son of the slain hero Sigmundr the Volsung and his wife Hiortis, now wife of the Danish king Alf—to be trained in his craft. To him Regin told of Fafnir and the hoard, and the young hero offered to go out against the dragon if Regin would weld him a sword. But every brand forged by the smith broke under Sigurd’s stroke; till at last he fetched the fragments of the sword Gram, Odin’s gift to his father, which Hiortis had carefully treasured. These Sigurd forged into a new sword, so hard that with it he could cleave the anvil, and so sharp that it would sever a flock of wool floating against it down stream; and, so armed, he sought and slew the dragon. But while roasting Fafnir’s heart, which Regin had cut out, Sigurd burned his finger with the boiling fat and, placing it to his lips, found that he could understand the language of birds, and so learned from the chattering of the woodpeckers that Regin was planning treachery. Thereupon he slew the smith, and loading the treasure on the magic steed Grani, given to him by Odin, set out on his travels. “On a fire-girt hill Sigurd found the Valkyrie Brunhild in an enchanted sleep, and ravished by her beauty awakened her; they plighted their troth to each other and, next morning, Sigurd left her to set out once more on his journey. Coming to the court of Giuki, a king in the Rhine country, Sigurd formed a friendship with his three sons, Gunnar, Hogni and Guthorm; and, in order to retain so valuable an ally, it was determined to arrange a match between him and their sister Gudrun. Queen Grimhild, skilled in magic, therefore gave him an enchanted drink, which caused him to forget Brunhild. Gunnar, on the other hand, wished to make Brunhild his wife, and asked Sigurd to ride with him on this quest, which he consented to do on condition of receiving Gudrun to wife. They set out; but Gunnar was unable to pass the circle of fire round Brunhild’s abode, the achievement that was the condition of winning her hand. So Sigurd, assuming Gunnar’s shape, rode through the flames on his magic horse, and in sign of troth exchanged rings with the Valkyrie, giving her the ring of Andvari. So Gunnar and Brunhild were wedded, and Sigurd, resuming his own form, rode back with them to Giuki’s court, where the double marriage was celebrated. But Brunhild was moody and suspicious, remembering her troth with Sigurd and believing that he alone could have accomplished the quest. “One day the two queens, while bathing in the river, fell to quarrelling as to which of their husbands was the greater. Brunhild taunted Gudrun with the fact that Sigurd was Gunnar’s
vassal, whereupon Gudrun retorted by telling her that it was not Gunnar but Sigurd who rode through the flames, and in proof of this held up Brunhild’s ring which Sigurd had given to her. Brunhild, maddened by jealousy and wounded pride, now incited the three kings to murder Sigurd by exciting their jealousy of his power. The two elder, as bound to him by blood-brotherhood, refused; but the youngest, Guthorm, who had sworn no oaths, consented to do the deed. Twice he crept into Sigurd’s chamber, but fled when he found the hero awake and gazing at him with flashing eyes. The third time, finding him asleep, he stabbed him; but Sigurd, before he died, had just strength enough to hurl his sword at the murderer, whom it cut in two. Brunhild, when she heard Gudrun wailing, laughed aloud. But her love for Sigurd was great as ever, and she determined not to survive him; distributing her wealth to her hand-maidens she mounted Sigurd’s funeral pyre, slew herself with his sword, and was burnt with him.
“In course of time Gudrun married Atli (Attila), king of the Huns, Brunhild’s brother. Atli, intent on getting hold of the hoard which Gudrun’s brothers had seized, invited them to come to his court. In spite of their sister’s warnings they came, after sinking the treasure in the Rhine. On their refusal to surrender the hoard or to say where it was concealed, a fierce fight broke out in which all the followers of Gunnar and Hogni fell. Atli then once more offered to spare Gunnar’s life if he would reveal his secret; but Gunnar refused to do so until he should see the heart of Hogni. So Hogni’s heart was cut out, the victim laughing the while; but when Gunnar saw it he cried out that now he
alone knew where the hoard was and that he would never reveal
the secret. His hands were then bound, and he was cast into a den of venomous serpents; but he played so sweetly on the harp
with his toes that he charmed the reptiles, except one adder, by which he was stung to death. Gudrun, however, avenged the death of her brothers by slaying the sons she had borne to Atli and causing him unwittingly to drink their blood and eat their
hearts. Finally, in the night, ‘she killed Atli himself and bured
his hall; then, leaping into the sea, she was carried by the waves
to new scenes, where she had adventures not connected with those recorded in the Nibelungenlied.” This story, in spite of the late date of the Volsungasaga, repre-
sents a very primitive version.
The setting of the Nibelungen
story, on the other hand, is mediaeval rather than primitive, though its extant versions are of much earlier date, and it con.
tains primitive elements
not found in the other.
the supernatural elements are eliminated
Everywhere
or subordinated.
The
gods have vanished from the scene; there is nothing of Loki and his theft of Andvar’s hoard, nothing of Odin and his gifts of the sword Gram, and the magic horse Grani; and not till the third Aventiure, when Siegfried comes to Worms, are we given even a hint that such things as the sword and treasure exist. In the legend of Sigurd the Volsung, the plot had turned upon the love and vengeance of Brunhild, so in the song of the Nibelungs it is the love and vengeance of Kriemhild, the Gudrun of the northern saga, that forms the backbone of the story and
gives it from first to last an artistic unity which the Volsungasaga lacks. The tragedy of the close of the story is emphasized by the
pomp and circumstance that surround the ill-fated hero. The primitive setting of the northern version has vanished utterly. Sigmund is king of the Netherlands; the boy Siegfried is brought up by “wise men that are his tutors” (Avent. ii.); and when, attracted by the fame of Kriemhild’s beauty, he rides to Worms to woo her, it is as the typical handsome, chivalrous king’s son of mediaeval romance.
accomplished and
It is at this point (Avent. iv.) that some primitive elements are suddenly and awkwardly introduced. As Siegfried approaches Worms, Kriemhild’s brothers, the Burgundian kings Gunther, Giselhér and Gérnot watch his coming, and to them their faithful retainer, “the grim Hagen,” explains who he is. This can be no other than the hero who slew the two kings of the Nibelungs, Schilbunc and Nibelunc, and seized their treasure, together with the sword Balmunc and the tarnkapfe, or cape of darkness, which has the virtue of making him who wears it invisible. Another adventure, too, he can tell of him, namely, how he slew a dragon and how by bathing in its blood his skin became horny, so that no weapon could wound him save in one place, where a linden leaf had fallen upon him as he stooped, so that the blood did not touch this spot. In spite of Hagen’s distrust and misgivings, Siegfried now fights as the ally of the Burgundians against the Saxons (Avent. iv.), and undertakes, on condition of receiving Kriemhild to wife, to help Gunther to woo Queen Brunhild, who can only be won by the man who can overcome her in three trials of strength (Avent. vi.). Siegfried and Gunther accordingly go together to Brunhild’s castle of Isenstein in Iceland, and there the hero, invisible in his ternkappe, stands beside Gunther, hurling the spear and putting the weight for him, and even leaping, with Gunther in his arms, far beyond the utmost limit that Brunhild can reach (Avent. vii.). Brunhild confesses herself beaten and returns with the others to Worms, where the double marriage 1s
celebrated with great pomp (Avent. x.). But Brunhild is ill con-
tent; though she saw Siegfried do homage to Gunther at Isenstein
she is not convinced, and believes that Siegfried should have been her husband; and on the bridal night she vents her ill humour on the hapless Gunther by tying him up in a knot and hanging him on the wall. “I have brought the evil devil to my house!” he complains to Siegfried next morning; and once more the hero has to intervene; invisible in his tarnkappe he wrestles with
Brunhild and, after a desperate struggle, takes from her her girdle
and ring before yielding place to Gunther. The girdle and ring be gives to his wife Kriemhild (Avent. x.), One day, while Siegfried and his wife were on a visit to the Burgundian court, the two queens fell to quarrelling on the ques:
4.09
NIBELUNGENLIED tion of precedence, not in a river but on the steps of the cathedral (Avent. xiv.). Kriemhild was taunted with being the wife of Gunther’s vassal; whereupon, in wrath, she showed Brunhild the ring and the golden girdle taken by Siegfried, proof that Siegfried,
not Gunther, had won Brunhild.
So far the story is essentially
the same as that in the Volsungasaga; but now the plot changes. Brunhild drops out, becoming a figure altogether subordinate and shadowy. The death of Siegfried is compassed, not by her, but
by the “grim” Hagen, Gunther’s faithful henchman, who thinks the glory of his master unduly overshadowed by that of his vassal. Hagen easily pursuades the weak Gunther that the supposed insult to his honour can only be wiped out in Siegfried’s blood; he worms the secret of the hero’s vulnerable spot out of Kriem-
hild on pretence of shielding him from harm (Avent. xv.) and then arranges a great hunt in the forest, so that he may slay him when off his guard. The 16th Aventiure describing this hunt and the murder of Siegfried is perhaps the most powerful scene in all mediaeval epic. When the hunters sat down to feast, it was
found that the wine had been forgotten. Hagen thereupon proposed that they should race to a spring some way off in the forest.
Siegfried readily agreed, and though handicapped by carrying shield, sword and spear, easily reached the goal first, but waited, with his customary courtesy, until the king had arrived and drunk before slaking his own thirst. Then, laying aside his arms, he stooped and drank. Hagen, seizing the spear, thrust it through
the spot marked by Kriemhild on Siegfried’s surcoat. The hero sprang up and, finding that his sword had been removed, attacked Hagen with his shield. Then reproaching them for their cowardice and treachery, Siegfried fell dying “amid the flowers’ while the knights gathered round lamenting. The whole spirit of this scene is primitive Teutonic rather than mediaeval. The same is true, indeed, of the whole of the rest of the poem. Siegfried, to be sure, is buried with Catholic rites; but Kriemhild, while praying for his soul like a good Christian, plots horrible vengeance like her pagan prototype. Mistress now of the Nibelungen hoard, she sought to win a following by lavish largesses; but this Hagen frustrated by seizing the treasure, with the consent of the kings, and sinking it in the Rhine, all taking an oath never to reveal its hiding-place (Avent. xix.). At last, however, after 13 years, Kriemhild’s chance came, with a proposal of marriage from Etzel (Attila) king of the Huns, which she accepted on condition that he would help her to vengeance (Avent. xx.). Then more years passed; old feuds seemed to be forgotten; and the Burgundian kings, in spite of Hagen’s warnings, accepted their sister’s invitation to
visit her court (Avent. xxiii.—xxiv.). The journey of the Burgundians into Hunland is described by the poet at great length (Avent. xxv.-xxvii.). From this point onward the story is dominated by the figure of the grim Hagen, who. twitted with cowardice and his advice spurned, is determined that there shall be no turning back and that they shall go through with It to the bitter end. With his own hands he ferries the host over the Danube and then destroys the boat, so that there may be no return. At Attila’s court (Avent. xxviii.) it is again Hagen who
provokes the catastrophe by taunting Kriemhild when she asks him if he has brought with him the hoard of the Nibelungs: “The devil’s what I bring you!” Hagen then replied, “What with this heavy harness and my shield beside,
I had enough to carry; this helmet bright I brought; My sword is in my right hand, and that, be sure, I bring you not!”
The sword was Siegfried’s.
It is Hagen, too, who after the first
onslaught of the Huns, strikes off the head of Ortlieb, the son of Etzel and Kriemhild, and who, amid the smoke and carnage of
oe burning hall, bids the Burgundians drink blood if they are thirsty.
But for all their prowess, after a prolonged struggle (Avent. xxix.—xxxvii.) the Burgundians were at last overwhelmed. Most of the chief figures of heroic saga had come up against them; Attila, Hildebrand, the Ostrogoth Theodoric (Dietrich von Bern). To the last named even Hagen armed with Siegfried’s sword had
to yield (Avent. xxxviii.). Kriemhild came to him as he lay in bonds and demanded the Nibelung treasure. He refused to reveal
its hiding place so long as Gunther, also a prisoner, should live. Gunther was accordingly slain by the queen’s orders and his head was brought to Hagen, who cried out when he saw it that all had been accomplished as he had foretold: “Now none knows where the hoard is save God and I alone: That to thee, devil-woman, shall nevermore be known!”
Whereupon Kriemhild slew him with Siegfried’s sword. But Kriemhild was not destined, like Gudrun, to set out on further adventures. Hildebrand, horrified at her deed, sprang forward and cut her to pieces with his sword. In sorrow now was ended the king’s high holiday, As ever joy in sorrow ends and must end alway.
To some mss. of the Nibelungenlied is added a supplementary poem called the Klage or Lament, a sequel of 2,160 short-line couplets, describing the lament of the survivors—notably Etzel —over the slain, the burying of the dead, and the carrying of the news to the countries of the Burgundians and others. At the end it is stated that the story was written down, at the command of Bishop Pilgrim of Passau, by a writer named Konrad (Kuonrat) in Latin and that it had since been sung (getichtet) often in the German tongue.
Sources of the Story.—The origin and nature of the various
elements that go to make up the story of the Nibelungenlied have been, and continue to be, the subject of debate. The view at one time most generally accepted was that first propounded by Karl Lachmann in his “Kritik der Sage von den Nibelungen” (Rheinisches Museum fir Philologie, num. 249, 250, 1829, republished in his Zu den Nibelungen ... Anmerkungen in 1836), namely that the story was originally a myth of the northern gods modified into a heroic saga after the introduction of Christianity, and intermingled with historical elements. This view was also maintained by Richard von Muth in his Einleitung in das Nibelungenlied (Paderborn, 1877). On the other hand, so early as 1783 Johannes von Müller of Göttingen had called attention to the historical figures appearing in the Nibelungenlied, identifying Etzel as Attila, Dietrich of Bern as Theodoric of Verona, and the Burgundian kings Gunther, Giselhêr and Gêrnot as the Gundaharius, Gislaharius and Godomar of the Lex Burgundiorum; in 1820, Julius Liechtlen (Neuaufgefundenes Bruchsttick des Nibelungenliedes, Freiburg-im-Breisgau) roundly declared that “the Nibelungenlied rests entirely on a historical foundation, and that any other attempt to explain it must fail.” This view was, however, overborne by the great authority of Lachmann, whose theory, in complete harmony with the principles popularized by the brothers Grimm, was accepted by a long series of critics. In later years criticism tended to revert to the standpoint of Miiller and Leichtlen and to recognize in the story of the Nibelungen a misty and confused tradition of real events and people. Mythical elements it certainly contains; and to those figures which—like Siegfried, Brunhild, or Hagen—cannot be traced to historical originals, a mythical origin
is still provisionally
ascribed,
though
Theodor
Abeling
(Das
Nibelungenlied, 1907) made out a plausible case for identifying Siegfried with Segerio, son of the Burgundian king Sigimund and Brunhild with the historical Brunichildis. The basis of the story is then, according to this view, historical, not mythical; a medley of Franco-Burgundian historical traditions, overlaid with mythical fancies. The historical nucleus is the overthrow of the Burgundian kingdom of Gundahar by the Huns in 436; and round this there gathered an accretion of other episodes, equally historical in their origin, however distorted, with a naive disregard of chronological possibility. In the Eddas the identity of the original Franco-Burgundian sagas is fairly preserved. In the Nibelungenlied, on the other hand, the influence of other wholly unconnected stories is felt: thus Hildebrand appears during the final fight at Etzel’s court, and Theodoric the
Great (Dietrich von Bern; see THEODORIC). Origin of the Poem.—The controversy as to the underlying elements of the Nibelung legend extends to the question of the authorship and construction of the poem itself. Was it from the first—whatever additions and interpolations may have followed
—conceived as a single, coherent story, or is it based on a number
410
NICAEA
of separate stories, popular ballads akin to the Eddas, which the original author of the Nibelungenlied merely collected and strung together? The answer to these questions has been sought by a succession of scholars in a critical comparison of the mediaeval mss. of the poem still surviving. Of these 33 are now known, of which ten are complete, the rest being more or less fragmentary. The most important are those first discovered, viz., the mss. lettered C (Hohenems 1755), B (Schloss Werdenberg, 1769), A (Hohenems 1779); and round these the others more or less group themselves. They exhibit many differences: put briefly C is the most perfectly finished in language and rhythm; A is rough, in places barbarous; B stands half-way between the two. Which is nearest to the original? Karl Lachmann (Zu den Nibelungen und zur Klage, Anmerkungen, 1836) decided in favour of A. He applied to the Nibelungenlied the method which Friedrich August Wolf had used to resolve the Ziad and Odyssey into their elements. The poem, according to Lachmann, was based on some 20 popular ballads, originally handed down orally, but written down about 1190 or 1200. This original is lost, and A—as its roughness of form shows—is nearest to it; all other mss. including B and C are expansions of A. Lachmann’s view was first seriously assailed by Adolf Holtzmann (Untersuchungen über das Nib., Stuttgart, 1854), who argued that the original could not have been strophic in form—the fourth lines of the strophes are certainly often of
walls with the Roman gates is still well preserved.
the nature of “padding’’——that it was written by Konrad (Kuonrat
relations with the state, when violent feuds broke out in its midst,
of the Klage) writer to Bishop Pilgrim of Passau about 970-9384, and that of existing mss. C is nearest to this original, B the copy of a ms. closely akin to C, and A an abbreviated corrupt copy of
B. This view was adopted by Friedrich Zarncke, who made C the basis of his edition of the Nibelungenlied (Leipzig, 1856). A new hypothesis was developed by Karl Bartsch in his Untersuchungen über das Nibelunglied (Leipzig, 1865). According to this the original was an assonance poem of the 12th century, which was changed between 1190 and 1200 hy two separate poets into two versions, in which pure rhymes were substituted for the earlier assonances; the originals of the Nibelungenlied and Der Nibelunge N ôt respectively. Bartsch’s subsequent edition of the Nibelunge Néé (1st ed., Leipzig, 1870) was founded on B, as the nearest to the original. To this view Zarncke was so far converted that in the 1887 edition of his Nibelungenlied he admitted that C shows signs of recension and that the B group is purer in certain details. It is impossible here to follow the further developments of the question. Theodor Abeling’s Das Nibelungenlied und seine Literatur gives a very full bibliography from 1756 to rg05. Other important contributions since are: Andreas Heusler, in the Sitzungsberichte der Konigl. Preuss. Akad. der Wissenschaften, xlvii. (1914), in which he investigates anew the genesis of the saga; Hermann Fischer, Uber die Entstehung des Nibelungenliades, in Sitzuugsber der Konigl. Bayer. Akad. der Wiss., Philos. und hist, Klasse, 1914, who traces the various influences at work on the poem and concludes that it was written -under that of Bishop Wolfger of Passau. With this Friedrich Wilhelm (in Miincher Archiv, part 7, 1916) is in agreement. There have also been during latter years advocates of a Latin original of the poem; e.g., R. Pestalozzi, Die Nibelungias (Neue Jahrbücher, 39, 1916-17), but this idea is generally discredited. There are English translations of the poem by A. G. FasterBarham (1887) and Margaret Armour (prose, 1897); and Alice Horton (1808). (W. A. P.) NICAEA or Nice (mod. [snih, i.e., eis Nıkalav), an ancient town of Asia Minor, in Bithynia, on the Lake Ascania. Antigonus built the city (316 B.c.?) on an old deserted site, and soon. afterwards Lysimachus changed its name from Antigonia to Nicaea, calling it after his wife. Under the Roman empire Nicaea and Nicomedia disputed the title of metropolis of Bithynia. Strabo describes the ancient Nicaea as built regularly, in the form of a square, with a gate in the middle of each side. From a monument in the centre of the city all the four gates were visible at the extremities of great cross-streets. After Constantinople became the capital of the empire Nicaea grew in importance, and after the conquest of Constantinople by the Crusaders became the temporary seat of the Byzantine emperor; the double line of
The posses.
sion of the city was long disputed between the Greeks and the Turks. It remained an important city for some time after its fina]
incorporation in the Ottoman empire; but became subsequently an insignificant village.
NICAEA,
COUNCIL
OF.
The Council of Nicaea (ap.
325) is an event of the highest importance in the history of Christianity. Its convocation by Constantine and its course illustrate the radical revolution which the position of this religion, within the confines of the Roman empire, had undergone in consequence of the Edict of Milan. From his accession Constantine had shown himself the friend of the Christians; and, when his victory over Licinius (A.D. 323) gave him undisputed possession of the crown, he adhered to this religious policy, distinguishing and fortifying the Christian cause by gratuities and grants of privilege,
This propitiatory attitude originated in the fact that he recog-
nized Christianity—which had successfully braved so many persecutions—as the most vital and vigorous of religions, and as the power of the future. Consequently he directed his energies toward the establishment of a positive relationship between it and the Roman state. But the Church could only maintain its great value for the politician by remaining the same compact organism which it had proved itself to be under the stormy reign of Diocletian,
Scarcely, however, did it find itself in the enjoyment of peaceful
whose extent, and the virulence with which they were waged,
threatened to dismember the whole religious body. Donatism in the West was followed by the Arian struggle in the East. The former movement had been successfully arrested, though it survived in North Africa till the sth century. The conflict kindled
by the Alexandrian presbyter Arius with regard to the relation of Christ to God assumed a more formidable character (see
Artus). Constantine therefore had recourse to an institution previously evolved by the Christian Church—the convocation of a synod to pronounce on burning questions—enlarging it, however, to correspond with the altered circumstances. He convened a council, designed to represent the whole Church of the empire, at Nicaea in Bithynia, a town situated no great way from the imperial summer-residence of Nicomedia and within easy reach by sea of the Oriental bishops. In consequence of the vast distances, the West was not largely represented, but the able theologian Hosius, bishop of Cordova, was present. The three most important bishoprics of the East were represented (Alexandria, Antioch, and Jerusalem); a prominent part was also taken by Eusebius, bishop of Nicomedia, and his namesake of Caesarea (the historian), along with a very large number of others from the east. Among the attendant clergy, the still youthful deacon Athanasius, destined to succeed Alexander in the see of Alexandria,
was prominent as the most powerful antagonist of Arianism (see
ATHANASIUS). The synod sat from May 20 to July 25. | The deliberations on the Arian question passed through several distinct stages before the final condemnation of Arius and his doctrines was reached. A clearly defined standpoint with regard
. to this problem—the relationship of Christ to God—was held only by the comparatively small group of Arians and a not much larger group who adhered with unshaken conviction to the
Alexandrian view. The bulk of the members occupied a position between these two extremes. They rejected the formulae of Arius, and declined to accept those of his opponents; that is to say, they were merely competent to establish negations, but lacked the capacity, as yet, to give their attitude of compromise a positive expression. That the majority of the council should have adopted this neutral tendency is easily intelligible when we consider the state of theology at that period. True, at Nicaea this. majority
eventually acquiesced in the ruling of the Alexandrians; yet this result was due, not to internal conviction, but partly to indifference, partly to the pressure of the imperial will—a fact which is mainly demonstrated by the subsequent history of the Arian conflicts. For if the Nicaean synod had arrived at its final decision
by the conscientious agreement of all non-Arians, then the con-
fession of faith there formulated might indeed have evoked the continued antagonism of the Arians, but must necessarily have
NICANDER— NICARAGUA been championed by all else. This, however, was not the case; in fact, the creed was assailed by those very bodies which had composed the laissez- faire centre at Nicaea; and we are compelled to the conclusion that, in this point, the voting was no criterion of the inward convictions of the council. In the synod, an Arian confession of faith was first brought forward and read; but it aroused such a storm of indignation that obviously, in the interests of a restoration of ecclesiastical
peace, there could be no question of its acceptance.
On this,
Eusebius of Caesarea submitted the baptismal creed of his com-
411
census) 638,118, 13 to the square mile, The coast line is about 300 m. on the Caribbean and 200 m. on the Pacific. The Honduran boundary as generally accepted starts at Cape Gracias a Dios, follows the Segovia river inland and then at 86° W. takes an imaginary line to the upper waters of the Rio Negro, which it follows to the Gulf of Fonseca. The Costa Rican boundary is now agreed upon, under treaties of 1858, confirmed in 1888 and settled in 1896, to be a line 2 m. S. of the San Juan river and Lake Nicaragua. Physical Features.——Nicaragua is crossed by the two moun-
munity. Since the creed dated from a period anterior to the outbreak of the Arian struggle, its reception would have been
tain chains that traverse the Western Hemisphere, and which
compliance with those principles, enunciated at Nicaea, to which, in the year 325, she had pledged herself without genuine assent.
Mosquito coast (g.v.), with its low-lying hinterland. The chain of. volcanic cones, which constitutes a watershed quite equal in importance to the cordillera itself, consists for the most part of isolated igneous peaks, sometimes connected by low intervening ridges. The main Nicaraguan cordillera, which flanks the depression on the east, has often been called the Cordillera de los Andes, from
provide some fine highland valleys. Its most striking natural equivalent to a declaration on the part of the council that it features, however, are the two great lakes, Lake Nicaragua, about declined to define its position with reference to the controversy roo m. long and 45 m. wide, and Lake Managua, to the north of the hour. That the greater number of delegates were not dis- of it, and connected with it by the Tipitapa river. Lake Managua’s inclined to adopt this subterfuge, and to shelve the actual solution length is 38 m. and its width varies from ro to 16 miles. of the whole problems by recognition of this or some similar The coasts of Nicaragua are strikingly different in configuration. neutral formula, is extremely probable. But the emperor saw The low, swampy and monotonous shore of the Caribbean, with that, if the difficulties were eluded in any such way, it was in- its numerous lagoons and estuaries, and its fringe of reefs and evitable from the very nature of the case, that they should rise islets, contains only three harbours: Gracias a Dios, Bluefields again in an accentuated form, and that consequently no pacifica- and Greytown (San Juan del Norte). The Pacific coast is bold, tion could be expected from this policy. rocky and unbroken by any great indentation; here, however, are Accordingly Constantine proposed that the Caesarean creed the best harbours of the republic—the southern arm of the Bay should be modified by the insertion of the Alexandrian pass- of Fonseca (g.v.), Corinto, Brito and San Juan del Sur. words (including the decisive term 6éuoobcvos, “identical in The surface of the country is naturally divided into five clearly nature”), as if for the purpose of more accurate definition, and distinct zones: (1) the series of volcanic peaks which extend by the deletion of certain portions. That he appreciated the parallel to the Pacific at a little distance inland; (2) the plains import of these alterations, or realized that this revision was and lakes of the great depression which lies to the east of these virtually the proclamation of a new doctrine, is scarcely probable. mountains and stretches from sea to sea, between the Bay of The creed thus evolved by an artificial unity was no ratification Fonseca and the mouths of the San Juan; (3) the main cordillera, of peace: in fact, it paved the way for a struggle which convulsed which skirts the depression on the east, and trends north-west the whole empire. For it was the proclamation of the Nicene from Monkey Point or Punta Mico on the Caribbean sea, until Creed that first opened the eyes of many bishops to the significance it is merged in the ramifications of the Hondurian and Salvaof the problem there treated; and its explanation led the Church dorian highlands; (4) the plateaux which slope gradually away to force herself, by an arduous path of theological work, into from the main cordillera towards the Caribbean; (5) the east or BIBLIOGRAPHY.—~See and Seeberg; articles
the Histories of Dogma by Harnack, Loofs in Hastings, Encyclopaedia of Religion and Ethics and Herzog-Hauck, Realencyklopädie, 3rd ed.; Bethune-Baker, Introduction to the early History of Christian Doctrine; Gore, Dissertations on Subjects connected with the Incarnation; and (from another point of view) Mellone, “Athanasius the Modernist” in The Price of Progress (1924). In addition to the Arian problem, the council dealt with the question of the “lapsed” in the recent persecution, the question of “heretical baptism” and other matters (see Hefele, History of Councils, vol. i.).
NICANDER
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grammarian, was born at Claros, near Colophon, where his family held the hereditary priesthood of Apollo. He flourished under Attalus III. of Pergamum. He wrote a number of works both
In prose and verse, of which two are preserved. The longest, Theriaca, is an hexameter poem (958 lines) on the nature of venomous animals and the wounds which they inflict. The other, Alexipharmaca, consists of 630 hexameters treating of poisons and their antidotes. In his facts Nicander followed the physician Apollodorus. Among his lost works may be mentioned: Aetolica, a prose history of Aetolia; Heteroewmena, a mythological epic, used by Ovid in the Metamorphoses and epitomized by Antoninus Liberalis; Georgica and Melissourgica, of which considerable fragments are preserved, said to have been imitated by Virgil (Quin-
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tilian x. r, 56).
Editions by J. G. Schneider (1792, 1816); O. Schneider (1856) (with the Scholia); H. Klauser, “De Dicendi Genere .. . Nicandri” (Dissertationes Philologicae Vindobonenses, vi. 1898). The Scholia (from the Göttingen ms.) have been edited by G. Wentzel in Abhandlungen der k, Gesellschaft der Wiss. zu Göttingen, xxxviii. (1892).
See also W. Vollgraff, Nikander und Ovid (Groningen, 1909 seq.).
NICARAGUA,
the largest country of Central America,
lying between Honduras and Costa Rica, which form its north and
south boundaries, respectively, and reaching from the Caribbean
Sea on the east to the Pacific ocean on the west. Its area, which
is still undetermined owing to boundary disputes with Honduras and incomplete surveys, is generally put at from 49,200 to 51,660
sq.m., the former being the most generally accepted. Pop. (1920
its supposed continuity with the mountain-chains of Panama and the west coast of South America. There is in fact no such çontinuity, for the San Juan valley completely separates the moun-
tains of Panama from the main Nicaraguan system. The main cordillera bears different names in different parts of Nicaragua. Thus the important section which terminates at Monkey Point is commonly called the Cordillera de Yolaina.
The summits of the
main cordillera seem nowhere to exceed 7,000 ft, in altitude;
the mean elevation is probably less than 2,000 ft.; the declivity is sheer towards the lakes, and gradual towards the Caribbean. On
412
NICARAGUA
the east, the cordillera abuts upon the region of plateaux and savannas, which occupies nearly half of the area of Nicaragua. Climate.—The climate along the coasts, where most of the population lives, is hot and often sultry; in the highland sections there is the usual relatively cool and even climate of the tropical upland. There are two seasons, wet and dry, the former extending from May or June to November or December and dry in the remaining period, although on the east coast, the rainy season often extends well into the so-called dry period. Rainfall varies in different sections, as much as 297 in. a year having been recorded at Bluefields, on the Caribbean coast; the mean at Rivas, on the Pacific side, is r02 in. a year. Inhabitants.—The census of 1882 placed the population of Nicaragua at 275,816; in 1890, it was 375,000; In 1900, 500,000; in 1905, 550,000; in 1920, as noted, the census reported 638,118. None of these tabulations is entirely accurate, as the difficulties of census-taking entail costs which the Nicaraguan Government has wisely deemed greater than the advantages. The population is increasing, however, and in approximately the rate shown by the various censuses recorded. The overwhelming proportion of the population is of mixed Indian and Spanish blood, the pure Indians being estimated at 30,000 and those of white descent, purely, at about the same number; foreigners and their descendants number about 2,000, according to local estimates.
holders on the inauguration of the American-supervised collector-
generalship of customs,
in 1912.
There
is also outstanding
2,372,000 córdobas (the córdoba is equal in value to the American
dollar and is designated C$) of the guaranteed customs bonds issued in payment of war and revolutionary claims up to ITOIZ There were, at the end of 1928, some C$17,000,000 of claims for
damages and other revolutionary debts, which have still to be settled, and there is likelihood of a new loan of approximately C$12,000,000, to refund the remainder of the 1909 issue, to pay
damage claims (estimated as capable of settlement for C$2,000-
ooo in cash) and to furnish some funds for starting work on a railway or highway to join the east and west coasts of the country.
The financial history of Nicaragua is made up of the usual list of loans and defaults characteristic of Central American countries. In rox2 following difficulties with President José Santos Zelaya, the loan of 1909 went into default, and as a result of this and the concomitant political developments, the so-called Financial Plan of 1912 was put into effect. This plan provided for the installation of an American collector-general of customs, and a rearrangement of Nicaraguan finances generally under the
supervision of American bankers. When the interest and sinking
fund, with arrears, was satisfactorily
arranged, the Council of
Foreign Bondholders of London accepted a reduction in the rate of interest, from 6 to 5%. In 1917, another financial plan was Political Organization.—The present Constitution of Nica- adopted, bringing up to date the payments on the foreign debt, ragua was proclaimed in Dec. 1911, superseding those of rgo5 which had been suspended owing to financial difficulties incident and 1894. The legislative power is now vested in a congress to the war. In that year Nicaragua received from the United composed of two chambers, senate and chamber of deputies States $3,000,000 in payment for an option to the site and defences (under the previous Constitution there was but one chamber). of any proposed Nicaraguan interoceanic canal; this money was The country is divided into departments, to be fixed by law, applied to the settlement of old war claims and arrears of interest representation in congress being from the departments, on the on the debt. Under the Financial Plan of 1917, a high combasis of one deputy for every 15,000 inhabitants, and one senator mission, with one resident American member, was installed to to each two deputies; deputies are elected for four and senators handle the Guaranteed Customs Bonds issued to take care of for six years, each having an alternate, elected at the same time, the balance of war damage claims awarded by a mixed comwho succeeds him in case of disability. The executive power is mission. vested in the president, elected by popular vote for a four-year The National Bank of Nicaragua was founded under the term; he must be over 30 years of age and a native citizen of Financial Plan of 1917, with the New York bankers in control, Nicaragua: a vice president is chosen at the same time, to suc- but the Nicaraguan Government holding 49% of the stock; the ceed the president in case of death or disability. In case the bank was operated by the Bank of Central and South America, vice president is eliminated, the senate elects a “designate,” who New York, now dissolved. At the time (1925) that the interests assumes the office of president under the same circumstances of the Bank of Central and South America were transferred, so as the vice president. The presidential cabinet consists of six far as Latin American branches were concerned, to the Royal ministers, appointed by the president, these being ministers of Bank of Canada, the Bank of Nicaragua was sold to the Nicagovernment and police, foreign relations, public instruction, raguan Government; American management was retained, howtreasury and public credit, war and marine, promotion (fomento), ever, and the Government elected as directors, in New York, justice and public works. The judiciary is exercised by a supreme the men from the interested banks who had been in charge court of justice with five members, three courts of appeal and previously. This bank was given full power to issue currency in inferior courts. Congress elects justices of the supreme court for the form of bank notes, with the new unit of currency, the six years, and of the courts of appeals for four years. córdoba, equal to the American dollar. Education and Religion.—Illiteracy in Nicaragua is estiDefence.—Nicaragua has been virtually without an army since mated at 50%, but the Government, in co-operation with the 1912, when American marines were first landed, to remain 13 Roman Catholic Church (which has been close to the conserva- years, and furnished ample defence to the Government from tive political group which ruled Nicaragua from 1912 to 1928), enemies within and without. A small guard was maintained at has made definite efforts to reduce this and make education more the capital, largely for parade purposes. When the marines were general. In 1927 there were 402 State elementary schools, with withdrawn on Aug. 3, 1925, a National Guard had been designed, 788 teachers and 24,800 pupils; three State secondary schools, but was organized only with difficulty by former American army with 37 teachers and 260 pupils; five professional schools with officers employed by the Nicaraguan Government. Following the, 219 pupils; 3 normal schools with 35 teachers and 2,500 students. return of the American marines in 1927, the guard was organized There are also 79 private schools with 5,557 pupils; this includes on a new basis, with active American army officers and nonsome but not all of the parochial schools. There are three uni- commissioned officers detailed to the work. The Guardia Nacional versities—at Managua, Leédn and Granada. The Roman Catholic numbered (1929) between 2,000 and 2,500 men and is used as Church is powerful in Nicaragua, with an archbishop at Managua both police and military; the American marine guard continues and bishops at Granada, León and Matagalpa, but religious toler- in the country. ance is provided under the Constitution. Economics and Trade.—Nicaragua is prosperous when the Finances.—Nicaragua has been under foreign supervision in coffee crop is good and the world prices high; other factors in financial matters since 1912, and despite the costly and destruc- its economic life are dependent almost alone on the political tive revolution of 1926-27, its finances, internal and external, and financial situation. The coffee crop in 1927, owing to revohave continued excellent. The foreign debt, of 1909, originally lutionary disturbances and somewhat lowered world prices, was £1,250,000, has been reduced to (March 31, 1928) £677,400, the lowest since 1923, a year of low prices throughout the world. with all arrears of interest paid and the debt on a 5% basis, Coffee, even in 1927, amounted to about 45% of the total exports. to which it was reduced by agreement with the British bond- The figures of imports and exports for the five years 1923-27 are
NICARAGUA as follows :— Imports
Exports
C$7,268,432
8,806,896
10,376,292 10,254,512 10,208,242
C$11,028,300 12,990,026
12,359,585
13,028,726
9,025,677
Coffee exports in 1927 were 10,255,112 kilo., valued at C$4,081,605. In 1926 they were 17,671,644 kilo., valued at C$8,r00,397. Lumber, the second item of export, was valued at C$z,725,749 in 1927, and at C$1,342,238 in 1926. Bananas were
exported in 1927 to a total of 2,386,191 bunches, worth C$z,442,383, and in 1926 2,162,745 bunches, worth C$1,225,66r. In the import trade of Nicaragua,
the United States is the
chief source, sending C$6,777,574 in 1927; Great Britain second with C$1,169,632 and Germany third with C$687,812. The United
States also receives the bulk of the exports. In 1927 France was second, Germany third and Great Britain fourth. Nicaragua exports a considerable number of cattle, including draught animals, to the other Central American countries. It is also a producer of gold and silver, the gold mines in the interior on the Caribbean
side of the country having been the scene of the depredations of the insurrecto Sandino in 1927-28. Communications.—Nicaragua has one excellent port, Corinto (g.v.), on the Pacific coast; and San Juan del Sur is also used for the southern part of the country. On the Caribbean coast,
Bluefields (g.v.) and San Juan del Norte or Greytown (g.v.) are the chief ports, although San Juan is now virtually isolated
by sand bars. Within the country communications are limited. The only railway is the Pacific railway, extending from Corinto to Granada, a distance of 118 m., but reaching en route Chinandega, León, Managua and Masaya, among the principal towns of the country. Highways are not greatly developed. History.—The history of Nicaragua in connection with the other Central American countries and down to the dissolution
of the Union is discussed in the article on CENTRAL AMERICA. The first white man to see Nicaragua was Gil González de Avila, who landed on the coast of Chirique in 1522. The leading Indian tribe of the country was then led by a great chief called Nicarao, from whom the country doubtless derived its name. Nicarao was baptized, and his tribe converted to the Roman Catholic faith, and moved with the Spaniards to the conquest of the other tribes. Hernan de Cérdoba, who succeeded Gil Gonzalez in command of the province for Spain, founded Granada in 1524, the city then being situated between the two great lakes. Nicaragua was incorporated, for administrative purposes, in the captain-generalcy of Guatemala. Nicaragua, with independent existence dating from the dissolution of the Central American Union in 1838, early developed into a battle between the two rival cities of León and Granada, the former the capital of the Liberals, the latter of the Conservatives. In 1856 the American fili-
busterer, William Walker (g.v.), arrived with his 66 followers, espousing the cause of León and waging a bitter war against the Granadinos which ended in his execution in 1860. Nicaragua was in difficulties with various European powers from time to time during the ensuing period. In 1875, Germany blockaded Nicaraguan ports, and obtained an indemnity for alleged insults to a German consul. In 1895 the British blockaded Corinto to obtain redress for the arrest and expulsion of British Vice Consul Hatch at Bluefields. In 1909, two Americans, Cannon and Groce, were executed, after torture, and this led to an American naval demonstration and demands, and was one of the direct elements leading to American intervention. A period of comparative quiet existed in Nicaragua under a series of Conservative presidents until 1893, when José Santos Zelaya, a Liberal, seized the power as a result of a revolution and ruled Nicaragua until 1909. There were various attempts at revolution, but none succeeded until that of 1909, which broke out, as most
insurrections in Nicaragua do, on the Caribbean seaboard. The United States broke off diplomatic relations with Zelaya as a result of the Cannon-Groce executions, describing the Zelaya
413
régime as a “blot on the history” of Nicaragua. The U.S. cruiser “Des Moines” prevented fighting at Bluefields on Dec. 18, 1909, thus making defeat of the Conservative revolutionists impossible, and inaugurating what is now known as the “intervention” of the United States against Zelaya and the Liberals who backed him. On Dec. 23, the Conservatives defeated the Zelaya troops at Rama, capturing most of the army, and on the following day
Zelaya took refuge aboard a Mexican gunboat at Corinto and left the country. Dr. José Madriz, a Liberal, took the reins of Government, but the United States refused recognition; he was succeeded by Juan M. Estrada, an artisan, who had some Conservative and some Liberal backing and was regarded as a neutral. The United States accorded his Government recognition, but it was short-lived. Adolfo Diaz was elected provisional president in 1910. He was elected a second time in 1913, retiring in 1916; he was again chosen provisional president by vote of the senate in 1927. Under President Diaz, in 1912, the American marines were Invited into Nicaragua on the plea of their need to protect foreign lives and property during the so-called Mena revolution, and the legation guard which succeeded the 1912 expeditionary force remained until 1925, and unquestionably preserved peace and gave Nicaragua the period of rest and recuperation which was marked by its prosperity. See CENTRAL AMERICA. President Diaz was succeeded by Emiliano Chamorro in 1916, and he in turn by his nephew, Diego M. Chamorro (1920-23), who died in office and was succeeded by Dr. Bartolo Martinez, vice president. The election of 1924, under laws framed by an American expert but without the American supervision that had been planned, resulted in the election of a coalition ticket, President Solorzano being an anti-Chamorro Conservative, and Dr. Juan B. Sacasa, vice president, being the leader of the Liberals. Gen. Emiliano Chamorro, who stood again for the presidency as a Conservative, was defeated, and on Oct. 24, 1925, he led a coup d’état which captured the Loma, the fortified hill overlooking Managua, and forced the resignation and departure first of Vice President Sacasa and next of President Solorzano. Gen. Chamorro was named “designate” for the presidency by the senate, which had been changed in political complexion through the support of the Chamorro charges of fraud in the previous election (although previously these claims had been disallowed). Dr. Sacasa was declared to have given up his rights by his departure from the country and Gen. Chamorro assumed the presidency. The United States refused recognition, as did other Central American and European Governments. Dr. Sacasa, meanwhile, had pressed Washington for his own recognition as the legitimate president, but this was refused on the ground that he was not in his country nor in possession of the power. He left Washington and went to Mexico, where he had been recognized and where President Calles furnished him with arms, ammunition and men. The appearance of the Mexican element in the situation greatly disturbed Washington, and while before the attitude had been one of neutrality, the United States immediately moved to outwit the Mexican smuggling of arms, to isolate the fighting (the Sacasa forces had formed their bases on both the Caribbean and Pacific coasts) and to bring the revolution to an end with the elimination of Dr. Sacasa. The American policy of isolating the fighting and landing marines and bluejackets to protect foreign interests and important cities resulted in the weakening of the Liberal offensive, and also in the resignation and flight of Gen. Chamorro. The Nicaraguan senate, reorganized with alternates or with the original members in their seats, elected Adolfo Diaz “designate” and thus automatically president. An outcry arose throughout Latin America that this appointment had been forced by the United States. Col. Henry L. Stimson, ex-secretary of War of the United States, went to Nicaragua as a personal representative of President Coolidge to find a way of stopping the revolution and settling difficulties. He succeeded in a remarkably short time in obtaining the consent of the Liberal leaders and the Conservative Government to an armistice, followed by the surrender of rifles, at C$10 each, by the soldiers, and the agreement to an election at the end of 1928, supervised by American marines and officers.
414
NICASTRO— NICE
The Liberals laid down their arms, with the exception of a single band of insurrectos led by Sandino, who were practically eliminated before the election. The new Guardia Nacional was organized, and American officers brought in to superintend the registration and election. The vote was taken on Sunday, Nov. 4, 1928, and resulted in an overwhelming victory for Gen. José M. Moncada, who was the leader of the Liberal army at the time of the signing of the Stimson armistice, as president, and Dr. Enoc Aguado, a Liberal jurist of Managua, as vice president. BIBLIOGRAPHY, —A. Ruhl, The Central Americans (1928); Wallace Thompson, Rainbow Countries of Central America (1926); D. G. Munro, The Five Republics of Central America (1916). The Pan American Union, the United States Department of Commerce and the British Department of Overseas Trade, publish pamphlets and reports which are kept up to date. Other works of value are T. Belt, The Naturalist in Nicaragua (London, 1888); A. P. Davis, Hydrography of Nicaragua (U.S.A. Geological Survey report, No. 20, 1900); J. W. G. Walker, Ocean to Ocean: an Account, Personal and Historical, of Nicaragua and its People (Chicago, 1902). For commerce, finance and administration, see the annual Reports of the Council of the Corporation of Foreign Bondholders (London) ; British Foreign Office Reports; and official reports issued periodically at Managua, in Spanish. For history, J. D. Gamez, Archivo histórico de la Republica de Nicaragua (Managua, 1896); F. Ortega, Nicaragua en los primeros años de su emancipación politica (Paris, 1894); B. Lucas, Nicaragua: War of the Filibusters (Richmond, Va., 1896).
(W. Tao.)
NICASTRO, a town and episcopal see of Calabria, Italy, in the province of Catanzaro, 17 m. W.N.W. of it by rail, and 54 m. E. of S. Eufemia, a station on the line along the west coast from Naples to Reggio di Calabria. Pop. (1921) 19,339 (town), 21,629
(commune). Itis on the isthmus between the gulfs of S. Eufemia and of Squillace, the narrowest part of Calabria, 970 ft. above sea-level, and commands a fine view. Frederick II.’s son Henry was imprisoned in the castle. The place suffered greatly from the earthquake of 1638, which also destroyed the Benedictine abbey
of S. Eufemia, founded by Robert Guiscard.
NICCOLI, NICCOLO DE? (1363-1437), Italian humanist,
rounds the port. The whole frontage of Nice is composed of fine embankments, notably the Promenade des Anglais begun 1822—32 at the cost of the English colony, and the course of the Paillon also is embanked on both sides. Besides a Roman Catholic cathe-
dral—Ste. Réparate, dating from 1650—Nice possesses two Russian churches, two synagogues and an Anglican chapel. Architecturally the most remarkable church is Notre Dame du Voey
a modern Gothic building. The lycée was founded by the Jesuits in the 17th century and at some distance from the town there is an astronomical and meteorological observatory on Mont Grogs 1,220 ft.). EA and Trade.—The industrial establishments are perfumery factories, distilleries, oil-works, furniture and woodwork factories, confectionery works, soap-works, factories for silk goods straw hats, rubber goods, pianolas, metal goods and a national tobacco factory.
Besides the vine, the trees principally cultivated
in the neighbourhood are the olive, the orange, the mulberry and the carob; and the staple exports are oil, agricultural produce, frujts and flowers. Nice now joins on the north-east the ancient episcopal town of Cimiez, where are the most luxurious hotels. Reckoning from east to west the town is surrounded by a girdle of
beautiful towns—Carabacel,
St. Etienne,
St, Philippe and Les
Beaumettes. On the east of the port lie Montboron, Riquier and St. Roch, the last partly occupied by barracks. The entrances
to the port of Nice and the outer pier have been improved; that of the outer port is 300 ft, wide, and that of the inner 220 ft. The area of the harbour is about 8 acres; vessels drawing more than 23 ft. cannot enter; its trade is mostly coastal, principally in French and Italian vessels. Nice is an episcopal see (first mentioned at the end of the 4th century) under the archbishop of Aix, It belongs to the XV. military division (Marseilles). It is the seat
of a prefect, of tribunals of first instance and of commerce, and of a board of trade arbitrators. The coastal railway is the main line of communication; an extension of the branch line up the
Paillon valley to ’Ecaréne joining the Ventimiglio-Coni (Cuneo)
was born and died at Florence. He was one of the chief figures in the company of learned men which gathered round Cosimo de’ Medici. Niccoli’s chief services to classical literature consisted in his work as a copyist and collator of ancient mss. Many of the most valuable mss. in the Laurentian library are by his hand, amongst them those of Lucretius and of 12 comedies of Plautus. Niccoli’s private library was the largest and best in Florence; he also possessed a small but valuable collection of ancient works of art, coins and medals. He regarded himself as an infallible critic, and could not bear the slightest contradiction.
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See the Life in Traversarii Epistolae (ed. L. Mehus, 1759) ; G. Voigt, Die Wiederbelebung des klassischen Altertums (1893); G. Zippel, Nicolò Niccoli (Florence, 1890).
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NICCOLITE, a mineral consisting of nickel arsenide, NiAs, containing 43-9% nickel. Crystals are hexagonal, but are rare and indistinct. It usually occurs as compact masses of a pale copperred colour, with metallic lustre on the uneven fractured surfaces, It is opaque and brittle, and the streak is brownish-black. The specific gravity is 7-5 and the hardness 54, Niccolite occurs with ores of cobalt, silver and copper at Annaberg and Schneeberg in Saxony, at Sangerhausen and Mansfeld in Prussian Saxony and other localities.
ron
NICE, a city of France, the chief town of the department of
the Alpes Maritimes, and previous to 1860 the capital of the
county of Nice (Nizza) in the kingdom of Sardinia, 739 m. by
rail from Paris. Pop. (1926) 144,360. The population fluctuates
with the seasons, owing to the influx of winter visitors.
THE GARDEN OF KING ALBERT I, IN NICE
The town is situated at the mouth of the Paillon (Paglione), at line at Breil was opened on Oct. 30, 1928.
the northern end of the Baie des Anges. The historical nucleus of the town is an isolated limestone hill, running back for some dis-
tance from the shore and formerly crowned by a castle. Towards
its south-west corner stands a tower (Tour Bellanda or Clérissy) dating, it is said, from the sth century. The old town stretches along the western base of the hill; the “town of the 18th century”
on ground farther west slopes gently towards the Paillon; and to the north-east and north and west beyond the stream lies the modern city. To the east of the hill the commercial quarter surr
Climate.—Protected
towards
the north by hills which rise
stage behind stage to the main ridge of the Alps, Nice is celebrated for the mildness of its climate. The mean temperature is 60”,
that of winter being 49°, of spring 56°, of summer 72° and of autumn 63°. For a few nights in winter there is frost, but snow is practically unknown, The highest reading of the thermometer is
rarely above 90°. There are sixty-seven days with rain in the course of the year; but it usually falls in heavy showers which soon leave the sky clear again; the whole annual amount exceeds
NICEPHORUS—NICEPHORUS
PATRIARCHA
415
32 in. Fine days and rainy days are almost equally distributed
agreed to pay to Harun al-Rashid, Nicephorus committed himself
throughout the different seasons. The winds are very variable, sometimes changing several times a day, but the most frequent is the east wind. April and May are the most windy months. The
to a war with the Saracens. Compelled by Bardanes’s disloyalty to take the field himself, he sustained a severe defeat at Crasus in
south-west wind (called Lzbeccio, or wind of Lybia) is moist and
warm; the north-east (or Gregaou, Greek), which is happily rare, brings storms of hail and even snow in winter, The mistral (from
the north-west) and the tramontane (from the north) are generally stopped by the mountains. For two thousand years the climate of Nice has been considered favourable in chest complaints; it also benefits cases of gout, asthma, catarrhs, rachitic affections, scrofula, stone; but the reverse is the case when heart disease, nervous disorders or ophthalmia are concerned. Autumn is the best season; in spring the sudden changes of temperature
demand great care. The city is famous for its carnival festivities,
especially the “battle of flowers.” History.—Nice
(Nicaea)
was founded
about two thousand
years ago by the Phocaeans of Marseilles, and was named in honour of a victory (vixn) over the neighbouring Ligurians. It soon became a busy trading station, but had a rival in the town of
Cemenelum, in existence till the time of the Lombard invasions, which has left its ruins at Cimiez. In the 7th century Nice joined the Genoese league formed by the towns of Liguria. In 729 it repulsed the Saracens; but in 859 and 880 they pillaged and burned
it, and for the most of the roth century remained masters of the surrounding country. As an ally of Pisa Nice was the enemy of Genoa, and both the king of France and the emperor endeavoured to subjugate it; but it maintained its liberties. In the course of the 13th and 14th centuries it fell more than once into the hands of the counts of Provence; and at length in 1388 it placed itself under
the protection of the counts of Savoy. The maritime strength of Nice now rapidly increased till it was able to cope with the Barbary pirates; the fortifications were largely extended and the roads to the city improved. During the struggle between Francis I. and Charles V. great damage was caused by the passage of the armies invading Provence; pestilence and famine raged in the city for several years. In 1543 Nice was attacked by the united forces of Francis I. and Barbarossa; and the inhabitants were ultimately compelled to surrender, and Barbarossa was allowed to pillage the city and to carry off 2,500 captives. Pestilence appeared again in 1550 and 1580. In 1600 Nice was taken by the duke of Guise. By opening the ports of the countship to all nations, and proclaiming full freedom of trade, Charles Emmanuel in 1626 gave a great stimulus to the city. Captured by Catinat in 1691, Nice was restored to Savoy in 1696, but it was again besieged by the French in 1705, and in the following year its citadel and ramparts were demolished. The treaty of Utrecht in 1713 once more gave the city back to Savoy; and in the peaceful years which followed the “new town” was built. From 1744 till the peace of Aix-laChapelle (1748) the French and Spaniards were again in possession. In 1775 the king of Sardinia destroyed all that remained of the ancient liberties of the commune. Conquered in 1792 by the armies of the French Republic, the county of Nice continued to be part of France till 1814; but after that date it reverted to Sardinia. By a treaty concluded in 1860 between the Sardinian king and Napoleon III. it was again transferred to France.
NICEPHORUS, the name of three emperors of the East.
NicepHorvs I., emperor 802-811, was a native of Seleucia in Pisidia, who was raised by the empress Irene to the office of
logothetes. With the help of the patricians and eunuchs he contrived to dethrone Irene, and to be elected emperor. His sovereignty was endangered by the revolt of his general Bardanes.
But Nicephorus achieved the submission of Bardanes, who was relegated to a monastery. A conspiracy headed by the patrician Arsaber had a similar issue. Nicephorus set himself with great energy to increase the empire’s revenue. By his rigorous imposts
Phrygia (805), and only obtained peace on condition of paying a yearly contribution of 30,000 gold pieces. By the death of Harun in 809, Nicephorus was left free to deal with the Bulgarian king, Krum, who was harassing his northern frontiers. In 8rr Nicephorus invaded Bulgaria and drove Krum to ask for terms, but in a night attack he allowed himself to be surprised and was slain along with a large portion of his army. See Gibbon, ed. Bury Roman Empire.
(1911)
vol. v., p. 204-205, Bury’s Eastern
NicepHorus II. (Phocas), emperor 963-969, belonged to a Cappadocian family which had produced several distinguished generals. He was born about 912, joined the army at an early age, and, under Constantine VII., became commander on the eastern frontier. In the war with the Saracens he began with a severe defeat (956), which he retrieved in the years following by victories in Syria. In 960 he Ied an expedition to Crete, and wrested the whole island from the Saracens. He then returned to the east with a large and well-equipped army. In the campaigns of 962-963 he forced his way through Cilicia to Syria and captured Aleppo, but made no permanent conquests. Upon the death of Romanus II., Nicephorus was proclaimed emperor by the eastern troops, and was eventually acknowledged at Constantinople as colleague of the infant sons of Romanus. In 964—966 he definitely conquered Cilicia and again overran Mesopotamia and Syria, while
the patrician Nicetas recovered Cyprus. In 968 he reduced most of the fortresses in Syria, and after the fall of Antioch and Aleppo (969), which were recaptured by his lieutenants, secured his conquests by a peace. On his northern frontier he began a war
against the Bulgarians, to whom the Byzantines had of late been paying tribute (967), and by instigating an attack from the Russians distracted their attention effectively. Nicephorus was less successful in his western wars. After renouncing his tribute to the Fatimite caliphs, he sent an expedition to Sicily under Nicetas (964—965), but was forced by defeats on land and sea to evacuate that island completely. In 967 he made peace with the Saracens of Kairawan and turned to defend himself against their common enemy, Otto I. of Germany, who had attacked the Byzantine possessions in Italy; but after some initial successes his generals were defeated and driven back upon the southern coast. Owing to the care which he lavished upon the proper maintenance of the army, Nicephorus was compelled to exercise rigid economy in other departments. By his heavy imposts and the debasement of the coinage he forfeited his popularity with the rest of the community, and gave rise to riots. He was finally assassinated in his sleeping apartment by his nephew and successor Jobn Zimisces. Nicephorus was the author of an extant treatise on military tactics. Nıcernorus III. (Botaniates), emperor 1078—1081, rose to be commander of the troops in Asia. He revolted in 1078 from
Michael VII., and with the connivance of the Turks assumed the purple. In face of another rebellious general, Nicephorus Bryen-
nius, his election was ratified by the aristocracy and clergy. With the help of Alexius Comnenus he drove out of the field Bryennius and other rivals, but failed to clear the invading Turks out of Asia Minor. Nicephorus ultimately quarrelled with Alexius, and was banished to a monastery. See Gibbon, Decline and Fall (ed. Bury, 1911); Finlay, Hist. of Greece; G. Schlumberger, Nicéphore Phocas (Paris, 1890); K. Leonardt, Kaiser Nicephorus II. (Halle, 1887).
NICEPHORUS historian and like his father was secretary Nicaea in 787,
PATRIARCHA
(c. 758-829), Byzantine
patriarch of Constantinople (806-815). He was, Theodorus, a zealous opponent of Iconoclasm. He to the imperial commissaries at the council of which witnessed the triumph of his opinions; but,
he alienated the favour of his subjects, and especially of the clergy. In 803 and 810 he made a treaty with Charlemagne, by feeling dissatisfied with court life, he retired into a convent. In which the limits of the two empires were amicably fixed. Venice, 806 he suddenly succeeded Tarasius as patriarch of Constantinople, Istria, the Dalmatian coast and South Italy were assigned to the but was deposed by the Iconoclast Leo V. in 815 and died in exile East, while Rome, Ravenna and the Pentapolis were included in 827. After his death he was included among the saints of the the Western realm. By withholding the tribute which Irene had ‘Orthodox Church.
A416
NICHOLAS—NICHOLAS
Nicephorus is the author of two important works on the iconoclastic questions: the Apologeticus Mator (817) and the Apologeticus Minor;
IL.
berga or Thietberga.
The pope not only quashed the whole pro-
ceedings against Theutberga, but excommunicated his historical works are two: the Chronologia Compendiaria, a table of
dates from Adam to the year of his own death; the Breviarium Historicum, a history of the years 602-799—a very poor composition, only valuable owing to the paucity of other materials. Editions: Complete, J. P. Migne, Patrologia Graeca, vol. c. Theological: A Mai, Nova Patrum Bibliotheca i., ii. and iii. Historical: de Boor Teubner, 1880. See also Krumbacher, Geschichte der byzantinischen Litteratur (1897) and A. Burckhardt in Byzantinische Zeitschrift 5. p. 465.
NICHOLAS, ST., bishop of Myra, in Lycia, a saint honoured by the Greeks and the Latins on the 6th of December.
His cult
is as celebrated as his history is obscure. He was bishop of Myra in the time of the emperor Diocletian, was persecuted, tortured for the faith, and kept in prison until the more tolerant reign of Constantine, and is said to have been present at the council of Nicaea, though Athanasius, who knew all the notable bishops of the period, never mentions Nicholas, bishop of Myra. The oldest known monument of the cult of St. Nicholas seems to be the church of SS. Priscus and Nicholas built at Constantinople by the emperor Justinian. (See Procopius, De aedzf. i. 6.) In the West, the name of St. Nicholas appears in the oth century martyrologies, and churches dedicated to him are to be found at the beginning of the 1rth century. It is more especially, however, from the time of the removal of his body to Bari, in Apulia, that his cult became popular. The inhabitants of Bari organized an expedition, seized his remains by means of a ruse, and transported them to Bari, where they were received in triumph on May 9, 1087, and where the foundations were laid of a new basilica in his honour. This was the origin of a famous and still popular pilgrimage. There are nearly 400 churches in England dedicated to St. Nicholas. He is the patron saint of Russia; the special protector of children, scholars, merchants and sailors; and is invoked by travellers against robbers. In art St. Nicholas is represented with various attributes, being most commonly depicted with three children standing in a tub by his side. A legend of his surreptitious bestowal of dowries upon the three daughters of an impoverished citizen, who, unable to procure fit marriages for them, was on the point of giving them up to a life of shame, is said to have originated the old custom of giving presents in secret on the Eve of St. Nicholas, subsequently transferred to Christmas Day. Hence the association of Christmas with “Santa Claus,” an American corruption of the Dutch form “San Nicolaas,” the custom being brought to America by the early Dutch colonists. (For the ceremony of the boy-bishop elected on St. Nicholas’s Day see Boy-BrsHop.) See N. C. Falconius, Sancti Nicolai acta primigenia (Naples, 1751); Bibliotheca hagiographica Graeca (Brussels, 1895), p. 96; Bibl. hagiogr. Latina (Brussels, 1899), n. 6104-6221; F. Nitti di Vito, Le Pergamene di S. Nicola di Bari (Bari, 1901) ; Charles Cahier, Caractéristiques des saints (Paris, 1867), p. 354; Frances Arnold-Forster, Studies in Church Dedications (London, 1899), i. 495-501 and ii. 21; L’abbé Marin, Saint Nicholas, évéque de Myre (1917).
NICHOLAS
I., sometimes called The Great, and certainly
the most commanding figure in the series of popes between Gregory I. and Gregory VII., succeeded Benedict III. in April 858. According to the annalist Prudentius of Troyes, “he owed his election. less to the choice of the clergy than to the presence and favour of the emperor Louis II. and his nobles”—who can hardly have foreseen with what ability and persistency the rights of the Holy See as supreme arbiter of Christendom were to be asserted even against themselves by the man of their choice. Of the
previous history of Nicholas nothing is recorded. His pontificate
of nine years and a half was marked by at least three memorable contests which have left their mark in history. The first was that in which he supported the claims of the unjustly degraded
patriarch of Constantinople, Ignatius (g.v.); but two of its incidents, the excommunication of Photius (g.v.), the rival of Igna-
tius, by the pope in 863, and the counter-deposition of Nicholas by Photius in 867, were steps of serious moment towards the permanent separation between the Eastern and the Western
Church. ' The second great struggle was that with Lothair (g.v.) the king of Lorraine (second son of the emperor Lothair I., and brother
of the emperor Louis II.), about the divorce of his wife Theut-
and deposed
bishops Gunther and Thietgaud, who had been audacious enough to bring to Rome
had given judgment.
in person the “libellus” of the synod which The archbishops appealed to Louis II., then
at Benevento, to obtain the withdrawal of their sentence by force;
but, although he actually occupied the Leonine city (864), he was unsuccessful in obtaining any concession, and had to withdraw to Ravenna.
The third great ecclesias.ical cause which marks this pontificate was that in which the right of bishops to appeal to Rome against their metropolitans was maintained in the case of Rothad of Soissons, deposed by Hincmar of Reims. In the course of the controversy with the great and powerful Neustrian
archbishop
papal recognition was first given (in 865) to the False Decretals,
which had probably been brought by Rothad to Rome in the preceding year. (See DECRETALS.) Nicholas was the pope to whom Boris, the newly converted king of Bulgaria, addressed himself fer practical advice in some of the difficult moral and social prob-
lems arising out of the transition from heathenism to Christianity. The pope’s letter in reply to the hundred and six questions and petitions of the barbarian king is perhaps the most interesting literary relic of Nicholas I. now extant. He died on Nov. 13, 867, and was succeeded by Adrian II. The epistolae of Nicholas I. are printed in Migne,
Patrologia Lat.
vol. 119, p. 769 seg. See F. Gregorovius, Rome in the Middle Ages, vol. iii, (Eng. trans., London, 1900-1902); H. Lammer, Nikolaus J. und die byzantinische Staatskirche seiner Zeit (Berlin, 1857); J. Roy, Saint-Nicolas I. (Paris, 1900); J. Richterich, Papst Nikolaus 1.
(Bern, 1903); A. Greinacher, Die Anschauungen des Papstes Nikolaus I. über das Verhältnis von Staat und Kirche (1909).
NICHOLAS II., pope from December 1058 to July 106r, was a Burgundian named Gerard, who at the time of his election was bishop of Florence. He was set up by Hildebrand, with the support of the empress-regent Agnes and of the powerful Duke Godfrey of Lorraine, against Benedict X., the nominee of the Roman nobles, and was crowned at Rome, after the expulsion of Benedict, on Jan. 24, 1059. He continued the policy of ecclesiastical reform associated with the name of Hildebrand (afterwards Gregory VII.). He entered into relation with the Normans, now firmly established in southern Italy, and the new alliance was cemented at Melfi, where Nicholas II., invested (1059) Robert Guiscard with the duchies of Apulia, Calabria and Sicily, and Richard of Aversa with the principality of Capua, in return for fealty and the promise of assistance. The first fruits of this arrangement, based on no firmer foundation than the forged “Donation of Constantine” (g.v.), but destined to make the papacy more independent in both the Eastern and Western Empires, was the reduction in the autumn, with Norman aid, of Galera, where the anti-pope had taken refuge, and the end of the subordination of the papacy to the Roman nobles. Meanwhile Nicholas had sent legates to Milan to adjust the difference between the Patarenes and the archbishop and clergy. Archbishop Wido, in face of the ruinous conflict in the Church of Milan, was forced to submit to the terms proposed by the legates, involving the subordination of Milan to Rome; the new relation was advertised by the unwilling attendance of Wido and
the other Milanese bishops at the council summoned to the Lateran palace in April rogo. This council continued the Hildebrandine reforms by sharpening the discipline of the clergy, and
regulated future elections to the Holy See. (See LATERAN CounCILSs, and CoNcLAvE.) The emperor’s traditional rights in the matter of papal elections were completely ignored. Stephen, cardinal
priest of S. Chrysogonus, was sent to the German court to attempt
to allay the consequent ill-feeling, but was not received. Pope Nicholas, moreover, had offended the German bishops by what
they regarded as arbitrary interference with their rights; they
retaliated, in a synod held early in ro6r, by declaring the new electoral law annulled, and the pope himself deposed. But party strife in Germany enabled the pope to ignore these proceedings.
Nicholas IT. died at Florence in July ro6r.
His Diplomata, epistolae, decreta are in Migne, Patrolog. Lat. 143,
Pp. 1301-1366.
See the article “Nikolaus II.” by C. Mirbt in Herzog-
NICHOLAS Hauck, Realencyklopddie
II.—NICHOLAS
(3rd _ed., Leipzig, 1904), with bibliography.
Other lists of authorities are in Potthast, Biblioth. Hist. Med. Aev. (ond ed., Berlin, 1896), p. 854; and Ulysse Chevalier, Répertoire des
sources hist. biobibliogr. (Paris, 1905), vol. 3347, s.v. “Nicolas II.”
NICHOLAS
ITI. (Giovanni Gaetano
Orsini), pope from
Nov. 25, 1277 man who had XXI., largely vacancy in the
to the 22nd of August 1280, was a Roman nobleserved under eight popes. He succeeded John through family influence, after a six-months’ Holy See. A born politician, he concluded a concordat with Rudolph of Habsburg in May 1278, by which the Romagna and the exarchate of Ravenna were guaranteed to the
pope; and in July he issued an epoch-making constitution for the government
of Rome,
which forbade foreigners taking civil
office. Nicholas issued the bull Exiit on Aug. 14, 1270, to settle the strife within the Franciscan order between the parties of strict
and loose observance. He repaired the Lateran and the Vatican at enormous cost. Nicholas brought just reproach on himself by
his nepotism. See also the Catholic Encyclopaedia (s.v.). See “Les Registres de Nicolas III.,” published by Jules Gay in Bibliothèque des écoles frangaises d’Athénes et de Rome (Paris, 1898— 1916); A. Potthast, Regesta pontif. Roman. vol. 2 (Berlin, 1875); A. Demski, “Papst Nikolaus ITI.,” in Kirchengeschichtliche Studien (Miinster, 1903); F. Gregorovius, Rome in the Middle Ages, vol. 5, trans. by Mrs. G. W. Hamilton (London, 1900-1902); Fr. Wertsch. Die Beziehungen Rudolfs von Habsburg zur rom. Kurie bis zum Tode Nikolaus IIIT. (Bochum, 1880); G. Palmieri, Introziz ed esiti di Papa Niccolò III. (Rome, 1889).
NICHOLAS
IV.
(Girolamo Masci), pope from Feb. 22,
1288, to April 4, 1292, a native of Ascoli and a Franciscan monk,
succeeded St. Bonaventura as general of his order in 1274, was made cardinal-priest of Sta. Prassede and Latin patriarch of Constantinople by Nicholas III., cardinal-bishop of Palestrina by Martin IV., and succeeded Honorius IV. after a ten-months’ vacancy in the papacy. He was a pious, peace-loving monk with no ambition save for the church, the crusades and the extirpation of heresy. He steered a middle course between the factions at Rome, and sought a settlement of the Sicilian question. In May 1280 he crowned Charles II. king of Naples and Sicily after the latter had expressly recognized papal suzerainty, and in February 1291 concluded a treaty with Alphonso III. of Aragon and Philip IV. of France looking toward the expulsion of James of Aragon from Sicily. The loss of Ptolemais in 1291 stirred the pope to renewed enthusiasm for a crusade. He sent the celebrated Franciscan missionary, John of Monte Corvino (q.v.), with some companions to labour among the Tatars and Chinese. He issued an important constitution on July 18, 1289, which granted to the cardinals one-half of all income accruing to the Roman see and a share in the financial management, and thereby paved the way
for that independence of the college of cardinals which, in the following century, was to be of detriment to the papacy. Nicholas was succeeded by Celestine V.
I.
417
were abrogated so far as Germany was concerned; and in the following year he secured a still greater triumph when the resignation of the anti-pope Felix V. (April 7), and his own recognition by the rump of the council of Basel, assembled at Lausanne, put an end to the papal schism. The next year, 1450, Nicholas held a jubilee at Rome. In March 1452 he crowned Frederick III. as emperor in St. Peter’s, the last occasion of the coronation of an emperor at Rome. Under the generous patronage of Nicholas humanism made rapid strides. He employed hundreds of copy-
ists and metrical thousand of Rome
scholars, giving as much as ten thousand gulden for a translation of Homer, and founded a library of nine volumes. He restored the walls and numerous churches and began the rebuilding of the Vatican and St. Peter’s.
In 1452 a formidable conspiracy for the overthrow of the papal
government, under the leadership of Stefano Porcaro, was discovered and crushed. This revelation of disaffection, together with the fall of Constantinople, darkened the last years of Nicholas; “As Thomas of Sarzana,” he said, “I had more happiness in a day than now in a whole year.” He died on March 24, 1455. See Herzog-Hauck, Realencyklopadie fiir protestantische Theologie und Kirche, vol. xiv. (1904), with full references; Cambridge Modern Pa : 76-78; and M. Creighton, History of the Papacy (London, 1882), vol. ii.
NICHOLAS V. (Pietro Rainalducci), antipope in Italy from 1328 to 1330 during the pontificate of John XXII. at Avignon, a native of Corbara in the Abruzzi, joined the Franciscan order in 1310. He was elected through the influence ‘of the excommunicated emperor, Louis the Bavarian, by an assembly of priests and laymen, and consecrated at St. Peter’s on May 12, 1328, by the bishop of Venice. After spending four months in Rome, he withdrew with Louis to Viterbo and thence to Pisa, where he was guarded by the imperial vicar. He was excommunicated by John XXII. in April 1329, and sought refuge with Count Boniface
of Donoratico near Piombino. Having obtained assurance of pardon, he presented a confession of his sins first to the archbishop of Pisa, and then (Aug. 25, 1330) to the pope at Avignon. He remained in honourable imprisonment in the papal palace until his death in October 1333. See F. Gregorovius, Rome in the Middle Ages, vol. 6, trans. by Mrs. G. W. Hamilton (London, 1900-1902); Baluzius, Vitae paparum Avenionensium, vol. 1 (Paris, 1693); J. B. Christophe, Histoire de Ia
papauté pendant le XIVieme siécle, vol. 1 (Paris, 1853); E. Marcour,
Antezl der Minoriten am Kampfe zwischen Kénig Ludwig IV. von Bayern und Papst Johann XXII. (Emmerich, 1874); Eubel, “Der Seer aes Nicolaus V. u. seine Hierarchie,” in Hist.-Jahrbuch, vol. 12 (1891).
NICHOLAS I. [Nrxozart Paviovicw], emperor of Russia (1796-1855), eighth child of the emperor Paul I. and his wife Maria Feodorovna, was born at Tsarskoe-Selo on June 25 (July
6, N.S.), 1796. He was only five years old when his father’s murder brought his brother Alexander I. to the throne (1801). See “Les Registres de Nicolas IV.,” ed. by Ernest Langlois in Bibliothèque des écoles francaises d’Athénes et de Rome (Paris, 1886— His education was supervised by M. von Lambsdorff, director of 1893); A. Potthast, Regesta pontif. Roman. vol. 2 (Berlin, 1875); the rst cadet corps and ex-governor of Courland. But Nicholas F. Gregorovius, Rome in the Middle Ages, vol. 5, trans. by Mrs. and his brother Constantine had little taste for learning. They G. W. Hamilton (London, 1900-1902); O. Schiff, “Studien zur Ge- were interested mainly in military matters. schichte Papst Nikolaus IV.” in Historische Studien (1897); W. The grand-duke Nicholas joined the Russian headquarters in Norden, Das Papsttum u. Byzanz (Berlin, 1903); R. Röhricht, GeFrance in 1814, but not to take part in any fighting. In 181s schichte des Königreichs Jerusalem (Innsbruck, 1898) ; J. B. Sägmüller, Die Thätigkeit u. Stellung der Kardinäle bis Papst Bonifaz VIII. he was with the Allies in Paris, and in the following year set out (Freiburg-i-B., 1896); J. P. Kirsch, “Die Finanzverwaltung des on the grand tour, visiting Moscow and the western provinces of Kardinalkollegiums im 13. u. 14. Jahrhunderte” in KirchengeschichtRussia, Berlin (where he was betrothed to Princess Charlotte liche Studien (1895). See also the Catholic Encyclopaedia (s.v.). Louise, daughter of Frederick William III), and England. His NICHOLAS V. (Tomaso Parentucelli or Tomaso da Sar- marriage marked the beginning of intimate relations between the zana), pope from March 6, 1447, to March 24, 1455, was born at courts of Berlin and St. Petersburg. On the 17/29th of April Sarzana, where his father was a physician, in 1398. In 1444 he 1818 their first child, the future emperor Alexander II., was was made bishop of Bologna by Pope Eugenius IV., who sent him born. In the autumn Nicholas was placed in command of the 2nd to Frankfort to negotiate an understanding between the Holy See brigade of the 1st division of the Guard. and the empire with regard to the reforming decrees of the council Alexander I. died at Taganrog on Dec. 1, 1825. Constantine was of Basel. On his return to Rome, he was made cardinal priest at Warsaw; Nicholas was too conscious of his unpopularity in of Sta. Susanna (December 1446). He was elected pope in suc- the army—the fruit of his drastic discipline—to dare to assume cession to Eugenius IV. on March 6, 1447. the crown without a public abdication on the part of the legitiWith the German king, Frederick III., he made the Concordat mate heir. The result (see ConsTANTINE Paviovicn) was a three of Vienna, or Aschaffenburg (Feb. 17, 1448), by which the decrees weeks’ interregnum, of which the discontented spirits in the army of the council of Basel against papal annates and reservations took advantage to bring to a head a plot that had long been
4.18
NICHOLAS
hatching in favour of constitutional reform. When on Dec. I4 the troops who had already taken the oath to Constantine were ordered to take another to Nicholas, it was easy to persuade them that this was a treasonable plot against the true emperor. The Moscow regiment refused to take the oath, and part of it marched, shouting for Constantine and “Constitution,” to the square before the Senate House, where they were joined by a company of the Guard and the sailors from the warships. In this crisis Nicholas showed high personal courage, if little decision and initiative. For hours he stood, or sat on horseback, amid the surging crowd, facing the mutinous soldiers—who had loaded their muskets and formed square—while effort after effort was made to bring them to reason, sometimes at the cost of life—as in the case of Count Miloradovich, military governor of St. Petersburg, who was mortally wounded by a pistol shot while arguing with the mutineers. When at last the emperor consented to use force, a few rounds of grapeshot sufficed to quell the mutiny. The chief conspirators—Prince Shchepin-Rostovski, Suthoff, Ryleyev, Prince Sergius Trubetskoi, Prince Obolenski and others—were arrested the same night and interrogated by the emperor in person. A special commission, consisting entirely of officers, was then set up; and before this, for five months, the prisoners were subjected to a rigorous inquisition. The prisoners were kept in solitary confinement in the casemates of the inner fortress of St. Peter and St. Paul. They were brought blindfolded before the commission, and then suddenly confronted with their interrogators. Many went mad under the ordeal, one died, and one starved himself to death (Schiemann, ii. 73). It was soon clear that the Dekabrist (December) rising was but one manifestation of a vast conspiracy permeating the whole army. A military rising on a large scale in the south was only averted by the news of the failure of the mutiny at St. Petersburg; and at Moscow there were many arrests, including that of Colonel Paul Pestel, the chief of the revolutionary southern league. The 121 prisoners were finally brought to trial before a supreme criminal court, established by imperial ukaz (June 1-12, 1826). Some were condemned to death, others to solitary confinement in fortresses, others to the Siberian mines and colonies. Of the latter many were accompanied by their wives, though the Russian law allows divorce in the case of such sentences; the emperor unwillingly allowed the devoted women to go, but decreed that any children born to them in Siberia would be illegitimate. In spite of his reverence for his brother’s memory, Nicholas made a clean sweep of “the angel’s” Bible Society; as for Alexander’s projects of reform, the pitiful legacy of a life of unfulfilled purposes, these were reported upon by committees, and shelved. Nicholas too saw the need for reform; the Dekabrist conspiracy had burnt that into his soul; but he had his own views as to the reform needed. The state was corrupt, disorganized; what was wanted was not more liberty but more discipline. So he put civil servants, professors and students into uniform, and for little
offences had them marched to the guard-house; thought was
disciplined by the censorship, the army by an unceasing round of parades and inspections. The one great gift of Nicholas I. to Russia, a gift which he really believed would be welcome because it would bring every subject into immediate contact with the throne, was—the secret police, the dreaded Third Section of the Private Chancery of the emperor. The crowning fault of Nicholas was, however, that he would not delegate his authority; whom could he trust but himself? In this he resembled his contemporary the emperor Francis I. But Francis would “sleep upon” a difficult problem; Nicholas never slept. His constitution was of iron, his capacity for work prodigious; reviews and parades, receptions of deputations, visits
to public institutions, then eight or nine hours in his cabinet reading and deciding on reports and despatches—such was his ordinary day’s work. Under the “Iron Tsar” the outward semblance of authority was perfectly maintained; but behind this imposing facade the whole structure of the Russian administrative system continued to rot and crumble. Revelations of the rottenness of the under-structure had, indeed, begun before the outbreak of the war with Turkey in 1828. The newly organized squadron which in 1827 set out on the cruise ,
I.
which ended at Navarino only reached Plymouth with difficulty and there had to be completely refitted.
campaign of 1828 was an even more
The disastrous Balkan
astounding revelation of
corruption, disorganization and folly in high places. The weary
and starving soldiers were forced to turn out amid the marshes of the Dobrudscha before the emperor as spick and span as on the
parade grounds of St. Petersburg; but he could do nothing to set order in the confusion of the commissariat, which caused the troops to die like flies of dysentery and scurvy; or to remedy the scandals of the hospitals. His presence hampered the initiative of Prince Wittgenstein, the nominal commander-in-chief; for Nicholas was incapable of leaving him a free hand. These then were the leading principles which underlay Nicholas’s domestic and foreign policy from first to last: to discipline Russia, and by means of a disciplined Russia to discipline the world. The mission of Russia in the West was, in accordance with the principles of the Holy Alliance as Nicholas interpreted them, to uphold the cause of legitimacy and autocracy against the Revolu-
tion; her mission in the East was, with or without the co-operation of “Europe,” to advance the cause of Orthodox Christianity, of which she was the natural protector, at the expense of the decaying Ottoman empire. The sympathy of Europe with the insurgent Greeks gave the tsar his opportunity. The duke of Wellington was sent to St. Petersburg in 1826 to congratulate the new tsar on his accession and arrange a concert in the Eastern Question. The upshot proved the diplomatic value of Nicholas’s apparent sincerity of purpose and charm of manner; the “Iron Duke” was to the “Iron Tsar” as soft iron to steel; Great Britain, without efficient guarantees for the future, stood committed to the policy
which ended in the destruction of the Ottoman sea-power at Navarino and the march of the Russians on Constantinople. By the treaty of Adrianople in 1829 Turkey seemed to become little better than a vassal state of the tsar, a relation intensified, after the frst revolt of Mehemet Ali, by the treaty of Unkiar-Skelessi in 1833. In the West, Nicholas himself proposed an armed intervention of the Alliance “to restore order” in Belgium and France; and when his allies held back even proposed to intervene alone, a project rendered impossible by the outbreak of the great insurrection in Poland, which tied the hands of all three powers. Then, the insurrection in Poland once crushed, and Poland itself scarce surviving even as a geographical expression, he drew the three eastern autocratic powers together in a new “Holy Alliance” by the secret convention of Berlin (Oct. 3, 1833) reaffirming the right and duty of intervention at the request of a legitimate sovereign. The cordial understanding with Austria, cemented at Miinchengratz and Berlin, was renewed, after the accession of the emperor Ferdinand, at Prague and Töplitz (1835); on the latter occasion it was decided “without difficulty” to suppress the republic of Cracow, as a centre of revolutionary agitation. He allowed himself to be persuaded by Metternich to
support the cause of Don Carlos in Spain, and so early as May 1837, in view of the agitation in Hungary, he announced that “in every case” Austria might count on Russia. These cordial ties were loosened, however, by the fresh crisis in the Eastern Question after 1838. Metternich was anxious to summon a European conference to Vienna, with a view to placing Turkey under a collective guarantee. Nicholas refused to be a party to it. Moreover, as Austria showed
an inclination to ap-
proach the maritime powers, he determined to come to an agree-
ment with Great Britain, in order to settle the Eastern Question according to his own views; this is the explanation of those concessions in the Eastern Question which ended in the Quadruple Alliance of 1840 and the humiliation of Louis Philippe’s government. The new Anglo-Russian entente led in 1844 to a visit of the tsar to the English court. (See EASTERN QUESTION.)
When the storm of revolution burst over Europe in 1848,
Nicholas remained entrenched behind the barriers of his own disciplined empire. But in 1849 he intervened in Hungary, at the entreaty of Francis Joseph, crushed the insurgent Hungarians and
handed back their country as a free gift to the Habsburg king. Scarcely less valuable to Austria was the tsar’s intervention in the quarrel between Austria and Prussia arising out of the Hesse inci-
NICHOLAS dent and the general question of the hegemony of Germany. In October 1850 he had a meeting with Francis Joseph at Warsaw, at which Count Brandenburg and Prince Schwarzenberg were present. Prussia, he declared, must in the German question return to
the basis of the treaties of 1815 and renew her entente with Austria; this was the only way of preserving the old friendship of
Prussia and Russia. In face of the threat conveyed in this, the Prussian government decided to maintain peace (Nov. 2), Radowitz resigning as a protest. Thus Nicholas, who refused to believe
in the perfidy ascribed by Frederick William to Austria, was the
immediate cause of Prussia’s humiliation at Olmiitz. Nicholas was soon to have personal experience of the perfidy of Austria in the troubles that led up to the Crimean War. Gratitude, in the tsar’s opinon, should have made her neutral if not friendly. When the dispute arose with Napoleon III. over the guardianship of the Holy Places Nicholas could not believe that Christian powers would resent his claim to protect the Christian subjects of the sultan; he believed he could count on the friendship of Austria and Prussia; as for Great Britain, he would try to come to a frank understanding with her. The disillusionment that followed was profound. In October 1853 Nicholas met his brother monarchs
of the triple alliance at Warsaw for the
last time, In December, at the conference of Vienna, Austria had already passed over to the enemy. Prussia was wavering, neutral indeed, but joining the other powers in a guarantee of the integrity of Turkey (April 9, 1854), urging the tsar to accept the decisions of the Vienna conference, and on his refusal signing a defensive alliance with Austria (April 20, 1854), which included
among the casus belli the incorporation in Russia of the banks of
the Danube and a Russian march on Constantinople. Thus Nicholas, the pillar of the European alliance, found himself isolated and at war, or potentially at war, with all Europe. The invasion
of the Crimea followed, and with it a fresh revelation of the corruption and demoralization of the Russian system. At the outset Nicholas had grimly remarked that “Generals January and February” would prove his best allies, These acted, however, impartially; arid if thousands of British and French soldiers perished of cold and disease in the trenches before Sevastopol, the tracks leading from the centre of Russia into the Crimea were marked by the bones of Russian dead. The revelation of his failure broke the spirit of the Iron Tsar, and on March 2, 1855, he threw away the life which a little ordinary care would have saved. BistioGRAPHY.—All other works on Nicholas I. were more or less superseded by Professor Theodor Schiemann’s Geschichte Russlands unter Kaiser Nikolaus I., of which the 1st vol., Kaiser Alexander I. und die Ergebnisse seiner Lebensarbeit, was published at Berlin in 1904; the 2nd, carrying the history of Nicholas’s reign down to the
revolutions of 1830, in 1908, It is based on a large mass of unpublished material, and considerably modifies, e.g., the account of the accession of Nicholas and of the Dekabrist conspiracy given in chapter xiii. of vol. x. of the Cambridge Modern History, and tells for the frst time the secret history of the Russo-Turkish War of 1828-29. The great Recueil des traités conclus par la Russie of T. T. de Martens (St. Petersburg, 1874-1909) contains admirable introductory essays, based on the unpublish’d Russian archives, and giving much material for the study of Nicholas’s character and policy. Many documents are published for the first time in Schiemann’s work; some, from the archives
of Count Nesselrode, are published in the Lettres et papiers du Chancelier Comte de Nesselrode, t. vi. seq. For other works see bibliographies attached to the chapters on Russia in vol. x. and xi.
of the Cambridge Modern History. (W. A. P.; X.) NICHOLAS II. (1868—1918), tsar of Russia, eldest son of Alexander III., was born at St. Petersburg (Leningrad), on May 18, 1868. An English tutor, Mr. Charles Heath, taught him excellent English, and inspired a love of sports and healthy exercise, while a Russian general, Danilovich, supervised his military train-
ing, but there was no attempt to provide him with the comprehen-
II.
419
to arrange a distribution of bounties; and during the coronation itself the imperial chain on his breast fell to the ground. Such impressions contributed strongly to inspire him with a mystic resignation, especially unsuitable for a monarch who had to lead the nation through times of great crisis at home and in foreign affairs. Nicholas II. followed in the footsteps of his father, seeking to preserve peace in foreign relations, and continuing in home affairs, though in a much milder form, the policy of centralization and Russification which had characterized the previous reign. His pacific tendencies were shown by his systematic opposition to all bellicose excitement, by his maintaining M. de Giers in the post of minister of foreign affairs, by his offering the post, on the death of that statesman, to M. de Staal, by his restraining France from dangerous adventures, and by initiating the Peace Conference at The Hague. To these ought perhaps to be added the transformation of the Franco-Russian entente cordiale into a formal alliance, since the alliance in question might be regarded as favourable to the preservation of the status quo in Europe. In the internal administration during the first years of his reign he introduced by his personal influence, and without any great change in the laws, a more humane spirit towards those of his subjects who did not belong by language and tradition to the dominant nationality, and who were not members of the Eastern Orthodox Church; but he disappointed the men of liberal views by giving it to be clearly understood soon after his accession that he had no intention of circumscribing and weakening the autocratic power by constitutional guarantees or parliamentary institutions. In spite, however, of his desire for peace he let his country drift into the disastrous war with Japan; and notwithstanding his sincere attachment to the principles of bureaucratic autocracy, it was he who granted the constitutional reforms which altered the whole political outlook in Russia. (See Russta.) Nicholas II.’s political outlook was dominated by a kind of theocratic or hieratic spirit; he was looking back for inspirations to the ideas and customs of the Muscovite period; he was induced to impersonate the figure of Alexis Mikhailovich, the father of the western reformer Peter the Great; in 1913 the tercentenary of Michail Feodorovich’s accession to the throne after the “Great Troubles” was celebrated with much splendour and emphasis. Pilgrimages were performed with great devotion and circumstance. The courtiers and bureaucrats in the immediate surroundings of the tsar, men like Sipiaguin, Nicolas Maklakov and Sabler, took advantage of these prepossessions in order to keep up a constant hostility against progressive reformers and western adaptations. But the most dangerous representative of mystic reaction was the tsar’s consort, the Empress Alexandra Feodorovna. Of German descent on her father’s side and of English descent on the side of her mother (Princess Alice, the daughter of Queen Victoria), she had received her education in England, but, on coming to Russia, she surrendered completely to the most extreme form of theocratic exaltation. While her sister, the widow of the Grand Duke Sergius, killed by a terrorist, had devoted herself to a simple life at the head of a community of hospital nurses, Alexandra Feodorovna, highly strung and hysterical, sought providential guidance in the midst of unbalanced women and false prophets like the French medium Philippe and the famous Rasputin. The latter obtained a hold on her through the hypnotising influence he exercised over her son, the tsarevich Alexis, a boy affected by the rare disease of hereditary haemophilia. But the crafty peasant had contrived to obtain gradually a psychical domination over the empress and her friends which made it possible for him to distribute political favours and to have his say in the most important affairs of state. The empress considered him as the God-sent representative of the Russian
sive knowledge required from one whom fate had destined to rule nation, of that mass of peasants which, as she was convinced, was an immense empire. The only occasion which was offered to the the firm mainstay of autocracy in Russia. And in the later years young tsarevich to acquaint himself with the problems of the of Nicholas IT.’s reign, the years of great trial and danger, Alexworld was his journey to the Far East, so abruptly cut short in andra Feodorovna stepped in more and more often to direct the tsar’s choice of his ministers and to prevent him from making conKyoto by the sabre cut of a Japanese fanatic. He wedded Princess Alix of Hesse at. the deathbed of his father; cessions to the spirit of the time, For the circumstances which at the festival of his coronation more than 3,000 people were brought Russia into the World War see Russia: History, The suspicion that Alexandra Feodorovna was secretly favourcrushed to death through the negligence of the officials who had
420
NICHOLAS
I.—NICHOLAS
ing the cause of Germany and revealing military secrets to the Kaiser—a suspicion often expressed abroad and popularly accepted in Russia—is, according to most competent witnesses, devoid of any basis in fact. The empress was intensely patriotic in her own way, opposed to the aggressive policy of the Hohenzollerns, and never advocated a treacherous compromise with the Central Powers. A former lady-in-waiting, Princess Vassiltchikov, who towards the close of 1916 brought the project of such a-compromise from Germany, was promptly ordered out of St. Petersburg (Leningrad). Nevertheless, Alexandra Feodorovna proved to be the evil genius of the Russian dynasty, by her blind and obstinate support of reactionary tendencies and of worthless adventurers, at a time when a wise and firm policy of reform was more needed than ever. All the better representatives of the dynasty—the Dowager Empress, the Grand Duke Nicholas Mikhailovich, the Grand Duchess Victoria—warned her of the imminent danger of that régime of fleeting ministerial shadows which set in after the catastrophe of the War Office in rors. The emperor remained passive as commander-in-chief at headquarters while the Empress Alexandra spurned all advice with contempt and continued to pull the strings by dismissing men like Sazonov and Palivanov, and appointing timeservers like Sturmer, Protopopov or Galitzin. The assassination of Rasputin did not frighten but enraged her; she erected a kind of shrine over the body of the prophet and sent the Grand Duke Dmitry Pavlovich, who had taken part in the murder, into exile. Her power was broken only by the revolution. ‘| The thread of the Romanov dynasty was cut without much resistance. When in March 1917 the emperor received at headquarters a telegram from the president of the Duma informing him of the events of St. Petersburg and demanding his abdication, and Gutchkov and Shulgin arrived with the act of abdication itself, he submitted with fatalistic composure. He refused to give up his crown to his son with Grand Duke Michael as regent, because he did not wish to trust the boy to the danger ofa political storm; and his abdication was made in favour of the Grand Duke Michael, who in his turn refused to accept the crown unless it was tendered to him by the will of the people. The last chance of a régime of constitutional monarchy was cut short. Proposals were made on behalf of the British Government to allow Nicholas II. and his family to take up their abode in England; but the Provisional Government in St. Petersburg did not accede to that plan. Kerensky and Milyukov declared that the imperial family were in safety in Russia. Later on the emperor submitted meekly to be transferred from Pskov to Tsarskoe Selo and thence to Tobolsk, where he was interned with his family—his wife, his son and his four daughters—for months. The end came with the rumour of a Czechoslovak advance on the Ural in 1918. The Soviet Commissaries in Moscow urged the greatest vigilance on the Ekaterinburg commissar, Yourkovsky, and the commander of the guard, Medvediev, without indicatin g any means for removing the prisoners from the threatened zone. The communists of Ekaterinburg held a secret meeting in which they decided to put the tsar and his family to death, and sent an order in this sense to Yourkovsky. The latter demanded that it should be duly signed, and 16 signatures were affixed to it. On the night of July 16 Yourkovsky roused the prisoners and conducted them into a cellar of the house. Medvediev, with the Lettish guards, entered the room while some Russian soldiers were looking in from the staircase.
Yourkovsky placed the seven doomed
persons at one end of the room and read the sentence hurriedly by torchlight. The tsar stepped forward and said something indistinctly, when Yourkovsky drew his revolver and shot him in the head. A general fusillade followed. During the next few days the corpses were removed to an isolated spot in the neighbourhood of Ekaterinburg and destroyed by fire, after having been soaked with petroleum. A few objects of apparel were later picked up on the spot.
(See Russza.)
:
letters published in The Manchester Guardian, Jan. 9 and Feb. 7) 1924: Journal intime de Nicholas I1., trans. by A. Pierre (1925).
NICHOLAS I. (1841-1921), king of Montenegro, was born
at Njegus, the ancient home of the Njegu&-Petrovié dynasty, on Sept. 1, 1841. His father, Mirko Petrovic, was brother of the
Vladika Danilo IT. who had declined episcopal office, married declared the succession hereditary in the direct male line. however, Danilo II. left no male issue, and Mirko declined the cession, Nicholas became heir to the throne of Montenegro.
and As, suc. He was educated in Trieste and at the Academy of Louis le Grand in Paris, returning to Montenegro on the assassination of his uncle (Aug. 13, 1860). He took part in the campaign against Turkey of
1862, which, after Austria’s intervention, was followed by a prolonged peace. In 1868 he travelled to St. Petersburg (Leningrad)
to meet the tsar Alexander II., who received him with favour, and afterwards regularly supplied him with subventions of arms and money, referring to him on a memorable occasion as his “only
friend.”
During the Near Eastern crisis of 1876 (see EASTERN
QuEsTION), Nicholas declared war on the Porte, and winning
brilliant successes in this and the following wars at Vutidd, Podgorica and Nikćić, captured Antivari and Dulcigno. The Congress of Berlin (g.v.) brought Montenegro formal recognition as a
sovereign, State and doubled her area, besides giving her an outlet
on the sea at Antivari. Nicholas now entered on a long period of peace largely filled with intrigues with and against his son-inlaw, Peter, later King Peter I. of Serbia (g.v.) regarding a possible
later Yugoslav state to comprise both Serbia and Montenegro. On Dec. 19, 1900, Nicholas assumed the title of Royal Highness,
In 1905 he was forced by public opinion, which was revolting against his despotic methods, to grant a constitution. He was at once involved in quarrels with his political opponents, culminating in the scandalous but obscure “Cetinje bomb plot” of 1905. On Aug. 28, 1910, encouraged by Austria, who helped to estrange him further from Serbia, Nicholas assumed the title of king. In
the Balkan Wars (q.v.) he was the first to declare war on Turkey, but although these wars gave Montenegro an accession of territory, the dynasty lost prestige, its unpopularity and with it the movement for the union of Serbia with Montenegro, increased. In the World War Montenegro threw in her lot with Serbia; Nicholas, however, maintained touch with Austria, from whom he begged a separate peace (Jan. 13, 1916). On Jan. 19, Nicholas fled to Italy and France. The breach widened between him and his people, and the “Great National Assembly” on Nov. 26, 1918, proclaimed his deposition and that of his dynasty. The old ex-king passed the remainder of his days in Italy. He died at Antibes on March 1, 1921. , A rude but often benevolent despot of the fighting type, Nicholas was also a poet of talent. His works include Balkanska
Tsaritsa and Knyaz Arvaniti (dramas); Haïdana, Potini Abenserage and Pesnik i Vila (poems), Skuplijene Pesme and Nova
Kola (songs). In Nov. 1860, Nicholas married Milena (18471923) daughter of the voivode Petar Vukotié. On the death of Nicholas, his eldest son Danilo was proclaimed by the small
monarchist party king of Montenegro (Mar. 1, 1921), but abdicated on Mar. 7, 1921, in favour of his nephew Michael, eldest son of Prince Mirko (b. Sept. 1, 1908). NICHOLAS (1856-1929), Russian Grand Duke and soldier. Nikolai Nikolaievich was born on Nov. 6, 1856, the grandson of the emperor Nicholas I. and first cousin of the emperor Alexander III. Educated at the school of military engineers, he received his commission in 1872, and in the following year, at the early age of 16, entered the military academy. In the war of 1877-78, as a
general staff officer for special service, he joined the staff of his
father, the very popular Grand Duke Nikolai Nikolaievich (Senr.), who had been appointed commander-in-chief of the Russian forces. He distinguished himself at the crossing of the Danube at
Zimnicea on April 15, 1877, and in the attack on the Shipka.
After the war the Grand Duke joined the Guard Hussar RegiBIBLiocRaPHY.—C. Rivet, Le dernier Rom : illi Le Tragique Destin de Nicolas II. et P ment, in which the emperor Nicholas afterwards served, and 3 la cour de Russie, Peterhof, septembre 1905—Ek passed through every stage as officer till appointed commander in (1921; Eng. trans. 1921); The Kaiser’s Letters aterinburg, mai 1978 to the Tsar 1884—a position he occupied for 64 years. He then commanded (1921): Letters from the Tsariisa to the Tsar 1014-16 (1923); and foie in succession a brigade and a division, and in 1895 was appointed
NICHOLAS inspector-general of cavalry.
He held this post for ten years, a
period which is regarded as a bright epoch in the history of the
Russian cavalry, for he carried through fundamental reforms in training and in the organization of the cavalry schools, of the cavalry reserves and of the remount service. In 1905 Nicholas was appointed commander-in-chief of the St.
Petersburg military district, a post he held till the outbreak of the World War in Aug. 1914.
of his zeal for efficiency.
Here, as elsewhere, he gave proof
Setting himself the task of instilling the
lessons of the Japanese war, he encouraged musketry and work in extended order, but at the same time allowed no slackness in
ceremonial.
To help him in his work he called from the Far
East men like Generals Ivanov, Lesh and Lechitski, who were of comparatively humble origin but had made their reputation in the field. The appointment of such men to high command in the
Imperial Guard was characterized in his diary at the time by another grand duke as “revolutionary,” but the men selected justified their choice in the World War. In the same year (1905) as he was appointed commander-inchief of the St. Petersburg military district, Nikolai Nikolaievich became the first president of the newly created council of national defence, and he held this position till 1908, when the council was abolished. During this time the emperor seems to have hesitated between the final adoption of a military system analogous to that of Germany, under which the chief of the general staff, as well as the minister of war, should have the right of access and of direct report to the sovereign, and of the system in vogue in countries
with a constitutional Government, under which that right was confined to the minister of war. On the council the Grand Duke worked in close co-operation with General Palitsin, who, in 1908, on the emperor’s decision in favour of the latter system, gave way to General Sukhomlinov as chief of the general staff, the latter, in the following year, replacing General Rediger as minister of war. From 1908 to 1914 Nicholas took no part in the strategical preparation for the war, the work being delegated by the emperor to General Sukhomlinov and his nominees on the general staff. At the outbreak of war the emperor first intended to take command himself, and actually appointed the grand duke Com-
mander-in-chief of the VI. (Reserve) Army at St. Petersburg (Leningrad). It was only on the evening of Aug. 1, the day of Germany’s declaration of war, that he yielded to the entreaties of his ministers and decided to hand over the supreme command to the grand duke. Services During the War.—The commander-in-chief was responsible for carrying out a plan which he had no hand in drawing up, a plan which was dependent on promises previously made, without his cognisance, to the French general staff. He had to work in accordance with the “Regulations for the Direction of the Army in the Field,” a new edition of which had been issued on the very eve of the war, handing over much power to the two group commanders.
The plan of the Russian general staff consisted of the invasion of East Prussia by a right group (I. and II. Armies), while a left group (IV., V., III. and VIII. Armies) operated against the
Austrians in Galicia, and a centre group (IX. and X. Armies) assembled at Warsaw to advance on Posen. It was owing to the decision of the grand duke that this centre group was broken up, the X. Army being sent north to fill the gap left by the failure
in East Prussia, and the IX. Army sent south to overwhelm the Austrians in southern Poland. When the Germans came to the rescue of their discomfited
ally by advancing in Oct. 1914 to the outskirts of Warsaw, the
transfer of the Russian armies from left to right in rear of the Vistula, and the concentration of superior forces on the enemy’s left or northern flank which compelled his retreat, were masterly
movements.
If the next German advance, culminating in the
operation of Lódz owing to mistakes
manders, definitely removed
by Russian
army
com-
all possibility of an invasion of
Posen, the Russians held on through the winter of rgr4—15 to
the line of the Narev-Vistula-San-Carpathians,
and were only
compelled by lack of munitions in the spring and summer of 1915
4.21
to retreat to a line that they held substantially through 1916-17. There was no demand from the fighting men at the front for the change at G.H.Q. which occurred on Aug. 21, 1915, when the emperor announced that he would assume the supreme command. It is said that Rasputin had prophesied that the Russian armies would continue to be defeated till the emperor placed himself at their head. Certainly the impostor had no reason to love the Grand Duke Nicholas. A story repeated among the soldiers relates that he had applied to the commander-in-chief for permission to come to the front “to bless the troops,” and the latter had telegraphed in reply two Russian words which being translated run—‘‘Come, I shall hang you.” The grand duke was appointed viceroy and commander-inchief in the Caucasus. Up to that time the brunt of the fighting against Turkey had been borne by the British in Gallipoli, the Sinai Peninsula and Mesopotamia. The advent of the new commander put new life into the Russian forces. He pushed forward an expeditionary force under General Baratov through Enzeli and Hamadan to screen Persia from further German penetration, and to establish touch with the British troops in Mesopotamia. He collected guns and stores, and raised and trained efficient troops, and, in spite of immense difficulties in supply, ably assisted by Generals Yudenich and Prjvalski, occupied in three successful offensives all Armenia, including the fortress of Erzerum, the port of Trebizond and the town of Erzinjan. The revolution of March 12, 1917, found the grand duke still in the Caucasus. The emperor’s last official act was to nominate him to be once more supreme commander-in-chief. His journey from the Caucasian headquarters at Tiflis to the headquarters at. Mogilev was in the nature of a triumphal procession, patriotic demonstrations and crowds of people greeting him at every station on the way. Twenty-four hours after his arrival at Mogilev he received a telegram from Prince Lvov, the chief of the provisional Government, cancelling his appointment. The next two years the grand duke spent in the Crimea, taking mo part in politics. At last, in March 1919, he left Russian soil on the British cruiser “Marlborough,” and lived quietly near Paris. He died in
Jan. 1929. NICHOLAS, SIR EDWARD
(A. W. F. K.) (1593-1669), English states-
man, was born on April 4, 1593, of a Wiltshire family. He was educated at Salisbury grammar school, Winchester college and Queen’s college, Oxford. After studying law at the Middle Temple, Nicholas became secretary to Lord Zouch, warden and admiral of the Cinque ports, in 1618, and continued in a similar employment under the duke of Buckingham. In 1625 he became secretary to the Admiralty; then extra clerk of the privy council with duties relating to Admiralty business, and from 1635 to 1641 he was one of the clerks in ordinary to the council. In this situation Nicholas was concerned with the levy of ship-money. He had Charles’s confidence, became a privy councillor and a secretary of State, and attended the king at Oxford, and carried out the business of the treaty of Uxbridge. Nicholas arranged the details of the king’s surrender to the Scots, though he does not appear to have approved of the step; and he arranged the capitulation of Oxford. He went to France, and after the king’s death he remained on the Continent concerting measures on behalf of the exiled royal family, but he never had any real influence with Charles II. After the Restoration he lived in retirement. See The Nicholas Papers, ed. by G. F. Warner (Camden Society, 1886-97), containing Nicholas’s correspondence and some autobiographical memoranda. Private correspondence between Nicholas and Charles I. will be found in the Memoirs of John Evelyn, ed. by W. Bray (1827); The Egerton Mss. and the Ormonde Papers contain many references to Nicholas.
NICHOLAS, NORTHERN or LENIN LAND lies in the Arctic sea, about 30 m. N. of Cape Chelyuskin, extending in a north-easterly direction from 77° 50° N., 99° E. to beyond 81° N. The small Alexis (Little Taimir) and Starokadomski islands lie at the eastern end of Alexis strait, which separates Nicholas Land from the mainland. This land was discovered in 1913 by the Russian hydrographical expedition in the “Taimir’ and “Vaigach” under B. A. Vilkitski. He took possession for Russia and charted the eastern side. In the following year he returned and
422
NICHOLS-—-NICHOLSON
charted the southern coast. The northern and western sides are unknown. The east coast is much indented and a deep gulf or strait occurs in about 79° N. In the south there is a low plain covered with tundra, but on the east the land is lofty (1,500 ft.) and flat-topped with large valley glaciers. Both sedimentary and volcanic rocks occur, but details are lacking. Water of over 100 fathoms depth lies close to the eastern side. See papers in Petermann’s Mitteilungen, 60 (1914); Geographical Journal (Dec. 1919), and Geographical Review (July is 5 Dis 53
NICHOLS, JOHN (1745-1826), English printer and author,
was born at Islington on Feb. 2, 1745. He edited the Gentleman’s Magazine from 1778 till his death, and in that periodical, and in his numerous volumes of Anecdotes and Illustrations, he made invaluable contributions to the personal history of English men of letters in the 18th century. He was apprenticed in 1757 to “the learned printer,” William Bowyer, who took him into partnership in 1766. On the death of his friend and master in 1777 Nichols published a brief memoir, which afterwards grew into
the Anecdotes of William Bowyer and his Literary Friends (1782). The Literary Anecdotes of the 18th Century (1812-1815), into
commissioner of Bannu.
There he became a kind of legendary
hero, and many tales are told of his stern justice, his tireless activity and his commanding personality. In the course of five
years he reduced the most turbulent
district
on the frontier
to such a state of quietude that no crime was committed or even attempted during his last year of office, a condition of things never known before or since. He would go personally to the scene of a crime or a legal dispute and decide the question on the spot.
Every man in his district, whether mountain tribesman or police-
man, felt that he was controlled by a master hand, and the natives said of him that “the tramp of his war-horse could be heard from Attock to the Khyber.” It is little wonder that the
natives worshipped him as a god under the title of Nikalsain, When the Mutiny broke out in May 1857 Nicholson did more
than any other single man to keep the Punjab loyal and to bring about the fall of Delhi. When the news of the rising at Meerut arrived, Nicholson was with Edwardes at Peshawar, and they
took immediate steps to disarm the doubtful regiments in that cantonment. Together they opposed John Lawrence’s proposal
to abandon Peshawar, in order to concentrate all their strength on the siege of Delhi. In June Nicholson was appointed to the
which the original work was expanded, forms only a small part command of a movable column, with which he again disarmed of Nichols’s production. It was followed by the Jilustrations of two doubtful regiments at Phillaur. In July he made a forced the Literary History of the 18th Century, consisting of Authentic march of 4r m. in a single day in the terrific heat of the Punjab Memoirs and Original Letters of Eminent Persons, which was summer, in order to intercept the mutineers from Sialkot, who begun in 18x17 and completed by his son John Bowyer Nichols were marching upon Delhi, He caught them on the banks of the . Ravi near Gurdaspur, and utterly destroyed them, thus success(1779-1863) in 1858. He died on Nov. 26, 1826. Nichols’s other works include: A Collection of Royal and Noble fully achieving what hardly any other man would have attempted. Wills (19780); Select Collection of Miscellaneous Poems (1782), with In August he had pacified the Punjab and was free to reinforce subsequent additions, in which he was helped by Joseph Warton and General Wilson on the Ridge before Delhi. by Bishops Percy and Lowth; Bibliotheca Topographica Britannica Before Nicholson’s arrival the counsels of the commanders (1780-1790) ; with Richard Gough, The Progresses and Public Processions of Queen Elizabeth (1788); and the History and Antiquities of before Delhi, like those at Meerut, suffered from irresolution and the Town and County of Leicester (8 vols., 1795-1815). timidity. As General Wilson’s health declined, his caution became A full memoir of John Nichols by Alexander Chalmers is contained excessive, and Nicholson was specially sent by Sir John Lawrence in the Illustrations, and a bibliography in the Anecdotes (vol. vi.) is His first exploit after his supplemented in the later work. See also R. C. Nichols, Memoirs of to put more spirit into the attack. arrival was the victory of Najafgarh, which he won over the J.G. Nichols (1874).
rebels who were attempting to intercept the British siege train
NICHOLS, ROBERT MALISE BOWYER (1893), from Ferozepore. After marching through a flooded country English poet and writer, the son of J. B. B. Nichols, also a poet, scarcely practicable for his guns, Nicholson, with a force of 2,500 was born on Sept. 6, 1893, and educated at Winchester and at troops, defeated 6,000 disciplined sepoys after an hour’s fighting, Trinity college, Oxford.
In 1914 he obtained a commission in
the Royal Field Artillery, and served in France until 1916. From 1918 to 1919 he was engaged on propaganda work in the United States for the Ministry of Information. From 1921 to 1924 he was professor of English literature at the Imperial college, Tokyo. His first volume of poetry, Invocation, appeared in 1916.
In addition to his poetry, he has written The Smile of the Sphinx (1920) and contributed to The London Mercury and other periodicals. His published work includes Ardours and Endurances (1917); The Budded Branch (1918) ; Aurelia (1920) ; Guilty Souls (drama) (1922); Fantastica (1923).
NICHOLSON, JOHN (1822-1857), Anglo-Indian soldier and administrator, son of Alexander Nicholson, a north of Ireland physician, was born on Dec. rr, 1822, and educated at Dungannon
College. He was presented with a cadetship in the Bengal infantry in 1839 by his uncle Sir James Hogg, and served in the first Afghan War of 1839-42; he distinguished himself in the defence of Ghazni, and was one of the prisoners who were carried to Bamian and escaped by bribing the guard upon General Pollock’s successful advance. In Afghanistan Nicholson first met Sir Henry Lawrence, who got him the appointment of political officer in
Kashmir and subsequently on the Punjab frontier. In 1847 he
was given charge of the Sind Sagar district, and did much to pacify the country after the first Sikh War. On the seizure of Multan by Mulraj, he rendered great service in securing the
and thenceforth put an end to all attempts of the enemy to get in the rear of the British position on the Ridge. Nicholson grew fiercely impatient of General Wilson’s procrastination, and at one time was thinking of appealing to the army to set Wilson aside and elect a successor; but at last, on Sept. 13, he forced Wilson to make up his mind to the assault, and he himself was chosen
to lead the attacking column, On the morning of the 14th, he led
his column, 1,000 strong, in the attack on the Kashmir gate, and successfully entered the streets of Delhi. But in trying to clear
the ramparts as far as the Lahore Gate, he undertook a task beyond the powers of his wearied troops. In encouraging them as they hesitated, he turned his back on the enemy and was shot
in the back. The wound was mortal; he died on Sept. 23.
His best epitaph is found in the words of Sir John Lawrence’s Mutiny Report :— Brigadier-General John Nicholson is now beyond human praise
and human reward. But so long as British rule shall endure in India, his fame can never perish. He seems especially to have been raised up for this juncture.
He crowned
a bright, though
brief, career by
dying of the wound he received in the moment of victory at Delhi.
The Chief Commissioner does not hesitate to affirm that without John Nicholson Delhi could not have fallen. See J. L. Trotter, Life of John Nicholson (1904); Sir John Kaye, Lives of Indian Officers (1889); Bosworth Smith, Life of Lord Lawrence (1883); Lady Edwardes, Memorials of Sir Herbert Edwardes (1886); and S. S. Thorburn, Bannu (1876).
country from Attock, and was wounded in an attack upon a
NICHOLSON, JOSEPH SHIELD (1850-1927), British economist, son of an Independent minister, was born on Nov. 9, erected to his memory. On the outbreak of the second Sikh War 1850 at Wrawby in Lincolnshire, and educated at Edinburgh he was appointed political officer to Lord Gough’s force, when he university and Trinity college, Cambridge, where he won the Cobtower in the Margalla Pass, where a monument was subsequently
rendered great service in the collection of intelligence and in furnishing supplies and boats,
den Prize in 1877 (the first award), and again in 1880.
After
studying at Heidelberg and at London university, he became a
On the annexation of the Punjab he was appointed deputy private tutor at Cambridge.
NICHOLSON—NICKEL In 1880 he went to Edinburgh university as professor of political economy. He wrote more than twenty volumes on economics, of which the chief are: The Silver Question (1886); Money and Monetary
Problems
(1888);
Tarif Question (1903);
Bankers’
M oney
(1903);
He was put to death during that year by the Syracusans.
Besides Thucydides see Plutarch’s Nicias and Diod, xii. 83; also
GREECE, and PELOPONNESIAN
The
NICKEL
The History of the English Corn Laws
(1903); Project of Empire
(1909); and Principles of Political
fervent disciple. He resigned his chair in 1925, and died in Edinburgh on May £2, 1927.
(1866-
(symbol
WAR.
Ni, atomic
number
28, atomic
weight
58-69, isototes 58 and 60), a greyish-white metallic element of considerable malleability and ductility. It has been known from the earliest times, being employed by the Chinese in the form of an alloy called pakfong. It was first isolated in an impure condition in 1751 by A. F. Cronstedt from nicolite, and his results were afterwards confirmed by T. O. Bergman in 1775 (De niccalo, OpUsc. 2, DP. 2315 3, DP- 459; 4, D. 374). It occurs in the uncombined condition and alloyed with iron in meteorites; as sulphide in millerite and nickel blende, as arsenide in kupfernickel, and frequently in combination with arsenic and antimony in the form of complex sulphides. It is found in considerable quantities in New Caledonia in the form of a hydrated silicate of nickel and mag-
Economy (3 vols., 1893, 1897, 1901). In all his economie writings he advocated the principles of Adam Smith, of whom he was a
NICHOLSON, MEREDITH
4.23
J, American. writ-
er, was born at Crawfordsville (Ind.), Dec. 9, 1866, and educated in the public schools of Indianapolis. He was a reporter and later editor on the Indianapolis Mews, and has been the recipient of various honorary degrees. He has published the following novels: The Main Chance (1903), The House of a Thousand Candles (1905), The Port of Missing Men (1907), The Little Brown Jug at Kildare (1908), The Lords of High Deciston (1909), A Hoosier Chronicle (1912), The Poet (1914), And
nesia approximating to the constitution (NiO, Mg0)SiO.-nH.O,
and in Canada in the form of nickeliferous pyrrhotines, which consist of sulphides of iron associated with sulphides of nickel eral volumes of historical and critical essays, among them The Hoosiers and copper, embedded in a matrix of gneiss; these form the chief (1900) and The Valley of Democracy (1918). sources of nickel. When the former is used it is roasted with NICHOLSON, WILLIAM (1753-1815), English writer on calcium sulphate or alkali waste to form a matte which is then natural philosophy, was born in London in 1753. Nicholson occu- blown in a Bessemer converter or heated in a reverberatory furpied himself with writing and lecturing on natural philosophy, nace with a siliceous flux with the object of forming a rich nickel including chemistry, and with the construction of various ma- sulphide. This sulphide is then by further heating converted into chines and the first voltaic pile in England. In 1797 the Journal the oxide and finally reduced to the state of mental by ignition with of Natural Philosophy, Chemistry and the Arts, generally known | carbon in clay crucibles. The process adopted for the Canadian as Nicholson’s Journal, the earliest work of the kind in Great ares, which are poor in copper and nickel, consists in a prelimiBritain, was begun; it was carried on till 1814. He died in London nary roasting in heaps and smelting in a blast furnace in order to on May 21, 1815. obtain a matte, which is then further smelted with a siliceous Besides contributions to the Philosophical Transactions, Nicholson ' flux for a rich matte. This matte is then mixed with coke and They Lived Happily Ever After (1925); also Poems (1906) ; and sev-
wrote translations of Fourcroy’s Chemisiry (1787) and Chaptal’s Chemistry (1788), First Principles of Chemistry (1788) and a Chemical salt-cake and melted down in an open hearth furnace, or in a Dictionary (1795); he also edited the British Encyclopaedia, or | Bessemer converter with a silicate lining. Dictionary of Aris and Sciences (6 vols., 8vo, London, 1809). In the Mond process, this refined matte, which contains copper,
NICHOLSON,
WILLIAM
(1872-
__), English painter, | nickel and iron sulphides, is roasted to remove the sulphur, and
engraver and illustrator, was born at Newark-on-Trent in 1872. He first became known to the wider public by his illustrative work in An Alphabet, An Almanack of Sports (with Rudyard Kipling), and London Types (with W. E. Henley) in 1898; by the “Portrait of Queen Victoria,” a delightful coloured wood engraving, the Velveteen Rabbit with its clever end-papers, and by the whole series of quaint and witty books and posters which he produced in collaboratién with his brother-in-law, James Pryde (as “the Beggarstaff Brothers”). His more serious work is found in his painting, whether dealing with a portrait, a landscape, or still-life. Among his paintings in oil are “The Black Pansy,” “The Landlord”
extracted by sulphuric acid, whereby the iron and copper contents | are diminished and the nickel content is relatively increased. Reduction by “water-gas” at 300° C. then leaves nickel and copper as metals and iron oxide unaffected; at the same time, the watergas is largely deprived of its hydrogen and becomes relatively ‘richer in carbon monoxide, the content of which is raised to 80% _by passage through a retort of hot coke. This enriched gas is then passed over the metallic mixture at about 80° C., whereby : the nickel is “volatilised” as the carbonyl Ni(CO),; the product Is passed through towers at 180-200° C., where it decomposes and
_is deposited (often on pellets (Manchester City Art gallery), “The Girl with the Tattered monoxide being used again. Gloves,” “Fish,” and the portraits of ‘Marie Tempest,” “Ursula ' degree of purity. Lutyens” and “The Master of Jesus.” Other works are the “Square | The following tables show Book of Animals” and the “Buildings of Oxford.” : and the shipments of nickel í ee in Contemporary British Artists, by S. K. North years as metric tons:— 1923
E
NICHOLSON’S NEK: see Sourn Arrican War. NICIAS (d. 414 3.c.), a soldier and statesman in ancient Athens, inherited from his father Niceratus a considerable for- [ tune invested mainly in the silver mines of Laurium. Evidence of | his wealth is found in the fact that he had no less than 1,000 | slaves whom he hired out. He was several times colleague with
Pericles in the strategia, and on Pericles’ death became the leading advocate of the Periclean policy of pinpricks (émrurovxeopot) and concentration on the Thraceward region against the offensive policy of the democrats under Cleon. At the amphibious tactics
of the érurocxiopéds he was unsurpassed.
Having been largely
responsible for the “Peace of Nicias” (421) he appears in the rather obscure history of the following years as the leader of the peace party, in opposition to Alcibiades. In 415 much against his will, he was appointed leader of the Sicilian expedition with
Alcibiades and Lamachus, and the recall of Alcibiades, followed by the death of Lamachus, left him in’sole command. Demosthenes came out with reinforcements early in 413, and took charge for a brief space, but at the end the main responsibility for the delay, and so perhaps for the disaster, rests. with Nicias.
of pure nickel), the resulting carbon The nickel so obtained is of a high
the output of nickel from Canada ore from New Caledonia in recent Canada
1913
1918 1923
22,539
41,960 28,329
I925
1926
29,817
New Caledonia
164,406
90,650 3,520 4,447
| The metal may also be obtained on the small seale by the re|duction of the oxide by hydrogen or by carbon, by ignition of the | oxalate or of nickel ammonium oxalate by reduction of the chloi ride in a current of hydrogen (E. Péligot}, by electrolysis of nickel 'ammonium sulphate, as in the process of nickel plating. | Its specific gravity varies according to the method employed for |its preparation, being about 8-8. It melts at 1,452° C. Its specific heat increases with rise of temperature, the mean value from 15° to 100° C. being 0-1084. It is magnetic, but loses its magnetism when heated, the loss being complete at about 340-350° C. Nickel occludes hydrogen readily, is attacked by the halogen elements, and oxidizes easily when heated in air. In the massive state it is unacted upon by dry air, but if moistened with acidified water, oxidation takes place slowly. When obtained by reduction
424
NICKEL
processes at as low a temperature as possible the finely divided metal so formed is pyrophoric, że., it may ignite spontaneously in the air. It decomposes water at a red heat. Sheet nickel is passive to fairly concentrated nitric acid, and the metal remains
passive even when heated to redness in a current of hydrogen. Nickel is largely used as a catalyst for the reduction of organic compounds by hydrogen—a process first used by P. Sabatier and J. B. Senderens (see Hyprocen and HYDROGENATION). It rapidly oxidizes when fused with caustic soda, but is scarcely acted upon by caustic potash. Hydrochloric and sulphuric acids are almost without action on the metal, but it dissolves readily in dilute nitric acid. Nickel salts are antiseptic; they arrest fermentation and stop the growth of plants. Nickel carbonyl, however, is extremely poisonous. On the toxic properties of nickel salts
see A. Riche and Laborde, Jour. Pharm. Chem., 1888 (5), 17, Dp. I, 59, 97. ; Nickel is used for the manufacture of domestic utensils, for - crucibles, coinage, plating and for the preparation of various alloys, such as German silver, nickel steels such as invar (nickel, 35-7%; steel, 64-3%), which has a negligible coefficient of thermal expansion, and constantan (nickel, 4 5%; copper, 55%), which has a negligible thermal coefficient of electrical resistance. COMPOUNDS
Nickel Oxides.—Several
oxides of nickel are known.
The
monaxide, NiO, occurs naturally as bunsenite, and is obtained artificially when nickel hydroxide, carbonate, nitrate or sulphate
is heated.
It may also be prepared by the action of nickel on
water, by the reduction of the oxide N iO; with hydrogen at about 200° C., or by heating nickel chloride with sodium carbona te and extracting the fused mass with water. It is a green powder which becomes yellow when heated. It dissociates at a red heat, and is readily reduced to the metal when heated with carbon or in a
current of hydrogen. It is readily soluble in acids, forming salts. The hydroxide, Ni(OH)., is obtained in the form of a greenish amorphous powder when nickel salts are precipitated by the caustic alkalis. It is readily soluble in acids and in an aqueou s solution of ammonia. Nickel sesquioxide, N IOs, is formed when the nitrate is decomposed by heat at the lowest possible tempera ture. It is a black powder, the composition of which is never quite definite, but approximates to the formula given above. When heated with oxyacids it dissolves, with evolution of oxygen, and with hydrochloric acid it evolves chlorine. Numerous hydrated forms of the oxide have been described. A peroxide, NiOs, has been obtained as a salt of barium, BaO-2NiO., by heating the monoxi de with anhydrous baryta in the electric furnace. G. Pellini and D. Meneghini obtained a greyish green powder by adding an alcohol ic solution of potassium hydrate to nickel chloride and hydrog enpero xide at ~~ 50°. It has all the reactions of hydrogenperoxide and S. Tanatar regards it as NiO-H.O.. An oxide, Ni,O,, has been obtained by heating nickel chloride in a current of moist oxygen at about 400° C., or by heating the sesquioxide in hydrogen at 190° C. The former method yields greyish, metallic-looking, microscopic crystals, the latter a grey amorphous powder. A hydrate d form, Ni,O,,2H.0, is obtained when the monoxide is fused with sodium peroxide at a red heat, and the fused mass extracted with water. Nickel Salts.—Only one series of salts is known, namely those corresponding to the monoxide. In the anhydrous state they are usually of a yellow colour, whilst in the hydrated condition they are green. ‘They may be recognized by the they impart to a borax bead when heat brownish violet colour ed j the hydroxide, insoluble in excess of the precipitant. This latter reaction is hinde red organic acids (tartaric acid, citric acid, by the presence of many etc.). Potassium cyanide gives a greenish yellow precipitate of nickel] cyanide, Ni(CN).s, soluble in excess of potassium cyani de, (CN)«eKCN, which remains unaltered forming a double salt, Ni when boiled with excess of potassium cyanide in presence of air (cf. COBALT). Ammonium sulphide precipitates black nickel sulphide, which is somewhat soluble in excess of the precipitat e (especially if yellow ammonium sulphide be used), forming a dark-coloured solution. Ammo-
nium hydroxide gives a green precipitate of the hydroxi de, soluble in excess of ammonia, forming a blue solution. Numerous methods
have been devised for the separation of nickel and cobalt, the
more important of which are:—the cobaltinitrite method in which
the cobalt is precipitated in the presence of acetic acid by means of potassium nitrite (the alkaline earth metals must not be pres-
ent); the cyanide method, in which the two metals are precipi-
tated by excess of potassium cyanide in alkaline solution, bromine
being afterwards added and the solution warmed, when the nickel is precipitated; the dimethyl glyoxime method, whereb y nickel is
precipitated as Ni(C,H,O:Nz)2, a scarlet flocculent compound sta.
ble at 120°C. Similar separations are based on the insolub le cobalt compound of nitroso-6-naphthol, C,H;(NO)-OH, and on the insoluble compound Ni(C.H,ON,).2H.0, formed by nickel with dicyanodi-amidine. Nickel Fluoride, NiF,, obtained by the action: of hydrofluoric acid on nickel chloride, crystallizes in yellowi sh green prisms which volatilise above 1,000° C. It is difficultly soluble in
water, and combines with the alkaline fluorides to form double salts. Nickel chloride, NiCh, is obtained in the anhydrous condition by heating the hydrated salt to 140° C., or by gently heating the finely divided metal in a current of chlorine. It readily sub-
limes when heated in a current of chlorine, forming golden yellow scales. It is easily reduced when heated in hydrogen. It forms crystalline compounds with ammonia and the Organic bases. It is soluble in alcohol and in water. Three hydrated forms are known, viz., 2 mono-, di- and hexa-hydrate, the last being the form usually obtained by the solution of the oxide or carbona te in hydrochloric acid. Nickel chloride ammonia, NiCl,6 NH,, is
obtained as a white powder when exposed to the action of ammonia octahedra by evaporating a solution ammonia. When heated to roo? C.
anhydrous nickel chloride is gas, or in the form of blue of nickel chloride in aqueous it loses four molecules of ammonia (see AMMINES). Numerous double chlorides of nickel and other metals are known. The bromide and iodide of nickel resemble the chloride and are prepared in a similar fashion. Several sulphides of the element have been obtained. The monosulphide, NiS, is obtained by heating nickel with sulphur, by heating the monoxide with sulphuretted hydrogen to a red heat, and by heating potassium sulphide with nickel chloride to 160180° C. When prepared by dry methods it is an exceedingly stable,
yellowish,
somewhat
crystalline
mass.
When
prepared
by the
precipitation of nickel salts with alkaline sulphide in neutral solution it is a greyish black amorphous compound which readily oxidizes in moist air, forming a basic nickel sulphate. The freshly precipitated sulphide is somewhat soluble in hydrochloric acid and yellow ammonium sulphide. Nickel sulphate, NiSQ,, is obtained
anhydrous as a yellow powder when any of its hydrates are heated. When heated with carbon it is reduced to the metal. It forms hydrates containing one, two, five, six and seven molecule s of water. The heptahydrate is obtained by dissolving the metal or its oxide, hydroxide or carbonate in dilute sulphuric acid (preferably in the presence of a small quantity of nitric acid), and allowing the solution to crystallize between 15° and 20° C. crystallizes in emerald green rhombic prisms and is moderate It ly soluble in water. It effloresces gradually on exposure to air and passes into the hexahydrate.
It loses four molecules of water of
crystallization when heated to roo° C. and becomes anhydrous at about 300° C. Nickel sulphate combines with many metallic sulphates to form double salts, and also forms additional compoun ds with ammonia, aniline and hydroxylamine. The nitrate, Ni-
(NO;)2-6H.O, is obtained by dissolving the metal in dilute nitric acid and concentrating the solution between 40° and 50° C. It crystallizes in green prisms which deliquesce rapidly on exposure to moist air.
Nickel Carbonyl, N i(CO),, is obtained as a colourless mobile
liquid by passing a carbon monoxide over reduced nickel, at a temperature of about 80° C. (see above). It boils at 43° C. (751 mm.), and sets at —25° C. to a mass of crystalline needles. It is readily soluble in hydrocarbon solvents, in chloroform alcohol. Its critical pressure is 30 atmospheres and its and in critical temperature is in the neighbourhood of 195° C. It decomposes
NICKEL-CHROMIUM with explosive violence when heated rapidly, and is decomposed by the halogens (dissolved in carbon tetrachloride) with liberation of carbon monoxide and formation of a nickel halide. With aromatic hydrocarbons in the presence of anhydrous aluminium
chloride, in the cold, there is a large evolution of hydrochloric
acid gas, and an aldehyde is formed; at too° C., on the other hand, anthracene derivatives are produced. Thus by using benzene, benzaldehyde and anthracene are obtained. Nickel carbonate, NiCOs, is obtained in the anhydrous state by heating nickel chloride with calcium carbonate in a sealed tube to 150° C. It crystallizes in microscopic rhombohedra insoluble in cold acids. By precipitation of nickel salts with solutions of the alkaline carbonates, basic carbonates of variable composition are obtained. (X.) PRODUCTION The world’s chief source of nickel is Canada: in 1913 she contributed 69% of the world’s production. The heavy World War
demand caused the Canadian output to increase, and by 1918 it had risen from 20,000 tons in 1914 to 41,000 tons in 1918, which latter figure represented 87% of the world’s production for that year. The highest percentage was reached in 1920, when Canada produced 88% of the world’s supply. As a result of the market being congested with large stocks and accumulated scraps at the end of the war, Canadian production declined, reaching its lowest ebb in 1922, when less than 8,000 tons of
Canadian nickel were mined.
When the congested supplies had
been absorbed, the industry quickly revived;
demand
soon ex-
ceeded production, and a steadily increasing output has since been maintained. The world’s output in 1923 was estimated at about 30,000 tons, of which approximately 27,000 tons were produced from the nickel mines in Canada, including a relatively small quantity of nickel recovered as a by-product from the cobalt-silver ores in that Dominion. With regard to foreign producers of nickel, the most important is the island of New Caledonia, a French possession about 1,250 m. north-east of Australia. This island’s output, in spite of the increased demand for the mel between 1914 and 1918, has since then gradually fallen, being in 1921 only about 14% of the world’s output. Norway, which in the earliest days of the industry held a monopoly of the world’s supply, closed down her mines in 1921 for economic reasons. In the United States the nickel deposits are nowhere being worked for the metal, though a small quantity is incidentally recovered there each year in the process of electrolytic refining of blister copper. Under the exigencies of war Germany produced from her own low-grade mines a small tonnage of nickel ore, but since the close of hostilities she has reverted to the practice of importing refined metal. Besides the above, there have been obtained from time to time small supplies of ore from Greece, Tasmania, Sweden, etc. Practically the whole of the Canadian output is obtained from the Sudbury district in the Province of Ontario, relatively small quantities being obtained from the deposits 150 m. due north of Sudbury in the Temiscaming district, and from the cobalt-silver area in the same province. Other occurrences are known in the townships of MaCart, Munro, Strathy and near Lake Shebendowan in the district of Thunder Bay, Ontario, and nickeliferous
pyrrhotite associated with copper occurs in the Gabbro mines, Vancouver Island, British Columbia. For nickel plating see ELECTRO-PLATING.
copper
BIBLIOGRAPHY. —A. P. Coleman, “The Nickel Industry,” Rep. Mines
Branch, Ottawa, Canada, No. 170 (1913); B. Dunstan, “Queensland Industrial Minerals: Nickel,” Queensland Government Min. Journ., vol. 18 (1917) and vol. 22 (1921); Report of the Royal Ontario Nickel Commission (Toronto, 1917); T. G. Trevor, “Nickel,” South African Journ. Industry, vol. 1 (1918); W. Versfeld, “The base metal resources of the Union of S. Africa,” Mem. Dept. Mines and Industry, Union of S. Africa, No. 1 (1919); L. Gillet, “Le Nickel, sa métallurgie, ses emplois,” Le Génie civil, vol. 75 (1919); C. W. Knight, “Windy Lake and Other Nickel Areas,” Ann. Report Ontario Bureau of Mines, vol. 42 (1921); G. V. Wilson, “The Lead, Zinc, Copper and Nickel Ores of Scotland.” Special Reports on the mineral resources of Great Britain. Memoirs Geol. Surv. Scotland, vol. 17 (1921). For bibliography see Imperial Mineral Resources Bureau, The Mineral Industry of the British Empire and Foreign Countries, 1913-20, pp. 46-35 (1922); W. G. Rumbold, Nickel Ores, Imperial Institute Monographs on Mineral Resources (1923). (N. M. P.)
NICKEL-CHROMIUM STEEL, an alloy of iron, nickel, chromium and carbon. Nickel strengthens the alloy and increases its toughness. Chromium unites first with the carbon to form complex carbides, and forms a material that, after quenching even at a slow rate, is hard both at the surface and inside. The two elements in one steel seem to intensify these respective effects, and after proper heat treatment produce unexampled alloys, strong, hard, tough, with great resistance to shock, penetration and repeated stresses. Nickel-chromium steel for armour plate is made as follows: a steel ingot containing 0.40% carbon, 3-75 to 4-0 nickel and 1-5 to 2-0 chromium after forging into a thick slab is placed in a carbonizing furnace, covered with a pile of charcoal and heated for several days until the steel at the surface has absorbed an additional 1% carbon, gradually tapering off to
the original content at a depih of about 14 inches. It is later given a complex heat treatment designed to produce maximum toughness at the back and maximum hardness at the carbonized surface. Even more intricate and skilful heat treatment is required for armour-piercing shells, with their glass hard piercing
point (often protected by a soft wrought iron cap) and a tough body which will retain its shape and contents of high explosive even after passing through a 12 in. plate. Such alloy steels must be very carefully made of clean raw materials—acid open-hearth and electric furnaces are preferred (although Ameftican armour is usually basic steel). Since chromium is oxidized readily, and its oxides are quite detrimental to the steel, the ferro-chromium is added near the end of the heat after the bath has been thoroughly deoxidized. Ingots are cast of cool metal, stripped and placed in soaking pits as soon as possible. Air-hardening steels such as these are “tender” in the ingot; surface cracks are frequent and must be carefully chipped out of the billet. Reheating of large masses must be very deliberate to avoid interior cracks. Nickel-chromium steels now hold first place in use in the United States for important parts which are to be case-hardened, or for highly stressed forgings. About 24 times as much nickel as chromium seems to withstand best the normal variations in commercial heat treatments. Some 15 analyses current in the United States fall within the following ranges :— Society of
World’s Production of Nickel Ore Long Tons
Chemical analysis
Automotive
Engineers’
Code No.
Carbon
Nickel
Chromium
series
Canada
Low alloy. . Medium alloy . High alloy
Germany . Greece
Norway Sweden
425
STEEL
.
i
œrotoo'4s|
t'o
O10 tOO°55/ 1°5
tors
|o-45 too-75
to 2:0 | o-goto 1-25
0°07 t0 0°45 | 3°25 tO 3°75 | O25 to 1°75
During carburization of a nickel-chromium steel the carbon penetrates deeper than into a plain carbon steel or into simpler alloys.
New Caledonia*
United Statest
The gradation in carbon content from surface to interior is
*Exports,
{Produced as by-product in electrolytic refining of copper. Ore, nickel content not stated.
{Italy produced 44 tons in this year and 6 tons in 1925.
3,100 3,200 3:300
.
*This figure is not comparable with the preceding columns owing to
the adoption of a new method of computing the metal content of ores.
gradual, and thus treatment or use. be cooled quickly is liable to cause
avoids cracked or spalled surfaces during heat It is important that all nickel-chromium steels after the drawing heats; air or furnace cooling them to lose their toughness.
Series 3100 with carbon about 0.35% is used for high quality
NICKEL
426
SILVER—NICKEL
forgings, because it can be water quenched from a fairly wide temperature range and is somewhat cheaper than the 33% nickel steel (g.v.). After a deliberate drawing operation such forgings machine easily and uniformly. Principal uses are for automobile steering knuckles, connecting rods, crank and drive shafts, axes, chisels and locomotive and car axles. Physical properties of medium size forgings after the respective draws are: Drawn at 900° F
Drawn at
600° F
230,000 200,000 I0 32 430
165,000 145,000 15 50 320
I15,000 95,000 22 6I 230
Drawn at
Ultimate strength, lb. per
sqin. . .. Elastic limit, lb. per sq.in. Elongation, per cent ; Reduction in area per cent Brinell hardness
1,200° F
STEEL
cooled, any surface defects chipped out, then reheated slowly in a smoky flame and rolled to final dimensions.
Boiler plate or struc-
tural steel to be used without heat treatment must be finished slightly above the transformation range, and slowly cooled in a pile protected from drafts.
Steel forgings with 34% nickel should
be sand-blasted, pickled or machined all over before final heat treatment if uniform hardness at the surface is a requisite. Nickel (a) forms a solid solution with either gamma or alpha iron; (b) strengthens and toughens this solid solution; (c) slows down the speed of the carbon reactions, and reduces the temperature at which they occur; (d) refines the grain in quenched and tempered steel; (e) prevents grain growth at elevated temperature. These effects are a desirable combination in the use of nickel steels for case-hardening purposes. The following represent the wide range of these steels used in the United States :—
The excellence of these steels is more than is indicated in the above table, for they have great toughness against repeated shock.
Low nickel
Medium nickel
High nickel
Heat-treated castings have given satisfaction when made of about 0-45% carbon, 2-6 nickel and o-75 chromium.
They can
compete with cast manganese steel for street railroad crossings and special track-work because they are about as durable under traffic, cheaper and can be machined in the usual way. Joints can be welded satisfactorily with thermit and the battered points rebuilt by fusion welding. An important European use of such material in hardened and tempered condition is for railroad car couplings. Since 1925 a considerable demand has arisen from the chemical industry for metals which will withstand corrosive action at high heat and pressure when used in the synthesis of nitrates or solvents, and for gasolene “‘cracking.” Among other materials used for such seryice are the following austenitic nickel-chromium steels: Chemical composition Carbon
I5. O14 . O25.
Nickel
.
Chromium
Izod impact strength ft.-Ib.
14°8 18-1 21-0
IIO
Such materidls are noted for great toughness and easy workability; they are permanently soft, and do not air harden after any local heating during fabrication or use. They resist scaling at high temperature well, but if they must bear heavy loads at high heats, tungsten is added to their composition. (See ALLOYS; TRON AND STEEL.) (E. E. T.)
NICKEL
SILVER.
An alloy of nickel, copper and zinc,
also known as German silver or argentan. The proportions of the three metals used in the alloy vary greatly in different grades, a good quality, as specified by a British government department, having 19% nickel, 59% copper and 22% zinc. Nickel silver is used as the base of the best silver-plated ware, and is also used unplated for cheap table-ware and ornaments.
Carbon ee
o'I5 Max 0-17 0*30-0:60 | 0:30-0:60 | 0°30-0-60
icke
Molybdenum
T+2571°75 | 3°2573°75 | 4°50-5°2
.
0:25
forging are especially important. Smooth ingot moulds with fluted
walls, scrupulously clean, filled without splashing of the metal and with hot tops are necessary to avoid later trouble. Ingots are stripped as soon as solidified and placed immediately in a hot soaking pit. The billet or slab must be cleaned during rolling of an unusually adherent scale by water sprays, salt or water-soaked
burlap caught between the rolls and the hot metal.
Billets are
> à 5
Drawn at 600° F
Drawn at
Drawn at
230,000 210,000
160,000
118,000 100,000
Ultimate late strength st Elastic limit
Elongation in 2 inches
l
Reduction of area Birnell hardness
Annealed
eye-bar tension
13
900° F
150,000 8
1,200° F
4
450S members
(carbon
0-37%,
nickel
3:3%) were first used in 1902 on a cantilever bridge across the East river, New York. The physical properties of this material in 16 by 234 in. bars were:—
NICKEL STEEL, an alloy of iron, carbon and nickel; nickel
primarily conferring toughness. Research and experience gained with ordnance steels resulted in the present large use of alloy steels for making case hardened parts, for high strength castings, boiler plate, bridge steel, forgings and for special electrical alloys. High grade nickel steel is made in the acid open-hearth furnace. Nickel oxide is not stable at any stage of the process, consequently nickel in the scrap steel charged is completely recovered and the shot nickel needed for correct analysis may also be added at any time. In the World War many firms had difficulty in making this steel in basic open-hearth furnaces, probably due to inclusions of oxide particles. Surface conditions of a nickel steel ingot, slab and
;
Steel A is used for parts requiring moderate quality; oil quenching from the carbonizing pot will give a tough core and a filehard case. Steel B is given a complex heat treatment and used for roller bearing races. Steel C is used for important and highly stressed parts, such as clash gears and cam shafts, and is heattreated in a variety of ways depending upon the required combination of surface hardness, toughness of core and constancy of dimension. Steel D is hard to work, either hot or cold, but after proper case hardening gives gears and like parts having extreme hardness and resistance to shock. Probably a greater tonnage of steel containing 3 to 3-5% nickel and 0-20 to 0-55% carbon is made than any other class of alloy; it goes into heat-treated forging’ heat-treated castings and high strength structural and boiler steels. A 0-45% carbon, 3-5% nickel steel forging of moderate size oil quenched from 1,450° F will have the following properties after the respective draws:—
Specified minimum Ultimate strength Elastic limit j Elongation in 8 inches Elongation in 18 feet
85,000 45,000
Average 95,000 55,000 23
9
Design stresses on this bridge were 30,000 Ib. per square inch; 50% more than customary for regular carbon steel eye-bars.
Structural shapes with slightly lower carbon have been used in many long bridges since then. High-pressure locomotive boilers of nickel steel are used on Canadian and American railroads. Properties in comparison with plain carbon steel boiler plate follow:— Physical properties Ultimate strength, Ib. per sq.in. Yield point, Ib. per sq.in. Elongation in 8 in. per cent Izod impact, ft.-lb. . .
Nickel steel | Carbon steel
NICOBAR
ISLANDS—NICOLAI
Some high nickel alloys with iron have interesting properties. “platinite” (46% nickel) has the same coefficient of expansion as glass, and is used for lead-in wires in electric light globes and radio
tubes. “Nickeloy” (50% nickel) has high magnetic permeability, and is used for radio transformer cores. Permalloy (78% nickel) is discussed under TELEPHONE; and Attoys. Invar (35% nickel) is treated under INVAR. (See MANGANESE STEEL; ALLOYS; IRON AND STEEL.) (E. E. T.) NICOBAR ISLANDS, a British group of twelve inhabited
and seven uninhabited islands in the Bay of Bengal, between Sumatra and the Andaman Islands, to which latter they are administratively appended. They have an aggregate area of about 2,508 sq.m., Great Nicobar (Loöng), the largest and southernmost of any size, covering 333 sq.m. A careful census of the natives, taken by R. F. Lowis in 1911, gave a total population of 8,818.
Car Nicobar (Pu), the most northerly island, with an area of 49 sq.m., was by far the most densely populated.
The marine
surveys of these islands are still meagre and unsatisfactory, but the whole of the Nicobars and outlying islands were surveyed
topographically by the Indian Survey Department in 1886-1887. Some of the islands have mere flat, coral-covered surfaces; others, again, are hilly, the Great Nicobar rising to 2,105 ft. On that island there are considerable and beautiful streams, but the others generally are badly off for fresh surface water. There is one good harbour, a magnificent land-locked shelter called Nankauri Harbour. Geology.—The Nicobars form part of a great submarine chain, of which the Andamans are a continuation. Elaborate
geological reports were issued by a Danish scientific expedition in 1846 and an Austrian expedition in 1858. Dr. Rink of the former considered that the islands belong to the Tertiary age. Von Hochstetter of the Austrian expedition classified the most important formations thus: eruptive, serpentine and gabbro; marine deposits, probably late Tertiary, consisting of sandstones, slates, clay, marls, and plastic clay; recent corals. He considered the whole group connected geologically with the great islands of the Malay Archipelago farther souf.
Earthquakes of great violence
were recorded in 1847 and 1881 (with tidal wave), and mild shocks were experienced in December 1899. The climate is unhealthy for Europeans. The islands are exposed to both monsoons, and smooth weather is only experienced from February to April, and in October. Rain falls throughout the year, generally in sharp, heavy showers. The rainfall varies from 90 to 135 in., and the shade temperature from 64° to 92° F.
Flora and Fauna.—The vegetation of the Nicobars has not been subjected to a systematic examination by the Indian Forest Department like that of the Andamans, and indeed the forests are quite inferior in economic value to those of the more northerly group; besides fruit trees—such as the coco-nut (Cocos nucifera),
the betel-nut (Areca catechu), and the mellori (Pandanus leeram)
—a thatching palm (Nipa fruticans) and various timber trees have some commercial value, but only one timber tree (Myristica irya) would be considered first-class in the Andamans. The palms of
the Nicobars are, however, exceedingly graceful. The mammals are not numerous. In the southernmost islands are a small monkey, rats and mice, tree-shrews (Cladobates nic.), bats, and flying-foxes, but it is doubtful if the “wild” pig is indigenous; cattle, when introduced and left, have speedily become “wild.” There are many kinds of birds, notably the megapod (Megapodius nic.), the edible-nest-building swift (Collocalia nidifica), the hackled and pied pigeons (Calaenas nic. and Carpophaga bicolor), a paroquet (Palaeornis caniceps) and an oriole (Oriolus ma-
crourus).
Fowls, snipe and teal thrive after importation or
migration. Reptiles—snakes, lizards and chameleons, crocodiles, turtles and an enormous variant of the edible Indian crab—are numerous; butterflies and insects, the latter very troublesome, have not yet been systematically collected. The fresh-water fish
are reported to be of the types found in Sumatra. Natives—The Nicobarese may be best described as a Far
Eastern race, having generally the characteristics of the less
civilized tribes of the Malay Peninsula
and the south-eastern
portion of the Asiatic continent, and speaking varieties of the
427
Mon-Annam group of languages, though the several dialects that prevail are mutually unintelligible. Though short according to the standard of whites (average height, man, 5 ft. 33 in.; woman, 5 ft.), the Nicobarese are a fine, well-developed race, and live to seventy or eighty years of age. Their mental capacity is considerable, though there is a great difference between the sluggish inhabitant of Great Nicobar and the keen trader of Car Nicobar. The religion is an undisguised animism, and all their frequent and elaborate ceremonies and festivals are aimed at exorcising and scaring spirits. On the whole the Nicobarese are a quiet, inoffensive people, friendly to each other, and not quarrelsome, and by inclination friendly and not dangerous to foreigners. Such government as there is, is by the village. The clothing, when not a caricature of European dress, is of the scantiest, and the waggling tags in which the loin-cloths are tied behind gave rise to fanciful stories that the inhabitants were naked and tailed. The houses are good, and often of considerable size. The natives are skilful with their lands, and though they never cultivate cereals, exercise some care and knowledge over the coco-nut and tobacco, and have had much success with the foreign fruits and vegetables introduced by the missionaries. The staple article of trade has always been the ubiquitous coco-nut, of which it is computed that 15 million are produced annually. There is an old-established internal trade, chiefly between the older islands and Chowra, for pots (which are only made there) and racing and other canoes.
History.—The situation of the Nicobars along the line of a very ancient trade route has caused them to be reported by traders and seafarers through all historical times. In the 17th century the islands began to attract the attention of missionaries. At various times France, Denmark, Austria and Great Britain all had more or less shadowy rights to the islands, the Danes being the most persistent in their efforts to occupy the group, until in 1869 they relinquished their claims in favour of the British, who at once began to put down the piracies of the islanders, and established a penal settlement, which was withdrawn in 1888.
There are native agencies at Nankauri and on Car Nicobar, both of which places are gazetted ports. At the latter is a Church of England mission station under an Indian catechist. Ethnology.—The Nicobarese inhabitants are probably of mixed Malay and Indonesian origin, with hair generally straight, sometimes wavy. The Shom Pen tribe of Great Nicobar differs from or perhaps is merely purer blooded than the coastal tribes. The use of cloth waist-belts with the end pulled between the legs under the belt, behind which it hangs down at the back has given rise to stories of tailed men. There are six tribes said, like the sexes, to be distinguishable by their smell, the natives of Chowra being malodorous on account of eating dog flesh. The marriage tie is loose, the couvade (oté) is practised, the head is flattened in infancy, the teeth blackened and the ears distended. Betel is chewed, pandanus fruit used as food, and the people dislike milk. Pigs and fowls are fed on coco-nut. Houses are built on piles; a benign Creator is believed in; disease is ascribed to sorcerers and treated by expulsion of devils or by pretended extraction of foreign matter palmed by the sorcerer. Villages
are protected by scare-devils. See E. H.
Man,
The
The cross-bow is used.
Nicobar
Islanders
(Journal
of the Royal
Anthrop. Inst., 1889) ; Kloss, Im the Andaman and Nicobar (1903); Whitehead, In the Nicobar Islands (1924).
NICOLAI, CHRISTOPH FRIEDRICH (1733-1811), German author and bookseller, was born on March 18, 1733 at Berlin, son of the well-known bookseller, Christoph Gottlieb Nicolai (d. 1752). Nicolai’s Briefe aber den jetzigen Zustand der schonen Wissenschafien in Deutschland, published anonymously in 1755 and reprinted by G. Ellinger in 1894, were directed against both Gottsched and Gottsched’s Swiss opponents, Johann Jakob Bodmer and Johann Jakob Breitinger; his enthusiasm for English
literature won
for him the friendship
of Lessing and Moses
Mendelssobn. In association with Mendelssohn he established in 1757 the Bibliothek der schönen Wissenschaften; and with Less-
ing and Mendelssohn Briefe, die neueste Literatur betreffend (1759); from 1765 to 1792 he edited the Allgemeine deutsche Bibliothek.
The Bibliothek served as the organ of the so-called
NICOLAI—NICOLL
4.28
“popular philosophers,” who warred against authority in religion and against what they conceived to be extravagance in literature, and Nicolai showed a complete incomprehension of the new movement of ideas represented by Herder, Goethe, Schiller, Kant and Fichte. He died in Berlin on Jan. 11, I81rI. : See his Bildniss und Selbstbiographie ed. M. S. Lowe in the Bildnisse
jetzt lebender
Berliner
Gelehrter, in 1806.
See also L. F. G. von
Gockingk, F. Nicolai’s Leben und literarischer Nachlass
(1820);
J.
Minor, Lessings Jugendfreunde, in J. Kiirschner’s Deutsche Nationalliteratur, vol. lxxii. (1883); M. Sommerfeld, F. Nicolai und der Sturm und Drang (Halle, 1921).
NICOLAÏ, OTTO (1810-1849), German composer, was born on the oth of June in Königsberg. He studied music in Berlin and in 1833 became organist to the German embassy in Rome. There his operas Enrico I7. (1839) and Jl Templario (1840) were produced, besides some church music, a series of songs, and a number of compositions for the pianoforte. He was Kapellmeister of the court opera in Vienna from 1841 to 1847, when he was appointed Hof Kapellmeister at the Berlin Opera House. There, only two days before he died (on the r1th of March, 1849), was performed his famous opera, The Merry Wives of Windsor. NICOLAS, SIR NICHOLAS HARRIS, G.C.M.G., 1840 (1799-1848), English antiquary, fourth son of John Harris Nicolas (d. 1844), was born at Dartmouth on the roth of March 1799. Having served in the navy from 1812 to 1816, he studied law and was called to the bar at the Inner Temple in 1825. His work as a barrister, however, was confined principally to peerage cases before the House of Lords, and his time was mainly devoted to genealogical and historical studies. Aug. 3, 1848.
He died near
Boulogne
on
The most important of the works of Nicolas is his History of the Orders of Knighthood of the British Empire; of the Order of the ee of Medals, Clasps, etc., for Naval and Military Services 1841-42). See E. S. P. Haynes, Personalia (1918).
NICOLAUS DAMASCENUS,
Greek historian and philo-
sopher of Damascus, flourished in the time of Augustus and Herod the Great, with both of whom he was on terms of friendship. He instructed Herod in rhetoric and philosophy, and had attracted
the notice of Augustus when he accompanied his patron on a visit to Rome. Later, when Herod’s conduct aroused the suspicions of Augustus, Nicolaus was sent on a mission to bring about a reconciliation. He survived Herod, and it was through his influence that the succession was secured for Archelaus: but the date of his death, like that of his birth, is unknown. Fragments of
his universal history (‘Iorvopia xafodrx}), from the time of the
Assyrian empire to his own days, his autobiography, and his life
of Augustus (Bios Kaicapos) have been preserved, chiefly in the extracts of Constantine Porphyrogenitus.
Fragments in C. Müller, Fragmenta historicorum Graecorum, lli.; see also F. Navet, Nikolaus von Damascus (1853), containing an account of his life and writings, and translation of the fragments.
NICOLAUS OF LYRA (c. 1265-1349), French commentator, was born in Lire, now Vieille-Lyre (Eure). He entered the- Franciscan order at Verneuil about 1300, and studied at Paris, where, becoming a doctor some time before 1309, he taught for many years. From 1319 he was provincial of his order in F rance, and was present in that capacity at the general chapter at Pérouse (1321). In 1325 he was provincial of Burgundy, and as executor of the estate of Jeanne of Burgundy, widow of King Philip VI., he founded the college of Burgundy at Paris, where he died in the autumn of 1349, being buried in the chapter hall of the convent of the Cordeliers.
Among the authentic works of Nicolaus of Lyr : mentaries on the whole Bible, one (Postilla litteralis, PA Dn followin g the literal sense, the other (Postilla mystica seu moralis, 1339) followIng the mystic sense. There are numerous editions (Rome, 1471-72: Douai, 1617; Antwerp, 1634). (2) Tractatus de differenti a nostrae
translationis. (i.e, Vulgate) ab Hebraica veritate, 1333. (3) Two treatises against the Jews. (4) A theological treatise on the Beatific Vision, directed against pope John XXII. (1 un i Contemplatis de vita S. Francisci, a book of ae piper AS) In addition to the notices in Wadding, du Moustier, Sbaraglia Fabricius, see C. Siegfried, in Archiv. f. wissenschaftliche Erforschuand ng des A.T., vols. i., ii; A. Merx, Die Prophetie des Joel und ihre Ausleger
(1879, pp. 305-366) ; M. Fischer in Jahrbiicher f. protestantische The-
ologie, xv.; F. Maschkowski, in Zeitschrift f. alttestamentliche Wissen. schafi, xv.; Neumann in Revue des études jutves, vols. 26 and 27;H
Labrosse in Positions des thèses de l'École des Chartes (1906).
NICOLE, PIERRE (1625-1695), one of the most distinguished of the French Jansenists, was the son of a provincial barrister, and was born at Chartres. Sent to Paris in 1642 to study theology, he soon entered into relations with the Jansenist community at Port Royal (qg.v.) through his aunt, Marie des Anges Suireau, who was for a short time abbess of the convent.
For some years he was a master in the “little school” for boys
established at Port Royal, and taught Greek to young Jean Racine, the future poet. With Antoine Arnauld, he acted as
general editor of the controversial literature put forth by the
Jansenists. He had Pascal’s Provincial Letters into Latin, In 1664 he himself
a large share in collecting the materials for Letters (1656); in 1658 he translated the under the pseudonym of Nicholas Wendrock. began a series of letters, Les Imaginaires, intended to show that the heretical opinions commonly ascribed to the Jansenists really existed only in the imagination of the Jesuits. His letters being violently attacked by Desmaretz de Saint-Sorlin, an erratic minor poet who professed great devotion to the Jesuits, Nicole replied to him in another series of letters, Les Vistonnaires (1666). In the course of these he observed that poets and dramatists were no better than “‘public poisoners.”
About the same time Nicole became involved in a controversy about transubstantiation with the Huguenot Claude; out of this grew a massive work La Perpétuité de la fot de l’église catholique touchant Veuchariste (1669), the joint effort of Nicole and Antoine Arnauld. But Nicole’s most popular production was his Essais de morale (14 vols., 1671 seg.), a series of short discussions on practical Christianity. In 1679, on the renewal of the persecution of the Jansenists, Nicole was forced to fly to Belgium in
company with Arnauld. But the two soon parted. Nicole was elderly and in poor health; the life of a fugitive was not to his taste, and he complained that he wanted rest. “Rest,” answered Arnauld, “when you have eternity to rest in!” In 1683 Nicole made a rather ambiguous peace with the authorities. and was allowed to come back to Paris. “There he continued his literary labours; he was writing a refutation of the new heresy of the Quietists when death overtook him on Nov. 16, 1695. (See Port ROYAL.) Several abridgments of the Essais exist, notably a Choix des essois de morale de Nicole, ed. Silvestre de Saci (1857). Nicole’s life is told at length in the 4th volume of Sainte Beuve’s Port-Royal.
NICOLL, ROBERT
(1814-1837), Scottish poet, was born
on Jan. 7, 1814, at the farm of Little Tullybeltane, in the parish of Auchtergaven, Perthshire. At sixteen the boy was apprenticed to a grocer and wine-merchant at Perth. In 1833 he began to con-
tribute to Johnstone’s Magazine (afterwards Tait’s Magazine), and in the next year his apprenticeship was cancelled. In 1836 he became editor of the Leeds Times. He died at the house of his friend William Tait, at Trinity, near Edinburgh, on Dec. 7, 1837, in his twenty-fourth year. He had published a volume of Poems in 1835; and in 1844 appeared a further volume, Poems and Lyrics, with an anonymous memoir of the author by Mrs. C. I. Johnstone. The best of his lyrics are those written in the Scottish dialect. See P. R. Drummond, Life of Robert Nicoll, Poet (1884).
NICOLL, SIR WILLIAM
ROBERTSON
(1851-1923),
Scottish Nonconformist divine and man of letters, was born at Auchindoir, Aberdeenshire, on Oct. 10, 1851, the son of a Free
Church minister. He graduated M.A. at Aberdeen in 1870, and studied for the ministry at the Free Church college there until 1874, when he was ordained minister of the Free church at Duf-
town. Three years later he moved to Kelso, and in 1884 became editor of the Expositor. In 1886 he founded the British Weekly, a Nonconformist organ which obtained great influence over opinion in the free churches. Robertson Nicoll helped to make the fortunes of the paper by the papers which he contributed over
the signature of “Claudius Clear.” He also founded and edited the Bookman (1891, etc.), and acted as chief literary adviser
to the publishing firm of Hodder and Stoughton.
He edited The
429
NICOLLS—NICOTERA Expositor’s Greek Testament (1897, etc.), and a series of Literary Lives (1904, etc.). He was knighted in 1909, and died on May 4, 1923. See T. H. Darlow, William R. Nicoll (1925).
NICOLLS, RICHARD (1624-1672), American colonial governor, was born probably at Ampthill, Beds., England, in 1624. He commanded a royalist troop of horse during the Civil War, and on the defeat of the king went into exile. Soon after the Restoration he entered the service of the duke of York, through whose influence he was appointed in 1664 on a commission to conquer New Netherland from the Dutch and to regulate the affairs of the New England colonies and settle disputes among them. The expedition set sail from Portsmouth on May 25, 1664, and New Am-
sterdam was surrendered to Nicolls on Sept. 8. Under authority
of a commission from the duke of York, Nicolls assumed the position of deputy governor of New Netherland (New York). His policy was vigorous but tactful, and the transition to the new regime was made smoothly and with due regard to the interests of the conquered people. The English system of law and administration was at once introduced into Long Island, Staten
Island and Westchester, where the English element already predominated, but the change was made much more slowly in the
Dutch sections. A code of laws, known as the “duke’s laws,” drafted by the governor with the help of his secretary, Matthias
Nicolls (c. 1630~1687), was proclaimed in 1665 and continued in force until 1683. Nicolls returned to England in the summer of 1668 and continued in the service of the duke of York. He was
killed in the naval battle of Southwold bay May 28, 1672. See J. R. Brodhead, History of the State of New York (rev. ed., 1872); and Woodrow Wilson, A History of the American People, vol. i. (1902). For the “Duke’s Laws” see Laws of Colonial New York, i. 6-100.
NICOMACHUS, a Neo-Pythagorean philosopher and mathe-
matician, born at Gerasa in Arabia Petraea, flourished about 100 AD. Two treatises by him are extant: (1) The Introductio arithmetica sets out the elementary theory and properties of numbers. Numbers are no longer denoted by lines as in Euclid, but are written in the ordinary notation; hence general principles can only be stated with reference to particular numbers taken as illustrations. Nicomachus states a rule about cubes which enables us to sum any number of forms of the series of natural cubes beginning from 1; otherwise the book is mathematically unimportant. It had, however, great vogue (“you count like Nicomachus” says a character in Lucian). A Latin translation by Apuleius of Madaura (born about 125 a.D.) is lost; but we have Boétius’s version. The commentators include Iamblichus, Heronas, Asclepius of Tralles, Joannes Philoponus, Proclus. The Greek text has been edited by R. Hoche (Teubner, 1866) and the commentaries of Iamblichus and Philoponus by Pistelli (Teubner, 1894) and Hoche (Leipzig, 1864, and Berlin, 1867) respectively. There is an elaborate English edition by F. E. Robbins and L. C.
Karpinski (New York, 1926). (2) The Enchiridion Harmonices (edited by Jan in Musici Scriptores Graeci, 1895) is on the Pythagorean theory of music.
Nicomachus is also said to have
written Theologumena arithmetices (in two books) on the properties of numbers, of which the Theologumena arithmeticae ae at a edited by Ast (1817) contains no more than T. L. H.
NICOMACHUS,
of Thebes, Greek painter, active c. 390-
340 B.C., was a contemporary of the greatest painters of Greece; Vitruvius observes that if his fame was less than theirs, it was the fault of fortune rather than of demerit. Pliny (xxxv. 108) gives a list of his works; among them a “Rape of Persephone,”
“Victory in a Quadriga,” a group of Apollo and Artemis, and the “Mother of the Gods seated on a Lion.” Pliny tells us that he was a very rapid worker and used but four colours.
NICOMEDIA (mod. /smid), an ancient town at the head of the Gulf of Astacus, which opens on the Propontis, was built in 264 B.C. by Nicomedes I. of Bithynia, and has ever since been one of the chief towns in this part of Asia Minor. It was the metropolis of Bithynia under the Roman empire (see Nicaka), and Diocletian made it the chief city of the East. Owing to its position at the convergence of the Asiatic roads to the new
capital, Nicomedia retained its importance even after the foundation of Constantinople and its own capture by the Turks (1338).
NICOPOLIS
(“Victory-City”), ACTIA, an ancient city of
Epirus, founded 31 B.c. by Octavian (Augustus) in memory of his victory over Antony and Cleopatra at Actium. The colony, composed of settlers from many neighbouring towns, succeeded and became the capital of southern Epirus and Acarnania, with the right of sending five representatives to the Amphictyonic council. On the spot where Octavian’s tent had stood he built a sanctuary to Neptune adorned with beaks of captured galleys, and instituted the Actian games in honour of Apollo. The city was restored by the emperor Julian, and again (after the Gothic invasion) by Justinian; but in the middle ages it was supplanted by Prevesa. The ruins, now known as Palaeoprevesa (Old Prevesa), lie about 3 m. north, on a small bay at the narrowest part of the peninsula which separates the Gulf of Arta (Sinus Ambracius) from the Ionian Sea. The most conspicuous objects are the acropolis, two theatres and an aqueduct.
NICOSIA, the capital of Cyprus, situated in the north central
part of the island. Pop. (1911) 18,461. Its earliest name was Ledra, but Leucos, son of Ptolemy Soter (280 8.c.), is said to have changed its name to Leucotheon, corrupted into mediaeval Greek Leucosia and Frankish Nicosia. A mile south-west of the town lies the very large Bronze age necropolis known as Hagia Paraskevi. The principal monuments of the Lusignan period are the fine Gothic cathedral of St. Sophia, the church of St. Catherine, of the z4th century (both these are now mosques); and the church of St. Nicolas of the English (now a grain store), built for the Knights of St. Thomas of Acre; and the gateway of the Venetian palace of the rsth century. The circuit of the city was reduced in 1567, under the direction of the Venetian engineer, G. Savorgnano, from 9 m. to 3 m.; 80 churches and a number of fine houses were sacrificed. The new walls were given a circular shape, with 1 bastions and three gates. In 1571 Nicosia was besieged and taken by the Turks, but remains the principal centre of business and administration. Water is supplied by two aqueducts. The residence of the governor, the Government offices, museum, hospital, prison and English church are without the walls. The fosse has been planted, and part of it used as an experimental garden. The chief industries are tanning and hand weaving.
NICOSIA, city and episcopal see (since 1816), Sicily, province
of Catania, 21 m. by road north of the railway station of Leonforte (which is 49 m. west of Catania), 2,840 ft. above sea-level. Pop. (1921) 14,586. The town retains a thoroughly mediaeval appearance, with a fine Norman cathedral and some other interesting churches, among them S. Maria Maggiore, with a reredos by Antonio Gagini. A Lombard dialect is still spoken here.
NICOTERA, GIOVANNI
(1828-1894), Italian patriot and
politician, was born at San Biagio on Sept. 9, 1828. Joining the party of Young Italy he was among the combatants at Naples in May 1848, and was at San Pancrazio with Garibaldi during the defence of Rome. After the fall of Rome he fled to Piedmont, where he organized the expedition to Sapri in 1857, but shortly after his arrival there he was defeated and severely wounded by the Bourbon troops. Condemned to death, but reprieved through the intervention of the British minister, he remained a prisoner at Naples and at Favignana until 1860, when he joined Garibaldi at Palermo. Sent by Garibaldi to Tuscany, he attempted to invade the Papal States with a volunteer brigade, but his followers were disarmed and disbanded by Ricasoli and Cavour. In 1862 he was with Garibaldi at Aspromonte; in 1866 he commanded a volunteer brigade against Austria; in 1867 he invaded the Papal States
from the south, but the defeat of Garibaldi at Mentana put an end to his enterprise.
His parliamentary career dates from 1860.
During the first ten years he engaged in violent opposition, but from 1870 onwards he joined in supporting the military reforms of Ricotti. Upon the advent of the Left in 1876, Nicotera became minister of the interior, and governed with remarkable firmness. He was obliged to resign in December 1877, when he joined Crispi, Cairoli, Zanardelli and Baccarini in forming the “pentarchy” in opposition to Depretis, but he only returned to power thirteen years later as minister of the interior in the Rudini cabinet of
430
NICOTIANA—NIEBUHR
r8gr. On this occasion he restored the system of uninominal constituencies and resisted the socialist agitation. He fell with the Rudini cabinet in May 1892, and died at Vico Equense, near Naples, on June 13, 1894. See V. Giordano, La Vita ed i discorsi di Giovanni Nicotera (Salermo, 1878) ; Mauro, Biografia di Giovanni Nicotera (Rome, 1886; German trans., Leipzig, 1886) ; and Mario, In memoria di Giovannt Nicotera (Florence, 1894).
NICOTIANA,
a genus of plants of the nightshade family
(Solanaceae), comprising about 45 species of herbs and shrubs, native chiefly to tropical America. They are strongly-scented, annuals or perennials, possessing narcotic-poisonous properties. They have alternate, simple, usually entire but sometimes wavymargined, large leaves, and white, yellow, greenish or purple, fragrant flowers, with a long, tubular, five-lobed corolla, usually opening at night. Besides NV. Tabacum, important as the source of commercial tobacco (g.v.), several other species are cultivated as ornamental plants. Some Io species are found in the southern and western parts of the United States, W. glauca (tree tobacco) a slender evergreen shrub native to Brazil, has become widely
naturalized on the Pacific coast. N. rustica (wild tobacco), still cultivated by the Indians of the eastern States, is of uncertain origin.
Grande, in the vicinity of an Indian village. The settlement did
not become a village until 1819, when it was named Villa Rea] da
Praia Grande.
In 1834 the city and municipal district of Rio de
Janeiro were separated from the province, and Praia Grande became the capital of the latter in the following year. In 1836 it was
raised to the dignity of a city and received the appropriate name of Nictheroy, from the Indian name Nyterdi, “hidden water”
In the naval revolt of 1893-94 the older districts of the city suf. fered much damage from desultory bombardments, but the insur. gents were too few to take possession. Soon afterwards the seat of government was removed to Petropolis, but restored in 1903,
NIDAROS: see TRONDHJEM.
NIEBUHR, BARTHOLD GEORG (1776-1831), German statesman and historian, son of Karsten Niebuhr (g.v.), was born at Copenhagen on Aug. 27, 1776. After studying at the university
of Kiel, he became private secretary to Count Schimmelmann, Danish minister of finance, but in 1799 entered the state service. He was chief director of the National Bank
from 1804 to 1806
when he took a similar appointment in Prussia. He accompanied the Prussian government to Königsberg, where he rendered considerable service in the commissariat, and was afterwards still
more useful as commissioner of the national debt and by his opposition to ill-considered schemes of taxation. In 1810 he was
NICOTINE, a volatile liquid, is the principal alkaloid (see made royal historiographer and professor at Berlin university, ALKALOIDS) of tobacco, in which it occurs to the extent of 4 to and two years later published two volumes of his Römische Ge5% along with minute amounts of closely related alkaloids. schichte (Eng. trans., 1847~51). In 1816, while on his way to Nicotine is still used in medicine to a small extent, but the prin- Rome to take up the post of ambassador, he discovered in the cipal demand for it is as a horticultural insecticide. It is prepared cathedral of Verona the long-lost Jmstitutes of Gaius, afterwards by adding lime or caustic soda to a filtered, concentrated, aqueous edited by Savigny, to whom he communicated the discovery under extract of tobacco (stalk and other tobacco refuse is generally the impression that he had found a portion of Ulpian. During used) and recovering the alkaloid so set free, by extraction with his residence in Rome Niebuhr discovered and published fraga suitable solvent or by steam-distillation. This crude alkaloid is ments of Cicero and Livy, aided Cardinal Mai in his edition of freed from water by a chemical drying agent, such as solid potash, Cicero De Republica, and shared in planning the great work on and then fractionally distilled. Pure nicotine, C,HuN., is a the topography of ancient Rome by von Bunsen and Platner highly poisonous colourless liquid, with an unpleasant odour; it (1773—1855), to which he contributed several chapters. In 1823 boils at 246-274° C, [a], ~—168-5°, and is soluble in most solvents he resigned the embassy and established himself at Bonn, where including water. The picrate crystallizes in short, yellow prisms, he died on Jan. 2, 1831. melts at 218° C and is characteristic of the alkaloid. Nicotine was Niebuhr’s Roman History, to which he added a 3rd vol. (1832), synthesized in the year 1904 by Pictet, Crepieux and Rotschy. counts among epoch-making histories both as marking an era in NICTHEROY, a city of Brazil and capital of the State the study of its special subject and for its momentous influence of Rio de Janeiro, on the E. shore of the Bay of Rio de Janeiro, on the general conception of history. “The main results,” says opposite the city of that name. Pop. (including its municipal Leonhard Schmitz, “arrived at by the inquiries of Niebuhr, such district), 1920, 86,238. A railway connects the city with the as his views of the ancient population of Rome, the origin of the interior, with Macahé, on the coast, and with the lines of Minas plebs, the relation between the patricians and plebeians, the real Geraes. Nictheroy is practically a residential suburb of Rio nature of the ager publicus, and many other points of interest, de Janeiro. It occupies, in great part, the low alluvial plain have been acknowledged by all his successors.” He was the first that skirts the shores of the bay and fills the valleys between to deal with the ancient history of Rome ina scientific spirit and numerous low wooded hills. The site is shut off from the sea-coast introduced new principles into historical research. He suggested by a range of high rugged mountains. The shore line of the bay is the theory of the myth; he brought in inference to supply the broken by large, deeply indented bays (that of Jurujuba being place of discredited tradition and showed the possibility of writnearly surrounded by wooded hills), shallow curves and sharp ing history in the absence of original records; he drew attention promontories. to the importance of ethnological distinctions, and laid stress on The city consists of a number of these partially separated dis- institutions, and social traits to the neglect of individuals. tricts—Praia Grande, Sao Domingos, Icarahy, Jurujuba, Santa See Niebuhr’s Politische Schriften edited, by G. Kiintzel in 1923 Rosa, Sao Lourengo, Ponta d’Areia and Barreto—all together and his Briefe by D. Gerhard (1926 foll.); D. Hensler, Lebenscovering 8 or 9 m. of the shore. An electric street railway connects nachrichten tiber B. G. Niebuhr, aus Briefen desselben und aus Erinall the outlying districts with the ferry stations of Praia Grande nerungen einiger seiner nächsten Freunde (3 vols., 1838-39, Eng. trs. 1852); J. Classen, B. G. Niebuhr, eine Gedächtnisschrift (1876), G. and São Domingos. The city is characteristically Portuguese in Eyssenhardt, B. G. Niebuhr (1886) ; J. E. Sandys, History of Classical the construction and style of its buildings—low, heavy walls of Scholarship (1908), iii.; C. Seitz, L’historien Niebuhr (1909). broken stone and mortar, plastered and coloured outside, with an NIEBUHR, KARSTEN (1733-1815), German traveller, occasional facing of glazed Lisbon tiles, and covered with red tiles. was at Liidingworth, Lauenburg, Holstein, on March 17, Among the public buildings are several churches and hospitals (in- 1733, born the son of a farmer. He worked as a peasant in his early cluding the Jurujuba yellow-fever hospital and the Barreto isolayears, but managed to learn surveying. In 1760 he was invited to tion hospital), the Government palace, a municipal theatre and a join the expedition which was being sent out by Frederick V. of large Salesian college situated in the suburbs of Santa Rosa on an Denmark for the scientific exploration of Egypt, Arabia and Syria. eminence overlooking the lower bay. Several large islands fill the He studied mathematics and Arabic for a year and a half before upper bay near the eastern shore; some are used as coal deposits the expedition set out. The expedition sailed in January 1761, for the great steamship companies, and one (Flores) is used as an landing at Alexandria, ascended the Nile. Proceeding te immigrants’ depédt. Manufactures include cotton and woollen and, Suez, Niebuhr visited Mount Sinai, and in October 1762 the fabrics, tobacco, spirits, soap and tiles, expedition sailed from Suez to Jeddah, journeying thence overland The first settlement on the east side of the Bay of Rio de Janeiro dates from 1671, when a chapel was erected at Praia to Mocha. Here in May 1763 the philologist of the expedition, van Haven, and the naturalist Forskal, died. Sana, the capital
NIEDERWALD—NIELLO
434
of Yemen, was visited, but the remaining members of the expedition were obliged to return to Mocha. Niebuhr saved his life and restored his health by adopting native dress and food. From Mocha the ship sailed to Bombay; the artist of the expedition and the surgeon died. Niebuhr was now the only surviving member
knowledge of the process and materials employed in niello-work is derived mainly from four writers, Eraclius the Roman (a
of the expedition.
a sharp graving tool on the smooth surface of the metal, which was usually silver, but occasionally gold or even bronze. An alloy was formed of two parts silver, one-third copper and one-sixth lead; to this mixture, while fluid in the crucible, powdered sulphur
He stayed fourteen months
at Bombay,
and
then returned home by Muscat, Bushire, Shiraz and Persepolis, visited the ruins of Babylon, and thence went to Baghdad, Mosul and Aleppo. After a visit to Cyprus he toured Palestine, crossing Mount Taurus to Brussa, reaching Constantinople in February 1767 and Copenhagen in the following November. He married in 1773, and held a post in the Danish military service and lived at Copenhagen. In 1778 he accepted a position in the civil service of Holstein, and went to reside at Meldorf, where he died on April 26, 1815. He published Beschreibung von Arabien (1772); Reisebeschreibung von Arabien und anderen umliegenden Ländern (2 vols., 1774—78)
besides papers in Deutsches Museum. He also edited Forskål’s Descriptiones animalium, Flora Aegyptiaco-Arabica,
ralium (1775—76).
and Icones rerum natu-
French and Dutch translations of his narratives were published dur-
ing his lifetime, and a condensed English translation, by Robert Heron, of the first three volumes
(see above) was issued Society for Penetration
in Edinburgh
(1792).
His son Barthold
published a short Life at Kiel in 1817; an English version in 1838 in the Lzves of Eminent Men, published by the the Diffusion of Useful Knowledge. See D. G. Hogarth, The of Arabia (“Story of Exploration” series) (1904).
NIEDERWALD,
a broad hill in Germany, in the province
of Hesse-Nassau, opposite Bingen, forming the south-western apex of the Taunus range (g.v.). Its summit is clothed with dense
forests of oak and beech, while its southern and western sides, which descend sharply to the Rhine, are covered with vineyards. On the hill above Rüdesheim, stands the national monument of the war of 1870~71. Cog railways run up the hill.
NIEHAUS, CHARLES HENRY (1855), American sculptor, was born at Cincinnati, O., on Jan. 24, 1855. He was a pupil of the McMichen school of design, Cincinnati, and also studied at the Royal Academy, Munich, returning to America in 1881. In 1885, after several years in Rome, he established his studio in New York city. In 1906 he became a National Academician. His principal works are a statue of President Garfield, for Cincinnati; the Hahnemann memorial, in Washington; “Moses” and “Gibbons,” for the congressional library, and “James A. Garfield,” ‘‘John J. Ingalls,” “William Allen” and “Oliver P. Morton,” for Statuary hall, the Capitol, Washington; “Hooker” and “Davenport,” State House, Hartford, Conn.; the Astor memorial doors, Trinity church, New York; “General Forrest,” Memphis, Tenn.; Generals Sherman and Lee, and William the Silent; “The Scraper, or Greek Athlete using a Strigil”; statues of Lincoln, Farragut and McKinley, at Muskegon, Mich.; a statue of McKinley and a lunette for McKinley’s tomb, at Canton, O.; “The Driller,” at Titusville, Pa., in memory of Col. E. L. Drake, who, in 1859, originated the petroleum industry of America; “Francis Scott Key,” at Baltimore; and the war memorials at Newark and Hackensack, N.J.
NIEL, ADOLPHE
(1802-1869), marshal of France, was
born at Muret on Oct. 4, 1802, and entered the Ecole Polytechnique in 1821, whence he passed to the engineer school at Metz, becoming lieutenant in the Engineers in 1827 and captain in 1833.
He served with distinction in Algeria and in the Crimean War. Niel commanded the IV. corps in the war against the Austrians. (See Irartan Wars.) On the field of battle of Solferino he was made a marshal of France.
After service in a home command, he
became minister of war (1867). He drafted and began to carry out a far-reaching scheme of army reform, based on universal service and the automatic
creation of large reserves.
He also
rearmed the whole of the army with the chassepét rifle. He died on Aug. 13, 1869, in Paris.
NIELLO
(the Italian form of Lat. nigellum, diminutive of
niger, “black”, a method of producing delicate and minute decoration on a polished metal surface by incised lines filled in with a
black metallic amalgam.
In some cases it is very difficult to
distinguish niello from black enamel;
but the black substance
differs from true enamel in being metallic, not vitreous.
Our
writer probably of the 1zth century), Theophilus the monk, who wrote in the 12th or 13th century, and, in the 16th century, Benvenuto Cellini and Giorgio Vasari. The design was cut with
in excess was added;
and the brittle amalgam, when cold, was finely pounded, and sealed up in large quills for future use. A solution of borax to act as a flux was brushed over the metal plate and thoroughly worked into its incised lines. The powdered amalgam was then shaken out of the quills on to the plate, so as to cover completely all the engraved pattern. The plate was now carefully heated over a charcoal fire, fresh amalgam being added, as the powder fused, upon BY COURTESY OF THE METROPOLITAN MUSEUM OF ART any defective places. When the VENETIAN SWORD HILT OF THE powder had become thoroughly EARLY 16TH CENTURY liquid, so as to fill all the lines,
the plate was allowed to cool, and the whole surface was scraped, so as to remove the superfluous niello, leaving only what had sunk into and filled up the engraved pattern. Last of all the nielloed plate was very highly polished, till it presented the appearance of a smooth metal surface enriched with a delicate design in fine grey-black lines. This process was chiefly used for silver work on account of the vivid contrast between the whiteness of the silver and the darkness of the niello. As the slightest scratch
upon the metal received the niello, and became a distinct black line, ornament of the most minute and refined description could easily be produced. The earliest specimens of niello belong to the Roman period. Two fine examples are in the British Museum. One is a bronze statuette of a Roman general, nearly 2 ft. high, found at Barking hall in Suffolk. The dress and armour have patterns partly inlaid in silver and partly in niello. The dark tint of the bronze rather prevents the niello from showing out distinctly. This statuette is apparently a work of the ist century. The other example is not earlier than the 4th century. It is a silver casket or lady’s toilet box, in which were found an ampulla and other small objects, enriched with niello-work. From Roman times till the end of the 16th century the art of working in niello seems to have been constantly practised in some part at least of Europe, while in Russia and India it has survived to the present day. From the 6th to the r2th century a large number of massive and splendid works in the precious metals were produced at Byzantium or under Byzantine influence, many of which were largely decorated.with niello; the silver dome of the baldacchino over the high altar of S. Sophia was probably one of the most important of these. Niello is frequently mentioned in the inventories of the treasures belonging to the great basilicas
of Rome and Byzantium. The Scala d’Oro in S. Mark’s, Venice,
roth century, owes much of its refined beauty to niello patterns in the borders. This art was also practised by Bernward, artistbishop of Hildesheim (11th century). In France, too, judging both from existing specimens of ecclesiastical plate and many records preserved in church inventories, this mode of decoration must have been frequently applied all through the middle ages: especially fine examples once existed at Notre Dame, Paris, and at Cluny, where the columns of the sanctuary were covered with plates of silver in the rzth century, each plate being richly ornamented with designs in niello. Among the early Teutonic and Celtic races, especially from the 8th to the rith centuries, both in Britain and other countries, niello was frequently used to decorate the very beautiful personal ornaments of which so many specimens enrich the museums of Europe. The British Museum
434
NIEM— NIETZSCHE
possesses a fine fibula of silver decorated with a simple pattern in niello and thin plates of repoussé gold. This, though very similar in design to many fibulae from Scandinavia and Britain, was found in a tomb at Kerch (Panticapaeum). Several interesting gold rings of Saxon workmanship have been found at different times, on which the owner’s name and ornamental patterns are formed in gold with a background of niello. One with the name of Ethelwulf, king of Wessex (836-858), is now in the British Museum. Another in the Victoria and Albert Museum has the name of Alhstan, who was bishop of Sherborne from 823 to 867. The metal-workers of Ireland, whose skill was quite unrivalled, practised largely the art of niello from the roth to the rath century, and possibly even earlier. Fine croziers, shrines, fibulae and other objects of Irish workmanship, most skilfully enriched with elaborate niello-work, exist in considerable numbers. From the 13th to the 16th century but little niello-work appears to have been produced in England. It is, however, in Italy that the art of niello-work was brought to greatest perfection. During the whole mediaeval period it was much used to decorate church plate, silver altar-frontals and the like. The magnificent frontals
of Pistoia cathedral and the Florence baptistery are notable instances of this. During the 15th century, especially at Florence, the art of niello-work was practised by almost all the great artistgoldsmiths of that period. The British Museum possesses the finest existing example of rsth-century German niello. It is a silver beaker, covered with graceful scroll-work, forming medallions, in which are figures of cupids employed in various occupations.
Châlon-sur-Saône on March 7, 1765. He served in the army and was administrateur of, the district of Nice from
1795 to 18;
Returning in that year to his birthplace, he devoted himself along
with his elder brother Claude (1763-1828) to mechanical anq chemical researches. In 1813 the idea of obtaining photographs first suggested itself to him, and in 1827 he succeeded in produc. ing a photograph on a metal plate. Niepce learned that L. J. M,
Daguerre was working in the same direction, and in 1829 the
two united their forces “pour coopérer au perfectionnement de la
découverte
inventée par M.
Niepce
et perfectionnée
par mM.
Daguerre”? (see also PHotocrapHy). Niepce died at Gras, his property near Châlon, on July 3, 1833.
NIERSTEIN, a village of Germany, in the republic of Hesse, on the left bank of the Rhine, 8 m. S. from Mainz by the railway to Worms. Pop. (1925) 4,591. Nierstein was originally a Roman settlement, and was a royal residence under the Carolingian rulers. Later it passed from the emperor to the elector palatine of the Rhine.
It contains an old Roman
bath—Sironabad—ang
sulphur springs. It is famous for its wines. NIETZSCHE, FRIEDRICH WILHELM (1844-1900), German philosopher, born Oct. 15, 1844 at Rocken near Liitzen, in the Prussian province of Saxony, came of a family of clergy-
men. Both his father and his grandfather were Protestant pastors,
while his paternal grandmother and his mother, née Oehler, were also pastors’ daughters. They were honourable, pious people, cheerful and happy, with a social life embellished by poetry and music; while their official standing secured them from the petty BIBLIOGRAPHY.—The Archaeological Journal of 1862 (vol. xix., p. cares of existence. Nietzsche’s forbears also enjoyed singular 323) has an excellent monograph on the subject, see also vol. xii., p. 79 bodily vigour, which they retained in all its freshness to old age. and vol. iv., p. 247; Labarte, Arts of the Middle Ages (1855) ; Texier, Dictionnaire de Porfévrerie, p. 1822 (Paris, 1857) ; Lessing, Collectaneen Nietzsche’s father, who died prematurely from a fall down a zur Literatur (vol. xii., art. “Niellum”); C. Davenport in Journal of flight of steps, was an exception. In his joy over the birth of a son, Soc. of Arts, vol. xlviii. (1901). this father inserted in the Church register of Rocken at Friedrich’s NIEM [Nvem, or Nrzxerm], DIETRICH OF (c. 1345- christening the question from Luke i., 66, “what manner of child 1418), mediaeval historian, was born at Nieheim, a small town shall this be?” Wagner and Schopenhauer.—The boy was educated at subject to the see of Paderborn. He became a notary of the papal court of the rota at Avignon, and in 1376 went with the Curia to Naumburg and at the famous old Fiirstenschule of Pforta, which Rome. Urban VI. made him an abbreviator to the papal chancery. he left with an excellent leaving certificate (with only one “unsatHis chief importance lies in the part he took in the controversies isfactory,’ in mathematics). In the autumn (1864) he was enarising out of the Great Schism. He accompanied Gregory XII. tered at the University of Bonn, as a student of theology and to Lucca in May 1408, and, having in vain tried to make the pope classical philology. As, however, he found at Bonn an exceptionlisten to counsels of moderation, he joined the Roman and Avig- ally gifted teacher of classical philology in Ritschl, he soon, to the nonese cardinals at Pisa. He adhered to the pope elected by the great grief of his family, abandoned theology and devoted himself council of Pisa (Alexander V.) and to his successor John XXIII., exclusively to philological studies. In fact, the undergraduate resuming his place at the Curia. In view of the increasing con- Nietzsche severed himself not only from theology but from fusion in the Church, however, he became one of the most ardent Christianity; the determining influence in this change “was his advocates of the appeal to a general council. He was present at reading of Schopenhauer, whose great work, The World as Will the council of Constance as adviser to the German “nation.” He and Idea, had fallen into his hands by accident. died at Maastricht on March 22, 1418. His enthusiasm for Schopenhauer and for music—an art which Niem’s most important works are the Nemus unionis, a valuable Nietzsche loved and practised throughout his life—brought him collection of papal documents; and the De schismate, giving the into touch with Richard Wagner, who was then living at Triebhistory of events from 1376 to 1410, when he completed the work. schen on the Lake of Lucerne. Nietzsche, as a young student of It was continued in the Historia de vita Johannis XXIII. 25, had, on Ritschl’s recommendation, been appointed professor For bibliography see Potthast, Bibl. hist. medii aevi (2nd ed., Berlin, at Basel; and close personal intercourse with Wagner followed. 1896), Pp. 1,051, s.v. “Theodoricus de Niem”; and generally see the The two men agreed in their judgment of their own time, and in article on Niem by Theodor Lindner in Allgemeine deutsche Biographie (Leipzig, 1886) ; and Erler, Dietrich von Nieheim (Leipzig, 1887).
NIEMCEWICZ
(nyém-tsa’vich), JULLAN URSIN (1757~
1841), Polish scholar, poet and statesman, was born in 1757. In the earlier part of his life he acted as adjutant to Kosciusko, was taken prisoner with him at the fatal battle of Maciejowice (1794), and shared his captivity at St. Petersburg. On his release he travelled for some time in America, where he married. After the Congress of Vienna he was secretary of state and president of the constitutional committee in Poland, but in ‘1830-31 he was again driven into exile. He died in Paris on the 21st of April 1841. Niemcewicz wrote comedies, novels and historical works, but he is best remembered by his Historical Songs of the Poles
(Warsaw, 1816), a series of lyrical compositions in which the chief
heroes are of the golden age in Polish history. His collected works were published in 12 vols. at Leipzig (1838-40).
NIEPCE, JOSEPH NICEPHORE (1765-1833), French physicist, and one of the inventors of photography, was born at
their appreciation of antiquity;
Nietzsche
combined
Wagner’s
views and his own researches on Greek artistic achievement in
Die Geburt der Tragödie (1870—71).
But the book was severely
condemned by the official German school, under the leadership of Ulrich v. Wilamowitz, and Nietzsche as a classical scholar was outlawed. He clung all the more closely to Wagner, at whose side he waged war against German lack of culture. The four Unzeztgemdssen
Betrachtungen, devoted to this struggle, were intended to restore Germany, whose development Nietzsche felt had been jeopardized by the victories of 1864, ’66 and ’70, to intellectual pursuits. These four polemical works (1873~76) are entitled David Strauss, der
Bekenner und Schriftsteller; Vom Nutzen und Nachteil der Historie für das Leben; Schopenhauer als Erzieher; and Richard Wagner in Bayreuth. In working on the last of these, Nietzsche began to be conscious of reservations both on the cultural value of Wagner’s creations,
and on his personality; during the Bayreuth Festival, these reser-
NIETZSCHE
4.33
and Wagner, he began to discern tendencies towards Christian and
despondent view of life that, at last, in wrath over his own avetsions, he denied the will to life altogether. In the end Nietzsche came to regard Schopenhauer’s principal work as the outpourings of a melancholy young man. Its author never fought his way through to cheerful maturity, but remained fettered to the doctrines he had laid down early in life. Nietzsche, whose motto was,
Thence-
“yea” to life; but that there had been, and now existed, other and
forward, he lived chiefly in northern Italy, the Engadine, or the French Riviera, on the small pension granted him by the university of Basle. Maturity.—From this time onwards, he devoted himself wholly
different judgments and valuations of existence and “things.” The attitude of civilization towards existence and “things,” depended
| yations led to estrangement and ultimately to passionate renunciation. (See Der Fall Wagner, Nietzsche contra Wagner, r888.) Nietzsche held that Wagner’s art was nothing more than the dope required by a decadent generation, and the whitewashing of Schopenhauer’s pessimism. In both his models, Schopenhauer
Buddhistic negation, and therefore, though with much pain, broke “Only he whe altereth remains unalterably mine,” condemned this loose from them. The first expression of this emancipation is. lack of capacity for development. The changes in Nietzsche’s own nature took place under the found in Menschliches all-zu Menschliches (2 vols. 1878), in which Nietzsche enters on his essentially negative critical period. influence of Pre-Socratic antiquity; by this standard he weighed In 1879, probably owing to the pain caused by his violent separa- both Schopenhauer’s and every other philosophy which either tion from his friends and masters, Nietzsche’s health became so denied or was hostile to life. He saw that pagan antiquity had said bad that he had to resign his professorship at Basle.
to philosophy, and with the gradual improvement in his health,
entered the third and mature period of his creative life, during
which his best works were given to the world. In Morgenröte (1880-81) and Die frohliche Wissenschaft (1881-82), he fought romanticism in all its manifestations, and revealed art, religion
and philosophy as illusions invented by man as weapons in his struggle for development, for prevailing over himself and his fellows. In the years 1883-85, he produced work which he himself
regarded as his highest achievement.
Written in the style of an
Old Testament prophet, this work which was his own New Testament, the gospel of the superman and the eternal recurrence, was entitled Also Sprach Zarathustra. Ein Buch fir Alle und Keinen. Nietzsche provided a valuable interpretation of this
work, parts of which even to-day are difficult to understand, in the two volumes of Jenseits von Gut und Bése (1885-86) and Genealogie der Moral (1887). He then planned a greater work, Der Wille zur Macht: Versuch zur Umwertung aller Werte. It was never finished, but contains no less than 1,052 valuable aphorisms: its two volumes (Vols. xiv. and xv. in the English works) are divided into the following sections:—(1) European Nihilism, (2) A Criticism of the Highest Values that have prevailed hitherto, (3) The Principles of a New Valuation, (4) Discipline and Breeding. The three fine and stimulating books, Gétzendémmerung, oder wie man mit dem Hammer philosophiert, Der Antichrist, and the autobiography Ecce Homo, date from his last and exceptionally productive period, the year 1888.
At the turn of the year (1888-89) Nietzsche broke down, prob-
ably from overwork; for, outwardly calm as his life had been, the philosopher had suffered most violent moral upheavals, and had moreover recorded his innermost experience in a brief space of
time in a number of carefully thought out works. Another cause
of his breakdown was probably his extreme loneliness; only in the last year of his conscious life was he “discovered” by the Danish-European critic and author, Georg Brandes; he himself had neither followers nor disciples. We may take him at his word when, on July 8, 1886, he writes to his sister :—-““My health is really quite normal—only my soul is so sensitive and so full of longing for good friends of my own kind. Get me a small circle
of men who will listen to me and understand me—and I shall be cured.”
Nietzsche lived on for another 12 years, first with
his mother at Naumburg and, after the latter’s death, with his
widowed sister, Elizabeth Forster-Nietzsche at Weimar, where he died on Aug. 25, 1900. He was buried in the churchyard of Rocken. The Message.—In order to understand Nietzsche’s philosophy,
which departs conspicuously from the orthodox and academic, it is necessary once more to make a profound study of his development. Nietzsche, it must be remembered, did not spin his view of life out of his inner consciousness, but lived and suffered it—a fact which explains both his language, free from learned jargon, and
his half pathetic, half ironical style, which is yet always so full of poetry and metaphor. Nietzsche, as we have seen, started his philosophical career with
Schopenhauer—the
philosopher who took such a gloomy and
upon that civilization’s values; and values may be either lifepromoting or life-arresting. The Good, The True and The Beautiful.—What are the ruling values of our civilization? Nietzsche replies, the ruling values of our civilization are those of the good, the true and the beautiful; which have ruled for thousands of years. Al thinkers, including Plato, have acknowledged them as the highest. Nietzsche condemns these values as life-arresting; they are moreover quite illusory, for there is no instinct for goodness, truth and beauty. What does exist is another instinct—the will to power, the will to a stronger and higher existence. This will to power designates as. good, true and beautiful, whatever is useful to the individual, whatever serves his advancement and enables him to establish his type by victory over others and using those others for his ends. Not goodness, truth or beauty per se determines what is good, true and beautiful, but something which lies behind goodness, truth and beauty, something which is higher, deeper, more
important and more mighty than any of them, and uses “good,” “true” and “beautiful,” merely as means, as weapons to affirm and promote its own life and the lives of those that are like it—to wit, the will to power. Good, true and beautiful are therefore not fixed values; they are relative, and there always stands behind them some human type, which by means of them is furthering its own ends. How came they to prevail as absolute values? How came they to prevail to such an extent that ultimately they were imposed upon all? “Cui bono were these values proclaimed?” Nietzsche asks. And he replies, “Even these, our present values, are the expression of a will to power—but of the will of the impotent, the humble, the feeble, the subjected, the peaceloving, who by means of these values wished to predominate and—have succeeded.” Our values “good,” “true” and “beautiful,” which led to Schopenhauer’s philosophy and to the gloomy and disintegrated state of the world, came, according to Nietzsche, from the Jews. Among the Jews, the slave people of antiquity, arose the values which, with the help of religion and its moral content, still rule our present-day world. It is true that the Jews themselves once maintained a yea-saying attitude to the world. In the days of their prosperity, when they were still a triumphant and warlike people, ruled by capable kings, they too called “good” everything that was “bold,” “vigorous,” “joyful,” “cruel” and “selfreliant.” But ultimately these Jews fell under the heel of various foreign invaders, and their faith in the old natural values declined —but not their will to live, which now they fostered under a table of values and judgments the reverse of those they had formerly held. Thenceforward they gradually and systematically demonetized “good.” They called good all that was “cautious,” “clever,” “humble,” “pacific,” “mendacious” and “adaptable”; while their “evil” became everything that was “strong,” “chard,” “upright,” “energetic,” “exuberant” and “self-respecting.” Thus, in the end, the Jews transvalued all values; thus they corrupted the master morality into the slave morality. “The Jews,” says Nietzsche, “performed the miracle of the inversion of valuations; they led the slave-insurrection in morals. Jesus of Nazareth, this ‘Redeemer,’ bringing salvation and victory to the poor, the sick, the sinful—
was he not really temptation in its most irresistible form, tempta-
434
NIETZSCHE
tion to seize hold of those very Jewish values and new ideals?
‘Sub hoc signo’ Israel, with its slave morality, triumphed over the noble ideals of master morality. Under Israel’s flag the people have triumphéd, or the slaves, or the populate, or the herd, or
whatever name you care t6 give them. The ‘masters’ have been
tions (which by-the-bye he only foresaw and did not bring aboy as Allied War propaganda alleged), he welcomed a means for the masculinization of the world, the rearing of a higher type of man
and the creation of a new ruler caste. For these, and these alone, he demanded emancipation from the
done away with; the morality of the cormmon man has triumphed.” Levelling.—The Jews thus bequeathed the values of their decadence to Christianity, and the latter, for its part, accentuated
Judaeo-Christian morality. Only to these higher and stronger men from whom ultimately Superman was to spring, did he grant and recommend his famous formula of the transvaluation of all val.
noble have only been able to assert themselves for brief periods in Europe; i.e., at the Renaissance, under Louis XIV., and under Napoleon I. They were immediately suppressed by the Reformation, the French Revolution and the so-called Wars of Liberation against the “Corsican invader.” All this occurred gradually, without mankind becoming aware of what had happened, so that the world never obtained a clear conception of how thoroughly it had been Semitized.
tellect and will, and, to this end, slowly and cautiously to liberate in him a whole host of slandered instincts, hitherto held in check:
them, and spread them all over the world through many centuries of preaching and propaganda. Since the Crucifixion of Christ the
The 19th, Nietzsche’s own century, which he assailed most
wrathfully, had, according to him, finally Jet loose all these Christian instincts. These instincts, in their political disguise, dominate all modern movements—the labour, pacifist and feminist movements. “All distinctions must be removed,” is the order of the day, even the natural distinction between man and woman. Yet, according to Nietzsche, the emancipation of woman can lead only to her enfeeblement and the destruction of her charm; and, therefore, only to defective offspring. If healthy children are to be produced, the differences bétween the sexes should be maintained, even deepened. But modern democracy will have nothing to do with differences, and in this demand is it not the legatee of
Christianity? Christianity claims the equality of men before God, democracy, the equality of all men before the law. And as democracy derives from Christianity, so does socialism, which is little more than thé Gospel in modern dress. For the Gospel was originally “the announcement that the road to happiness lies open to the poor and lowly—that all that is necessary is emancipation frorn institutions, tradition, and the tutelage of the ruling classes. “This Christianity is no more than the typical teaching of the Socialists. Property, acquisition, fatherland, rank and position, courts of law, the police, State, Church, education, art, militarism: all these are so many obstacles in the way of happiness, so many mistakes, shares, and devil’s artifices, on which the Gospel passes
sentence—all this is typical of socialistic doctrine.” (Der Wille zur Macht, Aphorism 209.) The Will to Power.—JIs there then no escape from this topsyturvy world? Is there no hope that other than Semitic values
will once again prevail, and that other than “herd” men will be
born? Arë the “meek and the poor in spirit” always to be allowed
to “have their say,” and thus continue to “torture” the ears of him who “remembers with a shudder that mankind’s fate depends upon the success of its highest types?” To the anxious enquiter who puts this question, Nietzsche replies :—“‘Yes, there is a way, but new Gods, or resuscitated old Gods can no longer be of any avail. Our only hope lies in new men.” And, according to him, these new men are already in process of formation. “The aspect of the European of to-day,” says our philosopher, “makes me very hopeful. A daring and ruler race is building itself up, upon the foundation of an extremely intelligent gregarious mass. ... The same conditions which go to develop the gregarious animal also force the development of the leaders.” (Der Wille zur Macht, Aph. 955-56.) “While, therefore, the democratization of Europe will tend to the production of a type prepared for slavery in the most subtle sense of the term, the strong man will necessarily, in individual and exceptional cases become stronger and richer than he has perhaps ever been before. . +. The democratization of Europe is at the same time an involuntary preparation for the réaring of tyrants-—taking the
ues:——“‘The aim should be to prepare a transvaluation of values for a particularly strong kind of man, most highly gifted in in. whoever
meditates
about this problem belongs to us, the free
spirits—though not to that kind of ‘free spirit’ which has ex.
isted hitherto: for these desired practically the reverse.” (Der Wille zur Macht, Aph. 957.) And in the very next aphorism he adds: “I am writing for a race of men which does not yet exist:
for the lords of the earth.”. . . “Live dangerously!”—this moito,
which he himself lived up to, Nietzsche addresses to these future lords of the earth, while gladly conceding to others the right to strive for happiness and safety, and to cultivate domestic virtues, For, in all his writings, the philosopher set up no moral code for the generality no wish to lead lesser men away from duties. “I am a law only for mine own;
emphasized that he had of men, and that he had their virtues and their I am not a law for all,
of foot, —(Also Sprach Zarathustra). The Rejection of Nietzsche.—An
aristocratic doctrine like
He, however, who belongs to me must be strong of bone and light this, addressed to a self-confident democracy, inevitably met in the
first place with misunderstanding, or, rather, with silence, then contempt, and finally with rejection. It was rejected all the more firmly, when, despite Nietzsche’s warning, many uninvited guests pressed into his garden, and indulged their chaotic and rebellious instincts “beyond good and evil.” Nietzsche himself had forseen these unwanted disciples, and had warned the world as follows:— “The first followers of a Creed prove nothing against it.” To these false followers, Nietzsche preferred his adversaries, among whom the true believers were by no means the worst. But those he esteemed least were his former colleagues; for the ears of scholars and university professors were least attuned to his message. To these men, as has been well said, the new teaching was a “bolt from the blue”: although even this was not entirely true; for, like every other thinker, Nietzsche of course had his predecessors, whom he expressly mentioned by name—Heraclitus, Empedocles, Spinoza and Goethe. His doctrine fared just as badly with the politicians whom he offended, without exception, the conservatives by his revolutionary views, and the socialists by his conservatism. He arraigned no less all the religious sects and classes. Jew and gentile, man and woman, patriot and pacifist, wére all criticized; for the roller of equality had levelled everything and everybody, and property
constituted the only distinction—not, however,
in Nietzsche's
eyes; for he saw and asked: “Mob above, mob below! what to-day
means poor or rich?” Thus, for the first 50 years after it was expounded, the teaching, despite the recognition of individuals, fell, as it were, between all stools; while its messenger by his countless opponents in every country, including Germany, was branded as misanthropist, madman, promotor of wars, infidel, dysangelist and corruptor of morals. Nietzsche’s Contribution.--A further and more dispassion-
ate study of his philosophy must, however, lead to a different conclusion, particularly on the charge of irreligion, although it must be admitted that the firm rejection of Nietzsche’s teaching by those who clung to the old beliefs is quite comprehensible.
Nietzsche was a destructive genius of the first order, and his revolutionary
movement
could
not but
arouse
suspicion and
misunderstanding at the time. Men felt, if only unconsciously,
word in all its méanings, even in its most spiritual sense.”. . .
the unprecedented acuteness and the novelty of his attack; for
For Nietzsche saw great dangers thteatening both the 2oth century and its successor. With them would come the classical era of great wars and revolutions, says this poet-philosopher, who,
Nietzsche’s vigilant eye descried all his opponents’ weak points, and his psychological ruthlessness tore veil after veil from ideals
incidentally, was also a true prophet.
he saw virtues, or the possibility of virtues; and where they had
In thése wars and revolu-
cherished for centuries.
Where his predecessors had seen vices,
NIEUPORT—NIFO
435
seen virtues, he saw vices, or the possibility of vices. His attack
being the instrument of the famous flooding of the front on the
values which had been held most sacred for centuries, inevitably
Yser on Oct. 29, 1914; all that was necessary to submerge a large part of the district, under the enemy's fire, was to reverse the normal process, i.e., to close the locks to the lower and open them to the higher water, so as to allow the tide to flow inland. Nieuport Bains, 2 m. from the town, is a fashionable seaside resort dating only from 1869.
on Christianity was much more thorough than that of Voltaire, whose “écrasez ltnfime!” had really done no more than assail the out-works of the Christian stronghold, its dogmas and ceremonies, without however aiming at the inner core of the Faith, the Christian ideal itself. Thus Nietzsche’s rejection of all the
made him the great solitary that he was. Such daring and scornful condemnation, such glacial negation, could not be understood at
NIEVRE,
a department
of France, formed from the old
province of Nivernais with a small part of the Orléanais. It is bounded north-west by Loiret, north by Yonne, east by Côte motives remained obscure. Nobody understood in the early days d’Or, east and south-east by Saône-et-Loire, south by Allier and that his teaching against pity sprang from his love of healthy life, west by Cher. Pop. (1926) 260,502. Area 2,658 sq. miles. Nièvre against morality, from his love of a higher ethic, and against pafalls into three regions. In the east are the granitic mountains triotism from his desire for a united Europe. Late and slowly the world began, or is beginning to change of the Morvan, one of the most picturesque parts of France, containing Mont Prénelay (2,789 ft.) and several lesser heights. its mind about “the anti-antichrist,” and to perceive that he was The north and centre are occupied by plateaux of Jurassic limenot merely “anti’; but that the destroyer of the old tables of stone with a maximum elevation of 1,400 feet. The west and values was also a creator of new values. For in Nietzsche, destrucsouth-western part of the department is a district of plains, comtion was accompanied by creation, wrath by blessing, and his ve- posed mainly of Tertiary formations with alluvial deposits, and hement nay by an equally emphatic yea. His nay was directed at comprising the valleys of the Loire and the Allier. The lowest sickness, weakness and decadence, while his yea was for all those level of the department is 446 ft., at the exit of the Loire. Eastern healthy instincts slandered and suppressed by the religion and Niévre belongs to the upper basin of the Yonne, a tributary of morality up to his day. Nietzsche became the redeemer of these the Seine, followed by the southern part of the Nivernais canal: honest and virile instincts, and endeavoured to make their corre- western Niévre drains towards the Loire, which crosses its southonce, or greeted with applause, especially as at first his very
sponding lordly virtues contribute to a great vision which he had
had of the future. This with the versatile talent left to posterity a series found morality, and are the word, as religious.
vision, conceived in ecstasy, he depicted of a scholar, a musician and a poet, and of works which bear witness to his proto be regarded in the highest sense of
BIBLIOGRAPHY.—T ranslations:-~The Authorized English Translation of Nietzsche’s Works, by Oscar Levy (1909~13, 18 vol.). A selection from the five-volume German edition of Nietzsche’s letters, published under the title of Selected Letters of Friedrich Nietzsche (1921); Elizabeth Forster-Nietzsche, The Young Nietzsche (Eng. trans. by A. M. Ludovici, 1912), The Lonely Nietzsche (Eng. trans. by Paul
V. Cohn, 1915); Daniel Halévy, La vie de Nietzsche (1909; translated by J. M. Hone, as The Life of Nietzsche, 1911).
Books about Nietzsche. The number of books written about Nietzsche in various languages is so vast that it is only possible to select a few, some of which will be found to take up a critical attitude
western corner and then forms its western boundary. The principal cereals are oats and wheat; potatoes and various kinds of forage are also largely grown. On the extensive pastures much cattle is fattened. The Nivernais and Charolais are the chief breeds. The rearing of sheep and draught-horses is also important. Vines are grown in the Loire valley and near Clamecy. The white wines of Pouilly are widely known. Niévre abounds in
forests, the chief trees being the oak, beech, hornbeam, elm and chestnut. Coal is mined at Decize, and gypsum, building stone, and kaolin are quarried. The best-known mineral springs are those of Pougues and St. Honoré. Niévre is famous for iron-works, the most important being those of Fourchambault. At Imphy there are large steel-works. The government works of La Chaussade
at Guérigny make chain-cables, anchors, armour-plates, etc. There are also manufactories of agricultural implements and hardware, potteries, manufactories of porcelain and faience (at Nevers) and (2nd edition 19264); Q. Levy, The Revival of Aristocracy (1906) ; glass works, tile-works, chemical works, paper-mills and sawJ. M. Kennedy, The Quintessence of Nietzsche (1909); M. Miigge, mills, as well as tanneries, boot and shoe factories, cask manuNietzsche, his Life and Work (1909); A. M. Ludovici, Who is to be Master of the World? (1909); A, M. Ludovici, Nietzsche, his Life and factories and oil works (colza, poppy and hemp). In the Morvan Works (1910); G. Chatterton Hill, The Philasophy of Nietzsche district the timber industry is important. Much of the traffic is by water: the canal along the Loire runs (1912) ; Georg Brandes (trans. by A. G. Chates), Friedrich Nietzsche (1914) ; A. Wolf, The Philosophy of Nietzsche (x915); J. N. Figgis, through the department for 38 m., and the Nivernais canal for The Will to Freedom, or the Gospel of Nietzsche and the Gospel of 78 miles. The chief railway is that of the P.L.M. Company, whose Christ (1917) ; W. M. Salter, Nietzsche, The Thinker (1917); Charles Andler, Nietzsche, sa vie et sa pensée, 6 vols. (1920-28); J. Lavrin, main line to Nimes follows the valley of the Loire and Allier. Nietzsche and Modern Consciousness (1922) ; M. Havenstein, Nietzsche Nièvre is divided into 3 arrondissements (Nevers, Châteauals Erzieher (1922); Amance, Divinité de Frédéric Nietzsche: germe Chinon and Clamecy being their capitals), 25 cantons, 313 comCune religion d’ Europe (1925); Jules de Gaultier, Nietzsche (1926); munes. It forms the diocese of Nevers under the archbishop Fritz Krokel, Europas Selbstbesinnung durch Nietzsche (z929). of Sens and part of the académie (educational district) of Dijon and of the region of the VIII. army corps. The chief towns are NIEUPORT (Flem. Nieuwpoort), a town of Belgium in the Nevers, the capital, Clamecy, Fourchambault, Cosne, La Charité province of West Flanders. Pop. (1920) 3,016. It was the port and Decize. The appeal court is at Bourges. of Ypres, and is situated on the Yser about ro m. S. of Ostend. NIFO, AGOSTINO [Avcusrinus Nipuvus] (1473 ?—1538 or At one time Lombartzyde was the port of the Yser, but in the 1545), Italian philosopher and commentator, was born at Japoli, course of the 12th century mud was silted up, and ships went Calabria. He lectured at Padua, Naples, Rome and Pisa, and further south to Sandeshove, where it was more navigable. This was deputed by Leo X. to defend the Catholic doctrine of Implace became the “Novus portus”; Nieuport. It was strongly mortality against the attack of Pomponazzi and the Alexandrists. fortified in the middle ages and its siege by the French in 1488-89 In return for this he was made Count Palatine, with the right Is an episode of its heroic period. Under its walls in 1600 to call himself by the name Medici. He edited (1495) the works Maurice of Nassau defeated the archdyke Albert and the Span- of Averroes; with a commentary compatible with his lately aclards. It contains an ancient cloth market, a fine town-hall and an quired orthodoxy. In the great controversy with the Alexandrists old church, and outside is a lighthouse dating from 1289. More he opposed Pomponazzi’s theory that the death of the body towards the philosopher:--H. Lichtenberger, La Philosaphie de Nietasche (1898) trans. J. M. Kennedy as The Gospel of the Superman
than once in the course of its history, the town has been com-
pletely rebuilt, hence its draughtsboard plan, preserved even after the wholesale destruction of 1914-18.
Nieuport has one of the main artificial drainage outlets of the
low country, the locks of Palingbrug. Since the World War they have been rebuilt in the form of six locks debouching on the
canal of the Yser. They played an important part in the war,
means the death of the soul. He insisted that the individual soul,
as part of absolute intellect, is indestructible, and on the death of the body is merged in the eternal unity. His principal philosophical works are De immortalitate animi (1518 and 1524); De intellectu et daemonibus;
De infinitate primi motoris
quaestio and Opuscula moralia et politica. His numerous commentaries on Aristotle were frequently reprinted, the best-known edition being printed at Paris in 1654 in 14 vols.
436 NIGDEH
NIGDEH—NIGER (Arab. Nakidah), the chief town of a vilayet in Niger is split up into a number of channels.
Mopti is at the
Asia Minor, situated on the Kaisarieh-Cilician Gates road. It is junction of the main stream with a large right-hand backwater remarkable for the beauty of its buildings, dating from almost all or tributary, the Bani or Mahel Balevel, on which is situateg ages of the Seljuk period. After the fall of the sultanate of Rum the important town of Jenné. Below Mopti is a swampy and (of which it had been one of the principal cities), Nigdeh became treeless region and the first of a series of lakes (Debo) is reached. independent, and, according to Ibu Batuta, ruinous, and did not These lakes are chiefly on the left of the main stream, with whic) pass into Ottoman hands till the time of Mohammed II. It repre- they are connected by channels conveying the water in one direc. sents no classical town, but, with Bor, has inherited the importance tion or the other according to the season. At high water most of of Tyana, whose site lies about 1o m. S.W. A Hittite-inscribed these are united into one general inundation. The largest lake monument, brought perhaps from Tyana, has been found at Nig- Faguibini, is nearly 70 m. long by 12 m. broad, has high shores and reaches a depth exceeding, in parts, 160 feet. It is not until deh. The population (1927) is 59,289.
NIGEL
(d. 1169), bishop of Ely, head of the exchequer in
the reigns of Henry I. and Henry II., was brought into the exchequer in early life (1130). Soon after his uncle Roger of Salisbury secured him the bishopric of Ely, much to the disgust of the monks. Nigel incurred the suspicion of leaning towards the Angevin interest, when Roger of Salisbury and Alexander of Lincoln were arrested by Stephen (Jan. 1139). He attempted to maintain himself in his see by force of arms, but he was forced to fly to the empress at Gloucester. He was reconciled to Stephen in 1142 and restored to his see; but he now quarrelled with Henry of Winchester and was forced to go to Rome. Fortunately, he secured the strong and uniform support of the Roman Curia. At the accession of Henry II. (1154) Nigel was summoned to reorganize the exchequer. He was the only surviving minister of Henry I., and his knowledge of the exchequer business was un-
Kabara, the port of Timbuktu, is reached, a distance of 450 m, from Sansandig, that the labyrinth of lakes, creeks and back. waters ceases. Below Kabara the river reaches its most northerly
point. Here, and for some 500 m. down stream the river is bordered on the north by the Sahara; in places it is desert on both
sides, with long lines of sand dunes.
At Bamba it is shut in by
steep banks, and narrows to from 600 to 700 yd., again spreading
out some distance down. At Tosaye (about 250 m. from Timbuktu) the stream turns distinctly south-east and preserves that direction throughout the remainder of its course. Here, just before the bend becomes pronounced, the Baror and Chabar rocks reduce the width of the river to less than 500 ft., and at low
water the strength of the current is a serious danger to navigation. At Ansongo, 430 m. below Timbuktu, the navigable reach of the middle Niger, in all 1,057 m., ends. Four huge flint rocks bar
at Ansongo and effectually prevent further navigation very shallow draught vessels. From Ansongo to Say, m., the river presents a labyrinth of rocks, islands, rapids. From Say, where the stream is about 700 yd. in breadth, to Bussa, there is another navigable stretch extendSee F. Liebermann, Einleitung in den Dialogus de Scaccario (1875) ; ing 300 miles. After the desert region is past the Niger receives J. H. Round, Geoffrey de Mandeville (1892). the waters of the river Sokoto, a considerable stream flowing NIGER, a great river of West Africa, inferior only to the from the north-east. Some distance below this confluence are Congo and Nile among the rivers of the continent. Rising within the Bussa rapids. These rapids are of a more dangerous charIso m. of the sea in the mountainous zone which marks the acter than any encountered between Ansongo and Say. “In one north-east frontiers of Sierra Leone and French Guinea, it tra- pass, some 54 yd. wide, shut in between two large reefs, a good verses the interior plateaux in a vast curve, flowing north-east, east half of the waters of the Niger flings itself over with a tremenand south-east, until it finally enters the Gulf of Guinea through dous roar” (Hourst). The rapids extend for 50 m. or more; ina
rivalled. This was the great work of his life. To the work of
his son Richard, the Dialogus de Scaccario, we owe our knowledge of exchequer procedure as it was left by Nigel. The bishop took little part in politics, except as an administrator. In 1166 his health was broken by a paralytic seizure.
the river except in some 250 reefs and
an immense delta. Its total length is about 2,600 miles. About less obstructive form they continue to Rabba. Lower River and Delta.—A little above Rabba the river 250 m. from its mouth it is joined by the Benue, coming from the east from the mountainous region of Adamawa. From its makes a loop south-west, at the head of the loop being (right mouth to the limit of navigability from the sea the Niger is in bank) Jebba. Here there is an island in midstream, taken advanBritish territory; above that point it flows through French ter- tage of in the bridging of the river by the railway from Lagos. ritory. The area of the Niger basin is calculated at 580,000 sq.m. Sixty miles lower down is the mouth of the (left hand) tributary the Kaduna, a river of some magnitude whose head waters are at least. The source of the Niger lies in 9° 5’ N. and 10° 47’ W.; the not far from Kano. In 7° 50’ N. 6° 45’ E. the Niger is joined most northerly point of the great bend is about 17° N. and the by its great tributary the Benue. At their confluence the Niger mouth is in 4° 30° N. 6° E. The river is known locally under is about 3 m. broad and the Benue rather more than a mile. The various names, the most common being Joliba (a Mandigo word united stream forms a lake-like expansion about 2 m. in width, meaning great river) and Kworra or Quorra. By the last name dotted with islands and sandbanks; the peninsula at the junction the Niger was known in its lower reaches before its identity is low, swampy and intersected by numerous channels. The with the upper river was established. The Tembi, the stream stream, as far south as Iddah (Ida), a town on the east bank, considered the chief source of the Niger, issues from a deep rushes through a valley cut between the hills, the sandstone ravine 2,800 ft. above sea-level where, from a moss-covered cliffs at some places rising 150 ft. high. Between Iddah and rock a spring issues and has made a pool below. The overflow Onitsha, 80 m., the banks are lower and the country flatter, and forms the Tembi, which within a short distance is joined by two to the south of Onitsha the whole land is laid under water during other rivulets, the Tamincono and Falico, which have their origin the annual floods. Here may be said to begin the great delta in the same mountainous district. After flowing north for about of the Niger, which, extending along the coast for about 120 m., 100 m., the river turns eastward and at its confluence with the and 140 or 150 m. inland, forms one of the most remarkable of all Tankisso (a northern tributary), 210 m. from its source, has the swampy regions of Africa. The river breaks up into an attained dimensions sufficient to earn for itself the title Joliba. intricate network of channels, dividing and subdividing, and Taking at this point a decided trend northward, the Niger, 100 intercrossing not only with each other but with the branches of m. lower down, at Bamako has a depth of 6 ft. with a breadth other streams, so that it is exceedingly difficult to say where the of 1,300 feet. Seven or eight miles below Bamako the Sotuba Niger delta ends and another river system begins. The Rio Nun rocks mark the end of what may be considered the upper river. is a direct continuation of the line of the undivided river, and Thirty miles below Sotuba are the rapids of Tulimandio; alittle is thus the main mouth of the Niger. From the sea the only lower down is Kulikoro, from which point the bed of the stream indication of a river mouth is a break in the dark green manfor over 1,000 m. is fairly free from impediments. groves which here universally fringe the coast. The crossing
Middle Niger and Lake Region.—The Niger here turns mote directly to the east and increases in volume and depth.
of the bar—where the depth of water is but 12 or 13 ft.—requires considerable care, and as other branches of the Niger afford
Below Sansandig the banks of the river become low and the
better access the Nun mouth is now
little used.
East of the
NIGER Nun the estuaries known as the Brass, Sombrero, New Calabar, Bonny, Opobo (or Imo), etc. (with the exception, perhaps, of the first-named), seem to derive most of their water from inde-
pendent streams.
West of the Nun all the estuaries up to the
Forcados seem to be true mouths of the great river.
The For-
cados has supplanted the Nun river as the chief channel of communication by water with the interior. The mouth of the Forcados is 2 m. wide, the bar, formerly but 3 m. across, had by 1927 grown to 2im. across, but the depth of water allowed vessels of 18 ft. draught to enter the river; within the bar is a
deep water natural harbour of 3 to 4 square miles. Five miles up stream is the port of Burutu.
From the mouth of the Forcados
to the main stream is 105 m., with a minimum depth in the dry season of seven
feet.
The
other western mouths
of the Niger
have as a rule shallow and difficult bars. The delta is the largest in Africa and covers 14,000 square miles, a larger area than the more famous Nile delta. The Benue.—The Benue is by far the most important of the afluents of the Niger.
The name
signifies in the Batta tongue
“Mother of Waters.” The river rises in Adamawa in about 7° 4o’ N. and 13° 15’ E., at a height of over 3,000 ft., being sep-
437
description that it is impossible definitely to identify it with the Niger. Arabian geographers, such as Ibn Batuta, who were acquainted with the middle course of the river, called it the Nile of the Negroes. At the same time contradictory opinions were held as to the course of the stream. It was supposed by some geographers to run west, an opinion probably first stated by Idrisi in the 12th century. Idrisi gave the Nile of Egypt and the Nile of the Negroes a common source in the Mountain of the Moon. Fountains from the mountain formed two lakes, whence issued streams which united in a very large lake. From this third lake issued two rivers—the Nile of Egypt flowing north, and that of the Negroes flowing west (see R. Dozy and M. J. de Goeje’s Edrisi, Leiden, 1866: Premier Climat, 1st four sections). From Idrisi’s description it would appear that he regarded the Shari, Lake Chad, the Benue, Niger and Senegal as one great river which emptied into the Atlantic. From 1405 to 1413 a Frenchman, Anselme d’Isalguier, lived at Gao, a city on the Niger 400 m. below Timbuktu; the account of his travels was never printed and is lost. Knowledge of his adventures, never widely known, was completely forgotten until brought to light by Ch. de la Ron-
cière (see his Découverte de VAfrique au Moyen Âge, vol. ii.,
Cairo, 1927). Leo Africanus visited the Niger regions in 151315 without settling the question as to the direction of the river. The belief that a western branch of the Nile emptied itself into in some 150 miles. With the Chad system it is connected by the the Atlantic was held by Prince Henry of Portugal, who inKebbi or Mayo Kebbi, a river which issues from the south-west structed the navigators he despatched to Guinea to look for the end of the Tuburi marshes, and eventually joins the Benue. The mouth of the river, and when in 1445 they entered the estuary Tuburi marshes occupy an extensive depression in the plateau of the Senegal, the Portuguese were convinced that they had east of the Mandara hills, and are cut by 10° N., 15° E. The discovered the Nile of the Negroes (see Azurara’s Discovery and central part of the marshes forms a deep lake, whence there is Conquest of Guinea, Beazley and Prestage’s translation, vol. i1., London, 1899, chap. Ix. and lxi., and introduction and notes). a channel going northward to the Logone. Below the Kebbi confluence the Benue, now a considerable The Senegal being proved an independent river and the eastriver, turns from a northerly to a westerly direction and is ward flow of the Niger assumed, the theory that it ran into the navigable all the year round by boats drawing not more than Nile was revived. That the vast network of rivers on the Guinea coast, of which 24 feet. At Yola, a town some 850 m. by river from the sea and at an altitude of 600 ft., the width of the stream at flood the Nun was the chief, known as the Oil rivers, formed the delta time reaches to 1,000 or 1,500 yd., and though it narrows at the of the Niger does not appear to have been suspected before the somewhat dangerous rapids of Runde Gilla to 150 or 180 yd., beginning of the roth century. Consequently it was from the it soon expands again. About so m. above Yola the Benue is direction of its source that the river was first explored in modern joined by the Faro, a river rising in the Adamawa hills, and times. In 1795 Mungo Park (g.v.), sent out by the African Assome 50 m. below Yola the Benue receives, on the right bank, sociation, landed at the Gambia, and struck the Niger near Segu the Gongola, which rises in the Bauchi highlands and after a on July 20, 1796, where he beheld it “glittering in the morning great curve north-east turns southward. It is over 300 m. long, sun as broad as the Thames at Westminster and flowing slowly and at flood time is navigable for about half of its course. In to the eastward” (Travels, rst ed., p. 194). He descended the its lower course the Benue is joined by several other streams; river some distance, and on his return journey went up stream as far as Bamako. In 1805 Park returned to Africa for the purits valley is bordered by ranges of hills. As the Niger and the Benue have different gathering grounds, pose of descending the Niger to its mouth. From Bamako he they are not in flood at the same time.: The upper Niger rises sailed down the river for over 2,000 miles and on the eve of in June and decreases in December. The middle Niger, however, the successful accomplishment of his undertaking lost his life reaches its maximum near Timbuktu only in January and April- during an attack on his boat by the natives at Bussa (Nov. or July is the low water season. The Benue reaches its greatest Dec. 1805). Park held to the opinion that the Niger and Congo height in August or September, begins to fall in October, falls were one river, though in 1802 C. G. Reichard, a German geograpidly in November and slowly in the next three months, and rapher, had suggested that the Rio Nun was the mouth of the reaches its lowest in March and April. The flood rises with great Niger. Owing to Park’s death the results of his second journey eal and reaches 50, 60 or even 75 ft. above the low-water were lost, and the work had to be begun afresh. In 1822 Maj. A. G. Laing (who had reached Timbuktu by way of Tripoli) mark. Below the Benue confluence the Niger is at its lowest in April obtained some accurate information concerning the sources of and May; in June it is subject to great fluctuations; about the the river, and in 1828 the French explorer René Caillié went
arated by a narrow water parting from one of the head-streams
of the Logone, whose waters flow to Lake Chad. In its upper course the Benue is a mountain torrent falling over 2,000 ft.
middle of August it usually begins to rise; and its maximum is reached in September.
In October it sinks, often rapidly.
A
slight rise in January, known as the yangbe, is occasioned by water from the upper Niger. Between high and low-water mark the difference is as much as 35 ft. History and Exploration.—Vague
ideas of the existence of
the river were possessed by the ancients. The greal river flow-
ing eastward reached by the Nasamonians as reported by Herodotus can be no other than the Niger. Pliny mentions a river
Nigris, of the same nature with the Nile, separating Africa and
Ethiopia, and forming the boundary of Gaetulia; and it is not improbable that this is the modern Niger. In Ptolemy, too, ap-
pears along with Gir (possibly the Shari) a certain Nigir (Nivyecp)
as one of the largest rivers of the interior; but so vague is his
by boat from Jenné to the port of Timbuktu.
In 1826 Bussa
was reached from Benin by Hugh Clapperton, and his servant Richard Lander. On Clapperton’s death Richard Lander and his brother John led in 1830 an expedition which went overland from Badagry to the Niger. Canoeing down the river from Yauri—6o m. above Bussa—to the mouth of the Rio Nun they finally settled the doubt as to the lower course of the stream. Heinrich Barth (1851-54) made known to Europe the course of the river from Timbuktu to Say. Later, the extension of French influence throughout the western Sudan led to an accurate knowledge of the river above Timbuktu. From 1880 onwards Col. (afterward General) Gallieni took a leading part in the operations on the upper river, where in 1883 a small gun-
boat, the “Niger,” was launched for the protection of the newly
NIGERIA
438
established French posts. In 1885 a voyage was made by Capt. Delanneau past the ruins of Sansandig, as far as Diafarabe. In 1887 the “Niger” made a more extended voyage, reaching the port of Timbuktu. A more important expedition was that of Lieut. Hourst, who, starting from Timbuktu in Jan. 1896, navigated the Niger from that point to its mouth, executing a careful survey of the river and the various obstructions to navigation. In addition to the main stream, the Niger basin was made known. during the last quarter of the r9th century and the early years of the 2zoth. The journeys of the German traveller G. A. Krause (north from the Gold Coast, 1886-87) and the French Capt. Binger (Senegal to Ivory Coast, 1887~89) first defined its southern limits by revealing the unexpected northward extension of the basins of the Guinea coast streams, especially the Volta and Komoe, a fact which explained the absence of important tributaries within the Niger bend. The exploration of the Benue dates from the middle of the 19th century. In 1851 Barth crossed the Benue at its junction with the Faro, but the region of its sources was first explored by the German E. R. Flegel (1882-84), who traversed the whole southern basin of the river and reached Ngaundere. The Benue itself had been ascended 400 m. by the “Pleiad” expedition in 1854 and in 1889 the river was traced to 134° E., and Kebbi to Bifara by Maj. (afterwards Sir Claude) Macdonald, further progress towards the Tuburi marsh being prevented by the shallowness of the water. In 1903, a French officer, Capt. E. Lenfant (who had in r9or succeeded in navigating the Bussa rapids on the Niger) ascended the Kebbi and discovered the Lata fall, continuing up the river to its point of issue from Tuburi. Crossing the marshes he found and navigated the narrow river leading to the Logone. Save for the portage round the Lata fall the whole journey from the mouth of the Niger to Lake Chad was made by water. From Kulikoro
(which is connected by railway with the port
of Dakar) downward, the French have undertaken works on the Niger with a view to deepening the channel, and they maintain a regular steamer service to the port of Timbuktu. In roro the British began dredging with the object of obtaining in the lower river a minimum depth of 6 ft. of water; however, while there is still a large river traffic the building of railways in Nigeria has deprived the lower Niger and the Benue of their importance as highways of commerce to the far interior. BIBLIOGRAPHY.—Mungo Park, Travels in the Interior Districts of Africa ...in the Years 1795, 1796 and 1797 (London, 1799). A geographical appendix by Maj. James Rennell summarizes the information then available about the Niger. R. and J. Lander, Journal of an Expedition to Explore the Course and Termination of the Niger ... (London, 1833); H. Barth, Travels and Discoveries in North and
Central Africa ...,; vol. iv, and v. (London, 1857-58); Gen, J. S. Gallieni, Mission exploration du Haut Niger ... (Paris, 1885); E. Caron, De Saint Louis au Port de Timbouktou; Voyage d’une
cannoniére francaise (Paris, 1891); M. Hourst, Sur le Niger et au pays des Touaregs (Paris, 1898), English trans., French Enterprise
includes the former
British colony and protectorate
of Lagos
(g.v.), and is nearly seven times the size of England. The follow. ing particulars do not include the British sphere of the Can.
eroons (g.v.). Physical Features.—Nigeria is divisible, broadly, into zones
parallel with the coast: (1) the delta, (2) forest region, (3) ą zone of comparatively open country giving place to (4) the plateay
region. The coast-line, some 500 m. in length, extends along the Gulf of Guinea from 2° 46° 55” E. to 8° 45° E., ending at the Rio del Rey, where the great bend eastwards of the continent
ceases and the land turns south. The Niger (g.v.), which enters the country at its north-west corner and flows thence south-east to the Atlantic, receives, 250 m. from the sea, the Benue, which,
rising in the mountains of Adamawa south of Lake Chad, flows west across the plateau. Into the huge delta of the Niger several
other rivers (the “Oil Rivers”) empty themselves; the chief
being, on the west, the Benin (q.v.), and, on the east, the Brass. East of the Niger delta is that formed by the Imo or Opobo, Bonny and other streams, and still farther east is the Calabar estuary, mainly formed by the Cross river (q.v.). The delta region is swampy, and forms, for a distance of from 20 to 60 m. inland, a network of interlacing creeks and broad
sluggish channels fringed with monotonous mangrove forests. Beyond the delta firm ground takes the place of mud and the man-
groves disappear. The land rises gradually at first, becoming, however, in many districts very hilly, with heights of 3,000 ft., and is covered with dense evergreen or rain forests which give place to deciduous forest as the rainfall decreases. The evergreen and deciduous forests form part of the great West African forest belt; the trees are straight, tall and cylindrical and there is little under-
growth, though often bound together by creepers. The forest helt extends 50 to roo m. and is succeeded by park-like land, the savannah and orchard forests much more extensive than the dense forest, with strips of deciduous forest going through it along the river banks. North of the Niger-Benue confluence, which is but 250 ft. above sea-level, are hills forming the walls of the plateau which extends over the major part of the country and is part of the great plateau of North Africa. This plateau, broken only by the valleys of the rivers, does not attain an elevation approaching that of the pla-
teaux of South Africa, the culminating point (apart from particular mountain districts), situated in about 10° N., reaching a height of 3,000 ft. only. The valleys of the Niger and Benue, especially the latter, are much lower, the town of Yola on the Benue, some 400 m. inland, lying at an altitude of little over 600 feet. The surface is generally undulating, with isolated ‘“‘table mountains” of granite and sandstone often rising abruptly from the plain. It is clothed largely with thin forest, but becomes more open to the north until, towards the French frontier, the arid steppes bordering the Sahara are reached.
Much of the country
in Africa ... Exploration of the Niger (London, 1898), Col. J, K. Trotter, The Niger Sources .,. (London, 1897); E. Lenfant, Le Niger; voie ouverte à notre empire africain (Paris, 1903), chiefly a demonstration that the Bussa rapids are not an absolute bar to navigation; K. Nichoff, “Ober flachengestalung ... des Niger...” in M. Deutschen Schutzgebieten (1917); P. Germann, Mungo Park (Leipzig, 1924). For the Benue see, besides Barth’s Travels, A, F. Mockler Ferryman,
north of Zaria (11° N.) is covered with heavy, loose sand. The
the Niger and Benue Rivers . .. (London, 1892); L. Mizon, “Itinéraire de la source de la Bendué au confluent des riviéres Kadei et Mambéré” and other papers in the Bull. Soc. Géog. Paris, for 1895
the western portion of the country, the most noteworthy being the
Up the Niger; Narrative of Major Claude Macdonald’s Mission to
most mountainous districts are northern Bauchi (a little N. of 10°), where there are heights of 6,000 ft. or more; parts of Muri, along the north bank of the Benue; and the southern border of the Benue basin, where the hills consist of ironstone, quartz and granite. On the east the plateau sinks to the plains of Bornu (g.v.),
which extend to Lake Chad.
Tributaries of the Niger traverse
and 1896; E. Lenfant, La Grande Route du Chad (Paris, 1905); B, Alexander, From the Niger to the Nile, vol. i. (London, 1907).
Gublin Kebbi, or Sokoto, river and the Kaduna, which flows through a valley not more than soo ft. above the sea. The northeastern part of the country drains to Lake Chad by the Waube or
An Atlas du cours du Niger de Timbouktou aux rapides de Boussa in 5o sheets on the scale of 1:50,000, by Lieut. Hourst and others, was published in Paris in r899. Cc
Anglo-French boundary.
,
NIGERIA, a British colony and protectorate in West Africa, occupying the basin of the lower Niger and adjacent regions. Area 335,700 sq.m.; pop. (1928) about 19,000,000. Administratively attached to Nigeria is that part of the Cameroons under British mandate, which has an area of some 32,300 sq.m. and a population of about 370,000. Nigeria is bounded south by the Gulf of Guinea; west by Dahomey, north by the French Niger Colony; and east by the French sphere of the Cameroons. It t
Yo, an intermittent stream, which in its lower course forms the
The western
portions of Lake Chad
(g.v.) belong to the protectorate, which contains no other large lake. The water parting between the Chad and Niger systems runs north-west and south-east from about Katsina in 13° N. to the Bauchi hills.
Geology.—Except in the coast belt, which is composed of
superficial deposits, crystalline rocks are the fundamental formation. From the edge of the coast belt to near the Niger-Benue confluence, these rocks are overlain by unfossiliferous sandstones,
lying undisturbed, and possibly of the age of the sandstone of the
NIGERIA Congo basin. Much of the plateauwith its flat-topped hills and red earths—consists of what is called the fluvio-volcanic series. The alluvial deposits here are often unconnected with the present drainage lines. On the Bauchi plateau are large deposits of cassiterite (tin) mostly found in the detrital deposits resulting from the great denudation over the plateau. Limestones, with fossils indicating a Tertiary age, have been found near Sokoto. Recent alluvium and a thick deposit of black earth border the upper reaches of the Benue and cover wide areas around Lake Chad. Coal measures are found in the Enugu district east of the Niger and south of the Benue, and in the Bende district near the Cross river; there are large deposits of lignite in the younger Tertiary
439
are also African maple, shingle-wood, cork-wood, cotton-wood and other general utility woods, including the abura whose timber is acid resisting. Rubber vines are also found in these forests. Other trees found, chiefly on the plateaux, are the baobab, the shea-butter tree, the locust tree, gambier, palms, including the date and dum palm (Hyphaene), the tamarind, and, in the arid regions, the acacia and mimosa. Inhabitants.—The vast majority of the inhabitants are typi-
cal negroes. In the south-west the Yorubas (g.v.) are the chief race. They occupy the country behind the coast-lands, from Da-
homey to Benin, and have a considerable degree of civilization. In the delta district and the forest zone, besides the people of group in the Niger valley arid in the neighbourhood of the Benue, Benin, are the Jekri, living on the lower part of the Benin river where they are interstratified with white clays; rock phosphates and akin to the Yorubas, the Ijos, living in the delta east of the are found north of Lagos and there is a belt of auriferous country main mouth of the Niger, and the Ibos, occupying a wide tract of country just above the delta and extending east from the Niger north of Minna (towards the Kaduna river). Climate.—Though Nigeria lies wholly within the tropics, there to the Cross river. South of the Ibos live the Aros, a tribe of is a distinct difference in the climate of the northern and southern relatively great intelligence, who dominated many of the surroundregions. In the south the climate is typical of the tropics; in ing tribes and possessed an oracle or ju-7z of reputed great power. northern Nigeria it resembles that of Egypt and may be described On the middle Cross river live the Akuna-kunas, an agricultural as sub-tropical. In the south the temperature varies comparatively race, and in the Calabar region are the Efiks, Ibibios and Kwas. little, from 70° to 100° F, and averages over 80° F. The air is All these tribes are fetish worshippers, though Christian and Musboth hot and humid; the rainy season is sometimes prolonged to lim missionaries have made numerous converts. The Efiks, a coast ten months or more, the rainfall in the delta being from 100 to 140 tribe which early came into contact with white men, have adopted or more inches a year. (At Bonny in 1923 the fall was 150-59 in., several European customs, and educated Efiks are employed in rain occurring on 15r days.) The prevailing wet season wind is Government service. The great secret society called Egbo (g.v.) from the south-west. From November to March the harmatian, a is an Efik institution. In the northern parts of Nigeria the inhabitants are of more dry, dust-laden north-east wind, coming from the Sahara, blows intermittently, and this is the dry season, when at Lagos humidity mixed blood, owing to the invasion of Fula, Berber and Arab or has been known to fall to 26% against a mean of 90%. At Lagos Arabized people. But the bulk of the people are negroes. The the usual rainfall is 77 in. a year. Tornados occur at the begin- most important of these negro peoples are the Hausa (q¢.v.), among ning and end of the Aermatian. Malaria is still a scourge in these whom the superior classes adopted Mohammedanism in the 13th southern districts and the country is unhealthy for Europeans. In and 14th centuries. The Hausa are keen traders and make excelthe north the temperature is still high, but for nine months of the lent soldiers. The Fula tribe, besides providing the ruling famiyear the air is dry, “the dry air of the desert, the intense parching lies in many of the Hausa States, form a separate caste of cattledryness of which is almost inconceivable by anyone who has not rearers. Arab merchants live in some of the larger Hausa towns. In general, the people living in the river valleys have been little experienced it” (O. T. Faulkner, director of agriculture, Nigeria). July-September are the rainy months in the north, the fall being or not at all affected by Muslim propaganda, either in blood or usually 25 to 30 in. a year, though in places it is as much as 6o religion. Thus along the banks of the Niger, Benue and other inches. The karmattan begins in the north in October and lasts till streams, the inhabitants are negro and pagans, and generally of a April. In this season variations in temperature are great. At primitive though often rather fine type. Of these the Munshi, Hadeija, in 1922, a minimum of 35° F and a maximum of 115° F who inhabit the district nearest the junction of the Benue with were recorded. In some parts of the plateau Europeans can live the Niger, were long noted for their intractability and hostility to in comparative comfort, the climate resembling that of an un- strangers, whom they attacked with poisoned arrows. The Yoragusually fine English summer, often with cool nights. Between the southern and northern regions there is an intermediate zone with a normal rainfall of from 40 to 50 in. a year and still considerable humidity. Fauna and Flora.—There are many large and small mammals. They include the elephant, lion, leopard, giraffe, West-African buffalo, many kinds of antelope and gazelle and smaller game. The chimpanzee, the drill ape, the baboon and many kinds of monkeys are found in the forests and snakes are common.
There are many
varieties of squirrel, some finely coloured. The camel is found in the northern regions. In the rivers are rhinoceros, hippopotamus and crocodile. The manatus is also found. The birds include the ostrich, marabout, vultures, kites, hawks, ground hornbill, great bustard, guinea fowl, partridge, lesser bustard, quail, snipe, duck widgeon, teal, geese of various kinds, paraquets, doves, blue, bronze and green pigeons and many others. Domestic animals include the horse and donkey in the plateaux, but baggage animals are rare in the coast-lands, where the tsetse fly is found.
Mosqui-
FROM
&.
D.
MOREL,
“NIGERIA”
A GROUP OF HAUSAS ANCIENT HOE DANCE
CARRYING
THE
SHORT-HANDLED
HOES
IN
THE
toes are abundant throughout the delta, There are the remarkable hammer-headed fruit-bat and other varieties of bats and a curious
hums, their neighbours, were cannibals. Nearer Yola live the Battas, who also had a bad reputation. In the central hilly region
Many species of butterfly and spiders are
of Kachia are other pagan tribes. When first met by Europeans
recorded. The mangrove is the characteristic tree of the swamps. North of the swamps the oil palm (Elaeis guineensis) flourishes abundantly. It is common as far as about 7° N. The evergreen and deciduous forests contain a great wealth of timber. Among the
they wore no clothes, and their bodies are covered with hair. South of the Benue, near the Niger confluence, dwell the Okpotos, Bassas and other tribes, which had a reputation for savagery and war-lust. In the districts of Illorin and Borgu, west of the Niger, the inhabitants are also negroes and pagan, but of a more advanced type than the tribes of the river valleys. According to some native traditions, the people of Borgu claim to have a Coptic
kind of dormouse.
trees are mahogany, cedars and scented cedars, walnut, rosewood,
satinwood, ebony, African teak and other valuable species, There
440
NIGERIA
origin. In Bornu (q.v.) the population consists of (1) Berberi or
African 3 ft. 6 in. gauge, unless otherwise stated.
In 1929 some
Kanuri, the ruling race, containing a mixture of Berber and negro 1,900 m. of railway were open, the system consisting of :—(z) 4 blood, with many lesser indigenous tribes; (2) so-called Arabs, western line running from Lagos to Kano (705 m.), via Abeokuta Ibadan, Ilorin, Kaduna and Zaria. The Niger is crossed at Jebba and (3) Fula. A cumplete list of the tribes in Nigeria would run into many —where there is an island—by two bridges, together 1,795 ft. long, scores, and each has its separate language. In the old province of The bridges, the last part of the line to be built, were completed Bauchi alone as many as 60 different languages are spoken. The in 1914. A branch line (111 m.) runs from Minna to Baro, on the most widely diffused languages are Hausa and Yoruba. Arabic is Niger. Another branch line runs from Zaria, by Guasu to Kaura the court and official language in the Fula emirates. In the ports Namoda (142 m.), and in 1928-29 the main line was extended from Kano to Hadejia (102 miles). (2) An eastern line (built many natives speak English. The European inhabitants number (1929) some 5,000. They 1913-26) from Port Harcourt to Enegu, for the Udi coalfields, are chiefly officials, traders and missionaries. On the tin-fields are and Kaduna (569 m.), where it joins the western railway. The Benue is crossed at Makurdi, pending the completion of a bridge, some 700 whites including over 100 women. Chief Towns.—A large proportion of the people are town- by train ferry. A short branch line running to Jos, for the tin. dwellers. The ports, with the exception of Lagos, are all on the fields, was opened in April 1927, and since then all the tin is sent Jos was formerly served bya light line (2 ft, rivers. From west to east the ports reached by ocean steamers to Port Harcourt. are Lagos (q.v.), the capital of Nigeria; Forcados, at the mouth 6 in. gauge) from Zaria, on the western railway. This light line of the Forcados branch of the Niger and the main port of entry now carries cotton. In 1928 the building of a trunk railway to for the river, having 18 ft. of water over the bar; Burutu, 5 m. Lake Chad, at an estimated cost of some £5,000,000, was sancabove Forcados and the port of the Niger Co.; Warri 30 m. above tioned. The capital cost of the railways, up to March 1928, had Forcados; Koko and Sapele, on the Benin river, but reached by been £18,104,000 of which sum £15,245,000 had been raised by way of Forcados. All these ports are west of the Nun mouth of loan on the London market, at an average rate of interest under the Niger, where on the west bank is Akassa (14 ft. of water). 5%. The railways are worked as a business concern, but the ultiEast of the Nun mouth are Brass town (on the Brass river) and mate profits go to the colonial treasury. Motor traffic has to a Bonny, at the mouth of the Bonny river. The three last-named large extent superseded other methods of road travel. Some 3,000 ports, once flourishing, are now little used. Some 40 m. up the m. of all-the-year-round motor roads were being maintained in Bonny river is Port Harcourt (g.v.), second in importance of the 1928 by the Public Works Department alone. There are, addiports of Nigeria. Farther east are Opobo (13 ft. of water), on the tionally, many miles of dry-season motor roads in the north. There is regular steamship communication by several lines beImo river, richest of the oil-rivers of Nigeria, Degema (18 ft.), and Calabar (qg.v.). On the river Niger, at the head of the delta, tween Europe and Lagos and other Nigerian ports; direct cable are Asaba (west bank) and Onitsha (east bank); farther north communication with Europe and South Africa, an extensive sysis Idah (east bank) in the palm-oil zone; Lokoja (q.v.) is at the tem of inland telegraphs, and a wireless station at Lagos. The Niger-Benue confluence; Baro, 70 m. above Lokoja, is on the principal passenger and mail service is by the Elder Dempster railway system; and still farther north, on the river, are Egga, line from Liverpool to Lagos, the voyage taking 15 days. A regular service between British ports and Nigeria has been maintained Jebba and Bassa (q.v.). The largest cities are found in Yorubaland. Of these Ibadan since 1852. Administration.—The country is divided into three parts; (pop. about 240,000), the largest native city in Africa, Ilorin and Abeokuta are separately noticed. Other Yoruba cities are Og- the colony of Nigeria (the old Lagos colony) with an area of bomosho (pop. 85,000), Oshogbo (pop. 51,000), Iwo (53,000), 1,400 sq.m. only; and the northern and southern provinces (78,600 Ede (48,000) and Ogo (40,000). Other towns in the south are sq.m. and 255,700 sq.m. respectively) which form the Protectorate Benin (qg.v.), west of the Niger and Bende, and Enugu, east of the of Nigeria. At the head of the administration is a governor; there is a lieut.-governor for the northern and for the southern provriver. Enugu (pop. 40,000) is the centre of the Udi coalfield. In northern Nigeria, where the larger towns have generally a inces, and, since Oct. 1927, a separate administrator for the colony. population of from 40,000 to 50,000, the chief city is Kano (q.v.), Certain important services, e.g., the railways, function throughthe commercial capital, situated in 12° N., 8° 32’ E. Sokoto, the out Nigeria. The governor, whose headquarters are in Lagos, is aided by an executive council of officials, and for the colony and religious and political centre of the Fula, is some 220 m. W.N.W. of Kano. Katsina (qg.v.), near the frontier and 84 m. N.W. of the southern provinces there is a legislative council on which, since Kano, has a reputation as an educational centre; other chief 1923, elected members have sat to represent the towns of Lagos Hausa towns are Zaria (qg.v.), Bauchi (or Yakoba); Beda; and and Calabar. (The franchise is conferred on adult males with an Yola (g.v.). The chief towns of Bornu are Kukawa or Kuka (q.v.), income of £100 a year or more.) On the council are also members near Lake Chad, Maidugari and Dikwa (Dikoa). The administra- nominated by various commercial bodies and others nominated tive capital of northern Nigeria is Kaduna; Jos, a modern town to represent African interests. The legislative council is given with European amenities, is the centre for the Bauchi tin-fields. control of expenditure in the northern provinces derived from the Communications.—Railways are now the chief means of revenues of the central Government. The number of provinces transport, the shallowness of the Niger and Benue for a large part has varied from time to time. As far as possible the system of of the year rendering them an uncertain means of communication. indirect rule is observed; that is, the native governments existing There is still, however, a considerable river traffic, and in the delta before the British occupation are retained, each with its own the rivers remain the great highways. There is a regular steamer treasury and judiciary, the rulers being guided by the advice of a service between Forcados and Lagos, and between Lagos and British resident, under whom are district officers. This indirect Dahomey by the lagoons. From Forcados two steamers ascend rule prevails in almost all the northern provinces and also in Yoruthe main Niger to Jebba, a distance of 530 miles. On the Benue baland. In these native states direct taxation and a fixed income there is steamer traffic as far as Vola. But between May and for the emirs and other paramount chiefs has led to the abolition October navigation is only possible to vessels drawing not more of many abuses. Fifty to 70% of the direct tax goes to the native than 3 ft. of water. There are navigable stretches of several other treasuries. rivers—the Cross river can be ascended for 240 miles. For the Education and health are departments of primary value. There main part the river services are (except in the delta) auxiliary to are Government elementary and technical schools, and King’s colthe railways. lege, Lagos, founded 1909, provides secondary education. At Railway building began in 1896, with a line from Lagos to Katsina is a training college for native teachers, opened 1922, and Ibadan, a distance by rail of 123 miles. This line was finished in there are training colleges in southern Nigeria, including two for 1900. In 1906 a forward policy was adopted, and since then prog- women teachers. Education remained, however, chiefly in the ress has been rapid. The railways have been built and are owned hands of Christian missions; the Hope Waddell institute at Calaand worked by the Nigerian Government and are of the standard bar, a Scottish missionary enterprise, has a high reputation for
NIGERIA industrial training. Both the missions and State schools now pay
special attention to practical agricultural training. Some of the
native administrations have their own schools. The Yoruba have
441
imports £10,948,000; exports £14,460,000. In 1927 the external trade was nearly £30,000,0c0—imports being £14,146,000 and exports £15,654,000. These figures exclude specie.
for long shown an eagerness for education; after the World War
Almost all sylvan and agricultural work in Nigeria is done by
the demand for education among the natives generally greatly increased. The health department has done a great and successful work in fighting malaria, dysentery, yellow fever and plague, and in insisting upon better housing and better food for Europeans. As one result the death rates of whites fell between 1903 and 1926 from over 20 per I,000 to under 9g per 1,000.
native owners, peasant farmers with small holdings, usually about 3 acres. The main concern of the farmer is to produce food
Before amalgamation the administration of northern Nigeria
required grants-in-aid to meet expenses, which were partly fur-
nished by her richer neighbour, southern mation, Nigeria has been self-supporting, years falls short of expenditure. In 1914 and expenditure £2,967,000; in 1923-24 £6,260,000 and expenditure to £5,501,000.
Nigeria. Since amalgathough revenue in some revenue was £3,048,000 revenue had risen to The figures for 1926-27
were, revenue £7,734,000, expenditure £7,584,000. Revenue is derived from customs duties on imports fixed at 15% ad valorem in
1922; on the chief exports (this duty was first imposed in 1916);
by direct taxation; and, in the colony only, and since 1927, income tax. It may be noted that a special West African currency is in circulation and that for purposes of trade between natives it has
been necessary to mint a coin valued at one-tenth of a penny. The Bank of British West Africa and the Colonial Bank have agencies in the chief towns. British weights and measures are in use. Economic Conditions.—There is a very large internal trade, as to which no statistics are available, but it is believed to exceed in value the external trade. The great majority of the people are agriculturists, including, in the north, cattle-rearing. Native manufactures are of minor importance—they include in the Hausa States the making of “Morocco” leather; mining (tin and coal) owes its development to the British. Fishing is largely followed in the delta. In a broad generalization the products of southern Nigeria are sylvan, palm oil and palm kernels taking the leading place. Cocoa and cotton are other products. From the middle belt come benniseed and shea-butter—both adding to the oil output. From northern Nigeria come groundnuts (a basis for margarine), hides and skins, cattle, and, in increasing quantities, cotton. (Cotton and maize are the only crops common to the northern and southern provinces.) Add to the products named coal and tin and timber, and the leading exports have been stated. The coast peoples, since the rsth century, had traded directly with the European merchants who came to their ports, but the dense forest belt cut off intercourse with the interior—though the Niger and Benue might have afforded means of penetration. But up to the middle of the roth century the trade of Hausaland and Bornu (that is northern Nigeria) was either with the Mediterranean by caravan across the Sahara, or east and west to other parts of the Sudan. Direct, but, at first, very limited, trade with the interior followed the efforts of the British government and merchants to open up the country by sending expeditions up the Niger and Benue. Modern developments date from the founding of the Royal Niger company by Sir George Goldie and the conquest of the Fula emirates by Sir F. D. (Lord) Lugard. (See p. 442, History.) The trade of Lagos and the oil rivers, the last the eastern part of southern Nigeria, partly through having been long established, was, up to 1928 at least, more valuable than
that of northern Nigeria, which contains large areas sparsely peopled and little cultivated, and was not fully opened to trade with the south until the beginning of the 2oth century. (This trade via the Gulf of Guinea, together with minor causes, almost
killed the trade via the Sahara.) In 1901 when the total external trade of the southern regions was valued at over £4,000,000 that
of northern Nigeria was
probably
(statistics are lacking) not
£250,000. With the completion of the railway to Kano in 1911,
there was a great increase in trade in the north. Since the amal-
gamation of southern Nigeria (including Lagos) with northern
Nigeria in 1914 statistics are given for the country as a unit. In
that year the imports were valued at £6,276,000 and the exports
at £6,420,000.
In 1924, when normal conditions following the
World War were considered to be restored, the figures were :—
crops—guinea corn and millet, yams and bananas, and maize— for himself and his family; he works for sale only in his spare time and to get luxuries. The great occupation in the delta is the production of palm oil and palm kernels. The yearly export is about 100,000 tons of oil and double that weight of kernels. Native methods of treating the fruit waste about half of the oil; up to 1928 only one factory had been started to deal with the fruit. Cocoa plantations were started in south Nigeria about 1905; the production of cocoa grew by 1928 to 40,000 tons in the year. Cotton growing for export dates from the early years of the 20th century; in 1912 an American variety of cotton was introduced and found suitable. In the centre and south a native cotton is also grown for export. By 1925 the export had reached 35,000 bales; two or three poor seasons followed; the 1925 output was nearly reached again in 1928, and the acreage under cotton increased. Many ginneries have been set up. The cultivation of groundnuts in northern Nigeria—climate and soil are well suited to the crop—grew rapidly with increased transport facilities. In the year 1927-28 (April and March inclusive) the railways carried 96,000 tons of nuts as against 4,800 tons of cotton. Generally, farming in Nigeria is not on a high level, partly because fertilizers are not used. The exhaustion of much land within easy reach of transport caused grave concern to the Government which from 1926 onward took measures to instruct the farmers in the use of manures and other fertilizers. There are, however, good stock farms in the north with large herds of cattle and flocks of sheep and goats.
The chief industries which are owned by Europeans are the tin and coal mines. The ascertainment of the richness of the tinfields in Bauchi in 1902 led to'a speedy development of the mines (which employ 30,000 to 35,000 natives), and the output of coal from Ude, which began in 1915, is of much importance. The coal mines are worked by the railway department for the Government; they supply the fuel for the tin mines, for their own railway and for the Gold Coast railways, and still have a surplus for the Government marine and the shipping companies. The output for the year ended March 31, 1928, was 345,000 tons. The tin-fields (see BaucHt1) are worked by private enterprises, mostly for companies registered in London. The timber-cutting concessions are also in the hands of Europeans. There are 200,000 sq.m. of forest in Nigeria; the timber exported is mainly mahogany, cedar and walnut, the mahogany chiefly from the Benin forests. Gum arabic is obtained from Bornu and other northern provinces. “Wild” rubber is still tapped, and plantation rubber is exported. The relative value of the chief exports is shown in the following figures for 1927:—Palm oil, £3,617,000; palm kernels, £4,574,000; groundnuts £1,633,000 (£2,342,000 in 1926); cocoa, £1,968,000; cotton lint, £611,000 (£1,182,000 in 1926); tin, £2,403,000. The imports are of a most miscellaneous character; they may be classed under the main heads of cigarettes, cotton goods (both from the United Kingdom), provisions, hardware, salt, kola nuts
(from the Gold Coast), petrol, and alcoholic liquors (mostly gin from Holland). (Though the import of “trade spirits” has been prohibited since 1919, and no alcoholic liquors, save for Europeans, are allowed into northern Nigeria, the growing wealth of the natives of southern Nigeria led to an increased demand for ordinary spirits and beer.) With regard to the direction of trade the figures for 1927 showed that 53.5% was done with the United Kingdom—which supplied 62% of the imports and took 45-6% of the exports. In that year Germany had 15% and the United States 10% of the total trade. Of the exports the palm kernels— largely used as cattle food—go to Germany and England, and the groundnuts to Germany, 60%, and France. The United States supplies kerosene, petrol and unmanufactured tobacco, and takes about 25% of the palm oil, and 30% of the cocoa.
NIGERIA
442
BIBLIOCRAPHY.—Handbook for Nigeria, qth ed. (1926) , Sir W. M. N, Geary,
Nigeria under British Rule
(1927); the annual reports pub-
lished by the Colonial Office, London; Supplement, Oct. 30, 1928.
The
Times
West African (E. R. C.)
Defence.—With a population approaching 19,000,000, order is maintained in Nigeria, and defence provided for the colony, by the Nigeria regiment of the West African frontier force (see GREAT Britain: Colonial Forces). This force, which was raised in 1901, consists of officers and non-commissioned officers of the British Army and other ranks recruited locally for 6 years with the colours and 3 in the reserve, with facilities for re-engagement. Training is on the lines of the British army. Regimental transport is by native carriers; transport animals are not used. The Nigeria regiment includes x battery of artillery (3-7 inch howitzers), 4 battalions of infantry, 1 light mortar unit, a signal school, and a depot, The establishment is 3,599, with a reserve of 682. There are also armed police with an establishment of 1,260 in the northern provinces, 2,105 in the southern. These police are liable for military service, and distributed in 7 territorial divisions, each under a senior commissioner, See also League of Nations Armaments Year-Book
le
ae
HISTORY Of the early history of the races inhabiting the coast lands little is known. The Beni appear to have been the most powerful race at the time of the discovery of the coast by the Portuguese in the rsth century, and the kings of Benin in the 17th century ruled a large part of the south-western portion of the existing
“scramble for Africa” led to the establishment under the recog. nized protection of the French Government
of two French firms
which opened upwards of 30 trading stations on the Lower Niger.
The establishment of these firms was admittedly a political move which coincided with the extension of French influence from
Senegal into the interior.
Nearly at the same time a young
Englishman, George Goldie-Taubman, afterwards better known as Sir George Goldie (g.v.), having some private interests on the Niger, conceived the idea of amalgamating all local British interests and creating a British province on the Niger. To effect this
end the United African Company was formed in 1879 and trade was pushed upon the river with an energy which convinced the French firms of the futility of their less united efforts,
They
yielded the field and allowed themselves to be bought out by the United African Company in 1884. At the Berlin Conference held in 1884-85 the British representative was able to state that Great Britain alone possessed trading interests on the Lower Niger, and in June 1885 a British protectorate was notified over the coast lands known as the Oil rivers. Germany had in the mean-
time established itself in Cameroons, and the new British protectorate extended along the Gulf of Guinea from the British colony of Lagos on the west to the new German colony on the east, where the Rio del Rey marked the frontier. In the following year, 1886, the United African Company received a royal charter
to Bussa, where he lost his life in 1805. From Bussa to the sea
under the title of the Royal Niger Company. The territories which were placed by the charter under the control of the company were those immediately bordering the Lower Niger in its course from the confluence at Lokoja to the sea. On the coast they extended from the Forcados to the Nun mouth of the river. Beyond the confluence European trade had not at that time penetrated to the interior. The interior was held by powerful Mohammedan rulers who had imposed a military domination upon the indigenous races and were not prepared to open their territories to European intercourse. To secure British political influence, and to preserve a possible field for future development, the Niger Company had negotiated treaties with some of the most important of these rulers, and the nominal extension of the company’s territories was carried over the whole sphere of influence thus secured. The movements of Germany from the south-east, and of France from the west and north, were thus held in check, and by securing international agreements the mutual limits of the three European Powers concerned were definitely fixed. The principal treaties relating to the German frontiers were negotiated in 1886 and 1893; the Anglo-French treaties were more numerous; those of 1890 and 1808, which laid down the main lines of division between French and British possessions on the northern and western frontiers of Nigeria, having been supplemented by many lesser rectifications of frontier. It was not until 1909 that the whole
the course of the river was first made known in 1830 by the brothers Richard and John Lander. Maj. Dixon Denham and Capt. Hugh Clapperton entered the country now known as Northern Nigeria from the north in 1823, crossing the desert from Tripoli. Clapperton in 1826—27 made a second journey, approach-
sessions had been definitely demarcated. Thus, mainly by the action of the Royal Niger Company, and with the employment of a force of soo Hausa trained under European officers, a territory of vast extent, into which the chartered company itself was
British protectorate (see BENIN).
The Benin influence does not
seem to have reached east of the Forcados mouth of the Niger. In the greater part of the delta region each town owned a different chief and there was no one dominant tribe. Among these people, who occupied a low position even among the degenerate coast negroes and who were constantly raided by the more virile
tribes of the interior, trading stations were established by the Portuguese, and later on by other Europeans, British traders appearing as early as the 17th century.
There was no assertion
of political rights by the white men, who were largely at the mercy of the natives and who rarely ventured far from their ships or the “factories” established on the various rivers. By the end of the 18th century British enterprise had almost entirely displaced that of other nations on the Niger coast. But the principal trade of all Europeans was still in slaves. After the abolition of the slave-trade in the r9th century palm oil formed the staple article of commerce, and the various streams which drain the Niger coast near the mouth of the great river became known as the “Oil rivers.” The opening up of the interior was in the meantime promoted, chiefly by the efforts of British travellers and merchants. Mungo Park traced the Niger from Segu
of the frontier between Nigeria and the French and German pos-
ing the same territory from the Guinea coast. Dr. Barth, travel-
not able to carry either administrative
ling under the auspices ọf the British Government, entered the country from the north and between 1852 and 1855 made the
was secured for Great Britain.
journeys whose record still remains the principal standard work for the interior. Macgregor Laird first organized in 1832 the navigation of the River Niger from its mouth to a point above the Benue confluence, During the next 25 years expeditions were despatched into the interior and a British consul was posted at Lokoja. Possession was also taken, in 1861, of Lagos island, with the object of checking the slave traffic still being carried on
in that region, But the deadly climate discouraged the first efforts of the British Government, and, after the parliamentary committee of 1865 had recommended a policy which would render possible the ultimate withdrawal of British official influence from the coast, the consulate of Lokoja was abandoned, but reestablished a few years later to meet the still steadily growing requirements of British trade upon the river. The
Royal
Niger
Company—In
1880
the
international
or trading operations,
The Protectotate——Owing to pressure of foreign nations on
the company’s frontiers, a situation had arisen which the resources of a private company’ were inadequate to meet. In 1897 relations with France on the western border became so strained that Mr. Chamberlain, who was then secretary of state for the
colonies, thought it necessary to raise a local force, afterwards
known as the West African Frontier Force, for the special defence of the frontiers of the West African dependencies. In these
circumstances it was arranged that in consideration of compensation for private rights the company should surrender its charter and transfer all political rights in the territories to the Crown.
The transfer took place on Jan. 1, 1900, from which date the company, which dropped the name of “royal,” became a purely
trading corporation. The southern portion of the territories was
amalgamated with the Niger Coast protectorate, the whole district taking the name of the Protectorate of Southern Nigeria,
NIGERIA while the northern portion, extending from a line drawn slightly above 7° N. to the frontier of the French possessions on the north and including the confluence of the Niger and the Benue at Lokoja, was proclaimed a protectorate under the name of Northern
Nigeria.
The company, during its tenure of administrative power under the charter, had organized its territories south of the confluence into trading districts, over each of which there was placed a European agent. The executive powers in Africa were entrusted
to an agent-general with 3 provincial and 12 district superintendents.
There was a small judicial staff directed by a chief
justice, and there was a native constabulary of about 1,000 men,
trained and drilled by white officers. The company kept also upon the river a fleet of about 30 steamers. The entire direction of the proceedings of the company was, however, in the hands
of the council in London, and the administrative control of the
territories was practically from first to last vested in the person of Sir George Goldie. The local work of the representatives
of the company was mainly commercial. Southern Nigeria, 1885~1906—While the development of the Royal Niger Company’s territories was proceeding in the manner
described, the regions under direct British control were also being
opened up and law and order introduced. In 1893, when the title Oil Rivers Protectorate was changed to that of Niger Coast Protectorate, a regular administration was established (subject to the Foreign Office in London) under Sir Claude Macdonald, who was succeeded as commissioner and consul-general in 1896 by Sir Ralph Moor (1896—1904). Under these officials peace was gradually established between various tribes, trade routes opened, and
progress made in civilization.
The work was one of extreme
difficulty, largely because there was no central native authority with which to deal. Small military expeditions had constantly to be employed to break up slave-raiding gangs or reduce to order tribes which blocked trade routes or made war on other tribes
living peaceably under British protection.
The most
serious
military operations were against the Beni, a peaceful mission to the king of Benin having been massacred in the bush in Jan. 1897. The operations were completely successful and the Benin country was added to the protectorate (see BENIN). The administration improved the condition of the natives without undue interference with customary law. The submission of the Aros to the Government in 1902 brought to an end the system of tribal warfare for the purpose of making slaves, while a proclamation of 1901 prohibited the buying, pawning, or selling of slaves. Trade steadily developed, and owing to the large sums paid as duty on imported spirits the revenue of the protectorate was sufficient to cover the expenditure.
Northern Nigeria—In Northern Nigeria at the time of the transfer (1900) British authority had still to be established. The man selected for the post of first high commissioner was Colonel (Lord) Lugard, who had conducted one of the Royal Niger company’s most
successful
expeditions into the western portion of
the interior and had already been employed by the British Government to raise and organize the West African Frontier Force. On Jan. 1, 1900, the Union Jack was hoisted at Lokoja, and
the formation of a local administration was entered upon. The headquarters of the West African Frontier Force had been. at
Jebba, not far from the point at which Mungo Park had lost his life upon the river. Neither Jebba nor Lokoja was considered
suitable for the permanent capital of the protectorate and sut-
vey parties were sent out to find a more suitable site, with strict orders to avoid conflict with the nominally friendly natives. This was selected on a branch of the Kaduna river in the southwestern corner of the province of Zaria, at a place of which the
443
Kontagora could be effectively dealt with. In that year both provinces were subdued, their emirs deposed, and letters of appointment given to new emirs, who undertook to rule in accordance with the requirements of humanity, to abolish slave-raiding and slave dealing, and to acknowledge the sovereignty of Great Britain. Ilorin and Borgu with a portion of Kabba were already under British rule. The rulers of other neighbouring provinces offered their allegiance, and by the end of the year Igor nine provinces, Illorin, Kabba, Middle Niger, Lower Benue, Upper Benue, Nupe, Kontagora, Borgu and Zaria had accepted the British occupation. An initial system of administration was organized and British residents were appointed to each province. Seventeen legislative proclamations were enacted in the first year dealing with the immediate necessities of the position and providing for the establishment of a supreme and provincial court of justice, for the legalization of native courts of justice, and for regulating questions of slavery, importation of liquor and firearms, land titles, etc. In the autumn of 1go0r the emir of Yola (the extreme eastern district in the territories bordering upon the Benue) was, in consequence of the aggressions upon a
trading station established by the Niger Company, dealt with in the same manner as the emirs of Nupe and Kontagora, and a new emir was appointed. In 1902 Bauchi and Bornu were brought under British rule. Military stations were established in each and both were included in the system of British administration. Later in the same year an act of treachery culminating in the murder of a British resident, Captain Moloney, in the province of Nassarawa, led to the military subjugation of that province. By the end of the year 1902 British administration had been extended to the whole of the provinces in the south, east, and west of the protectorate. The important Mohammedan states of Sokoto, Gando, Kano, and Katsena remained independent. These states were regarded as the stronghold of Fula supremacy. The emir of Sokoto held the position of religious as well as political head of all the lesser states of Northern Nigeria, and in response to friendly overtures on the part of the British administration had declared that between Sokoto and Great Britain there could be nothing but war. Katsena was the centre of local learning, while Kano was at once the commercial and the military centre of power. By the end of 1902 it had become evident that a trial of strength between the Mohammedan powers and the new British administration was inevitable. The Mohammedan rulers were themselves of comparatively recent date. In fighting them there was no question of fighting the whole country. On the contrary it was presumed with justice that their overthrow would be hailed with satisfaction by many of the subject peoples. Every attempt was made to settle the question at issue by conciliatory methods, but, these having failed, a campaign against Kano and Sokoto was entered upon in Jan. 1903. It was entirely successful. The capital of Kano, a walled and fortified town of great extent and formidable strength, fell to a British assault in Feb. 1903. Sokoto submitted after a battle which took place on May 17. The sultan fled, and on May 21 a new sultan, chosen by the council of elders, was installed by the British high commissioner, after he had publicly accepted the conditions imposed by the British Government, namely, that all rights of conquest acquired by the Fulani throughout Northern Nigeria passed to Great Britain, that for the future every sultan and emir and principal officer of state should be appointed by Great Britain, that the emirs and chiefs so appointed should obey the laws of the British Government, that they should no longer buy and sell slaves, nor enslave people, that they should import no firearms, except flintlocks, that they should enforce no sen-
native name of Zungeru was retained. The ruler of Zaria, while professing friendliness, was, however, unable or unwilling to restrain the tulers of Kontagora and Nupe from aggression. These two potentates raided for slaves to the borders of the rivers and openly threatened the British position on the Niger.
tences in their courts of law which were contrary to humanity, and that the British Government should in future hold rights in land and taxation. When these conditions were accepted by the Fulani chiefs the supremacy of Great Britain was established over the entire country. Katsena and Gando followed the example set for them by Kano and Sokoto. After the conquest of the Hausa states in 1902-3 the King’s writ ran—with the exception of a
detachment of the West African Frontier Force, and it was not until the return of the troops in Feb. 1901 that Nupe and
few districts inhabited by primitive savages—through the whole area known as Northern Nigeria.
The Ashanti War of 1900 claimed the despatch of a strong
444-
NIGERIA
the colonies, Mr. L. V. Harcourt, determined to adopt the policy THE AMALGAMATION OF NIGERIA Union of Lagos and Southern Nigeria.—In 1904 it was decided Sir F. (Lord) Lugard, who had been the first high commissioner to unite the two Nigerias and Lagos under one government, and for Northern Nigeria, was asked to initiate and carry out a as a first step in that direction Sir Walter (then Mr.) Egerton scheme of amalgamation, being in 1912 appointed governor at was appointed both governor of Lagos and high commissioner of the same time of both Southern and Northern Nigeria, The Southern Nigeria. This was followed in Feb. 1906 by the amal- preliminary work was completed in about 18 months, and op gamation of these two administrations under the style of “the Jan. 1, 1914, the governments of Southern and Northern Nigeria Colony and Protectorate of Southern Nigeria,” with headquarters were formally amalgamated, Sir Frederick Lugard receiving the at Lagos town. The former colony and protectorate of Lagos personal title of governor-general. The geographical divisions (g.v.) became the western or Lagos province of the new adminis- of north and south were maintained. Two lieutenant-governors tration. In the year of amalgamation the revenue reached a were appointed, one for the northern and one for the southern record figure, the amount collected being £1,088,000, to which province. An administrator was appointed to the colony, the Lagos province contributed £424,000. Over 80% of the revenue executive council of which became the executive council of the was derived from customs. In the same year the expenditure protectorate, while the jurisdiction of the legislative council was confined to the narrow limits of the colony’s 1,400 sq.m. from revenue was £1,056,000. At the time of amalgamation Northern Nigeria was divided Northern Nigeria Ratlway—Northern Nigeria continued to be a separate protectorate, and in 1907 Sir Frederick Lugard was into 12 provinces, the native communities being for the mos succeeded as high commissioner by Sir Percy Girouard. In part each under its native ruler, the five principal native states August of that year the British Government, on administrative, being known as first-class emirates, while each independent chief. strategic, and commercial grounds decided on a railway to give tainship, however small, retained its treasured liberty, and this the cities of Zaria and Kano direct communication with the system of government was maintained. The southern provinces perennially navigable waters of the Lower Niger. In view of the at that period consisted of three divisions under provincial comapproaching unification of Southern and Northern Nigeria, the missioners. They were the territories east of the Niger, west money needed, about £1,250,000, was raised as a loan by Southern of the Niger, and the hinterland of Lagos. The native races in Nigeria. The route chosen for the line was that advocated by the hinterland of Lagos and to the east of the Niger were in a Sir Frederick Lugard. This important work, essential for the much less advanced state of tribal organization than were the welfare of the northern territories, was begun under the superin- tribes in the north and scarcely fitted for any form of enlightened self-rule. Fetish worship, cannibalism, and barbarous practices tendence of Sir Percy, the builder of the Wadi Halfa-Khartoum railway. At the same time the Lagos railway was extended to were rife. On the west of the Niger, however, three native states, join the Kano line near Zungeru, the Niger being bridged at Jebba. Yoruba, Egbe, and Benin, were strongly organized. They were Land Tenure——Sir Percy Girouard gave much attention to the induced to renounce the exceptional position they enjoyed, under land tenure, probably the most important of administrative ques- treaties made with Great Britain, and to accept conditions similar tions in West Africa. He adopted the land policy of Sir Frederick to those of the first-class emirates of the north. The introducLugard and recommended “a declaration in favour of the nation- tion of the new system was accompanied by some difficulty, and alization of the lands of the protectorate.” This was in accord in 1918 an easily suppressed rising in Egbeland gave momentary with native laws—that the land is the property of the people, uneasiness. Indirect rule has now been fully accepted in both held in trust for them by their chiefs, who have not the power Egbeland and Yorubaland and the report of 1924 stated that of alienation. In 1909 he was succeeded as Governor (the title it was working admirably in Benin. The way for the extension High Commissioner having been changed) by Sir H. H. J. Bel; of such indirect rule as might be found possible was prepared by and meanwhile the secretary for the colonies had appointed a the division of Southern Nigeria into nine provinces (later instrong committee, which, after hearing much evidence, issued a creased), each under a British resident, as in the north. report in April 1910 in substantial agreement with his recomThe World War.—The outbreak of the World War within mendations. This policy was adopted by the Colonial Office and seven months of amalgamation postponed the consolidation of the the natives of Nigeria were secured in the possession of their new system. Patriotic sentiment in the protectorate ran high. land—the Government imposing land taxes, which are the equiva- Every department was depleted by volunteers for active service, lent of rent. The exclusion of the European land speculator and it was with difficulty that the administrative machine was held and denial of the right to buy and sell land and of freehold together with the remnant of overworked staff retained. For tenure was held by ail the authorities to be essential for the four years, the first thought of every Englishman in Nigeria was ‘moral and material welfare of the inhabitants of a land where the given to the war. And not of the Englishmen only. The War duty of the white man is mainly that of administration and his served at once to test and to exemplify the solid results of Britmaterial advantages lie in trade. ish rule. Throughout the War period the great native chiefs Amalgamation of Northern Nigeria—The constitution of of the north were constant and unflagging in their loyalty. Southern Nigeria (1906) left the protectorate still divided into The native troops of the West African Frontier Force did two very different, and, for political purposes, distinct depend- gallant service, both in the arduous campaign carried out under encies of the Crown. Southern Nigeria, with an area of about the leadership of Generals Dobell and Cunliffe in the Cameroons, 76,000 sq.m., stretched inland from the Guinea coast through and in what was to them foreign service in East Africa. The a tropical belt of generally dense forest land to a line irregu- Cameroons campaign which opened in August and September larly corresponding with the latitude of 7’10% N. Northern 1914, with reverses all along the British line, at Mora (Aug. Nigeria, with an area of 255,700 sq.m., composed largely of open and Garua (Aug. 29) in the north, and at Nsanakang (Sept. 6)25) in prairie, hill country, and dry desert plains, extended from the lati- the south, lasted until Feb. 1916. It was a severe test for the ' tude of 7’10” to the frontiers of the French and Zinder territory
on the north, to French Dahomey on the west, and to the German Cameroons on the east. The population of Southern Nigeria was about 8,000,000 and the population of Northern Nigeria,
with more than three times the area, was about 9,000,000.
In
both divisions primitive and very backward races had been overrun and influenced by civilizations of a higher type. In the south the new civilization had been European and Christian; in the north, Arab and Mohammedan. The interdependence of these two regions was obvious and their amalgamation had long been urged upon the Imperial Government. It was not, however, until ro11 that the secretary for
troops engaged. The fighting was heavy, but they stood it well. Early in 1915 the campaign, in which French troops took an active part, was reorganized.
British forces in the north were
placed under the command of General Cunliffe, and the final taking of Garua and the storming of Banyo Hill under his leadership on Nov. 6, 1915, in face of a hail of dynamite bombs, was a feat of which any regiment might be proud. The conquered territory was divided between France and Great Britain, to be administered under mandate according to the provisions of the. Treaty of Versailles. The portion taken by Great Britain was 31,000 sq.m., with an estimated population of 600,000 (see CAMEROONS).
NIGHTHAWK—NIGHTINGALE Re forms —While
the War by arresting material development
also delayed the application of schemes for the moral welfare of the native population, some progress was made. The judicial and legal systems of the two protectorates were, on amalgamation, combined. One chief justice for the whole of Nigeria and four
puisne judges were appointed, and each lieutenant-governor was provided with a legal adviser. The reorganization of the two systems and the revision of the laws of the two protectorates,
was a long and heavy job. The first reforms were initiated in 1914. Notwithstanding the difficulties of the moment, an education ordinance was promulgated in 1916 having for its object the reform and co-ordination of the systems of the north and south. It set a definite standard, of which the principal aim was
to substitute self-discipline and the formation of character for set examinations in literary subjects, and generally to fit local
education to local needs. A forestry ordinance of the same year (1916) dealt with the rapid destruction of the forests, which constitute the principal wealth of the southern provinces.
Not the least achievement of the War period was the elimination of the traffic in foreign “trade spirits,” on which the revenue of the southern provinces had largely depended. It was the declared policy of the amalgamated Government to kill this trade
by gradually raising the duty. Conditions of war hastened the process. Before the War the revenue from this traffic formed 34:26% of the revenue of Southern Nigeria. By the end of the War it had fallen to a proportion of 1-23. It was held that this
result established two important conclusions. First, that the Government of Nigeria could dispense with revenue
derived from
spirits; secondly, that the produce trade could be conducted successfully without them. As from Feb. r, rọrọ, the importation. of trade spirits was formally prohibited in all the West African colonies and protectorates. Constitutional Changes—Sir F. (later Lord) Lugard retired at the end of the War, and Sir Hugh Clifford succeeded him as governor of Nigeria in July r919. It was an era of prosperity, and at the end of Clifford’s term of governorship great economic progress had been made. Sir Hugh’s tenure of office was also notable for two modifications in the system of administration. The first was the extension and reorganization of the central secretariat, a step which in practice tended to curtail the responsibility and initiative of the lieutenant-governors and residents of provinces. The second was the abolition of an advisory Nigerian council established under the amalgamation scheme, and the restoration of the jurisdiction of the legislative council for the colony over the whole of the southern provinces. In the new and enlarged council the elective principle was introduced. The introduction of this elective principle, of which experience in the West Indies has not been altogether encouraging, was new to West Africa, though it has since been applied to Sierra Leone and the Gold Coast. The new council retains an official majority, but includes three elected unofficial members representing the municipal area of Lagos, and one elected unofficial member representing the municipal area of Calabar. The unofficial element also includes members chosen by the three Chambers of Commerce (Lagos, Port Harcourt, and Kano) and the Chamber of Mines, two members representing respectively the banking and shipping interests, and eight the otherwise unrepresented African population of the colony and the southern provinces. The first elections for this council were held in Sept. 1923, and the council was inaugurated by the goveror on Oct. 1, 1923. The governor retains the power to legis-
late for the northern provinces, but the council may discuss affairs of interest to any part of Nigeria. In Sept. 1925 Sir Hugh Clifford was succeeded as governor by Sir Graeme Thomson. Improvement of Communications.—During his first year of office Sir Graeme made extensive tours, in one of which he trav-
ersed the protectorate from Lagos to Lake Chad, the whole distance being covered for the first time by motor; and in Feb. and March, 1926, Mr. W. G. A. Ormsby-Gore, the under-secretary of state, visited Nigeria. Later in the year proposals for the
improvement of communications were submitted by the governor and approved in general by the secretary of state. In his address
to the legislative council on Feb. 1, 1927, Sir Graeme outlined a
445
large programme of accelerated road and railway construction. In the next five years the Nigerian Government proposed to increase the 2,970m. of then existing roads by 200m. per annum, and to add to the 1,597m. of railways then open, new branch lines (to feed the main trunk lines) at the rate of 150m. a year. The necessity for a big improvement in the transport facilities was emphasized by the condition of the cotton industry. In the years 1906~1926 the value of the external trade of Nigeria
rose from 5 to 34 millions sterling. More than half of the exports (of the total value of £16,888,361 in 1926) are palm oil and kernels, but among other industries cotton growing, introduced by the British Cotton Growing Association in 1902, is notable, as affording a prospect of mutual benefit to the Africans of the protectorate and to Britain. It is only in recent years,
however, that the production of lint for export has been replaced largely by the growing of the long staple American cotton. In the season 1924-25 the amount of American cotton exported was 28,100 bales, and in 1925-26 it rose to 38,350 bales. When in this hopeful stage of development the industry was threatened with disaster by the fall of the world-price of raw cotton in 1926. To meet the danger the Government carried cotton on the railways at nominal rates, and, in response to Sir Graeme’s appeal, the British Cotton Growing Association reduced the ginning charges and Messrs. Elder Dempster their sea-freights. Six months later he was able to announce the success of these measures to a Manchester audience. “A practicably established
but growing industry,” he said on Sept. 3, had been saved “from a very serious set-back.” At the same time, in view of the relative failure of the American cotton when grown in mixture with
other crops (as is customary among the African farmers), the Agricultural Department of Nigeria is trying to produce a strain of native cotton with the long fibre required by the Lancashire cotton spinners. If such strains can be produced in sufficient quantities, it is believed that the area under cotton will be largely extended in the near future. BrsriocrapHy.—H. Barth, Travels and Discoveries in North and Central Africa (1857-58); C. H. Robinson, Hausaland (1896); S. Vandeleur, Campaigning on the Upper Nile and Niger (1898); E. D. Morel, Affairs of West Africa (1902), and Nigeria (1912); Lady Lugard, A Tropical Dependency (1905) ; C. Partridge, The Cross River Natives (1905); A. G. Leonard, Fhke Lower Niger and its Tribes (1906); B. Alexander, From the Niger to the Nile (1907); C. Larymore, A Resident’s Wife in Nigeria (1908); E. Dayrell, Folk Stories from Southern Nigeria (1910) ; N. W. Thomas, Reports: Edo-speaking Peoples of Nigeria (1910), and Ibo-speaking Peoples of Nigeria (1913); J. D. Falconer, The Geology and Geography of Northern Nigeria (1911); P. A. Talbot, In the Shadow of the Bush (1912), and Life in South Nigeria (1923), and Peoples of Northern Nigeria (1926) ; G. T. Basden, Zbos of Nigeria (1920); C. K. Meek, Northern Tribes of Nigeria (1925); the annual Reports on Southern and Northern Nigeria issued by the Colonial Office. Maps of the country on the scale of zoom and zom are published by the War Office. The Blue Books, Cd. 2,325, (1904), 2,787 (1905) and 4,523 (1909), deal with railway construction, harbours, and river navigation. (F. L. L.; W. B.W)
` NIGHTHAWK, an insect-hunting bird closely related to the goatsuckers of the Old World, and less closely to the swifts and
humming birds. The nighthawk (Chordeiles virginianus) belongs to the family Caprimulgidae, goatsuckers, so called from the fancy that they sucked the milk of goats. The wide skull, soft plumage, noiseless flight and nocturnal vision connect these birds with the owls. The nighthawk wanders in migration from the Arctic
ocean to southern South America and breeds in eastern North America from Florida to Labrador. The eggs are laid on the
ground or on the flat roof of a building. The Texan nighthawk
(Ch. acutipennis texensis) has rusty-brown spots on the flight feathers..
NIGHTINGALE, FLORENCE
(1820-1910), hospital re-
former, younger daughter of William Edward Nightingale, of Embley Park, Hampshire, and Lea Hurst, Derbyshire, was born at Florence on May 12, 1820, and named after that city, but her childhood was spent in England, mainly in the country at one of her father’s houses, but with periodical visits to London. Sidney Herbert was a neighbour of the Nightingales in Hampshire, and both he and his wife were Florence’s friends. She received
NIGHTINGALE
4.4.6
a good classical and mathematical education at home ynder her | needed in the military hospitals. The queen’s comment on the father’s guidance. She began to visit the hospitals in 1844, as she visitor was: “Such a head! I wish we had her at the War Office,” The experiences of the terrible months in the Crimea perwas not content merély to lead the ordinary social life of a girl of her class. In the winter of 1849-50 she made a tour in Egypt manently affected Florence Nightingale’s health, but the quiet with friends, travelling by way of Paris. On the journey she met life she afterwards led was a busy one. Blue Books and Statistics two sisters of St. Vincent de Paul, who gave her introductions to were her daily food; she was always réady to confute the War their order in Alexandria, where she visited their schools and hos- Office from their own records. With the £50,000 raised in rec. pital. From the sisters she learned the importance of formal dis- ognition of her services she founded the Nightingale Home for
cipline in hospital nursing. Shé then visited the Institute of Protestant Deaconesses at Kaiserswerth, returning the next year, when she remained for four months to study the organization, and to undergo a regular course of training as a nurse. She then studied the London and Edinburgh hospitals, and in 1853 was in Paris, studying nursing organization there. On her return to England
she became (Aug. 1853) superintendent of the Hospital for Invalid Gentlewomen in Chandos street, London, which she moved to Harley street. In the year 1854 England was stirred profoundly by the report
of the sufferings of the sick and wounded in the Crimea. There was an utter absence of the commonest preparations to carry out the first and simplest demands in a place set apart to receive the sick and wounded of a large army. The condition of the large barrack-hospital at Scutari was abominable. A royal commission of enquiry was appointed, a patriotic fund opened, and money flowed in fast. To Florence Nightingale this proved the opportunity for which she had systematically prepared herself. She wrote to her friend Sidney Herbert, secretary at war, and offered her services. Her letter crossed with one from him inviting her to proceed to the Crimea. ‘‘My question simply is,” he wrote,
“would you listen to the request to go out and supervise the whole thing? You would, of course, have plenary authority over all the nurses, and I think I could secure for you the fullest assistance and co-operation from the medical staff, and you would also have an unlimited power of drawing on the Government for whatever you think requisite for the success of your mission.” she set out on Oct. 21 with a staff of 38 nurses. They reached
Scutari on Nov. 4 in time to receive the Balaklava wounded. A day or two later these were joined by 600 from Inkerman. The story of Florence Nightingale’s labours in the huge insanitary
barrack-hospital at Scutari became a legend in her lifetime, a legend diffused over the English-speaking world by Longfellow’s
verses on “Filomena.” She gave herself, body and soul, to the work. She would stand for 20 hours at a stretch to see the wounded accommodated. She regularly took her place in the operation-room, to hearten the sufferers by her presence and sympathy, and at night she would make her solitary round of the wards, lamp in hand, stopping here and there to speak a kindly word to some patient. Soon she had 10,000 men under her charge, and the general superintendence of all the hospitals on the Bosporus. But the actual superintendence of the hospitals and of the nursing was only part, perhaps only the smaller part, of the work. She wrestled daily and successfully with the military
authorities, especially with the commissariat, who naturally re-
garded her as a dangerous innovator, and indeed thwarted her efforts to break through the mazes of the red-tape methods of administration. In the end her firmness, and, at need, her anger
won.
The death-rate in the hospitals was 42% in Feb. 1855; in
June it was 2%. She had secured by superhuman effort and the
force of a dominating personality a measure of sanitation and decent conditions. Even her energy would hardly have triumphed but for the backing she received from Sidney Herbert. Things were going well enough in the summer to allow her to leave
Scutari to visit the hospitals at Balaklava.
There she caught
Crimean fever and herself lay dangerously ill in hospital for t2
days. She refused to leave her post, and remained alternately at
Balaklava and Scutari till Turkey was evacuated by the British in July 1856. A man-of-war was ordered to bring her home and London prepared to give her a triumphant reception; but she re-
training nutses at St. Thomas’s hospital. She watched over the growth of the new institution and each year addressed the nurses
The example of St. Thomas’s was followed by others.
Florence
Nightingale was, indeed, the effective founder of the nursing system in England. She also turned her attention to the question of army sanitary reform and army hospitals, and to the work of the Army Medical College at Chatham. She wrote a candid official report on the working of the army medical department in the Crimea, and in 1858 printed her Notes on Matters affecting the
Health, Efficiency and Hospital Administration of the British, Army. The 800 pages of these notes formed the basis of the Royal Commission to enquire into the health of the army, and
are a Classic in the literature on army medicine. If Florence Nightingale lived a life of the strictest retirement she was consulted constantly by the authorities, and expressed her views with great clearness and vigour. The foundation of the hospital schools of nursing in London was followed, at her suggestion, by the formation of a school at Liverpool infirmary
(1862). She helped to establish various institutions for nursing,
from the East London Nursing society in 1868 to the Queen’s Jubilee Nursing institute in 1890. She would have liked to have gone out to India during the Mutiny. She was not invited to go, but she took the deepest interest in the progress of sanitation and of health measures in India, and was constantly in correspondence with the secretary of State for India, and with high officials in India up to 1872. In her later years, from 1872, when, as she says, she “went out of office,” she made a close study of Plato, under the direction of her friend Benjamin Jowett, and of the Christian mystics. She still maintained an enormous correspondence with the heads of the nursing profession and with members of the rank and file. She Sought to promote rural hygiene, and was indefatigable in demanding health missionaries for Indian villages. Generally she Was a prisoner in her room, where she received favoured visitors from time to time, but she never went out except occasionally for a drive in the park in the early morning. She was 87 when the Order of Merit was brought to her in 1907. Three years later she died in her house at South street on Aug. 13, 1910, and was buried at East Wellow, Hampshire, on Aug. 20. See Sir E. Cook, Life of Florence
Nightingale
(2 vols., 1913);
M. A. Nutting and L. L. Dock, History of Nursing (New York, 1907), which contains a bibliography of Miss Nightingale’s writings; and a sketch by Lytton Strachey in Eminent Victorians (1918).
NIGHTINGALE, the bird celebrated beyond all others by
European writers for the vocal powers which, contrary to usual belief, it exercises at all hours of the day and night during some weeks after its return from its winter-quarters in the south. The song itself is indescribable, though several attempts have been made to express in syllables the sound of its many notes. The cock alone sings (see Sonc). In great contrast to the nightingale’s voicé is the inconspicuous colouration of its plumage, which is alike in both sexes, and is of a reddish-brown above and dull greyish-white beneath, the breast being rather darker and the rufous tail showing the only bright tint, The range of the European nightingale, Luscinia megarhyncha, is peculiar. In Great Britain it is abundant in suitable localities to the south-east of a line stretching from the valley of the Exe,
in Devonshire, to York, but it does not visit Ireland, Wales or Scotland. On the continent of Europe it does not occur north of
turned quietly in a French ship, crossed to England, and escaped
a liné stretching irregularly from Copenhagen to the northern Urals, and it is absent in Brittany; over south Europe otherwise
She visited Queen Victoria at Balmoral in September, and laid
Arabia, Nubia, Abyssinia, Algeria and as far south as the Gold
to her country home before the news of her return could leak out.
before the queen and her husband a plan of the urgent reforms
it is abundant. Coast.
It reaches Persia, and is a winter visitor to
The larger eastern L. philomela, is russet-brown in both
447
NIGHTJAR—NIGHTSHADE sexes, and is a native of eastern Europe.
probably the Perso-Arabic bulbul of poets.
L. kafizi of Persia, is
The nightingale reaches its English home about the middle
of April, the males (as is usual among migratory birds) arriving some days before the females. The nest is of a rather uncommon kind being placed on or near the ground, the outworks consisting chiefly of a great number of dead leaves ingeniously
applied together so that the plane of each is vertical.
In the
NIGHTSHADE,
a general term for plants of the botanical
genus Solanum (family Solanaceae). The species to which the name of nightshade is commonly given in England and North America is Solanum Dulcamara which is called also bittersweet or woody nightshade. It is a common plant in damp hedgebanks and thickets, scrambling over underwood and hedges. It has slender slightly woody stems, with alternate lanceolate leaves
midst of the mass is a deep cup-like hollow, neatly lined with fibrous roots, but the whole is so loosely constructed, and depends for lateral support so much on the stems of the plants, among which it is built, that a slight touch disturbs its arrangement. Herein from four to six eggs of a deep olive colour are laid, and the young hatched. The nestling plumage of the night-
ingale differs from that of the adult, the feathers above being tipped with a buff spot, just as in the young of the redbreast,
hedge-sparrow and redstart. Towards the end of summer the nightingale disappears to its African winter haunts. The name nightingale has been applied to several other birds.
The so-called “Virginian nightingale” is a species of grosbeak (g.v.); the “Pekin nightingale” or “Japanese nightingale” is a small babbler (Liothrix luteus) of the Himalayas and China.
NIGHTJAR or GOATSUCKER
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have the habit implied by its second name. It is characterized by its flat head, wide mouth fringed with bristles, large eyes, soft plumage and consequently noiseless flight. It arrives in Europe from Africa late in the spring, returning in the early autumn. Its food consists of insects, chiefly moths and cockchafers, which it catches on the wing at night. When resting on a bough the nightjar sits along its length. In this position the cock bird utters his curious burring note. The eggs are laid on the ground and number two; the young are clad in dark-spotted
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ENCYCLỌPÆDIA
BRITANNICA
NORTH
AMERICAN
MAMMALS,
BY
CARL
RUNGIUS
The animals of North America, in general, more closely resemble those of Europe and Northern Asia than those of any other grand division of the world. Many North American mammals have almost exact counterpa rts in the Old World, as, for example, the bison. A few, however, as the Rocky Mountain goat and the Pronghorn, in the illustration, are found only in North shown America Rocky Mountain Goat (Oreamnos montanus), American Elk or Wapiti (Cervus canadensis), American Bison or Buffalo upper left (Bison amerihead with antlers, centre Bighorn or Mountain Sheep (Ovis canadensis canus), lower centre ), Puma, Cougar or Mountain Lion (Felis conram with ewes and lamb, upper right Pronghorn or American Antelope (Antilocapra color), right centre Mule Deer (Odocoileus hemionus), americana), a male and two females, left centre ta
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AMERICA
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BRITANNICA NORTH
MAMMALS,
AMERICAN
BY
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those in Except the muskox, which occurs only in arctic America, the groups of mammals here illustrated, like is represented by the Plate IV, have very similar representatives in the Old World; the caribou, for example, immense reindeer and the American elk or wapiti by the red deer or stag. In North America various bears attain carnivore known, sometimes size, the Kodiak brown bear (VY. middendorffi) being the largest and heaviest land weighing
1,200
pounds
Northern Bighorn or White Sheep (Ovis dalli), two males, upper left
Grizzly Bear (Ursus horribilis), upper Stone Bighorn or Black Sheep (Ovıs stonei),
upper
left centre
right dalli
Osborn Caribou antlers,
(Rangifer osborni), head with
centre
Alaskan Brown Bear (Ursus dalli), left centre American Elk or Wapiti (Cervus canadensis), with cows, challenging, right centre
Muskox
(Ovibos
moschatus),
three
males,
lower centre
Timber Wolf (Canis lower right
nubilus),
lower left and
PLATE VI
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American
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MAMMALS,
BY
CARL
RUNGIUS
which
sometimes stands 6⁄2 feet high at the allied to the Old World Elk (A. alces). shoulder, is closely The taller and blacker Alaskan M Oose (A. gigas), sometimes attaining a height of 7⁄2 feet. an antler spread of 6 feet and a weight of 1,800 po unds, is the largest known member of the deer family. For further details, see the articles on the animals illustrated American Moose (Alces americanus), bull and American Moose, head with antlers, centre cow, upper left Pacific Walrus (Odobaenus obesus), Black Bear (Ursus americanus),
Woodland Caribou right
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Virginia Deer (Odocoileus virginianus), buck and doe, lower centre
Polar
Bear
right
(Thalarctos
lower left
maritimus),
lower
PEOPLE]
NORTH
AMERICA
505
index 81+), except in six areas where it is less (longer heads): | the Old World, peculiar to America, important in the Old World 1, the Eskimos of the Arctic coast; 2, 3, 4, in the east, from Cape | but lacking in the New, etc.
Hatteras to St. Lawrence river; from the St. Lawrence north of the Great Lakes almost to the Rockies; an irregular tract in the Ohio and middle Mississippi valleys; 5, 6, on or near the Pacific
r. A series of simple culture traits are literally (or practically)
universal among American tribes and of equally common occurrence in the Old World, and may be assumed to have formed part coast, two intermittent tracts or chains of separated groups, be- of the culture stock with which the first immigrants came into the tween northern California and the tip of Baja California; from hemisphere. These traits include the use of fire and the ability southern Arizona to central Mexico. In South America the long to make fire with the drill; the dog as a domesticated or semiheads are almost all found in the eastern half of the continent, domesticated animal; stone implements for piercing, cutting, in or adjacent to Brazil. scraping, chopping; the spear, the spear-thrower, and probably The Eskimos (g.v.) are a well-marked sub-race. They are short, the harpoon and bow; cordage, netting, and basketry; adolescence thick set, unusually long headed and broad faced, powerful jawed, rites for boys and girls; shamanistic beliefs and practices. These narrow nosed, and with some tendency to the Mongolian eye. elements survive in the more remote and backward portions of The remainder of the American race is difficult to sub-classify the eastern hemisphere, and for the most part have their relative satisfactorily. Hrdlička distinguishes three types, of which he antiquity attested directly by archaeology, carrying back to the considers all existing populations in North and South America to end of the Palaeolithic or beginning of the Neolithic period. 2. Equally well defined is a class of culture traits which are be either representatives or mixtures. These are: 1, tall and broad headed (Athabascan); 2, long headed, mostly tall; 3, broad widespread in the eastern hemisphere, in fact practically universal headed, stature moderate to short. The more advanced peoples in all parts possessing a sufficient development, but are totally from Mexico to Peru are assigned to this third type. lacking in both North and South America. These elements eviThere are some interesting but as yet insufficient indications of dently originated in the Old World subsequent to the movement Australian or Melanesian Negroid influence on the physique of which mainly populated America; they were not for some reason, the American Indians of certain localities. The very long and perhaps chiefly because of the inhospitable conditions and backlow skulls of the south end of Baja California may represent a wardness of culture in the region of Bering Sea, diffused into colony or infusion of such immigrants. Similar conjectures have America. This class of traits includes all the important domestibeen advanced about the long headed peoples of the Atlantic sides cated animals and plants excepting the dog, viz., cattle, sheep, of both North and South America. the goat, pig, horse, ass, camel and even reindeer; wheat, barley, Language.—The outstanding characteristic of native American rice, etc.; the plough and the wheel; iron; stringed instruments. speech is its diversity. According to the usual reckoning there Environment may be held responsible for the absence of some of are more stocks of languages in either North or South America these from the western hemisphere; it cannot account for the than in the entire eastern hemisphere—about 75 on each conti- non-existence of iron-working, the plough and the wheel. nent. Recent researches have moved in the direction of uncover3. The higher civilizations of America were reared on an ecoing remote similarities between some of these stocks, thereby nomic and technological foundation of their own, evidently reducing their number. There is little indication of borrowing evolved in and largely remaining confined to the region of “Middle America,” namely the area from Mexico to Peru. The between languages, except in South America. The older view that American languages are overwhelmingly basis of this civilization was a form of agriculture limited to a agglutinating, incorporating or polysynthetic, can no longer be series of indigenous plants. Fundamental among these plants maintained. There are languages as genuinely inflectional (Penu- was maize, seemingly altered by domestication from a wild species tian) and isolating (Otomi, Zapotec) as in the Old World. It is, native to the highlands of Mexico and Guatemala. Closely assohowever, true that the Indian languages tend to describe con- ciated with maize were beans (Phaseolus) and pumpkins and cretely and visually. Elements expressing the instrument or man- squashes. These plants were cultivated by all the Indians of both ner of action, the shape or position, and space relations, although Americas as far as agriculture was practised by them, from the by no means universal, are frequently well developed in the St. Lawrence to the La Plata. In the tropical region there were grammatical structure. It is also true that many of the idioms cultivated in addition other important plants—the potato, sweet potato, manioc, tomato, pineapple, chili pepper, tobacco, chocodo not shrink from piling up structural elements into long words. The most important linguistic stocks north of Costa Rica, in late, etc. All this agriculture was practised without implements point of number of speakers or territory, are Eskimo, Athabascan, more complicated than a hoe or simple planting stick; it was Algonkin, Iroquoian, Siouan, Muskogi, Caddoan, Uto-Aztecan, strictly a hand culture. Domesticated animals were lacking, exSalish, Sahaptin, Penutian, Hokan, Tarascan, Otomi, Totonac, cept for the llama and alpaca in Peru and the turkey in Mexico. Zapotecan, Mixe-Zoque, Maya, all of which are separately de- Copper, gold, silver, platinum, tin and lead were smelted, cast, scribed. Of secondary rank, and also treated separately, are plated and alloyed in middle America; in other words, the metalTlingit and Haida (with Athabascan = Na-Dene?), Tsimshian, lurgical arts of the Old World prior to the iron age were known. Wakashan (Kwakiutl and Nutka), Chinook, Kootenay, three Cotton, of another species than the cotton of the Old World, had Pueblo stocks (Tanoan, Keres, Zuñi), Kiowa (with Tanoan?), been domesticated in middle America and was the basis of an Tonkawa, Natchez (probably with Muskogi), Yuchi, Beothuk. The elaborate textile art, operating however with simple apparatus; remaining small stocks are in Washington, Chimakum; in Oregon, and clothing was of types based upon true fabrics instead of Wailatpu and Lutuami (with Sahaptin?); Kalapuya; Yakonan; skins or bast fibres. Pottery shows a wide distribution almost Kus and Takelma (Penutian?); in California, Yurok and Wiyot identical with that of agriculture; archaeologically, it is generally (Algonkin?), and Yuki; in Texas, Coahuiltecan and Karankawa associated with agricultural remains; and it may therefore be (Hokan?); in Louisiana, Tunica, Chitimacha, Atakapa (probably assumed to have originated in middle America at about the same related); in Florida, Timucua, Calusa, perhaps Arawak and Carib time as agriculture. Masonry had spread somewhat beyond middle colonies; in north-eastern Mexico, Tamaulipan, Xanambre, Olive, America as far as north-western Argentina and south-western Lagunero; in Baja California, Waicuri and Pericu (perhaps dis- United States. Middle America was the region of cities, therefore of higher tinct); in Guerrero and Nicaragua, Subtiaba; in Oaxaca, Huave (Mixe-Zoque?) ; in Chiapas and Nicaragua, Chiapanec (Chorotec, political organization, and in Mexico and Peru of considerable Chinantec); and, in Honduras and Nicaragua, Xinca, Lenca, empires. In the same regions ritualistic religion, including altars,
Matagalpa, Xicaque, Paya, Mosquito, Ulva, Chibchan. Culture.—The
culture of the American Indians, like that of
any large group, is so complex that a descriptive review is inadequate in proportion as it is compact. This culture is therefore
perhaps best considered from the point of view of how its constituents classify as to origin—elements common to America and
permanent edifices, sacrifices and symbolism, reached its most complex development. This development was evidently dependent upon the existence of a priesthood persisting through successive
generations under stable social and political conditions. Finally, the intellectual achievements, probably also in large part due to
priests, culminated in the mathematical and calendrical systems
506
NORTH
AMERICA
[PEOPLE
of the Maya, and in an incipient system of writing employed by Indies seem to belong culturally with South rather than wit, them and the neighbouring Mexican nations. Attempts have been North America. The southern frontier of the Mexican area mayof Rica and Panama forming part made to derive these products of learning from the Old World; be placed in Nicaragua, Costa but analysis shows their principles, especially those of the calen- the Chibcha or Colombian area of South America. In this cop. dar, to be unique. The Maya, for instance, had devised position tinent there may be recognized: 1, Chibcha or Colombian: 3 numerals and a sign for zero; but their system of numeration was Andean (southern Ecuador, Peru, highlands of Bolivia, north-west vigesimal. Also, they were using this system by the beginning of Argentine, northern Chile); 3, Patagonian, a hunting area depend. the Christian era, centuries before any people in the Old World ent largely on the guanaco; 4, Orinoco-Amazonian, where manioc disputed the supremacy with maize; 5, Antillean or West Indian. had invented a sign for zero. Temperament.—This is notoriously difficult to dissociate 4. Other culture traits in America, not specially characteristic of higher civilization, do not occur regularly distributed in or from culture habits, but there appears to be a fairly genera) around the Mexican-Peruvian area. Some of these traits may be agreement as to a characteristic American type of mind and presumed as due to local inventions independent of the middle personality, though it might be arguable how far this is innate. American stimulus. Others may have originated earlier than the Almost universally the American Indian is reserved, stoic, endurmiddle American agriculture-metal-town-priesthood growth and ing and unresponsive, the antithesis of the negro, and more similar have diffused irregularly, or perpetuated themselves only in to the Mongolian in behaviour than to the Caucasian. He is not certain tracts. Most elements peculiar to one or two culture without humour, but holds expressions of it in rigorous check, so areas (see below) fall into the present class; for instance, the that it becomes manifest chiefly in intimacy. He is patient but not carpentering, wood-carving and frame houses of the North Pacific quick; tough in adversity but unenterprising; stable but uncoast; the special war customs of the eastern United States; the imaginative; cruel when his inhibitions have been removed, but acorn food technique of California. Clan systems or exogamic not given to brutality ordinarily. He prizes control as the highest institutions, usually with totemic manifestations, occur in North America in several areas: the south-east and north-east, the North Pacific coast, in a limited area in the plains, and some-
what doubtfully in certain parts of Mexico. s. A certain number of traits restricted to the north-western half of North America show modern or recent analogues in the Old World, usually in northern Asia and Europe, but do not appear to possess prehistoric antiquity. They may therefore be assumed as importations into America, mainly by diffusion rather than by migration, in the last few thousand years. For the most part these traits are distinguishable without difficulty from the universal and supposedly very ancient ones of class 1. Into the present group there may fall the sinew-backed bow (the supposed American equivalent of the composite bow of Asia), the tepee or skin tent on poles, the snow-shoe and toboggan (equivalent of Old World snow-shoe of ski type), birch bark canoes and vessels, the half-underground house roofed with earth, tailored or fitted clothing of sewn skins, perhaps coiled basketry, and several myth episodes such as “Earth Diving” and the “Magic Flight.” The distribution of most of these traits in America stops before it reaches the south-west and south-east United States. None of them had reached the advanced portions of Mexico. Culture Types.—An attempt has been made by Americanists to organize the complex and irregular manifestations of native culture by classifying them into certain types characteristic of regions known as culture areas. These are to a certain degree environmental; the natural environment is thought to have acted as a stabilizing and perpetuating factor, once a certain type of culture had been achieved in an area. Essentially, however, this classification is one of culture types, and the concordant geographical areas largely represent empirical determinations of distribution. In this respect the culture area classification, as first formulated by Wissler and accepted with only minor modifications by practically all American students, differs from older attempts which proceeded from environment as the supposed determinative factor (see O. T. Mason’s article “Environment,” in the Handbook of American Indians). The more important types of culture in these areas are outlined in separate articles. ‘The areas are: 1, Mexican, north about as far as the Tropic of Cancer (see Aztec, Tottec, Maya, Zapotec); 2, South-west (i¢., of the United States, but including northern Mexico; see PuEBLo); 3, 4, South-east and North-east, perhaps to be joined and called
virtue, and restraint and decorum as the essentials of manners,
and therefore almost always impresses as imbued with unusual sense of respect of personality.
Population.—The original numbers of the American Indians
are imperfectly known.
The most complete and careful count,
that by Mooney (Smithsonian Misc. Coll., \xxx., 1928) arrives at a total of 1,150,000 souls north of Mexico at the time of first contact with Europeans. Inasmuch as several specialists have set a somewhat lower figure for the regions with which they were most familiar, Mooney’s total is probably too large rather than
too small, and one million in the United States and Canada is, perhaps, not far from the true number. In Mexico and in Central America population was much denser relatively and absolutely; it cannot well be put at less than three to four million. Similar conditions prevailed in South America: there may have been nearly as many natives in Peru as in the remainder of the continent.
In general, the race has declined after contact with Europeans. Some North American tribes have become completely extinct. Many others have shrunk to such an extent as to have lost their identity and merged with other tribes. Some have partly held their own, others wholly so, and a few, like the Navaho, have indubitably increased. The conditions to which each tribe was subjected must be known in detail before the reasons for this variety of fortune are intelligible. In most tribes there has been a heavy infusion of white and sometimes of negro blood. Except in the south-west, it may be said that even those tribes that remain as numerous as originally, are so only through the inclusion of alien blood.
Socially the mixed bloods generally are In-
dians. Of this population of pure and mixed blood, there remains not quite half a million in the United States and Canada. Mexico is estimated to be about one-third pure Indian, and more than another third, part Indian. History.—There is no native documented history of the American Indian, except for the Aztec and Maya.
The great bulk of
the tribes possessed neither time systems nor writing, and left only legendary traditions. These usually possess a certain authenticity. In the main the history of the tribes is a history of their contacts with Caucasians.
movements
Often more can be gathered as to the
or other fortunes of a stock, from its recent dis-
tribution and from the relations of its component languages, than from any directly historical source. (See for instance ATHABASCAN, UTO-AZTECAN, ALGONKIN, SIOUAN, MUSKOGIAN, IROQUOIS.)
Eastern woodland (see Musxocran, Mounn BUILDER, Iroquots); 5, Plains (q.v.), in the untimbered centre of the continent; 6, Native history resting on a documentary basis has been prePlateau, in the western inter-mountain region, an area relatively served only in the Mexican region. The Maya left both monuundifferentiated in culture, with actively entering influences from ments with dated inscriptions and post-Spanish chronicles. The the adjacent areas (the Great Basin is sometimes separated from calendar (g.v.) in which the inscriptions are expressed is extremely the upper Columbia and Frazer region and united with Cali- accurate and is well known. Its conversion into our chronology fornia); 7, California; 8, North Pacific Coast (g.v.), from is not quite so certain, the evidence bearing on this point being northern California to southern Alaska inclusive; 9, Mackenzie- somewhat conflicting as well as incomplete. According to the Yukon (see ATHABASCAN); 10, Arctic (see Eskimo). The West correlation accepted by most specialists, the Maya cities of the
NORTH
ARCHAEOLOGY]
AMERICA
Old Great period, which have left the principal dated inscriptions, flourished from the first to the end of the 6th century after Christ. The earliest date found converts to 96 B.c. This calendar
system involves long observation,
some
historical knowledge,
considerable facility in computing, and is accompanied by hiero-
glyphic writing, fine sculpture, and advanced architecture.
In
short, Maya civilization had already taken shape by the beginning
of the Christian era. Beyond this was most likely a formative period as yet unknown, and back of this an Archaic period of which the first traces are apparently beginning to be discovered. The principal other system of chronological conversion interprets all Maya dates as about 270 years earlier.
An Archaic period is well known from remains in the valley of Mexico. This, however, was a culture already emerged from primitiveness, since it possessed agriculture and pottery. There is nothing to fix its period, except that its freedom from Maya influence argues its being anterior to the development of the characteristic Maya civilization. It was succeeded by the more advanced culture of the Toltecs (Teotihuacan), and on this legen-
dary data were preserved by the still later Aztecs. Some of the Aztec accounts are chronological and carry Toltec history back to about A.D. 600, with a period of florescence around A.D. goo—
1000. The Toltec-Aztec calendar, however, while absolutely accurate within its cycles of 52 years, did not with certainty distin-
guish successive cycles, so that all Toltec dates must be accepted
as being only approximations. In the south-western United States, Pueblo and pre-Pueblo culture have been unravelled by intensive archaeological work, until] a series of seven stages is now known, the first being one without pottery and with an estimated age of about 3,500 years. None of the Pueblo periods, however, are as yet really datable. BIBLIOGRAPHY.—The most important general work of reference is the Handbook of American Indians, published by the Bureau of American Ethnology as Bulletin 30 in two parts (1907 and rorzo).
The basic work on linguistic classification is by Powell, 7th Report of the Bureau of American Ethnology (1891). As regards culture, the points of view here adhered to were first outlined by Boas in a brief article, “The History of the American Race” (N.Y. Acad. Sci., xxl, 1912); supplemented in the Intern. Congr. Americanists, xxi.
(Goteborg, 1925); and are most fully developed, with special emphasis on the culture areas and with attention also to racial and linguistic factors, in Wissler, The American Indian (1917; 2nd ed., 1922). Supplementary considerations will be found in Wissler, Man and Culture (1923), and The Relation of Nature to Man in Aboriginal America (1926). Farrand, The Basis of American History, gives the natural setting. Brief comiprehensive works on special areas are Goddard, Indians of the South-west, Indians of the North-west; Wissler, Indians of the Plains; Spinden, Ancient Civilizations of Mexico (these four are Handbooks of the American Museum of Natural History) Kroeber, “Handbook of the Indians of California,” Bur. Amer. Ethn, Bull. 78; Kidder, South-western Archaeology (1924). Numerous monographs and special articles are cited in the bibliographies included in these general works. (A. L. K.)
597
plements and chips, were found at varying depths, those below 4% feet, to a depth of 114 feet below the surface (the lowermost 5 feet, however, containing only scattered fragments of bone). being regarded by the explorers as contemporaneous with the loess formation and antedating the hill itself. Subsequent investigation of the site and of the skeletal materials therefrom seemed convincing that, regardless of their depth and the apparently undisturbed condition of the loess in which most of the remains were found, there is no substantial ground for belief in any considerable difference in the age of the upper and the lower bones; that the appearance of knife-marks on bones from both the superficial and the deeper layers suggest a custom such as post-mortem cleaning of the bones of the dead for secondary burial that could hardly have occurred at such remote periods as claimed, and that the many fragments of bones found deepest in the loess might well have been the result of the burrowing of rodents, evidences of which were present. From an asphalt pit on Rancho La Brea, near Los Angeles, California, have been taken a vast number of bones of animals of the Quaternary period, and in 1914 widespread interest was aroused by the recovery therefrom of considerable parts of a human female skeleton. Although in such close association with the extinct animal remains, the human skull bears no features that mark it as other than that of an ordinary California Indian. In 1913-1916 there were found at Vero, Florida, various vertebrate, invertebrate and plant fossils of Pleistocene age, together with fossilized human remains accompanied with implements and chipped flints, all in such association as to establish the basis of a claim of incontestable evidence of contemporaneity. Thus did the “Fossil Man of Vero” become widely exploited. The primary observations were made entirely from a geological point of view; subsequently other geologists, as well as anthropologists, investigated the site, and a thorough study of the skeletal remains for the first time was later made by Hrdlička, who, after examining the conditions under which they were deposited, was convinced that the burials were intentionally made in the fossil-bearing deposits long after the extinction of the animal species whose bones were found in association. In 1924 remains of several human skeletons were found within an area of 12 square feet and at a depth of 19 to 23 feet, in excavation for an outfall sewer near Los Angeles, California. Fortunately it was possible to make scientific observations on the spot immediately, and by study of the local geological conditions it became evident that the presence of the osseous material, rather than being washed in, was due to miring under bog conditions, presumably prior to the accumulation of the greater portion of the deposits that overlay the human remains. No indication
ARCHAEOLOGY In recent years various remains attributed to early man within
20 feet below the surface and 60 and 70 feet from the mouth of a tunnel excavated for storage use. The place was visited and studied by several geologists and archaeologists, the geologists varying in opinion as to the age of the deposits and consequently the antiquity of the skeleton. In Florida have been found various human remains to which extreme age has been ascribed, sometimes accompanied with objects of human handiwork. Some of these remains are more or less mineralized bones found near Osprey, Manatee county, on the west coast, from 1871 to 1887, and this fossilization has generally been regarded as an important indication of antiquity. The features of the crania, as well as of the other bones, show no material differences from those of recent Florida Indians. In 1894 and 1906 were
discovered remains
of what became
known as the “Nebraska Loess Man” in the Gilder Mound on a ridge above the Missouri river, ro miles north of Omaha. These remains, some of them accompanied with crude flint im-
ads
VAfeJ a
a
the area of the United States have been discovered, notable among which was the finding of the so-called ‘Lansing skeleton” in 1902 at Lansing, Kansas, at the base of the Missouri river bluffs,
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FROM “PAPERS” OF THE PEABODY MUSEUM CAHOKIA MOUND, IN ILLINOIS, LOOKING HISTORIC EARTH-WORK IN AMERICA
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of Pleistocene or of recent mammals was found in association. The conclusions reached by Professor Stock were that the evidence did not point unequivocally to Pleistocene age of the deposits containing the human material, but that they might well be measured in terms of thousands of years, but not necessarily tens of thousands. In 1923—1924 the nearly complete and articulated skeleton of
a Pleistocene bison was found on Lone Wolf creek, near Colorado, Mitchell county, Texas, embedded in an indurated matrix of cemented sands, gravels and clays, beneath which were two thin,
NORTH
508
AMERICA
well-chipped, flint projectile points and part of another. In 1925 an almost identical discovery was made in the bank of an arroyo near Folsom, New Mexico, the two implements there found in direct association with fossil bison being even finer examples of chipping than those which came from Texas. The excavations at Folsom are still in progress. These two interesting discoveries are quite comparable, so far as the circumstances are
[CULTURE AREAS
have been found examples of almost everything they made, of their foods, as well indeed as the bones of the occupants, thus
enabling determination of at least the approximate relationshi of the crania, affording an opportunity to reconstruct much of the life of the people, and of estimating the relative periods of occupancy through study of the stratigraphy of the deposits. While archaeology has revealed a relatively high degree of culture in
certain areas north of Mexico, notably in those of the mound. building tribes and of the Pueblos of the Southwest, yet in no instance did it equal that of Mexico and Central America, where
the ancient cultures were characterized by stupendous buildings
coms
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of elaborate architecture, by glyphic writing, and by works of
RG
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art in stone, wood, mural and other painting, and ceramics, in many respects equal to the highest art of early times in the Old
ERAT
World. Culture Areas.—Based on the more clearly manifested phases of their culture content, the following eleven general archaeological areas north of Mexico as set forth by Holmes, have been recognized, the classification varying in no great degree from that based on ethnological observations as mapped by Wissler: (L) North Atlantic area; (II.) Georgia-Florida area; (IIL) Middle and Lower Mississippi Valley area; (IV.) Upper Mississippi and
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Great Lakes area; (V.) Plains and Rocky Mountains; (VI.) Arid region; (VII.) California area; (VIII.) Columbia-Fraser area. (IX.) Northwest Coast area; (X.) Arctic Coastal area; (XT) RUINS
CASAS
OF AN EARLY ABORIGINAL GRANDES, MEXICO
DWELLING
“THE
BIG
HOUSE,"
AT
The building probably reached a height of six or seven storeys, and is constructed of sun-dried blocks of mud and gravel. Its age has not been determined beyond the fact that it was already in ruins at the time of the Spanish conquest
yet known, to the finding of a somewhat cruder spear-point, likewise found in connection with a fossil bison, at Russell Springs, Logan county, Kansas, in 1895. Again, in 1926, near Frederick, Tillman county, Oklahoma, there were reported to have been found, near the base of a great hilltop gravel and sand deposit, to to 25 feet in thickness, in a stratum containing fossil vertebrates and beneath a layer of sandstone, a chipped flint spearpoint, together with two stones described as “pestles or grinding
instruments,” which were not regarded as of sufficient Importance to preserve. Above the sandstone, in partially cemented sand, gravel, and pebbles, 9 to r5 feet thick and likewise containing fossils, a flint drill-point was found. In the same stratum, 8 feet beneath mammoth remains, were unearthed five specimens of what were identified as metates, or mealing slabs, of sandstone. No human skeletal remains were anywhere present. Mr. Harold J. Cook regards these artifacts as earlier representatives of Pleistocene man than those found in Texas and New Mexico,
which follow in order in point of age; he believes that the Fred-
erick deposits are of early Pleistocene age, probably Aftonian.
DISTRIBUTION OF CULTURES Archaeological research has been widely conducted north of Mexico; but the territory is so vast, the tribes and bands were so humerous and their shiftings so many, that knowledge of the archaeology of many areas is still almost a blank. Enough has been gleaned, however, to enable a fair classification of the character and distribution of the cultures in prehistoric times, and in many instances it has been possible, by analogy with the arts and customs of existing tribes or through historical research, to identify the peoples whose remains were under investigation. There is general agreement with respect to the limits of the various archaeological culture areas north of Mexico, such differences as are due to more or less marginal influence not materiall y affecting the general classification. Furthermore, a close correlation is shown in the archaeological culture areas and those of the historic tribes. Within the limited area of this treatment the Indians had no records beyond arbitrary, and for the greater part undecipherable picture-writings, hence archaeology at best can hardly be relied on to present a vivid picture of the life of the northern Indians before the coming of white men. In a comparatively few instances Indians occupied dry caves and rock-shelters in which
Northern Interior area. This general classification well serves the present purpose. I. North Atlantic Area: This culture area, sometimes divided into two at the Delaware valley and sometimes into still
lesser areas, may be regarded as extending from Newfoundland and the St. Lawrence valley in the north to southern Georgia in
the south, and as including the Maritime Provinces of Canada,
New England, New York, Pennsylvania, Maryland and large portions of Virginia, West Virginia, the Carolinas and Georgia, the northern part of the territory extending inland indefinitely to the north and west, and its southern part extending westward to the
Appalachian mountains. The tribes were chiefly those of the Algonkin, Iroquoian and (in the south) Siouan stocks of historic times, and save for certain shiftings of boundaries and the
extinction especially of most of the Algonkin and Siouan members, the archaeological and known linguistic areas may be regarded as practically coéxtensive. The forests and highlands afforded excellent hunting; the many rivers and bays, and the sea itself, offered an abundance of fish and shellfish, and while agriculture was practised, it was subordinate to fishing and the waa
chase. Shellfish (oysters, clams, mussels, scallops, whelks, cockles) formed an important part of the diet, as shown by the almost numberless heaps of shell
~ Zope Oy
=a Gh ae
refuse along the coast and the FROM BUREAU “REPORT”
OF
AMERICAN
ETHNOLOGY
AN IROQUOIS VASE, 13 IN. HEIGHT, FOUND IN A GRAVE NORTHERN PENNSYLVANIA
IN IN
tidewater bays, rivers and inlets. One heap at Pope’s creek on the Potomac in Maryland, consisting of oyster-shells, covered about 30 acres and reached a depth of 15 feet.
The
Peninsular
shell-
mound, one of five principal deposits of oyster-shells on the west
bank of Damariscotta river, Maine, is about 400 feet long and
attains a maximum height of 22 feet. The dwellings of the ancient Indians of the North Atlantic area probably varied in no respect from those of early historic
times. Stone as a building material was almost unknown, construction being of wattlework, bark, and mats, and the Iroquois villages were often protected with stockades. Cache pits for storage were used in the central part of the area, centring in
New Jersey. Some of the houses, as those of the Iroquois, the
NORTH
CULTURE AREAS]
AMERICA
Mohican, and of Virginia and North Carolina tribes, were of the community type, those of the Iroquois (the well-known “Iong-houses”) being 50 to r00 feet long and 16 to 18 feet wide. Burial customs varied more or less with locality, but interment was the usual practice; sometimes the corpse, fully clothed, was placed in the grave in a ‘Sitting posture. The custom of the Algonkin and Iroquois tribes from the St. Lawrence to the Delaware was to wrap the corpse and to bind the legs against the trunk, and sometimes, except among the early Algonkins who rarely practised the custom, the implements, utensils, and
ornaments of the departed were buried with his remains. Interment of dogs, sometimes with the human dead, was common. In
the Iroquois area especially the bones of the dead were periodically gathered from their graves and deposited in ossuaries lined with furs and covered with brush and earth, but this was not an
Algonkin custom.
Among the Powhatan tribes of Virginia two
methods of disposal were practised in prehistoric times as well ag at the beginning of the Colonial period—the bodies of im-
portant men
were wrapped
and placed on platforms in the
“temples,” and probably afterward gathered and buried while those of ordinary people were at once inhumed.
In the lower Penobscot valley, in Maine, it was an ancient custom to place quantities of red hematite paint in the graves and to deposit with the dead certain exceptional stone objects
only—long slender celts, gouge-adzes, and slate points of bayonet shape, resembling those of the Eskimo and even those of northern Europe and Asia. In the abundant shell-heaps of the region such slate points are unknown, and the other implements are either scarce or entirely lacking, whereas
bone and shell objects so
common to the shell-heaps are not found in the graves. These conditions have given rise to the designation “‘Red-paint people” to distinguish the earlier from the later inhabitants, not alone because the graves of the ancients contain the hematite deposits, for a similar custom was practised elsewhere in New England as late as Colonial times. There are certain indications that
point to relationship with the extinct Beothuk of Newfoundland, as well as with the Algonkin culture of New York. The ceramic art of the North Atlantic area was somewhat rudimentary in comparison with that of other cultures, yet the cooking utensils and the trumpet-like smoking pipes of the Iroquois display considerable taste, and the pipes especially were often elaborately decorated with modelled life forms or miniature jars. The typical Virginian pipe with long stem and upturned bowl, taken to England by early colonists along with the first tobacco, gave form to the common clay pipe of the present time. The chief distinguishing features of the ancient earthenware vessels of the Iroquois of New York and Pennsylvania are a conical base, constricted neck, and flaring squarish collar usually embellished with an incised rectilinear pattern and sometimes with modelled heads and figures in relief. In the marginal regions, —New York bay, Long Island, the lower Hudson valley, Connecticut, and Rhode Island,—the Algonkin pottery, otherwise usually plain in form and simply decorated by incising or with
fabric- or cord-marked impressions, often shows Iroquois influence. Stone objects consisted of the pecked and polished celt-hatchet, grooved axe, chisel, pick, gouge-adze, mortar, long cylindrical pestle, knife and spearhead of slate, and hammer-stone; of these
599
trade over a wide area, great quantities having been recovered from Ohio mounds. Argillite, jasper, and rhyolite were quarried in New Jersey, Pennsylvania, and New York, and quartz and quartzite boulder deposits in the District of Columbia and elsewhere for chipping into prodigious numbers of implements and weapons, especially arrow-points and celt-hatchets (tomahawks). Engraved conch-shell gorgets of Virginia and the Carolinas suggest culture intrusion from the west. Water transportation
was by dugout and bark canoes. Petroglyphs, or rock-writings, are rather common, the most noted being Dighton Rock in Taunton river, Mass. II. Georgia-Florida Area.—The southern part of Georgia and northern Florida were occupied by tribes of the Muskogin family, and the peninsula by the extinct Timucua and Calusa, with evidences on the west coast of early Arawakan intrusion from the West Indies, all of which have left their impress on the archaeology of the region. The antiquities are somewhat distinct from those of the North Atlantic area, but grade imperceptibly into those of the Gulf states to the west and the Mississippi valley area to the northwest. Agriculture was practised in suitable localities, but the waters of the extensive coast and of the streams afforded the principal food supply, and the refuse of feasts over long periods is still seen in the hundreds of shell-mounds along the coast and on some of the river banks. Burial mounds of earth and sand are numerous, and have yielded many relics, especially in the peninsula, where it was the custom to place with the dead many crude objects of fired clay, vessels of fanciful shapes, and rude effigies of creatures or things real and fanciful, as mortuary offerings. Especially in west Florida large deposits of earthenware utensils are found with the dead, the forms sometimes suggesting a distinct type of mortuary vessel, and like those of the peninsula, they were often perforated in the bottom, or “killed.” Methods of burial varied: the body was (1) extended, or (2) flexed; (3) it was exposed until the flesh decayed, when the bones were gathered
and interred;
(4) the remains were cremated.
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the gouge-adze is of exceptional excellence. Chipped stone implements of all the ordinary types (knives, projectile points, drills,
ena a, u ee ONN AR AN oso kV EN PUES AN
etc.) were plentiful; objects of the same material used as ornaments or in ceremony were banner-stones, bird-shape stones, “plummets,” tubes, pierced gorgets, etc. Not all of these objects are found throughout the area, their distribution depending on the varying sub-cultures of the former tribes and their chronological sequence. Human effigies of stone are rare. Soapstone (steatite) abounds, and owing to its suitability and the ease with which it may by fashioned, it was extensively quarried with stone pickaxes and chisels for manufacturing cooking-pots, smoking pipes and ornaments. Objects of bone, especially in the Iroquois area, are rich in form and variety. Mica was mined
AFTER HOLMES
in Virginia and
North
Carolina
for use especially in making
ornaments and mirrors, and it became an important medium of
Urn burial, of
cremated or non-cremated remains, common in Georgia, was rare on the peninsula. The houses were built of poles and thatch, often in circular village groups and surrounded by palisades as a means of defence; but only traces of these have been found. Along the Gulf coast pile-dwellings also were once used. Pottery, sometimes of pleasing forms, but not painted, was extensively manufactured, and in the western part of the area life forms were skilfully modelled,
f
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and engraved and indented designs were used. Elsewhere the surfaces of vessels were embellished with the figured stamp or paddle, some of which are so closely analogous in motive, grouping, and execution to certain designs on wooden objects from the West Indies as to create the belief that they could have arisen only through identity or by intimate relationship of the peoples employing them. Traces of distinctive Caribbean treatment and motive are found almost as far north as the boundary of Virginia and North Carolina, in the valley of the Tennessee near Knoxville, and westward on the Gulf coast in southeastern
NORTH
510
Alabama. Earthenware pipes are usually of angular trumpet shapes with bowls expanded into human or animal heads, but in west Florida they were more clumsily made. Finely carved stone bowls and strange plates with ornamented rims have been found; but stone sculptures are exceptional, hence earthenware forms the chief basis of study of the culture status of the early inhabitants of the region. By the recovery of various remarkable masks, figurines, dishes, stools, and other carved and painted wooden objects from the canal muck on Key Marco, on the southwest Florida coast, in a region occupied by the Calusa in late prehistoric and early hisCOURTESY OF MUSEUM OF THE AMERICAN toric time, a degree of art was BYIN DIAN attained that is not suggested by EARTHENWARE EFFIGY PIPE FROM
IN MOUND, the stone and pottery articles THE NACOOCHEE of the area, making it probable GEORGIA that the culture represented by these objects and by those of shell and bone found in association, was exotic. Cutting and incising tools of shell and of sharks’ teeth appear to have been the main reliance of the craftsmen of the Florida keys, some of whose products bear patterns identical in motive with designs found in the West Indies. In the northern part of the culture area flint was utilized for the manufacture of the usual kinds of chipped implements, a phenomenal abundance of which is found in Georgia. Only in limited areas are found the varieties of stone usually employed in manufacturing the pecked-ground implements, hence tools of this kind are comparatively rare, with the exception of the celt. The grooved axe also is of rare occurrence, although abundant in the northern sections of most of the Gulf states, where it is closely associated with the celt. Comparison has been made with the occurrence of great numbers of celts and the rarity of the grooved axe in the West Indies, the celts from those islands and from Florida bearing closer resemblance than those from any of the more northerly districts, hence suggesting insular influence as in the case of the pottery. A further suggestion of intrusion of culture s L SS is the occurrence in Florida, FROM “12TH ANNUAL REPORT” OF THE BUREAU and in other Gulf states, of OF AMERICAN ETHNOLOGY a perforated hoe-shape stone PLAN OF THE SERPENT MOUND IN
implement
which
corresponds
ADAMS COUNTY, OHIO
closely with a type of axe prevalent in South America, and piledwellings in the south and suggestions of the practice of cannibalism on St. Johns river point in the same direction. Wood commonly took the place of stone in fashioning mortars and pestles. Ornaments of gold and silver have been found in the peninsula, and while some of the more elaborate pieces may have been derived from Mexico or Central America, the skill of the Florida metal-workers is shown by objects of wood and bone overlaid with sheet-copper, and by certain plates of sheet-copper with symbolic devices executed in repoussé fashion with much precision. As in the ceramic art, the metal-work of the South Atlantic area indicates a higher degree of culture than that of the northern area. II. Middle and Lower Mississippi Valley Atea.—This interior area, with much outlying territory, is characterized by remains which in many respects represent the highest culture attained by any of the aboriginal peoples north of central Mexico. This is what is commonly known as the mound-builder culture, exemplified by many earthworks of varying forms and magnitude, and designed by their sedentary builders for domiciliary, religious, civic, defensive, and mortuary uses, and in some instances no doubt as places of refuge in times of flood. Effigy mounds, numerous in the Upper Mississippi and Great Lakes area, are uncommon; the Serpent Mound is notable. The builders of
the mounds were long regarded as a race distinct from the Indians,
AMERICA
[CULTURE
ARE AS
but archaeological investigation has proved that these tumyųli ate solely the product of the Indians: that indeed many of them
south of the Ohio valley were in use and even in process of etec.
tion after the coming of Europeans, as attested by the finding of articles of civilization as original inclusions. Tribes of this
region known to have occupied the mound area and to have been
builders of earthworks belonged to the Siouan, Algonkin, Iro. quoian, Muskogin, Tunican, Chitimachan and Caddoan linguistic families, and these
may have been preceded by other Indian groups in prehistoric times. The culture of this area cannot be said to
be confined strictly to the region designated, for in certain of its typical aspects it extends to the Georgia coast, blending with that of the Florida area, and to the coast of other Gulf states. The culture likewise has much in common with that of the Upper Mississippi and Great Lakes area, and grades somewhat abruptly into that of the adjacent region of the west. Although presenting more or less homogeneity throughout, the Lower Mississippi area is not a simple culture unit, for there are a number of localized centres of development and differentiation, no one of which can yet be selected as the type for
the entire area. Aside from the more typi-
cal forms of culture, there are limited areas in which very primitive conditions seemed
BY COURTESY OF OHIO STATE ARCHAEOLOGICAL AND HISTORICAL SOCIETY EFFIGY PIPE FROM AN INDIAN VILLAGE SITE IN OHIO
to have prevailed down to the advent of Europeans; and there are some indications, in various parts of this area, of culture relations with Mexico. Of the character of the domiciles and temples of the moundbuilding Indians little is known, for, unlike the earthworks, being of a more or less temporary character, practically nothing of them has survived. It is known however from early descriptions that buildings of the Natchez of Mississippi and of other tribes were of wattlework faced with clay, and with roofs of bark and thatch—materials that soon decayed. Of similar materials probably were the buildings associated with the great earthworks— Cahokia in Illinois, Etowah in Georgia and Marietta, Newark, and Fort Ancient in Ohio. Remains of stockades that supplemented the embankments in defensive works and served to pro-
tect the villages from attack have been found. Modes of burial within the mound area were extremely varied, and vast numbers of artifacts were deposited as offerings with the dead in ordinary cemeteries, in stone graves, and in mounds of earth and stone. Art in stone was well developed, although sculpture of the human form had made but slight advance, except in the case of the smoking pipes, where exceptional skill is shown both in this respect and in the production of animal effigies. Stone was employed in a limited way in the ETHNOLOGY building of walls and fortifica- 10°8 cm. between the centres, while for glancing collisions (small angles of scattering) the departure occurs at about 14X107% cm. This indicates a plate-like form for the a-particles, confirming the conclusions reached by Chadwick and Bieler from
to a field of force departing from the inverse-square.
Rutherford
nucleus, which produces a magnetic force becoming prominent at distances of the order of 4X10 cm. The turning couple due ig
two such magnetic moments would explain the orientation of the particles during collision. Of course a magnetic moment must be assumed for the proton itself, the moment of the helium nucleys being a resultant of the moments of its components. The introduc. tion of a consideration of magnetic forces, so long neglected in the internal physics of the atom, seems likely to prove fruitful in the future. We are faced with the paradox that, while the nucleus must, as we shall see, contain electrons (in the case of a heavy element like gold a great many electrons) yet the size of the nucleus is not much
larger than that of the electron, for which the diameter is generally given as 4X107%% cm. The size of the electron, however, is far less directly determined than that of the nucleus.
The estimate
just quoted is based upon the assumption that the mass is entirely electro-magnetic, and is that which is produced byadistribution of
the electronic charge throughout the volume of a small sphere. The electromagnetic mass of such a sphere, moving at slow speeds, 1S 2
m=te 5a
where e is the charge in electromagnetic units, and æ is the radius, If instead we assume that the charge is spread over the surface of the sphere we have 26 m= — 3a
Where so little is known it does not matter which formula we adopt. The assumption of such a formula is our only way of obtaining an estimate of the size of the electron, for there is no way at present known of investigating the field of force round an electron, which is the only really significant thing. The paradox of the approximate equality of electronic and nuclear size is therefore really explained by the fact that little significance can be attached to the value given for the radius of the electron, and we may further say that, whatever the radius of a free electron, the radius of an electron in close combination with other electrons and protons may be quite different. The Structure of the Nucleus.—The constitution of the
nucleus has been the subject of much speculation.
The positive
charge is ultimately due to the presence in the nucleus of protons, whose mass is that of the hydrogen: atom and whose positive
charge is 1 in terms of the electronic charge. If these were the only constituents the atomic number of any nucleus should be equal to its mass in terms of hydrogen as 1, but it is well-known that the atomic mnumber—the zet positive charge—is always markedly less than this, being usually less than half of the atomic weight. This indicates that the nucleus itself must contain a number of electrons, whose presence diminishes the positive charge, but leaves the mass practically unaltered. The expulsion of 8-particles of very high energy might be taken to indicate the presence of such electrons in the nuclei of radioactive elements,
but the occurrence of the -particles by itself would not be con-
vincing, as they might, without further experiments, be supposed
to come from the outer parts of the atom, being ejected by a sètondary action of nuclear y-rays. However, it is found that strong B-radiators are transformed to elements whose chemical behaviour
indicates a place in the periodic table corresponding to an increase of atomic number by unity, that is, to a gain of one unit of positive charge by the nucleus. This is equivalent to the loss of one electron by the nucleus, so the behaviour of radioactive ele-
NUCLEUS
STRUCTURE]
591
up in it by the nuclear field, and that, controlled by these forces, the satellite executes a quantum orbit, something like that of an electron in the outer parts of the atom. (See AToM.) When the satellite loses, by some unknown mechanism, its two electrons, indicates a difference of nuclear charge with no difference of it is repelled, gaining its final velocity of expulsion in its passage nuclear mass, which can be best explained as the effect of a to confines where the nuclear field is negligible. The electrons difference in number of electrons in the nucleus. For the addition are retained by the nucleus, and ultimately discharged in P-ray of an electron to the nucleus will diminish Z by 1, but not apCONVERSION OF os preciably change the mass. The existence of isotopes (g.v.) is Hey TO Hee Z S also easily explained upon the hypothesis that the nucleus is ments affords strong evidence for the presence of electrons in
the nucleus. The occurrence of elements of different chemical properties, but the same mass, the so-called isobares (see Isotopss), also
ultimately built up of protons and electrons.
Isotopes are ele-
£
ments which have the same chemical properties, that is, the same
Z, but different masses. If, to a given nucleus we add n protons and n electrons we do not change the charge, but increase the mass by # units.
REGION OF SATELLITES
ATTRACTIVE FORCE FOR + PARTICLE
Sn
It being established that the nucleus consists of protons and electrons, the question arises as to whether any special combinations exist as sub-groups within the nucleus. The expulsion of a-particles by radioactive nuclei suggests that, inside heavy nuclei at any rate, we have particles composed of four protons and two electrons, existing as particularly stable units. The stability of the a-particle is further discussed in the last section
of this article. Meitner has further invoked the existence of par-
ticles composed
of four protons and four electrons to explain
certain peculiarities of the transformations of the radioactive families. (See RADIOACTIVITY.) Two of the electrons are assumed to be less firmly attached than the other two, so that the combination is really a neutralised a-particle. When one electron leaves such a neutralised a-particle, the rest is assumed to become
unstable, so that a sequence of changes is to be expected, in which two 8-ray emissions and one a-ray emission are associated in some order or other. In the general run of the radioactive
transformations this does, in fact, occur, as, for example, where Thorium emits an a-particle, changing to Mesothorium I, followed by two -ray changes, or where Uranium Y is transformed with a B-emission, to be followed by ana and af change. The branching of the radioactive series (such as follows, for example, the transformation of Radium B), where a @ emission is followed either by af and an @ change, or alternatively by an œ and a § change (see RADIOACTIVITY) is also explicable on Meitner’s hypothesis. The hypothesis that the nucleus of radioactive atoms contains a-particles, each neutralised by two tightly bound electrons, has also been used by Rutherford to explain the origin of the a-rays. The a-particle, with its double positive charge will be strongly repelled if it once be released from whatever forces may be supposed to bind it in the nucleus.
We can calculate the energy
with which the particle will leave the atom, supposing it to be all gained by virtue of the work done on it by the nuclear field of force, if we know the distance from the centre of the nucleus
at which it starts. Thus the charge on the rest of the nucleus being Z’e, while 2e is the charge on the a-particle, this energy is ale r
which, taking the slowest œ-particle, that from Uranium I, with energy 407X 10° electron-volts, gives the value 6.3X 107}? cm.
for r, and any assumption that the a-particle possesses an initial velocity would lead to an increased value of r. Scattering experiments, however, show that the inverse-square law holds for distances as small as 3X10 cm., which could not be the case if there were particles with two positive charges in the region of the nucleus indicated by the above estimate. If, however, the a particles at distances 6107! cm. from the centre of the nucleus hormally exist in a neutralised state they will have no effect on the scattering, and the two estimates can be reconciled. The electrons which neutralise the a-particles cannot, of course, exist in the kind of outer orbits which they occupy for the neutral helium atom, for there would be no room for them, but must
be held in some much more intimate manner. Rutherford’s sup-
position is that the neutral e-satellite, as we may call it, is attracted to the central bulk of the nucleus by the polarisation forces set
pr Hep eanmes ened Spin
SCALE 6X10°"Cm
FIG. 3.—RUTHERFORD
RADIOACTIVE
ATOM
charges. A sketch to illustrate this conception of the radioactive nucleus is given in fig. 3. The general arguments give us information as to the kind of particles which may be expected to exist within nuclei, at any rate within very heavy nuclei. A line of argument as to the structure of the radioactive nuclei
has been put forward by C. D. Ellis. He has made extensive measurements on the energies of the B-rays liberated from heavy metals by the action of y-rays from a radioactive substance. (See PHOTOELECTRICITY.) These electrons may be liberated from the K or from the Z levels of the atom (see RONTGEN Rays, Atom) and the study of the X-ray spectra enables us to find the work required to take an electron from any one of these levels to the surface. A comparison of the spectra of the -rays excited by the same y-rays in different metals enables us to attribute the origin of certain observed -rays to certain levels; if we correct the observed energy by adding the work of release, we obtain the same energy for a given ĝ-ray, no matter from which element it has come, or, otherwise expressed, a 8-ray spectrum is found
which is independent of the element and expresses the energy initially communicated to the -particle by the incident y-ray. The quantum theory leads us to believe that the -particle in these circumstances takes the whole of the energy of the y-ray which releases it. These observations of the secondary p-ray spectrum therefore serve to reveal the wave length of the incident y-rays, since the relation between wave length and energy is given by the simple quantum relation. energy =E =hr=h x
Ellis has thus measured y-rays of much greater energy, or short wave-length, than those measured by Rutherford and Andrade. Considering the complete y-ray spectrum of an element, say Radium B, he has found that the different y-ray energies can be accounted for by assuming a small number of energy levels in the nucleus, quantum transitions between suitably selected pairs of which give the frequency of the y-rays in the same way as quantum transition between the levels of energy in the outer parts of the atom give rise to spectral lines. (See QUANTUM THEORY.) We have, then, this evidence for energy. levels within the radioactive nuclei, but we do not know to what mechanism these energy levels are to be attributed. It has been supposed that they could be best explained by electron orbits within the nucleus, corresponding to the quantised electron orbits in the outer parts of the atom so much invoked in the explanation of optical line spectra, but Kuhn has criticised this view, and suggested that it is more satisfactory to attribute the energy levels to the suitably quantised movements of massive positive particles.
592
NUCLEUS
[DISRUPTIox
This part of the subject is in its infancy, and we can say little |!assume the plate-like form of the a-particle in close Collision, to with any degree of certainty. There is good evidence for a struc- |which reference has been made.
ture of protons and electrons; for a subdivision of the nucleus The great range of the light proton struck by the heavier into energy levels, originating in circulating particles; for the exist- | a-particle is the key to Rutherford’s first experiments on the dis. ence of a-particles, and of q@-particles neutralised by two elec- | ruption of the nucleus. The apparatus used is represented jp trons, as components of the radioactive nuclei. Beyond this || fig. 4. The brass disc D bears a deposit of- radium C, which is | the source of the a-particles. This is contained in a brass box speculation has an untrammelled range. The Disruption of the Nucleus.—The nuclei of radioactive || atoms, which are all heavy and correspondingly complex, are | unstable and disrupt spontaneously, giving out either an a- or a B-particle, with a corresponding change in the chemical nature of the atom. The ejection of an a-particle decreases the mass by 4 units and the atomic number by 2 units: the ejection of a B -particle makes practically no difference in the mass, but increases the atomic number by 1 unit. (See RADIOACTIVITY, IsoTOPES.) The lighter elements (with the possible exception of potassium and rubidium) are all stable, and, even after the discovery of radioactivity and the later theory of the nuclear atom, were supposed to be proof against any agencies available in the laboratory. It was known that the outer electrons could be removed by irradiation, or by the impact of particles of sufficient energy, but as long as the nucleus is intact the atom will repair FROM E. N. DA C ANDRADE, “STRUCTURE OF THE ATOM” (G. BELL & SONS) itself by taking up electrons again at the first opportunity. The FIG. 4.—TO ILLUSTRATE RUTHERFORD'S SUGGESTION AS TO THE CON. atom can be permanently changed in kind only by adding or STITUTION OF A RADIOACTIVE NUCLEUS subtracting particles from the nucleus, and the expression “‘breakAA which can be exhausted or filled with any gas. An openingS ing the atom” is generally used in popular parlance to indicate in one end is closed by a thin metal foil, which, as far as its such a tampering with the nucleus. Of recent years Rutherford has shown that we have in the power of stopping a-particles is concerned, is equivalent to about swift a-particle a localisation of energy intense enough to effect 5 cm. of air. The particles which pass through this foil, and any a disruption of the nucleus. The experiments are of great im- other foils which may be placed between S and F, produce scinportance not only as advancing knowledge of the constitution of tillations on the phosphorescent zinc sulphide screen F. These the nucleus, but also as the first in which a change in the chemi- scintillations are observed with the microscope M. With this cal nature of an atom has been deliberately provoked. (See apparatus filled with dry hydrogen various results on the range of the struck protons were obtained, of which mention has already TRANSMUTATION OF ELEMENTS.) As a preliminary to the description of Rutherford’s method it been made. Long-range protons were also obtained from hydrogen commay be well to consider the impact of an a@-particle on a very light nucleus. Whereas in the case of heavy nuclei (the nucleus pounds, such as paraffin wax in thin films. The particles were of a gold or of a silver atom, say) we can neglect the motion of identified as protons not only by their range, but also by deflecthe struck nucleus, in the case of a hydrogen nucleus we must tion in an electric and magnetic field. More recently Stetter has devote special attention to the motion produced by the collision. also shown that the ratio €/m for the particles knocked out of It is easy to show that the velocity w of the struck nucleus will paraffin wax has the value pertaining to a proton, by using as a depend upon the masses M and m of the a-particle and struck source a very thin tube of wax containing radium emanation, and nucleus respectively, and upon the angle @ which the path of the employing an apparatus built on the lines of Aston’s mass spectronucleus makes with the original path of the a-particle, whose graph. (See Posrrıve Rays, Isorores.) The mean of his detervelocity is v. If there is no loss of energy in the collision it is minations agrees within 1% with the value to be expected. When the apparatus of fig. 4 was filled with air, or pure nitrogen given by the expression: (for the effect was soon traced to this gas) particles were obM served whose range in air was not less than 28 cm., which is u= 20 Wim cos (2) m about four times that of the a-particles themselves, or just what which becomes 1-6 v cos? when the struck nucleus is a proton we should expect the range of a struck hydrogen nucleus to be, (M=4, m=1). It can further be shown that the range of a The particles are not due to hydrogen contaminations, such as proton in a given gas is nearly the same as (actually a little less films of grease, for their number is proportional to the pressure than) that of an a-particle of the same initial velocity, the effect of the nitrogen. Further, when oxygen or oxygen compounds, of the reduced mass and of the reduced charge nearly annulling such as carbon dioxide, are substituted for the nitrogen, nothing one another in this respect. It is an established result that the but an occasional long-range particle is detected. A large number range of an a-particle is proportional to the cube of its velocity, of control experiments were made, as a result of which it was whence for a direct impact (@=o0) the range of a struck proton definitely established that the passage of the a-particles through is about (1-6)?=4-1 times the range of the a-particle itself in the nitrogen produces particles whose long range gives very strong same gas. With an e@-particle from Radium C, whose range in reason to believe that they must be protons. Rutherford proved hydrogen is 31 cm., the range ‘of the proton which it strikes cen- that this really was the nature of the particles by deflecting them trally should be 117 cm. in hydrogen. This result makes it in a magnetic field. The only possible source of the long range protons, whose possible to distinguish easily between struck protons and a-particles themselves, since the greater range of the former allows existence is established by these experiments, is the nucleus of the them to be detected much further from the source than the latter. nitrogen atom. We are forced to the belief that the a-particle, when It is only the full collisions that lead to so large a range: protons it hits a nitrogen nucleus fair and square, is able to detach from struck at glancing angles have, by equation (2), smaller velocities, it one of the protons which go to make up its structure, and hurl and hence smaller ranges. A connection between range and angle it in the forward direction. The extreme forward range was later can be calculated for equation (2), and this distribution is found to be not 28 cm., but 40 cm., which makes the proof of actually confirmed for slow a-particles. It is a significant obser- the nuclear origin of the proton even more definite, energy being vation, however, that for swift a-particles passing through hydro- derived from the nucleus itself. More precise information as to gen far more protons are thrown directly forward than the formula the direction in which the expelled proton proceeds has been indicates. It was this consideration that first led Rutherford to furnished by subsequent experiments of Rutherford and Chadwick.
NUCLEUS
sTABILIT Y]
Rutherford and Chadwick have investigated the passage of a-particles through various
light elements, with the object of
fnding out if protons are expelled from their nuclei. (With heavy
nuclei this is not to be expected, as the high nuclear charge exerts so large a repulsive force on the a-particle that the close ap-
proach necessary to detach a proton cannot occur.) Films of solid compounds of the various metals were placed in the path of the
particles, and a search made for long-range particles. Such particles were detected with the elements boron, fluorine, neon, sodium, magnesium, aluminium, silicon, phosphorus, sulphur, chlorine, argon, and potassium, as well as the original nitrogen, careful controls in each case establishing that the particles were actually protons, and that their source was the element named. The results obtained with these elements indicate the generalisa-
tion that the nuclei of atoms of odd atomic number are more easily broken, at any rate by a-particles, than those of even atomic number, since with the latter the protons, if present at all, are
of comparatively short range.
It was found that, whereas, using hydrogen, the free protons
are always thrown in the forward direction—a large proportion di-
rectly forward—with the other elements the expelled protons proceed in all directions, although the range of the forward ones
always exceeds that of the particles proceeding in the backward direction. This indicates that in the mechanism of release of the
proton from the nucleus the nuclear forces play a large part: the proton is not just knocked out of a passive nucleus by the passage of the a-particle, as an apple might be knocked from a
bough by a tennis racket, but rather the close passage of the a-particle releases some trigger action, the particle being expelled at the expense of nuclear energy.
Rutherford and Chadwick have
suggested a mechanism in which the expelled proton is assumed to be revolving as a satellite before the expulsion initiated by the a-particle, and the difference of forward and backward velocity is expressed in terms of the path of the struck satellite within the nuclear system before expulsion. Against this Pettersson has put forward what he calls an explosion hypothesis, which supposes that the a-particle starts a disturbance by which the proton is shot out in a random direction with a definite velocity relative to the nucleus, which is itself thrown forward. The experimental evidence is insufficient to enable very much to be urged in favour of either hypothesis. Particular interest attaches to the case of aluminium. The protons expelled in the forward direction from this element have a range of go cm. in air, as contrasted with a range of 7 cm. for the a@-particles themselves, or 29 cm. for a free proton thrown straight forward by impact of ana-particle. The energy of the long-range proton from aluminium is considerably in excess of that of the a-particle which produces it, involving an actual gain
593
by Rutherford and Chadwick, and also by Kirsch and Pettersson. As a result Rutherford and Chadwick have given the elements already named as those which show nuclear disintegration under
the bombardment of a-particles. They have never found evidence of nuclear disintegration with carbon or beryllium. Kirsch and Pettersson, however, have found protons of 3 cm. range with carbon, and also protons with beryllium, copper, and nickel, using the retrograde method for these elements, and later added to the list ten elements between titanium and iodine. In fact, these workers and their school seem to have seen far more scintillations than other workers, for even in the case of aluminium the number of protons which they give is five times as many as those observed by Rutherford and Chadwick under similar conditions. The discrepancies have not yet been explained. It may be taken as certain that with the elements in Rutherford and Chadwick’s list nuclear disintegration can be produced by the bombardment
with a-particles, but for other elements final decision must be reserved. Decisive confirmation of the disruption of the nitrogen nucleus by ana-particle has been supplied by photographs of ray tracks taken with the Wilson Cloud Chamber (g.v.). By this method Blackett has taken a very large number of pictures of the passage of a-particles through nitrogen, each picture showing, from two different directions, a bundle of many ray tracks. Altogether 23,000 photographs were taken, showing some 270,000 tracks of a-particles of range 8 and 6 cm. and 145,000 tracks of range 5 cm. from a source of Thorium B--+C. As a result 8 tracks were obtained showing the expulsion of a proton, the path of the proton being visible as a long thin beaded track, quite different in appearance from the tracks of an a-particle or struck nucleus. (See Plate I., fig. 6, Wmson CLoup CHAMBER.) The proportion of a-particles producing disintegration agrees well with Rutherford
and Chadwick’s estimate from scintillations.
Among the eight
disruptions recorded one shows a proton ejected backwards, a further confirmation of the scintillation results. A striking feature of these photographs is that, in the disruption cases, there is no track corresponding to the a-particle after collision. This indicates that the a-particle enters into the nucleus and remains there, forming a nucleus of mass 14—1-++4=17, and of nuclear charge 7—1-+2=8. This would be an isotope of oxygen, whose existence has not been detected by the ray spectro-
graph. (See Isotopes.) However, ray-track photographs of Har-
kins and Ryan, and of Akiyama, taken in air, show, in the case of disintegration, a track of the a-particle after the disrupting collision, indicating that the a-particle does not always stick in the nucleus. The reason for this difference of behaviour is not yet explained. Stability of Nucleus. Atomic Energy.—The evidence of energy as the result of the collision, independent of the fate which has been considered clearly shows that the nuclei of all of the a-particle. There has in this case been a considerable re- atoms are ultimately built up of electrons and protons in intimate lease of nuclear energy—-considerable in relation to amounts of combination. It is clear that combinations containing more than energy involved in the motions of the particles. The actual excess a certain number of these component parts are not stable, for of energy of expelled proton over energy of incident a-particle is, the very heavy nuclei pertain to radioactive atoms, and break however, only of the order of 5X 10° ergs, so that it would re- up spontaneously. However, of the radioactive nuclei the heaviest quire some ten million million impacts to produce a gain of one are not the most unstable, for Uranium I. and Uranium II., both . calorie. As successful impacts are very rare, the gain of energy of atomic number 92, and of atomic weight 238-2 and 234-2 is not a matter of immediate practical use. respectively, have very large half-value periods (see RADIOThe fact that the protons are expelled at right angles to the ACTIVITY), that is, break down very infrequently, while Actinium path of the incident a-particles, and also in a retrograde direc- C’ and Radium C’, both of atomic number 84, and of atomic tion, has proved of great service in the investigation of elements weight 210 and 214 respectively, are extraordinarily unstable. for expelled protons. One great difficulty of these experiments is The explanation of the relative instability of the radioactive nuclei to distinguish between protons due to hydrogen contaminations in terms of their structure or composition is still to seek. Fajans, (either occluded gas or solid or liquid hydrogen compound) and however, has enunciated a rule that all nuclei of atomic mass Protons originating in complex nuclei. Now whereas the long- 4n, where n is a whole number, and of odd nuclear charge, are range protons from hydrogen contamination are all thrown in a very unstable. The only radioactive nuclei which fall in this forward direction, those from complex nuclei, released by a trigger class are those of Thorium C”, Thorium C, and Mesothorium II., action of the passing a-particle, are, on the whole, discharged in which are all -radiators of comparatively short life. Nuclei of much the same numbers in all directions. If, therefore, observathe general composition specified are not found among the other lions are made at right angles to the path of the incident a-par- elements, so that the rule, which is purely empirical, does seem to ticle, or in a direction making an acute angle (on the side near have a general application. the source) with the path, the protons observed will be those Evidence of relative stability among the nuclei of non-radiothat originate in the complex nuclei. This method has been used active elements has been sought by Harkins in the comparative
NUER—NUEVO
594
LEON
The enormous energy which, as these calculations show, would abundance in which different kinds of atoms occur in nature, the assumption being that elements of rare occurrence are com- | be released if we could make hydrogen nuclei combine with ele. paratively unstable. The commonest elements, both in meteorites. trons to form helium nuclei offers a starting point for daring specu. which may be regarded as samples from extra-terrestrial sources, lation as to the possibilities of atomic energy, that is, nuclear and in the earth, as far as we can judge from geological evidence, energy, as a source of power. It may be noted that this is energy are oxygen, silicon, magnesium, and iron, all comparatively light which would result from building atoms, not from breaking atoms elements of even atomic number. Taking thé figures as a whole, The disruption of the aluminium nucleus, with its release of elements of even atomic number are much commoner than ele- energy, or the spontaneous disruption of the radioactive atoms ments of odd atomic number. Further consideration of the may be taken as examples of the breaking of atoms with release of
conjunction of atomic weights and atomic numbers in individual elements leads to the conclusions that the number of nuclear electrons is generally even, or nuclear electrons tend to occur in
‘pairs. There are a fair number of empirical rules of this nature, which enunciate generalities, but no laws of universal application. This aspect of the subject still awaits a co-ordinating theory. The a-particle itself is a particularly stable entity, consisting of four protons and two electrons: the two electrons which it picks up when it becomes a neutral helium atom do not, of course, form any part of the nucleus, but are, relatively speaking, very distant and very loosely held. Evidence of the stability is obtained by consideration of the peculiar fact that, while the mass of the two electrons is negligible, the mass of the helium nucleus is not exactly equal to that of four protons, for the atomic weight of helium in terms of oxygen as 16, is 4-00, while the atomic weight of hydrogen is 1-0077. We might expect the atomic weight of helium to be 4-0308: the difference between this number and the actual number 4-00 is called the mass defect. The explanation of the mass defect is to be sought in the electromagnetic nature of mass. If an electric charge be concentrated in a very small space it requires a force to produce an acceleration of its movement, or, in other words, it possesses
inertia.
The smaller the volume into which it is crowded, the
greater the inertia. Making, for the sake of precision, the very simple, and somewhat improbable, assumption that elementary charges behave as small charged spheres, the electron must have a diameter of 38X 10`! cm., the proton a diameter of 2% xro! cm. to give the required masses. Even without this assumption we may say, quite generally, that the electromagnetic mass depends not only on the charge but on the. capacity of the system. If we bring two small charged spheres of opposite sign close together the capacity of the system is not the sum of that of its parts, considered separately, so that the electromagnetic mass of the two together is less than the sum of the two separately. In general, whenever we pack protons close together with electrons we might anticipate a diminution of mass due to this close packing. The fact that the mass of a nucleus is always less than the mass to be anticipated, by simple addition, from the number of protons it contains is said to be due to the “packing effect.” (See IsoTOPES, Packing Fraction.)
Quite apart from any mechanism, such as that just considered, we can get an estimate of the stability of the helium nucleus from the mass defect, by taking into account Einstein’s relation between
mass and energy.
(See RELATIVITY.) This relation is m=E/e where m is the mass, E the energy, c the velocity of light, which is 3X10" cm./sec. If a system loses mass it loses energy to an amount represented by this formula. For the helium nucleus the energy per gram, molecule, 7.¢., per 4 grams of the gas, is
E =.0308X 9X r0 =.28X 10? ergs =7X ro! gram calories. In the language of the chemist a helium nucleus is an endothermic compound giving out 1-75X 10!!! gram calories per gram when it is formed from four protons and two electrons and similarly requiring this amount of energy to dissociate it back into its component parts. The energy per atom works out to be 4-6X 10% ergs, which is nearly three times the kinetic energy of the swift a particle, of range 8-6 cm. of air, from Thorium C’. As the swift a -particle represents the greatest localisation of energy at our disposal we may confidently say that the helium nucleus is likely to withstand any agent which we may bring to bear upon it without disrupting.
energy. If 4 grams, that is one-seventh of an ounce, of helium could be built up from hydrogen we should anticipate a release of
nuclear energy equivalent to about a million horse power for an hour.
It does not follow that this energy would be released ip a
form which we know how to handle profitably—it might appear as
a very penetrating radiation which would pass through all ou;
screens set to catch it. Speculation has a free range. It has been
suggested that a small rate of formation of helium from hydrogen may be responsible for the maintenance of the sun’s heat.
The packing effect with heavier nuclei, as represented by the departure of the atomic weights, in terms of oxygen as 16, from whole numbers is a very important study which is being investi. gated by Aston with a sensitive mass spectrograph. (See Iso.
TOPES.) His results can be interpreted as supporting the view that the light elements of odd atomic number all have a loosely packed outer structure which has no counterpart in the more stable nuclei.
The whole question of the structure of the nucleus, the detailed nature and arrangement of its parts, is still obscure. It is beset with great difficulties, in view of which the progress that is recorded in this article, which deals almost entirely with the work that has been done since 1910, is very encouraging. If at that date the investigation of the composition and structure of a particle some ro°# cms. across had been suggested as a study for the
immediate future, few would have taken the matter seriously. (See also TRANSMUTATION OF ELEMENTS.) BreriocrapHy.—E.
N. da C. Andrade, The Structure of the Atom,
1927 (contains numerous references to work up to end of 1926); H. Pettersson and G. Kirsch, Atomzertriimmerung, 1926; E. Rutherford,
“Structure of the Radioactive Atom and Origin of the a-Rays,” Philosophical Magazine, 4, 580, 1927; E. Rutherford and J. Chadwick, “The Scattering of a-Particles by Helium,” Philosophical Magazine 4, 605, 1927. See also bibliography to Raproacrivity, Isotorszs, TransMUTATION OF ELEMENTS. (E. N. pa C. A.)
NUER:
see Nivotes.
NUEVO LEON, 2 northern State of Mexico. Pop. (1921) 336,412; area 25,136 sq. miles. Nuevo Leon lies partly upon the great Mexican plateau and partly upon its eastern slopes, the Sierra, Madre Oriental crossing the State north-west to south-east. A branch of the Sierra Madre extends northward from the vicin-
ity of Salinas, but its elevations are low. The average elevation of the Sierra Madre within the State is slightly under 5,500 feet. The gerieral character of the surface is mountainous, though the Western and south-western sections are level. In the north the
general elevation is lower, the surface sandy and covered with cactus and mesquite growth. The eastern slopes are well clothed with vegetation, but the lower valleys are subtropical in character
and are largely devoted to sugar production. The higher elevations have a dry, temperate, healthy climate. There are many rivers and streams, notably the Salado and Pesqueria. Agriculture is the principal industry, the chief products being sugar, barley, Indian corn and wheat. Rum is a by-product of the sugar industry, and “‘mescal” is distilled from the agave. The gathering and preparation of ‘‘ixtle” fibres from the agave and
yucca forms another important industry, the fibre being sent to Tampico for export. Considerable progress has been made in manufacturing industries, and there are a large number of sugarmills, cotton factories, woollen mills, important smelting works and iron and steel works. The State is well served with railways. The Mexican National line crosses the northern half of the State and has constructed a branch from Monterrey to Matamoros, and a Belgian line (F. C. de Monterrey al Golfo Mexicano) runs from
Tampico north-north-west to Monterrey, and thence westward to
Coahuila.
The other principal towns, with their population it
1921, are: Linares, or San Felipe (9,810) 112 m. by rail S.E. of
NUISANCE—NULLITY the capital in a rich agricultural region; Montemorelos (6,643); Naranjo (7,704), 96 m. by rail N.W. of the capital; Cadereyta, Jiménez, Garcia, Santiago and Doctor Arroyo.
NUISANCE, that which gives offence or causes annoyance,
trouble or injury. In English law nuisance is either public or private. A public or common nuisance is defined by Sir J. F.
Stephen as “an act not warranted by law, or an omission to discharge a legal duty, which act or omission obstructs or causes inconvenience or damage to the public in the exercise of rights
common to all His Majesty’s subjects” (Digest of the Criminal Law).
tate nuisance is an act or omission which causes incon-
venience or damage to a private person. There must be some sensible diminution of these rights affecting the value or convenience of the property. “The real question in all the cases is the question of fact, whether the annoyance is such as materially to interfere with the ordinary comfort of human existence” (Lord
Romilly in Crump v. Lambert, 1867, L.R. 3 Eq. 409). A priyate nuisance, differing in this respect from a public nuisance, may be legalized by uninterrupted use for 20 years. (See ANNOY.) The remedy for a public nuisance is by information, indictment, summary procedure or abatement. An information lies in cases of great public importance, such as the obstruction of a navigable river by piers. In some matters the law allows the party to take the remedy into his own hands and to “abate” the nui-
sance. Thus, if a gate be placed across a highway, any person lawfully using the highway may remove the obstruction, provided
that no breach of the peace is caused thereby. The remedy for a private nuisance is by injunction, action for damages or abate-
ment. An action lies in every case for a private nuisance; it also lies where the nuisance is public, provided that the plaintiff can prove that he has sustained some special injury. In such a case
the civil is in addition to the criminal remedy. In Scotland there is no practical distinction between public and private nuisances, the remedy against either being interdict or damages. The law as to what constitutes a nuisance is substantially the same as in England. There is a list of statutory nuisances in the Public Health (Scotland) Act 1867, and amend-
OF MARRIAGE
595
by a law of the Federal congress might, in constituent convention, suspend the operation of the objectionable law, and report its action to the other states. If three-fourths of them should decide that the law in question was not unconstitutional, then in effect it became ratified (see United States Constitution, art. v.). The dissatisfied state must then submit or draw out of the Union by
secession (see SECESSION, and CONFEDERATE STATES). The earliest assertions of the doctrine of nullification are found in the Kentucky and Virginia resolutions of 1798-99, written respectively by Thomas Jefferson and James Madison in protest against the Alien and Sedition Acts of Congress. Nullification was first practised in 1809 by Pennsylvania, the governor ordering out the state troops to resist the execution of a decree of a Federal court. In the New England states, 1809-15, the United States laws relating to embargo, non-intercourse and army enlistments were nullified by state action. From 1825-29 the state of Georgia forcibly prevented the execution of Federal laws and court decrees relating to the Indians within her borders and in Alabama, 1832-35, there was a similar nullification. The only example of nullification in which theory and practice coincided was the nullification in 1832 by South Carolina of the Federal tariff laws. In this the state acted upon the theory outlined above which was perfected by Calhoun. In the last decade before the Civil War 14 of the Northern states in the so-called “Personal Liberty laws” nullified the Federal statutes relating to slaves and slavery by making it a crime for their citizens to obey these laws. Since the Reconstruction the Southern states have in practice effected a nullification of the Fourteenth and Fifteenth amendments to the Constitution providing for negro suffrage. See John C. Calhoun, Works, vols. i. and vi. (1853—55); D. F. Houston, Critical Study of Nullification in South Carolina (1897);
C. W. Loring, Nullification and Secession (1893); E. P. Powell, Nullification and Secession in the United States (1897); and U, B.
Phillips, Georgia and States Rights (Washington, 1902) ; D. W. Howe, Political History of Secession to the Beginning of the American Civil War (1914); C, S. Boucher, The Nullification Controversy in South Carolina (Chicago, 1916); P. M. Hamer, The Secession Movement in South Carolina, 1847-52 (Allentown, Pa., 1918); L. T. Lowery, ‘Northern Opinion of Approaching Secession,’ Smith College Studies in History, vol. 3 (Northampton, Mass., 1918); and E. S. Corwin, John Marshall and the Constitution (New Haven, Conn., 790): F)
ing acts.
The American law on the subject is practically the same as the English law.
NUKHA, a town of Russia in the Azerbaijan S.S.R. in 41° 1’ N., 47° 8’ E., on a winding road linking Baku with Tiflis, and on the Nakhichevan river. Pop. (1926) 22,965. It is occupied in the breeding of silkworms and has five silk spinning factories. Hajji Chelyabi, the founder of the khanate of Sheki, chose the town as his residence in the 18th century and it remained the capital of the khanate until 1819, when it finally became Russian.
NULLIFICATION, efect (Lat. nullus, none).
the process of making null or of no In United States history the term is
applied to the process by which a state either (a) in fact suspended, or (b) claimed a constitutional right of suspending, the operation of a federal law within its own territory. The doctrine of nulification as a constitutional theory was probably never held by a majority of the states or of the American people at any one
NULLITY OF MARRIAGE, a judicial declaration that a
marriage was null and void ab initio (from the beginning).
In
the r2th century the Roman law doctrine of nullity of marriage
was developed in order to deal with hard cases under the principle of the indissolubility of marriage laid down by the Church of Rome, whose canons at that date governed the matrimonial law for the whole of Christendom. Nullity could be sued for on the grounds of affinity, into which the law of adoption entered very largely, or a previous unconsummated marriage, which latter was a ground for nullity in England as late as 1750. There were, and continue to be in Roman Catholic countries, various other grounds for nullity, but the grounds of nullity in England are at present limited to the following: (1) Where the parties are
not by reason of age (14 for a male and 12 for a female), mental
union of the states was a voluntary one, each member retaining its sovereignty, though for purposes of convenience delegating
capacity, or otherwise capable of contracting marriage; (2) where the parties are within the prohibited degrees of affinity or relationship; (3) where one of the parties is already married; (4) where one of the parties does not freely consent to marry the other or does not understand the nature of the contract or ceremony; (5) where certain forms have not been observed; (6)
certain powers of government to an agent—the federal govern-
where the form of marriage is essentially polygamous.
time, though before 1860 most of the states asserted or practised
it. The belief in nullification was based on the theory that the
ment. The powers of this agent were strictly limited by the Con-
stitution, and should it transcend these powers the states must interpose to protect their rights. This view held that the Supreme Court created by the Constitution was not a proper tribunal to decide causes arising beyond the Constitution or relating to the
nature of the Union, but that its jurisdiction was limited to cases arising under the Constitution. If the Federal Government
usurped a right belonging to the state, the latter, being a sovcreignty, must judge for itself.
As later perfected by John C. Calhoun (q.v.), the theory of nullification required a practice as follows. A state aggrieved
Forms of
marriage which offend against these rules are void ab initio. If at the time of the marriage one of the parties is and continues to be incapable of consummating the marriage by reason of some incurable physical defect, or of some incurable mental disability on the part of the man preventing him from consummating the marriage, or on the part of the woman resulting in her refusal of marital rights, the marriage may be annulled on the petition of the
other party. A person may claim as a ground of nullity that he or she was insane at the time of the marriage. For the prohibited degrees of affinity see MARRIAGE. The Royal Commission on Divorce which reported in 1913
596
NUMANTIA—NU MBER
recommended the following additional grounds of nullity of marriage: (1) When the other party, though of sufficient understanding to consent to a marriage, is at the time of the marriage either of unsound mind in other respects, or in a state of incipient mental unsoundness which becomes definite within six months after marriage, and the first party is at the time ofthe marriage ignorant of the defect, provided that (a) the suit is instituted within a year of the celebration of the marriage; (b) there has been no marital intercourse after discovery of the defect; (2) where the other party at the time of the marriage is subject to epilepsy or to recurrent insanity, and such fact is concealed by such party or his or ber parents or either of them, or by anyone who has control over such party and is aware of the intended marriage, and the first party remains ignorant of the fact at the time of the marriage, subject to the same limitations for petitioning as in (1) above; (3) where one of the parties at the time of the marriage is suffering from a venereal disease in a communicable form, and the fact is not disclosed to the other party; (4) where a woman is pregnant by some other man at the time of the marriage and the husband is ignorant of the fact; (5) where there has been wilful refusal, without reasonable cause to allow intercourse, and where in fact there has been no intercourse owing to such refusal. (See also Divorce.) See W. Rayden, Practice and Law in the Divorce Division (and. ed., by C. Mortimer, 1926); Sir L. Dibdin, Reformatio Legum Ecclesiasticarum, vol. iii. (1912) ; Report of the Royal Commission on Divorce and Matrimonial Causes (1913). CW. La.)
United States—Three different situations relating to the nullity of marriage must be distinguished. A marriage may in the first place be totally void. No suit is necessary for its annulment and third parties can set up the fact of its invalidity. This, for example, is generally true of a bigamous marriage. Secondly, a marriage may be voidable at the election of one of the parties. No judicial decree is in theory necessary, though it is customary to secure a judicial declaration of nullity. Non-age of a party generally permits him thus to avoid the marriage, rendering it invalid ab initio, but until avoided by the act of the party it is valid, and third parties have no rights to contest its validity. Thirdly, as in the cases of marriage within the prohibited degrees of affinity, a suit to annul the marriage may be essential and such suit must be brought within the lifetime of one of the parties. The decree of annulment also relates back to the time of the marriage. The chief tendencies manifested by the many statutes in this field, apart from specifying the grounds for annulment, relate to: preserving the legitimacy of children born prior to the decree of annulment; making all annulments dependent upon judicial action and, in some instances, permitting the court in its discretion to deny or withhold relief; limiting the right to sue for annulment to a short space of time after discovery of the cause for annulment; permitting courts to award alimony upon decreeing annulment; allowing the injured party to a subsisting marriage to bring suit for its annulment; permitting courts in their discretion to hold trials for annulment in camera. The grounds for annulment commonly recognized are: bigamy, Impotency, non-age, marriage within the prohibited degrees of affinity, non-compliance with an essential statutory formality, mental incapacity existing at the time of the marriage. Among grounds that are recognized in some States by legislation, though not generally recognized, are: fraud, duress or mistake in the granting of consent to marriage, wilful refusal of a party to consummate the marriage by sexual intercourse, venereal disease or other serious illness existing at the time of the marriage and unknown to the other party, pregnancy due to some third party at the time of marriage and unknown to the other party. The causes for annulment are now generally specified by statute and
these vary from State to State. Wide legislative activity in this field is due to the fact that in the United States no courts succeeded to the jurisdiction of the English ecclesiastical courts. Consequently no action for annulment on grounds entertained by the English ecclesiastical courts could be maintained in the absence of statute though equity courts would entertain such actions on grounds other than the canonical disabilities. Under such a theory
| the intervention of the legislature became necessary and in short | time legislation expanded to bring the entire field within its contro
NUMANTIA,
(J. M. La) `
an ancient hill fortress in northern Span in
the province of Soria (Old Castile), overhanging the village of
| Garray, near the town of Soria, on the upper Douro.
Here, ona
small isolated high plateau in the middle of the valley, was the
stronghold which played the principal part in a famous struggle between the conquering Romans and the native Spaniards durine the years 154-133 B.c. Numantia was especially concerned in the latter part of this war from 144 onwards. It was several times
unsuccessfully besieged. Once the Roman general Hostilius Man.
cinus with his whole army was compelled to surrender (137).
Finally, Scipio Aemilianus, Rome’s first and only general in that age, with some 60,000 men drew round the town 6 m. of continuous entrenchments with seven camps at intervals. After I5
months
(134—133) he reduced by hunger the 6,000-8,000 Nu-
mantine soldiers, much as Caesar afterwards reduced Alesia in Gaul. The result was regarded as a glorious victory, and in Roman literature the fall of Numantia was placed beside the fall of Carthage. The site was, under the Roman Empire, occupied by a Roman town called Numantia, and the Itinerary tells of a Roman road which ran past it. It is to-day a “Monumento Nacional” of Spain, and has yielded remarkable discoveries
to the skilful excavations of Dr. Schulten (1905-1910), who has traced the Celtiberian town, the lines of Scipio and several other
Roman camps dating from the Numantine Wars. (F. J. H.) NUMA POMPILIUS, second legendary king of Rome (715672 B.c.), was a Sabine, a native of Cures, and his wife was the daughter of Titus Tatius, the Sabine colleague of Romulus. He was elected by the Roman people at the close of a year’s interregnum, during which the sovereignty had been exercised by the members of the senate in rotation. Nearly all the early religious institutions of Rome were attributed to him. He set up the worship of Terminus (the god of landmarks), appointed the festival of Fides (Faith), built the temple of Janus, reorganized the calendar and fixed days of business and holiday. He instituted the flamens (sacred priests) of Jupiter, Mars and Quirinus; the virgins of Vesta, to keep the sacred fire burning on the hearth of the city; the Salii, to guard the shield that fell from heaven; the pontifices and augurs, to arrange the rites and interpret the will of the gods;,he also divided the handicraftsmen into nine gilds. He derived his inspiration from his wife, the nymph Egeria, whom he used to meet by night in her sacred grove. After a long and peaceful reign, during which the gates of Janus were closed, Numa died and was succeeded by the warlike Tullus Hostilius. Livy (xl. 29) tells a curious story of two stone chests, bearing inscriptions in Greek and Latin, which were found at the foot of the Janiculum (181 B.c.), one purporting to contain the body of Numa and the other his books. The first when opened was found to be empty, but the second contained fourteen books relating to philosophy and pontifical law, which were publicly burned as
tending to undermine the established religion. No single legislator can really be considered responsible for all the institutions ascribed to Numa; they are essentially Italian, and older than Rome itself. Even Roman tradition itself wavers; e.g., the fetiales are variously attributed to Tullus Hostilius and Ancus Marcius. The supposed law-books, which were to all appearance new when discovered, were clearly forgeries. See Livy i. 18-21; Plutarch, Numa; Dion. Halic. ii. 58—76; Cicero, De republica, ü. 13-15. For criticism: Schwegler, Römische Geschichte, bk. xi.; Sir G. Cornewall Lewis, Credibility of early Roman History,
ch. xi.; W. Ihne, Hist. of Rome, i.; E. Pais, Storia di Roma, i. (1898);
where Numa is identified with Titus Tatius and made out to be a river god; J. B. Carter, The Religion of Numa (1906); O. Gilbert, Geschichte und Topographie der Stadt Rom im Altertum (1883-1885)i and Rome: Ancient History.
NUMBER, an abstract term for the integers 1, 2, 3,---% well as for the various mathematical generalizations such as fractions and irrational quantities. It is concrete term. The practice of specifying the classes of objects by means of marks (integers)
of the integers, also used as 4 multiplicity of is found at an early stage in all civilizations, and has led to various systems of
NUMBER numeration
(see NUMERALS
and ARITHMETIC).
The
ordinary
decimal system is now in general use. While the particular system
of numeration to be adopted is a matter of no theoretic impor-
tance, nevertheless, to insure the free development of the concept
of number, some symbol for zero must be introduced, as well as
symbols for addition, subtraction, multiplication and division. Over two thousand years ago the Greek philosopher Pythagoras (q.0.) foresaw the fundamental role of number and gave it a central place in his philosophy. The actual progress made however in the development of the concept of number is not to be found in the many
philosophical
speculations
on
the
subject,
rather in the technical researches of mathematicians.
but
In what
follows our purpose will be to outline the essential ideas involved in this development. INTEGERS
The simplest and most fundamental type of number is that of the integers. This type may be analyzed in the following manner.
Consider two classes of objects A and B, each of which has only
a finite number of constituent elements.
597
symbolism we write s=a--+-b. The operation of determining s when a and b are given is called addition. Thus the operation of addition corresponds to the fundamental logical process of combination of two classes. Similarly there may be a classes, each of which contains the same number b of elements, while no two of these classes have an element in common. If these classes be combined to form a new class composed of all these elements, its integer p is determinable from a and b, as follows in a similar manner.
distinct classes, themselves in one-to-one correspondence with each other. The two operations of addition and multiplication are usually considered to be the two fundamental operations. The inverse operations of subtraction and division may be defined by means of the respective equations
Suppose that the ele-
(a—b)+b=a,
ments of A and of B can be put in “one-to-one correspondence.”
In other words suppose that the elements of A can be paired with the elements of B just as the fingers of one hand can be paired with those of the other. Suppose, furthermore, that the elements of A and of a third class C can be put in one-to-one
correspondence in the same way. It is then evident that the ele-
ments of B and of C can also be put in one-to-one correspondence.
Thus the various classes B, C, . . . in one-to-one correspondence with A are also in one-to-one correspondence with one another.
An integer may be defined as a mark associated with such a collection of classes A, B,C... 3 @.g., the integer 5 is the mark associated with the class of fingers on a hand and with all other classes in one-to-one correspondence with this particular class. It is reasonable to believe that even before the dawn of primitive civilization the first step in the use of the integer must have been taken in some such way as the following. A herdsman might set one stone aside for each animal in the herd. By use of the pile of stones he would be able to determine at any time whether or not his herd was complete. Later a series of scratches might serve as a simplified mark, and it is easy to see how the long continued use of such methods would lead to complete systems of numeration.
In basing the notion of the integer upon that of one-to-one
we infer in which tive law the five
that the sum of two integers is independent of the order they are taken. This law has been termed the commutaof addition (see COMMUTATIVE Laws), and is the first of fundamental laws written below in algebraic form: (G) a+b=b+a, (ii)
number of constituent elements. Since the notion of a fimte number of elements is thus involved at the outset, our analysis
(iii)
finite classes. We may define an “infinite” class as one which can be put in one-to-one correspondence with a part of itself. For example, the class of integers 1, 2, 3, . . - will be infinite according to this definition since it may be put in one-to-one correspondence with the class of even integers 2, 4, 6,... ; we need only make an integer n of the first class correspond to its double 2% of the second class: TI, 2,3,
4,°°°
2, 4; 6, 8,
ie
Likewise we may define a “finite” class as one which cannot be put in one-to-one correspondence with a part of itself. Operations with the Integers.—If a and b are the integers
for two classes A and B having no elements in common, and if these classes be combined to form a new class S, the integer s for
S is determinable from the integers a and b. Indeed the underlying notion of correspondence shows that if A’ and B’ are any two
other classes having no elements in common, whose integers are also a and b, then the integer for the combined class S’ formed
from A’ and B’ will be the same integer s as before. To make this fact clear, we need only observe that when A and B are put in one-to-one correspondence with A’ and B’ respectively, S is put coincidently in one-to-one correspondence with S’. The integer s is called the “sum of a and b”; in the language of algebraic
(=) xKb=a.
Consequently the symbol a—b will represent an integer if and only if b is smaller than a (i.e., some class B can be put in oneto-one correspondence with a part of some class A). Likewise a/b will represent an integer if and only if a contains b as a factor. The successive integers may be defined in terms of addition as follows: I+1=2, 2+1=3, 3+1=4,°°°. Here x is to be regarded as the integer for any unit class. The definition of multiplication makes it clear that multiplication of any integer by x does not affect the integer. The Five Fundamental Laws of Operation.—The notion of the integer, as based upon the one-to-one correspondence of classes, shows immediately that certain simple Jaws must hold. For instance since the class C, obtained by the combination of two classes A and B, is the same whichever class is mentioned first,
correspondence, the classes were assumed to have only a finite might seem to involve circular reasoning. This is not really the case since the notion of one-to-one correspondence of itself furnishes a method of distinguishing between finite and in-
The integer
p is called the “product of a and b”: p=a Xb, and the corresponding operation is called multiplication. Thus the operation of multiplication corresponds to the combination of a number of
(¢+b)+c=a+(b+0),
aXb=bXa,
Gv) (@Xb)Xe,=aX(bXo),
(v) a@X(6+c)=(axXb)+(axXc). The second associative law of addition (see ASSOCIATIVE Laws) declares that if a third integer be added to the sum of a first and second integer, then the sum obtained is the same as if the sum of the second and third integers were added to the first; either process will give the sum of all three integers. In fact if
the combination of two classes A and B is followed by a combination of the resulting class with a third class C, the combination of A, B, and C is obtained, just as when A is combined with the combination of B and C. Consequently the first two laws embody the principle that when integers are added, the final sum obtained is the same, no matter in what arrangement the operations of addition are performed. The third and fourth laws embody an entirely analogous principle in connection with multiplication; viz., that when integers are multiplied, the final product obtained is the same, no matter in what arrangement the operations of multiplication are performed. However the reason for this principle is not quite so immediate. It may be formulated as follows: First consider two distinct classes A and B with a and b elements respectively. A class may be formed whose elements are all possible pairs of elements, one from A and the other from B. For each element of A there will be b elements of B which may be associated with it. Consequently by the definition of multiplication there will be axb pairs in all, or equally bXa of course.
Thus we obtain the
NUMBER
598
third commutative law of multiplication. The same justification may be presented in a simple graphical form. A rectangular array of axb dots may be regarded either as a rows of b dots each or as b rows of a dots each. Secondly, consider three distinct classes A, B and C with a, b, and c elements. A class may be formed whose elements are all possible triples of elements, one from A, one from B, and one from C. Evidently the class of triples so obtained may also be formed by taking the class of pairs from A and B mentioned above, and associating any such pair with any element of C to
form a triple. Likewise the same class of triples may be constructed by taking the class of pairs from B and C and associating any such pair with any element of A. In this way the fourth associative law of multiplication is justified. This justification may also be given graphical form by use of an array of axbxXc dots in space arranged in the form of a rectangular parallelepiped. The fifth distributive law of multiplication (see DISTRIBUTIVE Law) may be seen to hold as follows. The class of pairs of elements taken one from the class A and the other from the combination of B and C is evidently merely the combination of the class of pairs taken from A and from B, with the class of pairs taken from A and C. This, too, admits of graphical justification, Since an array of aX(b-+c) dots is evidently made up of an array of aXb dots and an array of aXc dots. These five general laws contain all of the principles necessary for the manipulation of the integers, provided that we take for granted the special law, aX1=a. In particular we can deduce the usual addition and multiplication tables for the integers by the aid of these laws; as an illustration we find 2-+-2=2+(1+1)=(2+1)+1=34+1=4,
a further extension is very natural; for instance in dealing with
temperature we must select an initial or zero point of the Scale and must differentiate between temperatures above and below this point.
Instead of doing so we propose
to indicate how more
purely mathematical considerations suggest this further extension
Similar considerations also suggest the extension already mad.
from the integers to the fractions, but this extension can be based
so directly upon experience as to make the statement of the purely mathematical considerations seem, superfluous, The mathematical considerations entering are the following:
For the free manipulation of numbers the use of the inverse operations is an indispensable adjunct. We may deduce the general laws for such operations from the five fundamental laws, One
illustration of this must suffice. The usual algebraic rule for the
addition of two fractions with a common denominator is embodied in the formula a
b
a+b
aa
i : 3 b To establish this law we may write =a, 779, whence we find xd=a, yd=b, in virtue of the definition of division. we infer that sd-+-yd= (x+y) Xd=at+,
By addition
whence follows s+ys tt, which it was desired to prove. In this free manipulation of quantities with the aid of these inverse operations, such symbols arise as 1—1, 1—2, which do
not represent ordinary numbers. Yet it is soon found that if formally correct manipulations are made regardless of the meaning of the symbols, the correct result is always obtained. This THE REAL NUMBER SYSTEM situation suggests inevitably that such symbols in reality reprePositive or Ordinary Numbers.—The concept of quantity sent a valid kind of number. Let us assume that this is the case and consider the conclusions expressed in terms of a suitable unit of measure is of almost the same intuitive nature as the concept of the integer. This is which follow. For brevity let us write a—a=o. This definition particularly true of geometric quantities such as lengths, areas will be legitimate since we can establish formally that the equality and volumes. In the case in which the given quantity contains a@-~-a=b—b the unit an exact number of times, it is clear that the holds whatever a and b may be. The two further special laws quantity may be designated by means of the corresponding integer. a@Xo=o0, a+o=a are obeyed by this symbol o, and are of the For similar reasons a fraction —(m and n being integers) may same nature as the special law aX1=a already mentioned.
2X2=2X(i1+1)=(2X1)+(2X1)=2+2=4.
e
a
+.
m
a
a
n
be taken to represent the uth part of m units. Fractions were employed as early as 1700 B.c. by the ancient Egyptians, but the concept of ordinary number was first adequately presented by Euclid. In the tenth book of his Elements he considered geometric magnitudes, and distinguished between commensurable and incommensurable quantities. For instance
he established that the hypotenuse of an isosceles right triangle
is incommensurable with the other two equal sides, In other words the number \/2, representing the hypotenuse in terms of one of the equal sides taken as unit, is an irrational number, not
expressible as a fraction
How then shall such irrational numbers be represented by means of marks? This must be accomplished with the aid of a sequence of fractions which approach the irrational number as a limit. For instance when 1/2 is represented in the form of an infinite decimal: V2=1-4142... , this amounts to a specification of 1/2 by means of the sequence of fractions I4 I4I 1414 14142 I, IO I90 1000 10000 The fundamental operation of addition of two such numbers may be interpreted geometrically, and in this way it is intuitively evident that the first two general laws must continue to hold. Zero and Negative Numbers.—The real number system ——
>
ee
3
ee pee
>
See
Se
s
e
a
includes not only the positive or ordinary numbers, but zero and the so-called negative numbers, and is the system of most
theoretical impertance in the actual application of number to scientific questions. It might be shown how in various fields such
Next write for the sake of brevity
o-a=-~—¢
in case s is a positive number. Such a quantity may be called negative. With this extension of the number system to include o and the negative quantities, all symbols are found to be formally reducible to the same type, provided that division by o is excluded. Consequently the extension of the ordinary numbers by the introduction of zero and the negative numbers follows from the free formal use of the laws of operation. Furthermore the rules for dealing with such numbers are obtained in the same way; for example the conclusion that the product of —a@ and ~-b is ab follows in this way.
Up to this point the method of approach has been heuristic rather than logical. It is now a simple matter to explain the method by which the real numbers can be satisfactorily defined
in terms of ordinary numbers. We propose to consider ordinary numbers, the number o, and ordinary numbers with a — symbol prefixed. The first type of mark will be referred to as a positive number and the last type as a negative number, The number o will be regarded as a member of either type; 7.¢., —~o=0 by con-
vention. The rules of combination of these marks under the operations @ and @ (which are not to be confused with the operations + and X) will be defined in the following manner:
If g and b are positive a b is the positively taken sum; if either a or } is negative ab is their difference considered as positive
if the positive term is numerically greater, and negative in the contrary case; if both a and b are negative, a @b is their ordinary
sum taken as negative. Likewise jf e and b are both positive or both negative a@b is the positively taken product; and if one
ats inte MRR Loe thc hen ene ner a
599
NUMBER
| fractions obey the five general laws. We regard two fractions ispositive and the other negative, a @d is the negatively taken ee . ‘oduct. Finally we define a@o and o@a to bea in all cases, “. and © as “equal” if pg’=gp’. Furthermore we write =o q q and e@o and o@a to be o in all cases. of and find that the frst special law also holds. We may next introit may then be verified, upon the basis of the properties satisfies duce the inverse operations and obtain the usual corresponding ordinary numbers, that the extended real number system tal laws. the general and special laws of operation in all cases whatsoever; laws from the fiveof fundamen s.—In the course of the preceding Postulate System The addiof law ative commut for example it may be verified that the and special laws were found to be general certain nt the developme that tion holds always. Furthermore it is readily verified of number systems. Itis of decided types of various averse operations (except division by o) can be performed. These characteristicinvestigate the question as to whether these laws are to interest laws formal usual the inverse operations will of course obey characterize such systems. This can be accomplished which can be deduced from the five general laws for the direct sufficient to the postulational method. Here certain postulates of means by real the ng regardi in d fully justifie p
operations. Hence we are
number system so obtained as a complete generalization of the
ordinary number system.
THE COMPLEX NUMBER
SYSTEM
As soon as equations of the second and higher degree are con-
sidered, a further and (in some ways) final extension of the number system is suggested. In fact the general formula for the solution of an equation of the second degree involves the extrac-
ion of the square root of a quantity which may be negative. But no real quantity has a negative square. Hence we are again
led to meaningless symbols.
However the symbol for the solution
can be reduced formally to a+b7 where ż¿ stands for \/ —1 so that
f-—1. Here bi is an abbreviation for b Xz.
The question then arises as to whether these symbols can be regarded as an appropriate generalization of the real numbers. If we write
(a+-bi)-+(c+di) =(a+b)++d):, (a+bi) X (c+-dt) =ac+(ad+ bc)it+ dda? =z (ac— bd) + (ad+-dc)z, y and multiplication
we define thereby the operations of addition be verified of these complex or imaginary numbers” It may then that the usual formal laws will be satisfied in all cases. Consequently the further extension of the number system must be regarded as legitimate. The above treatment may be clarified as follows. Let us begin by defining a complex number as a pair of associated real num-
bers (a, b). The definitions of addition © and multiplication ©
may be written
(a, b) @(c, d)= (atc, b+d) (a, b) @(c, d) = (ac—bd, ad+bc). Furthermore as a means of abbreviation we may write (a, o) =g and call these pairs a the real numbers of the extended system;
in particular we have (0, 0)=9, (1,0)=1. Likewise we write i=(o, 1), and find from the definition of multiplication =i Qi=(—1, 0) =I. We are now in a position to deduce (a, b) = (a, 0)@® (o, b) = (a, 0) @ (b, 0) 8i=4 9(b 81), which T essentially the form of expression a+bż with which we
r
are formulated in terms of certain elements and operations, and it is then proved that the elements and operations are essentially the numbers and the operations of addition and multiplication. A natural set of postulates with which to begin is the following. The set of elements and +, X obey the fundamental laws I-V; there are two special elements ò, 1 which obey the special laws. The equations a+x=b, axx=6
have a unique solution x for all values of a and b, except for a=o in the second case. These postulates however do not suffice. In fact they hold for the set of positive and negative fractions, for the real number system, and for the complex number system. They also hold for certain modular number systems referred to later in which there are only a finite number of elements; the simplest such system contains only three marks o, 1, 2 with addition and multiplication defined by the following tables:
r 2 +lo et eee:
||
ae S 2|/2jo|1
2 r xilo EFRI E Se a a Se ase 2{;o{2|1
The complete treatment of the ordinary number system which (less Huntington has given introduces the further relation < than). The advantage of such a postulational analysis is that we are led to see what are the essentially independent properties of an of one assigned number system. By the modification or removal ; obtained are number of types other es or more of the postulat are e.g., if to the above set we add the postulate that there that the three distinct elements, it may be proved immediately modular system specified is obtained. SYMBOLIC
LOGIC AND THE INTEGER
s Symbolic logic attempts to reduce the so-called logical processe logical that wise such in form e of thought to explicit objectiv n and reasoning may be comparable in its mechanical precisio on paper the Here chess. as such game a with objective quality to the which the symbolic propositions are written corresponds There chessboard, and the symbols correspond to the chessmen. to onds corresp which ions proposit started. “true” is given an initial set of we start. which with n of chessme the solution of the adopted position is initial system the number When this complex do Now this logical game and its rules, as ordinarily conceived, all algebraic equations of any degree may be accomplished, even to the integers. It when the coefficients are themselves complex numbers. Thus not have any reference to number or even a given set of from an algebraic standpoint no further generalization is called for. would of course be possible to insert at the outset rize the characte to t sufficien es) The so-called Argand diagram represents complex numbers by true propositions (7.é., postulat nce with the accorda in possible be ly then graphical would It evident it . makes integers and of plane, a set of means of the points s. In that these numbers satisfy the general and special laws. (See strictly prescribed logical processes to define the fraction it would be necessary system, number ordinary the ing develop ) Complex NUMBERS. to deal with an infinite ordered sequence of fractions. of BASIS OF THE NUMBER SYSTEM Our method of approach to the ordinary integers was itself of the terms in integers the defined it indicate to since position r, ina now are characte Basis.—We as logical a _ The Integers which is a purely in what sense the integers alone may be regarded as basis for notion of one-to-one correspondence of classes,
these extensions. Our first step is to define a fraction as a pair of associated integers = , anid to define addition and multiplication
of fractions by the usual algebraic formulae. It is then readily verified on the basis of the properties of the integers that such
logical one. Thus the fundamental and interesting question is sugtions gested: in a symbolic logic not containing initial proposi
be possible which state the existence of the integers, might it not of definikind The terms? logical purely in integers the to define ead Whiteh and Russell tion that has been considered by Frege,
NUMBER
600
may be stated as follows in ordinary language: an integer is the | We may now construct another number less than r as follows: class of all classes in one-to-one correspondence with some speci- Let the first figure after the decimal point be chosen apart froy. fied finite class. The one-to-one correspondence between two o and the first figure of the first number of S; the second fiey, classes is a relation R between the elements of the classes which be chosen apart from o and the second figure of the second may be expressed in the form: for each element x of the first class number of S, and so on. There will then be defined a number in there exists one and only one element y of the secondclass suchthat decimal form which is obviously distinct from all the number, oi x R y; likewise for each y of the second class there exists one and S. Hence the hypothesis that the sequence contains all of the numbers between o and 1 is incorrect. The conclusion may þe only one x of the first class such that x R y. The attempt to devise a satisfactory system of symbolic logic stated in the form: The continuum of numbers between o and; is beset with many difficulties. In particular it must be able to is not enumerable. By an extension of this method it is possible deal with certain paradoxes which have been encountered in the to define greater and greater transfinite numbers. In the consideration of the transfinite cardinals various paratheory of infinite classes. A theory of types of proposition has been devised by Whitehead and Russell with this purpose in view. doxes arise unless some definite logical theory such as the theory At the present time there is no general agreement among mathe- of types of Russell and Whitehead is carefully adhered to. More. maticians as to the proper foundation of symbolic logic; but on over the precise structure of these transfinite numbers is not the basis of the work of Whitehead and Russell it seems clear known except in the case of the least such number w; thus it js that if symbolic logic can be given a definite form, it will prove not known whether or not the transfinite cardinal of the cop. to be possible to define the positive integers in purely logical tinuum is the first exceeding w or not. terms. Cardinal and Ordinal Numbers.—In the account of number given above no reference has been made to the usual elementary FURTHER GENERALIZATIONS distinction between the cardinal and ordinal integers. Up to the Modular and Hypercomplex Numbets.—There are many time of the discovery of transfinite number this distinction posgeneralizations and modifications of number besides those re- sessed merely elementary pedagogical significance, and the ferred to above. In particular there are the modular and Galois mathematical treatment of number dealt exclusively with the number fields in which there are only a finite number of marks cardinal integers. With the invention of the transfinite numbers, (numbers) and in which all the usual formal laws are satisfied however, it appeared immediately that this distinction, although (see NUMBER, THEORY OF). There are also various hypercomplex mathematically barren in the case of ordinary integers, lead to number systems such as quaternions (see QUATERNIONS) in two distinct types of number when applied to infinite Classes, which there are more than the two “fundamental units” such as namely to the transfinite cardinals and to the transfinite ordinals t and z of the ordinary complex number system. In these hyperThe distinction between cardinal and ordinal number may be complex number systems, however, the commutative law of multi- expressed as follows in the case of finite classes. In the case of plication does not hold. the cardinal type of integer we have a mark characteristic of the Transfinite Numbers.—The above-mentioned directions of class without reference to any order of its elements; in the case generalization are technical in character. Of a much more funda- of the ordinal type of integer the class is ordered and its elements mental nature is the extension of the notion of the integer as the are supposed to be counted in this order, the mark 1 being mark of a finite class so as to apply to infinite classes. These attached to the first element, the mark 2 to the second, and so on, transfinite numbers, discovered by G. Cantor, have attracted to the end of the sequence. This gives an ordinal number for each much interest and have led to certain paradoxes to which we element. Of course if the last element has the mark n, the cardinal cannot do more than allude. An infinite class has the property number of the class is also n. Thus the two kinds of integer are that it can be put into one-to-one correspondence with part of very intimately related. itself. This was illustrated above by means of the infinite sequence When we deal with infinite classes and attempt to extend the (see NUMBER SEQUENCES) of integers 1, 2, 3,... ; but from notion of ordinal number, it is necessary first of all to'define any infinite class we may remove such an infinite sequence. what is meant by an ordered infinite class. First we have an Consider now a collection of classes which can be put in one- infinite sequence 1, 2, 3,---+ as before. To continue with the to-one correspondence with one another. These can be regarded as ordinal numeration we call the next mark w; after it the sucassociated with a mark which is an ordinary integer if the classes cessive marks are denoted by w+1, w+t2,---, although this contain a finite number of elements, and which is called a trans- is merely by convention. Immediately after this sequence appears jinite cardinal, if there are infinitely many elements in each class. the next ordinal, denoted by w-2, followed by w-2+1, w-2+2, The simplest such mark w is that attached to the class of positive > ++, then w3, w-3+1,---. Evidently this process of ordinal integers; w is the mark characteristic of enumerable classes, numeration is now part of a more extensive sequential process t.e., of classes which may be put in one-to-one correspondence which may be written symbolically with the infinite sequence of integers r, 2, 3... . The class of
all fractions
~ has also this transfinite cardinal
I,
w, for these
fractions may be ordered according to the size of the sum numerator and denominator:
*.
e
@, WHI,
of
o
wt2,---
W-2, W2-+T, W2+2, 2+ Ww,
A first conjecture might be that all infinite classes have the transfinite cardinal w. The following simple reasoning shows, however, that the class of all ordinary numbers between o and 1 has a greater transfinite cardinal than w. Suppose it possible that the class of these numbers has the transfinite cardinal w. This would signify that all of these numbers could be written in a sequence S just as the integers I, 2, 3,... can be written. First let us imagine the numbers of this sequence to be written in decimal form. Now certain rational numbers admit of double representation, as is evident from the fact that 0-879999 . . . =0-880000. . . . Let us agree, in all such cases, to use the mode of representation by 9’s, so that every number shall have a unique decimal representation.
2,
wI,
w2,
.
8
o
wtw, wtHwti, otw, e. Thus a series of order types of increasing complexity is formed, and the process may be continued indefinitely. These give the sequence of transfinite ordinals, appropriate to the numeration of well-ordered infinite classes. A class is said to be “well-ordered” if the elements are not only ordered but are such that every element or ordered sequence of elements has an immediately following element. The marks for the transfinite ordinals are not the same as for
the cardinals.
Thus it is immediately evident that the set of
transfinite ordinals up to w? are enumerable; i.e., they have the transfinite cardinal w, It is not as yet known whether or not
every class, é.g., the continuum of numbers between o and 1, can be well-ordered or not.
NUMBERS, THEORY OF The theory of the transfinite cardinal and ordinal numbers, and
heir interrelations is of great philosophical as well as mathematical interest. The subject requires much further develop-
ment. In particular the underlying basis of symbolic logic has not heen agreed upon.
BwLiocRAPHY.—General treatment of number: L. L. Conant, The vumber Concept (New York and London, 1836); H. B. Fine, The vumber System of Algebra (Boston, 1903); G. H. Hardy, A Course ntPure Mathematics (Cambridge, 1914), ch. i., iii.; B. Russell, Zntroduction to Mathematical Philosophy (New York, 1919). General discussion of transfinite number: G. Cantor, Contributions to the Founding of the Theory of Transfinite Numbers (tr., Chicago and London, 1915); E. V. Huntington, The Continuum and Other Types of Serial Order (Cambridge, Mass., 1917); E. W. Hobson, Theory of Functions of a Real Variable, ch. i-iv. (can i a
.
D.
Br.
NUMBERS is the fourth book of the Pentateuch, as the five hooks of the Law, or of Moses, have come to be called. The three
previous books carried on the story of Israel’s history from the creation, through the captivity in Egypt and the escape therefrom, down to the sojourn at Sinai. Numbers traces out the march from Sinai, the wanderings in the wilderness and the final arrival on
the steppes of Moab within sight of the Promised Land. Like the other books of the Pentateuch, it consists of earlier (JE) and later (P) sources; see BIBLE: Old Testament. But, although the sources come from different ages and from writers of different schools of thought, yet if its significance is properly to be appre-
hended, it is necessary to remember that for more than 2,000 years it has been a complete whole. The book falls naturally
into three sections which follow a
chronological sequence; (1) Chaps. i—x. 10 (P) Israel’s sojourn at Sinai, the census and the promulgation of various laws by Moses. (2) Chaps. x. 11—xxii. r (JE and P), incidents which occurred during the wanderings between Sinai and the arrival at the steppes of Moab. These incidents seem to have been chosen mainly for the purpose of casting light on the religious history and character of the people and also to explain the meaning of various place-names (cf. Taberah and Kibroth hattaavah, xi. 3, 34). They also attempt to give an account of the origin of some religious objects of worship (e.g., the brazen serpent, xxi. 4-11). (3) Chaps. xii. 2-Xxxvi. (mainly P) the sojourn on the steppes of Moab, the incident of Balaam, the second census and the giving of additional laws, together with various other incidents. The middle section contains important passages from J and E: the twelve spies, the rebellion of Korah, and Balaam’s mission to Balak (no signs of P). J, E, and P can be readily separated in chaps xi. and xii. To E belongs the passage describing the outpouring of the Spirit on Eldad and Medad and the remarkable
prayer of Moses in xi. 29, “Would God that all Yahweh’s people were prophets that Yahweh would put his Spirit upon them,” cf. the idea that Christians are “priests unto God” (Rev. i. 6). As usual the J and E elements possess such a vivid character as to render them familiar to ordinary readers; contrast P’s legislatve and statistical style, and his’ diffuseness (which reaches a climax in ch. vii.). The most illuminating example of the difference between JE and P is found in the passage that occurs after
the first long section of P describing the order of march of the
several tribes and the position of the ark in the very centre of the host, both when encamped and on the march. In x. 30 Moses
entreats Hobab, the son of Reuel his father-in-law, to come
601
Xvi. which is composed of J, E, and P in a most intricate manner. Literary analysis has unravelled three stages of development:
(a)
two Reubenites, Dothan and Abiram, rebel against the ciuil authority of Moses; (b) Korah the Levite, with 250 Israelites, rebels against the religious authority of Moses and Aaron, and (c)Korah at the head of 250 Levites protests against the priestly privileges of Aaron (for details see the commentaries). The analysis (which is generally accepted) is of extreme value for the difficult study of
the history of the Levites (g.v.). Another very important narrative is that of Balaam (q.v.). It includes a number of poetical quotations which help to determine
its date and also indicate the value of poetry in its bearing on history. Also in xxi. 14 we have a poetical quotation from a lost volume of early poetry entitled “The Book of the Wars of Yahweh.” Deborah’s song was probably originally in this book; and when we compare its statement as to Israel’s full fighting strength, Viz., 40,000 men, with the statements in the prose of Numbers as to 600,000 men and more, we at once realize how much closer to actual facts we are brought by early poetry than by the later prose of writers like P. Perhaps it is in chap. xxxi. that we have the clearest proof of P’s non-historical character. There we are told that 12,000 Israelites, without losing a single man, slew every male Midianite, children included, and every Midianite woman that had known a man, and took so much booty that there had to be special legislation as to how it should be divided. But if this were actual fact, how could the Midianites have ever reappeared in history? And yet in Gideon’s time they were strong enough to oppress Israel. See Commentaries of G. B. Gray, Internat. Crit. Com., L. E. Binns Westm. Comm., McNeile Camb. Bible, A. R. S. Kennedy Century Bible. (J. A. P.; L. E. B.)
NUMBERS, THEORY
OF. The theory of numbers deals
primarily with positive and negative whole numbers, called integers. For example, to take the simplest kind of proposition, if n is any integer, n(n+ 1) is divisible by 2, n(n+r)(n+2) is divisible by 3, etc. Many apparently very simple theorems concerning integers require for their actual proof various branches of mathematics. Frequently a proof employs the theory of algebraic numbers (such as 2+5 V3), which is one of the advanced parts of the theory of numbers. MAIN
PROPERTIES
OF DIVISIBILITY
Theorems of Fermat and Euler. Primitive Roots.—A positive integer, like 7, is called a prime if it has no factor except itself and 1. But 6=2X3 is composite. Two integers, like 8 and —15, are called relatively prime if they have no common factor >1. In 1640 Fermat stated that, if p is any prime and if n is any integer not divisible by , then n?-*—rx is divisible by p. For example, 34--1=80 is divisible by 5. The generalization by Euler in 1760 states that if m is any positive integer, prime or composite, and if ~ is relatively prime to m, then 2?™—y1 is divisible by m. Here ¢(m) denotes the number of positive integers not exceeding m which are relatively prime to m. For example, these are 1, 5, 7, and 11 when m=12, so that $(12) =4, and 54—1=624 is divisible by 12.
Euler’s theorem shows that the linear equation nxt my=c, in
which n and m are relatively prime, has the integral solution
x=cn*, y= Fcqg, where k=¢(m)—1
and q is the quotient of
with the Israelites to be “eyes” unto them; and in x. 33 it is ntm —r by m. stated that the ark went before them to seek out a resting-place for A primitive root n of m is such that $(m) is the least positive them. It is clear that these statements directly contradict P’s exponent e for which n?—x is divisible by m. For example, 2 is elaborate scheme, according to which the people march mechan- a primitive root of 5, since 2‘—1 is divisible by 5, while no one ically, tribe by tribe, with the ark in the very centre of the square, of 2—1, 2?—1, 28—1 is divisible by 5. Again, 5 and 7 are primiand guided by the pillar of cloud by day and the pillar of fire by tive roots of 9. There exist primitive roots of m if and only if night. Moses, instead of simply following the pillar of cloud, re- mis 2, 4, p®, or 2p*, where p is an odd prime. Quadratic Residues. Law of Reciprocity——When the quests Hobab to determine the line of march and select the sites for encampment. No clearer proof could be desired of the nature squares 17, 27, 3? are divided by 7, the positive remainders o, but is 4S if r=o. Analogous theorems have been found for many forms whose four coefficients are all products of powers of 2 and 3, or when each coefficient is x or 5. Also the number of proper representa. tions was found. Waring’s Problem.—Without proof, Waring stated in 1770 that every positive integer is a sum of ọ integral cubes 2o,
gave a much simpler proof which is still quoted in text-books. Every ~ is represented by each of x?+-y?-+-2?+-su2 (s=1, + - -,7). a sum of 19 biquadrates, etc. In 1859 Liouville employed an Except when p=4*(8"+7), we may take u=o and apply the identity equivalent to earlier result that p is a sum of three squares. We shall next blett? trta) = Elite tE, (1) prove that 8%-+7 is represented, whence 2*x,---, 2°u give a representation of 4*(8n+7). We have only to exhibit a value of u summed for 7, 7=1,---,4;%o. For is one of 0, 1,-- +, 5 and is evidently a sum of five biquadrates s=7, take w=1 if m=0, 1, or 2; but take u=2 if n23. oorr. Sinceg=m’?+ --- +n, 6¢isasum of 4X 12 biquadrates, The same proof applies to «?+2y?-++ 22*-++-su?. A similar proof Hence every p is a sum of 53 biquadrates. shows that every # is represented by each of Later writers gradually reduced this limit 53 to 37. The latest result is that every p is a sum of 17 biquadrates and 10 x2-+-y?-+222-+]y2 (J=2,---, 14), doubles of biquadrates. P+yt32-+mu* (m=3, 4, 5, 6), That every $ is a sum of nine integral cubes =o was first proved by Wieferich in 1909; a gap in his proof was first filled -oy+32+nu? (m=3,---, I0), by Kempner in 1912. A simpler proof was given by Dickson in xP 2y? + 42?-+-gu? (q=4, ie 14), 1927, who proved also that, if #23, every p is represented by xt ay se2-t+ru? (r=6,---+, Io). ix?-+-Cs, where Cg is a sum of 8 integral cubes 2o, and x20; also Besides these 54 forms there is no new form of the type by kx8+ 29°+-C7rif R334, R10, 15, 20, 25, 30; also by /3+3y°-+C, ax?+- by?+-c2*+-du? which represents every p when a, b, c, d are if So, #5; and for p of numbers involving of +y += utu. Instead of integers we may employ V—k& when k=1, 2, 3, 7, 11, 10, 43, 67, 163, but for no further integral algebraic numbers. positive values o, 1/D is the number (n, m) of partitions of n into parts Sm not N(a'm, 12) = 42r t2t s)Edi. necessarily distinct. The relation (n, m)=(n, m—1)+(n—m, m) The numbers N(n, 5) and V(n, 7) have been expressed as sums serves to compute (n, m). There are important applications of Sylvester’s theorem (1855) involving Jacobi’s symbol (s/m), and in various other ways. In a series of 18 papers in his journal for 1858-65, Liouville concerning the number Q of partitions of n into distinct positive without proof many formulae and applications to the stated integers ¢,,,*** s Gr repetitions allowed, whence Q is the number of sets of integral solutions Zo of ast +++ tersr=u, Then present topic. For example, he employed any function f(x, y)
denoted by Li(x).
It is asymptotic to Q and hence to m(x).
But
Li(x) represents m(x) more exactly than does Q or O+zx/logx, etc. All these subjects are treated exhaustively in Landau’s Hand-
B
NUMBER
608
SEQUENCES
which remains unaltered by the change of the sign of x or of y, and a given odd integer M, and a given positive integer a. Then
2 [f(d’ — 2%d, &’+-6)—f(d’+2%d, 5’—6)] =Z[2f(D,
2) +2f(D,
4) +
A
+2f(D,
A—1)—(D—1) f(D,o)],
where the second summation extends over all factorizations M= DA of M, and the first summation extends over all sets of
odd integers d’, 6’, d, 6 for which M=d'6’+-2%d6. Let m’=d’d’" m=d6, and let ¢,(#) denote the sum of the kt? powers of the divisors of ¢. When f(x, y) is y*, this gives
Cahen, Théorie des Nombres (vol. i., 1914, vol. ii, 1924): G. B Mathews, Theory of Numbers (1892, out of print); L. E. Dickson. Theory of Numbers. Texts in German on algebraic numbers:
3 H. Weber (1891), J. König (1903), P. Bachmann (1905), H. Minkowski (1907), J. Sommer (1907), K. Hensel (1908), E. Landau (1918), E. Hecke (923).
.
E. D.
NUMBER SEQUENCES. A set of numbers is said to > an ordered set if, in addition to the definition of the elements in the set, there is also given a means by which relative rank may be
srlfs(J2) — 640) ]=2hi(m’) im),
assigned to any two numbers of the set so that of two such numbers A and B one may say either that A precedes (is of lower rank than) B or that A follows (is of higher rank than) B. For example
which is therefore the number of decompositions of 4M into s+-2%o, where s and c are sums of four odd squares. Next, the
the set 1, 2, 3, 4 is an ordered set. The order relation so defined ` analogous to that of points on a directed line and hence the order
choice (—1)?” for f(x,y) yields the number of decompositions of 2M into s+2%0, where s and o are now sums of two odd squares. He found also the number of representations by various forms involving six squares with coefficients chosen from 1, 2, 3, 4; arithmetical proofs were given by Humbert in 1921. Uspenskij employed any function F(x, y, z)=F(x, —y, —2) such that F(—.x, y, 3) = —F (x, y, 3). He proved that
22F(é6— 21, d+7, 2d+21—6) -DF(d+6, 1, d—6) =T, where the summation m=?+d6, d>o, 6>o0. if m=s*,
extends over all integral solutions of Here T=o if m is not a square, while
T = 22F (2s—j, s, 28—j) —ZF (2s, s—j, 28—29), summed for 7=1,-+-,2s—1. Ina memoir of 1916 in Russian, he used this formula to deduce the number of representations by a?--ay? for @=1, 2, 3; #+y°+22+6 for D=1, 2, 3, 4, 5, I2; x?-4?-+-¢2*-++-cu* for c=3, 4, 5; x°+2y*+32?+6u?; many quaternary forms whose coefficients are all powers of 2; x?--y?-+ 2?-+-u?-+-0?-+du*? for d=1, 2, 3; x24? +-22+ e(u?-+v?-+w?) for e=2, 3;
x? 4y?-+ 227+ 2u?-+ 20°-+ 2w? ; L+H yH HHH). In his papers of 1925 in French, he applied the same formula to find the number of representations as a sum 2, 4, 6, 8, 10 squares, and to deduce all known and certain new relations between the numbers of classes of positive binary quadratic forms of various determinants. ‘ The number of representations as a sum of any even number of squares was found by elliptic functions by Boulyguine in ror4—15 and by elliptic modular functions by Mordell in 1920. The same year, Hardy applied his powerful analytic methods to sums of & squares, kS8. In 1924 Kloosterman gave exact and asymptotic formulas for the number of representations as a sum of r squares. In 1922 Siegel found an asymptotic expression for the number of representations as a sum of 5 or more squares of integers of a real quadratic field. See Equations; DETERMINANT; NUMBER; ALGEBRAIC FORMS. BIBLIOGRAPHY.—H. J. S. Smith, Report on the Theory of Numbers (Brit. Ass. Rep., 1859-63, 1865, or Coll. Math. Papers, vol. i.); D. Hilbert, “Bericht über die Theorie der algebrdischen Zahlkérper” (in Jahresber. d. deutschen Math.-Vereinig., vol. iv., Berlin, 1897; French trans. in Annales Fac. Sc. Toulouse, ser. 3, vol. i., 1909, vol. ii., 1910, vol. ili., r911). Hilbert’s excellent report on algebraic numbers has been brought up to date by Report of Committee on Algebraic Numbers (National Research Council, Washington, 1923; continuation in preparation), and by H. Hasse, “Bericht iiber neuere Untersuchungen und Probleme aus der Theorie der algebriéischen Zahlkérper” (in Jahresber. d. deutschen Math.-Vereinig., vols. 35, 36, 1926-27). L. E. Dickson, History of the Theory of Numbers (Carnegie Institution, Washington, D.C., vol. i., 1919, vol. ii., 1920, vol. iii., 1923; vols. i, ii. are out of print) and “Fermat’s Last Theorem and the Origin and Nature of the Theory of Algebraic Numbers” (in Annals of Math., vol. xviii., 1917). Text-books. Dirichlet-Dedekind, Vorlesungen über Zahlentheorie (4th ed., 1894); P. Bachmann, Zahlentheorie (Leipzig, 1894), Die Arithmetik der Quadratiscken Formen (vol. i., 1898, vol. ii., 1923) and Niedere Zahlentheorie (vol. i., 1902, vol. ii, 1910); E. Landau, Vorlesungen iiber Zahlentheorie (Leipzig, 1927). Further texts in German:
P. L. Tchebychef (1889), G. Wertheim
(1887, 1902), H. Minkowski
(1896), F. Klein (1896-97), K. Hensel (1913), R. Fueter (1917). E.
itself may be characterized as linear. By a part of a sequence we mean an ordered subset of its elements such that every two ele. ments in the subset have the same relative rank in it as they have in the whole set. Various types of ordered sets are known as
sequences.
Any ordered set containing only a finite number of
elements is called a finite sequence.
In this case the order may be
defined by a law, as when we speak of the even positive integers less than 100 taken in order of magnitude; or it may be given by an exhibition of the objects in a given order, as when one writes the sequence 9, 7, 3, 6, 1, 8, 10.
A simply infinite sequence, ora
simple sequence, is an ordered set which contains no element of higher rank than all the others, while every part of it which contains an element of higher rank than all the other elements in that part is a finite sequence. Thus the positive integers in the order of their magnitude form a simply infinite sequence. But if they are taken in the order I,
3, 5,7;
-
EE
E
a:
ae
they form not a simply infinite sequence but a combination of two such sequences. In a simply infinite sequence the elements are arranged in a countable order, that is, so that there is a first element, a second, a third, and so on. Thus a simply infinite sequence may be denoted by the symbols 21, 22, a3, . . - , Un, . . ~ , Where it is understood that there is no last element in the sequence. The rational numbers between o and 1, taken in order of magnitude, afford an example of an ordered set which cannot be denoted by such a sequence of symbols; in fact, there is no element in this set which has a next following element in the set. This set may, however, be re-ordered so as to afford an example of a simple sequence. Tt is necessary that the order relation in an infinite sequence be prescribed by some norm or rule; it cannot be exhibited explicitly by a given arrangement as in the case of a finite sequence. In the course of the article other types of infinite sequences will appear. The principle of mathematical induction may be given its most characteristic formulation with respect to simply infinite sequences. If in the case of a given simply infinite sequence it be true (1) that, if an element of the sequence possesses a given property P, the next following element also possesses the property P; (2) that the first element in the sequence possesses this property P; then it is true that every element in the sequence possesses the property P. For instance, if we wish to show that the numbers in
the sequence 1, 1-+3, 1-+3-+5, 1+3-+5-++-7, . . . are the square numbers 17,2?, 3%, 47, ... in order, we observe that the first term in the sequence has the required property and we prove that if one term has the property the next one also has it, and then we
conclude to the truth of the general proposition by aid of the principle as formulated.
Examples of Sequences.—A
finite or a simply infinite se-
quence of numbers is said to form an arithmetic progression if for every pair of consecutive elements A and B of the sequence (A preceding B) the difference B—A is one and the same fixed num-
ber d. If the first term is a, then the numbers of the sequence are a, a-+d, a+2d, a+3d,.... . The nth term of the sequence and the sum of the first n term are respectively
at+(n—1)d
and
43nfe2a+(n—1)dl.
A sequence of numbers is said to form a harmonic progression if the reciprocals of its terms in order constitute an arithmetic pro-
NUMBER
609
SEQUENCES
number e however small, a number gression. A finite or a simply infinite sequence of numbers is said | if for every positive rational value of Gn4m— nm is less than numerical the that such exists n consecutive of pair every for if gression pro geometric a 10 form The real number represented by m. integer positive every for e and one is B/A elements A and B (A preceding B) the quotient {an} is said to be of higher rank than the real number represented che same fixed number r. If the first term is a then the numbers by {b,} if a value of m exists such that @,4,—5n4m is numeriof the sequence are cally greater than some given positive number 6 for all positive a, ar, ar*, ar’, ....
The wth term and the sum of the first n terms are respectively ar™—! and
alı —r”) 1—r
simple Infinite Sequences.—A simply infinite sequence 1,02 03, + + = of numbers is said to be convergent and to form a regular sequence if for every positive number e, however small, such that the numerical value of there exists a positive integer
tn—@m is less than e for every integer m greater than n. Regular sequences play a fundamental role in the development of mathematical analysis. To begin with, they furnish one of the means by which the number system may be extended from the rational domain to the domain of real numbers, and thus serve to lay the
foundations on which an adequate theory of functions may be
built. If, having developed the system of rational numbers (see NuMBERS), we proceed to form simply infinite sequences of rational numbers, it will be found that some such sequences have rational numbers as limits (see Limit), and that all such sequences having rational numbers as limits are regular in accordance with the foregoing definition, the number e in the definition
being taken rational in this case. It becomes desirable to extend the number system so that every regular sequence of rational numbers shall have a limit in the extended number system. This
integers m.
These definitions are sufficient to establish the rela-
tions of order among the real numbers. The real numbers thus postulated satisfy the usual laws of algebra and possess an order relation analogous to that of rational numbers. In the domain of real numbers every regular sequence of rational numbers has a limit; namely, the real number defined by the sequence itself. The question naturally arises, whether evety regular sequence of real numbers has a limit in the domain of real numbers. The answer is affirmative; that is, if definitions are introduced in connection with sequences of real numbers, in all respects analogous to those already given for sequences of rational numbers, then every regular sequence of real numbers has a limit in the domain of real numbers. Therefore regular sequences of real numbers lead to no further extension of the system of numbers. The fact that a regular sequence of real numbers always has a limit in the domain of real numbers renders the set of real numbers suitable to be the field of the real variable in a general theory of functions of real variables. Any given simply infinite sequence ai, d2, d3,..-. may be employed to define a new sequence Sj, 52, 53, . . . by writing Sn == ar-az-
ee
+6n
The problems connected with the convergence of the sequence {sa} are then identical with the problems of the convergence of
is done by taking the regular sequence of rational numbers itself to represent a definite number defined by the sequence, in accord-
the infinite series
ance with a method introduced by G. Cantor (Math. Annalen, vol.
Therefore a part of the theory of limits (see Luurr) and the whole of the general theory of simply infinite series (see SERIES) are aspects of the theory of simply infinite number sequences. In a similar way the definition of a definite integral as the limit of a sum presents the theory of integration as another one of the fundamental applications of the theory of simply infinite sequences.
v., 1872, and vol. xxi., 1883).
Before presenting the method of Cantor it is convenient to note some properties of regular sequences of rational numbers. Let fan} be a symbol to denote the sequence ai, a2, d3,....
If {an} and {bn} are two regular sequences of rational numbers, then it may be shown that the sequences
{an+bn}, {an—Ba}, {an Bo}, JEt n
are also regular sequences, with suitable restrictions in the last case—for instance, that all the elements of {bn} shall be greater than some given positive number. It is natural to take as the sum, difference, product, and quotient, of two sequences {an}
a\-+-de-+-as-++
Other Types of Infinite Sequences.—A simply infinite sequence is said to be of type w; the distinguishing qualities of these sequences lie in their possessing a first term, a term f ollowing any given term but no last term, while the terms preceding any given term constitute a finite sequence. The symbol *w is used to deno’ » what may be called a reversed simply infinite sequence. It has no first term but does have a last term, while every term but the last one is followed by a next term and all the terms following a given
term constitute a finite sequence.
and fbn} the sequences
fontba}, (an— bn},fan bahs JFE n
respectively. Then from the foregoing theorem it follows that the processes of addition, subtraction, multiplication and division may be carried out on regular sequences of rational numbers (with
suitable restrictions in the case of division) and that the sequences
which result from any finite number of applications of these operations are themselves regular sequences of rational numbers. Furthermore, it may be shown that the ordinary fundamental laws
of algebra hold for operations with sequences, namely, the associative and commutative laws of addition and multiplication and
the distributive law of multiplication (gg.v.) with respect to addi-
tion. (See ALGEBRA.) Since these regular sequences of rational numbers combine according to the same formal laws as rational numbers themselves, it is natural to take regular sequences of rational numbers as themselves defining a new sort of number; and this is what Cantor does.
The new numbers are called real numbers. A rational number a
may then be denoted by the sequence a, a, a, . . . each element of which is the rational number a. But this is not a unique representation of a. In fact, any sequence of rational numbers a1, de, ts, . . . having the rational limit a may be used to denote the number a. In general, the real numbers a and b defined by two
regular sequences {a,} and {b,}, respectively, are said to be equal
a
A sequence of type w is called
an ascending sequence while one of type *w is called a descending sequence. As the positive integers 1, 2, 3, - . - in order of magnitude form a typical ascending sequence so the negative integers in order of magnitude... , —, 3 —2, —I form a typical descending sequence. The sequence .
o
, —3,
— 2, — I, O, I, 2, 3,..
.
of positive and negative numbers and o, taken in order of magnitude, form a sequence of type *w+w, characterized by its possession of the following properties: there is no first term and no last term, there is a term next following any given term, and the elements following one and preceding another given element form a finite sequence. In the development of the general theory of functions it has become necessary to consider many other types of sequences as well as order types of a more general character than those for which the term sequence is usually employed; on this account a general theory of sequences and order types has sprung up— usually developed both in treatises on functions of a real variable and in those on the theory of sets of points (see Pornt Sets). A few of those usually called sequences may be briefly described. A sequence of type w followed by another of type w is said to form a sequence of type w-2. A typical instance is the following:
I, 3.5: 71+ ++ 12) 4,6,8,---If » such simple sequences are taken in a given order the resulting
NUMENIUS—NUMERALS
610
sequence is said to be of type wn. A single sequence of type w will then be noted by w-1. If any sequence of type w-n is followed by a finite sequence containing m elements, the sequence so formed is said to be of type w- n-m. Let S;, Se, Ss, .. . denote a simply infinite sequence each element of which is itself a simply infinite sequence. The sequence thus formed is said to be of type w*. This process of forming sequences of sequences may be continued; it has given rise to a certain class of so-called transfinite numbers. The theory of these transfinite numbers, and of the sequences which underlie them, has been extensively developed; and it has given rise to important analyses of the logical processes involved in defining them and reasoning about them, processes usually investigated in the theory of sets of points, since these sequences may be represented to the mind by means of sets of points on a line. Let us illustrate the last remark by exhibiting a set of points of type w*. First define any simply infinite sequence of non-overlapping intervals on a given line, as, for instance, the intervals from o to 1, from 1 to 14, from 14 to 14, and so on without end, each interval after the first having half the length of the preceding one. On each of the intervals a set of points forming a sequence of type w is to be defined. We might, for instance, define the points on a given interval J as follows. Let the first one be the midpoint Pı of Z, the second be the midpoint of the part of J to the right of Pı and in general let the ith one P; be the midpoint of the part of J to the right of P,_,.Then on J we have a sequence Pi, Po, P3, ... Of points of type w. When this is done for each interval I of the set of intervals and the resulting points are contemplated in their order from left to right on the line, we have a sequence of points of type cw’. A typical arrangement of a sequence of type w? is the following: Ail, Gia, G13, -Al;
set 0, I, 2,..., P—1, is periodic and (when certain eXCeptionaj cases are removed) the period is a factor of p*~1. This theorem, may be extended to the case of a general modulus m. In thi connection several criteria have been obtained for recognizin, certain large prime numbers as prime, the following being a of the simplest. A necessary and sufficient condition that on,
shall be a prime is that
(at+by —1)"-+(a—by — 1)”
shall be divisible by 2”—1, where a and b are any Integers such that a?-+-0? is a prime number of which 2"— 1 is a Quadratic non-residue. By means of such theorems several large numbers
have been shown to be prime, including the following: 2ol— yz, 289— 1,
2107
1,
21T e
7,
215d,
See E. W. Hobson, Theory of Functions of a Real Variable, vol. i
(3rd ed., 1927); and Encyclopédie des Sciences M athématiques, tome
i, vol, i,
(R. D. Ca)
NUMENIUS, a Greek philosopher, of Apamea in Syria, Neo-
Pythagorean and forerunner of the Neo-Platọnists, flourished dur-
ing the latter half of the 2nd century a.p. His chief divergence from Plato is the distinction between the “first god” and the “demiurge.” This is probably due to the influence of the Valen. tinian Gnostics and the Jewish-Alexandrian philosophers (espe-
cially Philo and his theory of the Logos). His works were valued by the Neoplatonists, and it is said Amelius wrote about 100
books of commentaries upon them.
Fragments of his treatises on
the points of divergence between the Academicians and Plato, on
the Good (in which according to Origen, Contra Celsum, iv. 51 he makes allusion to Christ), and on the mystical sayings inPlato,
are preserved in the Praeparatio Evangelica of Eusebius.
The fragments are collected in F. G. Mullach, Frag, phil. Graec. ii.:
see also F. Thedinga, De Numenio philosopho Platonico (Bonn, 1878): Ritter and Preller, Hist. Phil. Graecae (ed. E, Wellmann, 18908), T. Whittaker, The MNeo-Platonists (1901; 2nd ed. 1918) and Uberweg, Grundriss der Gesch. der Philosophie Bd. I. (1926).
+ »
A22, 093, sra}
G31, Ago, Q83... 3
NUMERALS.
the the ing the
Just as the first attempts at writing came
elements in each line forming a simply infinite sequence and long after the development of speech, so the first efforts at the elements in any line preceding all the elements in each follow- graphical representation of numbers came long after people had line. Such a sequence is often called a double sequence. It is learned to count. Judging by the habits of primitive tribes of type which underlies the general theory of double series. A the present as well as by the oldest trace that we have of written fundamental problem concerning double sequences is that of the or sculptured records, the earliest numerals were simple notches existence and equality of the limits in a stick, scratches on a stone, marks on a piece of pottery, or lim
M=O, = 00
lmn,
lim lim m= n=%
Gis
lim n=
lim
0
m=%
the like. Having no fixed units of measure, no coins, no commerce
lmn,
the last two denoting limits of limiting values while the first denotes the limit as m and n become infinite independently. If the first limit exists and is a then each of the other limits exists and is æ. But one or both of the latter limits may exist while the first does not, nor is it necessary that the two latter limits (when they exist) shall be equal. That the same set of objects may be contemplated in sequences of various types may he indicated by.observing that the elements
in a double sequence, or sequence of type w°, are capable of an arrangement into a sequence of type w. Thus, in the case of the foregoing array we may arrange the elements in the order of the finite diagonal sets and obtain the following sequence of type w: Ail, Air
21, 413, Qo,
@31,; O14,
23,
ee
been found to play an important réle (Quart, Journ. Math., 48 [1920]: 342-372). These integers satisfy recurrence relations of the form
Uric
C21 endette “TH e.a
FA
FO,
nQ,
I,
numerals until about the beginning of what we call historical
times.
Early Forms.—The earliest numerals of which we have definite
record were simply straight marks for the small numbers, with
some special form for ten. These symbols appear in Egypt as early as the 1st dynasty (c. 3400 B.c,), and in Mesopotamia. as early as c, 3000 B.C. These dates long precede the first known
inscriptions containing numerals in India (c. grd century 3.c.), in China (3rd century 8.c.), and in Crete (¢. 1200 B.C,), Egyptian hieroglyphic, c.3409 B.C.
.
gw,
2; 2...3}
If
p tap id- 2. Oe is irreducible modulo $, where p is a prime, then the sequence of
residues {rn}, where 2,7, mod p and +, is a number of the
Jon AIA
Egyptian hieratic, c. 3400 B.c,
a 8
Recurrent Sequences of Integers,—In the theory of ordinary integral numbers certain simply infinite sequences of integers have
where Œi, Op, . «a, Oky Wop Utse eng M4 ate given integers. to take a simple case, the polynomial
beyond the rudest barter, no system of taxation, and no needs beyond those of a savage, there was no necessity for written
.
Cretan inscriptions, c. 1200 B.C.
Y
o RW = Da VR See
i
NAAN
a
oe
Loe
Nila Nt
'
BY
1
ayo
cs
tale
Y
I
ual UAV N\\ Y |
COURTESY
OF
THE
WILD
FLOWER
PRESER-
VATION SOCIETY
Times by Elmer Davis (1921) and Seventy-fifth Anniversary Supplement of the New York Times, published Sept. 18, 1926. For the history
OCHTERLONY,
Martyrologium of Irish saints, based on various ancient many. scripts, an Irish glossary and other works. He lived in poverty, and died at Louvain. OCONEE BELLS (Shortia galacifolia), a rare North Amer. ican plant of the family Diapensiaceae, called also little colt’s. foot, found only locally in the AW mountains of North and South Carolina. It is an early-blooming
(1678-1720),
English drientalist, was
born at Exeter în 1678. He was educated at Queen’s College, Canibridge, became fellow of Jesus College and vicar of Swavesey,
and in 17£% was made professor of Arabic at Cambridge.
The
pecuniary embarrassments 6f his later days form the subject of a chapter in D’Israeli’s Calamities of Authors. The preface to thé second volume of his History of thé Saracens is dated from Cambridge Castle, where he was imprisoned for debt. His chief work is The History of the Saracens (1708-1718 3rd, posthumous,
OCONEE
BELLS
(SHORTIA
GALA-
CIFOLIA), A RARE PLANT FOUND IN
THE CAROLINA MOUNTAINS
O'CONNELL,
DANIEL
stemless herb, with round, shin. ing, slightly-toothed leaves borne on stalks rising from the base, and beautiful white, somewhat bell-shaped flowers, each solitary on a stalk, 3 to 6 in. long, which
rises above the leaves. It is spar.
ingly cultivated as an ornamental
plant.
(1775-1847),
Irish statesman,
known as “the Liberator,” was born on Aug. 6, 1775, near Cahirciveen, a small town in Kerry. He was sprung from arace the heads of which had been Celtic chiefs, had lost their lands in the wars of Ireland, and had felt the full weight of the harsh
penal code which long held the Catholic Irish down. His ancestors in the 18th century had sent recruits to the famous brigade of Irish exiles in the service of France, and those who remained at
home either lived as tenants on the possessions of which they
had once been lords, or gradually made money by smuggling. While a boy he was adopted by his uncle, Maurice O’Connell of
Derrynane, and sent to a school at Queenstown, and then to the colleges of St. Omer and Douai in France. In 1798 O’Connell was called to the bar of Ireland, where he
came rapidly to the front.
In examining witnesses, he had no
rival at the Irish bar. He was, however, a thorough lawyer besides, inferior in scientific learning to two or three of his most conspicuous rivals, but well read in every department of law, and especially a master in all that relates to criminal and constitutional jurisprudence; as an advocate, too, he stood in the very highest rank. From early manhood O'Connell had turned his mind to the condition of Ireland and the mass of her people. The worst severities of the penal code had been, in a certain measure, relaxed, but the Catholics were still in a state of vassalage, and they were still pariahs compared with the Protestants, The rebellion of 1798 and the union had dashed the hopes of the Catholic leaders, and their prospects of success seemed very remote when, in the first years of the roth century, the still unknown lawyer took up their cause. Up to this juncture the question had been in the hands of Grattan and other Protestants, and of a small knot of Catholic nobles and prelates; but they aimed only at a kind of compromise, which, while conceding their principal claims, would have placed their church in subjection to the state.
O’Connell gave the Catholic movement
an energy it
ms. in the Bodleian of the pseudo-Wakidi’s Futuh al-Sham, which
had not before possessed. He formed the bold design of combining the Irish Catholic millions, under the superintendence of the native priesthood, into a vast league against the existing order, and of wresting the concession of the Catholic claims from
“poet”’), but took the name of Michaél when he became a Fran-
every Opposing party in the state by continuous agitation, embracing almost the whole of the people, but maintained within constitutional limits, though menacing and shaking the frame of society. The Catholic Association, at first small, but slowly assuming larger proportions, was formed; attempts of the government and of the local authorities to put its branches down were skilfully
vol. 1757). Unfortunately Ockley took as his main authority a
is rather historical romance than histoty. 2 O’CLERY, MICHAEL (15751643), Irish chronicler, grandson of a chief of the sept óf O'Clery in Donegal, was born at Kilbarrow on Donégal Bay, arid was baptized ‘Tadhg (or
ciscan friar. He had already gained a reputation as a student of
Irish history aiid literature, when he entered the Irish College of St. Anthony at Louvain. In 1620, thtough the initiative of Hugh Boy Macanward (158044635), warden of the college, and himsélf a farnous Irish historian and poet, and one of an old
baffled by legal devices of many kinds; and at last, after a conflict
manuscripts and to transctibe everything he could find of histori-
which, controlled from first to last by himself and the priesthood, was esséntially conservative in character. His election for Clate in 1828 proved the forerunner of the inevitable change, and the
family of hereditary bards in Tyrconiell, he began to collect Irish
cal importance; he was assisted by other Irish ‘scholars, and the results weré his Rem Rioghroidhe (Royal List) in 1630, Leabhar Gabhala (Book of Invasions) in 163%, and his most famous work,
called by John Colgan (d. 1659), the Irish biographer, the “Annals of the Four Masters” (1636). Subsequently he produced his
of years, all Catholic Ireland was arrayed in a powerful organiza
tion. O’Connell stood at the head of this great national movement
Catholic claims were granted the next year. O'Connell joined the Whigs on entering parliament, and gave effective aid to the cause of reform.
The agitation, however, om
the Catholic question had quickened the sense of the wrongs of
O’>CONNOR—OCORONAN Ireland, and the Irish Catholics were engaged ere long in a crusade against tithes and the established church, the most of-
fensive symbols of their inferiority in the state. It may be questioned whether O’Connell was not rather led than a leader in this; the movement,
at least, passed beyond
country for many months was terrorized.
measures
vehemence.
his control, and
the
Lord Grey proposed
Of repression which O’Connell opposed with extreme
This caused a breach between him and the Whigs:
but he gradually returned to his allegiance to them when they
practically abolished Irish tithes, cut down the revenues of the
established church and endeavoured to secularize the surplus. In the British House of Commons O’Connell stood in the front rank as a debater; and his oratory, massive and strong in argu-
ment, made a powerful impression. O’Connell steadily supported Lord Melbourne’s government, gave it valuable aid in its general measures, and repeatedly expressed his cordial approval of its policy in advancing Irish Catholics to places of trust and power in the state, though personally he refused a high judicial office. He
sincerely advocated the rights of conscience, the emancipation of the slave and freedom of trade. But his rooted aversion to the democratic theories imported from France grew stronger with advancing age. His conservatism was most apparent in his tenacious
regard for the claims of property. He actually opposed the Irish
Poor Law, as encouraging a communistic spirit; he declared a movement against rent a crime, though he advocated a reform of the precarious tenure enjoyed by the Irish peasant.
O’Connell changed his policy as regards Ireland when Peel became minister in 1841. He declared that a Tory régime in his country was incompatible with good government, and he began an agitation for the repeal of the union. He had denounced the union in early manhood as an obstacle to the Catholic cause; he had spoken against the measure in parliament: he believed that the claims of Ireland were set aside or slighted in what he deemed an alien assembly; and, though he had ceased for some years to demand repeal, and regarded it as rather a means than an end, he was throughout life an avowed repealer. In his judgment the repeal of the union would not weaken the real bond between Great Britain and Ireland. The Catholic Association of 1828-29 was recreated for the new project. Enormous meetings convened by the priesthood, and directed or controlled by O’Connell, assembled in 1842~1843, and probably nine-tenths of the Irish Catholics were unanimous in the cry for repeal. O’Connell seems to have thought success certain; but he had not perceived the essential difference between his earlier agitation and this. The enlightened opinion of the three kingdoms for the most part approved the Catholic claims, and as certainly it condemned repeal. After some hesitation Peel resolved to put down the repeal movement. A vast intended meeting was proclaimed unlawful, and in October 1843 O’Connell was arrested and held to bail, with ten or twelve of his principal followers. He was con-
699
(1849), the biographies by W. Fagan (1847), M. F. Cusack (1872), J. O'Rourke and O’Keefe (1875), and }. A. Hamilton (1888); also R. Dunlop, Daniel O’Connell and the Revival of National Life in Ireland (1900), R. Houston, Daniel O'Connell; his Early Life and Journal, | 1795-1802 (1906), and A. Zimmermann, Daniel O’Connell der Befreier und seine politische Bedeutung fir Irland und England (Paderborn,
1909). O'CONNOR, FEARGUS EDWARD (1794-1855), Chart-
ist leader, was the son of the Irish Nationalist politician Roger O’Connor. He entered parliament as M.P. for Cork and a follower of O’Connell in 1832; but three years later the “Liberator” had him unseated, by petition, for his indiscipline. He then turned to Radical agitation in England and on the publication of the Charter in 1838 became one of the best known Chartist leaders. Owing to his rough humour, his energy and his invective he became their most popular speaker, and the circulation of his journal, the Northern Star, outstripped all others. He advocated physical force, generally, however, with the proviso that moral force must be tried first, and at the Chartist convention of 1839 acquiesced
on William Lovett’s “moral force” leadership. Although not concerned in the insurrection of 1839 he was imprisoned for a year
upon another charge. In 1841 he reorganized the movement by the foundation of the National Charter Association, and attained a position of such power that he was able practically to expel or silence Lovett and all others who advocated compromise with the middle class. But though he raised Chartism to its greatest power he was unable to direct it to victory. He permitted the general strike of 1842; in the midst of it his fears overcame him and he condemned it, securing its immediate defeat. After this fiasco he diverted Chartist energies to the support of his land company scheme for settling town workers on small holdings. For a while this appeared successful, and a first settlement, named O’Connorville, was opened at Herringsgate, Bucks. He was also elected M.P. for Nottingham in 1847. Next year, however, the company was found to be bankrupt, and the ignominious collapse of the revolutionary agitation of that year, to which he had pinned his hopes, made O’Connor’s behaviour, already eccentric, plainly maniacal. He was, very belatedly, declared insane in 1852 and died in 1855. His funeral procession, 50,000 strong to Kensal Green, may be regarded as the last Chartist demonstration. O’Connor was a tall, loud-voiced, handsome man, of unlimited devotion and energy and great oratorical powers; he was, however, vacillating, excessively vain, jealous and of small intellectual powers. (See CHARTISM.) (R. W. P.)
OCONOMOWOC,
a city of Waukesha county, Wisconsin,
U.S.A., on Federal highway 16, 33 m. W. of Milwaukee; served by the Chicago, Milwaukee, St. Paul and Pacific and the Milwaukee Electric railways. Pop. (1930) 4,190. It is a popular summer resort in a region of lakes. The city was founded about 1837 and incorporated in 1875. Its name is an Indian word said to mean “home of the beaver.”
victed (February 2844) after the trials that followed, but the O’CONOR, CHARLES (1804-1884), American lawyer, was judges were biassed, and the sentence of imprisonment for a born in the City of New York on January 22, 1804. He was year and a fine of £2,000 was reversed on a writ of error by the admitted to the bar in 1824. From 1853 to 1854 he was United House of Lords (September 1844), and he and his colleagues States district attorney for New York. After the Civil War he were again free. The spell, however, of O’Connell’s power had became senior counsel for Jefferson Davis on his indictment for vanished; his health had suffered much from a short confinement; treason, and was one of his bondsmen. He took a prominent part he was verging upon his seventieth year; and he was disturbed in the prosecution of William M. Tweed and members of the by the growth of a party in the repeal ranks who scoffed at his “Tweed Ring” and published Peculation Triumphant, Being the views, and advocated the revolutionary doctrines which he had Record of a Five Years’ Campaign against Oficial Malversation, always feared and abhorred. Before long famine had fallen on A.D. 1871-1875 (1875). He removed to Nantucket, Mass., in
the land, and under this visitation the repeal movement, already paralysed, collapsed. O’Connell died on May 15, 1847, at Genoa,
whilst on his way to Rome. His body was brought back to Dublin
1881, and died there on May 12, 1884.
OCONTO, a city of north-eastern Wisconsin, U.S.A., on the
nell, by whom he had three daughters and four sons, Maurice, Morgan, John (1810-1858), known as the “Young Liberator,” and Daniel, who all sat in parliament.
W. shore of Green bay (Lake Michigan) at the mouth of the Oconto river; the county seat of Oconto county. It is on Federal highway 41, and is served by the Chicago and North Western and the Chicago, Milwaukee, St. Paul and Pacific railways. Pop. (1930) 5,030. It has a large fishing industry and several manufacturing plants. It was founded in 1846 and chartered in 1882. OCORONAN, a small group of tribes of South American Indians, provisionally regarded as constituting an independent linguistic stock. The Ocoronas live or lived in eastern Bolivia
See his son, John’s, Life (1846) and Recollections and Experiences
along the upper Mamore river, at the missions of San Ignacio,
and buried in Glasnevin cemetery. Catholic Ireland calls O’Connell her “Liberator” still; he possessed the wisdom, the caution and the tact of a real statesman,
But the battle in which he fought was not to be won in his
generation.
O’Connell married in 1802 his cousin Mary O’Con-
700
OCOTILLO—OCTROI
San Martin and Santa Rosa de Moxos.
Apart from brief refer- | Octopus is a large one containing upwards
ences to them by the early missionaries, little is known concerning their culture. Rivet believes that the Ocoronas are merely a sub-group of the Chapacuran (g.v.) stock. See G. de Crequi-Montfort and P. Rivet, “La Famille linguistique
Capakura” (J. Soc. Américanistes de Paris [ns.] vol. x., pp. 119-173).
OCOTILLO
(Fouquieria splendens), a North American shrub
of the candle-wood family (Fouquieriaceae), called also coachwhip, Jacob’s-staff and vine-cactus. It is a characteristic shrub of rocky deserts from western Texas to southern California and southward in Mexico. Near the base the stem divides into several slender, erect, furrowed, intensely spiny branches, usually from 8 to 20 ft. high. It bears small rounded leaves, the midribs of which harden into the spines, and showy bright-scarlet flowers in terminal clusters. The ocotillo is sometimes grown as a hedge plant; in Mexico the branches are woven into fences.
OCTAHEDRON: see Sorts, GEOMETRIC. OCTAVE, a pericd or series of eight members.
In ecclesias-
tical usage the octave is the eighth day after a particular church festival, the feast day itself and the “octave” being counted. The octave thus always falls on the same day of the week as the festival, and any event occurring during the period is said to be “in the octave.” In music, an octave is the eighth full tone above or below any given note. It is produced by double or half the number of vibrations corresponding to the given note. In the interval between a note and its octave is contained the full scale, the octave of a note forming the starting-point of another scale of similar intervals to the first. The interval between a note and its octave is also called an octave. The name is also applied to an open metal stop in an organ, and to a flute (more usually known as the piccolo) one octave higher in pitch than the regular flute. It is also a term for a “parade” in fencing. The “law of octaves” was a term applied in 1865 to a relationship among the chemical elements enunciated by J. A. R. Newlands. In literature an octave is a form of verse consisting of eight iambic lines, and complete in itself. From its use by the poets of Sicily, the form is usually called the Sicilian octave. It is distinguished from a single stanza of ottava rima by having only two rhymes, arranged abababab. In German literature the octave has been used not infrequently since 1820, when Ruckert published “Sicilianen,” as they are called in German, for the first time. The word is often used to describe the eight opening lines of a sonnet.
OCTAVIA,
house.
the name of two princesses of the Augustan
(1) Octavia, daughter of Gaius Octavius and sister of the
emperor Augustus, was the wife of Gaius Marcellus, one of the bitterest enemies of Julius Caesar. In 41 3.c. her husband died, and she was married to Marcus Antonius, with the idea of bringing about a reconciliation between him and her brother. Her efforts
of 140 species. Its representatives occur in nearly all seas (though it is poorly represented in Arctic and Antarctic waters) and some are found at great depths.
Octopus vulgaris is found on British coasts (prin-
cipally in the south), but it has a limited distribution in these waters, and is not often taken, the allied Eledone cirrosa being more common. The sucker-bearing arms, strong jaws and sinister appearance
of these animals have conferred on them a name
for ferocity
which is not undeserved. The stories of their attacks on man are sufficiently well attested, though they are often exaggerated. The octopus moves about by means of its arms on the sea bottom, and is not habitually free-swimming, though like other Cephalopods, it can propel itself through the water by means of the funnel (see CepHALOPODA). Octopus and the related genus Eledone live on the sea-bottom and are mainly found in shallow coastal water. According to Lo Bianco the common octopus in the
Gulf of Naples prefers rocky situations for its lair during its early years. Certain forms (¢.g., Benthoctopus) are found in very deep water, the greatest depth from which a member of the
genus Octopus has been obtained being 1,875 fathoms. Other Octopods, however, are inhabitants of the open sea and are found swimming or floating at the surface
depths (Eledonella, Cirroteuthis).
(Argonauta)
or at greater
A species of Eledonella has
been taken at a depth of 2,900 fathoms.
Those which live per-
manently in very deep water are usually highly modified, having gelatinous tissues, large medusiform webs and reduced gills and dentition.
The common octopus feeds principally on crabs. Lo Bianco has shown that before killing its victims it paralyses them with a poison secreted by its salivary glands. The same observer has recorded that the common octopus in captivity will devour its own arms even if it is amply supplied with its normal food. Certain species of octopus attain a considerable size. The common octopus, O. vulgaris, sometimes spans over six feet with its arms
and the giant O. punctatus of the Pacific has been known to have a diameter of 28 feet. Most species of this genus lay eggs in grapelike clusters, Lee states that the female O. vulgaris broods over the clusters, holding them in the membranous expansion of its arms and syringing them with jets of water from its funnel (see CEPHALOPODA). Octopods are eaten fresh or dried by the natives of many parts of the world. The flesh of young O. vulgaris is still considered a delicacy in Naples.
It has been mentioned above that the true octopus (Octopus
vulgaris) is usually rare on the English coast. In 1899 and 1900, however, they became so abundant on the south coast as to attract general notice, and to constitute a veritable plague.
were at first successful, but in 36 Antony left for the Parthian War and renewed his intrigue with Cleopatra. Though Octavia took out troops and money to him (35), he refused to see her and
Octopoda,” Proc. Zool. Soc. (London, 1926) and S. Lo Bianco “Notizie
peror Claudius, was the wife of Nero, by whom she was put to
Neapel (1909).
formally divorced her in 32.
(2) Octavia, daughter of the em-
death. A Latin tragedy on her fate is attributed, though wrongly, to Seneca.
OCTOBER, the eighth month of the old Roman year, which
began in March. In the Julian calendar, while retaining its old name, it became the tenth month, and had 31 days assigned to it. Several attempts were made to rename the month in honour of
BIBLIOGRAPHY.—See CEPHALOPODA; also H. Lee, The Octopus, or the Devil-fish of Fact and Fiction; G. C. Robson, “The Deep Sea
Biologiche . . . animali del Golfo di Napoli,” Mitth. Zool. Station von
(G. C. R)
OCTOSTYLE, in architecture, a portico with eight columns
in front.
OCTROI, a local tax collected on various articles brought
into a district for consumption (O. Fr. octroyer, to grant, authorize; Lat. auctor). The prescribed groups of commodities, upon which these inthe emperors. Thus it was in succession temporarily known as direct taxes were levied in 1927 by 1,092 local authorities in France Germanicus, Antoninus, and Herculeus, the last a surname of (for the Alsace-Lorra ine octroi is still governed by the pre-war Commodus. The senate’s attempt to christen it Faustinus in German regulations) upon their entry for consumption into their honour of Faustina, wife of Antoninus, was equally unsuccess- area, are six, namely (1) liquids (artificial gaseous drinks, nonful. By the Slavs it is called “yellow month,” from the fading alcoholic beverages; vinegar; vegetable oils); (2) foods (meats, of the leaf; to the Anglo-Saxons it was known as Winterfylleth, poultry, game, fish, butter, eggs, cheese, jams, fruits, etc.); (3) because at this full moon (fylleth) winter was supposed to begin. fuel Cwood, coal, coke, candles, mineral oils, etc.); (4) fodder OCTOPUS, the name given in zoology to a single genus of (fresh oil-cakes, dog biscuits, etc.); (5) building materials (plaseight-armed Cephalopoda (g.v.), one of whose distinguishing ter, lime, stone, bricks, slates, metals, sanitary appliances, woods, characters is the presence of two rows of suckers on each arm. glass, etc.); and (6) miscellaneous (soaps, polishes, varnishes, As a less strictly defined term the name may be given to all the paints, etc.). By presidential decree maximum octroi tariff rates eight-armed Cephalopoda, of which some 36 genera have been for the whole of France must be published officially for all the described (e.g., Eledone, Cirroteuthis, Argonauta). The genus separate classes within the above groups, particular scales being
PLATE
OCTOPUS
WAAG
YO SNdOLIO
SOUS, PUB SOSN{JOW DAJBAIG UO pods OS]e Spodo}oQ ‘“spue]H AseAlyes s}1 Aq pazyei9es uosiod e YyyM pozAjesed AjsnojAssd useq BAeY YIM ‘poog Jayo s pewjue əy} ‘sueaoezsnto Hujn} -de0 uj pesn ove pue Bujaeeq Joxons ove suse əy, "swe 445a s}; jo 3944} Áq pəpoddns wo}zoq uraso əy} uo HuljMeso jeUjUe 94} SMOYs SNdo}z90 Ue jo YdeJDoyoYd JazeM-JEpUN SIL
HSId
vin
4O
ASALYNOD
AG
O’CURRY—ODDFELLOWS
701
fixed according to the six population grades of localities. (Thus in the general tariff of July 1927, the rate on beef is 15 francs per cwt. in the grade under 1,000 inhabitants, 20 francs per cwt. in those from 1 to 10 thousand and 33 francs in those with over 100,-
an able supporter of his policy. The defeat and captivity of the emperor Valerian (A.D. 260) left the eastern provinces largely at the mercy of the Persians; the prospect of Persian supremacy was not one which Palmyra or its prince had any reason to desire. At ooo; that on butter per kilogramme ranges from 15 to 40 cen- first, it seems, Odainath attempted to propitiate the Parthian montimes, on coal per cwt. from 30 centimes to one franc, on petrol arch Shapir (Sapor) I.; but when his gifts were contemptuously per 2 cwt. from 15 to 40 francs.) By a law of Feb. 1918 all octroi rejected (Petr. Patricius, $ 10) he decided to throw in his lot with duties on alcoholic beverages, except on wine in bottle, were the cause of Rome. The neutrality which had made Palmyra’s abolished. The general regulation of the system was profoundly fortune was abandoned for an active military policy which, while altered by the law of Aug. 13, 1926, which gave greater freedom it added to Odainath’s fame, in a short time brought his native city to its ruin. He fell upon the victorious Persians returning of action to the local and prefectoral authorities, within the framework of the general tariff, to modify rates or introduce new taxes, home after the sack of Antioch, and before they could cross the and permitted the central government to establish general regula- Euphrates inflicted upon them a considerable defeat. Then, when two usurping emperors were proclaimed in the tions for the working of the system. In 1926, out of a total of 1,042 octrois (apart from 18 in Alsace- East (A.D. 261), Odainath took the side of Gallienus the son and successor of Valerian, attacked and put to death the usurper Lorraine), 833 were collected directly, 116 were farmed out, one only (and it was the first, instance for a long period of years) Quietus at Emesa (Hoéms), and was rewarded for his loyalty by being under the farming out with participation system, and 92 the grant of an exceptional position (A.D. 262). He may have assumed the title of king before; but he now became “totius employed the revenue authority mentioned. The total population subject to the océroz in these 1,042 localities was 14,370,500. The Orientis imperator,” not indeed joint-ruler, nor Augustus, but number of octrots in France has much diminished since 1918 when “independent lieutenant of the emperor for the East” (Mommsen, the total was 1,491; and for 1927 or Jan. 1928 several noteworthy Provinces, ii. p. 103)!. In a series of rapid and successful camtowns decided to abandon the system (e.g., Bordeaux, Perpignan, paigns, during which he left Palmyra under the charge of SepTroyes, Clermont-Ferrand, Chalons, St. Mihiel). There is a fairly timius Worod his deputy (NV.S.J. Nos. 127-129), he crossed the strong abolition movement on foot which receives the vigorous Euphrates and relieved Edessa, recovered Nisībis and Carrhae, support of the large body of motorists; the great difficulty is the and even took the offensive against the power of Persia, and twice provision of acceptable substitute local taxes especially in Paris. invested Ctesiphon itself, the capital; probably also he brought back Armenia into the Empire. These brilliant successes restored Lyons discarded it many years ago, and in her department the Roman rule in the East; and Gallienus did not disdain to (Rhone) there are only two octrois. They appear most numerous in the south-west and Provencal departments, where in some are hold a triumph with the captives and trophies which Odainath had won (A.D. 264). found over 40 octrois. While observing all due formalities towards his overlord, there In Belgium octroz duties were abolished in 1870, being replaced by an increase in customs and excise duties; and in 1903 those in can be little doubt that Odainath aimed at independent empire; Egypt were also abolished. Octroi duties exist in Italy, Spain, but during his lifetime no breach with Rome occurred. He was about to start for Cappadocia against the Goths when he was Portugal and in some of the towns of Austria. BsLrocgRrRAPHY.—A. Guignard, De la suppression des octrois (Paris) ; assassinated, together with Herddes his eldest son, by his nephew Saint Julien and Bienaimé, Histoire des droits d’octroi & Paris; M. Maconius; there is no reason to suppose that this deed of violence Tardit and A. Ripert, Traité des octrois municipaux (Paris, 1904); was instigated from Rome. After his death (ap. 266-267) L. Hourcade, Manuel encyclopédique des contributions indirectes et Zenobia succeeded to his position, and practically governed des octrois (Poitiers, 1925); Bulletin de Statistique et de Législation Comparée, Ministre des Finances, Paris. The abolition of the Belgian Palmyra on behalf of her young son Wahab-allath or Athenodorus. octrois produced a voluminous official report: Abolition des octrois communaux en Belgique: documents et discussions parlementaires.
OCURRY, EUGENE
(1796-1862), Irish scholar, was born
at Dunaha, county Clare, in 1796, the son of a farmer who was a man of unusual intelligence. After being employed for some time in the topographical and historical section of the Irish ordnance survey, O’Curry earned his living by translating and copying Irish manuscripts. The catalogue of Irish manuscripts in the British
Museum was compiled by him. On the founding of the Roman Catholic University of Ireland (1854) he was appointed professor of Irish history and archaeology. His lectures were published by the university in 1860. Three other volumes of lectures were published posthumously, under the title On the Manners and Customs of the Ancient Irish (1873). His voluminous transcripts, notably eight huge volumes of ancient Irish law, testify to his unremitting industry. He died in Dublin in 1862.
ODAENATHUS
or Openatus
(Gr.
‘Odaivafos,
Palm,
WIR = “little ear”), the Latinized form of OparnaTH, the name
of a famous prince of Palmyra, in the second half of the 3rd cen-
tury A.D., who succeeded in recovering the Roman East from the
Persians and restoring it to the Empire. He belonged to the leading family of Palmyra, which bore, in token of Roman citizenship, the gentilicium of Septimius; hence his full name was Septimius Odainath (Vogüé, Syrie centrale, Nos. 23, 28= Cooke, NorthSemitic Inscrr. Nos. 126, 130). It is practically certain that he
was the son of Septimius Hairan the “senator and chief of Tadmor,” the son of Septimius Odainath “the senator” (N.SJ. p. 285). The year when he became chief of Palmyra is not known,
but already in an inscription dated A.D. 258 he is styled “the illustrlous consul our lord” (N.S.J. No. 126). He possessed the characteristic vigour and astuteness of the old Arab stock from which
he sprang; and in his wife, the renowned Zenobia (g.v.), he found
(See PALMYRA.)
ODDFELLOWS,
ORDER
(G. A.C.)
OF, a secret benevolent and
social society and subsequently a friendly benefit society also, having mystic signs of recognition, initiatory rites and ceremonies, and various grades of dignity and honour. Great antiquity has been claimed for the order of Oddfellows, but the members themselves now generally admit that the institution cannot be traced back beyond the first half of the 18th century, and explain the name as adopted at a time when the severance into sects and classes was so wide that persons aiming at social union and mutual help were a marked exception to the general rule. Mention is made by Defoe of the society of Oddfellows, but the oldest lodge of which
the name has been handed down is the Loyal Aristarcus, No. ọ, which met in 1745 “at the Oakley Arms, Borough of Southwark; Globe Tavern, Hatton Garden; or the Boar’s Head in Smithfield, as the noble master may direct.” The earliest lodges were supported by each member and visitor paying a penny to the secretary on entering the lodge, and special sums were voted to any brother in need. If out of work he was supplied with a card and funds to reach the next lodge, and he went from lodge to lodge until he found employment. The lodges gradually adopted a definite common ritual and became confederated under the name of the Patriotic Order. Towards the end of the century many of the lodges were broken up by State prosecutions on the suspicion that 1The late Roman chronicler Trebellius Pollio goes further and asserts “Odenatus rex Palmyrenorum optinuit totius Orientis imperium... . Gallienus Odenatum participato imperio Augustum vocavit,” Hist.
Aug. xxiii. xo and 12. This is not borne out by the evidence.
The
highest rank claimed for him by his own people is recorded in an inscription dated 271 (V.S.J. No. 130) set up by the two generals of the Palmyrene army; Odainath is styled “‘king of kings and restorer of
the whole city”; but this does not mean that he ever held the title of
Augustus, and the inscription was set up after his death and during the revolt of Palmyra.
ODE—ODER
7 02
Continued to exist their purposes were “seditious,” b ut the society Tn 1813, at a con1809until llows as the Union Order of Oddfe pendent Order of os in Manchester, was formed the Inde hadows all the overs now which Unity, Oddfellows, Manchester duced into the iratro wa hip minor societies in England. Oddfellows and the grand S19, ¥ in Unity ester Manch the from United States d on Feb. itute const was States d Unite lodge of Maryland and the
the Manches29, 1821. It now rivals in membership and influencine 1842. In 1843 ction conne its d severe it which Unity, from
antistrophe and epode, which were the earliest of their king;
English; unhappily they were not very poetical. The attempts i Gilbert West (1703-56) to explain the prosody of Pindar (17 i
inspired Gray to write his “Progress of Poesy” (1754) and Th
Bard” (1756). Collins, meanwhile, had in 1747 published a ‘alk tion of odes devised in the Aeolian or Lesbian manner. The oie of Wordsworth, Coleridge and Tennyson are entirely a Shelley desired to revive the pure manner of the Greeks but he understood the principle of the form so little that he began hi
ter Wales Lodge No. “Qde to Naples” with two epodes, passed on to two strophes and it issued a dispensation for opening the Prince of ing Canada then indulged in four successive antistrophes. Coventry Patmore includ ty, socie can Ameri The . Canada al, Montre at t, Organ- in 1868, printed a volume of irregular Odes. Swinburne, although ore. Baltim at arters headqu its has and the United States, have some of his odes, like those of Keats, are really elaborate lyrics d Englan or es Stat United izations connected either with the d, Denmark, The written in a succession of stanzas identical in form, cultivated erlan Switz ny, Germa , France in d founde been the British the Greek form also, and some of his political odes follow very Netherlands, Norway, Sweden, Poland, Czechoslovakia, closely the type of Bacchylides and Pindar. Neither Sir William dominions and elsewhere. is Watson nor Laurence Binyon, each of whom has written memp. institution the Of account thy The most complete and trustwor Prin- rable odes in more recent times, has adopted the Pindaric form that in The Complete Manual of Oddfellowshz Pp, zts History, ciples, Ceremonies and Symbolism, also FRIENDLY SOCIETIES.)
printed
privately
(1879).
(See
sung to an instrumental accompaniment.
oii, Pulp, ADoge De eis Pindar os Wi ist,
origiODE, a form of stately and elaborate lyrical verse. The be to arranged poem a chant, a was ode an nal signification of There
were two great
>
LECKE
English Odes (1881).
ODENKIRCHEN,
AIROK
>
«
AASTAD a MBUA
aose
a town in the Prussian Rhine province
21 m. by rail S.W. of Düsseldorf, and at the junction of lines to
divisions of the Greek melos or song. One of them, in the hands of Alcaeus, Anacreon and Sappho, came close to what modern
kirchen became a town in 1856. Its principal industries are cotton
one of the forms
Insurrection at Odense in 1086; Kings John and Christian Il.
enriched, but in
are also buried within the walls. Our Lady's church, built in the 3th century and restored in rS5i-—52 and again in 1864, con tains a carved altar-piece (16th century) by Claus Berg of Lübeck. Odense castle was erected by Frederick IV., who died there in 1730. Exports, mostly agricultural produce (butter, bacon, eggs); imports, iron, petroleum, coal, yarn and timber.
Munich,
Gladbach
and Stolberg.
Pop.
(1925)
20,023. Oden
the choir-song, in spinning and weaving, tanning and dyeing. ted, or intersuppor always but ODENSE, a city of Denmark, the chief town of the ami himself, for spoke which the poet preted, by a chorus, led up to what is knowrk as ode proper. It (county) of its name, which forms the northern part of the island of Fiinen (Fyen). Pop. (1928) 52,376. Odense, or Odinsey, orig. was Aleman who first gave to his poems a str ophic arrangement, Stesiode. an to al essentk be to inally Odinsoe, z.¢., Oclin’s island, is one of the oldest cities of and the strophe (g.v.) has come chorus, Ibycus and Simonides of Ceos led the way to the two Denmark. St. Canute’s shrine was a great resort of pilgrims great masters of ode among the ancients, Pindar and Bacchylides. throughout the middle ages, In the 16th century the town was The form and verse-arrangement of Pindar’s great lyrics have the meeting-place of several parliaments, and down to ros it regulated the type of the heroic ode. It is xow perceived that was the seat of the provincial assembly of Fiinen, The city lies they are consciously composed in very elaborate Measures. So 4m. from Odense fjord on the Odense Aa, the main portion on far from being, as critics long supposed, utterly irregular, they the north side of the stream, and the industrial Albani quarter on are more like the canzos and sirventes of the mediaeval trouba- the south side. It has a station on the railway route between dours than any modern verse. The Latins lost the secret of these Copenhagen and Jutland and Schleswig-Holstein via Korsgr, A complicated harmonies, and made no serious attempt to imitate canal, 154 ft. to 21 ft. deep, gives access to the town from the the odes of Pindar. The ode, as it was practised by the Romans, fjord. St, Canute’s cathedral is one of the largest and finest buildreturned to the lyrical form of Sappho and Alcaeus. This was ings of its kind in Denmark. It is constructed of brick in a pure exemplified, in the most exquisite way, by Horace and Catullus. Gothic style. Originally dating from ro81—93, it was rebuilt in The earliest modern writer to perceive the value of the antique the 13th century. Under the altar lieg Canute (Knud), the ode was Ronsard, who attempted to recover the fire and volume patron saint of Denmark, who intended to dispute with William of Pindar; his principal experiments date from_ 1550 to 1552. The of Normandy the possession of England, but was slain in an criticism knows as lyric. On the other hand,
poets of the Plefad (g.v.) recognized in the ode of verse with which French prosody should
be
their use of Greek words crudely introduced, and in their quantitative experiments, they offended the genius of the French lan-
guage. The ode died in France almost as rapidly as it had come to life. Early in the roth century the forma ‘was resumed, and we have the Odes composed between 1817 and 1824 by Victor
Hugo, the odes of Lamartine, those of Victor
de Laprade (col-
Banville (1857). The earliest odes in English, using the word
_ in its strict form,
lected in 1844), and the Odes funambulesqwes
of Théodore de
were the Epithalamium and Prothalamium of Spenser. Ben Jonson introduced a kind of elaborate lyric to which he gave the name of ode; and some of his disciples, in Particular Randolph, “Hymn on the Cartwright and Herrick, followed him. The Morning of Christ’s Nativity,” begun by Milton in 1629, may be considered an ode, and his lyrics “On Time”. and “At a Solemn Music” belong to the same category, But 1€ was Cowley who introduced into English poetry the ode consciously built up, on a solemn theme and as definitely as possible ora the ancient Greek
pattern. He was no more perspicacious than Others, however, in observing what the rules were which Pindar had followed. He published his “Pindaric” odes in 1656. These shapeless pieces became very popular after the Restoration, and enjoyed the sanction of Dryden in three or four irregular odes which are the best of their kind in the English language. In 1705 Congreve published a Discourse on the Pindarique Ode, and he wrote odes, in strophe,
Ma
ODENWALD, a wooded mountain region of Germany, al
most entirely in Hesse, with small portions in Bavaria and Baden. It stretches between the Neckar and the Main, and is 50 m. long by 20 to 30 broad. Its highest points are the Katzenbuckel (2,057 {t.), the Neunkircher Hihe (1,985 ft.) and the Krahenberg
(1,965 ft.). The wooded heights overlooking the Bergstrasse are studded with castles and mediaeval ruins. ODER (Lat. Viedua; Slavonic Vjodr), a European river, 560 m. long, which rises in the Odergebirge (Lower Carboniferous rocks of the Bohemian massif).
After flowing south-east It
quickly turns north-east and after a short distance north-west enters upon the Silesian plain, which general direction it maintams across the recent deposits of the lowlands in a wide valley and
with low hanks. In its lower course it frequently bifurcates
forming many islands, and its main channel passes Stettin into
the Grosses Haff, which is connected with the Baltic sea by three
arms, the Peene, Swine and Dievenov forming the islands of Use
dom and Wollin. The Swine in the middle, is the main channel for navigation.
Rising in Czechoslovakia it touches the Upper Silesian coalfield
ODESSA and enters Germany above Ratibor, after forming the frontier petween Germany and Poland from Bohumin. It receives a number of left-bank tributaries from the gneisses and granites of the Bohemian massif, the chief being the Glatzer Neisse, Katzbach, Bober and Lausitzer Neisse, but the biggest affluents are those on the right-bank, the Warthe with its tributaries the Netze
(Notéc) and the Obra, the Malapane and Bartsch, all of which
rise in Poland.
The most important towns on the river banks
are Ratibor, Oppeln, Brieg, Breslau, Glogau, Frankfort-on-Oder, Kistrin, Stettin and Swinemiinde. The river forms an im-
portant highway into eastern Germany, Poland and Czechoslovakia. It is utilized by three main currents of traffic, traffic
between Stettin and Berlin, goods transported to or from the
mining area of Upper Silesia (this traffic was
reduced by the
partition of Upper Silesia between Germany and Poland) and the traffic to and from Poland by the Warthe and its connections.
The river begins to be navigable for barges at Ratibor, when it is about 100 ff. wide, and for larger vessels at Breslau where constant dredging is always necessary. Several parts of the main stream have been canalized, especially in the low-lying reaches, in its upper courses and between Stettin and the sea. It is now possible for sea-going vessels, drawing 24 ft. of water to reach Stettin. In addition navigation is possible on the Warthe, Netze and Obra, and the river is connected by canals with the Vistula, the Havel and the Spree. By the Treaty of Versailles (1919) Poland extended her territory westwards to include the province of Posen (Posnania) but, although the boundary nowhere touches the Oder, long portions of its right-bank are now in Poland. The treaty also declared international the Oder and all navigable portions of its system which provide natural access to the sea for more than one State, and also appointed a commission consisting of three representa-
tives of Prussia, and one each of Poland, Czechoslovakia, Great Britain, France, Denmark and Sweden to prepare gation. The work of this commission was by no unforeseen difficulties arose upon the question the commission to legislate for the upper reaches the Netze and the Old Netze.
an Act of Navimeans easy, for of the right of of the Warthe,
ODESSA, a seaport of the Ukrainian S.S5.R., in 46° 29 N.,
30° 44’ E., on the southern shore of a semi-circular bay, at the north-west angle of the Black sea. Pop. (1926) 411,416. It has five harbours; the Quarantine, New Harbour, Pratique and Cabotage harbours are sheltered by two breakwaters, 4,020 ft. and 2,120 ft. in length. The Petroleum harbour is sheltered by a breakwater 840 ft. in length. There is very good anchorage in the inner roads and a floating crane with a capacity of 40 tons. There are two patent slips and a double-sided floating dock, lifting power 4,800 tons. The harbours freeze for a few days in each year, and the bay occasionally freezes. Navigation is interrupted on an average for 16 days per annum, though the powerful ice breaker now installed lessens this time. The climate is influenced
by its proximity to the steppe, and is continental. Average January temperature 23-2° F, July 72-8° F, average rainfall 14 in. per annum. The exports are mainly grain, linseed, wool, cattle, sugar and timber, and the imports coal, naphtha, iron, machinery, agricultural implements, raw cotton, tobacco, manufactured goods
and tea, coffee and other colonial goods. Coal cargoes are discharged in the new harbour, several travelling steam cranes being fitted for the purpose. The Cabotage harbour is reserved for Rus-
sian coasting vessels. A repairing yard with a pontoon and fitting out basin is situated near the petroleum harbour. Improvements to the port are now being carried out, with a view to providing quayside and berths for 21 steamers, with warehouses and railway
lines along the quay.
The town is picturesquely situated on a plateau 150 ft. above sea-level, which is intersected by ravines and forms the limit of
the steppe region.
The climate is milder than that of the rest
of the Ukraine and in the vicinity of Odessa are numerous health
resorts along the limans. In these limans, or former river mouths now cut off from the sea by the silting up of the rivers, are waters containing concentrated salt solutions, with high proportions of magnesium and calcium salts, iodine and bromine. Their \
793
mud is strongly impregnated with sulphuretted hydrogen and is highly beneficial to sufferers from rheumatism, nervous disorders and skin diseases. Spring gives the environs of Odessa a brief glory of brightly coloured blossoms but summer heat and drought soon parch the vegetation. The broad streets of the town have been planted with trees, peculiarly grateful in the brief intense heat of summer and in contrast with the general treeless condition of the surrounding steppe. The population is exceedingly mixed even for a seaport, and includes Great Russians, Ukrainians, Jews, oe Germans, Greeks, Armenians, Tatars and Turks, among others.
History.—The bay of Odessa has had a chequered history; it was colonised by Greeks at a very early period, but their ports Istrianorum Portus, Isiacorum Portus and Odessus at the mouth of the Tiligul liman disappeared in the 3rd and 4th centuries. In spite of its favoured
position between
the Dniester
and
the Dnieper estuaries, no further settlements were made until the 14th century, when a Tatar chief Khaji Beg or Bey founded a fort on the present site of Odessa. Olgerd, prince of Lithuania, captured
the fort in 1396 and it remained
alternately
in the
power of Lithuania and Poland until its capture by Tatars in the 16th century. During the whole of this period it continued to be an important export centre for grain, salt and fish. The Turks captured it from the Tatars in the 16th century and built a fortress Yeni-Dunia to protect the harbour. In 1774 during the Russo-Turkish War, the Russians captured the town, but returned it to the Turks, finally occupying it and the whole territory between the Dniester and the Bug in 1789. A French captain, de Ribas, who had led the Russians in their assault on the town, was afterwards entrusted with the planning, in consultation with the French engineer Voland, of a military and commercial port, and a finely laid out Russian city replaced the former TurcoTatar settlement. In 1803 Odessa became the chief town of a separate municipal captaincy under Armand, duc de Richelieu, who developed its trade and importance. In 1824 it became the seat of the governors of Novorossia (New Russia) and Bessarabia and, as a free port, became very prosperous. Railway communication with Kiev and Kharkov and with Jassy in Rumania was established in 1866. The free port was closed in 1859. The town successfully resisted a Turkish attack in 1876-77. A numerous floating popu-
lation began to be attracted, abundant work being available in years of good harvest, but unemployment became rife in years of bad harvest. Accommodation was insufficient and starving unemployed often took refuge in the catacombs extending under
the town from which sandstone for building has been removed, not without danger of subsidence to the town. Fierce discontent prevailed and in the 1905 revolution the workers, supported by the insurrectionary battleship Potemkin, of the Black sea fleet, maintained barricade warfare against the military. The rising was suppressed, but broke out with renewed vigour in October of the same year and was again suppressed. Sanguinary pogroms followed, and 80,000 inhabitants fled from the unfortunate city. After the overthrow of the Kerenski government in October
1917, the Ukrainian Rada (Petlura) occupied the town. In January 1918 the Bolshevik workers of the town, aided by troops from the former Rumanian front and from the Black sea fleet expelled the followers of Petlura and proclaimed a Soviet republic. In mid-March German and Austro-Hungarian troops occupied the town, and later the Hetman government, installed under German protection, called in the Entente troops, who occupied the greater part of the town. The French fleet bombarded the wretched inhabitants and French, Serbian, Polish and later Greek troops were landed. Eventually, however, a second Soviet government was set up in April 1919, but was overthrown by Denikin in August 19t9o. In February 1929 the Soviet finally captured the town. During this disastrous period a third of the houses were destroyed and numbers of the population were killed, while others fled into the surrounding villages. During 1921 and 1922 famine and famine diseases further devastated the town and lack of fuel caused the inhabitants to pull down many wooden buildings. But in 1923 conditions became somewhat easier and since then trade -
ODIN—ODOACER
704
has slowly returned. Another difficulty, however, faced the town. Formerly
much
of its trade came
via the Dniester
river and
Akkerman (now Cetatea Alba) from Bessarabia and in the pres-
ent absence of diplomatic relations between Rumania and Russia, a state of armed neutrality exists on that river and trade is practically non-existent. However, in spite of all these adverse conditions, the population in 1926 had reached normal size and trade was flourishing. Housing presents a terrible problem in view of the destruction of the war years, and, though there has been some building and repair work undertaken, much remains to be done and many labourers are homeless, while others are crowded together in small rooms.
The extensive Square of the Victims
of the Revolution contains two huge common graves, in which are buried the victims of the street fighting, and a pyramid of rough stones has been erected over them. The harbour was considerably damaged by shell fire, and the grain elevators were destroyed; new elevators were erected in 1924.
Industry.—In addition to its trading, port and shipbuilding
activities
Odessa
has numerous ‘industrial
enterprises,
amongst
which the production of salt takes an important place. There are also glass, metal and brick works and factories for producing machinery, especially for agricultural purposes, and munitions, superphosphates, tin, cork, glue and oil from oleaginous seeds are produced. Recently introduced industries are the manufacture of cinematograph apparatus, of water gauges, of twine and of preserved foods. There is also an aeroplane factory and a regular air service has been established between Odessa and Kharkov, with intermediate stations at Poltavo and Zinovievsk. The water
supply of the town is obtained from the Dniester river. The town has several theatres and museums. The former University of South Russia has been converted into a Technical institute, and there are Medical and Agricultural institutes, a State Public library and a Jewish Academical library. The medley of languages has encouraged the use of Esperanto and there is an Esperanto institute. There is a zoological garden, laid out chiefly for purposes of acclimatisation, and animals destined for the more severe conditions of the north are kept here for some time. The Bacteriological station was the first of its kind in Russia.
Seine. He died at La Fére on Jan. 1, 898. See E. Lavisse, Histoire de France, tome ii. (1903) ; and E. Favre,
Eudes, comte de Paris et roi de France (1893).
ODO or Eves (d. c. 736), king, or duke, of Aquitaine, obtained this dignity about 715, and his territory included the southwestern part of Gaul from the Loire to the Pyrenees. In 718 he appears as the ally of Chilperic II., king of Neustria, who was fighting against the Austrasian mayor of the palace, Charles Mar-
tel; but after the defeat of Chilperic at Soissons in 719 he probably made peace with Charles by surrendering to him the Neustrian king and his treasures. Odo was also obliged to fight the Saracens who invaded the southern part of his kingdom, and inflicted a severe defeat upon them at Toulouse in 721. When, however, he
was again attacked by Charles Martel, the Saracens renewed their ravages, and Odo was defeated near Bordeaux; he was compelled to crave protection from Charles, who took up this struggle and gained his momentous victory at Poitiers in 732. In 735 the king
abdicated, and was succeeded by his son Hunold.
ODOACER
or Opovacar
.
(c. 434-493), the first barbarian
ruler of Italy, son of Aedico or Idico, was born in the district bordering on the middle Danube about the year 434. He was probably
one of the tribe of Scyrri who had invaded Pannonia about 430. It is said that as a tall young recruit for the Roman armies, dressed in a sordid vesture of skins, on his way to Italy, he entered the cell of St. Severinus, to ask his blessing. The saint
had an inward premonition of his future greatness, and in blessing him said, “Fare onward into Italy. Thou who art now clothed in vile raiment wilt soon give Odoacer was probably about thirty entered the imperial service. By the some eminence. In the year 475 the
precious gifts unto many.” years of age when he thus year 472 he had risen to emperor Nepos was driven
into exile, and the successful rebel Orestes was enabled to array in the purple his son, a handsome boy of fourteen or fifteen, who was named Romulus
after his grandfather, and nicknamed
Augustulus, from his inability to play the part of the great Augustus. Before this puppet emperor had been a year on the throne the barbarian mercenaries rose in mutiny, demanding to be made proprietors of one-third of the soil of Italy. To this request ODIN or OTHIN, the chief god of the northern pantheon, is Orestes returned a peremptory negative. Odoacer now offered his represented as an old man with one eye. Frigg is his wife, Thor fellow-soldiers to obtain for them all that they desired if they and Balder, among other gods, are his sons. He is also said to would seat him on the throne. On Aug. 23, 476, he was prohave been the father of several legendary kings. His exploits and claimed king; five days later Orestes was made prisoner at Plaadventures are a common theme in the poetic and prose Eddas. centia and beheaded. Augustulus was compelled to descend from Here his character is distinguished rather by wisdom than mar- the throne, but his life was spared. Odoacer was forty-two years of age when he thus became tial prowess, and reference is frequently made to his skill in poetry and magic. In Yvglinga Saga he is represented as reigning chief ruler of Italy, and he reigned thirteen years with undisputed in Sweden. In notices relating to religious observances Odin ap- sway. The administration was conducted as much as possible on pears chiefly as the giver of victory or as the god of the dead. He the lines of the old imperial government. The settlement of the receives the souls of the slain, who in his palace, Valhalla (q.v.), barbarian soldiers on the lands of Italy probably affected the live a life of fighting and feasting, similar to that which has been great landowners rather than the labouring class. To the herd their desire on earth. Human sacrifices were frequently offered or coloni and servi it probably made little difference whether the to Odin, especially prisoners taken in battle. In the poem master whom they served called himself Roman or Rugian. In 477 or 478 the dethroned emperor Nepos sent ambassadors Hdvamdl the god himself is represented as sacrificed. The worship of Odin seems to have prevailed chiefly, if not solely, in mili- to Zeno, emperor of the East, begging his aid in the reconquest tary circles. To the Anglo-Saxons he was known as Woden (q.v.) of Italy. These ambassadors met a deputation from the Roman and to the Germans as Wodan (Wuotan). Owing to the peculiar senate, sent nominally by the command of Augustulus, really no character of this god and the prominent position which he occu- doubt by that of Odoacer, to declare that they did not need a pies, the mythology of the north presents a striking contrast to separate emperor. The senate had chosen Odoacer, and they therefore prayed Zeno to confer upon him the dignity of patrician, and that of Greece. See TEUTONIC PEOPLES, ad fin.; and WoDEN. ODO or Eves (d. 898), king of the Franks, a son of Robert entrust the “diocese” of Italy to his care. Zeno returned a harsh the Strong, count of Anjou (d. 866), is sometimes referred to answer to the senate, requiring them to return to their allegiance as duke of France and also as count of Paris. For his resistance to Nepos. In fact, however, he did nothing for the fallen emperor, to the attacks of the Normans Odo was chosen king by the West- but accepted the new order of things, and even addressed Odoacer ern Franks when the emperor Charles the Fat was deposed in 887, as patrician. On the other hand, the latter sent the ornaments of and was crowned at Compiégne in February 888. He defeated the empire to Constantinople as an acknowledgment of the fact that Normans at Montfaucon and elsewhere, but was soon involved in he did not claim supreme power. Our information as to the actual a struggle with powerful nobles, who supported the claim of title assumed by the new ruler is somewhat confused. He does Charles, afterwards King Charles III., to the Frankish kingdom. not appear to have called himself king of Italy, but only king of To gain support Odo owned himself a vassal of the German king, the tribes of barbarians that followed him. By the Roman inhabiArnulf, but in 894 Arnulf declared for Charles, Eventually, after tants of Italy he was addressed as “dominus noster,” but his right a struggle of three years, Odo was compelled to come to terms to exercise power would in their eyes rest, in theory, on his recogwith his rival, and to surrender to him a district north of the nition as patricius by the Byzantine Augustus. At the same time
ODOFREDUS—O’DONNELL he marked his own high pretensions by assuming the prefix| Flavius. His internal administration was probably, upon the whole,
wise and moderate, and he may be looked upon as a not alto-
gether unworthy predecessor of Theodoric.
In the history of the papacy Odoacer figures as the author of a decree promulgated at the election of Felix II. in 483, forbidding the pope to alienate any of the lands or ornaments of the Roman Church, and threatening any pope who should infringe this edict with anathema. The chief events in the foreign policy of Odoacer were his
Dalmatian and Rugian wars.
In the year 480 the ex-emperor
Nepos, who ruled Dalmatia, was traitorously assassinated in Diocletian’s palace at Spalato by the counts Viator and Ovida. In the following year Odoacer invaded Dalmatia, slew the murderer Ovida, and reannexed Dalmatia to the Western state. In 487 he appeared as an invader in his own native Danubian lands. War broke out between him and Feletheus, king of the Rugians.
Odoacer entered the Rugian territory, and defeated and captured Feletheus. In the following year Frederick, son of the captive king, endeavoured to raise again the fallen fortunes of his house, but was defeated by Onulf, brother of Odoacer, and took refuge
at the court of Theodoric the Ostrogoth. This Rugian war was probably an indirect cause of the fall of Odoacer. His increasing power rendered him too formidable to
the Byzantine court. At the same time, Zeno was embarrassed by the formidable neighbourhood of Theodoric the Ostrogoth. In these circumstances arose the plan of Theodoric’s invasion of Italy, the details of which belong properly to the life of Theodoric. It is sufficient to state here that he entered Italy in August 489, defeated Odoacer at the Isontius (Isonzo) on the 28th of August, and at Verona on the 30th of September. Odoacer then shut himself up in Ravenna, and there maintained himself for four years, with one brief gleam of success, during which he emerged from his hiding place and fought the battle of the Addua (Aug. 11, 490), in which he was again defeated. A sally from Ravenna (July xo, 491) was again the occasion of a murderous defeat. At length, the famine in Ravenna having become almost intolerable, and the Goths despairing of ever taking the city by assault, negotiations were opened for a compromise
(Feb. 25, 493).
It was stipulated that Ravenna should be sur-
rendered, that Odoacer’s life should be spared, and that he and Theodoric should be recognized as joint rulers of the Roman state. The arrangement was evidently a precarious one, and was soon terminated by the treachery of Theodoric. He invited his rival to a banquet in the palace of the Lauretum on the rsth of March, and there slew him with his own hand. “Where is God?” cried Odoacer when he perceived the ambush into which he had fallen. “Thus didst thou deal with my kinsman,” shouted Theodoric, and clove his rival with the broadsword from shoulder to flank. Thelan, his son, was not long after put to death by order of the conqueror. Thus perished the whole race of Odoacer, LITERATURE ~—The chief authorities for the life of Odoacer are the so-called “Anonymus Valesii,” generally printed at the end of Ammianus Marcellinus; the Life of Severinus, by Eugippius; the chroniclers, Cassiodorus and “Cuspiniani Anonymus” (both in
Roncalli’s collection); and the Byzantine historians, Malchus ard John of Antioch. A fragment of the latter historian, unknown when Gibbon wrote, is to be found in the fifth volume of Miiller’s Frag-
menta
Historicorum
Graecorum.
There
is a thorough
of the history of Odoacer in R. Pallmann’s
wanderung, vol. ii. (Weimar,
Her Invaders, vol. iii,
ODOFREDUS,
1864).
Oxford, 1885).
Geschichte
investigation
der Völker-
See also T. Hodgkin, Italy and
Italian jurist of the 13th century.
He was
born at Bologna and studied law under Balduinus and Accursius. After having practised as an advocate both in Italy and France, he became professor at Bologna in 1228. The commentaries on Roman law attributed to him are valuable as showing the growth
of the study of law in Italy, and for their biographical details of the jurists of the r2th and 13th centuries. Odofredus died at Bologna on Dec. 3, 1265.
Over his name appeared Lecturae in cadicem (Lyons, 1480), Lecturae
in digestum vetus (Paris, 1504). Summa de libellis formandis (Strasbourg, 1510), Lecturae in tres libros (Venice, 1514), and Lecturae in
digestum novum
(Lyons, 1352).
795
ODONATA, an order of insects (g.v.) comprising the dragonflies (g.v.).
O'DONNELL,
the name of an ancient and powerful Irish
family, lords of Tyrconnel in early times, and the chief rivals of the O’Neills in Ulster. Like the family of O’Neill (g.v.), that of O'Donnell was descended from Niall of the Nine Hostages, king of Ireland at the beginning of the 5th century; the O’Neills, or Cinel Owen, tracing their pedigree to Owen (Eoghan), and the O’Donnells, or Cinel Connell, to Conall Gulban, both sons of Niall. Tyrconnel, the district named after the Cinel Connell, where the O’Donnells held sway, comprised the greater part of the modern county of Donegal except the peninsula of Inishowen; and since it lay conterminous with the territory ruled by the O’Neills of Tyrone, who were continually attempting to assert their supremacy over it, the history of the O’Donnells is for the most part a record of tribal warfare with their powerful neighbours, and of their own efforts to make good their claims to the overlordship of northern Connaught. The first chieftain of mark in the family was Goffraidh (Godfrey), son of Donnell Mor O’Donnell (d. 1241). Goffraidh, who was “inaugurated” as “The O'Donnell,” i.e., chief of the clan, in 1248, successfully raided Tyrone and Connaught, and was severely wounded in the battle of Roscede (1257). In the following year he defeated Brian O’Neill, but died soon after from his old wounds. He was succeeded in the chieftainship by his brother . Donnell Oge. In the 16th century, when the English began to make determined efforts to bring the whole of Ireland under subjection to the Crown, the O’Donnells of Tyrconnel played a leading part, cooperating at times with the English, especially when such cooperation appeared to promise triumph over their ancient enemies the O’Neills, at other times joining with the latter against the English authorities. Manus O’DoNNELL (d. 1564), son of Hugh Dubh O’Donnell, was left to rule Tyrconnel during his father’s pilgrimage to Rome about 1511; and retained the chief authority when Hugh Dubh
returned. A family quarrel ensued, but with the help of the O’Neills, Manus established his hold over Tyrconnel. In 1522, however, the O’Neills and O’Donnells were again at war. Conn Bacach O'Neill, rst earl of Tyrone, determined to subjugate the O’Donnells. Supported by several septs of Munster and Connaught, and assisted by English contingents and the MacDonnells of Antrim, O’Neill took the castle of Ballyshannon, and after devastating a large part of Tyrconnel encamped at Knockavoe, near Strabane. Here he was surprised at night by Hugh Dubh and Manus O'Donnell, and severely defeated. The war continued, however, and in 153r O’Donnell applied to the English Government for protection, giving assurances of allegiance to Henry VIII. In 1537 Lord Thomas Fitzgerald and his five uncles were executed for rebellion in Munster, and the English Government made every effort to lay hands also on Gerald, the youthful heir to the earldom of Kildare, a boy of 12 years of age who was in the secret custody of his aunt Lady Eleanor McCarthy. This lady, in order to secure a powerful protector for the boy, accepted an offer of marriage by Manus O’Donnell, who on the death of Hugh Dubh in July 1537 was inaugurated The O’Donnell. Conn O’Neill was a relative of Gerald Fitzgerald, and this event accordingly led to the formation of the Geraldine League, a federation which combined the O’Neills, the O’Donnells, the O’Briens of Thomond, and other powerful clans; the primary object of which was to restore Gerald to the earldom of Kildare, but which afterwards aimed at the complete overthrow of English rule in Ireland. In Aug. 1539 Manus O’Donnell and Conn O'Neill were heavily defeated by the lord deputy at Lake Bellahoe, in Monaghan. In the west Manus continued to assert the supremacy of the O’Donnells in north Connaught, where he compelled O’Conor Sligo to acknowledge his overlordship in 1539. In 1542 he went to England and presented himself, together with Conn O’Neill
and other Irish chiefs, before Henry VIII. In his later years Manus was harassed by his son Calvagh, who imprisoned him in 1555, and deposed him from all authority in Tyrconnel. He died
in 1564. Manus O’Donnell is also described by the Four Masters I
r
706
O'DONNELL
as “a learned man, skilled in many arts, gifted with a profound intellect, and the knowledge of every science.” At his castle of Portnatrynod near Strabane he supervised if he did not actually dictate the writing of the Life of Saint Columbkille in Irish, which is preserved in the Bodleian library at Oxford. Manus was several times married. His first wife, Joan O’Reilly, was the mother of Calvagh, and two daughters, both of whom married O’Neills; the younger, Margaret, was wife of the famous rebel Shane O’Neill. His second wife, Hugh’s mother, by whom he was ancestor of the earls of Tyrconnel (see below), was Judith, sister of Conn Bacach O’Neill, rst earl of Tyrone, and aunt of Shane O’Neill. He died in 1564. CALVAGH O’DoNNELL (d. 1566), eldest son of Manus O’Donnell, in the course of his above-mentioned quarrel with his father and his half-brother Hugh, sought aid in Scotland from the MacDonnells, who assisted him in deposing Manus and securing the lordship of Tyrconnel. Hugh then appealed to Shane O'Neill, who invaded Tyrconnel at the head of a large army in 1557 to
secure supremacy over Ulster, and encamped on the shore of Lough Swilly. Calvagh surprised the O’Neills in their camp at night and routed them. Calvagh was then recognized by the English Government as lord of Tyrconnel; but in 1561 he and his wife were captured by Shane O’Neill in the monastery of Kildonnell. His wife, Catherine Maclean, who had previously been the wife of the earl of Argyll, was kept by Shane O’Neill as his mistress and bore him several children, though grossly ill-treated by her savage captor; Calvagh himself was subjected to atrocious torture during the three years that he remained O’Neill’s prisoner. He was released in 1564 on conditions which he had no intention of fulfilling; and crossing to England he appealed to Queen Elizabeth. In 1566 Sir Henry Sidney marched to Tyrconnel, and restored Calvagh to his rights. Calvagh, however, died in the same year, and as his son Conn was a prisoner in the hands of Shane O’Neill, his half-brother Hugh MacManus was inaugurated The O'Donnell in his place. Hugh, who in the family feud with Calvagh had allied himself with O'Neill, now turned round and combined with the English to crush the hereditary enemy of his family; and in 1567 he utterly routed Shane at Letterkenny, compelling him to seek refuge with the MacDonnells of Antrim, by whom he was put to death. In 1592 Hugh abdicated in favour of his son Hugh Roe O’Donnell (see below); but Niall Garve, second son of Calvagh’s son Conn, resented the passing of the chieftainship to the descendants of Manus O’Donnell’s second marriage. His elder brother was Hugh of Ramelton, whose son John, an officer in the Spanish army, was father of Hugh Baldearg O’Donnell (d. 1704), known in Spain as Count O’Donnell, who commanded an Irish regiment as brigadier in the Spanish service. This officer came to Ireland in 1690 and raised an army in Ulster to be used in the service of James II., afterwards deserting to the
side of William IIL, from whom he subsequently accepted a
pension.
NIALL GARVE O’DONNELL (1569-1626), grandson of Calvagh, made terms with the English Government, to whom he rendered valuable service both against the O’Neills and against his cousin. But in 1601 he quarrelled with the lord deputy, who, though willing to establish Niall Garve in the lordship of Tyrconnel, would not permit him to enforce his supremacy over Cahir O’Dogherty in Inishowen. Charged with complicity in Cahir O’Dogherty’s rebellion in 1608, Niall Garve was sent to the Tower of London, where he remained till his death in 1626. He married his cousin Nuala, the sister of Hugh Roe and Rory O’Donnell. When Rory fled with the earl of Tyrone to Rome in 1607, Nuala, who had deserted her husband when he joined the English against her brother, accompanied him, taking with her her daughter Grania. She was the subject of an Irish poem, of which an English version was written by James Mangan from a prose translation by Eugene O’Curry. HucH Ror O’DonNELL (1572-1602), eldest son of Hugh MacManus O’Donnell, and grandson of Manus O’Donnell by his second marriage with Judith O’Neill, was the most celebrated
Hugh O'Neill, 2nd earl of Tyrone.
These family connections with
the Hebridean Scots and with the O’Neills made the lord deputy,
Sir John Perrot, afraid of a powerful combination against the English Government, and induced him to establish garrisons ip
Tyrconnel and to demand hostages from Hugh MacManus O’Dopnell, which the latter refused to hand over. In 1587 Perrot con-
ceived a plan for kidnapping Hugh Roe (Hugh the Red), now a
youth of 15, who had already given proof of exceptional ability, A merchant vessel laden with Spanish wines was sent to Lough
Swilly, and Hugh Roe with some youthful companions was enticed on board, when the ship immediately set sail and conveyed the party to Dublin. The boys were kept in prison for more than three years. In 1591 young O’Donnell escaped; and after enduring terrible privations he made his way to Tyrconnel, where in the following year his father handed the chieftainship over to him. Red Hugh then led an expedition against Turlough Luineach O'Neill, who was at war with his kinsman Hugh, earl of Tyrone,
with whom O’Donnell was in alliance, at the same time assuring
the lord deputy of his loyalty. Determined to vindicate the traditional claims of his family in north Connaught, he aided Hugh Maguire against the English, though on the advice of Tyrone he
abstained for a time from committing himself too far. When, however, in 1594 Enniskillen castle was taken and the women and children flung into the river from its walls by order of Sir Richard Bingham, the English governor of Connaught, O'Donnell sent urgent messages to Tyrone for help; and while he himself hurried
to Derry to withstand an invasion of Scots from the isles, Maguire defeated the English with heavy loss at Bellanabriska (The Ford of the Biscuits). In 1595 Red Hugh again invaded Connaught, putting to the sword all above 15 years of age unable to speak Irish; he captured Longford and Sligo, which placed north Connaught at his mercy. In 1596 he agreed in conjunction with Tyrone to a cessation of hostilities with the English, and met the
Government commissioners near Dundalk. The terms he demanded were, however, refused. He hoped for help from Philip II. of Spain, with whom he and Tyrone had been in correspondence. In the beginning of 1597 he raided Connaught, where O’Conor Sligo had been set up by the English as
a counterpoise to O'Donnell. He devastated the country and re-
turned to Tyrconnel with rich spoils; in 1598 he helped to defeat the English at the Yellow Ford on the Blackwater; and in 1599 he defeated an attempt by the English under Sir Conyers
Clifford, governor of Connaught, to succour O’Conor Sligo in Collooney castle, which O'Donnell captured, forcing Sligo to submission. The Government now sent Sir Henry Docwra to Derry, and O’Donnell entrusted to his cousin Niall Garve the task of opposing him. Niall Garve, however, went over to the English, making himself master of O’Donnell’s fortresses of Lifford and Donegal. While Hugh Roe was besieging Donegal in 1601, he heard that a Spanish force had landed in Munster. He marched rapidly to the south, and was joined by Tyrone at Bandon, but a night-attack on the English besieging the Spaniards in Kinsale having utterly failed, O’Donnell, who attributed the disaster to the incapacity of the Spanish commander, took ship to Spain on Jan. 6, 1602, to lay his complaint before Philip III. He was favourably received by the Spanish king, but he died at Simancas on Sept. ro in the same year. Rory O’DonnELL, 1st earl of Tyrconnel (1575~1608), second
son of Hugh MacManus O’Donnell, and younger brother of Hugh Roe, accompanied the latter in the expedition to Kinsale; and when his brother sailed for Spain he transferred his authority as
chief to Rory.
In 1602 Rory gave in his allegiance to Lord
Mountjoy, the lord deputy; and in the following summer he went
to London with the earl of Tyrone, when James I. created him earl of Tyrconnel. In 1605 he was made the king’s lieutenant in Donegal. But the arrangement between Rory and Niall Garve in-
sisted upon by the Government displeased both O’Donnells, and Rory, like Hugh Roe before him, entered into negotiations with Spain. His country had been devastated by famine and war, and
member of his clan. His mother was Ineen Dubh, daughter of his own extravagance had plunged him in debt. These circumJames MacDonnell
of Kintyre; his sister, the second wife of
stances and the fear that his designs were known to the Govern-
O?7DONNELL—ODONTORNITHES ment induced him to leave Ireland. In Sept. 1607 “the flight of the earls” (see O'NEILL) took place, Tyrconnel and Tyrone reaching Rome in April 1608, where Tyrconnel died on July 28. His wife, the beautiful daughter of the earl of Kildare, was left behind in the haste of Tyrconnel’s flight, and lived to marry Nicholas Barnewell, Lord Kingsland. By Tyrconnel she had a son Hugh; and among other children a daughter Mary Stuart O’Donnell,
who, born after her father’s flight from Ireland, was so named by James I. after his mother. This lady, after many romantic adventures, married a man called O’Gallagher and died in poverty on the Continent.
Rory O'Donnell was attainted by the Irish parliament in 1614, but his son Hugh, who lived at the Spanish court, assumed the title of earl; and the last titular earl of Tyrconnel was this Hugh’s son Hugh Albert, who died without heirs in 1642, and who by his
will appointed Hugh Baldearg O’Donnell (see above) his heir, thus restoring the chieftainship to the elder branch of the family. To a still elder branch belonged Daniel O’Donnell (1666-1735), a general of the famous Irish brigade in the French service, whose father, Turlough, was a son of Hugh Dubh O’Donnell, elder brother of Manus, son of an earlier Hugh Dubh mentioned above. Daniel served in the French army in the wars of the period, fighting against Marlborough at Oudenarde and Marlplaquet at the head of an O'Donnell regiment. He died in 1735. The famous
Cathach,
or Battle-Book
of the O’Domnells,
the possession of General Daniel O’Donnell, from whom
was in
it passed
to more modern representatives of the family, who presented it to the Royal Irish Academy, where it is preserved, This relic, of which
a curious legend is told (see P. W. Joyce, A Social History of Ancient
Ireland, 1903, vol, i. p. 501), is a Psalter said to have belonged to St.
Columba, a kinsman of the O’Donnells, which was carried by them in battle as a charm or talisman to secure victory. Two other circumstances connecting the O’Donnells with ancient Irish literature
may be mentioned.
The family of O’Clery, to which three of the
celebrated “Four Masters” belonged, were hereditary Ollaves (doctors of history, music, law, etc.) attached to the family of O’Donnell; while the “Book of the Dun Cow” (Lebor-na-h Vidhre), one of the most
ancient Irish mss., was in the possession of the O’Donnells in the 14th
century; and the estimation in which it was held at that time is proved
by the fact that it was given to the O’Connors of Connaught as ransom for an important prisoner, and was forcibly recovered some years later, See Q’NEILL, and the authorities there cited,
DONNELL,
LEOPOLD
(1809-1867), duke of Tetuan,
Spanish general and statesman, was born at Santa Cruz, Teneriffe, on January 12, 1809, General of division in the army of Queen Christina, he accompanied her into exile in 1840; attempted
unsuccessfully a rising in her favour at Pamplona in 1841, helped in the overthrow of Espartero (1843) and from 184448 served the new government in Cuba. War minister (1854) under Espartero, he plotted successfully against his chief in 1856 and became head of the cabinet from the July revolution until October, and again in July 1858. He took command of the expedition to Morocco (Dec. 1859) and was made duke after the surrender of Tetuan. He resigned office in 1863 until 1865, resumed it and resigned again in favour of Narvaez in 1866. He died at Bayonne, Nov. 5, 1867. See C. Navarro y Rodrigo, O’Donnell y su tiempo (Madrid, 1869).
O’7DONNELL,
PATRICK
(1856-1927),
cardinal arch-
bishop of Armagh, Ireland, was born of humble parents at Kilraine,
Donegal, on Nov. 28, 1856, and was educated locally, then at the Catholic university at Dublin, and finally at Maynooth, where he took priest’s orders in 1880. Eight years later he became
bishop of Raphoe, a see which he held for 34 years, during
197
he held a plenary synod of the Irish hierarchy, at which farreaching reforms were undertaken. The cardinal spoke Gaelic from his childhood and promoted the use of the vernacular. He died on Oct. 22, 1927, at Carlingford.
ODONTOGLOSSUM,
a genus of epiphytic plants of the
orchid family (Orchidaceae), comprising about 100 species native to the mountains of tropical America. Many species are well known in greenhouse cultivation, including numerous hybrids. O. grande, the baby orchid, has showy yellow flowers, barred with cinnamon-brown, 5 in, to 6 in. across. (See ORCHIDS.)
ODONTORNITHES, the term proposed by O. C. Marsh for
birds possessed of teeth (Gr. óĉoùs, tooth, ðprıs, ðpvıðos bird), notably the genera Hesperornis and Ichthyornis from the Cretaceous deposits of Kansas. In 1875 he divided the “sub-class” into
Odontolcae, with the teeth standing in grooves, and Odontotormae, with the teeth in separate alveoles or sockets. In his magnificent work, Odontornithes: A monograph on the extinct
toothed birds of North America (New Haven [Conn.], 1880), he logically added the Saururae, represented by Archaeopteryx, as a third order. As it usually happens with the selection of a single anatomical character, the resulting classification was unnatural. The Odontornithes, as a matter of fact, are a heterogeneous assembly, and the fact of their possessing teeth proves nothing but that many types of birds still possessed them in Cretaceous times. These teeth are heritages from their reptilian ancestry, of which abundant evidence is found in various parts of the skeleton. No fossil birds of later than Cretaceous age are known to have teeth, and recent birds possess not even embryonic vestiges.
The best known of the Odontornithes are Hesperornis regalis, standing about 3ft. high, and the somewhat taller H. crassipes. Both show the general configuration of a diver, but whether Hesperornis can be regarded as ancestral to the Colymbiformes or whether the many points of resemblance to this group are due to “convergence” is a moot point. There are about 14 teeth in a groove of the maxilla and about 21 in the mandible; the vertebrae are typically heterocoelous; of the wing-bones nothing but the humerus, or upper arm-bone, remained and this was reduced to a vestigial condition; clavicles slightly reduced; coracoids short and broad, movably connected with the scapula; sternum very long, broad and quite flat, without the trace of a keel. Hind limbs very strong and of the Colymbine type, but the outer or fourth capitulum of the metatarsus is the strongest and longest, an unique arrangement in an otherwise typically stegano-
podous foot. The pelvis shows much resemblance to that of the divers, but there is still an incisura ischiadica instead of a foramen. The tail is composed of about twelve vertebrae, without a pygostyle. Enaliornis of the Cambridge Greensand of England,
and Baptornis of the mid-Cretaceous of North America, are probably allied, but imperfectly known. The vertebrae are biconcave, with heterocoelous indications in the cervicals; the metatarsal bones appear still somewhat imperfectly anchylosed. The absence of a keel led the earlier naturalists to regard Hesperornis as one of the Struthious birds, and it has even been described as a
“swimming ostrich.” But there can be no doubt but that it is to be reckoned as one of the Neognathae which, becoming flightless, lost the keel of the sternum, as some of the land-birds have also done-—¢.g., the kakapo (g.v.) of New Zealand.
There remain the Odontotormae, notably Ichthyornis victor, I. dispar, Apatornis and Graculavus of the middle and upper Cretaceous of Kansas. The teeth stand in separate alveoli. The ver-
tebrae are amphicoelous, but at least the third cervical has some-
which he transformed the diocese set in the wild highlands of what saddle-shaped articular facets. Tail composed of five free Donegal. Dr. O’Donnell was a strong constitutional nationalist vertebrae, followed by a rather small pygostyle. Shoulder girdle and one of the wisest men in the party. Perhaps his supreme gift and sternum well developed and of the typical carinate type. to Ireland was his sense of the importance of substituting peace Pelvis still with incisura ischiadica. Marsh based the restoration for the violent religious hatred prevailing in northern Ireland. He of Ichthyornis, which was obviously an aquatic bird possessing believed in good-will for the modification of existing differences full powers of flight, upon the skeleton of a tern, though there
due to territorial and religious cofditions. He was a member of is no natural affinity between them. The teeth, vertebrae, pelvis the Irish convention 1917-18. In 1923 the pope nominated him coadjutor to Cardinal Logue, archbishop of Armagh, whom he succeeded in the primacy in the following year. In 1925 he received the cardinalate, In 1927
and small brain are all primitive so that the Odontotormae may
form a separate order of the Neognathae, near the Colymbomor-
phous Legion.
See G. Heilman, The Origin of Birds (1927).
(W. P. P.)
ODO
708 ODO
OF BAYEUX
OF BAYEUX—ODYSSEUS
(c. 1036-1097), Norman bishop and
English earl, was a uterine brother of William the Conqueror, from whom he received, while still a youth, the see of Bayeux (1049). But his active career was that of a warrior and statesman. He found ships for the invasion of England and fought in person at Senlac; in 1067 he became earl of Kent, and for some years he was a trusted royal minister. At times he acted as viceroy in William’s absence; at times he led the royal forces to chastise rebellions. But in 1083 he was suddenly disgraced and imprisoned for having planned a military expedition to Italy. He was accused of desiring to make himself pope; more probably he thought of serving as a papal condottiere against the emperor Henry IV. The Conqueror, when on his death-bed, reluctantly permitted Odo’s release (1087). The bishop returned to his earldom and soon organized a rebellion with the object of handing over England to his eldest nephew, Duke Robert. William Rufus, to the disgust of his supporters, permitted Odo to leave the kingdom after the collapse of this design (1088), and thenceforward Odo was the right-hand man of Robert in Normandy. He took part in the agitation for the first crusade, and started in the duke’s company for Palestine, but died on the way, at Palermo (Feb. 1097). Little good is recorded of Odo. His vast wealth was gained by extortion and robbery. His ambitions were boundless and his morals lax. But he was a patron of learning and, like most prelates of his age, a great architect. He rebuilt the cathedral of his see, and may perhaps have commissioned the unknown artist of the celebrated Bayeux tapestry. Odo must be distinguished from two English prelates of the same name and also from an English earl. Odo or Oda (d. 959), archbishop of Canterbury, was bishop of Ramsbury from 927 to 942, and went with King Aethelstan to the battle of Brunanburh in 937. In 942 he succeeded Wulfhelm as archbishop of Canterbury, and he appears to have been an able and conscientious ruler of the see. He had great influence with King Edwy, whom he had crowned in 956. Odo (d. 1200), abbot of Battle, was a monk of Christ Church, Canterbury, and was prior of this house at the time when Thomas Becket was murdered. In 1175 he was chosen abbot of Battle, and on two occasions the efforts of Henry II. alone prevented him from being elected archbishop of Canterbury. Odo or Odda (d. 1056), a relative of Edward the Confessor, during whose reign he was an earl in the west of England, built the minster at Deerhurst in Gloucestershire. See the authorities cited for Witx1Am
I. and WitriAm
II., the bio-
graphical sketch in Gallia Christiana, xi. 353-360; H. Wharton, Anglia Sacra, 1. 334-339 (1691); and F. R. Fowke, The Bayeux Tapestry (1898).
ODORIC
(H. W. C.D.)
(c. 1286-1331), styled “of Pordenone,” one of the
chief travellers of the later middle ages, and a Beatus of the Roman Church, was born at Villa Nuova, a hamlet near the town of Pordenone in Friuli, in or about 1286. According to the ecclesiastical biographers, in early years he took the vows of the Franciscan order and joined their convent at Udine, the capital of Friuli. Friar Odoric was despatched to the East, where a remarkable extension of missionary action was'`then taking place, about 1316—18, and did not return till the end of 1329 or beginning of 1330. He was in western India soon after 1321 (pretty certainly in 1322) and he spent three years in China between the opening of 1323 and the close of 1328. His route to the East lay by Tre-
bizond and Erzerum to Tabriz and Sultanieh, in all of which places the order had houses. From Sultanieh he proceeded by Kashan and Yazd, and turning thence followed a devious route by Persepolis and the Shiraz and Baghdad regions, to the Persian gulf. At Hormuz he embarked for India, landing at Thana, near Bombay. After visiting many parts of India he sailed in a junk to Sumatra, visiting various ports on the northern coast of that island, and thence to Java, to the coast (it would seem) of Borneo, to Champa (South Cochin-China), and to Canton, at that time known to western Asiatics as Chin-Kalan or Great China (Mahachin). He travelled extensively in China, and visited Hangchow, then renowned, under the name of Cansay, Khanzai, or Quinsai (i.e., Kingsze or royal residence), as the greatest city in the world,
of whose splendours Odoric gives details. At Peking he remained for three years, attached, no doubt, to one of the churches founded by Archbishop John of Monte Corvino, at this time in extreme old age. Returning overland across Asia, through the Land of Prester John and through Casan, the adventurous traveller seems to have entered Tibet, and even
perhaps to have visited Lhasa. Persia and Asia Minor. neys the companion of After his return Odoric St. Anthony’s at Padua,
He then returned to Venice gig
During a part at least of these long jour. Odoric was Friar James, an Irishman. went to the Minorite house attached to and there, in May 1330, he related the
story of his travels, which was taken down in homely Latin by
Friar William of Solagna. Odoric died at Udine on Jan. 14, 1 33L. The fame of his vast journeys appears to have made a much greater impression on the laity of his native territory than on his Franciscan brethren. Popular acclamation made him an object of devotion, the municipality erected a noble shrine for his body, and his fame as saint and traveller had spread far and wide before the middle of the
century, but it was not till four centuries later (1755) that he
was formally beatified. Odoric’s credit was not benefited by the liberties which Sir
John Mandeville took with it. The substance of that knight's
alleged travels in India and amplified with fables from vention, and garnished with notions. There are many
prove its genuineness.
Cathay is stolen from Odoric, though other sources and from his own inhis own unusually clear astronomical details in Odoric’s narrative which
The best editions of Odoric are by G. Venni, Elogio storico alle gesta del Beato Odorico (Venice, 1761); H. Yule in Cathay and the
Way Thither (1866), vol. i., pp. 1-162, vol. ii. appendix, pp. 1~42, and
H. Cordier, Les Woyages...du... frére Odoric ... (1891) (edition of Old French version of c. 1350). The edition by T. Domenichelli (Prato, 1881) may also be mentioned; likewise those texts of Odoric embedded in the Storia universale delle Missione Franc scane,
iii. 739—781, and in Hakluyt’s Principal Navigations (1599); ii. 39-67. See also John of Viktring (Joannes Victoriensis) in Fontes rerum Germanicarum, ed. J. F. Boehmer; vol. i. ed. by J. G. Cotta (Stuttgart, 1843), p. 391; Wadding, Annales Minorum, A.D. 1331, vol. vii., pp. 123—126; Bartholomew Albizzi, Opus conformitatum
. . . B. Francisci
.. . bk. i. par. ii. conf. 8 (fol. 124 of Milan ed. of 1513): John of
Winterthur in Eccard, Corpus historicum medii aevi, vol. i. col. 1894-97, especially 1894; C. R. Beazley, Dawn of Modern Geography (1897, etc.), iii. 250-287, 548-549, 554, 565-566, 612-673, etc.
ODYSSEUS
(also Opyseus, Orys[s]rvs, Lat. Virxes, where-
of ULysses is a mis-writing), one of the best-known Greek heroes. (1). In Homer, he is son of Laértes, king of Ithaca, and Anticleia his queen; he succeeds his father as king, is husband of Penelope (g.v.) and father of Telemachus. During the Trojan War (iliad) he is prominent as a brave and skilful fighter, but still more as a giver of shrewd counsel and for his daring and cunning enterprises, alone or with Diomedes. After the war he starts to go home, but is driven off his course by unfavourable winds (Odyssey), successively visiting numerous unknown regions, (see CIRCE, CYCLOPES, LAESTRYGONES, LoTUS-EATERS, SCYLLA), till, losing all his ships and men, he arrives alone on the island of Calypso (g.v.). After eight years he is let go, and is wrecked on the coast of the Phaeacians, who receive him hospitably and send him home in one of their ships. All these places are out of the known world, although later writers in antiquity identified them with various regions known to them and have been followed by some moderns. Arrived home, he finds his wife Penelope beset with a number of suitors who are devouring his substance. With the help of Athena, Odysseus and Telemachus, aided by two faithful thralls, kill them all. (2). After Homer, the character of Odysseus degenerates from a cunning to a wholly unscrupulous and dishonourable man. He
tries to shirk service at Troy by pretending to be mad; but Palamedes discovers the trick. In revenge, Odysseus brings about his ruin and death (see PALAMeDES). He and Diomedes steal the Palladium (q.v.) and in some accounts he tries to murder Diomedes, to get all the credit for himself. After the death of Achilles, Odysseus and Ajax contend for his armour, which is adjudged to the former (see Ayax 1). He is at length accidentally killed by
OECOLAMPADIUS—OEDIPUS
7909
Telegonus, his son by Circe or Calypso; this story is worked up
as a means of grace for the Christian life. To Luther’s doctrine of the ubiquity of Christ’s body he opposed that of the presence and activity of the Holy Spirit in the church. He did not minutely
together. There is no need whatever to suppose Odysseus other than a real man, renowned for his skill and resource, about whom in the
analyse the doctrine of predestination as Luther, Calvin and Zwingli did, contenting himself with the summary “Our Salvation is of God, our perdition of ourselves.”
from hints in the Odyssey. A common legend makes Odysseus son of Sisyphus (q.v.), thus bringing the two notorious rogues
course of centuries numerous fictions have gathered.
The plot
of the Odyssey is a well-known marchen, however, and not a saga;
se M. P. Nilsson, History of Greek Religion, p.38. His name is not Greek, and probably belongs to a prehellenic speech. BIBLIOGRAPHY.—J. Schmidt in Roscher’s Lexikon; P. O. Gruppe, Griechische Mythologie, 11., 624, 705 ff. (1906); L. Preller and H. Ritter, Griechische Mythologie, 1I. (1805); V. Bérard, Les Phénictens
et POdyssée (1902-03), and edition of the Odyssey (1924-25)
con-
tains the most ingenious attempt to localize his wanderings. (H. J. R.)
OECOLAMPADIUS,
JOHN
(1482-1531), German
Re-
former, whose real name was Hussgen or Heussgen’, was born at
Weinsberg, a small town in Wiirttemberg, but then belonging to the Palatinate. He went to school at Weinsberg and Heilbronn, and then, intending to study law, he went to Bologna, but soon returned to Heidelberg and betook himself to theology. He passed from the study of Greck to that of Hebrew, taking his bachelor’s degree in 1503. He became cathedral preacher at Basle in 1g1s, serving under Christopher von Uttenheim, the evangelical bishop of Basle. From the beginning the sermons of Oecolam-
padius centred in the Atonement, and his first reformatory zeal showed itself in a protest (De risu paschali, 1518) against the
introduction of humorous stories into Easter sermons. In 1520 he published his Greek Grammar. The same year he was asked to become preacher in the high church in Augsburg. Germany was then ablaze with the questions raised by Luther’s theses, and his introduction into this new world, when at first he championed Luther’s position especially in his anonymous Canonici indocti (1519), seems to have compelled Oecolampadius to severe selfexamination, which ended in his entering a monastery for a short time. But in Feb. 1522 he made his way to Ebernburg, near Creuznach, where he acted as chaplain to the little group of reformers who had settled there under the leadership of Franz von
See J. J. Herzog, Leben Joh. Oecolampads u. die Reformation der Kirche zu Basel (1843); K. R. Hagenbach, Johann Oecolampad u. Oswald Myconius, die Reformatoren Basels (1859). For other literature see W. Hadorn’s art. in Herzog-Hauck’s Realencyklopädie für prot. Rel. u. Kirche.
OECUMENICAL, a word chiefly used in the sense of belong-
ing to the universal Christian Church. It is thus specifically applied to the general councils of the early church (see COUNCIL). In the Roman Church a council is regarded as oecumenical when it has been summoned from the whole church under the presidency of the pope or his legates; the decrees confirmed by the pope are binding. The word has also been applied to assemblies of other religious bodies, such as the Oecumenical Methodist Conference, which met for the first time in 1881.
OEDIPUS, the central figure of the Theban saga (Gr. Oidi-
pous, probably ‘“‘Swell-foot”). In Homer we are told that he unwittingly killed his father and married his own mother, Epikaste (the Jocasta of later writers), and that she hanged herself when the matter became known. Oedipus continued, though in great tribulation, to reign in Thebes, apparently until his death. (Odyssey xi. 271 et seqg., Iliad, xxiii, 679). According to the post-Homeric story, Laius, king of Thebes, received an oracle that his son should slay him; therefore, when his wife Jocasta bore a son, he exposed him on Mt. Cithaeron, with a spike driven through his feet. He was saved, however, and was adopted by the childless Polybus, king of Corinth. Reaching manhood, he had occasion to visit Delphi, where he was told that he would slay his father
and wed his mother. Departing in great horror, and resolving never to return to Corinth, he met Laius, whom he did not recog-
nize, and killed him in a quarrel. Coming to Thebes, he found the
city plagued by the Phix or Sphinx, a winged monster, usually represented with the head of a woman, who asked all passers-by a riddle, killing them if they could not answer. Oedipus solved the riddle, the Sphinx killed herself in disgust, and he was reSickingen. The second period of Oecolampadius’s life opens with his return warded, according to the promise made by the regent, Creon, son to Basle in Nov. 1522, as vicar of St. Martin’s and (in 1523) of Menoeceus, with the kingdom and the hand of his sister, the reader of the Holy Scripture at the university, and after more widowed queen. They had two sons, Eteocles and Polyneices, than a year of earnest preaching and four public disputations in and two daughters, Antigone and Ismene. But later, the whole which the popular verdict had been given in favour of Oecolam- story came to light; Jocasta hanged herself, Oedipus put out his padius and his friends, the authorities of Basle began to see the own eyes, and then lived shut up in a room of the palace (ordinecessity of some reformation. They began with the convents, nary version), or went into exile, ultimately dying at Colonus and Oecolampadius was able to refrain in public worship on cer- and becoming a protecting hero of Attica (Athenian version, see tain festival days from some practices he believed to be super- Sophocles, Oedipus Coloneus). His sons proved undutiful and he stitious. Basle was slow to accept the Reformation; the news cursed them. Therefore they quarrelled over the kingship, finally of the Peasants’ War and the inroads of Anabaptists prevented agreeing to reign alternately. Eteocles’ turn came first; Polyprogress; but at last, in 1525, it seemed as if the authorities were neices went into temporary exile, and married Argeia, daughter of resolved to listen to schemes for restoring the purity of worship Adrastus, king of Argos, whose other daughter, Deiphyle, marand teaching. In the midst of these hopes and difficulties Oecolam- ried Tydeus of Calydon. The latter had gone into exile for homipadius married, in the beginning of 1528, Wilibrandis Rosenblatt, cide; he and Polyneices met and quarrelled, and Adrastus recogthe widow of Ludwig Keller, who proved to be non rixosa vel nized them, by their dress or their shield-devices, as the lion and garrula vel vaga, he says, and made him a good wife. After his boar to whom the gods had bidden him betroth his daughters. At death she married Capito, and, when Capito died, Bucer. She the end of a year, Polyneices claimed to rule Thebes in his turn; died in 1564. In Jan. 1528 Oecolampadius and Zwingli took part Eteocles refused, and Adrastus gathered an army to restore his in the disputation at Berne which led to the adoption of the new son-in-law. The chieftains, besides the three already named, faith in that canton, and in the following year to the discontinu- were Capaneus, Amphiaraus (g.v.), Eteoclus, and Parthenopaeus, ance of the Mass at Basle. The Anabaptists claimed Oecolam- son of Atalante. Of these, known as the Seven against Thebes, padius for their views, but in a disputation with them he dis- only Adrastus returned. Tydeus would have been made immortal sociated himself from most of their positions. He died on Nov. for his valour, but Athena saw him gnaw the head of a slain enemy as he lay dying, and in disgust withheld the intended gift. 24, 153%. Oecolampadius was not a great theologian, like Luther, Zwingli Amphiaraus was swallowed up in the ground, and in later times or Calvin, and yet he was a trusted theological leader. With was much revered as an oracular hero or god. Polyneices killed he Zwingli he represented the Swiss views at the unfortunate con- Eteocles and was killed by him. Creon now became king; ference at Marburg. His views:on the Eucharist upheld the meta- ordered the bodies of the dead Argives to’ be left unburied, but dephorical against the literal interpretation of the word “body,” but Antigone secretly buried her brother, Polyneices. For this, bewas she whom to Haemon, son, his he asserted that believers partook of the sacrament more for the spite the entreaties of sake of others than for their own, though later he emphasized it trothed, Creon walled her up in a tomb (a form of ordeal; the 1Changed to Hausschein and then into the Greek equivalent.
gods might save her if they approved of her conduct).
She
OELS— OFFA
7IO
hanged herself, Haemon, who had broken into the tomb, killed himself, and so did Creon’s wife Eurydice, on hearing the news (so Sophocles; in Euripides, Antigone escaped and lived happily with Haemon, at least for some years; see the fragments of his Antigone in Nauck). According to an Attic legend, Theseus (q.v.) attacked Thebes at the prayer of the mothers of the slain, and forced the Thebans to bury them; Creon was killed by Theseus in the battle. Another story represents him as surviving for many years, to be ultimately killed by the usurper Lycus (so Euripides, Herc. Fur., 33). Oedipus died before, or not long after, the end of the war. Adrastus bided his time, and when the sons of the Seven (known as the Epigonoi, or second generation; hence the application of the word to successors of the Diadochi (q.v.), the immediate successors of Alexander the Great) came to manhood, he once more attacked the city. On the advice of Teiresias (g.v.) the Thebans evacuated the place by night. Adrastus led his army back, but died on the way, at Megara, from grief at the death of his son Aigialeus, the only one of the Epigonoi to fall in the campaign. There is no reason to doubt that this legend has a historical basis, probably in the events of Minoan-Mycenaean times. Gems from Thisbe show incidents strongly resembling the fight between Oedipus and Laius, and the former’s encounter with the
Sphinx; see Sir A. Evans in Journ. Hell. Stud. xlv. (1925), p. 27 et seg. Several incidents, such as the prophecies and the incestuous marriage, are patently folk-tales. For further details, and the various attempts to make Oedipus a “faded” god of one sort or another, see the relevant articles in Roscher’s Lexikon and Pauly-Wissowa, Realencyklopddie, also PrellerRobert, Gr. Mythologie, ii., p. 130; 876 et seq.; Farnell, Hero-Cults, Pp. 332 eb seq.
and has large railroad shops and various other manufacturing industries. The city was founded in 1873, by August Oelwein:
was incorporated in 1888, and chartered as a city in 1897.
OENOMAUS in Greek legend, son of Ares and Harpinna, king of Pisa in Elis and father of Hippodameia. It was predicted that he should be slain by his daughter’s husband. His father gave him winged horses and Oenomaus promised his daughter to the man who could carry her off in a chariot; he himself was to drive after, and spear the suitor if he could catch him. This may be founded on some marriage rite of simulated capture. Thirteen aspirants having thus perished, Pelops (q.v.)
arrived, and won, having winged horses which Poseidon had given him. He is usually said to have bribed Oenomaiis’ charioteer Myrtilus to take out his master’s linch-pins and substitute wax dummies; Oenomaiis was thus thrown and killed. See Diod. Sic. iv. 73; Pausanias vi, 21, and elsewhere; Electra, 504, with Jebb’s note; Hyginus, Fab. 84. 253.
Sophocles,
OENONE, in Greek legend, daughter of the river-god Cebren
and wife of Paris, who deserted her to kidnap Helen (q.v.). Just before the capture of the city, Paris, wounded by Philoctetes, sought the aid of Oenone, who had told him that she alone could heal him if wounded. She refused to help him, and Paris returned
to Troy and died of his wound.
Oenone
soon repented and
hastened after him, but finding that she was too late to save him slew herself from grief at the sight of his dead body.
OENOTHERA,
the generic name of the evening primrose,
several species of which are favourite garden plants. The genus, which comprises numerous species, is confined to America and
belongs to the family Onagraceae.
The evening primrose acquired
importance in connection with H. de Vries’ theory of mutations.
(See Primrose, Mutation, Hrrepitv.)
OESEL: see SAareE Maa. Mediaeval Legends.—In the Golden Legend of Jacobus de | OESOPHAGUS, DISEASES OF. (See ALIMENTARY Voragine (13th century) and the Mystére de la Passion of Jean CANAL.) The human oesophagus is liable to certain accidents and Michel (15th century) and Arnoul Gréban (15th century), the | diseases, from its function and its situation. One of the commonstory of Oedipus is associated with the name of Judas. The est accidents is the lodgment of foreign bodies. An impacted submain idea is the same as in the classical account. The Judas stance may be removed by the oesophageal forceps, or a coinlegend, however, never really became popular, whereas that of | catcher or may be pushed down into the stomach. A purgative Oedipus was handed down both orally and in written national should never be given, but soft food such as porridge. Should tales (Albanian, Finnish, Cypriote). The Theban legend, which gastric symptoms develop operation may be necessary. Charring reached its fullest development in the Thebais of Statius and in Seneca, reappeared in the Roman de Thébes (the work of an unknown imitator of Benoit de Sainte-More). Oedipus is also the subject of an anonymous mediaeval romance (15th century), Le Roman d Oedipus, fils de Layus, in which the sphinx is depicted as a cunning and ferocious giant. The Oedipus legend was handed down to the period of the Renaissance by the Roman and its imitations, which then fell into oblivion. The legend has survived amongst the modern Greeks, without any traces of the influence of Christianity (B. Schmidt, Griechische Märchen, 1877). The works of the ancient tragedians (especially Seneca, in preference to the Greek) came into vogue, and were followed by modern imitators down to the ryth century. See L. Constans, La âge, et dans les temps Jebb’s introduction to the “Oedipus Complex”
Légende d’Oedipe dans lantiquité, au moyen modernes (1881); D. Comparetti’s Edipo and his ed. of Sophocles, Oedipus Tyrannus; for see PsycHoLroGy. (H. J. R.)
OELS, a town in the Prussian province of Silesia, on the Oelsbach, 20 m. N.E. of Breslau by rail. Pop. (1925) 14,418. Oels was founded about 940, and became a town in r255. It appears as the capital of an independent principality at the beginning of the r4th century. The principality, with an area of 700 sq.m. and about 130,000 inhabitants, passed through various hands and in 1884 it lapsed to the crown of Prussia. The château, dating from 1558, was restored in 1891—94. Of its three Evangelical churches, the Schlosskirche dates from the 13th century, and the Propstkirche from the 14th. The inhabitants are chiefly engaged in making shoes, furniture and machines.
OELWEIN,
a city of Fayette county, Iowa, U.S.A., in the
north-eastern part of the State; served by the Chicago Great
Western and the Rock Island railways. Pop. (1930 Federal census) 7,794. Itis in rich farming, dairying and stock-raising region,
and ulceration of the oesophagus may occur from the swallowing of corrosive liquids, strong acids or alkalis, or even of boiling water. Stricture of the oesophagus may be spasmodic, fibrous or malignant. Spasmodic stricture usually occurs in young hysterical women; under an anaesthetic a bougie will slip down easily. Fibrous stricture is usually situated behind the cricoid cartilage, and results from swallowing corrosive fluids or the healing of a syphilitic ulcer. Occasionally it is congenital. The ordinary treatment is repeated dilatation by bougies. Malignant strictures are usually squamous cell carcinoma (see Tumours) and chiefly occur in males between the ages of 40 and 70 years. An X-ray photograph taken after the patient has swallowed a preparation of bismuth will show the situation of the growth, and Killian and Brünig have introduced the oesophagoscope, which makes direct examination possible. Dilatation by bougies must not be attempted, the oesophagus being so softened by disease that perforation might take place. Radium treatment, so far, has not been successful. The method of transpleural approach to the thoracic oesophagus and insertion of radium into the wall of the tube has been introduced, but as yet it is too early to evaluate the results. The most satisfactory treatment is the operation of gastrotomy, a permanent artificial opening being made into the stomach through which the patient can be fed.
OETA (mod. Katavothra), a mountain in Greece, 7,080 ft. high, to the S. of Thessaly, between the valleys of the Spercheius and the Boeotian
Cephissus.
Its cast end, Callidromus, ovet-
hangs the sea at the famous pass of Thermopylae (q.v.). There was also a high pass W. of Callidromus into the upper Cephissus. In mythology Oeta is the scene of the death of Heracles.
OFFA (d. 796), king of Mercia, obtained that kingdom in AD. 757, after driving out Beornred, who had succeeded a few months earlier on the murder of Aethelbald. He traced his
OFFA—OFFALY descent from Pybba, the father of Penda, through Eowa, brother of that king, his own father’s name being Thingferth. In 779
he was at war with Cynewulf of Wessex from whom he wrested
Rensington.
It is mot unlikely that the Thames became
the
boundary of the two kingdoms about this time. In 787 the power of Offa was displayed in a synod held at a place called Cealchyth. He deprived Jaenberht, archbishop of Canterbury, of several of his suffragan sees, and assigned them to Lichfield, which, with the leave of the pope, he constituted as a separate archbishopric under Hygeberht. He also took advantage of this meeting to have his son Ecgferth consecrated as his colleague, and that prince subsequently signed charters as Rex Merciorum.
In
“89 Offa secured the alliance of Berhtric of Wessex by giving him
his daughter Eadburg in marriage. In 794 he caused the death of Aethelberht of East Anglia, counts ascribe the murder to Cynethryth, the n96 Offa died after a reign of 39 years and was son Ecgferth.
appears to have though some acwife of Offa. In succeeded by his
It is customary to ascribe to Offa a policy of limited scope, namely the establishment of Metcia in a position equal to that of Wessex and of Northumbria ‘This is supposed to be illustrated
by his measures with regard to the see of Lichfield. It cannot be doubted, however, that at this time Mercia was a much more formidable power than Wessex. Offa, like most of his predecessors, probably held a kind of supremacy over all kingdoms south of the Humber. He seems to have entertained the design of putting an end to the dependent kingdoms. At all events we hear of no kings of the Hwicce after about 780, and the kings of Sussex seem to have given up the royal title about the same time.
Further, there is no evidence for any kings in Kent from 784 until after Offa’s death. To Offa is ascribed by Asser, in his life of Alfred, the great fortification against the Welsh which is still known as “Offa’s dike.” It stretched from sea to sea and consisted of a wall and a rampart. An account of his Welsh campaigns is given in the Vitae duorum Offarum, but it is difficult : determine how far the stories there given have an. historical asis, See Anglo-Saxon Chronicle, cd. J. Earle and C. Plummer (1899), s.a.
155, 777, 785, 787, 792, 794, 796, 836; W. de G.
Birch, Cartularium
Saxonicum (1885-93), vol. i.; Asser, Lefe of Alfred, ed. W. H. Stevenson (1904); Vitae duorum W. Wats, 1640).
Offarum
(in works of Matthew
Paris, ed.
OFFA, the most famous hero of the early Angli. He is said by the Anglo-Saxon poem Widsith to have ruled over Angel, and the poem refers briefly to his victorious single combat, a story which is related at length by the Danish historians Saxo and Svend Aagesen. Offa (Uffo) is said to have been dumb or silent during his carly years, and to have only recovered his sp¢ech when his aged father Wermund was threatened by the Saxons, who insolently demanded the cession of his kingdom. Offa undertook to fight against both the Saxon king’s son and 4 chosen champion at once. The combat took plate at Rendsburg on an island in the Eider, and Offa succeeded in killing both his opponents. According to Widsith Offa’s opponents belonged to a tnbe or dynasty called Myrgingas, but both accounts state that he won a great kingdom as the result of his victory.
A somewhat
corrupt version of the same story is preserved in the Vitae duorum
COUNTY
714
about 772 sq.m. Pop. (1926) 52,521. The greater part of the county is included in the Carboniferous Limestone plain of central Ireland. In the south-east the Slieve Bloom Mountains, composed largely of Old Red Sandstone, form the boundary between Offaly County and Leix County, and run into the former county from south-west to north-east for a distance of about 20 m. consisting of precipitous crags through which there are two narrow passes, the Black Gap and the Gap of Glandine. In the north-east, basic volcanic rocks rise in Croghan Hill to a height
over 700 ft. In the centre of the county from east to west a large portion is occupied by the Bog of Allen. Here and there drier deposits of esker-gravels rise as green hills above the clay soils and bogs of the plain. The county shares in the advantage of the navigation of the Shannon, which skirts its western side. The Brosna, which issues from Loch Ennell in Westmeath, enters the county near the town of Clara, and joins the Shannon after receiving the Clodagh and the Broughill. A small portion of the north-eastern extremity is skirted by the upper Boyne. The Barrow forms the south-eastern boundary with Leix. The Little Brosna, which rises in the Slieve Bloom Mountains, forms the boundary of Offaly County with Tipperary, and flows into the Shannon. Offaly County, with portions of Tipperary, Leix County and Kildare, at an early period formed one kingdom under the name of Offaly, a title which it retained after the landing of the English. Subsequently it was known as Glenmallery, Western Glenmallery corresponding closely to the present Offaly County, and Eastern Glenmallery to Leix County. These two divisions were formed into shires in 1556, being then known as King’s County and Queen’s County respectively. In the Slieve Bloom Mountains is a pyramid of white stones called the Temple of the Sun or the White Obelisk. There are many Danish raths, and a chain of moats commanding the passes of the bogs extended throughout the county. On the borders of Tipperary is an ancient causeway leading presumably to a crannog or lake-dwelling. The most important ecclesiastical ruins are those of the seven churches of Clonmacnoise (g.v.) on the Shannon in the north-west of the county, where an abbey was founded by St. Kieran in 648, and where the remains include those of churches, two round towers, crosses, inscribed stones and a castle. Other famous religious houses were Durrow Abbey, founded by St. Columba in sso; Monasteroris founded in the 14th century by John Bermingham, earl of Louth; and Seirkyran Abbey, founded in the beginning of the 5th century. The principal old castles are Rathmore, probably the most ancient in the county; Banagher, commanding an important pass on the Shannon; Leap Castle, in the Slieve Bloom Mountains; and Birr or Parsonstown. The whole of the county would appear to have been covered formerly by a vast forest, and the district bordering on Tipperary is still richly wooded. The soil is generally either a deep bog or a shallow gravelly loam. On the borders of the Slieve Bloom Mountains there are some very rich pastures, and there are also extensive grazing districts on the borders of Westmeath, chiefly occupied by sheep. Along the banks of the Shannon there is good meadow land. With the exception of the tract occupied by the Bog of Allen, the county is nearly all under tillage, the most pro-
Offarum, where, however, the scene is transferred to England. ductive portion being that to the north-west of the Hill of Crog-
It is very probable that the Offa whose marriage with a lady han. Oats, barley and rye, potatoes and turnips, are all considerably grown; wheat is almost neglected, and the acreage of all of murderous disposition is mentioned in Beowulf is the same person; and this story also appears in the Vitae duorwm Offarum, crops has a decreasing tendency. Cattle, sheep, pigs and poultry though it is erroneously told of a later Offa, the famous king are bred increasingly; dairies are numerous in the north of the
of Mercia. Offa of Mercia, however, was a descendant in the 12th generation of Offa, king of Angel. It is probable from this and other considerations that the early Offa lived in the latter part of the 4th century. See H. M. Chadwick, Origin of the English Nation (1907), where references to the original authorities will be found.
OFFALY COUNTY, a county of Ireland in the province
of Leinster, bounded north by Meath and Westmeath, west by Roscommon, Galway and Tipperary (the boundary with the first
two counties being the river Shannon); south by Tipperary and Leix County, and east by Kildare. The area is 493,999 acres or
county, and the sheep are pastured chiefly in the hilly districts. The county is traversed from south-east to north-west by the Portarlington, Tullamore, Clara and Athlone line of the Great Southern railway, with a branch from Clara to Banagher; other
branches run (Birr), from
from Roscrea (Co. Tipperary), to Parsonstown Enfield (Co. Kildare) to Edenderry, and from Streamstown (Co. Westmeath) to Clara. The Grand Canal runs through the county from east to west, entering the Shannon at Shannon harbour. The administrative counties of Leix and Offaly together return 5 members to Dail Eireann.
OFFENBACH— OFFICE
712 OFFENBACH,
JACQUES
(1819-1880),
French
com-
of German Jewish poser of opéra boufe, was born at Cologne, to Paris to study sent was he 1833 In parents, on June 21, 1819. of the orchestra r membe a As e. vatoir conser the at cello violon the s to good acunitie opport his turned he of the Opéra Comique, Théâtre Françals. count and eventually was made conductor at the 1853), was folHis first complete work, Pepito (Opéra Comique, character, light a of pieces ic lowed by a crowd of light dramat taste of the which effected a complete revolution in the popular Comte in the period. Offenbach obtained a lease of the Théâtre of the Passage Choiseul, reopened it in 1855 under the title nt, hubrillia of sion succes a ced produ and ens, Parisi Bouffes associated with morous trifles. Ludovic Halévy, the librettist, was Halévy obhim from the first, but still more after 1860, when Beginning y). Harev (see n oratio collab c’s tained Henri Meilha ated culmin series the eux, with Les Deux Aveugles and Le Violon the most s perhap tein, Gérols de se Duches e Grand La with in 1867 ing even popular opéra bouffe that ever was written, not except own conhis Orphée aux enfers, produced in 1858. In 1866 his wrote for varnection with the Bouffes Parisiens ceased, and he ced no less produ ach Offenb ious theatres. In twenty-five years were in which of some works, ic dramat te comple nine sixtythan Le were these of latest the Among acts. three or even in four Boîte au Docteur Ox, founded on a story by Jules Verne, and La lait, both produced in 1877, and Madame Favart (1879). Offenn, postbach died at Paris on Oct. s, 1880. Les Contes P Hofman , humously published, was revised by Léo Delibes, and has proved works. his all of r popula most the sied, as he himself prophe
APPLIANCES
(2) To save time. In many cases this is more important than the saving of labour; to speed up a slow routine, extra expenditure is often an economic advantage. (3) To promote accuracy. Mechanical methods are advisable when accuracy obtain.
h und See P. Bekker, Jacques Offenbach (1909) ; E. Rieger,h Offenbac (Paris, 1923)(1920); L. Schneider, Offenbac
Seine Wiener Schule
Hesse, OFFENBACH, a town of Germany, in the republic of on the left bank of the Main, 5 m. E.S.E. of Frankfort-on-Main, with which it is connected by the railway to Bebra and by a local electric line. Pop. (1925) 79,362. The earliest mention of Offenbach is in a document of 970. In 1486 it came into the possession of the counts of Isenburg, and in 1816, when their lands were mediatized, it was assigned to Hesse. French Protestant refugees settled here at the end of the 17th, and the beginning of the 18th
is vitally important
and
otherwise
difficult to
(4) To avoid monotony. The substitution of a machine for manual repetitive movements will usually achieve this. Inventive skill and genius have
not been lacking to meet these needs, and the list of available devices is very long, machinery
being now extensively used. Adding and calculating machines are largely used for the promotion of accuracy, and save time by avoiding extended search for errors. The ordinary clerk is usually incapable of correctly handling a large amount, even of simple calculations, with a fair degree of accuracy by the mentalmanual method, and these machines have therefore become a practical necessity for the modern business office.
Adding Machines.—aAll adding machines may be used for addition, subtraction, multipliCOURTESY
BY
OF
THE
ADDRESSALL
MACHINE
co.
ADDRESSOGRAPH MACHINE CAPABLE OF ADDRESSING 3,000 ENVELOPES AN HOUR, ONE PERSON OPERATING IT
cation and division; but as certain types are better adapted for multiplication and division, a technical distinction has grown up in the trade between adding
and calculating machines, the latter being used more extensively for multiplication and division. There are two principal types of adding machines: those which print on paper the amount being added, and those which do not— the former being known as listing, and the latter as non-listing accesthe with ed century, and brought prosperity which increas The listing machines are again divided into two classes, machines. sion of Hesse to the German Zollverein in 1828. The most the full keyboard model carrying a row of keys being first the of chateau ance Renaiss the is interesting building in the town x to 9 for each column, and the machine of the from numbered al town the counts of Isenburg. Offenbach is the principal industri ten keys arranged in two or three rows. Each having class of the republic, and manufactures include chemicals, boilers, second s a digit, and the depression of a key for represent keys these of y, industr ristic machines, wire goods and celluloid. Its characte causes progressive columnar position. cally automati item an however, is the manufacture of fancy goods in leather. Thus, if 23 is to be added, the 2 is first depressed, then the 3 and
OFFENBURG,
a town of Germany, in the republic of
Baden, 27 m. by rail S.W. of Baden, on the river Kinzig. Pop. (1925) 16,613. Offenburg is first mentioned about 1100. In 1223 it became a town; in 1248 it passed to the bishop of Strassburg;
the mechanism takes care of the numerical order.
The items are
printed either on a roll of narrow paper or on a wide form held in the carriage of the machine. Some models have two sets of adding dials—one for accumulatand in 1289 it became an imperial free city. Soon this position individual totals, the other for accumulating a grand total. ing century, 16th the of middle the was lost, but it was regained about some machines a “split” feature provides for splitting the On and Offenburg remained a free city until 1802, when it became sm into two or more sections, so that several part of Baden. The chief industries are dyeing and the making printing mechani listed and added at the same time and the total be may columns glass. of cotton, linen, silk, cement, machinery, cigars and columns printed. On others, subtraction is ace OFFICE, a duty or service, particularly the special duty cast of one or more of complementary numbers, a ‘complemeans by hed complis the in as duty, ceremonial a upon a person by his position; also which, added to another, makes a full number any being rites paid to the dead, the “last offices.” The term is thus espe- ment” are changed to 9’s—as 9, 99, 999 and digits the if Thus number. English the of ofice” “daily the service, religious a of cially used into 4 Church or the “divine office” of the Roman Church (see BrevTARY). It is also used in this sense of a service for a particular occasion, as the Office for the Visitation of the Sick, etc. For the “Holy Office” see INQUISITION.
so on—-and a x then added, we can convert any number full or complementary number on the keyboard of any adding machine. The complementary numbers are usually indicated by added, small figures on the keys, the two digits on a key, if
subtraction by Many office tasks, being of a invariably making nine. Other machines perform ive addition. consecut is ication Multipl key. subtract a ng depressi principle the repetitive character, naturally adapt themselves to five times. added merely is it 5, by ed multipli be to is of “division of labour,” and consequently to the use of machinery Thus, if 26 OFFICE
APPLIANCES.
also. But these facts alone are not sufficient justification for the purchase of appliances. Four purposes are considered by good
For division, the divisor is subtracted
from
the dividend as
, the number of many times as it is contained in that dividend counting wheels the on ed office management in deciding when the use of machinery is ad- subtractions being automatically registerportable adding machine, small a also is There . quotient a as visable. These are:— d with a pull-down lever keyboard. Objects of the Appliances—(1) To save labour. This sav- weighing about 7 Ib., operate known as a vest pocket machine, 1s device, adding small very savA Hypothetical ing should be evidenced in a reduced pay roll. the operated by inserting a pick or stylus, in positions for ings of “half a man” are seldom realized.
OFFICE
APPLIANCES
amounts. : Calculating Machines.—Where rapid addition, multiplication, subtraction and division are required, and no need for a printed record exists, calculating machines are used. They do not print , record of the items, but indicate the result on total dials. One type, known as the key-driven, causes the items to appear immediately on the dials when the keys are depressed, the operation of a crank clearing the figures off the dial faces again. As with adding machines, the four arithmetical operations are all performed as variations of simple addition.
In another type, known
as the key-set, the amounts are first set up on operation of the machine, either by hand or by calculation. The total dials, situated in the carriage above the keyboard, show the total
product in multiplication, the minuend
the keyboard and motor, effects the laterally moving in addition, the
or remainder
in sub-
traction and the quotient in division. Proof dials, placed in, above or below the carriage, show the multiplier in multiplica-
tion and the divisor in division. An extra set of dials is sometimes provided, which furnish an additional check for accuracy by showing the amounts set up on the keyboard. The dials are cleared by various means, distinctive with each make of machine. For subtraction, the amount from which the deduction is to be made is set up, the operation of the machine causing that figure to appear on the total dials. The figure to be subtracted is then set up and the machine operated and the answer appears on the total dials. Multiplication is consecutive addition, though in some models multiplication is by means of a plus bar; in others, by means of an extra row of multiplying keys. Division is consecutive subtraction, some models dividing by means of a minus key, while another model provides for setting up amounts by means of levers pulled down to the desired numbers, this machine otherwise conforming’ to the key-set type. A recent invention is a tape-printing calculating machine which prints the factors, figures and prints the answer and accumulates a total of all answers, all on a single operating stroke. It is primarily designed for accomplishing calculations in multiplication at high speed (20 multiplications a minute) by a direct, single cycle operation, and to provide printed totals of resulting products automatically. It is equally suitable for performing division by reciprocals; as an adding machine, it is equipped to subtract directly. The production speed, after the factors are set up, is uniformly 24 or 3 seconds per calculation (depending upon the timing of the mechanism) regardless of the size of the factors; that is, a problem such as 649,538X 369,486 is as speedily computed as 2X2. The decimal place in the printed answer is automatically positioned. Its adding feature is not as rapid as with some of the standard adding machines. There are two keyboards with a capacity of six columns; the product or totaling capacity is 14 places. The multiplicand is set up on the left keyboard, the multiplier on the right. The machine, being motor driven, merely needs the depression of the motor control to multiply one factor by the other and print them side by side, together with the product, in a straight line on a detail strip. Book-keeping Machines.—The so-called book-keeping machine is in reality a device for posting on loose ledger sheets or cards. The amount is not merely entered to the account as in hand
book-keeping—to be added and balanced at a specified period—
but a balance is struck each time a posting is made. The original
entry:from which the account is credit slip or copy of the invoice. All such machines are designed print and add debit items, print
posted is usually a sales ticket, (See BoOK-KEEPING.)
to print and add an old balance, and subtract credit items and
compute the new balance, in some cases printing it automatically,
in others showing it in the adding and subtracting mechanism so that it may be copied in the proper column by the operator. Proof of the correctness of posting varies with the type of machine. One type is an adding machine which subtracts directly;
it is equipped with means for printing dates, folio numbers, characters and abbreviations, and with a tabulating carriage which moves
automatically to the next column as each amount
18 computed and printed, and in some cases returns automatically to any required position on the printing line. Both vertical and
713
horizontal columns are added, subtracted and computed. Items are set up as on an adding machine, the operation of the motor causing them to be printed, added or subtracted. When a new
balance is printed, the accumulator clears, ready for the next operation. Some models have two counters, thus making it possible to compute individual balances and accumulate a total of all postings. The keyboard may be split into two sections so that both ledger and statement can be inserted in the carriage and posted at the same operation—that posting being automatically repeated. The design of a second class of book-keeping machine embodies a typewriter—on which any description may be typed—and a calculating machine, built as one unit. Some machines add and subtract in vertical columns; others compute amounts across the sheets as well. The typewriter carriage moves to correct column positions by means of a decimal tabulator. Typing the amounts on the number keys effects addition or subtraction. The
amounts are visible in registers or totalizers placed either on the carriage truck, in positions corresponding to the columns to be added or subtracted, or at the front of the machine below the keyboard. In posting, a new balance is computed, and the operator types in the proper column the amount appearing in the register which functions to compute across the sheet. If the typing is correct, this register clears. Ledger and statement are made at the same time, in some cases by means of a carbon and in others by the split-platen method, one machine of this class being unique in that its typewriter section is mounted on a carriage which moves from left to right across a flat printing surface on which the forms are held, a back and forward motion providing line spacing. Registers are mounted on the rear of the typewriter section, and ledger and statement are posted at one operation by means of carbon. A third class of machine carries, below the typewriter keyboard, a 10-key keyboard which controls the calculating mechanism. Here the split-platen method is used for making ledger and statement at the same time. Still another class, used for ledger posting and instalment accounts, follows cash register design, amounts being set up on a push-in key-set keyboard and turned into the mechanism by the operation of the motor. There is a sliding printing table on which the forms to be posted are inserted. Two forms may be posted at the same time, the amount being printed on one and repeated on the other. This machine automatically computes and prints the amount of the balance outstanding on each account. Debits and credits are classified and a total of each is accumulated, as many as 18 individual and two group totals being obtainable. A detailed record of all postings is printed on a strip of paper inside the machine. Billing Machines.—The writing of an invoice for goods sold, by means of a carbon duplication, can be made to serve other purposes also, and it is quite common at one writing to make the invoice, the original sales record, the shipping notice, the shipping record and other memoranda required for various kinds of business. By means of calculating devices, the amounts of the items may be computed and totals accumulated for controlling accounts. Combination typewriters designed to do this work are known as billing machines. These are designed to write, at one operation, the several necessary copies of orders, invoices, bills of lading and other forms and in some cases to compute amounts as they are written. Cut forms, printed and padded in individual sets so that each set is torn off and loose carbon inserted between the sheets to make the necessary copies, are used with some machines. Others use continuous-length forms, which provide multiple copies of the same or related forms, in rolls or folded flat, these forms being fed through the machine with the carbon interleaved between the copies, so that it is not necessary to insert new forms after writing each set. Among the billers which write, but do not compute, is an ordinary correspondence typewriter equipped with an inbuilt carbon-changing device which removes the carbons from a set of continuous-length forms just written and inserts them in another set. Another non-computing biller has a standard keyboard typewriter mounted on a carriage which moves from left
714
OFFICE
APPLIANCES
to right across the flat writing surface over which the forms are fed. Cut forms may be used with this machine, and it may be equipped to add in vertical columns and to cross compute as well. Book-keeping machines which combine a typewriter with a calculating mechanism
have
been
adapted
to billing work
which
requires the adding or subtracting of amounts as they are typed. One such has an inbuilt carbon-changing device which provides
for the use of continuous-length forms; another uses cut forms and may be equipped with a split cylinder so that billing and ledger posting can be done simultaneously. Still another embodies a typewriter and a calculating mechanism which handles addition, subtraction and multiplication, and is operated from a separate 10-key keyboard below the typewriter keyboard. By means of a split-platen, billing and ledger posting can be done at the same time. Accounting and Tabulating Machines.—The preparation of statistics requires, first, the sorting of data and, second, the accumulation, by classes, of the amounts involved. Machines for this work were first used by the U.S. Census Bureau, but are now being rapidly adapted to business uses, such as cost work, sales analysis and similar work. Cards printed with vertical columns numbered from o to 9, or from o to 12, and separated into fields of one or more columns, each field representing an item, such as department, job number and so forth, form the basis of two systems. Facts are expressed in figures, letters or symbols, and are recorded by perforations on the card at the proper numerical positions, made by a punching machine which operates like a typewriter. The cards are then arranged by a sorting machine, according to a predetermined classification. Contact—electrical or mechanical, depending on the make of the machine—sets the mechanism in motion. The cards are next fed through the tabulating machine, which makes a printed final report, in multiple if so desired. Contact through the perforations causes the machine to designate and add what has been perforated into the cards—listings, sub-totals, totals or grand totals being obtained, depending upon the arrangement desired for the report.
Alphabetical Machines.—A recent improvement is a machine fitted to print a condensed alphabet by symbols as well as figures. This improvement makes it possible to perform automatically many operations, such as the writing of invoices of standard products, keeping stock records and the like. When detailed listing and printing is not required, a non-printing tabulator registers the quantities in counters which accumulate the totals, the figures being posted by hand to report forms. The 80 column card now available permits finer classification and enables a greater number of products or facts to be recorded. Another type of machine is built on the same principle as the book-keeping machine of cash-register design. Twenty-seven keys, each representing a classification, accumulate individual totals and as many as three grand totals can be obtained and the number of items in each classification counted. A continuous permanent record of all operations is made within the machine on a roll of paper called a visible audit sheet, and notations may be hand-written opposite any printed item. This record may be used as a posting medium, a proof sheet or a permanent record. A ticket may be issued on any operation, showing the date, serial number, identifying numbers, symbols for the totals used and the amount. It may be used as a voucher, pay ticket, receipt, requisition or posting medium or for filing purposes. The same aoe may be printed on any form inserted in the printingable. Duplicating Machines.—In offices there is much need for devices that will quickly produce multiple copies of typewriting or handwriting, for the time and labour thus saved is an important economy. Sometimes only a few copies are needed, sometimes many. For a limited number of copies, say up to five or six, the carbon method of duplication is perhaps the cheapest in most cases; but where from 5 to roo copies are required, the hektograph process is preferable. Stencils——For a still larger number of copies, the stencil methods and type methods are available. With the former, the
stencil was originally made on a sheet of wax-covered paper which was written upon either with a stylus or with a typewriter
from which the ribbon was removed—a defects.
system that had many
The modern method utilizes a specially prepared shee
of tough, flexible tissue, which can be filed away after using anq used many times. One manufacturer provides a electrically illuminated table for making stencils by stylus. Typewriting, handwriting and drawing may bined on one stencil sheet. The duplicator consists
glass-topped, hand with a
all be com. of a hollow
revolving cylinder, partially covered by an ink pad, over which the stencil is fastened. Each revolution brings the stencil sheet in contact with the paper, and the ink, passing through the character or design, makes the impression. From 1,500 to 5,000 copies can be made in an hour, depending on whether the model
is hand- or motor-operated and whether it is automatically fed, Hektographs.—The
hektograph
is many
years
old, and its
operation is based on the principle of absorption. The original writing is done on a sheet of hard bond paper with a water. soluble ink or with a typewriter ribbon impregnated with such ink. This sheet is then placed in contact with a moist surface of gelatin or clay composition, and the writing is absorbed from the paper and appears in reversed form on the gelatin or clay surface. Then, by placing a sheet of blank dry paper on this moist surface, the impression is transferred to the paper. The gelatin was originally used in flat tin pans, and in this form the hektograph was of little use in the office, as registration was difficult. The clay form of hektograph was, and is, extensively used for the reproduction of drawings by architects and draftsmen, because it is a simple matter to prepare this composition for large sizes of work. The modern hektograph uses the old principle, but the gelatin is coated on a long band, a small portion of which is exposed at a time. This band runs over a flat iron surface. Registration is accomplished by a special feeding device. The unique feature of the hektograph duplicator is its use in routines of order or billing systems, in which from ro to 15 copies of the same writing (or any portion of it) may be transferred to sheets of various sizes and shapes. Such copies are much clearer than carbons, and the paper does not have to be thin. The hektograph can also be used for bulletins of which too or less copies are desired. Type Reproduction.—There are several devices which duplicate from type, the principal feature of most being a simple method of setting the type, which does not require a trained type-
setter, the printing also being simplified by means of a revolving drum. The style of type most used is the imitation typewriter face, and the chief use is for the reproduction, through a ribbon, of facsimile typewritten letters, there being also a special device which may be used for the reproduction of the signature. A
printing-ink attachment makes possible the use of printer’s type and of electrotypes or stereotypes curved to fit the drum. Some models are hand-fed and operated; those which are automatically fed and motor driven attain a speed of 2,400 to 4,800 pieces an hour. Another machine produces letters from typewriter type cast on a linotype machine, at the same time filling in the name, address and salutation from slugs—one for each name on the mailing list--which change automatically as each letter is printed
through a ribbon, the slugs being filed for future use. The speed is 1,000 letters and envelopes an hour, the latter being addressed from the same slugs. Certain machines which print from typewriter type are really small presses adapted to the printing needs
of the layman, and print from printer’s type, electrotypes, linotype, monotype, flat zincs and half-tones.
Automatic Typewriters.—The automatic typewriter is de-
signed to produce actual typewritten letters at three times the average speed of a typist. Its mechanical movements are controlled by a paper roll, similar to that of a player-piano, in which perforations representing characters on the typewriter keys are made by a perforator. When an entire letter has been thus perforated, the paper is cut from the roll, and its ends are cemented
together to form an endless belt, which is then placed over the drum of the automatic typewriter. The operator writes by hand the name and address and starts the automatic device. Pins
DRI RACER TE RIES SOE ea Ba ee tai ren eta linn emt ea ra er a | LR
OFFICE
APPLIANCES
dropping through the perforations into slots, as the roll is carried
725
linked together to form an endless chain; they pass to the print-
forward by the revolution of the drum, actuate the typewriter
ing point from a reel on which they are wound and they are then re-wound on another reel, the reels being stored in cabinets.
letter and then repeats.
the post-office are locked in a stamp affixer and applied to envelopes by the downstroke of a plunger, moisture being applied in some cases to the stamp, in others to the envelope. Extra containers, allowing for quick change from one denomination to another, are furnished with some models. Some machines are spring-locked; others are key-locked to guard against unauthorized operation; still others count the stamps used.
keys, causing the typing of the words; when all the perforations have passed over the drum, the operator removes the finished Insertions of special words or sentences
may be made by hand at any desired point. Photocopying Machines.—A special photographic machine, in which a roll of sensitised paper coated on rag stock is used as a negative, photographing directly without the intervention of plates, has of late years been highly developed and used exten-
sively as an office device. It offers a means of quickly producing a fac-simile copy of any document, and has therefore to a great extent eliminated the laborious hand copying of records, deeds, insurance applications, contracts and the like. The equipment consists of a large camera combined with a developing machine, so that after an exposure is made the sensitised paper is carried frst te the developing bath and then to the fixing bath. Dials and levers control all operations, and the machine is so scientif-
ically adjusted that an office boy can turn out perfect copies. The colours are reversed in the first print, called a “black print”; that is, the whites in the original are black and the blacks are white. As the photograph is made through a reversing prism, the letters appear exactly as in the original. A white positive print is made by re-photographing the black print. By continuing to photograph the original, as many black prints as desired can be
made; and as many positives as required can be made by photographing the black prints. It is also possible, by using a special kind of paper, coated on both sides, to print two sides of a page simultaneously and have the photograph with an image on each side.
Addressing Machines.—These are in reality devices designed for duplicating small pieces of writing. Originally designed for duplicating names and addresses—hence the name—they now have many other uses, such as the making of invoices, statements, receipts and other office records. They are of especial value in businesses where the same list of names and addresses must be repeatedly used. Each name and address must first be impressed upon a metal plate, cut on a fibre stencil or set in type, according to the character of the machine. The metal plate is prepared by an embossing machine operated by hand or electric motor; a blank plate is inserted in the machine, and the required characters are selected by an indicator and stamped into the metal. Some embossers have a typewriter keyboard, the embossing being performed by depressing the keys. Some metal plates carry a name card and others a record card for recording relevant data. A fibre stencil consists of a frame in which is mounted a panel of semi-transparent paper coated with a gelatinous material, some frames having spaces for the insertion of relevant data. The name and address are cut by means of a typewriter from which the ribbon has been removed, a special device holding the stencil while it is cut. When printer’s type is used, names and addresses are cast on a linotype machine. Addressing machines, despite many structural differences, operate on the same general principle. The metal plates, stencils or slugs are fed from a magazine to the printing point where the envelope or other matter to be addressed is placed either by hand or by a mechanical device. Directly over the printing point is a
stamping arm which
comes
down
on the envelope when the
machine is operated, thereby bringing it into contact with the
plate, stencil or slug either directly, in case ink is used, or through a ribbon. As the arm rises, another plate comes to the printing point, the one just used passing to a receiving machine, where it re-files itself in original order. Models are hand, foottreadle or motor operated, the speed varying from 1,000 to 15,000 Impressions an hour. Special models are designed for publishers addressing on large envelopes, on mailer strip or directly on
the margins of newspapers and magazines.
The adaptability of
addressing machines is greatly increased by attachments, some
of which are so common as to be considered standard equipment. The metal plates and fibre stencils are filed like index cards in drawers kept in cabinets, slugs being filed in galleys and stored in cabinets. One machine is unique in that its metal plates are
Hand Stamp Affixers.—Stamps provided in rolls of 500 by
Sealing Machines.—These are designed for the rapid sealing
of large quantities of envelopes. The envelopes are fed to the machine one at a time, either by hand, semi-automatically by holding them against revolving feed rollers or automatically from a hopper—depending on the type of machine. The gummed flaps come in contact with a moistening device—a wick, a roller or a metal disk—which receives its water-supply from a reservoir or by a position feed suction. The envelopes then pass between sealing rollers and are ejected from the machine.
machines
are frequently used in offices.
Letter opening
In many
mail order
houses and similar establishments these are considered a necessity. Their principles of operation usually include mechanism for
placing, cutting and sorting various sizes of letters. Permit Mailing Machines.—An office having occasion to mail a thousand or more letters a day could greatly expedite their passage through the routine of mailing if the office were permitted to cancel the stamps or to print some indication that postage was paid. For this purpose, a U.S. post office regulation, passed in 1920, provides for the printing of the permit, or indicia, as it is called, directly on the envelope in the office of the mailer. Permit mail is of two kinds—metered and non-metered; for either, the licence must be ohtained from the Past Office Department through the local postmaster, the mail being delivered to the post office by the sender, as such mail is handled separately. Machines which handle non-metered mail print the indicia, seal the envelopes and count the pieces. The impression must show the postmark—city and state, month, day and year, denomination and sender’s permit number. The number shown in the counter of the machine after a mailing is completed, multiplied by the denomination, gives the amount of postage to be paid. Payment is made either with each individual mailing or by a cash balance carried at the post office. Certain machines will print the indicia without sealing, seal without printing, or count without either sealing or printing. The basis of the meter system is a printing and recording mechanism demountable from the machine with which it is used, so that it can be taken to the post office to be set for a given number of impressions, payment being made at that time, and the mechanism locked and sealed. Two sets of registers indicate how much postage has been used. A separate meter is used for each denomination, and any number of meters can be secured for one machine. The indicia are the same as those printed by the non-metering type, except that the sender’s meter number is shown. The speed of such machines varies from 150 to 200 a minute. One type of machine is adapted for use with either the metered or the non-metered system. In 1924 the U.S. Post Office Department issued a regulation permitting first-class mail to be sent out with pre-cancelled stamps attached. The stamps, obtained in coils from the post office, are applied by a hand stampaffixer and the envelopes are then passed through a non-metering permit machine which seals and counts them and prints the postmark and additional cancellation required. Where bulk of mail does not warrant a permit machine, the postmark and additional cancellation are applied by a rubber stamp bearing a changeable date. One sealing machine is adapted to metered, non-metered and pre-cancelled systems, without mechanical alteration. Cash Registers (¢.v.).—Motor-driven models have now become available.
Autographic Registers.—On many occasions it is necessary
to make by the carbon method several copies of pencil memoranda. The autographic register is a device for making at one writing an original and from one to six copies of sales slips, bills
716
OFFICE
APPLIANCES
of lading, requisitions and other business records on continuous forms. These, interleaved with carbon, are retained within the register and fed across a writing table or platen. Some registers use rolled forms, one roll for each copy of the record; others use flat folded forms. Various types of registers have various methods of aligning the several copies that make up a set. As a written set is issued from the register, either by pulling out by hand or by the turn of a crank, and is torn off against a knife edge, another set, automatically leaved with carbon, is brought into a writing position. Coin-handling Devices.—In all business houses where large amounts of coin are handled and packaged daily, the use of mechanical devices for sorting, counting and packaging saves time and labour. Coin-counters simply sort mixed coins into denominations. The usual type of machine has a disk revolving in a hopper and the coins are carried by the disk to a rail finger from which they roll by gravity and are sorted by dropping through slots of various diameters into separate boxes. From 1,000 to 12,000 coins can be separated in a minute, depending on whether the model is hand or motor operated. Coin-counting and packaging machines count the coins and deliver them into bags or wrappers, and, in specific cases, check pre-determined amounts into bags. One denomination of coin is dumped into the machine and a revolving disk throws the coins to the outer edge of the hopper, where they pass under a register which counts them. In some models the coins fall through a stem into a tubular wrapper which the operator has previously placed there; other models wrap with continuous rolls of paper, fed down as the coins are counted; when the required number of coins are in place, they are carried over to the paper and tightly wrapped, the machine automatically locking off further passage of coins. Coin-counters and separators serve the dual purpose of counting and sorting coins of mixed denominations at the same operation. The registering devices of some machines provide for a totalled sum in connection with each separate adding counter; others have a sub-total and a total register. Other coin-handling devices are bag-loading machines; proving and bagging machines which recount and bag coins that have been previously separated; continuous counting and bagging machines, which count and bag coins at a high rate of speed; counting machine heads, which handle one denomination at a time and handle metal tokens also; manual counters and packagers, which combine in one operation hand-counting and wrapping. Dictating Machines.—By means of the cylinder phonograph the time of a stenographer taking notes may be saved. The executive who uses this system speaks into the mouthpiece of a small machine which records his voice by engraving on a revolving wax cylinder. He may pause in his dictation, correct an error,
and at any time listen back to what he has said.
When
the
cylinder is full, a typist puts it in a transcribing machine placed alongside her typewriter, and the reproduction of what has been dictated is carried to her by receivers placed over her ears, she typing the words as she hears them. The engraved surface of a used cylinder is removed by a shaving machine so that it may be used again and again. Phone Recorder.—It is also possible—and several devices are available for the purpose—to record automatically an entire telephone conversation. As the conversation proceeds, it is recorded - the wax cylinder of the device which is attached to the telephone.
Typewriters (¢.v.).—One type of machine which has been on the market a comparatively short time is practically noiseless in operation, because the principle of pressure printing instead of percussion printing is utilized. Another is electrically powered and can be operated either from a direct or an alternating current; the keys are touched lightly—about one-quarter of an inch depression—and electricity takes up the burden. Portable typewriters serve the need of the individual for a personal writing machine. Their construction embodies many features of standard office typewriters. The machine is usually secured to the bottom of the case in which it is carried, a permanent base being
thus provided, making its use convenient under all conditions The weight varies from
7 to 12 pounds.
A wide selection ai
special keyboards and type arrangements for engineers, doctors chemists and all those requiring special symbols and extra char. acters is available. Cheque Writers and Protectors.—Besides writing the perma.
nent and unchangeable amounts on cheques, thereby protecting, as far as it is mechanically possible, against losses from raised and forged cheques, these devices save time and labour in concerns which issue large quantities of payroll cheques and in banks and
establishments which
issue dividend
cheques periodically.
Pro-
tection is afforded by printing, by shredding or by perforating the amount, using acid ink in one or two colours.
The amount is
written in words, in figures or in words and figures. Certain models protect the payee’s name as well, by “crimping” or shredding an un-inked design over it. After a cheque is inserted
in the machine, the amount to be written is selected by slide levers set in vertical columns, by a hand-wheel or by an indicator on the dial, depending
on the type of machine.
Some models
require one stroke of the operating handle for each word or number; others print the whole amount at one operation. In some models the amount is visible before and after printing, and in certain cases the name of the user is also printed. Repeated
writing of the same amount on a number of cheques, without change of set-up, is a feature of some cheque writers. An interesting development is the cheque writer with many combinations of foreign denominations for use in foreign banking. Cheque Certifiers.—These devices print a form of acceptance on cheques, either through a ribbon from a bronze die or from steel wheels inked by a felt pad. Some number the cheques with consecutive serial numbers. Certain models are locked against unauthorized operation. Cheque Endorsers.—Motor-driven machines are used for endorsing large numbers of cheques. Impressions are made from either a rubber or a metal die inked from rollers and having movable type for dates and batch numbers. Cheques are fed by hand, one at a time, to those‘models designed for use alongside an adding machine, so that as each cheque is listed for clearing-house, transit or deposit, the operator turns it over and drops it into the endorser, which prints the endorsement and places the cheque in its original order in a tray beneath the machine. Other models provide for feeding a large number of cheques held at the feeder guide by the operator’s hand. Cheque Cancellers.—Enduring and inerasable evidence that a
cheque has been paid, together with the date of payment, is provided by machines which perforate the cancellation through cheques, and if desired, the bank’s American Bankers Association number. Dating of deposit slips, notes, mortgages and other papers may also be done. Hand models cancel from roo to 225 cheques a minute; motor-driven models are speedier.
Cheque Signetrs.—Pay-cheque signing is speeded by devices which sign from five to ten cheques at once. A sheet of cheques is placed on an extension table under a writing frame to which are attached five to ten fountain pens controlled by a monitor penholder. As the operator signs a sheet of cheques they are pushed into a tray and another sheet is brought into position.
Finding and Filing Devices.—Simplification of filing and
locating data compiled in digest form is achieved by three mechanical devices differing in construction, operation and purpose. The purpose of one is to find a single card by number. It is a metal, desk-like affair, in the top of which are ten trays, each holding numerically filed cards numbered from o to 999—1,000 in all. A card is found and filed according io its number. By de-
pressing the proper number-keys of the finding mechanism, the corresponding card is instantly raised above the others in the file. In filing a card, the operator raises the card immediately following to indicate the filing position. Means are provided for finding misfiled cards.
Another device finds a single card by means of the general
class or name under which it has been classified. This system
uses a steel drawer, on the front of which are two rows of keys marked with the classifications, such as “Farm Lands,” “West
OFFICE
MANAGEMENT
side Property,” etc. The keys are connected with rods extending back through the drawer. One card can be filed under many classifications, by means of clips placed in position along its lower edge, which correspond to the classifications desired. Pressure on the proper key raises the desired card, together with all those having a clip corresponding to the key. A tap returns the
card to position.
A third system provides for the automatic selection and segre-
gation of cards according to any number of classifications, the basis of the system being the card. The top carries a brief summary of the record, or can be extensive enough for a posting
IEI
telephone system with a switchboard in the credit department and a telephone in each sales department. As the sales person calls the credit department, she places the slip in an aperture in the telephone, and the credit authorizer causes his approval to be
printed on it if the sale is approved. (W. H. Le.) OFFICE MANAGEMENT. The office is that part of an enterprise which is devoted to the direction and co-ordination of the various activities of the enterprise. It is characterized by the gathering, classification and preservation of data of all sorts; the making, using and preservation of all kinds of records; the
analysis and utilization of these data in planning, executing and record. The body of the card is perforated, two vertical perfora- determining the results of operation; the preparation, issuing and tions constituting a “position” to which some classification is preservation of instructions and orders and the composition, copyassigned. Each card is prepared for automatic selection by con- ing and filing of written messages. Though clerks and clerical work have existed for centuries and verting the two holes of significant positions into a slot by means of a hand-operated slotting punch. The cards are placed in a file large groups of clerks for decades, it is only in recent years that
the management of clerks or office management, has become a cards. If, for example, the device is used for a list of garages, problem of importance. This is wholly due to the rapidity of and all garage cards are to be selected, a steel rod is placed in industrial change, which is best shown in the United States. In the position designating garages. If all garages having service 1880, when there were but 172,575 clerks in that country, mostly stations for a particular motor-car are to be selected, another book-keepers and accountants, the problem might be considered as rod is placed in the position designating that information. The practically non-existent; but in 1920, when the number of clerical more rods, the finer the classification. The drawer is then in- workers of all kinds had grown to 2,951,008, it assumed proporverted, and the cards that are suitably slotted drop down. A tions that could not be ignored. In 1920, one in ten of all persons rod inserted at the bottom of the drawer locks them in place, engaged in “gainful occupations” was a clerical worker. The and when the drawer is held upright, the desired cards are held change was necessitated by the exigencies of an ever-growing largeabove the others in the file. When the work is finished, the scale industry. While business organizations were small, and direct contact existed between producer and consumer, beyond locking rods are removed and the cards fall into place. Visible Index Systems.—An operation on a card system may simple book-keeping few records were required, there was little be divided into several parts: (1) locating and removing the card; written communication between sections of an organization, and (2) making the record or noting the information; and (3) return- consequently few clerks were needed. All this has changed, and ing the card to place. If the second part is a small proportion to-day the office has attained a position of major importance in of the whole time required, the total operation may be greatly business. Many offices employ more than roo clerks each and a considersimplified by using the so-called visible system. The cards are usually mounted on panels in such manner that able number employ several thousands. Evidently the employment they overlap, showing only the title line, a slight lifting move- of such numbers of workers requires management of a high order, ment revealing the whole card. The panels are housed in several yet it is only recently and among the most progressive companies ways. Sometimes they fit into steel cabinets and may be pulled that the subject has received the attention it deserves. Ingenious drawer, which has a brass front perforated to conform to the
out at a convenient angle for posting or removed entirely. In other cases, the panels—with cards inserted on both sides—are hung vertically, either on a circular track which rotates at the touch of a finger to bring the panel with the desired card before the eye or on a straight track so that they turn like the pages of a book. Another type of visible index is in book form, the cards being either held on panels inserted between the covers or fastened into the binder, as in a loose-leaf binder. Still another kind, which looks like a card drawer with the sides and ends cut down, consists of an aluminium tray in which cards tabbed at different heights so that a portion of each tab is always visible are held by a lock rod. Aluminium guides permit indexing. Pulling forward a guide exposes the tabs of a group of 24 cards, and the full surface of any one is visible when the intervening ones are thrown over. With each type of visible index colour signal systems may be used to call attention to pertinent facts. Electric Paging Systems.—By audible code signals sounded
throughout the premises, this equipment immediately locates in-
systems of record keeping and filing have been invented, scores of
clever appliances and marvellous office machines are available (see OFFICE APPLIANCES), but the problem of securing the greatest result for the least expenditure of effort has not been given the attention in the office that it has in other lines of endeavour. This is due to the newness of the problem, but there are signs that this condition is sure to change as time passes. Frederick Winslow Taylor (g.v.), the “father of scientific management,” was himself probably the first person to apply—at least in a limited measure—scientific principles to office work. In Copley’s biography of Taylor is shown a “Time Note,” dated about 1885, giving “piece-work” rates on 17 clerical operations, the implication being that Taylor had at least studied these operations, found the best method of performing them and controlled them to the extent that he offered an incentive wage for their accomplishment. THE
HUMAN
ELEMENT
The major divisions of office work are given herewith, but not dividuals who are away from their desks. The central station is usually placed near the telephone switchboard, and the tele- necessarily in the order of their importance.
Organization.—The most essential factor here is clearly defined lines of authority, and its lack is the greatest defect to be used in hotel offices, banks and other businesses where informa- found in many companies. In the struggle for advancement it tion is daily transmitted to’ distant points, transmits messages in seems difficult to prevent officers from claiming more authority written form to any number of distant stations. As the message is than is granted them, and where confusion of this kind exists, loss Functionalization—one of the leadtyped on the sending typewriter, the words are written simul- of morale invariably results.management—is as efficacious in the scientific of principles ing taneously and automatically by the distant receiving typewriter. holds a functional himself manager office The elsewhere. as office typethe behind frame a on mounted roll a from fed is The paper Where this placed. wherever clerks, managing of position—that writer. Tabulated forms and duplicated copies can be written. The telautograph is used for a similar purpose, but the message principle is fully carried out, work, instead of being departmentalized, will be functionalized, and therefore performed much more ts handwritten instead of typed. Credit Authorizing Systems.—Three distinct types of sys- effectively. Thus, a stenographer employed exclusively in taking much more effective work tems are used for transmitting to a department making a charge notes and transcribing letters, will do answers telephone calls records, files and keeps also who one than sale the credit department’s O.K. on the sale. One is an electric
phone operator sends the signals.
Telegraph Typewriter.—An electrically operated typewriter
718
OFFICE
MANAGEMENT
and performs other miscellaneous work. Functionalization, however, is to its fullest extent only feasible in large offices. It is uneconomical to have too many departments under the charge of one officer. A chart of the organization, and an organization diagram, both giving not only the position of each individual in the office but his duties and relation to others, are necessities. Also there should be standard methods for performing each task, and written standard practice instructions so that the carefully devised methods may be perpetuated. Otherwise great loss of output will result.
Personnel Methods.—Progressive records of each employee’s performance are necessary as they serve as a basis for future advancement. Special tests for ascertaining the ability of new employees will prevent to a large extent the great wastage of continuous hiring and discharging. Many psychological tests, special ability and trade tests have been prepared, extensively used and found advantageous. (See INTELLIGENCE Tests.) While there are many clerical positions which demand the very highest intelligence, all clerical work does not, and much of the simpler clerical work is found irksome when allotted to those capable of a higher grade of activity. Training is extremely important, though often sadly neglected. In some offices the various lines of promotion are laid down and made known to all employees, so they can prepare themselves for advancement. Some offices also have officers who devote their activities wholly to employment, and all persons who are to be discharged are referred for final adjudication to this officer—the employment manager. The advantage here is that competent employees are not lost to the Organization solely because of the personal pique of some hasty or temperamental officer. The employment manager also ascertains by tactful questioning the reasons why employees leave, and by a careful, classified record of such reasons is enabled to check bad practices, and to determine any other causes for dissatisfaction.
time work, or by the permanent maintenance ofa sufficient force of clerks to handle them, both plans being evidently wasteful,
Analysis of this matter, however, showed that in many cases they could be adequately met by pre-planning. The office force
should be well balanced, and sufficiently large to handle average conditions; but a sufficient number of clerks should be trained jp several operations. Then by utilizing the idea of the “flying squadron”—a
selected group of clerks that can be used almost
anywhere in an emergency—most of the minor peaks can he handled without difficulty. Major peaks can be dealt with by a re-adjustment of working force and the employment of extra clerks for positions which require only a minimum of training. Clerical Output.—On this subject all the major factors of office management converge, and all have a bearing upon it. Under
conditions where
all factors have been scientifically studied,
clerical output is invariably much greater than in organizations in which they are largely ignored. Thus in the office of the latter character the average output of a stenographer will rarely exceed
100 sq.in. per hour, while in a scientifically managed office this
particular output will be increased to an average of 200 sC=C Gunboats
\y.
tte
gaa
the most part of mud-huts, but
Line
of disaffected tribesmen to live in the town under the eye of his soldiery. Here also were imprisoned the European captives of the Mahdists—notably Slatin Pasha and Father Ohrwalde On Sept. 2, 1898 the Anglo-Egyptian army under Lord Kitchener
totally defeated the forces of the Khalifa at Kerreri, 7 m. N, of
the town. A marble obelisk marks the spot where the 21st Lancers made a charge. See EGYPT AND SUDAN, CAMPAIGNS In.
OMELETTE:
OMEN,
the case may be (see DIVINATION, AUGURS and ORACLE). OMICHUND
(d. 1767), an Indian whose name is indelibly
associated with the treaty negotiated by Clive before the battle
of Plassey in 1757. His real name was Amir Chand; and he was not a Bengali, as stated by Macaulay, but a Sikh from the Punjab. It is impossible now to unravel the intrigues in which he may have been engaged, but some facts about his career can be stated. He had long been resident at Calcutta, where he had
acquired
a large fortune by providing
the Company,
the
“investment” for
and also by acting as intermediary between the
English and the native court at Murshidabad. Several houses owned by him in Calcutta are mentioned in connection with the fighting that preceded the tragedy of the Black Hole in 1756, and it is on record that he suffered heavy losses at that time. He had been arrested by the English on suspicion of treachery, but afterwards he was forward in giving help to the fugitives and also valuable advice. On the recapture of Calcutta he was sent by Clive to accompany Mr. Watts as agent at Murshidabad. It
seems to have been through his influence that the nawab gave reluctant consent to Clive’s attack on Chandernagore. Later, when the treaty with Mir Jafar was being negotiated, he put in
a claim for 5% on all the treasure to be recovered, under threat of disclosing the plot. To defeat him, two copies of the treaty were drawn up: the one, the true treaty, omitting his claim; the other containing it, to be shown to him, which Admiral Watson
refused to sign, but Clive directed the admiral’s signature to be appended. When the truth was revealed to Omichund after Plassey, Macaulay states (following Orme) that he sank gradu-
ally into idiocy, languished a few months, and then died. Asa matter of fact, he survived for ten years, till 1767; and by his will he bequeathed £2,000 to the Foundling Hospital (where his name may be seen in the list of benefactors as “a black merchant of Calcutta”) and also to the Magdalen Hospital in London. . S. Co.
OMNIBUS.
oo á
see Eca COOKERY.
a sign in divination, favourable or unfavourable as
A term often shortened to “ E
a
public passenger-carrying vehicle of large seating capacity. It has become synonymous in popular use with the word “motorbus.” Horse drawn and steam driven omnibuses have been superseded by motor propelled omnibuses. In several particulars an omnibus must conform with regulations laid down by public authorities, especially in connection with dimensions and weights. The carried load, consisting of the passengers and the omnibus body, will at most be less than the regulation weight by a figure termed the chassis weight. The
there are some houses built of sun-dried bricks. Save for two or three wide streets which trayerse it from end to end the town Jebé
I
the Khalifa (who succeeded the Mahdi) compelling large numbers
braking, and the front wheels being used for steering. The weight
PLATE
OMNIBUS
wn
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ba
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(1,
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COMPANY
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ENGLISH
MOTOR
vehicle is a double-decked I. Fifth Avenue omnibus in New York city. This to protect passengers model, the upper deck having windshield in front m and winding stair while the omnibus is in motion. Entrance platfor are at the rear York; designed to aid 2 and 4. Safety coach, Fifth avenue system, New traffic carefulness In city in an educational campaign for increased
passengers; equipped with 3. London six-wheeler omnibus, capacity 68 pneumatic tyres all round and engine, r cylinde six axles, two driving
COACHES
FOR
PUBLIC
TRANSPORT
The vehicle is tilted by means 5. Stability test of a large London omnibus. wheels are prevented by blocks; pulley and m platfor d incline an of shown, the safety ropes ledges from slipping. Under the conditions are quite slack with the vehicle tilted at 30 degrees to the coach shown in 6. Double-decked omnibus, New York city, similar enclosed with and the sides fig. L but having upper deck roofed over
on below. adjustable windows which slide into the partiti all round coaches have sleeve-valve motors and solid tyres
These
OMNIBUS distribution, as indicated by the front and rear axle weights, must
be such as to give the adhesion necessary for rapid acceleration and
good braking on normal road surfaces.
Skidding and inferior
performance are the natural consequences of bad weight distribution. The limit is set to front axle weight by the consideration that the driver must be able to turn the front wheels easily in
order to steer the vehicle. This limit is reached before the other, which otherwise would affect both axles alike (but which, in consequence of the earlier limit on the front axle, affects the rear axle alone), viz. the limiting axle weight tolerated by local author-
787
drive will be forced upon designers of six wheelers, as it has been forced upon designers of four wheelers. Transmission Problem.—Common to all road vehicles employing the internal combustion engine, is the problem of transmitting the power developed bya relatively inflexible prime mover to the road wheels. In the omnibus, above all other vehicles, this problem is one of great difficulty to which no entirely satisfactory
solution has yet been found. The high power weight ratio of an ordinary car makes possible the employment of a lightly constructed clutch and gearbox, since the car will normally run in top or direct gear. Only motoring enthusiasts care for driving on ities. Low Centre of Gravity.—In the complete omnibus, under the gears and obtaining thereby a splendid performance out of all conditions of loading, the centre of gravity must be so low in a small capacity engine. Nevertheless, the omnibus driver is called upon to do this, and in consequence, the transmission must relation to the width of the vehicle as to render exceedingly remote the possibilities of over-turning. Where conditions permit, the be of great robustness and be simple to manipulate. In addition to centre of gravity should occupy a position even lower than the need for gear changing, ever present on undulating roads, with that which gives the desired stability. All deviations of a the relatively low powered omnibus there is the constant stopping ‘bus from uniform motion in a straight line will bring about to let down and take up passengers which also calls for gear manipchanges in the loading of every wheel, and these changes ulation. With the very heavy omnibus used in services necessitatbecome smaller as the centre of gravity approaches the ing a great many stops, it has become impossible to achieve, withplane of the road. With a low centre of gravity, it will be usual out high maintenance costs, the propulsion of the load through to work very close to the adhesion figures calculated for the the agency of the clutch and gearbox. It is probably only a matstationary omnibus, since the greatest acceleration and braking ter of a year or two before other forms of transmission—electric effects that these figures allow, can be actually approached in transmission in particular—will live down their many drawbacks, practice under all conditions. Where the centre of gravity is and show on the whole a saving in costs. For the right angled drive in an omnibus rear axle, bevel, and high, braking is liable to promote skidding at corners, and on cambered surfaces; rapid acceleration will give rise to the other forms of gearing have yet to be proved superior to worm same tendency. Since the carried load in a modern omnibus gearing. Within recent years, the old fashioned motion communiforms the large proportion of the total weight, and since the cating screw and wheel has been developed to meet modern autocarried load comprises very nearly everything which is above floor mobile and industrial requirements, and in its original form it level, it follows that the problem of making further reductions can scarcely claim a relationship with the highly efficient reverin the height of the centre of gravity, resolves itself simply into sible worm gearing of the present day. The difficulties inherent in the many forms of bevel drive are to make them compact and the problem of reducing the floor height. To obtain the lowest possible floor height, omnibus designers also silent. Suspension.—The suspension of an omnibus is effected have developed the double reduction driving axle. In this axle, the driving shafts do not transmit the torque direct to the road through longitudinally disposed semi-elliptic leaf springs mounted wheels, but communicate their motion to them through gearing. on the axles, supplemented by rubber buffers, steel volute springs, Each wheel bears a drum coaxial with the brake drum, but of or other energy absorbing devices over the axles. The latter smaller diameter, on which teeth are cut internally. Pinions on the augment the stiffness of the suspension to meet exceptional load ends of the driving shafts engage with these drums at their low- or road conditions. Rear springs are often allowed to take the driving and braking est points. This arrangement permits the use of full size driving wheels with an axle whose height is considerably less than that torque reactions of the rear axle. Where this is not permissible, of the wheel centres. It permits, moreover, the use of a smaller a torque arm is provided, and the rear springs are shackled at housing for the right angled drive in the centre of the axle. This both ends. Tractive effects are often communicated to the vehicle drive no longer effects the whole torque multiplication, but only through the rear springs also, though, where a torque arm is proa part of it; whereas the whole multiplication may be nearly 10 vided, the springs must, in view of their being shackled at both to x, the right angled drive may be called upon to give a multipli- ends be relieved of this duty. Where it is provided, the torque arm cation of only 2 to 1, and may therefore be much more compact usually swings from a well braced frame cross-member that has sufficient strength to withstand the pushing and tugging in a horthan one giving the full multiplication. The centre of gravity is lower in the “N.S.” omnibus than in izontal plane to which it will be subjected by the driving and other types. Under the worst conditions, when the upper deck is braking exertions of the rear axle. Some vehicles are made with laden and the lower deck is unladen, the ground may tilt to the a torque tube surrounding the propeller shaft. No effort is made by designers to produce completely rigid chasextent of 28° beneath the car before over-turning can occur. The best figure obtained with the more usual construction, and sis frames for omnibuses. All things carried on the frame are Without a top cover, was 25°. With the advent of cross seating, mounted so as to flex with it or be able to take up a new position omnibus axle weights became so great as to approach the limit without strain. Such rigid structures as engine, gearbox and raditolerated by road authorities. Rear axle weights, reaching that ator, are mounted on frame attachments or bearers with rubber limit, could no longer be increased, and the need arose, as bigger or other resilient pads interposing and permitting small relative omnibus weights were required, for throwing the weight forward. movements. Where severe conditions must be met, the engine and To this end the forward drive omnibus was introduced in London, gearbox are mounted on three such bearers only. Three points of support, however, situated, remain always in a plane, and there and subsequently in all parts of the world. The modern ’bus body is continued forward to a point only can be no distortion from twisting with three point suspension. an inch or two behind the rear cylinder block. The driver sits The drive between units, disposed none too rigidly in relation forward alongside the engine, and is actually in a much more to one another, is effected by means of shafts bearing flexible favourable position to steer his vehicle round blind corners than couplings or universal joints at their extremities. The enormous mileages accomplished by the omnibus as comformerly. The drawbacks to the forward drive omnibus, are, firstly, the heaviness of steering consequent upon the increased pared with the light car, prohibit the adoption by omnibus enfront axle loading, and secondly, the difficulty of access to the gineers of light car greasing methods. There is no part of an engine on the off-side. Neither of these drawbacks has, however, omnibus which can be packed with grease and left to itself from Proved serious. There is a tendency among vehicle builders of one year’s end to another. Grease nipples and filler caps are prosix wheelers to return to the conventional driving position of many vided everywhere in accessible positions, and positive action grease years ago, but the day cannot.long be postponed when forward feeding guns which can be relied upon to urge lubricant where
788
OMRI—ONAGRACEAE
lubrication is necessary, are used under service conditions at frequent intervals. Tyre-makers, anticipating the call for higher omnibus speeds which had been heard for some considerable time, developed the pneumatic tyre that will carry heavy loads. With higher running speed, better braking must be provided on all vehicles. Rear wheel adhesion becomes insufficient and all four wheels must be fitted with drums and brake shoes. Four wheel braking is, in any event, often forced upon designers by the difficulty of accommodating two sets of brake drums on the very small wheel centres that accompany these deep section tyres.
OMRI, an Israelite general, chosen by the army as ruler when,
during a campaign against the Philistines, reports came that Zimri, a captain of the chariots, had murdered the king, Elah, in the royal city of Tirzah and proclaimed himself king. Omri promptly marched against Zimri, and captured Tirzah; Zimri, recognizing the hopelessness of his position, set fire to the palace and perished in the flames. A rival party set up Tibni—with whom the Greek versions associate his brother Joram—as king, but Omri defeated this faction and became undisputed king of Israel c. 884 B.c. The one deed of his reign recorded in I Kings xvi. 24 is his purchase of the hill of Samaria, upon which he founded a new royal city. But Mesha of Moab mentions him as “having afflicted Moab many days.” In spite of the fact that he suffered some reverses at the hand of Syria (I Kings xx. 34), he must have been an accomplished statesman who consolidated his kingdom and made it respected, because for generations after his death Israel is known to the cuneiform writers as “House (or Land) of Omri,” and the Israelite Jehu as a “son of Omri.” He reigned twelve years and was succeeded by his son AHAB (qv.).
tive. Their dress was a large robe of guanaco fur, moccasins, a
In spite of
petticoat for the women and a fur diadem for the men.
their cold environment they rarely used houses, and habitually slept behind a windbreak of hides. Their manufactures included
bows and arrows, short fishing spears, slings, baskets, braided necklaces, wristlets and anklets and a few simple tools. Ona Society was organized into hunting groups of relatives.
Each group
controlled a well-defined territory which it vigorously defended
from poachers.
As a result blood feuds were common.
At times
each ‘hunting group assembled to perform initiation ceremonies, Candidates were taught tribal lore, were terrified by masked apparitions and were forced to live in solitude for two years that
they might become strong and self-reliant. Ona religion consisted in a fear of certain malevolent spirits and belief in a supreme deity. Ona mythology is rich. The tribe has almost died out,
See S. K. Lothrop, “The Indians of Tierra del Fuego” (Museum of the American Indian, Heye Foundation, Contributions, vol. x. 1928) J. M. Cooper, Analytical and Critical Bibliography—of Tierra de}
Fuego (Bureau of American Ethnology, Bulletin 63, 1917). S. K. L.
ONAGRACEAE, in botany, a family of dedita: da: ing to the order Myrtiflorae, to which belongs also the myrtle family, Myrtaceae. It contains about 40 gencra and soo species, and occurs chiefly in the temperate zone of the New World, especially on the Pacific side. It is represented in Britain by several species of Epilobium (willow-herb), Circaea (enchanter’s nightshade), and Ludvigia, a small perennial herb very rare in boggy pools in Sussex and Hampshire. In the United States, especially in the Pacific States, the family is well represented, the principal genera being Oenothera (containing as a native the evening primrose, now naturalized in certain parts of Europe),
OMSK, a town in the Siberian area of Asiatic Russia, in lat. Epilobium (willow herb), and Ludvigia (false loosestrife). The 55° N., long. 73°
38’ E., on the right bank of the Irtysh, where the Om joins it. It is in the midst of a treeless steppe; violent winds bring snow, often to a depth of 6 ft., in winter, and sandstorms in summer. Average January temperature 5° F, July 68° F; annual rainfall 12-4 in.; altitude 28° ft. It is on the trans-Siberian railway, and has a branch linking with Sverdlovsk through Ishim and Tyumen. Steamer routes connect it with the Ob northwards along the Irtysh, and southwards with the Altai towns and Lake Zaisan, and caravan routes from the Central Asiatic republics and Kazakstan converge upon it. Its population
plants are generally herbaceous, sometimes annual, as species of Epilobium, Clarkia, Godetia, or biennial, as Oenothera biennis~ evening primrose—or sometimes become shrubby or arborescent, as Fuchsia (q.v.). The simple leaves are generally entire or inconspicuously toothed, and are alternate, opposite or whorled in arrangement; they are generally exstipulate. The flowers are often solitary in the leaf-axils,-as in many Fuchsias, Clarkia, etc., or associated, as in £pilobium and
has grown from 37,376 in 1897 to 115,523 in 1926, but its appear-
ance is still that of a frontier town, with one-storeyed wooden huts and unpaved streets, through which Kirghiz ponies and camel caravans thread their way. Stone buildings are being constructed and the cathedral is built of stone; there is a municipal electricity, water and bus service. Its industries include the making of agricultural and other machinery, distilling, brewing, cloth manufacture and foodstuffs, especially sausage. It is a centre for the collection and export of meat, butter, hides and skins. The Russian Geographical society has a museum here and there is much educational and dramatic activity. A fort was established here in 1716 to protect the Russian settlers from Kirghiz raids. Later, with the increasing colonization of the area and the coming of the railway, the town developed rapidly and became a military centre, with large barracks. After the 1917 revolution, it was the nucleus of Siberian political activity and various governments rapidly succeeded one another; Admiral Kolchak declared himself Dictator of Siberia at Omsk, With the advance of the Bolshevik army, refugees from the west crowded into the town and the insanitary conditions resulted in a plague of spotted fever and typhus. On the capture of the town the refugees fled further eastwards carrying infection with them, though many died of cold, hunger and disease.
ONA, an Indian tribe who once occupied the interior of Tierra
del Fuego except the south-western corner, which was uninhabited, and the south-eastern corner, where dwelt a related tribe known as the Haush. The Ona in speech, physique and culture were similar to the giant Tehuelche of Patagonia. They subsisted by hunting and were expert archers. Their chief food was the flesh of the guanaco, a wild camel related to the llama. In addition they ate birds, fish, shellfish, berries and fungi. Ona culture was very primi-
Oenothera, in+large showy terminal spikes or racemes; in Circaea the small white or red flowers are borne in terminal and lateral racemes.
The regu-
Jar flowers have the parts in fours, the typical arrangement as illustrated by Epilobium, Oenothera and Fuchsia being as follows: 4 sepals, 4 petals, two alter-
nating whorls of 4 stamens, and 4 inferior carpels. The floral receptacle is produced above the ovary into the so-called calyxtube, which is often petaloid, as
in Fuchsia, and is sharply distinguished from the ovary, from which it separates after flowering.
———— GREAT HAIRY WILLOWHERB LOBIUM HIRSUTUM)
(EPI-
In Clarkia the inner whorl of
stamens is often barren, and im Euchoridium it is absent. In Circaea the flower has its parts in two’s. Both sepals and petals are free; the former are valvate
in bud, and reflexed in the flower; in Fuchsia they are petaloid.
The petals are generally convolute in bud; they are entire (Fuchsia) or bilobed (Epilobium); in some species of Fuchsia
they are small and scale-like, or absént (F apetala)
The stamens
are free, and those of the inner whorl are generally shorter than
those of the outer whorl.
The flowers of Lopezia (Central
ONATAS—ONEIDA America) have only one fertile stamen. The large spherical pollen grains are connected by viscid threads. The typically
quadrilocular ovary contains numerous ovules on axile placentas; the 1-to-2-celled ovary of Circaea has a single ovule in each
loculus. The long slender style has a capitate (Fuchsia), 4-rayed
(Oenothera, Epilobium) or 4-notched (Circaea) stigma. The flowers, which have generally an attractive corolla and honey secreted by a swollen disk at the base of the style or on the lower part of the “calyx-tube,” are adapted for pollination by insects,
chiefly bees and lepidoptera;
sometimes by hight-flying insects
when the flowers are pale and open towards evening, as in evening primrose. The fruit is generally a capsule splitting into four valves and leaving a central column on which the seeds are borne
as in Epilobium and Oenothera—in
the former the seeds are
scattered by aid of a long tuft of silky hairs on the broader
end. In Fuchsia the fruit is a berry, which is sometimes edible,
and in Circaea a nut bearing recurved bristles. The seeds are exalbuminous. Several of the genera are well known as garden plants, e.g., Fuchsia, Oenothera, Clarkia and Godetia. Evening
primrose (Oenothera biennis), a native of North America, occurs apparently wild as a garden escape in Britain. Jussieua, a tropical genus of 50 species of water- and marsh-herbs, shows a development of well-developed aerating tissue.
ONATAS, a Greek sculptor of the time of the Persian wars,
a member of the flourishing school of Aegina. Many of his works are mentioned by Pausanias; they included a Hermes carrying the ram, and a strange image of the Black Demeter made for the people of Phigaleia; also some groups in bronze at Olympia and Delphi, including a bronze chariot for Hieron I. of Syracuse. From Pausanias’ descriptions we may assume that the figures on the pediments of Aegina represent his style. They are manly, vigorous, athletic, showing great knowledge of the human form, but somewhat stiff and automaton-like.
ON-COSTS: see OVERHEAD CHARGES. ONEGA (6n’e-gah), the largest lake in Europe next to Ladoga,
COMMUNITY
789
the timber trade, fisheries and mining industries. The opening of the Murmansk railway along the western shore in 1917 is developing settlement. Salmon, palya (a kind of trout), burbot, pike, pike perch and perch are among the fish caught in the lake. The River Onega rises in Lake Vozhe, and is navigable for boats and rafts to Kargopol on Lake Lacha to the Gulf of Onega, an inlet of the White sea. It flows through the provinces of Vologda and Archangel and has no connection with Lake Onega. At the mouth of this river (on the right bank) in 63° 55’ N., 38° 55’ E., in the province of Archangel, stands the town and port of Onega. Pop. (1926) 5,254. It dates from settlements made by the people of Novgorod in the r 5th century, known in history as Ustenskaya or Ustyanskaya. It has a saw-milling industry, and has summer steamer routes to Soroka, Kem and Archangel, but the season is short owing to the persistence of land floes and loose pack. Telegraphic communication is by the Archangel railway.
ONEIDA,
the only city of Madison
county, New York,
U.S.A., on Oneida creek, 6 m. S.E. of Oneida lake, midway between Utica and Syracuse. It is served by the New York Central, the New York, Ontario and Western and electric railways. Pop. 1920), 10,541 and 10,558 in 1930. Adjoining Oneida on the west is the village of Wampsville (pop. 272 in 1925), the county seat. Across the creek, to the south-east, is the village of Oneida Castle (pop. 463 in 1925), formerly the gathering-place of the Oneida Indians. Oneida is the headquarters of the Oneida Community (g.v.), which controls important industries (notably the manufacture of silver-plated ware) here and elsewhere. The city also manufactures caskets and furniture. The aggregate factory output in 1927 was valued at $5,451,026. Oneida was founded by Sands Higinbotham, who bought the site in 1829-30. It was incorporated as a village in 1848 and as a city in IQOI.
ONEIDA
(a corruption of their proper name Oneyotka-ono,
“people of the stone,” in allusion to the Oneida stone, a granite boulder near their former village, which was held sacred by area, 3,764 sq.m. and coast line 870 m. in length. It lies them), a tribe of North American Indians of Iroquoian stock, mostly in the Karelian A.S.S.R., though its southern portion is in’ forming one of the Six Nations. They lived around Oneida Lake the province of Leningrad. The lake basin extends north-west in New York state, in the region southward to the Susquehanna. and south-east, the direction characteristic of the lakes of Fin- They were not loyal to the League’s policy of friendliness to the land and the line of glacier-scoring observed in that region. The English, but inclined towards the French, and were practically southern coast is comparatively regular and has few islands, but the only Iroquois who fought for the Americans in the War of the north is broken into inlets, the largest being Povyenets bay, Independence. As a consequence they were attacked by others and is crowded with islands (e.g., Klimetsk) and submerged rocks. of the Iroquois under Joseph Brant and took refuge within the The north-western shore between Petrozavodsk and the mouth of American settlements till the war ended, when the majority rethe river Lumbosha consists of dark clay slates, generally arranged turned to their former home, while some migrated to the Thames in horizontal strata and broken by protruding, parallel ridges of river district, Ontario. Early in the 19th century they sold their diorite, which extend far into the lake. The eastern shore, as far lands, and most of them settled on a reservation at Green Bay, as the mouth of the Andoma, is for the most part alluvial, with Wisconsin, a few remaining in New York state. In 1926 the outcroppings of red granite and in one place (the mouth of the Oneidas in the United States numbered 3,238 persons, of whom Pyalma) diorite and dolomite. To the south-east are sedimentary 2,976 were in Wisconsin and 262 in New York state. They are Devonian rocks, and the general level of the coast is broken by Mt. civilized and prosperous. See NortH America: Ethnology. Andoma and Cape Petropavlovskiy (160 ft. above the lake); to ONEIDA COMMUNITY, an American communistic socithe south-west a quartz sandstone (used as a building and monu- ety at Oneida, New York. It was founded at Putney, Vt., in 1842, mental stone in Leningrad) forms a fairly bold rim. Lake Onega by John Humphrey Noyes (1811-86), a graduate of Dartmouth lies 125 ft. above the sea. The greatest depths, 318 to 408 ft., college and a former Congregationalist minister. Having received occur at the entrance to the double bay of Lizhemsk and Unitsk, a second conversion at a revival he announced himself a “perOn the continuation of this line the depth exceeds 240 ft. in several fectionist,” or one who, believing that Christ had come again in places. In the middle of the lake the depth is 120 to 282 ft., and A.D. 70, was absolved of all past and future sin. On this tenet he less than 120 ft. in the south. The lake is 145 m. long, with an and his followers established a commune, eventually pooling all average breadth of so m. The most important affluents, the their property, renouncing all religious observances and allegiance Vodka, the Andoma and the Vytegra, come from the east. The to the United States and instituting a “complex marriage” system, Kumsa, a northern tributary, is sometimes represented as if it any desire toward monogamy being frowned upon as naturally connected the lake with Lake Seg, but at the present time the antagonistic to communistic ideals. In 1847, dissension having latter drains to the White sea. The Onega canal (45 m. long) brought them before the courts and their theories and practices
was constructed in 1818~51 along the southern shore in order to
connect the Svir (and hence Lake Ladoga and the Baltic) with
the Vytegra, which connects with the Volga. In 1928 an electric station was constructed on the Svir river. Lake Onega remains
before the public, they were forced to leave Putney. They purchased, near Oneida, N.Y., 600ac. of forest-land which proved extremely productive. They planted orchards, lumbered, black-
smithed,
farmed and made
steel traps—their
most profitable
free from ice for 209 days in the year (middle of May to second
industry. In Jan., 1847, their first annual inventory revealed them
week of December). The water is at its lowest level in the beginning of March; by June it has risen 2 ft. A considerable population is scattered along the shores of the lake, mainly occupied in
to be worth about $67,000. | They were mostly New England farmers and mechanics. They had the reputation of being excellent citizens only remarkable for
O’NEILL
799
their earnest interest in eugenics. They sought to make practical application
of what
scientific
information
they possessed en-
deavouring by change and experiment to produce the best possible offspring. Owing to increasing pressure of public sentiment, which had been anticipated though for 25 years it was unexpressed, Noyes, with a few adherents, removed to Canada in 1880 and the community at Oneida voluntarily dissolved as a communistic experiment and formed a stock company known as the Oneida Community, Limited. At that time it manufactured sewing and embroidery silk, steel traps and silverware, and canned large quantities of fruits and vegetables, but has gradually confined itself to the manufacturing of silverware. The present company has “no connection with the old beyond the personnel and traditions which it inherited from its 40 years’ experience as a community.”
Moirthimchell Eiream, when he captured many kings and chies. tains, From the dress of his followers in this expedition he was called “Murkertagh of the Leather Cloaks.” The exploit was celebrated by Cormacan, the king’s bard, and a number of Murkertagh’s other exploits are related in the Book of Leinster
He was killed in battle against the Norse in 943, and was syp. ceeded as king of Ailech by his son, Donnell Ua Niall (ie, O’Neill, grandson of Neill, or Niall, the name O’Neill becoming about this time an hereditary family surname), whose grandson, Flaherty, made a pilgrimage to Rome in 1030. Aedh (Hugh) O’Neill, chief of the Cinel Eoghain, or lord of
Tir-Eoghain (Tir-Owen, Tyrone) at the end of the 12th century,
came into conflict with the Anglo-Norman monarchy, whose pretensions he disputed in Ulster. His son (or nephew), Hugh O’Neill, lord of Tyrone, was styled “Head of the liberality and
Among the chief writings of J. H. Noyes dealing with the origin, principles and history of the Oneida Community are The Berean (1847), a manual for the use of members; Salvation from Sin the
End of Christian Faith (1869); History of American Socialisms (1870); Home-Talks (1875); and Essay on Scientific Propagation
valour of the Irish.” Hugh’s son, Brian, was inaugurated prince, or lord, of Tyrone in 12913; and his son Henry became lord of the Clann Aodha Buidhe (Clanaboy or Clandeboye) early in the
(c. 1878).
r4th century. Henry’s son Murkertagh the Strongminded, and his great-grandson Hugh, greatly consolidated the power of the
marizing the community’s religious and social theories; Allan Estlake, The Oneida Community (1900) ; and George Wallingford Noyes, comp. and ed., Religious Experiences of John Humphrey Noyes (1923).
O’Neills.
See also Bible Communism
(1853), a compilation sum-
O’NEILL, the name of an Irish family descended from Niall, king of Ireland in the sth century, and known as Niall of the Nine Hostages. He is said to have made war against rulers in Ireland, Britain and Gaul, stories of his exploits being related in the Book of Leinster and the Book of Ballymote. This king had I4 sons, one of whom was Eoghan (Owen), from whom the O’Neills were descended. The descendants of Niall were divided into two main branches, the northern and the southern Hy Neill, to one or other of which nearly all the high-kings (ard-ri) of Ireland from the 5th to the 12th century belonged; the descendants of Eoghan being the chief of the northern Hy Niell'. Eoghan was grandfather of Murkertagh (Muircheartach) (d. 533), said to have been the first Christian king of Ireland, whose mother, Eirc or Erca, became by a subsequent marriage the grandmother of St. Columba. Of this monarch, known as Murkertagh MacNeill (Niall), and sometimes by reference to his mother as Murkertagh Mac Erca, the story is told, illustrating an ancient Celtic custom, that he emphasized the inviolability of a treaty with a tribe in Meath by having it written with the blood of both clans mixed in one vessel. Murkertagh was chief of the great north Irish
clan, the Cinel Eoghain, and after becoming king of Ireland in 517, he seized a tract in the modern Co. Derry, which remained
till the 17th century in the possession of the Cinel Eoghain. The inauguration stone of the Irish kings, the Lia Fail, or Stone of Destiny, fabled to have been the pillow of the patriarch Jacob when he dreamed of the heavenly ladder, was said to have been presented by Murkertagh to the king of Dalriada, by whom it was conveyed to Dunstaffnage castle in Scotland. (See Scone.) A lineal descendant of Murkertagh was Niall Frassach (z.e., of the showers), who became king of Ireland in 763. His grandson, Niall (791~845), drove back the Vikings who began to infest the coast of Donegal. Niall’s son, Aedh (Hugh) Finnlaith, was father of Niall Glundubh (ze¢., Niall of the black knee), one of the most famous of the early Irish kings, from whom the family surname of the O’Neills was derived. His brother Domhnall (Donnell) was king of Ailech, a district in Donegal and Derry; the ruined masonry of the royal palace is still to be seen on a hill overlooking loughs Foyle and Swiily. On the death of Domhnall in 911 Niall Glundubh became king of Ailech, and, after defeating the kings of Dalriada and Ulidia he became king of Ireland in 915. To him is attributed the revival of the ancient meeting of Irish clans known as the Fair of Telltown. He fought many battles against the Norsemen, in one of which he was killed in 919 at Kilmashoge, where his place of burial is still to be seen. His son Murkertagh, who gained a victory over the Norse in 926, is celebrated for his triumphant march round Ireland, the 1A list of these kings will be found in P. W. Joyce’s A Social History of Ancient Ireland (London, 1903), vol. i, pp. 70, Y1.
Niall Og O’Neill, one of the four kings of Ireland, ac.
cepted knighthood from Richard IT.; and his son Eoghan for. mally acknowledged the supremacy of the English crown, though
he afterwards ravaged the Pale, and was inaugurated “the O'Neill” (że. chief of the clan) on the death of his kinsman Domhnall Boy O’Neill, He was deposed (1455) by his son
Henry, who in 1463 was acknowledged as chief of the Irish kings by Henry VII. Contemporary with him was Neill Mor O’Neill, lord of Clanaboy. From Neill Mor O’Neill’s son Brian was descended the branch of the O’Neills who, settling in Portugal in the 18th century, became Portuguese nobles. This branch
represents the male line of the ancient Irish kings of the house of O’Neill. Conn O’NEILL (c. 1480-1559), rst earl of Tyrone, surnamed Bacach (the Lame), grandson of Henry O’Neill mentioned above, was the first of the O’Neills to come to the front as a leader of the Irish against the English in the 16th century. Conn became chief of the Tyrone branch of the O'Neills (Cinel Eoghain) about 1520. Tyrone having been invaded in 1541 by Sir Anthony St. Leger, the lord deputy, Conn delivered up his son as a hostage, attended a parliament held at Trim, and, crossing to England, made his submission at Greenwich to Henry VIII., who created him earl of Tyrone for life. He was also made a privy councillor
in Ireland, and received a grant of lands within the Pale. O’Neill’s submission to the English king, and his acceptance of an English title were resented by his clansmen and dependents. The earl maintained a feud with his son Shane (John), arising out of his transaction with Henry VIII. The nomination of O'Neill's reputed son Matthew as his heir with the title of baron of
Dungannon by the English king conflicted with the Irish custom of tanistry (g.v.), which regulated the chieftainship of the Irish clans; moreover, Matthew, if indeed he was O’Neill’s son at all, was illegitimate, and Shane, Conn’s eldest legitimate son, would not permit any invasion of his rights. The fierce family feud ended
in the murder of Matthew by agents of Shane in 1558; Com dying about a year later. Conn was twice married, Shane being
the son of his first wife, a daughter of Hugh Boy O'Neill of
Clanaboy. An illegitimate daughter of Conn married the celebrated Sorley Boy MacDonnell (g.v.). Suane O'NEILL (c. 1530-1567), rejected overtures from the earl of Sussex, the lord deputy, and refused to help the English
against the Scottish settlers on the coast of Antrim, allying himself
instead with the MacDonnells, the most powerful of these immigrants. Nevertheless Queen Elizabeth was disposed to come t0
terms with Shane, who after his father’s death was de facto chief of the O’Neill clan. She recognized his claims to the chieftainship,
thus throwing over Brian O’Neill, son of the murdered Matthew, baron of Dungannon, on terms. O'Neill, however, refused to put
himself in the power of Sussex without a guarantee for his safety; and his claims were so exacting that Elizabeth determine
to restore Brian. An attempt to incite the O’Donnells against him was frustrated by Shane’s capture of Calvagh O’Donnell, whom he
O’NEILL kept a prisoner for nearly three years. Elizabeth, who was not prepared to undertake the subjugation of the Irish chieftain, urgently
desired peace with him, especially when the devastation of his territory by Sussex brought him no nearer to submission. Sussex
was not supported by the queen, who sent the earl of Kildare to arrange terms with O'Neill. The latter agreed to present himself before Elizabeth. Accompanied by Ormonde and Kildare he reached London on Jan. 4, 1562. Elizabeth temporized; but finding that O’Neill was in danger of becoming a tool in the hands
of Spanish intriguers, she permitted him to return to Ireland,
recognizing him as “the O’Neill,” and chieftain of Tyrone; though a reservation was made of the rights of Hugh O’Neill, who had
succeeded his brother Brian as baron of Dungannon, Brian having
been murdered in April 1562 by his kinsman Turlough Luineach
, O'Neill. There were at this time three powerful contemporary members of the O’Neill family in Ireland—Shane, Turlough and Hugh, ond earl of Tyrone. Turlough had been elected tanist (see TANISTRY) when his cousin Shane was inaugurated the O’Neill, and he schemed to supplant him during Shane’s absence in
79*
ire of Sir Henry Bagnal (or Bagenal) by eloping with his sister in 1591, he afterwards assisted him in defeating Hugh Maguire at Belleek in 1593; and then again went into opposition and sought aid from Spain and Scotland. Sir John Norris was ordered to Ireland to subdue him in rs9s, but Tyrone took the Blackwater fort and Sligo castle before Norris was prepared; he was thereupon proclaimed a traitor of Dundalk. In spite of the traditional enmity between the O’Neills and the O’Donnells, Tyrone allied himself with Hugh Roe O’Donnell, nephew of Shane’s former enemy Calvagh O’Donnell, and the two chieftains opened communications with Philip II. of Spain, their letters to whom were intercepted by the viceroy, Sir William Russell. They presented themselves as champions of the Catholic religion, claiming religious and political liberty for the Irish. In April 1596 Tyrone received promises of help from Spain. He temporized success-
fully for more than two years, making professions of loyalty which deceived Sir John Norris and the earl of Ormonde. In 1598 a formal pardon was granted to Tyrone by Elizabeth. Within two months he was again in the field, and on Aug. 14, he destroyed an English force under Bagnal at the Yellow ford London. The feud did not long survive Shane’s return to Ireland, on the Blackwater. If the earl had known how to profit by this where he re-established his authority, and renewed his turbulent victory, he might now have successfully withstood the English tribal warfare. Elizabeth at last authorized Sussex to take the power in Ireland; for in every part of Ireland—and especially field against Shane, but two expeditions failed. Shane now laid in the south, where James Fitzthomas Fitzgerald, with O’Neill’s the whole blame for his lawless conduct on the lord deputy’s support, was asserting his claim to the earldom of Desmond at repeated alleged attempts on his life. Elizabeth consented to the head of the Geraldine clansmen——discontent broke into flame. treat, and practically all O’Neill’s demands were conceded. But Tyrone procrastinated. Eight months after the battle of the O'Neill now turned his hand against the MacDonnells, claiming Yellow ford, the earl of Essex landed in Ireland. He met Tyrone that he was serving the queen of England in harrying the Scots. at a ford on the Lagan on Sept. 7, 1599, when a truce was He fought an indecisive battle with Sorley Boy MacDonnell near arranged; but Elizabeth objected to the conditions allowed to the Coleraine in 1564, and in 1565 routed the MacDonnells and took O’Neill and to Essex’s treatment of him as an equal. ‘Tyrone Sorley Boy prisoner near Ballycastle. This victory strengthened then issued a manifesto to the Catholics of Ireland summoning Shane O’Neill’s position, and preparations were made for his them to join his standard. After an inconclusive campaign in subjugation. O’Neill ravaged the Pale, failed in an attempt on Munster in January 1600, he returned to Donegal, where he Dundalk, made a truce with the MacDonnells, and sought help received supplies from Spain and a token of encouragement from from the earl of Desmond. The English, on the other hand, in- Pope Clement VIII. In May of the same year armies under vaded Donegal and restored O’Domnell. O’Neill was routed by Sir Henry Docwra and Mountjoy compelled O’Neill to retire to the O’Donnells at Letterkenny; and seeking safety in flight, he Armagh, a large reward having been offered for his capture alive threw himself on the mercy of his enemies, the MacDonnells. or dead. The appearance of a Spanish force at Kinsale drew Mountjoy Attended by a small body of gallowglasses, and taking his prisoner Sorley Boy with him, he presented himself among the MacDon- to Munster in 1601; Tyrone followed him, and at Bandon joined nells near Cushendun, on the Antrim coast. Here, on June 2, forces with O’Donnell and with the Spaniards under Don John 1567, he was slain by the MacDonnells. In his private character D’Aquila. The attack failed. O’Donnell went to Spain, where he died and Tyrone with a shattered force went to the north, Shane O’Neill was a brutal, uneducated savage. TURLOUGCH LUINEACH O'NEILL (c. 1530-1595}, earl of Clan- where he renewed his temporizing policy. Early in 1603 Elizabeth connell, was inaugurated chief of Tyrone on Shane’s death. He instructed Mountjoy to open negotiations; and in April, Tyrone, sought to strengthen his position by alliance with the O’Donnells, in ignorance of Elizabeth’s death, made his submission. In MacDonnells and MacQuillans. An expedition under the earl of Dublin he heard of the accession of King James, at whose court Essex was sent against him, which effected little, and in 1575 he presented himself in June accompanied by Rory O’Donnell, of O’Neill received by treaty extensive grants of lands and permis- who had become chief of the O’Donnells after the departure title and sion to employ 300 Scottish mercenaries. In 1578 he was created his brother Hugh Roe. James confirmed Tyrone in his of his baron of Clogher and earl of Clanconnell for life; but for the estates, but new disputes arose on his rights over certain important. most the was O’Cahan Donnal whom of feudatories, next few years he continued to intrigue against the English to go authorities. The latter, as a counterpoise to Turlough, supported This dispute dragged on till 1607, when Tyrone arranged however, Warned, king. the to matter the submit to London to murdered. had his cousin Hugh, brother of Brian, whom Turlough by Rory Eventually Turlough resigned the headship of the clan in favour that his arrest was imminent, and possibly persuaded resolved Tyrone 1603), in Tyrconnel of earl (created O’Donnell died Turlough 1593. in O’Neill of Hugh, who was inaugurated to fly from the country. In 1595. “The flight of the earls,” one of the most celebrated episodes | great the as (known earl 2nd 1540-1616), (c. Huc O'NEILL Irish history, occurred on Sept. 14, 1607, when Tyrone and in illegitireputed earl) of Tyrone, was the second son of Matthew, at Rathmullen on Lough Swilly, mate son of Conn, rst earl of Tyrone. He succeeded his brother, Tyrconnel embarked at midnight numbering 99 and sailed retainers, and families wives, their with as 1562, in Turlough by murdered Brian, when the latter was to take shelter m the winds contrary by Driven Spain. for baron of Dungannon. He was brought up in London, but rethe Netherlands, and m in winter the passed refugees the Seine, the under Shane, of death the after 1567 in Ireland tumed to were entertained by Pope Paul V., protection of Sir Henry Sidney. He served with the English 1608 went to Rome, where they same year. In 1613 Tyrone was the died against Desmond in Munster in 1580, and assisted Sir John Perrot and where Tyrconnel Irish parliament, and he died in the by attainted and outlawed he year following the In against the Scots of Ulster in 1584. four times married, and had was He 1616. 20, July on attended parliament as earl of Tyrone, though Conn’s title had Rome and illegitimate children. legitimate of both number large a | Hugh’s Brian. by assumed been not had and only, been for life Cre PHetm O'NEILL (c. 1603-1653), a kinsman and younger constant disputes with Turlough were fomented by the English, of Tyrone, took a prominent part in the but after Hugh’s inauguration as the O’Netll on Furlough’s resig- contemporary of the earl year he was elected member of the that In rebellion of 1641. the roused Having nation in 1593, he was supreme in the north.
O’NEILL
794
Irish parliament for Dungannon, and joined the earl of Antrim and other lords in supporting Charles I. against the parliament. On Oct. 22, 1641, he surprised and captured Charlemont castle; and having been chosen commander-in-chief of the Irish in the
north, he forged and issued a pretended commission from Charles I. sanctioning his proceedings.
Phelim and his followers ravaged
Ulster on the pretext of reducing the Scots, but failed to take Drogheda, being compelled by Ormonde to raise the siege in April 1642. During the summer his fortunes ebbed, and he was superseded by his kinsman Owen Roe O’Neill.
severe defeat in Ireland. In 1647 he so stubbornly resisteq Tre. ton’s attack on Limerick that he was excepted from the benef; of the capitulation, and, after being condemned to death ang
reprieved, was sent as a prisoner to the Tower.
He was released
in 1652, and died, some time after 1660, probably in Spain. The Clanaboy (or Clandeboye) branch of the O’Neills de. scended from the ancient kings through Neill Mor O’Neill, lord of
Clanaboy in the time of Henry VIII., ancestor above)
of the Portuguese
O’Neills.
Neill
(as mentioned
Mor’s
great-great.
grandson, Henry O’Neill, was created baronet of Killeleagh jn 1666. His son, Sir Neill O’Neill fought for James II. in Ireland,
Owen Ror O'NEILL (c. 1590-1649), one of the most celebrated of the O’Neills, the subject of the well-known ballad “The and died of wounds received at the battle of the Boyne. Through Lament for Owen Roe,” was the son of Art O’Neill, a younger an elder line from Neill Mor was descended Brian Mac Phelim brother of Hugh, 2nd earl of Tyrone. Having served with dis- O’Neill, who was treacherously seized in 1573 by the earl of tinction in the Spanish army he was immediately recognized on Essex, whom he was entertaining, and executed together with his return to Ireland as the leading representative of the O’Neills. his wife and brother, some 200 of his clan being at the same time (See Essex, WALTER Phelim resigned the northern command in his favour, and escorted massacred by the orders of Essex. him from Lough Swilly to Charlemont. But jealousy between the DEVEREUX, 1st earl of.) Brian Mac Phelim’s son, Shane Mac kinsmen was complicated by differences between Owen Roe and Brian O’Neill, was the last lord of Clanaboy, and from him the the Catholic council which met at Kilkenny in 1642. Owen Roe’s family castle of Edenduffcarrick, on the shore of Lough Neagh in real aim was the complete independence of Ireland, while the Co. Antrim, was named Shane’s Castle. He joined the rebellion Anglo-Norman Catholics represented by the council desired to se- of his kinsman Hugh, earl of Tyrone, but submitted in 1586. cure religious liberty and an Irish constitution under the English In the 18th century the commanding importance of the O’Neills crown. In 1646 a cessation of hostilities was arranged between in Irish history had come to an end. But John O’Neill (1740Ormonde and the Catholics; and O’Neill, furnished with supplies 1798), took an active part in debate in the Irish parliament, by the papal nuncio, Rinuccini, turned against the Scottish parlia- being a strong supporter of Catholic emancipation. He was one mentary army under General Monro. On June 5, 1646, O’Neill of the delegates in 1789 from the Irish parliament to George, routed Monro at Benburb, on the Blackwater; but, being sum- prince of Wales, requesting him to assume the regency. In 1793 moned to the south by Rinuccini, he had to leave Monro un- he was raised to the peerage of Ireland as Baron O’Neill of molested at Carrickfergus. For the next two years confusion Shane’s Castle, and in 1795 was created a viscount. In defending reigned, O’Neill supporting the party led by Rinuccini, though the town of Antrim against the rebels in 1798 O’Neill received continuing to profess loyalty to Ormonde as the king of Eng- wounds from which he died on June 18, being succeeded as land’s representative. Isolated by the departure of the papal Viscount O’Neill by his son Charles Henry St. John (1779-1841), nuncio from Ireland in 1649, he made overtures to Ormonde, and who in 1800 was created Earl O’Neill. Dying unmarried, when to Monk, who had superseded Monro in command of the parlia- the earldom therefore became extinct, Charles was succeeded as mentarians in the north. O’Neill’s chief need was supplies, and Viscount O’Neill by his brother John Bruce Richard (1780-1835), failing to obtain them from Monk he turned once more to a general in the British army; on whose death without issue in , Ormonde and the Catholic confederates, with whom he prepared 1855 the male line in the United Kingdom became extinct. The to co-operate more earnestly when Cromwell’s arrival in Ireland estates then devolved on William Chichester, great-grandson of in August 1649 brought the Catholic party face to face with Arthur Chichester and his wife Mary, only child and heiress, of serious danger. Before anything was accomplished by this com- Henry (d. 1721), eldest son of John O’Neill of Shane’s Castle. bination, however, Owen Roe died on Nov. 6, 1649. WILLIAM CHICHESTER (1813-1883), 1st Baron O’Neill, a The alliance between Owen Roe and Ormonde had been opposed clergyman, on succeeding to the estates as heir-general, assumed by Phelim O’Neill, who after his kinsman’s death expected to be by royal licence the surname and arms of O’Neill; and in 1868 restored to his former command. In this he was disappointed; was created Baron O’Neill of Shane’s Castle. On his death in but he continued to fight against the parliamentarians till 1652, 1883 he was succeeded by his son Edward, 2nd Baron O’Neill, when a reward was offered for his apprehension. Betrayed by a who was member of parliament for Co. Antrim 1863-80, and kinsman while hiding in Tyrone, he was tried for high treason, who married in 1873, Louisa, daughter of the rith earl of and executed on March 10, 1653. Phelim married a daughter of Dundonald. the marquis of Huntly, by whom he had a son Gordon O’Neill, For the history of the ancient Irish kings of the Hy Neill see who was member of parliament for Tyrone in 1689; fought for The Book of Leinster, edited with introduction by R. Atkinson the king at the siege of Derry and at the battles of Aughrim and (Royal Irish Academy, Dublin, 1880); The Annals of Ulster, edited the Boyne; and afterwards commanded an Irish regiment in the by W. M. Hennessy and B. MacCarthy (4 vols., Dublin, 1887-1901); The Annals of Loch Cé, edited by W. M. Hennessy (Rolls Series, French service, and died in 1704. London, 1871). For the later period see P. W. Joyce, A Short
DANIEL O'NEILL (¢. 1612-1664), a member of the Clanaboy History of Ireland (London, ,1893), and A Social History of Ancient branch of the family, spent much of his early life at the Ireland (2 vols., London, 1903); Tke Annals of Ireland by the Four court of Charles I., and became a Protestant. He commanded a Masters, edited by J. O’Donovan (7 vols., Dublin, 1851); Sir J. T. History of the Viceroys of Ireland (Dublin, 1865), and, especitroop of horse in Scotland in 1639; was involved in army plots Gilbert, ally for Owen Roe O’Neill, Contemporary History of Affairs in Ireland, in 1641, for which he was committed to the Tower, but escaped; 1641-1652 (Irish Archaeol. Soc., 3 vols., Dublin, 1879); also Hzstory and on the outbreak of the Civil War returned to England and of the Irish Confederation and the War in Ireland (Dublin, 1882); served with Prince Rupert, being present at Marston moor, the John O’Hart, Irish Pedigrees (Dublin, 1881) ; The Montgomery MSS. second battle of Newbury and Naseby. He then went to Ireland “The Flight of the Earls, 1607” (p. 767), edited by George Hill (Belfast, 1878) ; Thomas Carte, History of the Life of James, Duke of to negotiate between Ormonde and his uncle, Owen Roe O'Neill. Ormonde (3 vols., London, 1735); C. P. Mechan, Fate and Fortunes He was made a major-general in 1649, and but for his Protestant- of Hugh O'Neill, Earl of Tyrone, and Rory O’Donel, Earl of Tyrconnel ism would have succeeded Owen Roe as chief of the O’Neills. He (Dublin, 1886); Richard Bagwell, Ireland under the Tudors, with an joined Charles II. at the Hague, and took part in the expedition Account of the Earlier History (3 vols., London, 1885-90); J. ¥. Taylor, Owen Roe O'Neill (London, 1896); John Mitchell, Life ond to Scotland and the Scottish invasion of England in 1652. Times of Hugh, Earl of Tyrone, with an Account of his Predecessors, Hucu O’Nerz (d. c. 1660), son of Owen Roe’s brother Art Con, Shane, Turlough (Dublin, 1846); L. O’Clery, Life of Hugh Roe Oge, and therefore known as Hugh Mac Art, had served with O’Donneil (Dublin, 1893). For the O’Neills of the 18th centuty, distinction in Spain before he accompanied his uncle, Owen Roe, and especially the rst Viscount O’Neill, see The Charlemont Papers, to Ireland in 1642. After the death of Owen he defended Clonmel and F. Hardy, Memoirs of J. Caulfield, Earl of Charlemont (2 vols. London, 1812). The O’Neills of Ulster: Their History and Genealogy, in 1650 against Cromwell, on whom he inflicted the latter’s most by Thomas Mathews (3 vols., Dublin, 1907), an ill-arranged and
O’NEILL—ONONDAGA uncritical work has little historical value, but contains a mass of traditional and legendary lore, and a number of translations of ancient
poems, and genealogical tables of doubtful authority.
O'NEILL, EUGENE GLADSTONE
(1888-
), Ameri-
793
To obtain a crop of bulbs for pickling, seed should be sown thickly in March, in rather poor soil, the seeds being very thinly
covered, and the surface well rolled: these are not to be thinned,
but should be pulled and harvested when ripe. can dramatist, was born in New York city, Oct. 16, 1888, the Onions may be forced like mustard and cress if required for son of the well-known actor James O’Neill. His early education winter salads, the seeds being sown thickly in boxes which are to was received at Roman Catholic schools and at the Betts academy. be placed in a warm house or frame. The young onions are pulled He went to Princeton university for one year. He worked as while quite small. For statistics regarding the commercial producsailor before the mast, actor, reporter, and in other capacities. tion of onions in the United States see under VEGETABLES. He began assimilating his crowded experiences and impressions ONNES, HEIKE KAMERLINGH (1853-1926), Dutch ata sanatorium to which he was ordered because of tuberculosis: physicist, was born in Groningen on Sept. 21, 1853. He studied in 1914-15 attended Harvard university; and in 1916 spent the mathematics and physics in his native town. In 1871 he went to summer at Provincetown, thus making contact. with the group who Heidelberg, where he studied under Bunsen and Kirchhoff (qgq.v.). produced nearly all his short plays. He rapidly became the most Later he returned to Groningen, where in 1879 he took his conspicuous of the younger American dramatists, and thrice was doctor’s degree on presenting a dissertation entitled New Proofs awarded the Pulitzer prize: in 1920 for his play, Beyond the Hori- of the Earth’s Rotation. He became professor of experimental zon, in 1922 for Anna Christie; and in 1928 for Strange Interlude. physics at Leyden in 1882. Here he founded and developed the Among his works are: Thirst and Other One-Act Plays (1914); famous Cryogenic Laboratory. Stimulated by van der Waals, The Moon of the Caribbees and Six Other Plays of the Sea (1919); Onnes became interested in the equations of state and the general Gold (1920); Emperor Jones (1921); The Hairy Ape (1922); thermodynamic properties of liquids and gases. (See THERMOAll God’s Chillun’s Got Wings and Welded (1924). An edition DYNAMICS.) He appreciated that the need for exact measureof his plays in two volumes, which included Desire under the ments was greater than that for fresh theoretical developments. Elms, was published in 1924, and in four volumes in 1925. His Onnes set himself the task of making measurements over a Fountain was produced in 1925 and The Great God Brown, one of large range of pressure and temperature. His name is associated the most mystical of his plays, in 1926. Other plays by O’Neill particularly with the measurement and attainment of low temare Marco Millions, Lazarus Laughed and Dynamo (1929). | peratures; in this direction Onnes showed himself a master of See Barrett H.’ Clark, Eugene O'Neill (1926); A. D. Mickle, Studies experimental physics. In 1908 he succeeded in liquefying helium, on Six Plays of Eugene O’Neill (1929). but was unable to solidify it; this was subsequently done by his ONEONTA, the only city of Otsego county, New York, successor Keesom. Onnes obtained the isothermals for a number U.S.A., on the Appalachian highway and the Susquehanna river, of gases and mixtures of gases at low temperatures: he also ŝo m. S.W. of Albany. It is served by the Delaware and Hudson studied the optical, magnetic and magneto-optical properties of and the Ulster and Delaware railways. Pop. (1920), 11,582 bodies. He carried out important investigations on the influence (92% native white); 1930, 12,536, a gain of 8-2%. Oneonta is of low temperatures on nickel and manganese iron alloys. He beautifully situated among the western foothills of the Catskills, also demonstrated that the resistance of electric conductors disat an altitude of 1,150 ft., in a fertile farming and dairying region. appeared suddenly at a temperature near the absolute’ zero, and It is the seat of a State normal school (1889), a State armory termed this phenomenon “super-conductivity.” His systematic and Hartwick college (United Lutheran; 1928). The manufac- researches on super-conductivity (started in 1914) are of extreme turing industries include extensive railroad shops, silk and flour importance on account of their bearing on the theory of electrimills, shirt and glove factories and had an output in 1927 valued cal conduction in solids (see ELECTRICITY, CONDUCTION OF: at $5,786,299. Oneonta was founded about 1780, and until 1830 Sors), and also because the facilities offered by the Cryogenic was known as Milfordville. It was incorporated as a village in Laboratory for investigating this subject are practically unique. 1848 and as a city in 1908. The name is derived from the Indian In 1913 the Nobel Prize for physics was conferred on him. name for the creek flowing through the city. He became a foreign member of the Royal Society in 1916, and ONION, Allium Cepa (family Liliaceae), a hardy bulbous a corresponding member of the Prussian Academy of Sciences biennial, which has been cultivated from time immemorial. It at Berlin in 1923, the year in which he resigned his chair at is one of the earliest of cultivated plants; it is represented on Leyden. He was the recipient of a number of honorary degrees, Egyptian monuments, and one variety cultivated in Egypt was medals and other honours. His published work includes Algemeine accorded divine honours. It is commonly cultivated in India, Theorie der Vloeistofien (General Theory of the Fluids, 1881). China and Japan. A. de Candolle regards it as a native of western He died at Leyden on Feb. 21, 1926. Asia. See J. P. Kuenen, De Toekenning van den Nobelprys aan H. KamerFor good results the onion should be grown in an open situation, lingh Onnes (Chemisch Weekblad, 1913). and on a light, rich, well-worked soil, which has not been recently ONOMACRITUS (c. 530-480 B.c.), seer, priest and poet of manured. The principal crop may be sown at any time from the Attica. He had great influence on the development of the Orphic middle of February to the middle of March, if the weather is fine religion and mysteries, and was said to have composed a poem and the ground sufficiently dry. The seed should be sown in on initiatory rites. The works of Musaeus, the legendary founder shallow drills, ro in. apart, the ground being made as level and of Orphism in Attica, are said to have been reduced to order (if frm as possible, and the plants should be regularly thinned, hoed not actually written) by him (Clem. Alex. Stromata, i. p. 143 and kept free from weeds. At the final thinning they should be set [397]; Pausanias i. 22, 7). He was in high favour at the court from 3 to 6 in. apart, the latter distance in very rich soil. About of the Peisistratidae till he was banished by Hipparchus for the beginning of September the crop is ripe; the bulbs are then to making additions of his own in an oracle of Musaeus. When be pulled, and exposed on the ground till well dried, and they are the Peisistratidae were themselves expelled and were living in then to be stored in a cool, dry place. Persia, he furnished them with oracles encouraging Xerxes to in-
About the end of August a crop is sown to afford a supply of
young onions in the spring months. Those which are not required for the kitchen, if allowed to stand, and if the flower-bud is Picked out on its first appearance, and the earth stirred about them, produce bulbs of large size. A crop of very large bulbs may also be secured by sowing about the beginning of September, and transplanting early in spring to very rich soil. Another plan is to sow in May on dry poor soil, when a crop of small bulbs will be produced; these are to be stored in the usual way, and planted in rich soil about February.
vade Greece and restore the tyrants in Athens (Herod. vii. 6). See F. W. Ritschl, “Onomakritos von Athen,” in his Opuscula, i. (1866), and p. 35 of the same volume: Smith, Dict. of Gk. and Roman Biography s.v. (bibl.).
ONONDAGA, a tribe of North American Indians of Iroquoian stock, forming one of the Six Nations. The tribal headquarters was about the lake and creek of the same name in New York state. Their territory extended northward to Lake Ontario and southward to the Susquehanna river. They were the official
guardians of the council-fire of the Iroquois.
Their chief town,
near the site of the present Onondaga, consisted of some 140 houses in the middle of the 17th century, when the tribe was estimated as numbering between 1,500 and 1,700. During the r8th century the tribe divided, part loyally supporting the Iroquois league, while part, having come under the influence of French missionaries, migrated to the Catholic Iroquois settlements in Canada. Of those who supported the league, the majority, after the War of Independence, settled on a reservation on
Grand river, Ontario, where their descendants still are. In 1926 there were 568 upon the Onondaga reservation in New York state. For Onondaga cosmology see 21st Ann. Report Bureau Amer. Ethnol. (1899-1900). See also NortH AMERICA: Ethnology.
ONTARIO,
[PHYSICAL FEATURES
ONTARIO
794
a province of Canada, having the province of
Quebec to the east, the states of New York, Ohio, Michigan, Wisconsin, and Minnesota
to the south, Manitoba to the west, and
part of Hudson Bay with James Bay to the north. In most cases the actual boundary consists of rivers or lakes, the Ottawa to the north-east, the St. Lawrence and its chain of lakes and rivers to the south as far as Pigeon river, which separates Ontario from Minnesota. From this it follows small rivers and lakes to the Lake-of-the-Woods, which lies between Ontario, Minnesota and Manitoba. From Lake Temiscaming northwards the eastern boundary is the meridian of 79° 30’. Physical Geography.—Ontario extends 1,000 m. from east to west and 1,050 from north to south, between latitudes 57° and 42°, including the most southerly point in Canada. Its area is 407,262 sq.m. (41,382 water), and it is the most populous of the provinces, nine-tenths of its inhabitants living, however, in onetenth of its area, between the Great Lakes, the Ottawa and the St. Lawrence. This forms part of the plain of the St. Lawrence, underlain by Palaeozoic limestones and shales, forming a good soil. The south-western part is naturally divided into two tracts by the Niagara escarpment, a line of cliffs capped by hard Silurian limestones, running from Queenston Heights near the falls of Niagara west to the head of Lake Ontario near Hamilton, and then north-west to the Bruce Peninsula on Georgian Bay. The tract north-east of the escarpment has an area of 9,000 sq.m. and an altitude of 250 to 1,000 ft., and the south-western tract includes 15,000 sq.m. with an elevation of 600 to 1,700 feet. In the last petroleum, natural gas, salt and gypsum are obtained, but ‘elsewhere in southern Ontario there are no economic minerals except building materials. Covering the’ higher parts there are rolling hills of boulder clay or moraines; while the lower levels are plains
gently sloping toward the nearest of the Great Lakes and sheeted with silt deposited in more ancient lakes when the St. Lawrence
which occur round the edge of a sheet of norite supply go per cent, of the world’s nickel, large amounts of copper and thousands of ounces of gold, silver, platinum and palladium. The Frood ming is known to contain 200,000,000 tons of ore. The building of the Temiskaming and Northern Ontario Raj. way led to the discovery of the cobalt mines, from which silver to the value of $240,000,000 has been obtained; and still farther north are the gold fields of Kirkland Lake and Porcupine, whose output gives Ontario third place in the production of gold, only South Africa and the United States surpassing it. In 1926 the value of the metals produced in Ontario reached $59,218,297,
almost wholly derived from the northern mines.
”
Lakes and Rivers.—All parts of Ontario are well provided with lakes and rivers, the most important chain being that of the St. Lawrence
and the Great Lakes with their tributaries, which
drain the more populous southern districts, and, with the aid of canals, furnish communication by fairly large vessels between the
lower St. Lawrence river and Lake Superior. beautiful
Lake Nipigon, a
body of water 852 ft. above the sea, 70 m. long and
so m. wide, may be looked upon as the headwaters of the St. Lawrence, since Nipigon river is the largest tributary of Lake Superior, though several other important rivers, such as the Kaministiquia,
the Pic and the Michipicoten,
enter it from the
north. All these rivers have high falls not far from Lake Superior,
and several of them supply power for industries of the region.
The twin cities of Fort William and Port Arthur are the great shipping ports for western wheat during the summer. The north shore of Lake Superior is bold and rugged with many islands, such as Ignace and Michipicoten, but with very few settlements, except fishing stations, owing to its rocky character. At the south-eastern end St. Mary’s river carries its waters to Lake Huron, with a fall from 602 to 58r ft., most of which takes place at Sault Sainte Marie, where locks permit vessels of 10,000 tons to pass from one lake to the other, and where water-power has been greatly developed for use in the rolling mills and wood
pulp industry. The north-east shores of Lake Huron and its large expansion Georgian Bay are fringed with thousands of islands, mostly small, but one of them, Manitoulin Island, is 80 m. long and 30 m. broad. French river, the outlet of Lake Nipissing, and
Severn river, draining Lake
Simcoe,
come
into Georgian Bay
from the east, and the Trent canal connects Lake Huron with Lake Ontario.
Georgian Bay is cut off from the main lake by Manitoulin
Tsland and the long promontory of Bruce Peninsula. Lakes Superior and Huron both reach depths hundreds of feet helow sea-
outlet was blocked with ice at the end of the glacial period. The old shore cliffs and gravel bars of these glacial lakes are still wellmarked topographical features, and provide favourite sites for roads, towns and cities. St. Catharines, Hamilton and Toronto are on the old shore of Lake Iroquois, the lowest. The Niagara
level, but the next lake in the series, St. Clair, towards which
While all the larger cities and most of the manufacturing and farming districts of the province belong to southern Ontario, there is in process of development a “New Ontario,” stretching for hundreds of miles to the north and north-west of the region just described and covering a far larger area, chiefly made up of ancient rocks forming the Archaean protaxis. The rocky hills of
which follow several rapids separated by quieter stretches before Montreal is reached at the head of ocean navigation. Steamers not of too great draught can run the rapids going down, but must come up through the canals. All the other rivers in southern Ontario are tributaries of the lakes or of the St. Lawrence, the Ottawa, navigable in many parts, being the largest, and the Trent
Lake Huron drains southward through St. Clair river, is very shallow and marshy. Detroit river connects Lake St. Clair with Lake Erie at an elevation of 570 ft.; and this comparatively
shallow lake, running for 240 m. cast and west, empties northescarpment mentioned above is the cause of waterfalls on all the wards by Niagara river into Lake Ontario, which is only 246 it. rivers which plunge over it, Niagara Falls being, of course, the most above the sea. Niagara Falls, with rapids above and below, carry important. Between the Palaeozoic area near Ottawa, and Georgian the waters of the upper lakes over the Niagara escarpment. Bay to the north of the region just referred to, there is a south- Power from the falls supplies the needs of a region within 150 m. ward projection of the Archaean protaxis consisting of granite | Welland canal, between Port Colborne on Lake Erie and Dalhousie and gneiss of the Laurentian, enclosing bands of crystalline lime- on Lake Ontario, carries vessels of 14 ft. draught from one lake stone and schists, which are of interest as furnishing the only mines to the other, A new canal with a depth of 27 ft. is nearly finished. of “Old Ontario.” From these rocks in the Ottawa valley are From Lake Ontario the St. Lawrence emerges through the meslies quarried or mined granite, marble, felspar, talc, mica and graphite. of the Thousand Islands, where it crosses Archaean rocks, after
the tableland to the north long repelled settlement, the region
being looked on as a wilderness useless except for its forests and its furs, but the finding of great ore deposits, the opening up of farming areas and the development of the wood pulp industry are constantly extending settlement toward the north. The building of the Canadian Pacific Railway led to the discovery of the Sudbury nickel region, where segregations of nickel-copper ores
next in importance. In northern Ontario lakes are innumerable and often very picturesque, forming favourite summer resorts,
such as Lake Temagami, the Muskoka, Lakes and Lake-of-theWoods. The latter lake, Rainy Lake and other connected bodies of water belong to the Hudson Bay system of waters, their outlet being by Winnipeg river to Lake Winnipeg, from which flows
Nelson river. In Ontario the Albany, Moose, Missanabi and
ONTARIO
POPULATION] Abitibi flow into Hudson Bay, navigable except for canoes.
but
none
of these
rivers
is
Climate.—The climate of Ontario varies greatly, as might be expected from its wide range in latitude and the relationships of the Great Lakes to the southern peninsula of the province. The northern parts as far south as the north shore of Lake Superior have long and cold but bright winters, sometimes with temperatures reaching 50° F below zero; while their summers are de-
lightful, with much sunshine and some hot days but pleasantly
cool nights. Between Georgian Bay and Ottawa the winters are less cold, but usually with a plentiful snowfall; while the summers are warm. The south-west peninsula of Ontario has its climate greatly modified by the lakes which almost enclose it. As they never freeze, the prevalent cold north-west winds of North America are warmed in their passage over them, and often much of the winter precipitation is in the form of rain, so that the weather has much less certainty than in the north. The summers are often sultry, though the presence of the lakes prevents the intense heat experienced in the states to the west and south.
Owing to the mildness of its winters, the south-west peninsula is a famous fruit country with many vineyards and orchards of apples, plums and peaches. Indian corn (maize) is an important field crop, and tobacco is cultivated on a large scale. Small fruits and tomatoes are widely grown for the city markets and for canning, giving rise to an important industry. Population.—The province is divided into two sections, the older and more thoroughly settled portion, Southern Ontario, with an area of some 77,000 square miles, and Northern Ontario, with an area of 330,000. Of the total area, water forms 10-16 per cent. The population of the province in 1931 was 3,431,683, and the growth since 1912 is reflected in the decennial census of the Dominion:
Population of Province . Percentage of the Do-
IQII
IQ2I
1931
2,527,292
2,933,662
3:431,683
35°07
33°38
33°08
minion’s population
The percentage increase of the population in fifty years (18711921) was 80-99. In 1921 the density of population (number of persons per square mile of land area) was 8-02, whereas the average for Canada was 2-41. An increasing percentage of people live in cities, towns or incorporated villages, as is illustrated in the following figures:
Percentage of population rural Percentage of population urban
The smallest urban unit, the village, must by provincial law have a population of 750 in an area not exceeding 500 acres.
Some 160 municipalities had in 1921 populations between 1,000 and 5,000. The largest city and the capital of the province is Toronto, with a population of 631,207. Hamilton, a manufacturing centre, comes next with 155,547, and Ottawa, the federal capital, follows Hamilton with 126,872. Another important
and handsome city—but with a population under 100,0c00—1s London, situated in the rich agricultural area of western Ontario. Racially the population of the province is dominantly of AngloSaxon stock. In the last census (1921) seventy per cent. of the people were of British origin; about nine per cent. French, and four per cent. German. The French settlements are largely in that portion of the province bordering on the St. Lawrence, and in the newer areas of the north. Over 26,000 Indians dwell within Ontario, mainly on reservations long ago set apart for them. The numerically strongest sectarian group is the United Church, which as in other provinces resulted from union of the Method-
ists, Congregationalists and Presbyterians. Its influence has given a puritan tone to social life, instanced in the legislation for the strict observance of the Sabbath. The Roman Catholic Church followed by the Anglican ranks next in strength of membership. Government.—The government of Ontario differs little from
795
that of the other Canadian provinces. Executive power is vested in a lieutenant-governor appointed for five years by the federal administration and assisted by an executive council, the members of which have seats in and are responsible to the local legislature. This consists of one house, 112 members, elected by a wide suffrage that places women on the same footing as men. The legislature has the right only of direct taxation, and the principal taxes are those on corporations, succession duties, licences, permits of various kinds, etc. A goodly income is derived from the sale or lease of crown lands, timber and minerals, and an annual subsidy from the federal government. A popular system of municipal administration has existed since 1849. The act of that year has been the Magna Charta of municipal institutions, not only for Ontario, but for the more recent provinces that have largely copied Ontario’s institutions. It has undergone amendments, but the essentials of a popular system of local government with elected councils have been maintained and strengthened. There are in the province over goo local self-governing units, embracing townships, counties, villages, towns and cities. Education.—The inhabitants of Ontario have been distinguished by special devotion to the maintenance of an educational system. In the early years of provincial history, the legislature made considerable grants of land for such purposes, and to-day few departments of government are deemed so important as that of education. A minister in the executive council is nominally responsible to the legislature for policy, and his departmental deputy exercises scarcely less influence on the educational system. School inspectors seek to uphold throughout the province uniform and high standards, while in every district a body of trustees levies taxes, appoints the teachers, and in general provides for the maintenance of the local school. Attendance is compulsory between the ages of eight and sixteen. The primary or public schools are free and undenominational, but not secular, as prayer and Bible reading hold a place in the daily programme. Since 1863 the Roman Catholics have exercised the right to separate schools, which may be set up in any district upon the request of not less than five heads of families. Taxes levied on the supporters of these institutions are devoted wholly to their maintenance. Under prescribed conditions, Protestants and coloured persons may also claim the right to separate schools, but the right is rarely exercised. Secondary education is provided in high schools and collegiate institutes, of which 186 existed in 1925. These institutions may require fees or give free education at the option of the local trustees. There are also many incorporated private schools, exempt from municipal taxation. They are grouped principally in Toronto and its neighbourhood, the most distinguished being Upper Canada College, founded in 18209. Higher education is provided by the provincial university in Toronto and four other universities: Queen’s in Kingston, Western in London, McMaster (Baptist) in Toronto, and the University of Ottawa (Roman Catholic) in the federal capital. The provincial institution, known as the University of Toronto, had in 1926 a total staff of 672, including junior instructors and demonstrators, and a student body of 5,466. It is a federation of colleges, and boasts of scholars no less distinguished than those in the finest universities of the United States and Great Britain. In all the
universities women are admitted on the same terms as men, and generally form about two-fifths of the whole student body. In addition to the universities, model and normal schools exist for the training of teachers, while the cause of scientific agriculture
is promoted by the Ontario Agricultural founded and endowed by the government. Agriculture.—Ontario
the Dominion.
College at Guelph,
is the richest agricultural province in
Her agricultural wealth in 1927 was estimated to
be $2,265,000,000 (c. £453,000,000). Yet the percentage of the value of the net production in the industry to the total net output of production of all industries is overtopped by that of manufactures, agriculture representing 27 per cent. and manufactures 40 per cent. Field crops are responsible for more than half of the annual revenue from the farms, while dairy products come next in importance. Wheat production has ceased to hold
ONTARIO
796
the dominant sway that it still retains in the three prairie provinces, with the consequence that farmers are not subjected to rapid changes of good or ill fortune, so common to their compatriots further west, who depend upon the fickle wheat crop. In the number of milch cows, cattle, sheep and swine, Ontario leads the other Canadian provinces, and the valuation placed on its live stock ($261,673,000, or c. £52,334,600) is more than one-third of that on all live stock in Canada. Rich fruit growing areas extend throughout the Niagara peninsula and along the
shores of lakes Erie and Ontario.
Apples, peaches, pears, plums,
cherries and grapes are the principal commercial fruits, and fruit canning is a local industry of some importance. Over 33,000
acres in the south-western part of the province are devoted to the production of tobacco. The average farm varies from roo to 200 acres, and the majority of farms are worked by their owners. Manufactures.—The manufactures of Ontario steadily increase in importance, and the province has little difficulty in maintaining supremacy among the provinces of the Dominion in gross value of manufactured products, which in 1925 represented nearly 52 per cent. of those of the whole Dominion. At that date there were 9,386 establishments with an annual production of $1,527,154,660 (c¢. £305,430,932). Some of the chief manufacturing industries and industrial products are: automobiles; flour and grist-mill products; slaughtering and meat-packing; pulp and paper; rubber goods; butter and cheese; electric light and power; castings and forgings; sawmills; hosiery, knit goods and gloves; bread and other bakery products; non-ferrous metal smelting; printing and publishing; agricultural implements; planing mills, and steel and rolling mill products. Most of Ontario’s leading manufactures are dependent upon the primary products of forest or farm, but the automobile industry is a striking exception, since the largest quantity of its materials is imported from the United States. The province has no coal, a disadvantage offset by the presence of immense water power.
Water
Power—Among
Canadian
provinces
Ontario
ranks
second to Quebec in the amount of horse power developed and in potential power resources. The estimated amount of power developed in the province in January, 1928, was 1,816,000 hp. (turbine installation), while the undeveloped amounted to 5,330,000 hp. This power is developed principally in central electric stations, but a considerable amount is produced by pulp and paper mills and other industries. Ontario was the pioneer province in the public ownership of hydro power. In 1906 it formed the Hydro-Electric Power Commission, which bought power generated at Niagara and transmitted it at cost to the municipalities, the initial capital being provided by issues of bonds, guaranteed by the Government of Ontario. Since then the Commission has become much more than a merchant pur-chasing power. It has extended its control over the generation of power on the Niagara river, and retains for public ownership the most vital force in the industry of the province. In 1926, 249 municipalities with 420,590 consumers were supplied by the Commission.
Mining.—In mineral production Ontario has the largest output and the greatest variety of products of any Canadian province, and she dominates the world’s nickel market. Judged by value, gold is the most important metal, with nickel, silver, and copper following in the order named. The production by quantity of these metals in three succeeding years was as follows:
Gold, fine, oz.
Nickel, 1b. Silver, fine, Copper, Ib.
.
OZ..
1924
1925
1926
1,241,728
1,461,039
1,497,215
69,536,350 | 73,857,114 | 65,714,204 II,272,567
I0,520,I31I
9,274,065
37,113,193 | 39,718,777 | 41,312,867
Practically all the commercial non-metallic minerals except coal are produced within the province, the principal ones being corundum, graphite, richest mining Cambrian rock Petroleum and
mica and talc, felspar, petroleum, and salt. The territories are in Northern Ontario, where pre-
stretches for hundreds of miles to James Bay. salt are found, however, in south-western Ontario.
[HISTORY
Lumber.—In lumber production Ontario ranks second to British Columbia. Twenty-five different woods are commercially produced, of which eight are softwoods and seventeen are hardwoods. White pine proves to have the widest market, with red pine, spruce, jack pine and hemlock ranking next in importance,
Although the forest area steadily contracts with the spread of
settlement, the province makes efforts at reforestation, and distributes at least 7,000,000 trees annually from its six nurseries, In the Algonquin National Park the ancient forest and its life are preserved intact, affording opportunity for a study of the problems of scientific forestry and providing in addition an excellent
retreat for the tourist and sportsman. Due to her resources of timber—covering some 240,000 squares miles—Ontario is a lead-
ing province in pulp and paper production.
In 1926 there were
45 mills in operation, of which 12 were pulp, 17 paper and 16 combined pulp and paper. Communications.—Ontario is richly dowered with numerous lakes and rivers, which have the double value of fresh water
fishing grounds and natural avenues
of communication.
The
obstacles on these natural waterways have been largely overcome
by the construction of canals. The most important canal system is that connecting the grain ports of Fort William and Port Arthur with Montreal through the chain of great lakes, a total sailing distance by canal and lake of 1,000 miles. The populated areas are well supplied with railways. The province has onefourth of the total single track mileage of the Dominion, some 10,870 miles. The construction of the railways was at the outset aided by municipal and provincial subsidies, and gradually the various lines were consolidated into the great rail systems of the country. Very important in opening up the mining areas of Northern Ontario has been the publicly owned line, known as the Temiskaming and Northern Ontario Railway, which now extends almost to James Bay. Ontario also boasts of some 63,000
miles of roads, which in Southern Ontario radiate in every direction, facilitating the movement of more than 400,000 automobiles owned by citizens of the province. As a consequence of the good roads—gravel, macadam, concrete and cement—the traffic of American tourists has become a substantial source of provincial income. No other province has drawn so many tourists and
obtained from them so large a revenue
(A. Br.)
HISTORY
Champlain was the first European to record anything about the present Ontario. In 1613 he went up the Ottawa in a vain search for the Northern Ocean; and in 1615 he pushed westward and reached the eastern shores of Lake Huron, the first to tell of the Great Lakes with their vast stretches of fresh water. Missions to the natives were a chief interest of the French pioneers in Canada and within Ontario is found their earliest important effort. Huronia, on the borders of Lake Simcoe and the Georgian bay, the scene of a promising Jesuit mission, was devastated by the Iroquois in 1649 with the martyrdom of Fathers Brébeuf, Lalemant and others, making one of the most tragic stories in Jesuit annals. Meanwhile, the fur trade expanded and, before the British conquest, the French had trading posts at strategic points; Fort Frontenac, where now is Kingston—a deflance of the Iroquois—on the south side of Lake Ontario; Toronto, on its north shore, near the west end; Niagara;
Michilimackinac at the entrance to Lake Michigan;
Detroit;
Sault Ste.
Marie and on the greatest and farthest lake, Superior, a fort where now stands the city of Fort William. They did, however, little settlement and, apart from such posts, Ontario was virgin wilderness when in 1763 it became British. In 1774, by the Quebec Act, it became a part of the Province of Quebec ruled from Quebec. The American Revolution began in the next year and for the first time, came serious settlement by exiled loyalists from the United States, bitterly hostile to that country. The Quebec Act entrenched the civil law of France; but the loyalists wished English law and a representative assembly, and in 1792 two Canadas were created; Lower Canada, east of
the Ottawa River; Upper Canada, west; each with its own legislature. At once Upper Canada adopted English law. The first
ONTARIO governor, John Graves Simcoe, considered the seat of Government at Niagara was too near the American frontier; and it was
quickly changed to York, the present Toronto. The mind of Simcoe, a soldier, appointed later commander-inchief in India, was, with justice, alert on problems of defence. When war with the United States broke out in 1812, the Americans captured and burned York, for which later the British retaliated by burning the Capitol at Washington. Only after
peace in 1814 and the fall of Napoleon in 1815 was there adequate opening for development. English, Scots and Irish arrived in con-
siderable numbers, until, by 1837, there were 350,000 people in
Upper Canada.
Political differences became acute; one extreme
wing, composed chiefly of the loyalist elements, was reactionary;
the other, led in the end by a Scot, William Lyon Mackenzie, was radical, In Lower Canada there was a similar issue with Papineau as the radical leader. Holding the middle ground, on clear-cut principles of constitutional right, was Robert Baldwin. He claimed
that in Upper Canada as in England the head of the State must govern through advisers who had the confidence of the people. After abortive rebellion in both provinces in 1837~38 a striking political evolution took place. Upper and Lower Canada were
united in 1842 under a parliament in which they had equal representation. Sectionalism as between French and English endured and the solution was found in 1867 in a federal system. (See Canana: History.) Apart from its few burning issues about self-government, Ontario has a quiet history. With a population chiefly British in political traditions, it has played an important part in solving problems of self-government of moment for the whole British empire. When in 1792 Upper Canada was created, the Protestant
religion was endowed with public lands. First the Church of England alone benefited. But its members were a minority of the population; other religious bodics protested angrily; and, in the end, the principle of the state endowment of religion was abandoned in Upper Canada. Baldwin’s clear cut teaching made also inevitable cabinet government on the model developed in England. The federal constitution of 1867 gave Ontario a legislature, and cabinet government on this developed model. There was the new feature in Ontario of the abolition of the second chamber. The legislature might, indeed, at its discretion create one but this has not been done. The most populous of the Canadian provinces has still but one chamber; and so far has this been from involving capricious change that one prime minister remained in office for a quarter of a century. The system has worked so well as now to be accepted in all the Canadian provinces except Quebec. While
Sir Oliver Mowat was prime minister of Ontario from 1871 to 1896 disputes arose as to the limits of federal and provincial authority. Mowat was a strenuous supporter of the rights of the provinces; and appeals to the privy council and experience have
united to establish the principle that, within their defined rights,
the provinces are supreme, and not under the supervision of the federal authority. By a curious paradox they have, in some respects, fuller powers, for they can alter their own constitutions. The long Liberal ministry of Mowat was followed by a decline of the party’s prestige and in rgos5 the Conservatives, led by Sir James Whitney, came into power. In 19126 during the World War, Whitney’s successor, Sir William Hearst, passed a drastic Prohibition law relating to the sale of intoxicating liquors. They
could be bought only at Government stores and on a medical certificate of illness; and all public drinking places were closed. An election in 19x19 gave the new Farmers’ party a larger num-
ber of members than had either the Conservatives or the Liberals and they took office under C. A. Drury. They showed a lack of
experience, and in 1923, while the Liberal party made a poor showing, the Conservatives
under G. Howard
Ferguson came
Into power with a large majority. There was discontent with the rigour of the Prohibition law and in 1926 Ferguson carried his
second election by securing a large majority for the system now
n effect in Ontario of State control of the liquor traffic. Drinking
797
this there has been recently no acute division on provincial policy.
The powers
of the province
are so limited
that issues
relate
chiefly to the details of administration. BIBLIOGRAPHY.—J. E. Middleton and F. Landon, The Province of
Ontario, A History (4 Vols. Toronto, 1927~28) with much unimportant local material, covers the salient history adequately. There are many
county histories. For general political development see the authorities cited under Canapa. C. R. W. Biggar, Sir Oliver Mowat (2 vols.
Toronto, 1905) is in effect, a history of Ontario for the 30 critical years (G. M. W.) after federation.
ONTARIO, a city of San Bernardino county, California, U.S.A., 38 m. E. of Los Angeles, at an altitude of 1,000 feet.
It is served by the Pacific Electric, the Santa Fe, the Southern Pacific and the Union Pacific railways. Pop. 7,280 in 1920 (86% native white); and 13,583 in 1930, an increase of 86-60%. Ontario lies on a sloping plateau at the foot of Mt. San Antonio (“Old Baldy,” 10,080 ft. high). Through the heart of the city and on up to the foot-hills runs a straight avenue 8 m. long and 200 ft. wide, with tree-shaded roadways on either side of a central strip. Citrus fruits, peaches, apricots, grapes, walnuts, dairy and poultry products and rabbits are conspicuous among the diversi-
fied products of the region. The city has packing plants, canneries and nurseries, and its manufactures include pectin, orange juice and citric acid, and electric irons and other household appliances. Ontario was founded in 1882 by George and William B. Chaffey, and was incorporated in 1891. It is governed by a board of trustees. In 1900 the population was only 722.
ONTARIO, LAKE, the smallest and most easterly of the
Great Lakes of North America, is bounded on the north by the Province of Ontario and on the south by the State of New York. It is roughly elliptical, its major axis, 180 m. long, lies nearly east and west, and its greatest breadth is 53 miles. The area of its water surface is 7,540 sq.m. and the total area of its basin 34,630 sq. miles. Its greatest depth is 738 ft., its average depth much in excess of that of Lake Erie, and it is, as a general rule, free from outlying shoals or dangers. Physiography.—On the north side of the lake the land rises gradually from the shore, and spreads out into broad plains, which
are thickly settled by farmers. A marked feature of the topography of the south shore is what is known as the Lake ridge, or, as it approaches the Niagara river, the Mountain ridge. This ridge extends, with breaks, from Sodus to the Niagara river, and is distant from the lake 3 to 8 miles. The low ground between it and the shore is a celebrated fruit-growing district, covered with vineyards, peach, apple and pear orchards and fruit farms. The Niagara river is the main feeder of the lake; the other largest rivers emptying into the lake are the Genesee, Oswego and Black from the south side, and the Trent, which discharges into the upper end of the bay of Quinte, a picturesque inlet 70 m. long, on the north shore, between the peninsula of Prince Edward, near the eastern extremity of the lake, and the mainland. The east end of the lake, where it is 30 m. wide, is crossed by a chain of five islands, and the lake has its outlet near Kingston, where it dis-
charges into the head of the St. Lawrence river between a group of islands.
Elsewhere the lake is practically free from islands.
There is a general surface current down the lake towards the eastward of about 8 m. a day, strongest along the south shore, but no noticeable return current. Asa result of its relatively great depth
there are seldom any great fluctuations of level in this lake due to wind disturbance, but the lake follows the general rule of the Great Lakes of seasonal and annual variation. Its mean surface elevation above mean sea-level, for a period of 68 years, is 246-09 ft., which is some 326-33 ft. below the level of Lake Erie. The lake never freezes over except near land, but the harbours are closed by ice from about mid-December to mid-April.
Ports.—The principal Canadian ports are Kingston, at the head of the St. Lawrence river; Toronto, where the harbour is formed by an island with improved entrance channels constructed both east and west of it; and Hamilton, at the head of the lake, situated on a land-locked Jagoon, connected with the main lake by Burlington channel, an artificial cut. The principal U.S. port is
places remain closed; but, under individual licenses and strict supervision, purchase is permitted and the Government gets a Oswego, where a breakwater has been built, making an outer considerable revenue from its monopoly of the trade. Apart from harbour.
798
ONTENIENTE— ONYCHOPHORA
Commerce.—The commerce of Lake Ontario is limited in comparison with that of the lakes above Niagara Falls, and is in
general confined to vessels which can pass the Welland canal and the St. Lawrence canals; the harbours on the lake are planned to accommodate vessels limited to the size determined by the dimensions of the smallest locks, which are: length 270 ft., width 45 ft. and depth 14 ft. on sills. The commerce on the lake is generally confined to coal shipped from Rochester, Sodus bay, Little Sodus bay and Oswego to Canadian ports on the Jake and U.S. and Canadian ports on the St. Lawrence river; to coal from Oswego to upper lake ports; to grain and other products shipped from upper lake ports through the Welland canal to the St. Lawrence; to lumber from Canadian ports; and to pleasure traffic. Canals.—The completion, about 1930, of the New Welland canal by the Canadian Government (see NiacarA River) will permit the large lake vessels now operating on the upper Great Lakes to enter Lake Ontario. Negotiations under way in 1928 between the United States and the Canadian Governments will undoubtedly result in the improvement of the St. Lawrence river for power and navigation, thereby providing a navigable channel to the sea, suitable for ocean-going vessels. For a century, the Erie and Oswego canals, built and operated by the State of New York, have been important water outlets from Lake Erie and Lake Ontario to the Hudson river and to New York city. The present canal is 12 ft. deep and is designed for use by boats
mediate stage in the evolution of the science of being gave place to the modern view that the first duty of the philosopher is to consider
knowledge itself (see EpıstemoLocY), and that only in the light of conclusion as to this primary problem is it possible to consider
the nature of being. The evolution of metaphysics has thus rele. gated ontology to a secondary place. On the other hand it remains
true that the science of knowing is inseparable from, and in a sense identical with that of being. Epistemological conclusions cannot be expressed ultimately without the aid of ontological
terms.
See METAPHYSICS; PHILOSOPHY; and KNOWLEDGE, THEORY oF, ONYCHOPHORA, a small but unusually interesting group of animals of the phylum Arthropoda (q.v.), differing in so many important respects from all other Arthropoda that a special class has been created for them. The class Prototracheata or Onychophora, containing only about 50 species, is equivalent in rank to
the classes Crustacea, Insecta, Myriapoda and Arachnida, although
these groups contain many thousands of genera and species, A small group of genera which necessitates the creation of a separate class is usually the recipient of particular interest, for it will present highly important indications of the evolutionary relations between other groups of the animal kingdom. It is often to be regarded as the survivor of a group more extensive in range and more numerous in species and individuals in past times. The Onychophora is such a case. It presents features which are drawing 104 feet. The canal distance from Oswego to New York typically arthropod. At the same time it possesses many features city is 338 miles. The Murray canal extends from Presqu’ile bay, which recall the segmented worms (Annelida, g.v.), the group to on the north of the lake, to the head of the bay of Quinte, and which the Arthropod a are structurally most closely related. It enables vessels to avoid 70 m. of open navigation. It is 11 ft. might be regarded as a relic of the evolutionary transition between deep below the lowest lake level and has no locks. these big groups, the representative of an ancient group although Trent canal is the term applied to a series of rivers and lakes probably it has evolved along its own special line. connected by short canals, designed to form a continuous system The Onychophora contains only seven genera but these are so of light-draught navigation between Lake Ontario and Georgian much alike that it is still common to use the term Peripatus as bay, Lake Huron. Six-foot navigation is now available for 224 M. the generic name for all. The different species resemble each from Lake Ontario to Swift Rapids on the Severn river and, upon other externally so closely that, but for the differences in the completion of the Severn division at the Georgian bay end, will number of legs, a picture in black and white like fig. x would be possible for the entire route. Even now facilities are provided stand for any of them. Notwithwhereby small motor boats proceed through from Lake Ontario this resemblance it apstanding to Lake Huron. At Kingston the Rideau canal, extending 128 m. pears necessary to restrict the to Ottawa, enters the St. Lawrence river at the foot of the lake. use of the old generic name PeriThis canal has 47 locks, with minimum dimensions of 134. ft. patus to a few species. by 33 ft., and a depth of 5 feet. The geographical distribution BrsLrocraPayY.—Bulletin No. 37, Survey of Northern and NorthAFTER SEDGWICK of the group is very wide but western Lakes (Detroit, April 1928); Annual Report of Chief of FIG. 1.—PERIPATOPSIS CAPENSIS, Engineers, U.S. army, U.S. Government Printing Office (1927); The discontinuous and very local. DRAWN FROM LIFE, LIFE SIZE St. Lawrence Waterway, report of Joint Board of Engineers appointed Specimens have been found in the by the Governments of the United States and Canada, U.S. GovernWest Indies, Central America and Chile, the Congo region of ment Printing Office (1927). (E. Ja.) West Africa, South Africa, Malaya, India, Melanesia and AusONTENIENTE, a town of eastern Spain, in the province of tralasia. Specimens are only met with here and there, even where Valencia; on the right bank of the Clariano or Onteniente, a sub- favourable conditions exist over a wider area. This discontinuity tributary of the Júcar, and on the Jativa-Villena railway. Pop. of occurrence coupled with the obviously poor powers of distribu(1920) 12,470. Onteniente has a parish church remarkable for tion of these creatures is strong evidence of a more continuous its lofty square tower, and a palace of the dukes of Almodovar. range in the past and of a group now on the way to extinction. The Linen and woollen cloth, paper, brandy, furniture and earthenware distribution of the genera is as follows :——Peripatus—America and are manufactured. Africa; Eoperipatus—Indo-Malaya; ONTOLOGY, the name given to that branch of philosophy tus—Australia; Opisthopatus—Chile Peripatoides and Ooperipaand South Africa; Parawhich deals specially with the nature of being, i.e., reality in the peripatus—New Britain; Peripatopsis—Central Africa. abstract. The idea, denoted in modern philosophy by the term Since the present account is a short general summary we shall “ontology” in contrast to the broader “metaphysics” and the corcontinue to use the term “Peripatus” to include all species of the relative “epistemology,” goes back to such phrases as övrwsörra, group. It will be understood, however, that this is for convenience which Plato uses to describe the absolute reality of ideas; Plato, only. however, uses the term “dialectic” for this particular branch of The animal is always found in moist situations (although the metaphysics. Aristotle, likewise, holding that the separate sciences district itself may not be moist during the whole year). It is have each their own subject matter, postulates a prior science of generally found under rotting branches lying on the ground, under existence in general which he describes as “first philosophy.” So stones, under bark and in the crevices of tree stumps. It is exfar, therefore, the science of being is distinguished not from that of knowing but from that of the special forms of being: as to the tremely sensitive to a dry atmosphere (specimens frequently will not withstand 24 hours in a dry cardboard box, whereas they will possibility of objective reality there is no question. A new distinction arises in the philosophy of Wolff who first made “ontology” be happy for twice this time in a small glass tube containing moist soil although the tube may be tightly corked). It never a technical term. Theoretical philosophy (metaphysics) is by him comes out into day-light and specimens in captivity are much more divided into that which deals with being in general whether ob- active at night. It is probably entirely carnivorous, feeding on jective or subjective, as contrasted with the particular entities, small insects and other small animals. the soul, the world and God. The former is ontology. This interPeripatus is a segmented animal, and at a first glance looks
ONYCHOPHORA somewhat like a caterpillar; but the long antennae, the peculiar
hody-surface and the legs soon dispel that view. The actual segmentation is only shown externally by the occurrence of paired
legs, one pair to each segment. The surface of the body is marked
by ring-like ridges far more numerous than the segments. Some of these are almost continuous round the circumference of the
animal (they are all broken by a fine groove down the middle of the dorsal surface), others are less complete and arise between the former. The skin and body wall is highly characteristic, the superficial cuticle being very thin (as in the worms, in contrast to the usual arthropod condition) and raised everywhere on the ridges into delicate microscopic papillae. These close papillae give the skin a velvety appearance and their presence makes it difficult to wet the crea-
ANTENNA
ORAL PAPILLA
FIRST LEG
FROM SEDGWICK IN “TEXTBOOK (6. ALLEN & UNWIN)
FIG. 2.—VENTRAL
VIEW
OF
ture.
The colours of these animals are dark grey, olive green, or
ZOOLOGY"
OF
HEAD
brown
to brick
red
on
the
dor-
sal surface and light, often almost
oF P. CAPENSIS
white on the under surface. Different species present slightly different colour-patterns, but in more than one locality the same species ranges from black through olive green to reddish brown. Both head- and tail-ends taper and there is no distinct head.
The anterior end bears two characteristic antennae, very mobile and extensible. In fact the whole animal is remarkably extensible and there is a great difference in length between a living specimen in motion (especially if this is rapid) and one in spirit. Slightly posterior and ventral to the antennae are two small
blunt oral papillae, and between these the buccal cavity is situated (fg. 2). An anal aperture is found at the extreme posterior end of the animal and further forward SPINOUS PADS on the ventral surface between the last pair of legs is the reproductive aperture in both sexes. NEPHRIDIUM The males may sometimes be distinguished from the females by slight differences in the appearance of the genital opening. In many cases, however, the only difference, not always distinct, is the presence of little apertures of
APERTURE OF
CRURAL
é
1HR:
other
apertures
on
the
secreted.
These diverticula lie around the posterior part of the
stomach, often entangled in the coils of the reproductive organs. When a living specimen is touched the slime is shot out from the oral papillae to a distance of several inches. Contact with the air causes it to congeal into white, sticky threads. It is supposed that the substance is used for offence or defence. The tracheae are amongst the most noteworthy features of the Onychophora because so characteristic of certain other Arthropoda. They arise in bunches from the bottom of little epidermal pockets, tracheal pits. It is impossible, however, to see these pits externally. From each pit a large or small bunch of parallel tracheae start off, without branching; then they separate and finally branch, when they reach the organs they supply. Since the small single tubes require a high magnification to see them, one can only see readily the little rosettes of tubes where they are
crural glands on the legs of the male (fig. 3). The
RINGS OF
GLAND
799
The Alimentary Canal. The buccal cavity contains a pair of horny jaws (fig. 5) which may just be seen from the exterior. Each consists of two cutting plates lying in contact. These Jaws are the only mouth appendages present. The mouth at the posterior end of the-buccal cavity leads into a short muscular pharynx and from this a short oesophagus opens into the stomach (fig. 5). This forms the greater part of the alimentary canal. It isa straight and wide tube leading almost to the posterior end where a short, narrow rectum opens at the AFTER DAKIN terminal anus. The only glands connected with ORAL PAPILLA the alimentary canal are two salivary glands (fig. 5) which SALIVARY GLAND DUCT open by a common duct into the buccal cavity. Each gland is a PHARYNX long tubular structure lying in a lateral cavity close to the nerve SALIVARY GLAND cord. The Slime Glands (fig. 5) are SLIME GLAND DUCT another peculiar feature. There are two of these, each opening on SLIME GLANDS an oral papilla. Each consists of a long dilated tube which acts RECTUM as a reservoir and lies over the .stomach in the central cavity of ANUS. the body. This reservoir extends BY COURTESY OF THE ZOOLOGICAL SOCIETY back a considerable distance and FIG. 5.—PERIPATOIDES OCCIDENthen gives off numerous divertiTALIS, SHOWING PARTS cula in which the slime is
FIG.
3.—FOURTH
LEG
OF
PERIPA-
surface of the body are those of 7O!DES (MALE) the tracheae (respiratory organs—see below) and the excretory
organs. None of the former can be seen with the naked eye and
bunched at the tracheal pits and then only by examining the internal surface of the body-wall in fresh specimens. The tracheal pits are numerous and arranged in definite positions. In the West Australian species there are two main rows, one on each side, between the mid-dorsal line and the level of the legs. There are also four longitudinal series on the ventral
surface.
only four of the latter, on the 4th and 5th pairs of legs (fig. 3). E. Gaffron stated that there were about 75 openings to a segThe limbs of Peripatus are characteristic. Each consists of a ment in P. edwardsi. The present author has counted 32 without cone-like stumpy leg bearing distally a narrower foot which carries difâculty in Peripatoides occidentalis. The tracheal tubes have a two sickle-shaped claws. The skin of the legs bears rings of tiny spiral thickening in the walls similar to that in other Arthropoda. The excretory organs are probably the most surprising of all papillae like those of the body and near the apex there may be the structures found in this animal and at once call to mind the annelid worms, being not at all spinous pads. The structure of CILIATED REGION
FIG, 4.——DIAGRAM
OF TRANSVERSE
the appendages is thus quite unlike the jointed arthropod leg. Internal Structure—A transverse section through an adult shows Clearly how the body cavity, which is a haemocoele, is subdivided by delicate sheets of
SECTION THROUGH MIDDLE OF BODY tissue (fig. 4) into (I.) a large central space extending the whole OF PERIPATUS length and containing the gut (a), slime glands (s) and reproductive organs (c); (IL) a shallow dorsal space above the central cavity, containing the heart (p); (III.) two lateral spaces each
with a nerve cord (£), nephridia (r), and salivary glands (s).
The excretory organs are also found in these compartments,
especially in the extensions which exist in the legs.
OF DUCT
COELOMIC
SPACE
OLLECTING VESICLE EXTERNAL APERTURE
FIG.
6.—DIAGRAM
OF
NEPHRIDIUM
like the excretory organs of the arthropod groups. They are paired structures, one pair to each pair of legs. With the exception of those of the 4th and sth pairs, each excretory tube opens on the ventral surface at about the point where its corresponding leg
OF PERIPATOIDES OCCIDENTALIS joins the body. The 4th and sth pairs open on papillae near the
distal end of the corresponding legs (fig. 3). It is a striking fact
that this distinction should be found constantly in the different species. oe The excretory organs have been termed nephridia and there al is some evidence from embryology in support of ‘this. Anatomic
study, however, is insufficient to indicate the exact homologies of
800
ONYX—OPAH
these organs and the embryological evidence requires confirmation. Each “nephridium” (fig. 6) consists of a tube with an enlarge-
and Distribution of the Genus Peripatus, Guilding,” Quart. Journ. Mic. Sci. xxviii. 431-494 (1888); T. Steel, “Observations on Peripatus,”
Proc. Linn. Soc. New South Wales, p. 94 (1896); Bouvier, “Monographie des Onychophores” Ann. des Sci. Nat. (Paris, 1905-1907) ; W. J, responding to a coelomic cavity, at its internal blind end. In the Dakin, “The Anatomy, etc., of West Australian Peripatoides” Proc, West Australian Peripatoides the author discovered that cilia Zool, Soc. (London, 1920) ; “The Eye of Peripatus,” Q.J.M.S. (1921); (W. J. D) were present in that part of the tube leading out from the coelomic “Infracerebral organs of Peripatus,” Q.J.M.S. (1922). ment, the collecting vesicle, near its aperture and another, cor-
vesicle. This is the second part of the body where cilia have been found in these animals and since cilia are characteristically absent in the Arthropoda, it is a point of importance. Their other site 1s the reproductive organs of the female. The blood system appears to consist only of a feebly developed dorsal tubular heart. The nervous system consists of a pair of large supraoesophageal ganglia completely united in the middle line and occupying most
of the head space, and a pair of cords which run backward. These latter, instead of being close together in the mid-ventral line, are situated coele. Numerous legs, connect the corresponding to
at the sides in the lateral cavities of the haemocommissures, 8~1o between successive pairs of lateral cords. There are indications of ganglia, the legs in number, where the lateral cords are
slightly thickened. Nerves pass out from the supraoesophageal ganglia to the tentacles, eyes and skin sense organs and also leave the lateral nerve cords. The only sense-organs are the eyes and numerous skin senseorgans all of which look alike in structure. The eyes are moderately well-developed, situated on the head near the base of the antennae. They are simple eyes, not compound like those so characteristic of the Arthropoda. They differ also fundamentally from the arthropod type of simple eye, the
ocellus. It is sufficient here to point out that on the whole the visual organ presents features of a simple type met with in both
annelid worms and arthropods, but it has followed its own line of evolution. The skin sense-organs consist of little packets of cells associated with a projecting spine. They look like and are usually regarded
as tactile organs. Peripatus is, however, extremely sensitive to chemical stimuli as well as to vibrations and the presence of a very little chloroform vapour or acetic acid in the air produces a quick reaction. Reproduction.—The sexes are separate. The reproductive organs consist of a pair of tubular testes in the male and a pair of ovaries in the female. In both sexes the reproductive organs are continuous with the tubes which lead their products to the exterior, opening at the single aperture already described. In the female, part of each duct is differentiated to form a uterus in which the young develop. Slight differences in the arrangement occur in the different species. Almost all produce living young. One feature of special note is the varying amount of yolk in the eggs and its result. The Australian species have large yolk-laden eggs, and all species come near to laying eggs. At least one species of eastern Australia is actually oviparous and eggs are laid in sculptured shells. In all others the eggs are retained within the female and after a period of several months the young are born. The South African and Australian species give birth to the young in April-June. Fertilization in one of the latter species takes place in the preceding August or September and the period of gestation would thus be 8~9 months. It has been given as 13 months for the Cape species. The eggs are fertilized internally and it has been stated that the male of the Cape species deposits its spermatozoa on the surface
of the female. Since the uterus is said never to contain spermatozoa, the mode of entrance into the body would be a complete mystery. There can be no doubt that in the Australian species copulation of the two sexes takes place and the spermatozoa pass up the vagina of the female. The embryology of the Cape species has been worked out and reference should be made to A. Sedgwick (see below) for details. Further work is required in this direction and would be of undoubted interest and importance. BIBLIOGRAPHY.—A. Sedgwick, “A Monograph of the Development of Peripatus capensis” (originally published in various papers in the Quart. Journ. Mic. Sci., 1885-1888); “A Monograph of the Species
ONYX, a striped agate in which white layers alternate with
black. When brown or red bands occur instead of black the stone is termed sardonyx (q.v.). The Romans applied this name originally to a species of marble, now called onyx-marble, because of a resemblance between its well-defined white and yellow veins and the shades in the finger-nail (6vv£). When this marble became less
important the name was transferred to the striped agate.
because
Onyx
has always been largely employed
in cameo-work
the
coloured layers.
are those produced by the
design and background could be cut so as to occur in differently The best cameos
ancients, though a revival of the art was occasioned by the discovery in the middle of the last century of the South American sources of onyx. Many inferior agates are now made suitable for the cutting of cameos by artificially dyeing the layers (see AGATE) and glass imitations are also extensively produced. Beads,
brooches, ring-stones and other small ornaments are frequently made of onyx and larger pieces are fashioned into cups and vases. Onyx-marble is much softer and less precious than true onyx and includes the following ornamental stones; Mexican onyx or Tecali marble, which is often of a delicate green shade, Algerian onyx and Gibraltar-stone. The chief localities for onyx are South America and India. See C. W. King, Precious Stones, Gems and Precious Metals (London, 1865); A. Eppler, Die Sckmuck und Edelsteine (Stuttgart, 1912). For onyx-marbles see G. P. Merrill, Rep. U.S. Nat. Mus. for 1893 (1895). (W. A. W.)
OOLITE, a geological term used in two senses; the commonest use refers to a particular type of structure common in limestones and ironstones, where the rock is composed of small rounded grains, resembling the roe of a fish (Gr. dov, an egg, Nios, a stone). This structure is apparently produced in more than one way, most commonly perhaps by accretion of CaCO; from solution in water around tiny sand grains or shell-fragments in moving water, where the grains are kept in constant motion. Grains formed in this way show radial or concentric crystalline structure when cut open. In some instances the grains are merely minute rounded pebbles of an older limestone, and such may show no particular structure. Many fine examples of oolitic deposits are formed by calcareous algae in hot springs, as at Carlsbad and Vichy. Such grains consist of aragonite, not calcite. Oolitic ironstones are apparently formed in a way similar to that first
described, but the exact manner of precipitation of the iron is still somewhat doubtful. Bacteria may play a part. The second use of the term is stratigraphical, to indicate the British rocks forming the middle and upper divisions of the Jurassic system (g.v.) where oolitic rocks are common. This
usage is now out of date. (R. H. Ra.) OOLOGY, the science of eggs, especially birds’ eggs. See Ecc; Biro; NesT AND NIDIFICATION; REPRODUCTION; ORNITHOLOGY.
OOTACAMUND,
town, British India, headquarters of the
Nilgiris district in Madras, approached by a rack railway from
Mettupalaiyam station on the Madras railway.
Pop. (1921)
19,467. It is the principal sanatorium of southern India and summer residence of the governor of Madras and is noted for hunting, fishing and shooting. It is placed on a plateau 7,220 it. above the sea, with a fine artificial lake, and mountains rising above 8,000 ft. The mean annual temperature is 58° F, with a minimum of 38° in January and a maximum of 76° in May; mean annual rainfall, 49 in. The houses are scattered on the hillsides
amid luxuriant gardens. In the neighbourhood are plantations of coffee, tea and cinchona.
The Lawrence Memorial school for the
children of European soldiers was founded in 1858.
OPAH
(Lampris luna), a pelagic fish of the order Allotrio-
gnathi. The body is compressed and deep, with minute scales. A dorsal fin, high anteriorly, runs along nearly the whole length of the back; the caudal is strong and deeply cleft, for rapid swim-
OPAL—OPEN-FIELD ming.
The pelvic fins contain numerous
(15-17)
rays.
In its
gorgeous colours the opah surpasses even the dolphin. The fins are bright scarlet, and the sides bluish-green above, violet in the middle, red beneath, variegated with oval spots of brilliant silver.
Its home is the Atlantic, especially near Madeira and the Azores. It is rare in the Mediterranean. It grows to a length of 4 to sft. and a weight exceeding 100 lb., and its flesh is excellent.
OPAL, a mineral, in chemical composition an amorphous hydrated silica, some forms of which are highly prized as gems. Many varieties of opal (Lat. opallus, Gr. é7a\Nov), are recognised but of these few have any value as gem stones. The most beautiful is precious opal which displays a wonderful scintillating coloured brilliance, known as opalescence. In early times it excited the keenest admiration, witnessed by Pliny’s enthusiastic description, “For in them you shall see the living fire of the ruby, the glorious purple of the amethyst, the green sea of the emerald, all glittering together in an incredible mixture of light.” Orange or
yellow stones which exhibit opalescence are called fire opals. Black opals are stones in which the background is extremely dark. Really black stones are extremely valuable and rather rare. Common opal is a term applied to the varieties which do not exhibit opalescence. Most of the names applied are self-explanatory, e.g., milk opal, resin opal, liver opal, agate opal, etc. Prase and jasper opals are green and red respectively. A curious, very porous variety, which can absorb surprising quantities of water is called
hydrophane.
It will adhere to the tongue.
It is almost opaque
when dry, but becomes practically transparent when saturated with water. Another porous variety is cachelong, which has a lustre like mother of pearl.
Opal is the silicious material of the tests of radiolaria and the frustules of diatoms. These may accumulate as deposits of tripoli or kieseleuhr, used for polishing. Opal is often found as pseudomorphs after gypsum, glauberite, calcite and other minerals. Pseudomorphic aggregates are sometimes known as pineapple opal. Opal has been discovered in a fibrous form much like asbestos, from which it may be distinguished by its harsh touch.
Occurrence.—Opal is widely distributed as nodules and stalactitic masses in the cavities of volcanic rocks, deposits from hot springs, etc. It is deposited as a gel or sol. Precious opal is found only in a few places. Cserwenitsa in Hungary was for long the only source; probably all the ancient stones were found there. Since the discovery of the rich fields in Australia, the Hungarian mines have lost most of their importance. The discovery of opals at White Cliff, New South Wales, was followed in a few years by the field on the boundary between New South Wales and Queensland. Many “black opals” are found there, but truly black stones are found at Lightning Ridge. The black opal has been thus described :—“‘It combines the iridescence of the dewdrop with the colour of the rainbow, set in the blackness of night. It is a smothered mass of hidden fire.” Precious opals have been found in
SYSTEM
SOI
throughout the matrix, they are sold as such, under the name “root of opal.” Fire opal shows to best advantage if facetted. Opal is not placed among the most precious of stones because of its softness, but Pliny placed it after the emerald. He relates that Mark Antony exiled a rich senator, Nonius, for the sake of an opal the size of a hazel nut. Many superstitions have centred round opal, and even in modern times it has been regarded as unlucky. Properties.—Opal contains from 3-13% of water, precious opal between 6 and 10%. It is soluble in caustic alkalis, and when mixed with soda easily fusible. It is soft, 5-5s—6 on Mohs’ scale and is therefore easily scratched. It is brittle and has a conchoidal fracture. Opals are porous, and it is dangerous to immerse them in liquids. Normally opal is isotropic, but owing to internal strains it is sometimes doubly refracting. The refractive index ranges from 1-444~1-464. They are said to be more brilliant on warm days, but a high temperature, by withdrawing water, destroys their value. Recently milk opal has been coloured by oils and pigments to imitate the rare blue and dark red stones. The colour is fixed with Canada balsam. See A. Eppler, Die Schmuck- und Edelsteine (Stuttgart, 1912);
G. F. Herbert Smith, Gemstones (London, 1926).
OPAVA,
(W. A. W.)
the capital of Silesia, Czechoslovakia, lies on the
Opava, a tributary of the Oder, in the middle of a wide fertile plain. The old town, founded in the 13th century, is girdled by parkland beyond which stretch extensive suburbs of the new town, in which are centred the industries. These comprise brewing, sugar refining, the manufacture of cloth and industrial machinery. Pop. (1921), 33,457 of whom 22,008 were: Germans.
OPELIKA, a city of eastern Alabama, U.S.A., the county seat of Lee county; on Federal highway 29, and served by the Central of Georgia and the Western of Alabama railways. Pop. 4,960 in 1920 (46% negroes); in 1930 it had increased to 6,156. It is a trade centre and shipping point for a rich agricultural region. It was founded in 1773, incorporated 1858.
OPELOUSAS, a city of southern Louisiana, U.S.A., capital
of St. Landry parish; 130 m. W.N.W. of New Orleans, on the Missouri Pacific, the Southern Pacific and the Texas and Pacific railways. Pop. (1920) 4,437; in 1930 6,299. It is a shipping point for cotton, corn, rice, live stock, and the products of its own saw and shingle mills and other manufacturing plants.
OPEN BILL. A curious stork (g.v.) of the genus Anastomus so called from the formation of the lower mandible, which is hollowed out so as to meet the maxilla at the base and tip. There is an African and an Indian species.
OPEN-FIELD
SYSTEM.
The “open,” or “common” field
was a characteristic feature of manorial agriculture (see LAND TENURE). It had its origin, however, in primitive conditions long antecedent to the development of feudalism. Three or four centuries before the Roman occupation the Celtic inhabitants of Britain had evolved a system of co-operative tribal husbandry Hosako, Japan, which are nearly colourless and transparent with on the open-field system. The cultivated, or arable, land oca bluish tint, and show a change rather than a play of colours, cupied by the kindred, or tribe, was divided into narrow strips from emerald green to apple red. Esperanza, Queretana and Tima- separated by balks of turf. The strips were about a furlong in pan in Mexico are noted particularly for fire opals. A fine mass of length and of varying widths. It may be surmised that the length of the strips became more or less standardised at an early date, precious opal was found recently in Nevada. Coloration.—Pure opal, which is colourless, is rarely found. It as the disadvantage of irregular lengths for adjoining strips was is usually stained dull colours by ferric oxide, alumina, lime or obvious. The furlong—clearly “furrow-long’—is generally agreed magnesia. That the coloration is not ordinary absorption is to have represented the distance which oxen would conveniently shown by the fact that the transmitted light is complementary to plough at a stretch, and the ploughman could keepa fairly straight the reflected. If for example a blue stone is held up to the light, line. In due course persistent trial and error would result in the it appears yellow. The opalescence is not due to any pigmentation, general acceptance of the most suitable length which when once but to the fact that as the original gel dried and cooled it became adopted would become the standard enforced by tradition. The riddled with cracks, which were subsequently filled up by another width of the ordinary strip was, in like manner, gradually fixed gel containing a different amount of water. The resulting hetero- at four times the length of an ox-goad, which was 54 yards. Land
geneity of the opal gives it a varying refractive index, which affects the light in the same way as a soap bubble.
The thinner
and more uniform the cracks the greater the splendour of the colours, the shade depending on the direction in which it is viewed.
In the variety known as harlequin opal the rainbow colours are flashed from little angular surfaces forming a mosaic.
Opals are usually cut en cabochon.
If they are too thin for
this, they are used for inlay work, and if scattered in small pieces
measurements were no doubt not very exact in those days but the result was eventually to establish the standard size of the
strip at approximately 22022 yd., or in other words an acre. In the Celtic open-field each free tribesman was allotted five strips. The allocation of the strips was made in accordance with strict tribal regulations, and the cultivation of the land was carried out co-operatively. The plough was common property but the oxen appear to have been individually owned.
OPEN-HEARTH
802
STEEL
This system fitted very readily into the manorial organisation introduced by the Normans. The status of the cultivators was changed, but the open-field with its separate acre or half-acre strips and its co-operative methods of husbandry continued. The administration of the manor became in form autocratic and the land was held in servile tenure, but in practice the rules governing the allocation of the strips and the cultivation of the land
E and F into the hearth where combustion takes place; from here through the hearth of the furnace the waste gases pass
into the regenerators G and H and then through flues to the chimney via the reversing valves. The gas and air are reversed in direction every 20 to 30 min., by which means it is possible to maintain the high temperature required in the furnace. Two methods of working the process are in general use—acid and basic. In the former the hearth is made of silica sand mixed
with a small quantity of oxide of iron, in the latter it is of dolomite mixed with a small amount of tar; in both cases the hearth is fritted together under the intense heat of the furnace before any melting is done. In the acid process no elimination of sulphur and phosphorus is
a ee O eV g
PROCESS—OPERA
possible during the working of the charge, and it is necessary to
+.
ee
h.
ee
start with pig-iron and scrap which are low in these elements. The amount of silicon admissible depends upon the amount of scrap in the charge; when the amount is high, pig-iron containing a
higher percentage of silicon can be used than when the quantity of scrap is small, but the total amount of silicon present should
be about 1-5%. Assuming the furnace already hot from previous working, the pig-iron and scrap are charged into it in the order given; during the melting down the greater part of the silicon and manganese is oxidised and unites with the oxide of iron derived from the scrap to form a slag consisting mainly of silicates of iron
arty
FROM
DIAGRAM
ILLUSTRATING
ho
GAS MAIN
THE OPEN-HEARTH
PROCESS
were settled by the tenants. Gradually the rigidity of the manorial organisation broke down, the relations of lord and tenants were changed and only the forms of feudalism lingered. But the open-field system survived in thousands of parishes until the wholesale enclosures of the end of the 18th and early part of the roth centuries abolished it generally, although it lingered ïn isolated cases until the beginning of the zoth century. Indeed at least two open-fields—at Laxton in Nottinghamshire and Braun-
ton in Devon—still existed in 1928. OPEN-HEARTH STEEL PROCESS.
(R.H. R.) In recent years two
distinct modifications of steel making process have been included
under this common title: (1) the Siemens process, in which pigiron and ore are the materials used, and (2) the Siemens-Martin process, which uses a mixture of pig-iron and scrap steel. A combination of the two is also in general use. Steel-making by this process was not a success until the brothers Siemens perfected their system of regenerative gas heating. The principle involved is simple and consists in utilizing the waste heat of the products of combustion to raise the temperature of the gas and air employed in heating the furnace, and so increasing very considerably the temperature obtained. The furnace is of the reverberatory type but instead of having a fire-box at one
end and a chimney flue at the other both ends are built with ports for gas and air; the latter are generally arranged above the former in order to promote mixing of the gas and air and at the same time to afford some protection for the roof against the intense heat of the furnace. The ports are connected by flues with chambers filled with brickwork—called regenerators—which in turn are connected with the gas and air supply through a
system of valves; these last named allow the direction of the gas and air through the furnace to be reversed from time to time. The roof of the furnace must be built with very refractory bricks, generally silica, and the hearth made of sand or dolomite according te the process for which the furnace is to be used. A diagrammatic sketch of the furnace is given above. Gas from a producer and atmospheric air are admitted to the furnace through the valves A and B, from which they pass to the reversing valves C and D and from them through the regenerators
and manganese. From time to time additions of iron ore are made to the slag in order to render it oxidising and so capable of removing by oxidation the impurities in the charge. Of these, silicon and manganese are the first to go, and carbon in the form of gaseous carbon monoxide follows, the gas liberated causing the bath to boil vigorously. Towards the close of the operation great care must be taken to avoid the addition of more ore than is necessary to make the carbon sufficiently low, otherwise steel of poor quality will be produced. Ferro-manganese and ferro-silicon are now added to deoxidise the metal and the charge tapped into a ladle and then cast into ingots. In the basic process the procedure is somewhat different. In this case the elimination of the phosphorus and sulphur is possible on account of the nature of the slag, which consists of phosphate and silicate of calcium containing a large quantity of lime in suspension; additions of iron ore are made as in the acid process, and small quantities of lime must also be added from time to time to maintain the basicity of the slag; excess, however, must be pre-
vented, otherwise the slag will become pasty and incapable of
carrying on its work.
Precautions must also be taken to secure
the removal of the phosphorus and carbon in the order mentioned; otherwise the bath will go off the boil, and great difficulty will be experienced in getting rid of the phosphorus. The nature of the slag also necessitates the postponement of the deoxidation of the bath until the charge is in the ladle; should the ferro-manganese necessary be added in the furnace, there is great risk of the phosphorus being reduced from the slag and passing back into the metal. Pig-iron for use in the basic process may contain from 1 to 2% of phosphorus and should be low in both sulphur and silicon but fairly high in manganese. (See also [RON AND STEEL.) BisLiocrapHy.—H.
H. Campbell,
The Manufacture
and Properties
of Iron and Steel (1903; 4th ed., 1907) ; F. W. Harbord and J. W. Hall,
The Metallurgy of Steel (1904; 7th ed., 1923); D. Carnegie, Liquid Steel (1913; 2nd ed., 1918). See also Journal of the Iron and Steel Institute (London 1871, etc.), and Journal of the Mining and Metal-
lurgical Engineers (New York).
(T. Ba.)
OPEN SHOP: see Crosep Sxop. OPERA, a drama set to music, as distinguished from plays in which music is merely incidental. Italian Beginnings.—The historian, Doni, tells us that in the last years of the 16th century a group of amateurs held meetings
at the house of the Bardi in Florence with the object of trying
experiments in musical declamation by solo voices supported by instruments. Hitherto the only high musical art was unaccompanied choral music; its expression was perfect within such lim-
its that dramatic music within those limits was as inconceivable as dramatic architecture. But the literary dilettanti who met at the house of the Bardi were not mature musical artists; and no technical scruples interfered with their glorious project of restor-
Prate
OPEN-HEARTH STEEL PROCESS
TT 1
N
a A A
BY COURTESY
i
OF THE
U.S,
STEEL
CORPORATION
MELTING,
REFINING
. Pouring steel from ladle into ingot moulds
. Stripping ingots after solidification Charging molten steel into furnace for refining Battery of furnaces showing mechanical chargers PRUNE
AND
CASTING
OF
STEEL
from surface of steel into 5. Tapping the furnace into ladle, slag running slag-pan
6. Tilting furnace, the furnace
showing
method
of tapping
by tilting
the
hearth
of
OPERA ing the musical glories of the Greek tragedy. Vincenzo Galilei, the father of Galileo, warbled the story of Ugolino to the accom-
paniment of the lute, much to the amusement of expert musicians; but he gained the respectful sympathy of literary listeners.
The first public production in this “monodic” style was Jacopo Peri’s Euridice (1600), which was followed by a less successful effort of Caccini’s on the same subject. Feeble as were these efforts, they impressed contemporary imagination as infinitely more suggestive of life and passion than the forlorn attempts then in vogue, to provide good music for a music-drama by means of a polyphonic chorus behind the scene, with actors in dumb-show on
the stage. As Parry happily points out in this connection, the laying of a foundation stone suggests a future so inspiriting as to ` exclude all sense of the triviality of the present achievement. A great master of pure polyphony, Orazio Vecchi, had already, in 1594, the year of Palestrina’s death, laughed the madrigal-opera to extinction in his Am/siparnasso. The woodcuts which adorn its
first edition show how the actors sang or mimed in front, while the other singers completed the harmony behind the stage. With the decadence of the madrigal, Monteverdi (q.v.) brought a real musical power to bear on the new style. At the beginning of the 17th century no impressionable young musician could fail to be profoundly stirred by Monteverdi’s Orfeo (1602), Arianna (1608) and Il Combattimento di Tancredi e Clorinda (1624), works in which instruments were used with the same archaic boldness, the same rhetorical force and the same lack of artistic organization as vocal style and harmonic resources. So explosive was the spark of Monteverdi’s genius that the next step necessary for the progress of opera was a development of forms, not only non-dramatic but anti-dramatic. The types of monody conceivable by the pioneers of opera were codified in the system of free musical declamation known as recitative. This is said to have been used by Emilio del Cavalieri as early as 1588. Formal melody, such as that of popular songs, was as much beneath the dignity of monody as it had been beneath that of the highest forms of polyphony; but in the absence of any harmonic system but that of the church modes, which was ruined by the new unprepared discords, formal melody proved a godsend as the novelty of recitative faded. Tunes were soon legalized at moments of dramatic repose; it was in the tunes that the strong harmonic system of Neapolitan tonality took shape; and by the early days of Alessandro Scarlatti, before the end of the 17th century, the art of tune-making had blossomed into the musically safe and effective form of the arta (q.v.). The poet Metastasio realized that there was nothing unnatural in a scheme of drama which allowed each stage of the action to culminate in a tableau marked by a burst of lyric poetry and lyric music.
Some 30 such tableaux would give occasion for 30
atias (including a few duets, rarely a trio and only once in Handel’s 42 operas a quartet) while the connecting action and dialogue was set in recitative.
Metastasio devoted his whole life
to opera-libretti on this plan, which he executed with consummate skill. He was far from satisfied with the way in which most composers set his texts. The scheme was fatally easy for small musicians and did not stimulate the higher faculties of great ones; while great and small were equally at the mercy of singers. Before this stagnation of baroque opera there was a provincial
outburst of life in the wonderful patchwork of Purcell’s art (1658-95). In the early Dido and Aeneas he and the humble Nahum Tate (of Tate and Brady) produced, perhaps, the most perfect opera before Gluck. Dryden was less accommodating. He had been so disgusted by the stupid vanity of the fashionable Monsieur Grabu that when he wrote King Arthur he insisted on arranging that the musical characters should be quite independent of the main action, and with the infliction of this condition upon Purcell, English opera was relegated to a permanent musical squalor which even endured to ruin Weber’s last work, Oberon, in 1826, Gluck.—Another sign of life was present in the farcical operas and intermezzi or comic entre-actes of certain Neapolitan com-
posers (see Leo, Percorest, Locroscino), one of which (Pergolesi’s La Serva Padrona) occasioned the war of Buffonistes and
803
Antibuffonistes in Paris (see Music, sec. 6). The forms of music known before 1750 were architectural or
decorative, but essentially non-dramatic. Baroque opera required something more than reform, and the opportunity for progress came with the rise of the sonata style. The music of Gluck’s time was too firmly organized to be upset by new discoveries; in fact the chief need for opera was retrenchment in rhetorical forms. Gluck, as Handel had remarked of his early works, was no contrapuntist, and to the end of his life this hampered him in “jining his flats.” But he had a genius for phrasing (see RHYTHM), which went far to promote dramatic movement, and another aspect of this was a sense of symphonic form as vigorous as could find scope in opera at all; while his melodic power was of the kind which Matthew Arnold calls “touchstones of poetry.” The lasting effect of his work on French music left the course of Italian opera seria unchecked. Mozart’s [domeneo is the grave of some of his greatest music, including many genuinely dramatic strokes, and his perfunctory Clemenza dz Tito is the last opera seria that contains any music worth extracting. The unmistakable influence of Gluck could not save Idomeneo; and Mozart’s triumphs belong to the comedy of manners, until he entered the transcendental world of Die Zauberflöte. His first impulse was inveterately musical, and his power of dramatic movement and characterization grew steadily without always preventing him from yielding to singers and indulging himself in dramatically vicious musical luxuries. But after his first exuberant German opera, Die Entführung aus dem Serail, it is not so easy as it seems to catch Mozart napping. He is a dangerously subtle parodist, and in Cosi fan tutte the heroic coloratura arias of the virtuous Fiordiligi and Dorabella are the arias of ladies who do protest too much; and in Die Zauberflote the vocal fire works of the Queen of Night are the rhetoric of a formidable person who, we are told, “hopes to cajole the people with illusions.” Mozart.—The article Mozart contains further remarks on his operas. They are organized so thoroughly on the basis of their libretti that it is a serious mistake, not made by scholars like Jahn, to underrate the wits of his literary collaborator, Da Ponte. Goethe did not even underrate the rapscallion Schikaneder, but took the symbolical aspects of Die Zauberfldte so seriously as to sketch a sequel to it. Since boyhood Mozart never wrote an opera without thoroughly controlling its dramatic movement. Where he relaxes the relaxation is complete. The movement in Die Entführung is intermittent and the static elements excessively favoured, but the movement exists and is powerful. In Figaro, the fourth act, with its tangle of assignations in the garden, has five arias in succession which would make a mere concert on the stage if they were all performed; but there is an ironic dramatic
tension behind the last of them (Deh vieni, non tardar); and when the librettist provides action Wagner is not as quick as Mozart in his timing of the details and the whole. One of Wagner’s English propagandists, Hueffer, cited the duet in which Cherubino and Susanna are trying to find a way out of the locked room before the Count returns, and accused Mozart of keeping the Count waiting at the door until this effective piece of music had run its formal course. But every stage manager finds that Mozart has barely given Cherubino time for a natural hesitation before jumping out of the window, in spite of Susanna’s terrified protest. The Qualities of Opera.—And here we may profitably consider what are the qualities necessary for success in opera. It is notorious that the absolute value of the music comes last, if it is a factor of success at all. Unquestionably it is a factor in immortality; and the music of Idomeneo is immortal, though that opera is revived only in Mozart festivals. But operas cannot wait for immortality, and can manage on quite flimsy music to achieve as much immortality as musical history has given time for. It might be thought that success depends on dramatic power; and this is nearer the truth. But dramatic power comes only third in the conditions, and coherence is not necessary at all. Two qualities take precedence of dramatic power as conditions for success in opera; one is the theatrical sense, and the other the histrionic sense. They are inseparable but not identical. The theatrical sense can thrill the listener before the curtain rises,
804
OPERA
as in the modulation to F major at the end of the overture to Don Gtovanni; the histrionic sense can save the stage-manager the trouble of telling the actors what to do with their hands. The beginning of Rossini’s Barbiere is an excellent example, especially when compared with that of Paisiello’s setting, which dominated
the stage until Rossini’s ousted it. Paisiello’s opening is good music for any moderately cheerful situation, Rossini’s opening consists of a scale rising for nine notes and descending again, with long halts and water-beetle glides. Actors may be defied to walk on during this music with any steps but those of conspirators! And the scoring (which is so perfunctory that literally half of the bulk of the opera is expressed by abbreviations) gives in perfection the theatrical atmosphere of a night scene. The same ridiculous scale in another ridiculous rhythm hisses up and down in thirds sul ponticello (close to the violin bridge) while Basilio describes the destructive effects of a well managed calumny. Poor Paisiello’s famous duet between two stammerers was no asset wherewith to outbid Rossini’s ubiquitous histrionic sense in the contest for popularity. But when brilliant writers tell us that Rossini is superior to Mozart in the sense of pace, it is high time to study the elements of Mozart’s art. Three senses of pace enter into music. There is that of the athlete, relying on his own limbs, the limbs of his horse or the wheels which he directly controls. There is that of the passenger reclining in his car; and there is the cosmic motion of the stars among which our own humble earth moves hundreds of times faster than a cannon ball, yet takes several minutes to traverse its own diameter. Of these three senses of movement that of the passenger in his car is equivalent to repose, and to nothing else; while cosmic movement, discernible in Bach, Beethoven and Wagner must be related to human measurements before it means anything at all. The one directly exhilarating sense of movement is that of the athlete; and we are asked to believe that Rossini exemplifies this when Figaro rattles his “Largo al factotum” at some nine syllables a second, immovable for six minutes except for semaphore gestures once in 12 bars, to the right when the music halts on the dominant, to the left when it halts on the tonic. No, let us be accurate; there is another tradition which identifies the tonic with the right and the dominant with the left. Mozart’s Figaro contains one piece of patter-singing even faster than “Largo al factotum,” but he pronounces judgment on this
kind of movement by giving it to the decrepit Dr. Bartolo (“se
tutto il codice dovesse leggere,” etc.). The decline of opera seria and opera bufa led to an approximation between tragic and comic styles till the distinction became too subtle to be distinguished by any but experts. Dance rhythms became the only Italian forms of accompaniment, and vocal scale exercises remained the last resource of the dying Desdemona. Yet Rossini retained so much histrionic force that an English spectator of his Otello is recorded to have started out of his seat at the catastrophe, exclaiming “Good Heavens! the tenor is murdering the soprano!” And in times of political unrest more than one opera became as dangerous as censorship could make it. An historical case is brilliantly described in George Meredith’s Vittoria. But what has this to do with the progress of music? The history of Italian opera from after its culmination in Mozart to its subsidence on the big drum and cymbals of the Rossinians is the history of “star” singers. Verdi’s art, both in its burly youth and in its shrewd old age, changed all that. He reformed nothing except by slow experience; but he gradually found a meaning for everything. Even the vile Italian brass is used in his last works in just the same style as in his earliest, with the enormous difference that he appreciates its brutality and uses it only where brutality is wanted, Verdi’s development belongs to a later stage of operatic history. France.—After Mozart the next forward step in operati c art was again made in France. The French histrionic atmosphere had a stimulating effect upon every foreign composer who visited Paris. Rossini himself, in Guillaume Tell, was electrif ied into a higher dramatic and orchestral life than the rollicking rattle of his
serious and comic Italian operas. The grave defects of its libretto
were overcome by unprecedented efforts at the cost of an entire
act. Anywhere but in Paris Rossini’s music would have pulleq a worse drama through or else failed outright; but in Paris the
composer found it worth while to learn how to rescue his best
music from failure. The French contribution to musical history between Gluck and Rossini is of austere nobility worthy of a better crown than
Meyerbeer’s music. If Cherubini and Méhul had had Gluck’s melodic power, the classics of French opera would have been the greatest achievements in semi-tragic music-drama before Wagner.
As it is, their austerity is negative, failing to achieve beauty rather than rejecting what is irrelevant. The histrionic sense is good, but the sense of movement rejects patter-singing without
achieving
anything more
real.
Cherubini’s
Medée,
Les Dey,
Journées and Faniska, however, did achieve grand musical forms
and had a great influence on Beethoven. Beethoven’s Fidelzo gives occasion to consider the function of the librettist, who obviously has the composer at his mercy unless
the composer is prompt to get the upper hand.
Mozart (g.v)
learnt betimes to bully his librettist. Beethoven did not; and the expansion of Bouilly’s pretty opéra comique, Fidelio ou Vamour conjugal into the powerful Leonore (afterwards renamed Fidelio), was executed according to Beethoven’s general intentions but with many
opéra-comique dialogue.
is not
blunders as to the mise-en-scéne,
comic
opera,
but
opera
with
French
spoken
It thus includes Cherubini’s tragic Medée and Méhul’s
biblical Joseph. It has a tendency (which culminates in Bizet’s Carmen) to arrange that much of the music should happen more or less as it might occur in an ordinary play. For instance, neces-
sary antecedents may be told in “that dear old song which I am never tired of hearing,” whereupon the family history follows in a ballad. Other occasions for music are the plighting of troth in a little private ceremony, the entry of a company of soldiers, and, less realistically, ordinary entries and tableau-situations in general, until we recapture the Metastasio scheme. Opera, viewed from this point, lacks opportunity for great musical forms which can deal with more than one action; but the influence of Mozart’s wonderful concerted finales was not to be resisted, and Cherubini’s librettists arranged that the second act in Les deux Journées, Lodoiska, and one or two other operas, should end with continuous music for something like 20 minutes, with various changes of action. The last act French taste did not allow to expand, and in all French operas the end is perfunctory; whereas Mozart and Beethoven love to expatiate on the final happiness. It is not known where the concerted finale originated, since its reputed invention by Logroscino (g.v.) is not borne out by his extant works; but it is already fully developed in the second act
of Mozart’s La finta Giardiniera (written at. the age of 18). In his first Singspiel, Die Entführung, Mozart ends the second act with a highly developed quartet, while the whole opera ends with a vaudeville, 2.¢., a series of verses delivered by each character in turn, with a burden in chorus; followed by a short movement for full chorus. But in his other Singspiel, Die Zauberflöte, the finales to both acts, like those in Figaro, Don Giovanni and Cosi fart tutte, cover so much action within their half-hour’s extent that it would evidently cost Mozart little effort to extend the finale backwards over the whole act and so to achieve, without transcending his own musical language, the perfect continuity of Verdi’s Falstaf. This would have suited neither his singers nor his public;
but we do not know how he might have crushed opposition if he had lived longer and had seen the possibilities of French opera, with its thrilling tales of heroic adventure. Fidelio.—As fate befell, Beethoven took the problem in hand too late. The original libretto of Fidelio was by the author of Les Deux Journées, and was on the usual French lines with (as Brahms once put it) vaudeville turns for each person in succession. Two acts were occupied with the love of the jailor’s daughter, Marceline, for Fidelio, the mysterious new assistant who is
really the disguised wife of the hero, who has been secretly im-
prisoned by the villain, and whom she has been seeking for two years. She reluctantly uses Marceline’s delusion in order to fur-
ther her design of penetrating to the lowest dungeons of this jail, where a mysterious prisoner is being starved to death.
In the
. OPERA
805
original libretto a trio begins on the occasion of the father’s giving
(or harpsichord) is no bad medium when it is properly done, viz.,
his blessing on their engagement. And on the operatic vaudeville scale this is well enough timed. But Fidelio-Leonora’s heroic
at the pace of spoken dialogue and, on the part of the conductor (who takes the pianoforte), with a light touch and some discreetly
project and the martyrdom of her Florestan in Pizarro’s dungeon are themes too sublime for this light style of opera, which was all very well for the adventures of the hero of Les Deux Journées, carted out of Paris in his humble friend’s water cart. It was the sublime themes that attracted Beethoven; and in Leonore (as
his opera was first named) his librettist, Sonnleithner, tried to expand them without the necessary recasting of the whole action. So the trio of plighted troth was begun earlier, so as to take in half of the previous conversation, which dealt with the project of
getting permission for Fidelio to assist in the work of the dun-
geons, and with Fidelio’s imperfectly suppressed excitement thereat. We thus have the music bursting into the conversation in an inexplicable way; and two revisions barely saved the first two
acts even when an experienced dramatist named Treitscke com-
pressed them into the first act of Fidelio.
The rest, from the rise of the curtain on Florestan in the dungeon, was not beyond mending; and spectators who are insensible to its power should confine their criticisms to the costumes of
the box-holders.
Fidelio is one of the most important works in
the history of opera; and The Messiah has not a firmer hold of
the British public than Fidelio has of every class of unspoilt music-lover in Germany. The story is one of the finest ever put
humorous “gagging.” Modern composers, of course, might as well attempt prehistoric Chinese as try to revive this convention. With
accompanied recitative and other more highly organized music the composer begins to lose the clear outlines of the problem of timing his chief musical events; and the wisdom of Wagner’s advice appears. For only in the Singspiel, with Freischiitz and Zauberfidte as examples, and with Fidelio as both an inspiration and a warning, do we see the bones of opera laid bare. These principles are more important than any details of chronological operatic history. The reader who has grasped them can afford to ignore most of the patriotic and political aspects that have made this or that opera famous. Der Freischiitz was the first German opera that had a truly German subject; and Wagner, speaking at a reburial of Weber’s remains, said that there never was a more German composer. Very true, but that did not prevent Weber from following Freischiitz by Euryanthe, his greatest effort, on a subject of chivalry ruined by an incompetent librettist; nor from contributing his swan song, Oberon, to the English stage and the English operatic tradition which, ever since the time of Dryden and Purcell, inculcated an utter incoherence in the musical scheme. Weber’s distress at being made to compose separate numbers as Planché sent them to him, with no information as to their order or context, was surpassed only by his disgust at finding that Planché was quite right in thinking that such information did not
on the stage, and everybody in Germany knows it; which is fortunate, since nobody could ever make it out from the action, until it begins to explain itself in the dungeon scene. But in the first
matter.
act the mystery is a mere puzzle, and even if Fidelio’s disguise is as transparent as most operatic male parts for female voices, the spectator has no evidence beyond the playbill that she is other than the strangely embarrassed lover of the adoring jailor’s daughter. The difficulties of Fidelio are thus very instructive. Turn
Euryanthe, with its elaborate accompanied recitative and its 13 distinct Leztmotive (to anticipate the Wagnerian term) is an opera on lines hardly less advanced than those of Wagner’s Lohengrin. Weber retains the outward appearance of the division into separate numbers, as arias, duets, finales and so on; but the division is becoming artificial, and some vestiges of its real purport are
back from it to the almost nonsensical Zauberflöte and observe how perfectly the comings and goings of Mozart’s music explain themselves. Music begins naturally on the rise of the curtain, and stops naturally with the exits of all the characters except the youth who is lying unconscious. He revives, wonders where he is, hears a distant piping; and the approach of the bird catcher, Papageno, explains the piping and is accompanied by the orchestral introduction to his song. Later on, three veiled ladies give the hero a miniature portrait of the princess he is to rescue. He gazes at the portrait and falls in love; the orchestra heaves two sighs and Tamino’s love-song begins. The scene darkens, the Queen of Night appears, enthroned among stars, pours out her woes and promises her daughter to the hero. She vanishes. Daylight returns. Tamino, wondering whether it was all a dream, is encountered by poor Papageno who, punished for his lies with a padlock on his mouth, can only sing Am, hm, hmm; another perfect occasion for music, worked up in a quintet in which the three veiled ladies remove his padlock and instruct him and Tamino how to set forth on their quest. And so from point to point the happy nonsense proceeds, always right and effective in matters the mis-
handling of which may ruin the finest story.
.
Co-ordination.—These are the matters in which Sullivan, with
his Gilbert, is as right as Wagner. It makes little difference whether the opera be with spoken dialogue, with dialogue in the secco-recitative of opera buffa, with the accompanied recitative of Gluck and of Weber’s Euryanthe, or in absolute Wagnerian continuity. The composer will always have to demand from his librettist an effective timing of the chief musical opportunities, and from
himself a royal punctuality in the relation of his music to the drama. Wagner’s advice to young opera writers was to begin with Singspiele. The a priori critic complains that spoken dialogue and music are on irreconcilably different planes; and so they are when the transitions are mishandled. But Mahler, one of the greatest opera conductors of all time, did not think the planes incompatible. Fe insisted on being his own stage manager! (which laudable example has been followed by Sir Thomas Beecham), and he rehearsed every word and every pose in the dialogue of Fidelzo. Secco-recitative, i.e., recitative accompanied on the pianoforte
useless. For example, the condemnation of Euryanthe at the end of the second act is expanded by Weber into a longish movement merely because he does not realize that a short outburst would suffice to round off the whole act far more grandly than a selfcontained finale. Wagner.—With Wagner’s Der Fliegende Hollander extremes meet. It purports to be divided into nine “numbers,” but the musical traces of such divisions are only a nuisance, and the formal expansion of the Dutchman’s duet with Senta is as out of place as a Punch and Judy show, besides being very poor music. On the other hand, the division into three acts is a grudging concession to the brutal necessities of the first performances, for Wagner conceived and executed Der Fliegende Holländer as a one-act opera, with continuous music during its changes of scene. It has been divided into three as if by a butcher’s chopper, cutting off the curtain music at the first available tonic chord, and restarting it at the cut or a little earlier. The opera ought always to be performed in one act. Spohr’s comment on it was that it had too few full closes and rounded off forms. This shows how far it still seemed recognizable to him as a classical opera. Wagner’s mature work solves the problem of a music on the same time-scale as the drama. Every other feature of Wagner’s art results naturally from this. Musical dialogue becomes com-
pletely realistic, to such an extent that Wagner could not at first (in Die Walküre) make up his mind to let his lovers sing together. He overcame this scruple in Tristan, and so recovered the classical art of making a composite emotional tableau. This he developed to unprecedented heights in Die Meistersinger von Nürnberg. The continuity of such highly organized music demanded a rational organization of recognizable themes. What more inevitable principle could organize them but that of association with personal and dramatic ideas? Thus Wagner’s system of Leitmotiv grew up as naturally as the thematic organization of sonatas. The illustrations at the end of the article Meropy give a typical example of his handling of a theme in various contexts. Other aspects of his music are illustrated in Harmony and INSTRUMEN-
TATION. Not only was Wagner his own librettist, but he succeeded in
806
OPHICLEIDE
making clear and cogent upon the stage stories and ideas that no dramatist, musical or non-musical, had thought possible before. It is always a mistake to suppose that the libretto, however contemptible as literature, can be neglected in the enjoyment of an opera, however great as music. But Wagner’s dramas, with all
their affectations and amateurishnesses of Style, are pieces of epoch making stage-craft and overwhelming tragic powers, except Meistersinger, which achieves the yet higher mark of a comedy full of kindly wisdom and bathed in sunshine, with no shadows deeper than moonshine; for even its poor little villain, Beckmesser, is only a critic. It was not Wagner’s fault that so many of his epigonoi neglected his advice and, instead of writing Singspiele, refused to tackle anything smaller than continuations of the sorrows of Wotan. Lighter forms of opera prospered, nevertheless. Bizet first wrote Carmen as an opéra comique. It is doubtful whether it has been improved by the compression of its spoken dialogue into accompanied recitative, though this is well done and the recitatives have their points. It carries to an extreme the device of rationalizing the musical occasions; for if it were performed as a play an enormous amount of the music would still remain as songs or dances. Meistersinger is almost as full of songs and choruses on the same realistic basis.
The last works of Verdi have a complete Wagnerian continuity, but they reveal that unless the music is inveterately polyphonic the Leitmotiv system is Wagner’s private affair, which need concern nobody else.
word is sung and even the recitatives have orchestral accompani-
ments. 2. French Grand Opéra has had a continuous history from the foundation of the Académie de Musique in 1669 to the present day, It absorbed the works of Meyerbeer, which so infuriated Wagner
by producing “effects” without assuming any responsibility for
causes. And this is all that can be said of Meyerbeer here. 3. Opéra boufe has no historic connection with opera bufa but is the offshoot of vaudeville music in the early classical sense described above. Its chief representative on the Continent is Offenbach, and it is the ancestor of the Savoy operas of Gilbert and Sullivan. 4. Melodrama is the use of an orchestral accompaniment to spoken dialogue (see BENDA). It is promising in theory, but generally disappointing in effect, because the speaking voice becomes dragged by the music into an out-of-tune sing-song. Benda
never lets the voice speak during any notes except a long-sustained chord. Mozart, after one example in an unfinished opera,
Zaide, dropped this form, though he admired Benda’s essays so
much that he put them under his pillow during his travels. Other classical examples are significantly short and cautious. There is one in Fidelio which quotes from earlier movements in a thoroughly Wagnerian way. But the device is more prominent in incidental music to plays, as in Beethoven’s music for Goethe’s
Egmont. Mendelssohn’s music for A Midsummer Night’s Dream
contains the most brilliant and resourceful examples yet achieved; but they are beyond the musical capacity of the English nonModern Opera.—Space fails for anything like a complete re- operatic theatre, which, however, has practised the worst style view of modern opera; but it may be noted that the prevalence of the method, till it has become a disease spreading an operatic of Wagnerian continuity eventually enabled composers to take continuity of bad music over large tracts of our drama. extant dramas and set them without any extensive remodelling at In every period of musical fermentation the art of opera, while all. If the operas Pelléas et Mélisande, Salome and Elektra are it has failed to sift good composers from bad, has Instantly sifted compared with the original plays by Maeterlinck, Wilde and Hof- the men of real ideas from the aesthetes and faddists; Montemannsthal, it will be found that the poets have suffered less from verdi from the prince of Venosa, Gluck from Gossec, Wagner Debussy and Strauss than dramatic authors usually suffer from from Bruckner on the one hand and Liszt on the other. As the actor-managers. Debussy has omitted Maeterlinck’s difficult and ferment subsides laziness levels opera sooner than anything else; not musical first scene of the servants who, having heard of the but every revolutionary principle that enters into music to destroy prince’s approaching return with a strange bride, must be speakand expand must, first or finally, seek its ratification on the ing after the following scene, in which Golaud first meets Mélistage. sande in the forest. By omitting the first scene Debussy secures See also ARIA, BALLET, OVERTURE, INSTRUMENTATION and the an opening in the right atmosphere but loses the basis of the entry articles on individual opera composers. (D. F.T.) of the servants in the last scene of all. Here history repeats itself, OPHICLEIDE, a brass wind instrument, now almost obsofor Weber offended the librettist of Freischiitz by refusing to comlete, having a cup-shaped mouthpiece and keys, in fact a bass pose an opening scene with the hermit who appears as deus ex keyed-bugle. The name (from Gr. Odes serpent, and k)etdes machina at the end. In both cases the ‘composers are right, keys), applied to it by Halary, the patentee of the Instrument, is though the sacrifice is serious. hardly a happy one, for there is nothing of the serpent about the Debussy and Strauss have so treated these three plays that ophicleide. The ophicleide is almost perfect theoretically, for they are better acted when given as operas than when given it combines the natural harmonic scale of the brass wind instruwithout music. No actress except an opera singer ever has her ments having cup-shaped mouthpieces, such as the trumpet, with declamation and movements so superbly timed, and timed per- a system of keys, twelve in number, one for each chromatic semimanently to the tenth of a second, as in these wonderful pieces tone of the scale and it is capable of absolutely accurate intonaof musical stage-craft. The methods of the two compose rs are tion. Unfortunately its timbre is not satisfactory, the lower regispoles asunder, and Debussy’s language is, as has been said else- ter being rough, the medium coarse and the upper wild and unwhere, the exact opposite of Maeterlinck’s, Yet from his opposite musical, and it has been superseded by the bass tuba. direction Debussy reaches the Maeterlinckian world. He has no The invention of the ophicleide is frequently but falsely atLeitmotiv, hardly even a recurring figure. Strauss uses the whole tributed to Alexandre Frichot, a professor of music at Lisieux, Wagnerian system, together with his own al fresco techniqu e (the department of Calvados, France. Actually the first idea of adding term is also his own, see INSTRUMENTATION, last section) . keys to instruments with cupped mouthpieces, unprovided with In later works Strauss and Hofmannsthal have shown that they lateral holes, with the aim of filling up some of the gaps accept no limits to the number of different kinds of between opera that one the notes of the harmonic scale, goes back, according to Gerber, composer may write. An annotated catalogue -would be required to Kélbel, a hornplayer in the Russian imperial band, about 1760. to keep pace with the various types of modern opera from the Anton Weidinger, trumpeter in the Austrian parodistic to the tragic and the symbolical. imperial band, improved upon this first attempt, and applied it in 1800 to the A few final definitions may serve to fill up lacuna e in an account trumpet. But the honour belongs to Joseph Halliday, bandmaster which has deliberately sacrificed historical order to the laying of the Cavan militia, of being the first to conceive, in 18xo, the down of a few broad aesthetic criteria. Beside s the matters disposition of a certain number of keys along the tube, setting out already defined the following particulars should be noted: from its lower extremity, with the idea of producing by their I. Singspiel originated in farces, such as Ditter sdorf’s Doktor successive or simultaneous opening a chromatic und Apotheker. But in France the opéra comiqu scale throughout e, which corre- the extent of the instrument. Later, in 1817, sponds to Singspiel, had no comic Origin at Jean Hilaire Aste, all, but arose from known as Halary, a professor of music and musical instrument the refusal of the Académie de M usique to allow rival companies maker of Paris, extended the same principle with complete success to infringe its monopoly of Grand Opéra, or opera in which every to other instruments of the same family.
OPHIR—OPHTHALMOLOGY
307
OPHIR, an unidentified region famous 12 Old Testament
that Ophitism represents a primitive phase of Gnosticism, which
it with Sheba and Havilah, the latter also being @ recognized gold bearing region (Gen. ii. 11). Solomon’s sbips set forth from Ezion-Geber at the head of the Gulf of Akaba. Presumably then
_see E. F. Scott, art. “Ophitism” in Hastings, Encyclopaedia of Religion and Ethics; Lichtenhahn, art. “Ophiten” in Herzog-Hauck, Realencyklopadie; EB. de Faye, Gnostiques et Gnosticisme (1913) ; Reitzenstein, Petmandres (1904). See also art. GNOSTICISM. H. M.)
at Zimbabwe in Mashonaland, about 200m. inland from Sofala, have been acclaimed as marking the site of lone lost Ophir. But
hemisphere, anciently named Aesculapius, and mentioned by Eudoxus (4th century B.C.) and Aratus (3rd century B.c.). According to the Greek fables, it variously represents: Carnabon
An identification with Zanzibar has
been suggested. (2) The Far East-—The fact that three years Were occupied in
(or Charnabon), king of the Getae, killing one of the dragons of Triptolemus, or Heracles killing the serpent at the river Sangarius (or Sagaris), or the physician Asclepius (Aesculapius), to denote his skill in curing snake bites. Like Sagittarius (which it adjoins) it includes a region of the sky rich in globular clusters and diffuse
voyage, although attempts have been made t© munimize these
nebulae.
times for its fine gold. Solomon’s Tyrian sailors brought its gold was gradually developed and transformed into various great specufor that monarch. The geographical list of Genesis X. associates lative systems by a series of historic teachers.
— it lay somewhat to the south of Suez, but wheter (1) East Africa—The extensive and imposins Tulns discovered
careful investigation has resulted in depriv!2& the ruins of any
claim to great antiquity.
the voyage to Ophir (x Ki. x. 22) as well as the nature of the cargoes (gold, silver, ivory, apes and peacoc ks) suggests ea distant
arguments.
The Indus delta; Johore;
Supata in Goa; Farther
OPHIUCHUS, in astronomy, a constellation of the northern
OPHIUROIDEA, a class of the Echinoderma (g.v.), com-
India; Malabar; Malacca: Sumatra have all been adduced.
prising the brittle stars (g.v.). It is sometimes united with the Asteroidea as the class Stellaroidea.
ancient Adulis to Bab-el-Mandeb whose inhabitants call them-
OPHRYS, a genus of plants of the orchid family (Orchidaceae), comprising about 30 species native to Europe, western
(3) Abyssinia.—The
territory on the Abyssinian coast from
selves Aphar. (4) Arabta.—The most common and, indeed , the most plausible view is that Ophir was somewhere in Arabia. It has been sought in West Arabia at Asyr between the Heja2 4 d Yemen; but the view that it is some district on the souther® coast appears the most atractive. The lack of sufficient data for identifi cation has given and
no doubt will continue to give scope for 1m:agination. There have not been wanting wild and fanciful surmisinés-
Spain, Armenia,
(E. Ro.) Phrygia and even Peru have had their advocates. OPHITES. Strictly speaking, this is the name given to an obscure sect of Gnostics, of which out knowledge is derived
Asia and North Africa, including the bee-orchis (O. apifera), the spider-orchis (O. aranifera) and the fty-orchis (0. muscifera), the second of which is one of the few orchids that are self-fertilized.
(See OrcHips; also C. Darwin, The Fertilisation of Orchids.) OPHTHALMOLOGY (see Eve, Anatomy or; Eve, DisEASES OF). The science of ophthalmology deals with the processes by means of which the images of external objects are brought to
our consciousness. It is therefore concerned with: (a) the eye itself; (b) the nerve paths and tracts which convey visual impulses originating in the eye, through the different parts
of the brain to the brain cortex, where these impulses are converted into conscious impressions; (c) the eyelids which cover Irenaeus (Adv. Haer., i. 30) and Epiphantus (Haer., xxxvili); and protect the eyes; (d) the tear glands and ducts; (e) the but the more important use of the term is 28 the comprehensive muscles that bring about the movements of the eyes and keep name for a group of Gnostic sects which resemble one another, them trained in the desired direction; (f) the nerves and their first, because no name of any personal founder or leading teacher complicated cerebral connections which supply these muscles; (g) is associated with any of them; and further, because they attach the bony walls of the orbit; (4) the blood-vessels and lymph paths which maintain the nutrition of all these structures. religious importance to the serpent. The tyP® of mythology may It treats of disease in these parts and derives importance from be illustrated from the account of Irenaeus- It begins with a the fact that many diseases of the central nervous system and e triad, the highest deity, described as “primal reason, his Son, the “second Man”; and the Spirit, introduced many general diseases manifest themselves by some derangement mainly from
Origen
(Contra
Celsum, vi. 25 ) supplemented by
as a female principle. Through her the Christ is begotten as
“third Man.” Christ ascended, with the. Spt ee in their ascent a ray of light fell on the waters. TWS WaS ophia a dence or wisdom) and from this contact came T meas h He in turn produced six powers, an
(dhi e
as the supreme Being; and when man (created by
the six Phe
“demiurge,”
dregs of matter) the serpent. Ialdabaoth then UES
o oo
ers) gave thanks not to Taldabaoth but to the Prima’ Man, tht
former created a woman (Eve) ta destroy DUDa Eve a p ee . PH the serpent (as bencfactor) to persuade Adam an
of function or structure which can be detected by the ophthalmic
surgeon.
The eye is unique in the bedy in that its retina, which is available to minute examination by means of the ophthalmascope, ts the only portion of the brain available to inspection during life. Similarly, the arteries and veins which supply the retina can also be minutely examined during life, the diseases of them observed and followed in all their changes. The value of these observations is enhanced by the fact that the eye itself acts as a low-power microscope, providing a magnification of about x5 diameters for
2 1 al the examination of these structures. The eyes are the subject of of the tree of knowledge and sa break the a (tbisis a number of hereditary diseases, and form one of the most conidab baoth, who banished them from paradise tO f media for the study of transmission of such diseases. ee oe : venient war between mankind, aided by Sophia, and Affections of the Eye.—The function of the eyeball is to the inner meaning of the Old Testament StOTY )» an pine Se provide that a clear image of external objects shall be formed the Christ to earth to enter the pure vessel, the ars ve aah’ upon. the retina, but in certain cases it departs from the normal ae ae bunse declared and miracles worked Christ Jesus and the acuity of sight is lowered. It may be too long, so that
the primal Man. Jaldabaoth instigated the Jews t¢ Sh ims tt
only Jesus died on the cross, for Christ bad puget: ee a
Christ then raised the spiritual body of agen rel ea on earth for 18 months, initiating a small circle of elect wah es.
This form of Ophitism is Christianized to ĉ ae
iy
3 a
the retina lies behind the point at which the images of external objects are formed; this is myopia or short-sightedness, and may be compensated by the wearing of concave lenses in the form of spectacles. In other cases, the eyeball is too short and the retina lies in front of the point at which the image of external objects is formed. This is hypermetropia or long-sightedness; it can be compensated by the focusing muscle of the eye, making the lens more convex; or, preferably, by the wearing of appropriate convex
athers of the kindred sects, in most of which the l] Ae ated SE is slighter and less essential. They are also far EO i th nos TE > gy that the mytholo a ae early sources warrant the inferencijtual, initiatiAon, secret, lenses in the form of spectacles. In astigmatism the refractive. itself is only a covering for observances
with Greek philosophy than the “classic I
varies in different axes, so that, for instance, in
of the eye ae in- power an extreme case the vertical axis may be myopic whilst the horiNotwithstanding the conclusion based by id : th Sin meby zontal axis is hypermetropic. structive investigations, the prevalent view BO'CS “BE neg, name,
pass-words, incantations) characteristic of
808
OPIE
Normally the visual axes of the two eyes are parallel and images of external objects are formed upon corresponding points of each retina. This arrangement is largely responsible for stereoscopic vision, which enables us to judge the position of objects in space with accuracy. Should it be upset e.g. by paralysis of some
of the muscles, stereoscopic vision is lost and double vision usually arises. Eyeball and Camera Compared.—The eyeball may be likened to a photographic camera. Roughly speaking it is globular in shape and is an inch long in all dimensions. The front part, or cornea is curved, is perfectly transparent and functions as a lens. Behind it is a chamber filled by the aqueous humour—little more than water. Further back is the iris—the coloured part of the eye. The hole in its centre forms the pupil, and by contraction or dilation of the tissues of the iris the pupil can be varied in size
through a wide range; it may be compared to the stop in the camera. In bright lights the pupil is small, and it becomes large in dull illumination. The iris rests behind upon the lens. The lens is bi-convex, its back surface having the greater curva~ ture. It is perfectly transparent, and the focusing of the eye for near or distant objects is brought about by alteration in its curvatures by contraction of the ciliary muscle. Here is an essential difference between the eye and the photographic camera, whose focus is adjusted by shifting the position of the lens. As age proceeds, opacities frequently develop in the lens; almost everyone at the age of 60 or over may be said to have the beginnings of cataract, though the sight is quite unaffected thereby. When, however, these opacities involve the centre of the lens, and render sight very imperfect, the term of cataract becomes applicable; in such a case the cataract can be removed by operation and the
sight restored. Vitreous Chamber and Retina.—Behind the lens is the vitreous chamber, which is occupied by a perfectly transparent, colourless substance, much like white of egg. Clothing the back of the eye, and extending forward some distance in front of its equator, is the retina. It rests upon a highly vascular membrane which is responsible for the nutrition of the greater part of it, namely the choroid; in man, however, the retina has its own blood vessels clearly visible with the ophthalmoscope. The retina may be likened to the sensitive plate of the camera for upon it images are formed which initiate impulses which, when conveyed to the cortex of the brain, give rise to the sensations of sight. Its sensitive layer .is placed posteriorly, and is composed of delicate structures known as the rods and cones. At the central spot or yellow spot of the retina, the point of distinct vision, cones alone are present. The rods are believed to be concerned with lights of lower intensities, and in accordance with this they alone are present in night-flying birds (see CoLouR VISION ). Optic Nerves and the Cerebral Cortex.—The nerve fibres from the retina converge upon the optic disk, and leave the eye as the optic nerve, which traverses the orbit to enter the skull. Inside the skull the two optic nerves meet and each is divided into two parts, one part continuing to the mid-brain on the same side, the other part crossing over to the opposite side. This crossing forms the chiasma; in many animals, the birds for instance, the whole of each optic nerve crosses over in this way. Beyond the chiasma the nerve fibres are again collected into a compact bundle known as the optic tract, which terminates in the mid-brain. From here nervous impulses are relayed in two chief directions; some connect up with the nerves which control the movements of the eyes and others, forming the so-called optic radiations, make a long sweep backwards to reach the cerebral cortex, where, as already stated, the impulses are transformed to sensations of sight. The exact area of the cerebral cortex, in which these fibres end, is known with great accuracy and forms the visual cortex. It is placed at the extreme hind end of the brain, and the adjoining mesial surface of each hemisphere, in the region of the calcarine
fissure (see Bran). Should a minute portion of this cortex be cut out as the result of injury or blocking of its blood supply, the precise area of the defect which will be found in the vision can be stated with certainty. This accurate localisation was much
advanced as a result of observations made during the War. General Diseases and the Eye.—Amongst the general dis. eases of the body in which important manifestations occur in con. nection with the eye a few may be mentioned. In brain tumours or abscesses, swelling of the optic disk is seldom absent, and forms perhaps the most important sign in the diagnosis of the condition. In addition the ocular nerves may have their functions interrupted, so that the movements of the eyes are interfered with, they no longer move in unison and double vision occurs. If nothing can be done for the brain tumour the optic nerve atrophies and blindness ensues. In advanced renal disease changes in the retina develop and convey a particularly
grave prognosis, for patients seldom live so long as two years after their discovery. In diabetes a similar change may also arise, which may greatly spoil the sight, and although of less serious import than in renal cases, it must be considered a bad omen.
Venereal disease frequently attacks the eye, whether in the early or late stages, and is perhaps the most prolific source of blindness. Tuberculous disease occasionally occurs. In diseases of the blood in general, eye signs are very common, and there are many other diseases where the diagnosis may be greatly assisted by the discovery of changes in some part of the ocular apparatus. The introduction of the “slit lamp” has made many investigations possible which previously were quite outside our scope. (R. F. M) BrptiocrapHy.—M. L. Hepburn, The Ophthalmology of General Practice (1922); C. H. May and C. Worth, Manual of the Diseases of
the Eye, for Students and Practitioners, 4th ed. (1922); J. Meller, Ophthalmic Surgery. Edited by W. M. Sweet, 3rd ed. (1923) and
Sir J. H. Parsons, Diseases of the Eve, 5th ed. (1926); J. M. Ball, Modern Ophthalmology 6th ed., Philadelphia, 1927 (bibl.); R. F.-
Moore, Medical Ophthalmology, 2nd ed., London, 1925 (bibl.); G. E. de Schweinitz, Diseases of the Eye, roth ed., Philadelphia, 1924; E. Fuchs, Textbook of Ophthalmology, trans. from r2th German ed. by A. Duane, 8th ed., Philadelphia, 1924; W. S. Duke-Elder, Recent Advances in Ophthalmology, London, 1927 (bibl.).
OPIE, AMELIA
(1769-1853), English author, daughter of
James Alderson, a physician in Norwich, where she was born on Nov. 12, 1769. Miss Alderson had inherited radical principles and was an ardent admirer of Horne Tooke. She was intimate with the Kembles and with Mrs. Siddons, with Godwin and Mary Wollstonecraft. In 1798 she marricd John Opie, the painter. In 1801 she produced a novel entitled Father and Daughter, which showed genuine fancy and pathos. She published a volume of graceful verse in 1802; Adeline Mowbray followed in 1804, Simple Tales in 1806, Temper in 1812, Tales of Real Life in 1813, Valentine’s Eve in 1816, Tales of the Heart in 1818, and Madeline in 1822. In 1825 she joined the Society of Friends. She died at Norwich on Dec. 2, 1853. A Life, by Miss C. L. Brightwell, was published in 1854.
OPIE, JOHN (1761-1807), English historical and portrait painter, was born at St. Agnes near Truro in May 1761. While quite young he won some local reputation by portrait-painting; and in 1780 he started for London, under the patronage of Dr. Wolcot (Peter Pindar), and was introduced to the town as “The Cornish Wonder,” a self-taught genius. He became a fashionable portrait painter, but after a period of prosperity fell into neglect. He then set himself to make good the defects of his early education by studying Latin, French and the English classics as well as the technique of his art. In 1786 he exhibited his first important historical subject, the
“Assassination of James I.,” and in the following year the “Murder of Rizzio,” which secured his immediate election as associate
of the Academy, of which he became a full member in 1788.
He was employed on five subjects for Boydell’s “Shakespeare Gallery”; and until his death on April 9, 1807, his practice alternated between portraiture and historical work. His painting
shows breadth of handling and a certain rude vigour, individuality
and freshness, but lacks grace and poetic feeling. Opie’s portraits of Mary Wollstonecraft, of himself, and the “Portrait
of a Boy” are in the national collections. He also wrote a Life of
Reynolds in Wolcot’s edition of Pilkington and a Letter on the Cultivation of the Fine Arts in England, in which he advocated the formation
of a national gallery. His Academy Lectures were published in 1809 with a memoir by his widow (see above), See also Claude Phillips,
809
OPISTHOCOMIDAE—OPIUM “John Opie” (Gazette des Beaux-Arts, 1892, i. 299).
OPISTHOCOMIDAE: see Hoatzin. OPISTHODOMUS, in architecture, a small room at the rear
of the cella (g.v.) or enclosed portion of a classic temple, usually opening only upon the rear portico; sometimes called epinaos. It
was used frequently as a temple treasury. (1597-1639), OPITZ VON BOBERFELD, MARTIN German poet, was born at Bunzlau, Silesia, on Dec. 23, 1597,
The mode of cultivation adopted varies. In Turkey, from which the chief supplies of medicinal opium are obtained, the cultivation is carried on by peasant proprietors. A naturally light and rich soil is chosen, improved by manure and irrigation where necessary, and the land should be sloping and well drained, moisture in excess being injurious. The ground is ploughed twice, the second time crosswise. The seed is mixed with four times its weight of sand to prevent it being sown too thickly, $ to x lb.
and studied at Frankfurt-on-Oder, Heidelberg and Leyden. He led a wandering life in the service of various territorial nobles.
In 1624 he was appointed councillor to duke George Rudolf of
Liegnitz and Brieg in Silesia, and in 1625, as reward for a requiem
poem composed on the death of archduke Charles of Austria, was crowned laureate by the emperor Ferdinand II. who a few years later ennobled him under the title “von Boberfeld.” He was elected a member of the Fruchibringende Gesselischaft in 1629, and in 1630 went to Paris, where he made the acquaintance of Hugo Grotius. He settled in 1635 at Danzig, where Ladislaus IV. of Poland made him his historiographer and secretary. Here he died of the plague on Aug. 20, 1639. Opitz was the head of the so-called First Silesian School of poets. His Buch von der deutschen Poeterey (1624) put an end to the hybridism that had until then prevailed, and established rules for the “purity” of language, style, verse and rhyme. Opitz’s own poems are mostly a formal and sober elaboration of care-
fully considered themes, and contain little beauty and less feeling. To this didactic and descriptive category belong his best poems. Collected editions of Opitz’s works appeared in 1625, 1629, 1637, 1641, 1690 and 1746. His Ausgewählte Dichtungen have been edited by J. Tittmann (1869) and by H. Oesterley (Kiirschner’s Deutsche Nationalliteratur, vol. xxvii. 1889). There are modern‘reprints of the Buch von der deutschen Poeterey by W. Braune (2nd ed., 1882), and, together with Aristarchus, by G. Witkowski (1888), and also of the Teutsche Poemata, of 1624, by G. Witkowski (1902). See H. Palm,
FIG. 2.—OPIUM POPPY CAPSULES, SHOWING (A) NUSHTUR, OR INSTRUFROM DRAWN INCISIONS, THE FOR MAKING IN INDIA USED MENT SOCIETY OF OF THE PHARMACEUTICAL IN THE MUSEUM SPECIMENS (B) CAPSULE AS INCISED IN INDIA, (C) MODE OF GREAT BRITAIN, INCISION PRACTISED IN TURKEY
being used to every toloom (1,600 sq.yd.). The crop is very uncertain owing to droughts, ground-frosts and locusts. To avoid failure, and to allow time for collecting the produce, every toloom Beiträge zur Geschichte der deutschen Literatur des 16ten und r7ten sowings from October to March, the crops thus coming Jahrhunderts (1877) ; K. Borinski, Die Poetik der Renaissance (1886) ; has three in succession. In localities where there is hoar perfection to by Bibliography (1888). Heinsius und R. Beckherrn, Opitz, Ronsard frost in spring, the seed is sown in September, or at latest in the H. Oesterley in the Zentralblatt für Bibliothekswesem for 1885. seed is then greater OPIUM. The drug known in commerce as opium is derived beginning of October. The yield of opium andharrowed and young is land the sowing, After later. sown if than family 1), (fig. somniferum Papaver of fruits from the immature from children, and women by chiefly weeded, and hoed are Papaveraceae, by slightly incising the fruits and collecting and plants early spring until the time of flowering. In the plains the flowers drying the exuded milky juice. July. At this There are several forms of the plant in cultivation for yielding expand at the end of May, and on the uplands in cause an inopium. The truly wild plant (var. setigerum) is found on the period gentle showers are of great value, as they fall in a petals The opium. of yield subsequent the in crease northern coast of the Meditertime— short a in that rapidly so grow capsules the and hours, few ranean. It has acutely toothed generally from nine to 15 days—the opium is fit for collection. leaves, the lobes sharp-pointed, This period is known by the capsules yielding to pressure from each ending in a bristle. The the fingers, by assuming a lighter green tint, and by exhibiting leaves, flower stalks and sepals kind of bloom called ‘“‘cougak,” easily rubbed off with the a are covered with scattered bristly fingers; they are then about 1} in. in diameter. The incisions are hairs, and the stigmata are seven made by holding the capsule in the left hand and drawing a or eight in number. knife two-thirds round it, or spirally beyond the starting point The variety of the plant chiefly (fig. 2), great care being taken not to let the incisions penetrate cultivated in Asia Minor and the interior, lest the juice should flow inside and be lost; to Egypt is distinguished by having case also it is said that the seeds will not ripen, and that this in a sub-globular fruit and 10 to no oil can be obtained from them. The operation is usually 12 stigmata. It is glabrous and is performed after the heat of the day, commencing early in the known as var. glabrum. afternoon and continuing to nightfall, the exuded juice being colThe one cultivated in Persia is lected next morning. This is done by scraping the capsule with var. album, which has a fruit a knife, transferring the concreted juice to a poppy-leaf held in more or less egg-shaped; the ; the left hand, the edges of the leaf being turned up to avoid pores below the stigmata do not open when the fruits are ripe. It
FIG.
1-—~OPIUM
POPPY
(PAPAVER
spilling the juice; the knife-blade is moistened with saliva by
slate-coloured seeds. Cultivation.—The successful cultivation of the plant is only
drawing through the mouth after every alternate scraping to prevent the juice from adhering to it. When as much opium leaf has been collected as the size of the leaf will allow, another placed then is which lump, the of top the over or more is wrapped in the shade to dry for several days. The pieces vary in size from
in temperate than in tropical regions and the industry can only be profitably carried on where labour and land are sufficiently
opium
varies in the colour and shape of SOMNIFERUM)
the petals. Those (the majority) with white petals have usually white seeds, those with
reddish or purple petals have usually
possible where there is not an excessive rainfall and where the Climate is tropical or sub-tropical. The yield of opium is smaller
cheap and abundant.
in about 2 oz. to 2 lb., being made larger in some districts than . the but once, only incised generally others. The capsules are the fields are visited a second or even a third time to collect the from
the poppy-heads
subsequently
developed
by
the branching of the stem. The yield of opium varies, even on
OPIUM
SIO
same piece of land, from one-third to 73 chequis (or 1-62 lb.) per toloom, the average being 14 cheguis of opium and 4 bushels (so lb.) of seed. The seed, which yields 35 to 42% of oil, is worth about two-thirds the value of the opium. The whole of the operation must, of course, be completed in the few days, usually from five to ten, during which the capsules are capable of yielding the drug. Macedonian
Opium.—Four
varieties
of poppy
are
culti-
vated—two with white flowers and large oval capsules without holes under their “combs” (stigmata), and bearing respectively yellowish and white seed, and the other two having red or purple
flowers and seeds of a slate colour with a reddish layer under the surface, one bearing small capsules perforated just below the
top and the other larger capsules not perforated. The white varieties are recommended as bearing more abundant opium of superior quality. The yellow seed is said to yield the best oil; that obtained by hot pressure is used for lamps and for paint and the cold-pressed oil for culinary purposes. Indian Opium.—The poppy grown in India is usually the white-flowered variety, but in the Himalayas a red-flowered poppy with dark seeds is cultivated. The land intended for poppy culture is usually near villages, in order that it may be more easily manured and irrigated. On a rich soil a crop of maize or vegetables is grown during the rainy season, and after its removal in September the ground is prepared for poppies. Under less favourable circumstances the land is prepared from July till October by ploughing, weeding and manuring. The seed is sown between Nov. t and 15, and germinates in 10 or r5 days. The fields are divided for purposes of irrigation into beds about ro ft. square, which usually are irrigated between November and February; but if the season be cold, with hardly any rain, the operation is repeated five or six times. When the seedlings are 2 or 3 in. high, they are thinned out and weeded. The plants during growth are liable to injury by severe frost, excessive rain, insects, fungi and the growth of a root-parasite (Orobanche indica). The poppy flowers about the middle of February, and the petals, when about to fall, are collected for the purpose of making “leaves” for the spherical coverings of the balls of provision opium, or cannon ball opium as it is popularly called. Persian Opium.—tThe variety grown in Persia appears to be var. album, having roundish ovate capsules. Several forms of this
variety are grown. The best quality of Persian opium is said to be derived from the white-flowered form, which is the earliest to flower and most widely grown; a second quality from a bizarre flower with deeply cut petals and a central band of bluish-purple flanked with rich magenta; a third quality from a white flower with broad margins and an apex of salmon pink and magenta; a fourth from a dark scarlet flower with a central band of bluish purple to within a fifth of the apex of the petals; a fifth from a dark bluish purple flower; a sixth from a lilac flower suffused with faint purple colour, which is considered to yield a very poor quality indeed. The more fully exposed the plants are to the sun the finer the crop. European Opium.—Experiments made in England, France, Italy, Switzerland, Greece, Spain, Germany, and even in Sweden prove that opium as rich in morphia as that of Eastern countries can be produced in Europe. In 1830, Young, a surgeon at Edinburgh, succeeded in obtaining 56 lb. of opium from an acre of poppies, and sold it at 36s. a pound. In France, the cultivation has been carried on since 1844 at Clermont-Ferrand by Aubergier. The juice, of which a workman is able to collect about 9-64 troy oz. in a day, is evaporated by artificial heat immediately after collection. The juice yields about one-fourth of its weight of opium, and the percentage of morphia varies according to the variety of poppy used, the purple one giving the best results. By mixing assayed samples he is able to produce an opium containing uniformly 10% of morphia. It is made up in cakes of so grammes but is not produced in sufficient quantity to become an article of wholesale commerce. Some specimens of French opium have been found by Guibourt to yield 22-8% of morphia, being the highest percentage observed as yet in any opium. Experiments made in Germany by Karsten, Jobst, and Vulpius have shown
that it is possible to obtain in that country opium of excellent quality, containing 8 to 13% of morphia. It was found that the method yielding the best results was to make incisions in the
poppy-heads soon after sunrise, to collect the juice with the finger immediately
after
incision,
and
evaporate
it as
speedily as
possible, the colour of the opium being lighter and the percentage of morphia greater than when the juice was allowed to dry on the plant. Cutting through the poppy-heads caused the shrivel. ling up of the young fruit, but the heads which had been care-
fully incised yielded more seed than those which had not been cut at all. Newly manured soil was found to act prejudicially on
the poppy. The giant variety of poppy yielded most morphia. BrstiocRapHy.—Pharmaceutical Journal (1) xi., xiv., and (2) x.: E. Impey, Report on Malwa Opium (Bombay, 1848); Report on
Trade of Hankow
(1869); New Remedies (1876); Pharmacographia
(1879); Journ. Soc. Arts (1882); The Friend of China
(1883), etc.:
Report of Straits Settlements, Federated Malay States, Opium Com-
mission, app. xxiii. and xxiv. (1908); A. H. Allen, Commercial Organic Analysis, vol. iii. (1924); F. Browne, Report on Opium (Hongkong, 1908); W. Watt, Dictionary of the Economic Products of India (1892); H. Moissan, Comptes Rendus (1892); E. Lalande, Archives de médicine navale (1890) ; International Opium Commission, Report of Delegations, vol. ii. (1909); P. W. Squire, Companion to British Pharmacopoeia (1908). (E. M. Ho.)
Medicine.—Of the opium alkaloids only morphine and codeine are used to any extent in medicine. Thebaine is not so used, but is an important and sometimes very dangerous constituent of the various opium preparations, which are still largely employed, despite the complexity and inconstant composition of the drug. Of the other alkaloids narceine is hypnotic, whilst thebaine, papaverine and narcotine have an action which resembles that of strychnine. So complex a drug as opium is necessarily incompatible with a large number of substances. Tannic acid, for instance, precipitates codeine as a tannate, salts of many of the heavy metals form precipitates of meconates and sulphates, whilst the various alkalis, alkaline carbonates and ammonia precipitate the important alkaloids. The pharmacology of opium differs from that of morphine (g.v.) in a few particulars. The chief difference is due to the presence in opium of thebaine, which readily affects the more irritable spinal cord of very young children. In infants especially opium. acts markedly upon the spinal cord, and, just as strychnine is dangerous when given to young children, so opium, because of the strychnine-like alkaloid it contains, should never be administered, under any circumstances or in any dose, to children under one year of age. When given by the mouth, opium has a somewhat different action from that of morphine. It often relieves hunger, by arresting the secretion of gastric juice and the movements of the stomach and bowel, and it frequently upsets digestion from the same cause. Often it relieves vomiting, though in a few persons it may cause vomiting, but in far less degree than apomorphine, which is a powerful emetic. Opium has a more marked diaphoretic action than morphine, and is much less certain as a hypnotic and analgesic.
Toxicology.
(See also DruGc Apprcrion
and Porsons).—
Under this heading must be considered acute poisoning by opium, and the chronic poisoning seen in those who eat or smoke the drug. Chronic opium poisoning by the taking of laudanum—as in the familiar case of De Quincey—need not be considered here, as the hypodermic injection of morphine has almost entirely supplanted it. i The acute poisoning presents symptoms not easily distinguished from those produced by alcohol, by cerebral haemorrhage and by several other morbid conditions. The differential diagnosis is of the highest importance, but very frequently time alone will furnish a sufficient criterion. The patient who has swallowed a toxic or lethal dose of laudanum, for instance, usually passes at once into the narcotic state, without any prior excitement. Intense
drowsiness yields to sleep and coma which ends in death from
failure of the respiration. This last is the cardinal fact in determining treatment. The comatose patient has a cold and clammy skin, livid lips and ear-tips—a grave sign—and “pin-point pupils.” The heart’s action is feeble, the pulse being small, irregular and
OPIUM-EATING often abnormally slow.
AND
OPIUM-SMOKING
BII
The action on the circulation is largely
Opium-smoking is performed by the smoker lying on his side.
secondary, however, to the all-important action of opium on the respiratory centre in the medulla oblongata. The centre is directly
Then he takes a thin metal dipper and puts the sharp end into the
poisoned by the circulation through it of opium-containing blood,
opium.
Twisting it round and round, he brings a drop over the
flame of a lamp until it is sufficiently roasted. There is further and the patient’s breathing becomes progressively slower, shal- manipulation of the opium, and eventually a little piece of lower and more irregular until finally it ceases altogether. opium, about the size of a grain of hemp-seed, is left adhering to Treatment.—In treating acute opium poisoning the first pro- the bowl of the pipe immediately over the orifice. The smoker ceeding is to empty the stomach. The best emetic is apomorphine, then holds the bowl over the lamp. The heat causes the opium which may be injected subcutaneously in a dose of about one-tenth to frizzle, and the smoker takes three or four long inhalations of agrain. But the gastric wall is often paralysed in opium poison- which are exhaled through both the mouth and the nose. Moissan mg, so that no emetic can act. It is therefore better to wash out has shown that the smoke of chandoo contained only a very the stomach, at half-hour intervals, with a solution containing small quantity of morphine. F. Dent and also H. Fraser and B. J. about ten grains of salt to each ounce of water. If apomorphine is Eaton found that the smoke from roo grams of chandoo yielded obtainable, both of these measures may be employed. Potassium O-100 gram of morphine in two independent experiments. Frank permanganate decomposes morphine by oxidation, the action be- Browne examined the smoke of dross opium extract which is very ing facilitated by the addition of a small quantity of mineral largely smoked in the East. Dross opium extract is prepared by acid to the solution. The physiological as well as the chemical boiling together opium dross or residues from the smoking of antidotes must be employed. The chief of these are coffee or caf- chandoo and residues from the smoking of dross opium extract, feine and atropine. A pint of hot strong coffee may be introduced with a small quantity of demorphinated opium, and filtering and into the rectum, and caffeine in large doses—ten or twenty grains evaporating to a proper consistence. His results are shown in of the carbonate—-may be given by the mouth. A twentieth, even the table with an analysis of tobacco smoke by Pontag. Th a tenth of a grain of atropine sulphate should be injected sub- results are expressed in percentages. è cutaneously, the drug being a direct stimulant of the respiratory centre. Every means must be taken to keep the patient awake. He HydroPyricyanic must be walked about, have smelling salts constantly applied to dine acid the nose, or be stimulated by the faradic battery. But the final resort in cases of opium poisoning is artificial respiration, which Gram Gram should be persevered with as long as the heart continues to beat. Dross opium extract. O'O193 0-147 OPIUM-EATING AND OPIUM-SMOKING. Opium0'004 Tobacco . O-15 eating.—Opium, like many other poisons, produces after a time to 0-010 a less effect if frequently administered as a medicine, or as a stimulant. According to the experimental work of Faust, the The following shows the nature of the dross opium extract toleration towards the use of large quantities of opium is due to used—expressed in percentages on the extract:— the gradually increasing power of the tissues to destroy the drug. 8-61 Morphine ..... ..... 735 Opium-eating is chiefly practised in Asia Minor, Persia and India. 28-45 Insoluble in water .... 3°84 Opinions differ widely as to the injurious effect of the habit; the weight of evidence appears, however, to indicate that it is much A smoker of this extract would use from five to six grams more deleterious than opium-smoking. daily. He is considered to smoke in excess when he burns about Vincent Richards has collected some statistics regarding Balasor double this quantity. in Orissa which throw some light on the influence of this practice This dross opium extract is admitted by smokers to be stronger on the health. He examined about 600 opium-eaters who took, in effect than chandoo. This strength must be attributed to the on an average, 5 to 7 grains daily. The diseases for which it was pyridine bases, ammonia, hydrocyanic acid, and other substances chiefly taken were malarial fever, dysentery, diarrhoea, spitting of rather than to the morphine, which is present in much less amount blood, rheumatism and elephantiasis. Richards concluded that its than in the smoke of chandoo. moderate use may be and is indulged in for years without proSo far as can be gathered from the conflicting statements pubducing any decided or appreciable ill effect, except weakening the lished on the subject, opium-smoking may be regarded much in reproductive powers. Dr. W. Dymock of Bombay, speaking of the same light as the use of alcoholic stimulants. To the great Western India, concurs in Richards’ opinion regarding the mod- majority of smokers who use it moderately it appears to act as erate use of the drug. Dr. Moore’s experience of Rajputana a stimulant, and to enable them to undergo great fatigue and to strongly supports the same view. Among the Rajputs infused go for a considerable time with little or no food. According to opium has long been a drink both of reconciliation and of ordinary the reports on the subject, when the smoker has plenty of active greeting. work it appears to be no more injurious than smoking tobacco. Opium-smoking.—This is chiefly practised by the inhabitants In a large dock company in the Far East where 5,000 labourers of China and the islands of the Indian Archipelago, and in were employed, the managers were unable to pick out any opiumcountries where Chinese are largely employed. Opium-smoking smokers who, by any difference in physique, capacity for work began in China in the 17th century. Foreign opium was first or in behaviour, were different from the non-smokers. When carried to excess, opium-smoking becomes an inveterate Imported by the Portuguese (early 18th century). In 1906 it was estimated that about 27% of the adult males in China smoked habit; but this happens chiefly in individuals of weak will power opium. who would just as easily become the victims of intoxicating For smoking, the Chinese use an extract of opium known as drinks, and who are practically moral imbeciles, often addicted Prepared opium or chandoo, containing about 8% of morphine, also to other forms of depravity. The effect in bad cases is to and a cheaper preparation known as dross opium extract, con- cause loss of appetite, a leaden pallor of the skin and a degree taining about 7% of morphine. This latter is used chiefly by the of leanness so excessive as to make its victims appear like living poorer classes. skeletons. All inclination for exertion gradually becomes lost, Prepared opium is made by a lengthy process of digestion of business is neglected, and certain ruin to the smoker follows. opium in water, boiling, evaporating, beating, followed by a By its Charter or Covenant, the regulation of the traffic of opium peculiar toasting process which is very important and is very was expressly delegated to the League of Nations, whose efforts carefully done. The opium at this stage resembles dark coloured in endeavouring to secure the strictly legitimate use of the drug, ginger-nut crackers. There is more boiling of this in water, may be seen in the pamphlet mentioned in the references below. straining, evaporating, filtering and further evaporating until the See Pharmaceutical Journ. (1) xi. p. 269, Xiv. p. 395; (2) X. P. 434; prepared opium results as a black treacly substance, having the Impey, Report on Malwa Opium (Bombay, 1848); Report on Trade akoa (1869); New Remedies (1876), p. 229; Pharmacographia of fragrant opium-like odour which is characteristic. CEK E
E
E
r
O
E
OPIUM
812 n
. 425 ociety of Arts (1882); The a Chine (ees) lee tee oe Shes Saenen Fed-
erated Malay States, Opium Commission (1908), App. xxii. and xxiv.; Allen, Commercial Organic Analysis, vol. iii. pt. iv. p. 355; Frank Browne, Report on Opium (Hong Kong, 1908); and Pharmaceutical Journ. 1920 I. p. 274——“‘Some Constituents of Opium Smoke”; G. Watt, Dictionary of the Economic Products of India (1892) ; H. Moissan, Comptes rendus, of the sth of December 1892, iv. p. 33;
TRAFFIC except to those countries not yet ready to suppress its use, 4. The use of alkaloids of opium and its derivatives to be con. fined to medical and legitimate purposes; a Government licence to be obtained by all persons engaged in the manufacture, Sale, dis-
tribution, import and export of the drugs. 5. The last chapter of the convention consisted of clauses dealLalande, Archives de médicine navale, t. 1. (1890); International ing with assistance to China and with certain obligations under. Opium Commission (1909), vol. ii. “Report of the Delegations” ; taken by China herself.
Squire, Companion to the British Pharmacopeia (1916) (19th edition) ; Pharmaceutical Journ. 1910 I. pp. 452, 524; Pharmaceutical Journ. 1920 I. p. 274; League of Nations pamphlet—Social and Humanitarian Work—Trafic in Opium and other Dangerous Drugs: J. D. Mann and W. A. Brend, Forensic Medicine and Toxicology;
British Pharmaceutical Codex 1923 ed. p. 680.
OPIUM TRAFFIC.
(F. Bro.)
The use of the poppy and the coca leaf
goes back to time immemorial.
However, its organized use for the
purposes of commerce and revenue seems to have developed in the
last 200 years, in spite of protests against its use for other than medical and scientific purposes. In 1783 Warren Hastings pronounced opium to be “a pernicious article of luxury which ought not to be permitted but for the purpose of foreign commerce only!” A few years later the directors of. the East India company wrote: “If it were possible to prevent the use of the drug altogether except strictly for the purpose of medicine we would gladly do it in compassion to mankind,” and Lord Ashley in 1843 proposed a resolution in the British parliament to the effect that the continuance of the opium monopoly
and opium trade “was utterly inconsistent with the honour and duty of a Christian kingdom.” Yet to-day there are still countries whose colonies obtain large revenues from such monopolies. The importation of opium into China by foreign traders led to the war of 1840 between Great Britain and China. The Chinese, in spite of the fact that they were not the victors and despite any pressure brought to bear upon them, still refused to legalize the opium trade. China was now open to the world and a huge smuggling trade in opium sprang up which has given rise to endless difficulties ever since, both to the Chinese and to the British Goyernments.
The second war broke out between China and Great Britain, with France as her ally, 15 years later, and, after its close, not only was the cultivation of opium in China itself permitted, but the import of opium from India was also legalized. Yet the Chinese Government still continued to regard the use of opium as an important moral and economic question, and, in the year 1900, she decided to put an end to the use of the drug within ten years. For this reason, in the following year, she entered into what is known as the “Ten Years’ Agreement with India,” by which China should cease the cultivation of the poppy and forbid the consumption of opium on the understanding that the export of Indian opium to China should be reduced pari passu and cease altogether in ten years. At first this undertaking was carried out faithfully by both parties concerned, and according to a statement made by Sir John Jordan at one of the meetings of the opium advisory committee, China in 1917 had almost freed herself from the curse of the poppy. Political troubles, however, broke out, effective government in China was suspended, and to-day the production of opium in China is not only a great national but an international problem. International Action.—It was first realized in 1906 that if the Chinese Government were able to suppress the opium evil, she must be assisted by other nations. In 1909 President Roosevelt proposed that an international investigation should be made. As a result, an international opium commission met that year at Shanghai, at which 13 Powers were represented. The recommendations made at this meeting formed the basis of the first Opium Convention, which was drawn up at The Hague in 1912. The articles of this convention may be summarized as follows:— 1. The distribution of raw opium to be controlled and the use of prepared opium to be gradually suppressed. 2. The export of raw opium to countries prohibiting its entry to be stopped and its export to countries restricting its import to be controlled.
3. The export and import of prepared opium to be prohibited
6. Before the convention came into effect the adherence of the
34. non-signatory Powers in Europe and America was required. International opium conferences were held at The Hague ip July 1913 and June xr914, at which a number of Powers ratified the convention. During the World War all action in this connec-
tion was suspended until the Paris Peace Conference in 1919. In the peace treaties of 1919—20 the signatory Powers agreed that the ratification of these treaties should constitute a ratification of the convention of 1912 and the protocol adopted by the third Opium
Conference of 1914 (according to which the convention should come into effect upon its ratification regardless of the non-signa-
tory Powers).
The Advisory Committee and the League of Nations— Under the Covenant (Article 23 c), the duty of supervising the
execution of agreements with regard to the traffic in opium and other dangerous drugs devolved upon the League of Nations. In
order to carry out this obligation, the first Assembly of the League constituted an advisory committee on opium and other dangerous
drugs. The committee, which sits once a year except in special circumstances, has obtained certain important and definite results, such as additional ratifications to The Hague Convention (56 States have now ratified, 50 of these States being members of the League) and the adoption by a very large number of countries of
an important certificate system. Under this system no Government may allow the export from its territories of any dangerous drugs covered by The Hague Convention, except on the production by the exporter of a licence from the importing country, certifying that the drugs in question are required for legitimate purposes. The Import Certificate.—The Council, on the recommendation of the advisory committee, invited the Governments and members of the League to prepare an estimate of total annual requirements for the inhabitants of their territories for medical, scientific and other uses, with a view to proposing at some future date to the States concerned a new distribution of production which would limit the total output of raw material to the amount required for legitimate medical and scientific purposes. Subsequently two conferences met during the latter part of 1924 and the early months of 1925.
The 1924 conference did not find il possible to recommend the immediate complete suppression of the use of prepared opium, but drew up an agreement which embodied the substitution of government monopoly for other systems in force. No general agreement could be reached regarding any provisions for register-
ing or rationing addicts, nor was it found possible to embody in
the agreement provisions for uniform prices or uniform penalties for the infraction of law, or to limit imports. It was held by the
majority of members of the conference that no rationing could
be enforced or total suppression imposed so long as a large illicit supply of opium remained uncontrolled.
To this the representa-
tive of China objected, protesting against the refusal of the majority to take immediate steps to suppress opium-smoking until
producing countries should find it possible to control smuggling. The conference, in a protocol to the agreement, decided to take any necessary measures not already taken for the entire suppression within a period of 15 years of the consumption of prepared opium in the territories under their authority, this period to begin so soon as the effective execution of the measures required to pre-
vent illicit exportation of raw opium from their territories had been undertaken by the poppy-growing countries. Provision under the agreement is made for a League commission to decide when these measures have been effectively executed. The agreements
reached took the form of an agreement, a protocol and a final
act. Instruments of ratification have been deposited by all States
813
OPON—OPORTO represented at the conference, other than China and Japan. The agreement is therefore now in force. The Convention of 1925.—The result of the deliberations and
discussions of the conference of 1925 was a convention providing
for the more effective restriction of the production and manufacture of narcotics, and establishing stricter control and super-
vision of the international trade.
It is not, however, in force as
of the ten signatures required to bring the convention into effect seven must be deposited by members of the council, whereas on
Jan. 1, 1928 only four members had ratified their signatures.
Among the suggestions made in the convention was the creation of a central board, whose task it would be to follow the course of international trade and the general acceptation of the export and import certificate system. The conference also drew up a protocol by which the signatory States, recognizing their obligations to establish such control over the production, distribution and exportation of raw opium as would put a stop to illicit traffic, agreed to take within five years of the date of the coming into force of the protocol such measures as might be required to prevent the smuggling of opium seriously interfering with the effective suppression of the use of prepared opium in those territories where such use is temporarily authorized. A final act, containing further recommendations, was drawn up. Among these special mention may be made of a request to the council to consider the possibility of sending a commission to various opiumproducing countries to study the difficulties connected with the limitation of the production of opium, and to advise as to what measures should be taken to make it possible to limit the production of opium in those countries to the quantities required for medical and scientific purposes. The result of this final act is shown in the League of Nations commission of enquiry sent to Persia to report on the possible substitution of crops for the existing opium crops. This commission, which consisted of one American, one Italian, and one French expert, presented its report to the Council of the League of Nations at its meeting in March 1927. As a result of this report the representative of Persia made the following proposals on behalf of his Government. The programme which he undertook to submit to the Majliss, with recommendation for its enactment into law, is as follows:—
A small expert body of the main committee was appointed to study the methods of drug control as enforced in the chief manufacturing countries, including the consideration of an interesting memorandum put forward by M. Cavazzoni, the Italian member of the committee on how such control might best be effected. BIBLIOGRAPHY.—League of Nations, Annual Reports of Advisory Committee on Traffic in Opium (Geneva) ; Opium Conference Reports and other Papers (Geneva, 1925, etc.) ; W. W. Willoughby, Opium as an International Problem (Baltimore, 1925); John Palmer Gavit, Opium (1925) ; Raymond Leslie Buell, The International Opium Conferences, “World Peace Foundation” Pamphlets (Boston, 1925) ; Sir F. Whyte, China and Foreign Powers (1926). (R. E. C.)
OPON,
2 municipality
(with administration
centre and 29
barrios or districts), on the small island of Mactan (area about 45 sq.m.), province of Cebu, Philippine Islands. The island of Mactan, where Magellan was slain by the natives in March 1521, is separated from Cebu by a channel only about one mile wide. Pop. (1918), 20,988, of whom 42 were whites. Opon is a shipping and commercial suburb of the municipality of Cebu, the harbour of which is sheltered by Mactan island. It has large groves of coco-nut trees; other industries are the cultivation of corn and maguey, and fishing. In 1918, it had 202 household industry establishments with output valued at 49,300 pesos. Of the nine schools, eight were public. The language is Cebu-Bisayan. A monument to Magellan was erected during the Spanish régime.
OPOPONAX.
A
gum-resin
obtained
from
the root
of
Pastinaca opoponax, formerly used as an anti-spasmodic medicine. The perfume known as opoponax is distilled from a commiphora.
OPORTO, the second city of Portugal, about 3 m. from the mouth of the Douro, in 41° 8’ N. and 8° 37’ W. Pop. (1920)
203,091. The part of the city south of the Douro is known as Villa Nova de Gaia. Oporto is the see of a bishop. It is the true capital of northern Portugal, and the commercial and political rival of Lisbon, in much the same way as Barcelona (g.v.) is the rival of Madrid. Three main railway lines meet here—from Lisbon, from Valença do Minho on the northern frontier, and from Barca d’Alva on the north-western frontier. Oporto is built chiefly on the north or right bank of the Douro; its principal suburbs are Bomfim on the east, Monte Pedral and Paranhos on the north, Villar Bicalho, Lordello and Sao Joao da Foz on the west, Ramalde, Villarinha, Matosinhos, Leca da Palmeira and the port of on. the north-west. The mouth of the river is obstructed Leixões under 1. The approval of the recommendation of reduction in area by the deposits of poppy cultivation of 10% per annum after three years on the plan by a sandy spit of land which has been enlarged propased by the commission of enquiry. The annual reduction to con- silt constantly washed down by the swift current; on the north side will tinue for three years, after which time the Persian Government of this bar is a narrow channel varying in depth from 16 ft. to 19 reconsider its position, taking into account the effect the reduction has ft. A fort in São João da Foz protects the entrance, and there is a budget the balance, trade the had on the welfare of the cultivator, bar. As large vessels cannot and the general economic condition of the country, and what action lighthouse on a rock outside the has been taken by other producing and manufacturing countries to enter the river, a harbour has been made at Leixões (q.v.). curtail the production of the raw material and the manufacture and The approach to Oporto up the winding and fjord-like estuary distribution of habit-forming drugs. is one of singular beauty. On the north the streets rise in terraces 2. Acceptance of the opium export certificate system with an annual of present, the after up the steep bank, built in many cases of granite overlaid with year third the than later not beginning reduction without country the leave to permitted annually so that white is the prevailing colour of the city; on the plaster, quantity 10% of the production of import certificates (subject to reservations indicated south are the hamlets of Gaia and Furada, and the red-tiled wine elsewhere) . of Villa Nova de Gaia, in which vast quantities of port 3. The exemption of land taxes for a period of five years in the case lodges of that are manufactured and stored. The architecture of the houses and of areas diverted from the cultivation of the poppy to i public buildings is often rather Oriental than European in appearsubstitute crops. 4. Preference in the granting of agricultural loans to be given by the ance. Palms, oranges and aloes grow side by side with the flowers State bank of Persia, when established, to cultivators who divert part and fruits of northern Europe, for the climate is mild and very or all of their land under opium cultivation to that of substitute crops. equable, the mean temperatures for January and July—the coldest Since the conference of 1925 discussed the possibility of limi- and the hottest months—being respectively about 50° and 70°. tation of the growth of the poppy and its export, India has alsoThe design of some of the native river craft is peculiar—among undertaken to reduce her export of opium 10% a year until all them may be mentioned the caicos, high-prowed canoe-like fishing export ceases. Thus a material advancement has been made in boats, the rascos with their three lateen sails, and the barcos two out of the four great countries of production. conrabello, flat-bottomed barges with huge rudders, used for the With regard to the stricter control of manufactured drugs, two Two remarkable iron bridges, the stream. down wine of veyance interesting schemes are, at the present time, receiving detailed built Maria Pia and the Dom Luiz I., span the river. The first was examination by the opium advisory committee. One, submitted of Paris in 1876-77; it rests on a Company and Eiffel Messrs. by the by the American assessor on the committee, proposes the nationgranite substructure and carries the Lisbon railway line across alization of all factories manufacturing narcotic drugs; the other constructed was second The ft. 200 of Douro ravine at a height largest in is a proposal made by the German member of the committee 1881-85 by a Belgian firm; its arch, one of the winter to in of formation the by re manufactu of nalization for the internatio in liable is Douro The ft. 560 of has a span ft. at an international trust which should acquire a controlling interest Europe, and violent floods; in 1909-10 the water rose 40 in all the factories involved and with which the League of Nations sudden where it is confined in a deep and narrow bed. Oporto, itself should be closely associated.
814
OPOSSUM
The older quarters in the east are extremely picturesque, with their steep and narrow lanes overshadowed by lofty balconied houses. Overcrowding and dirt are common, for the density of population is nearly 13,000 per sq.m., or greater than in any other city of Portugal. The completion of the tramway system was long delayed. Ox-carts are used for the conveyance of heavy goods, and until late in the 19th century sedan-chairs were still occasion-
ally used. As a rule the natives of Oporto are strong and of fine physique; they also show fewer signs of negro descent than the people of Lisbon.
Their numbers tend to increase very rapidly;
in 1864 the population of Oporto was 86,751, but in 1878 it rose to 105,838 and nearly doubled in the next half century. Many of the men emigrate to South America, where their industry usually enables them to prosper, and to return with considerable savings. The cathedral, which stands at the highest point of eastern Oporto, on the site of the Visigothic citadel, was originally a Romanesque building of the 12th century; its cloisters are Gothic of the 14th century, but the greater part of the fabric was modernized in the 17th and 18th centuries. The interior of the cloisters is adorned with blue and white tiles, painted to represent scenes from the Song of Solomon. The Romanesque and early Gothic church of São Martinho de Cedo Feita is the most interesting ecclesiastical building in Oporto, especially noteworthy being the curiously carved capitals of its pillars. Though the present structure is not older, except in details, than the 12th century, the church is said to have been “hastily built” (cedo feita, cito facta) by: Theodomir, king of the Visigoths, in 559, to receive the relics of St. Martin of Tours, which were then on their way hither from France. The Torre dos Clerigos is a granite tower 246 ft. high, built in the middle of the 18th century at the expense of the local clergy (clerigos); it stands on a hill and forms a conspicuous landmark for sailors. Nossa Senhora da Lapa is a fine 18th-century church, Corinthian in style; Sao Francisco is a Gothic basilica dating from 1410; Nossa Senhora da Serra do Pilar is a secularized Augustinian convent used as artillery barracks, and marks the spot at which Wellington forced the passage of the Douro in 1809. The exchange (lonja) is another secularized convent, decorated with coloured marbles. Parts of the interior are floored and panelled with polished native-coloured woods from Brazil, which are inlaid in elaborate patterns; there is a very handsome staircase, and the fittings of one large room are an excellent modern copy of Moorish ornamentation. Other noteworthy public buildings are the museum, library, opera-house, bull-ring, hospital and quarantine station. The crystal palace is a large glass and iron structure built for the industrial exhibition of 1865. The English factory, built in 1790, has been converted into a club for the British residents—a large and important community whose members are chiefly connected with the wine and shipping trades. The English club gave its name to the Rua Nova dos Inglezes, one of the busiest streets, which contains many banks, warehouses and steamship offices. The Rua da Alfandega, skirting the right bank of the Douro and passing the custom house (alfdndega), is of similar character; here may be seen characteristic types of the fishermen and peasants of northern Portugal. The Rua das Flores contains, on its eastern side, the shops of the cloth-dealers; on the west are the jewellers’ shops, with a remarkable display of gold and silver filigree-work and enamelled gold. These ornaments are often very artistic, and are largely worn on holidays by women of the poorer classes. Oporto is chiefly famous for the export of the wine which bears its name. An act passed on Jan. 29, 1906 defined “port” as a wine grown in the Douro district, exported from Oporto, and containing more than 16-5% of alcoholic strength. The vines from which’ it is made grow in the Paiz do Vinho, a hilly region about 60 m. up the river, and having an area of 27 m. in length by 5 or 6 in breadth. The trade was established in 1678, but the shipments for some years did not exceed 600 pipes (of 115 gallons each). In 1703 the British government concluded the Methuen treaty with Portugal, under which Portuguese wines were admitted on easier terms than French or German, and henceforward “port” began to be drunk (see PortucaL: History). In 1747 the export reached £7,000 pipes. In 1754 the great wine monopoly company of -
Oporto originated, under which the shipments rose to 33,000 pipes, At the beginning of the 19th century the policy of the government
more and more favoured port wine, besides which the vintages from 1802 to 1815 were splendid both in Portugal and in Madeira
—that of 1815 has, in fact, never been excelled. For the next few years the grape crop was not at all good, but the 1820 vintage was the most remarkable of any. It was singularly sweet and black, besides being equal in quality to that of 1815. In 1852 the Oidium which spread over Europe destroyed many of the Portuguese vineyards. In 1865 Phylloxera did much damage, and in 186% the second monopoly company was abolished. From this time the
exports again increased.
(See WINE.)
A third of the population is engaged in the manufacture of cottons, woollens, leather, silk, gloves, hats, pottery, corks, tobacco, spirits, beer, aerated waters, preserved foods, soap or jewellery, The fisheries—chiefly of hake, bream and sardines—are extensive, Many tourists land at Oporto and visit Braga (g.v.), Bussaco
(g.v.) and other places of interest, on their way to Lisbon. There is also a large tourist traffic from Germany. The history of Oporto dates from an early period. Before the Roman invasion, under the name of Portus Cale, it was a town on the south bank of the Douro with a good trade; the Alani subsequently founded a city on the north bank, calling it Castrum Novum. About a.D. 540 the Visigoths under Leovigild obtained possession, but yielded place in 716 to the Moors. The Christians, however, recaptured Oporto in 997, and it became the capital of
the counts of Portucalia for part of the period during which the Moors ruled in the southern provinces of Portugal. (See PortuGAL: History.) The Moors once more became its masters for a short period, till in 1092 it was brought finally under Christian domination. The citizens rebelled in 1628 against an unpopular tax, in 1661 for a similar reason, in 1757 against the wine monopoly, and in 1808 against the French. The town is renowned in British military annals from the duke of Wellington’s passage of the
Douro, by which he surprised and put to flight the French army under Marshal Soult, capturing the city on the 12th of May 1809. Oporto sustained a severe siege in 1832-33, being bravely
defended against the Miguelites by Dom Pedro with 7,000 soldiers; E
16,000 of its inhabitants perished. In the constitutional crises of 1820, 1826, 1836, 1842, 1846—47, 1891 and 1908—10 the action of Oporto, as the capital of northern Portugal, was always of the utmost importance. Jn roro the monarchy was proclaimed at Oporto and lasted for three weeks. In Feb. 1927, having been chosen by disaffected regiments, in touch with political and communist elements, as the scene of their rising, it was bombarded
during three days by Government troops and suffered heavily.
OPOSSUM, the name of sev-
eral American marsupials, also applied in Australia to the phalangers (g.v.). True opossums are OPOSSUM
(DIDELPHYS
VIRGINI-
ANA), HANGING FROM A TREE Wiry
found almost throughout America (see MARSUPIALIA). They form
the family
Didelphyidae,. dis-
YOUNG tinguished by the opposable first hind-toe and by the dentition. They are small, nocturnal animals, with long noses, ears and tails, the laiter being usually naked and prehensile. The opposable first hind-toe is clawless and the tip is expanded into a flat pad. The other digits all bear claws. Mainly arboreal, they feed on birds, insects and fruit. The best known species of the type-genus is Didelphys virginians,
which is very common in the United States. It is nearly the size of a cat, grey in colour, the fur being woolly. When caught, it feigns death (hence the expression “playing ‘possum”). The’ova of opossums have a thin horny shell, and many more are produced
OPOSSUM-RAT—OPTICS than can survive.
The female produces 6 to 16 young, after a
period of gestation of 14 to 17 days. At birth the immature and helpless young, only about 4 in. long, are placed by the mother in her pouch, where they cling to the nipples by their mouths. When big enough to leave the pouch, the young are often carried on the mother’s back, holding on to her fur or clinging to her
tail by their own prehensile tails. The water-opossum (Chironectes minimus)
(see WATER-OPOSSUM).
has webbed
feet
Numerous other species inhabit various
arts of America, being especially numerous in the tropical parts. OPOSSUM-RAT (Coenolestes), a small South American marsupial of great morphological interest, since it is held by some authorities to belong to the polyprotodont division of that class. As the polyprotodonts are otherwise entirely Australian, the presence of a member in South America caused much discussion. Most zoologists now hold, however, that Coenolestes is a pe-
culiarly modified diprotodont.
(See also MARSUPIALIA, ZOOLOGI-
CAL DISTRIBUTION.) See O. Thomas, Proc. Zool. Soc. Lond. (1895).
OPPELN, a town in the Prussian province of Silesia, on the
right bank of the Oder, 51 m. S.E. of Breslau, on the railway
to Kattowitz, and at the junction of lines to Ratibor, Neisse and Tarnowitz. Pop. (1925) 41,458. Oppeln was a flourishing place at the beginning of the 11th century, and became a town in 1228. It was the capital of the duchy of Oppeln and the residence of the duke from 1163 to 1532, when the ruling family became extinct. Then it passed to Austria, and with the rest of Silesia was ceded to Prussia in 1742. In the partition of Upper Silesia between Germany and Poland in 1921 (see Srresta) Oppeln was retained by Germany. It is the seat of the provincial administration of Upper Silesia, and contains the oldest Christian church in the district, that of St. Adalbert, founded at the close of the roth century. It has a rsth-century palace on an island in the Oder. The industries of Oppeln include the manufacture of Portland cement, beer, soap, cigars, chemicals, clogs and lime;
trade is carried on by rail and river’in cattle, grain and the vast mineral output of the district, of which Oppeln is the chief centre. The upper classes speak German, the lower Polish. OPPENHEIM, a town of Germany, in the republic of Hesse, on the left bank of the Rhine, 20 m. S. of Mainz, on the railway to Worms. Pop. (1925) 3,928. Oppenheim, which occupies the site of the Roman Bauconica, appears in 1226 as a free town of the Empire. It lost its independence in 1375, when it was given in pledge to the elector palatine of the Rhine. The Evangelical church of St. Catherine, a beautiful Gothic edifice of the 13th and 14th centuries, has been recently restored. Industries and commerce are principally concerned with wine.
OPPERT, JULIUS (1825—1905), German Assyriologist, was
815
dedicated to Aurelius and his son Commodus, is still extant. (2) Oppian of Apamea (or Pella) in Syria. His extant poem on hunting (Cynegetica) is dedicated to the emperor Caracalla, so that it must have been written after 211. It consists of about 2,150 lines, and is divided into four books, the last of which seems incomplete, It is inferior to the Halieutica.
A third poem on bird-catching ([xeutica, from ifés, bird-lime), also formerly attributed to an Oppian, is lost; a paraphrase in Greek prose by a certain Eutecnius is extant. The chief modern editions are J. G. Schneider (1776); F. S. Lehrs (1846); U. C. Bussemaker (Scholia, 1849); (Cynegetica) P. Boudreaux (1908). The anonymous biography referred to above will be found in A. Westermann’s Biographi Graeci (1845). On the subject generally see A. Martin, Etudes sur la vie et les oeuvres a’Oppien de Cilicie (1863); A. Ausfeld, De Oppiano et scriptis sub ejus nomine
traditis (1876).
There are translations of the Halieutica,
in English by Diaper and Jones Bourquin (1877).
(1722), and in French
by E. J.
OPPIUS, GAIUS, an intimate friend of Julius Caesar. He managed
Rome.
the dictator’s private affairs during his absence from
According to Suetonius
(Caesar, 56), many authorities
considered Oppius to have written the histories of the Spanish, African and Alexandrian wars which are printed among the works of Caesar. It is now generally held that he may possibly be the author of the last (although the claims of Hirtius are considered stronger), but certainly not of the two first. He also wrote a life of Caesar and the elder Scipio. For a discussion of the whole question, see M. Schanz, Geschichte der römischen Literatur (2nd ed., 1898); Teuffel-Schwabe, Hist. of Roman Literature (Eng. trans., 1900); see also Cicero, Letters, ed. Tyrrell and Purser, iv. introd. p. 69.
OPPOSITION, in logic, means the various relations which can exist between judgments or propositions having the same subject and predicate but differing in quality or quantity. See Locic.
OPTICS.
The study of Optics is usually divided into three
parts: Physical Optics, Physiological Optics and Geometrical Optics. Physical Optics is primarily concerned with the nature and properties of light itself and is treated under Licut. Physiological
Optics deals with the mechanism of vision, and is treated under VISION. Geometrical Optics, which is the subject of this article, is the name applied to that part of Optics which deals with the properties of optical instruments such as telescopes, microscopes,
photographic lenses, spectroscopes and the elementary lenses,
mirrors and prisms from which they are constructed. As geometrical methods have been widely employed in inquiries concerning optical instruments, the name is not without historical justification. Nevertheless we shall have occasion to take excep-
born at Hamburg, of Jewish parents, on July 9, 1825. He studied tion to the validity of these methods in this field. They are in at Heidelberg, Bonn and Kiel and afterwards taught German in fact only admissible to an extent which deprives the historical France. His leisure was given to oriental studies, and in 1852 theory of much of its utility. A brief account of this theory can, he joined Fresnel’s archaeological expedition to Mesopotamia. however, hardly be omitted here both on account of its historical He published the results in his Déchiffrement des inscriptions importance and because even at the present day the majority cunéiformes (1861). He held posts as professor of Sanskrit in of the literature on the subject is still couched in geometrical the language school of the National library in Paris (1857), and terms. The basic conception of geometrical optics in this theory is the professor of Assyrian philology and archaeology at the Collége de France (1869). He died in Paris on Aug. 21, 1905. Oppert’s chief ray of light. The fact that light travels in straight paths was well study was Assyrian and cognate subjects. His works include: known to the Greek mathematicians and the transition from opHist. des empires de Chaldée et d’Assyrie (1865); Le peuple et la tics to pure geometry was thus simple. More precisely in geometrical optics we assume that the ray of light continues in the langue des Médes (1879), and a Sanskrit grammar.
OPPIAN (Gr. ’Owmavos), the name of the authors of two same straight line while it travels in the same homogeneous me(or three) didactic poems in Greek hexameters, formerly identi- dium. When it encounters a surface separating this medium from
fed, but now generally regarded as two different persons. (r) Oppian of Corycus (or Anabarzus) in Cilicia, who flourished in the reign of Marcus Aurelius (emperor a.D. 161-180). AccordIng to an anonymous
biographer, his father was banished
to
Malta by Verus. Oppian, who had accompanied his father into exile, returned after the death of Verus (169) and went on a Visit to Rome. Here he presented his poems to Aurelius and regained the imperial favour for his family. Oppian subsequently
returned to his native country, but died of the plague at the age of 30. His poem on fishing (Halieutica), of about 3,500 lines,
another, for example the surface between air and water, the ray
proceeds in another direction from the point in which it meets this surface, and again continues to follow a straight path until another surface is reached.
The new path may be in either the
original or the new medium. In the former event the ray is said
to be reflected, and in the latter refracted, at the surface of separation. We regard the whole continuous path of the light as 4 single ray, but distinguish the original and final portions as the incident ray and the emergent ray respectively. We may also apply the terms reflected ray or refracted ray as the case may be
[SYMMETRICAL INSTRUMENTS
OPTICS
816
to the latter. The new directions are determined by simple geometrical laws. The law of reflection states (1) the incident ray, the reflected ray,
and the normal to the surface at the point of reflection lie in one plane; (2) the incident and reflected rays lie on opposite sides of
from the triangles POC, P’QC sing = QP’ sina _ PQ ? CP’ PC sing’ sing and therefore by the law of refraction
PQ _ OP"
the normal; (3) the angles made by the incident and reflected rays with the normal are equal. The law of refraction states (1)
EPC CP’
If now Q is near R, PQ and QP’ differ from PR and RP’ by small
quantities of the second order, and the equation becomes
PC—r _ r+CP!
PPC
CP’
BTI KF
a
r
p.
= PG T OP
where r is the radius of the surface. It follows from this expression that all rays which, before refraction in the neighbourhood of R, pass through P, will afterwards pass through P”. Physically this means that light energy diverging from a particle of matter
FIG.
1.—ANGULAR-SIGN
CONVENTIONS,
SHOWING
(LEFT)
REFRACTION:
ANGLES OF INCIDENCE AND REFRACTION BOTH POSITIVE; AND (RIGHT) ANGLE OF INCIDENCE POSITIVE, ANGLE OF REFLECTION NEGATIVE
placed at P will converge to P’ or alternatively will diverge in the new medium as though it were liberated at P’. The reunion of the rays at P’ is thus of the greatest significance, and P’ is called the image of the object P. If P’ is so situated that the rays can actually pass through it the image is called real, but if it is so
the incident ray, the refracted ray, and the normal to the surface at the point of refraction lie in the same plane; (2) the incident
placed that they may merely be regarded as having originated there the image is called virtual. It should be observed that there
ray and the refracted ray lie on opposite sides of the normal; (3) the sine of the angle made by the incident ray with the normal
is no need for the rays to have actually passed through the point
bears a constant ratio to the sine of the angle made by the refracted ray with the normal. This ratio depends only on the composition of the two media separated by the surface, and is known as the relative index of refraction. From a comparison of these two laws it will be seen that the law of reflection may be considered as a special case of the law of refraction, the relative refractive index being equal to either +1 or —1. Let us adopt the convention that angles are to be
tual images.
P, that is to say we may deal with virtual objects as well as vir-
Consider now a succession of spherical surfaces which are all met by rays under the conditions just described. Corresponding to an object point P, real or virtual, the first surface forms an image at a definite point P;. The point Py may be regarded asa source of rays falling upon the second surface, which forms an image P of Pi. Each surface in turn forms a point image of that due to the preceding surfaces, and we conclude that the whole measured by the value of the anti-clockwise rotation needed to series of surfaces will form at a definite point P’ in the final reach the ray position from the onward drawn normal. Thus in medium, an image, either real or virtual, of an arbitrary point P fig. ra, the angles of incidence and refraction ¢ and ¢’ are posi- in the object space. The relation connecting P and P’ may be tive, and if wis the relative refractive index singd= using’. When shown to be unique and reversible, so that it is a matter of conreflection occurs the angle of reflection is opposed in sign to the vention which of the spaces external to the system is regarded as angle of incidence (see fig. x, right), and uw should therefore the object space and which as the image space. It will be obreceive the value — r. It will be noted also that the reflected ray served that we have not assumed axial symmetry in the system, travels in the opposite direction to that contemplated in the law so that this conclusion holds whether the centres of curvature of of refraction. As we shall see later all lengths entering into optical the various refracting surfaces are collinear or not. Symmetrical Optical Instruments.—The refracting surequations are either multiplied or divided by a refractive index and the double reversal of sign frees us from all difficulties regard- faces in a great majority of optical instruments are surfaces of ing the signs of the quantities we employ.
We are therefore
enabled to dispense with any detailed consideration of reflecting instruments and can proceed to deal with refraction as an inclusive process. For a reason which will become apparent later it is necessary for the reflecting and refracting surfaces used in optical instru-
ments to approach very closely to ideal geometrical forms. The manufacturing processes by which the necessary degree of perfection can be reached impose severe limitations on the
types of surface which may be employed, and in practice any surface but a portion of a sphere FIG. 2.—REFRACTION AT A SPHER—with the plane as a special ICAL SURFACE case—is rarely employed. We will therefore consider the refraction of light at a spherical surface.
In fg. 2 let a ray passing through the point P be refracted at Ọ, ' a pointon a spherical surface whose centre is at C. The refracted ray lies in the plane PQC containing the incident ray PQ and the normal QC, and it will therefore in general meet PC at some point P’. Let PC meet the surface in R and make an angle œ with OC, and let @ and ¢’ be the angles of incidence and refraction. Then
FIG. 3.—IMAGE
SURFACES
IN AN
IDEAL
INSTRUMENT
Determination of surfaces in which object and Image are equal to one another, and also equal but inverted
revolution with a common axis of symmetry.
In consequence of
this rotational symmetry the theory of these instruments }s particularly simple. Rays which lie initially in a plane containing the axis remain in that plane, and the general one-one correspondence between the points of the two spaces degenerates to a oneone correspondence between points of a plane. The theory of the symmetrical instrument has been treated very comprehensively by Maxwell and later by Abbe on the assumption that this two dimensional point to point correspondence
ender
SYMMETRICAL
INSTRUMENTS]
holds. From symmetry it is clear that the image of each point
on the axis is itself a point on the axis.
817
OPTICS Thus the axis is a self-
conjugate ray for the system, that is to say the axis, regarded as a whole is its own image. Corresponding to the point at infinity on the axis in the object space there corresponds a point F’ (see fig. 3), usually at a finite distance, in the image space. This is named the second principal focus of the system. Then all rays which in the object space are parallel to the axis will be refracted so as to pass through F” in the image space, and conversely all rays in the image space which pass through F’ correspond to rays which are parallel to axis in the object space. Similarly there is a
It follows that all the constant magnification surfaces are planes normal to the axis, and that the magnification in every such plane is uniform in all directions. All the properties of the system may therefore be related to the points in which these planes meet the axis of symmetry. With the aid of rays passing through F and F’ (fig. 4) we readily prove, if U and U” are the
point F on the axis in the object space such that all rays passing
through F emerge in the image space as rays parallel to the axis. This point is called the first principal focus of the system. Since the incident portion of any ray refracted parallel to the axis lies inthe same axial plane as the emergent portion, the two will meet
if produced in some point H. The point thus determined on the incident ray is at the same distance from the axis as the whole
of the emergent portion of the ray, and the height of the image
FIG. 4.—-COLLINEAR IMAGERY SHOWING THAT ANY RAY THROUGH NODAL POINT N EMERGES IN A PARALLEL DIRECTION THROUGH N’
THE
unit points, that is the points in which the unit planes meet the axis, and P and P’ are any pair of conjugate axial points
of an object extending from Z to the axis is equal to the height
of the object itself, a fact usually expressed by saying that the transverse magnification is 1. The locus of points H determined
transverse magnification =
FU _ PIF’ FP UF’
inthis manner is therefore called the first unit surface. It is to be considered as situated entirely in the object space.
so that conjugate points are determined by FP-P’F’=FU-U'F’. If we draw through f a straight line fN, parallel to the direction Inasimilar way by considering the intersections of the incident of the emergent rays arising from f, to meet the axis in N, we and emergent portions of rays which pass through F” in the image have FN=U'F’. The conjugate point N’ by the above relation space we determine the second unit surface situated in the image is given by N’F’=FU. These points, from the circumstance that space. Clearly these two surfaces have rotational symmetry the incident and emergent rays through them are parallel to one about the axis and are conjugate to one another, that is, the one another, are called the nodal points of the system. FU and U’F’ surface is the image of the other, and any ray striking the first are named the first and second focal lengths of the system. When unit surface in the point H will follow a path in the image space these two focal lengths are equal the unit points coincide with the passing through H’ in the second unit surface where HH’ is nodal points and are frequently called the principal points. parallel to the axis. Now let PHH'F’P’ and PFEK’'P’ be two It is easy to show with a system consisting of a single surface rays meeting in P and P”, the former being parallel to the axis that if an object point is moved along the axis, the image moves in the object space and the latter in the image space. Let these in the same direction. It follows that this holds also for any comtwo parallel portions be at equal distances from the axis and on pound instrument, and hence FU and U’F’ are always measured opposite sides of it. The image extending from P’ to the axis in the same direction. There are thus only two types of system— is of equal height to an object lying between P and the axis, and positive systems, illustrated in fig. 4, in which the principal foci isinverted. P and P’ therefore trace out conjugate surfaces cor- F and F’ are reached by proceeding from U and U’ towards the responding to the transverse magnification —1. F and F’ are real distant part of the corresponding space (the focal lengths the mid-points of PK and H’P’ and the new surfaces are there- thus being positive), and negative systems in which all these fore preciscly equal to the corresponding unit surfaces but face signs are reversed. The unit planes are usually situated close to opposite ways. Now let phh'F’p’ be another ray parallel to the or between the extreme refracting surfaces of the lens, and ina axis in the object space meeting the unit surfaces in 4 and h’ and negative instrument all the real portions of the object space and the negative unit surfaces in p and p’. From symmetry Ph and of the image space are thus on a single side of the respective focal pH intersect in a point f situated in the plane through F normal planes. It follows that such a negative system cannot yield a real to the axis of the system, and from the congruent triangles image of a real object, and since the focal planes separate upright WE'P', H'F'p', h'P’ and H’p’ are parallel. In other words the from inverted images, there is no inversion if either object or normal plane through F is conjugate to the surface at infinity in image is real. With a positive lens we can obtain a real inverted. the image space, and similarly the normal plane through F” is image of a real object, but if there is no inversion either the object conjugate to the infinitely distant surface in the object space. or the image or both are virtual. in any As we have based this discussion on the general correspondence By taking a pair of rays whose distances from the axis are assigned ratio we can construct the conjugate surfaces for this of object and image points, the conclusions hold whenever the magnification. initial assumptions are satisfied irrespective of the way in which It is a simple matter to show that the object space surfaces are the system is constructed. Had we first considered the properties all similar and similarly situated about F, and the image space of a single spherical surface and extended the result to a combinasurfaces also similar and similarly situated about F’. Since we tion of several such surfaces, our conclusions would not neceshave taken the ratio of the distances of corresponding points sarily have applied to a system in which aspherical surfaces are from the axis as the measure of the magnification, any corre- employed. | Formulae are frequently used in which measurements are made sponding secondary elements of length (that is elements normal to the plane through the axis of symmetry) in the image and object from the unit points instead of from the principal foci. If we surfaces are in this ratio. Now consider two parallel incident rays denote the transverse magnification by m, we have
inclined to the axis, not intersecting it but situated symmetrically with respect to it, the separation between them being small. They determine on every constant magnification object surface a secondary element of unvarying length. In theimage space these rays intersect in a point f’ in the focal plane through F’. The lengths of the secondary elements intercepted on the constant magnification surfaces in the image space are therefore proportional to the distances of the points of intersection from f. In other words these surfaces must be similarly situated with respect to any point f’ in the focal plane.
r
PU
UP..
Ur
FU pe UF 7 "™ PU IM
and = +ae =1.
ee U'F’
FU
When the two focal lengths have the com-
mon value f the last two equations become iaai I U'P'
m=- -py i Put TPT]
818
OPTICS
Systems which yield on a uniform scale a plane image of a plane object (and incidentally a plane image of every plane object) are admirably fitted for many practical purposes, for example the photographic reproduction of maps. The scheme we have Just described, which is known as collinear imagery, has therefore been widely used as a standard with which the performance of real instruments may be compared. It is of value as an artificial reference frame, rather than as a scheme to which real instruments tend to conform. The Wave Theory and Lenses.—We will now consider the properties of lenses according to the wave theory of light. The postulates of this theory, which have been justified by the most varied experiments, are that monochromatic light may be regarded as an undulatory disturbance of unvarying period which spreads out in all directions from the source at a uniform speed which depends only on the medium in which it is travelling. In common with other forms of wave motion the disturbance at a given instant at any point may be obtained by replacing the actual wave system by a system of secondary sources of proper intensities and phases distributed over a surface. The statistical
distribution of light energy is assumed to be that of the energy distribution of the wave system on the assumption that a long train of wavesis involved. On this basis the phenomena observed in the neighbourhood of an optical image—that is the point where the energy of the wave motion has its greatest value through the contributions of the secondary sources arriving in the same phase—have been very satisfactorily accounted for. It is shown in treatises on Physical Optics (see Licur) that these assumptions involve the propagation of light in straight paths normal to the wavefront (so that the rays of the geometrical theory are to be regarded as normals to the wavefront), and changes in the directions of these paths in agreement with the laws of reflection and refraction provided the relative refractive
index is made equal to the ratio of the times taken by light to travel equal distances in the new and old media. It would therefore appear that we should find agreement between the deductions to which we are led by the geometrical and the wave theories. This conclusion however is incorrect. An essential condition in deducing the law of rectilinear propagation is that the wavefront should be of considerable lateral extent. When light approaches a real focus this condition is violated, with the result that the direction of propagation in fact is not constrained to the straight paths assumed in the geometrical theory. It is therefore not surprising to find that while the geometrical theory indicates correctly the positions in which images are formed and the conditions which should be satisfied if an instrument is to yield images of the highest quality, it is misleading in the character of the image it leads us to expect, and the effects to be observed in the
neighbourhood of the image. The two theories also differ in the course they would lead us to adopt when any of the conditions corresponding to perfect imagery are not satisfied. Since the relative refractive index depends only on the relative speed with which light travels in the two media we may, by assigning the value unity arbitrarily as the refractive index of a suitable substance under specified physical conditions, obtain an absolute refractive index for any other substance. As an absolute standard medium empty space is taken, but for practical purposes the refractive index of air at standard temper- FIG. 5.—RATIO OF FOCAL LENGTHS
ature and pressure is adopted. We shall hereafter, when we speak
of refractive index, imply the absolute refractive index of a sub-
stance on one or other of these conventions. We will now show
that the two focal lengths of any symmetrical optical system are in the ratio of the refractive indices of the two external media. Let a plane wave normal to the lens axis in the object space of refractive index u travel from the position PF, fig. s, until, after being converted by the instrument into the spherical wave
U’J, in the image space of refractive index yw’, it reaches the prin-
[WAVE THEORY
cipal focus at F’. Let another plane wave in the image space travel in the reverse direction from F’Ọ to F. As different parts of the same wavefront take equal times to reach the focus, the time taken by the light to travel by the path PHA’ JF’ is equal to that taken along the axial path FUU’F’, and similarly the paths OQX’KIF and F’U'UF take equal times. The time taken to traverse the same axial path FUU’F’ is independent of the
direction, and the times for all these paths are thus equal. Now
the times taken along PH and FU are equal, and the times along
the equal distances U’F’ and JF’ in the same medium are equal, It follows that the time taken to travel from U to U’ exceeds that between H and H’ by the time needed to traverse the distance H’J. Similarly the time for the journey UU’ exceeds that between K and K’ by the time taken to cover the distance IK.
Now if H and K are at equal distances y from the axis the time taken to travel between H and H’, from the symmetry of the
instrument, is equal to that taken between K and K’. It follows that ulK=p’-A’s, or
ul{(FU)*+5?}3-FU] = y'[[ (U'F’)+99}}— UP; that is, if the terms in yt and higher powers of y are negligible,
hu Dt 2 F U
2
u U’ OnEF' ?
and since this holds for finite values of y we must have FU: U'F' =u: w.
In particular if the two external media are composed of the same kind of matter the two focal lengths are equal to one another. Let us now consider the possibility, according to the physical criterion of equality of time along the geometrical rays, of col-
linear imagery.
Let PQRS be four object points and P’Q’R'S’
their images. Denote by {AB’} the distance light would travel
in the medium of refractive index unity in the time taken to travel
from A through the instrument to B’. Then since with geometrically perfect imagery the time between two conjugate points is equal by all paths,
{PP} IQQ} (RR'} {SS} or
= wPQ + {QP} = wPS + {SP’} = {QR’} + wR’ = {QP} + wP = uRS + {SR} = wRO + {OR} = {SP’} + wP'S’ = {SR} + p'R'S’
u(PQ+RS —PS— RQ) = p'(P'O' +R'S'— P'S'— RQ’).
Now without altering the configuration of the figure PORS we may, if the focal lengths of the system are finite, make the scale of the figure P’Q’R’S’ as large or as small as we like by moving PQRS as near or as far from the lens as we like. In particular we may make each dimension of the figure P’Q’R’S’ smaller than any assigned finite small length. This relation cannot therefore hold, and collinear imagery is not possible for a system of finite focal length. In other words it is impossible to construct an optical system having a finite focal length which will refract all rays from any given object point so as to pass through a single image point. Using terms significant in the wave theory, the time taken to travel through the instrument between a point in
the object space and a point in the image space cannot be independent of the path followed for an arbitrary choice of the object point. When the focal length is not finite the image is a copy of the object on uniform transverse and longitudinal scales, and collinear imagery is achieved when the two refractive indices are numerically equal and the object and image are congruent
figures. The most familiar example is afforded by reflection at a plane mirror, where we suppose the two external refractive indices differ only in sign. (See MIRROR.) The Size of a Point Image: Resolving Power.—The extent
of the divergence between the two theories may be illustrated by considering properties of importance to the user of theinstrument.
First we will consider the size of the image of a point source. Of
the spherical wave which spreads out from the source only 4
portion can enter the instrument, and corresponding to the petfect reunion of the rays in an image point we have an emergent
OPTICS
WAVE THEORY] wave of spherical form.
In fig. 6, BAC represents a wave-front
fling the aperture BC: the wave is in the form of a portion of a concave sphere of which F is the centre. According to geometrical optics the image is the point F, and is formed by rays filling the cone BFC of which AF is the axis and ais the semi-angle. By the principles of physical optics the disturbances produced by the train of waves are the same as would be produced by a suitable series of disturbances situated in the wave-front BAC. Now any disturbance at A gives rise to a spherical wave with A as centre. If we confine ourselves to a region around F of dimensions small compared with AF we may consider the wave from A to be a plane wave PP’ at FIG. 6.—-DEPENDENCE OF F. Similarly from B and C we get plane RESOLVING APERTURE
POWER
ON
waves QQ’ and RR’ making angles + œ with PP’. Now all parts of the wave front BAC are equidistant from F, and the component disturbances at F are therefore all in the same phase—that is to say, all the displacements are in the same direction and reach their maximum values at the same instant. The energy of the wave motion is therefore a maximum at F, for there the co-operation is as great as possible. The wave from B will, however, have already passed beyond P, and that from C will not yet have reached P by the time the wave from A has
arrived at the position PFP’. To find the disturbance at P we therefore have to take the displacement at B when the wave-
front BAC is short of the position shown by the distance PỌ, and similarly the displacement at C when this wave-front has advanced beyond the position shown by the distance PR. That is tosay' the component displacements at P vary in phase, the total range being found by measuring the difference of path, 7.e., the length 2PF sina, along the train of waves in the direction of their motion. Now if P is near enough to F the differences of phase are small, and the displacements differ very little from those at F; in other words at points very close to F the light energy is practically the same as at F, so that the image is of finite dimensions, and not a point. As P moves farther away from F the range of phase increases, and at a certain stage we begin to receive con-
tributions from points near B which tend to neutralize those contributed from points near C, so that the light energy as we pass through these positions of P diminishes rapidly. Finally we reach
a position of P at which the range of phase is great enough for the various contributions to neutralize one another, or at least toso nearly neutralize one another that our impression on looking
at this point is that we have reached or passed the edge of the image. Since the changes of intensity are due wholly to differences of phase, the image edge will be reached when the difference of path
819
very small, a very close approach to the theoretical form, as has already been mentioned, is necessary in the refracting surfaces. Depth of Focus.—We will now consider according to the two theories how far we may expect to be able to depart along the axis of the instrument from the ideal focus F and still retain a satisfactory image. According to geometrical optics light rays fill the cone BFC, fig. 7, and the image in the plane XY will be a circle of diameter JJ. The image is considered satisfactory if IF does not exceed a certain diameter, say d, so that the permissible range for G is given by the condition FG=4dcota or very approximately
where J is the distance of the image from the principal point and ais the effective diameter of the lens aperture, supposed situated in the unit plane. The important feature of this formula is that the depth of focus is inversely proportional to the first power of the diameter of the aperture. Let us now consider the same problem from the point of view of the wave-theory. Instead of relying on the geometrician’s hypothesis we are able to rest on the well attested fact that an image begins to appear less sharp when the extreme difference between the phases of the component waves at the centre of the
image reaches a definite value, that is to say when the path difference at G amounts to ġà where œ is a definite number. This criterion differs from that considered on the geometrical theory less radically than might at first sight appear, for the existence of an appreciable phase difference at the image centre means that in this neighbourhood the light energy is less: but the total light energy of the waves is absorbed wherever the plane may be placed, and energy removed from the central regions must therefore appear in some other place. But to say that an appreciable amount of energy is found farther from the centre is only another way of stating that the image is sensibly enlarged. Resuming, however, the determination. of the range for G, the distance of this point from B differs by an unimportant amount from BH, where GH is perpendicular to BF. Since the extreme paths obviously arise from A at one limit and marginal points such as B at the other, and since all path lengths to F are equal, the extreme path difference is the difference between FG and FH, or FG(1—cosa) or or
FG= ———— I—COsa@ Now a=2Isina, and therefore approximately I
FG=8¢) (~)
is some constant @ times the wave length d of the light, z.e., 2PFsina=6r or
image diameter=2PF=
N =d.
sing
If ^ is the wave length of the light in the standard medium ho=Ap, and the last fraction becomes 0ño/ using. As the aperture
which limits the light passing through the instrument is reduced, sing decreases, and the size of the image increases. If two near
object points are to be distinguished on examining them through
the instrument their images must be separate, and the resolving power of the instrument, as its capacity for rendering distinct images of near objects is called, is measured by the reciprocal of
peade,a
FIG. 7.—DEPTH OF FOCUS
2
This formula indicates a law of a quite different type from that derived geometrically, the range varying inversely as the square of the aperture diameter, instead of as the first power. The Depth of Field.—By reasoning of a character essentially similar to that of the foregoing section we can find expressions for the nearest and greatest distances x and x’ at which objects may be situated from the lens for their images to appear
sharp on a screen focussed for a distance X. geometrical theory the conditions are
According to the
the image diameter, that is by wsina/@o. With light of a given wave length the denominator is invariable, and as dy sing, as we
shall see later, is unaltered by refraction, the resolving power of an
instrument is measured by yu’sina’, where the accented quantities
telate to the object space. On account of its importance in mlcroscopy this quantity is known as the numerical aperture of the instrument. The utility of an optical instrument evidently de-
-—
_—o
=
wr ae
ee
where the symbols bear the same meanings as in the previous section. Thus assuming the objects are at a considerable distance focal pends upon the variation in path having a small value compared from the lens, so that I is approximately equal to the focal the optics l geometrica to according lens, the of length with the wave length of the light used. Since the wave length is
OPTICS
820
(THE EIKONAL
length of the lens and the aperture are equally important, the | as independent variables. range being inversely proportional to both. On the other hand according to the wave theory the focal length has nothing what-
ever to do with the question, and the range is inversely proportional to the square of the aperture. Both theories, it will be observed, indicate the selection of the same plane for the theoretical focus to secure the utmost sharpness for all objects between two given extreme planes. It should be unnecessary to point out that the problems on which it has been shown that the two theories differ so widely, are of much practical importance in the use of optical instruments. As an example in photography, when considerable depth of focus is required, the geometrical formula is likely to lead to the use of an unnecessarily small stop, thereby involving not only a longer exposure, but also, through the tendency of a small stop to cause
loss of sharpness, a poorer negative. The Eikonal.—The examples we have just considered show that a complete investigation of the properties of lenses involves the determination of the time taken by light to reach any given point in the neighbourhood of the geometrically determined image, by both stationary and non-stationary routes (that is along “rays” and along other paths), as a preliminary to the calculation of the energy of the wave motion there. The computation of the time by non-stationary routes may be omitted if the
surface where the secondary sources are placed is selected in the image space and the times from the source to this surface are determined for stationary routes only. In practice the energy distribution will not be determined in routine calculations, as typical calculations or observations will show the effects caused by departing from strict equality of path by different amounts, for each of the types of variation encountered in well-corrected systems.
—u'(x'- 4
On eliminating L’ (1) becomes
6M’ —/(¢/— x E)N’ =0U.
Since U is now regarded as a function of M’ and N’, for any small variations of M’ and N’ we shall have aU je OU ean ôU = aM’ 6M’ + aN? ôN’, and, since M’ and N’ may be varied independently, we find, by comparing these equations,
,
N’
Now 7’— = é’ and ¢/— 7 £" are invariants for any given ray, and represent the y’ and z’ co-ordinates of the intersection of the ray with the plane x’=o. If we understand that y’ and 2’ are the co-ordinates of a point in this plane we may write these equations
I=
aa o as ouree
av aN
(2)
If then we know Ù as a function of M’ and N’, that is to say if we know how the length of the optical path from the source toa plane through the image space origin varies as the direction of this plane alters, we can find where the common normal to this plane and the wave meets an arbitrary fixed plane through the origin. If, instead of starting with a source of light at a known point of the object space, we had assumed it to be situated in the image space, some of the light diverging from this point would reach the lens and after refraction would emerge into the object space. We could take U’ as a measure of the time taken by the light to reach a plane in the direction (L, M, N) passing through the object space origin, and obtain the equations
All calculations will therefore relate to the geometrical paths, but variation in the lengths of these paths rather than their distances from a mean point in the neighbourhood of an image is 9 aU to be regarded as the significant factor on which the quality of MY = aa Ma N (3) the image depends. The two sets of magnitudes are not independent, and we proceed to find the connection between them. for the point (y, z) in which the common normal to the wave-front Take origins of rectangular co-ordinates in both object and The image spaces. Suppose in the first space that a point source of and the plane LE+Myn+NS=o meets the plane x=o. change of sign which will be observed on comparing equations light is situated at (x, y, z) in the object space. Light is radiated (2) and (3) is due to the assumption that the positive directions from this point in all directions, and some traverses the optical of the axes are unaltered, so that a positive displacement of system and finds its way into the image space. Generally the wave-front in the image space will be a curved surface, and the (€, n, €) corresponds to a decrease in the time V’. The function U suffers from the grave disadvantage that it is normals or rays at different points of this surface differ in direcunsymmetrical, the variables in the object space being point cotion. A particular emergent ray may therefore be specified by its direction cosines. Let these be (L’, M’, N’), and suppose also ordinates, and in the image space direction cosines. A function that (&’, n’, ¢’) is a point on this ray. The disturbance has taken which is symmetrical is at once obtained by considering the para definite time to reach (#’, 7’, ¢’) from (x, y, z): let the cor- ticular case in which the source of light is at infinity. It is inresponding optical path length, that is, the distance light travels convenient to include in the function the infinite term representin a standard medium in this time, be denoted by U. Let U+6U ing the length of the path between the source and a reference be the path length for a neighbouring ray starting from (x, y, 2) position near the lens, so the path is measured from the waveand finishing at (£’-+-d£", n’+6n’, ¢’+-6¢’), the final direction being front which passes through the object space origin. Since all (L’+6L’, M’+6M', N’+6N’). If u is the refractive index of the points on the same wave-front are at the same optical distance from the source, E, the new finite path length, which is a function final medium, the second path exceeds the first by of (M, N, M’, N’), differs from U only by a constant, and, as in
yi{(L!+888" + (M'+8M)bn/ +(NNA)
since the wave-front, which marks the locus of points optically equidistant from (x, y, z), is normal to the ray. Now suppose that
the tangent planes to the wave-fronts at (é’, n’, ¢’) and (E +ô, n’ +6n’, §’+-df’) pass through the image space origin. Then DY
+ M7! +N't' =o,
(L'+ 61’) (£/+-88") + (MM?+8") (9
the case of U, the equations oE TS aN pte MY
ð M”
Fg! eee pices
MS
ðE
earns
ON’
(4)
are satisfied. In a similar way from U’, by placing the source at infinity in the image space in the direction L’, M’, N’, and rejecting the constant infinite part of the path, we obtain afinite
Hin) +NN’) (f’-+6¢’) = 0, function € having (M, N, M', N’) asits variables and satisfying
and these conditions enable the expression we have found for the path difference to be written — mL ESL’ +-7'5M' +5" =§U (1). Now L’, M’, N’ are connected by the relation EP M2 4-2 = 7, and therefore only two of them, say M’ and N ’, may be regarded
the equations
H=
Fm
aN
Now € and €’ measure the time taken by the light to travel between the same two planes in opposite directions along the sta-
tionary path. This stationary path between two planes is unique
and independent of the curvature of the wave-front at either
OPTICS
FOCAL LENGTHS]
821
plane. Moreover the speed of light is independent of direction. | tion surfaces in fact tend to be spherical rather than plane. It follows that € and €’ are equal, and, since they are expressed We will next determine the primary principal foci, which are in terms of the same variables, they must be identical. This sym- the points of intersection of successive parallel incident rays metrical function of the direction cosines, which is one of the lying in the same plane through the axis of the system. Without Characteristic Functions introduced into Optics by Hamilton,
will be referred to as the Eikonal, a name proposed by Bruns.
loss of generality we may suppose s=2/=N =N’=o, and the y’ co-ordinate of the point in which the ray meets the plane x’ =X’ . MW 1S T X’— w’M' E,— uM Eg. If this point is conjugate to the
at least to be parallel to them. Equations (4) and (s) then show how this function, which itself expresses the length of a path
infinitely distant point (L, M), this value of yy’ will be unaltered
In the application of this function the planes x=o and x’=o will be chosen to coincide with the object and image planes, or
carried through the refracting surfaces, and is thus particularly suitable for investigations according to the wave theory, enables the points in which rays travelling in specified directions meet the object and image surfaces to be found.
1
by substituting (r- a 6M’, M’ +5M’) for (L’, M’).
Since
òM” is finite, we see that we must travel along the ray from its intersection with the reference plane the distance
Xr a=
Focal Lengths and Principal Foci.—The rays, being the normals to the wave front, are the loci of points for which the
‘L'2{ E+ 2a get 2b Ege +26Ecc}
path is stationary for slightly displaced routes, and conjugate foci are points of a particular path between which the path length is stationary for larger deviations. In an axially symmetrical
to reach the primary principal focus. The corresponding distance
skew ray (that is to say, a ray which does not lie entirely in an
To determine the focal lengths we note from (5) that the ray (M+8M, M') meets the reference plane in the point »’+6y’ where
for the object space is — pL*{ Eat 20 Eaa t 2b Ean +2c Ewo}. system we can see immediately that a pair of such points for a
axial plane) are the intersections of any axial plane with the incident and emergent rays. By considering a ray in an axial plane as the limiting position of a skew ray, we can extend the definition to all rays. We shall call such conjugate points secondary foci. We proceed to find the positions of the principal secondary foci and the magnitudes of the corresponding focal lengths. Take the axes of x and x’ in coincidence with the axis of symmetry, so that € may be regarded as a function of three variables only, viz., 5u (M°+N>, wy (MM'+NN’) and 4u2(M?+N"%). Denoting these by a, b, c respectively, and differentiation by the addition of a suffix, equations (4) give
y+ uM Estu’ M E= + uN Estu N’ E= (5) that is to say, the ray goes through the point (p’L’, Y’, Z’) distant p’ along the ray from the reference plane x’ =o, where p’= p' Ec provided
Y'= — pM E, Z'= — uN &
(6)
Sy’ = — ôM { Es+ 2a East bl Esot Eac) + 2c Erc} .Now the separation between these parallel emergent rays is L'ôy’, and the angle between the two incident rays is 6M/L. We define the focal length as the distance at which this separation is subtended by this angle, or
F= —uLL'{ Es+ 20 Eat b( Emot Eac) +20 Eve}, and similarly
F'= — p LL’{ Est 2a Eatb Erot Eac) +26 Eve}, where F and F’ are the first and second primary focal lengths
respectively. Substituting these values in generalised variations of (5) we find for points distant p and p’ from the principal primary foci
_ 6M—-—F'—,, 8M" Li¥—MiX =p IVIL MISY! = =p! ôM’ L'6Y’—M'8X' 5 +F ôM =,=
These equations show that at this point the ray goes through a point in the axial plane containing the infinitely distant origin of light (L, M, N). In other words the secondary principal focus lies on the ray at the distance u’ Es beyond its intersection with the reference plane x’ =o. Similarly the secondary principal focus in the object space lies on the ray at a distance — u Ea from its intersection with the reference plane x =o, the measurement being made in the positive direction. By partial analogy with the properties associated with the nodal points of collinear imagery, if fis the object space secondary focal length, the y’ and z’ coordinates of the secondary image of the infinitely distant object (L, M, N) are Mf and Nf respectively. Equations (6) thus give f=—w&,, and similarly the image space secondary focal length
is given by f’ = — p E.
'
The secondary conjugate points corresponding to the magnification S must satisfy ===
showing that conjugate points for the transverse magnification pare given by p=F/, p’ = —F’p, in harmony with the laws found in other cases. Just as we extended the conception of secondary foci from skew rays to rays in an axial plane, we may extend the primary concept to rays in general by basing generalised definitions upon the expressions we have derived. The Sine Law and the Cosine Law.—The conditions that must be satisfied for an instrument to yield a plane image of a plane object at the constant magnification G may now be investigated. Put a=S°A —-SGB+G’C,
b=2SA—(S+G)B+2GC,
=S,
and if these points are distant p’ and p from the corresponding Principal foci, by equations (5) we have
c=A—B+C,
so that
(S—G)?A =a—Gb+G"c, (S—G)?B=2a—(S+G)b+25Ge,
p'M' — uM E 2 p'N'— uN EÈ te pM+pM’E, pN+y’N'E, or
p=- He, p =p E's
since for a skew ray M/M’ and N/N’ are not equal. The connection between the principal foci, the focal lengths, a pair of conjugate foci and the magnification for any ray thus correspond exactly to those found for the instrument as a whole in collinear imagery. The fact that this law is followed for lengths measured
along the ray itself, and not their projections on the axis, clearly involves the failure of collinear imagery. The constant magnifica-
|
(S—G)?C=a—Sb4+S7%e.
|
Adopting for the moment the ray conception of imagery, y=
ET i
te
ðE zy
ME
+u M'E
(uM —Gy'M’) (a+ Es) + (uM —Sp’M")(Es+ Ec)}
ðE w/OM’
=
I gig
M
—Gy'M’)(GEs+ Gu'M'(G
At
SE
B)
+(uM—Su' M)(GEr+SEo)}
OPTICS
822
[SINE AND COSINE Law
ucosh=pu cos? +q
so that
yf — y= 5G (uM — Gu’) En+ (ull —Su’) Ec}
cosine law is of wider application than the laws previously given,
and similarly
a!—Ga= =~ {(uN —Gy'N’) Ent (uN —Sy'N') Ec} Thus, if the reference points lie in the planes conjugate to one
another for magnification G, the presence of terms in B and C with finite coefficients involves displacements of the image points
from their desired positions. The condition required is therefore that € should be a function of A only, that is the direction cosines only occur in the combination
(uM — Gy’ M')?+ (uN —Gy'N')? uM —Gy’M' and uN—Guy'N’ must then be constant for all rays through a given object point. These are the generalised sine conditions. When the object point lies on the axis each of these quantities must vanish. In consequence of the axial symmetry only one condition, known as Abbe’s sine condition, is in fact ?
involved. If we write Ga where / and /’ are conjugate lengths
normal to the axis, and y and y” are the angles made by the ray with the axis, Abbe’s condition takes the form plsiny = yl’ siny’, a result of which use has already been made in discussing the resolving power of optical instruments. If (o, y, z) is the point of intersection with the first reference plane of a ray A in the direction (L, M, N), and (o, y+ôy, z+ô2) is the point in which a parallel ray B meets the same plane, the change of co-ordinates may be regarded as the result of a displacement through the distance o in the direction ], m, n if Liy=o(Lm—M1), Léz=o(Ln—WN1), which involve L(6y6M+-626N) =o LU6L+mbM +nbN)—ol(LiL+M5M+N6N) whatever ôL, ôM, ôN may be. If (L+6L, M+6M, N+6N) is a neighbouring direction to (L, M, N) the equation becomes ôyåM +-626N =o (l6L+-miM+n6N). Similarly if (o, y’, z’), lies on ray A, and a parallel emergent ray C passes through (0, y’+éy’, 2’+62’), and the displacement corresponds to a movement through the distance g” in the direction (l, m, n’), we shall have
6y’6M’ +-62/6N’ =o’ (U’6L! +m’6M'+n’5N’) where (L’+6L’, M’+6M’, N’+-65N’) is any direction near that of these two parallel rays. Now if the ray B emerges in the direction (L’+6L’, M’+6M', N’+6N’) we have ð ôy = uly +y —y) =z
Ee —Ea) =EuuôM'+E muns N' + sceta
Similarly MOS= Eym ôM’ + Eyx'ôN' + --.. Also if (Z+6L, M+6M, N+6N) is the direction of incidence of the ray C,
poy’ = — Exyy'S M— Exy iN --p62!= — Eyn'6M— EgydN -- so that neglecting small quantities of the third order H(6y6M +626.) +p’ (by'5M’+62’6N’) =o or =po (l6L-+mbM +n6N) + p’o'(l'6L’+m'5M' +n'5N’) =0, that is
where p and g are constants, and the displacement in the image space will be $ times as great as that in the object space. This
since no special assumptions, such as that the rays concerned al] pass through a given point, have been made. The converse of this law, which has recently been extended in various directions, may also be proved. We can only consider here some specially simple applications. The law of refraction is obtained by considering rays which pass
through a point on the surface, the object and image displacements being necessarily equal.
By considering a movement in
the plane containing both rays we find, on writing ġ and ¢' for the complements of 0 and 6’, using= w’sing’+4q, and q vanishes
as g and ¢’ vanish together.
The analytical form may also be
derived at once, for we must have
u(Lix+Méy+ N62) = p'(L'dx+M'dy-+N'52) +49, where 6x, dy, 6z are the components of the common displacement’ so long as Jéx-+-mdy+-ndz=o where |, m, n are the direction cosines of the normal to the surface. l
That is to say g=o and
wi M’—pM
p’N’—uN
m
n
is the formula required. The Abbe Sine Law.—In a system symmetrical about an axis let there be no aberration in the image of a given point on the axis.
The condition for the absence of aberrations in the image of a small object normal to the axis through this point is obtained by considering displacements normal to the axis. If y and y’ are
the angles made by an incident and the corresponding emergent ray with the axis, the condition is
psiny = pu’siny’-+constant
where p is the transverse linear magnification. Since the axis itself is both an incident and emergent ray of the group forming the axial image, the constant is zero. The Sine Law for Axial Displacements (Herschel’s Condition). — In the previous system let displacements along the axis be considered. Then the condition that there should be no aberration in the image of a short element of length along the axis is cosy = Pu’cosy’-+constant.
Since Y=% =o is a member of the group of rays, the constant is equal to w— Py’, and the condition may be written in the form
isingy = Phy’tsin3y’ which is inconsistent with the Abbe sine law unless P=ty’. Both conditions are satisfied by paraxial rays, and therefore P=p'y'/p. This condition illustrates the proportionality of the longitudinal magnification to the square of the transverse magnification.
The Extended Sine Law.—If there is perfect imagery for the transverse plane for which the magnification is m, the displacement of the object and image point caustics must satisfy the cosine law for displacements in the directions of the y and z axes. Thus in the symmetrical system in which the axes of x and x’ coincide with the axis of symmetry, and the axes of y and y’ and of z and z’ are respectively parallel to one another, the conditions for perfect imagery over the whole plane when there is no aberration on the axis are
pa(cos@g—cos6g) + y’o’(cos6,’ —cos6’g) =0
UM — py’M'm=q
Lacos Oz — w’o'cos Op’ = wocos 8g — p’a'cos6o’,
UN — u N'm=g where q and g’ are functions of y, z, the co-ordinates of the object
where @ and 6’ are the angles made by the ray indicated with the directions (l, m, 1) and (/’, m’, n’) respectively. If then a small
parallel displacement of a collection of incident rays, determined for example by their caustic surface, is to correspond to a parallel displacement of the emergent group, so that the caustic surface
of the latter is to be translated without change of shape, the set of rays must all satisfy an equation of the form
point from which the rays arise.
Symmetry shows that q=,
q’ =2Q where Q is a function of y?-+-2?. The Construction of the Eikonal.—Before the expressions which have been derived can be applied the eikonal must be constructed. We proceed to show how this may be done. Suppose that the surface whose homogeneous equation 1s
EIKONAL
OPTICS
CONSTRUCTION]
823
f(a, x, y, 2) =o separates media whose refractive indices are » and | where ¢ and @’ are the angles of incidence and refraction. If then ul respectively. Let the reference planes for the two media both u’cosd’ — ucosh , we have E=r*x, E€,=—7? or the pass through the origin of co-ordinates and have direction cosines we write k= r
(L, M, N) and (L’, M’, N’) respectively. Since for the stationary
path the light travels perpendicularly to these planes, the distances of (x, y, z) from these planes for the light are Lr+-My+Nsz and L'x+M'y+N’s respectively. It readily follows that in the time
taken by the light to travel from the plane (L, M, N) to the plane (L', M’, N’) via the point (x, y, z) the distance travelled in the standard medium is
secondary focal lengths are u/x and w'/k respectively, where « is called the secondary power. The equations irr kÊ=
merely mean that the refracting surface is the unit surface. Again
E= u(Lx+My +N) — p (L'x+M'y+N'2). If (x, y, z) determines the neighbourhood of the surface for which the time is stationary between the planes, we must have (uL— u L')ôx+ (uM — pu M')jõy+ (uN — p'N’)bz=0 for all infinitesimal values of 6x, ôy, 6z which satisfy Jeôx+fyðy + fz =o. That is to say we shall have taimm
S an)
e ooaoomaani e
a
— O
and each of these will be equal to w(Le+ My+Ns) — pl (L'x+M'y+N'z)
fet Wut fz
Now, since f is homogeneous in a, x, ¥, 2, fatxfet vy
tsfz= o,
and therefore ———w
—
a
a
|TERee
erent
sc
NSEY
—
Now fo, fz, fy, fe are four homogeneous functions of a, x, Y, Z, between which the three ratios of these variables may be eliminated, giving (fa, Te, Fy, fe) =O
where ¢ is a homogeneous function. satisfies the equation
It at once follows that €
o( E/a, £, NE, N) =0
where £, I4, N denote u' L’ — uL, pM'— uM, u'N’'— uN respectively.
This equation expresses €, the stationary path length
between the planes (L, M, N) and (L’, M’, N’), in terms of their direction cosines, so that € is the eikonal. Consider refraction at the paraboloid of revolution
yr-+-2? — 4ax =o. Here
fon i Je
—4x%
WE
—4a
2y
2g
so that E=aatx.
2
E— L'?{ E+ 24E+ 2b Eset 20 Eec} =
pp » an expression of importance because in a symmetrical Y
instrument incidence is normal for paraxial rays, that is rays which lie close to the axis of symmetry. As the unit in which powers are expressed, the dioptrie or dioptre, the inverse of a metre, is universally employed. Thus a lens of power 5 dioptries (written 5D.) has a focal length of 20 cm. in air. The Combination of Systems.—Having found the eikonal for the separate surfaces of the instrument it is now necessary to find those for the combination. The process involved may be illustrated by combining two systems. Let Oo, O: and Oz in media of refractive indices uo, mM, and pe be the reference points on the axis, E£, the eikonal for the first portion between planes through Oo and O, E that for the second part between planes through O: and Oz, and En that for the whole. From the definitions of the eikonal it follows that E= E+ E2 Moreover
3E
om, “5
aes IM,
ð ? or SM, (E+
X
and therefore
E) =O
with a similar equation involving Ni. These two conditions enable M, and N, to be eliminated from E+ E, leaving E expressed in terms of the external variables only. Paraxial Laws.—From the formulae reached in a previous section we see that the refraction of paraxial rays is determined
by the part of € which is linear in a, b and c. Let us put E=const. tact Bb+yct ---; then the conditions from which M, and N; are to be found are KaM abe =0,
oN opi + uNyı + uNa uN p2=0. Squaring and adding we find for the combination erga
b
2
Eare
+yzc +
Dongle
Wee
x22 2?—72 =0 k oh
?
the quantity on the left when multiplied by yp’ being the distance
2
we have
sin’d
between the primary and secondary principal foci in the image space, that is to say the astigmatism. It is worth noting that at the two principal foci the astigmatism is inversely as the refractive index. When the incidence is normal both powers become equal to
Beincisat
Again at the spherical surface
coso cosg’ LL’k
so that the primary power is x sec @ sec @’; also
bolt of31 +wMiyit Mit
othe —fafe=0
and
Er+ 2a Ean +b Eoo +b Eae tH20 Ere= —
kt,
—r Z y ferttptfenfe
Ext r(224+R0 + N). One root corresponds to the part of the surface which is convex, the other to the part which is concave, to the incident light. By a similar process the equation of the refracting surface may be found when €is given as a homogeneous function of the
first order in L,C, N. The equation of the eikonal for the sphere
may be written
E=r[u!2+ p2—2b—2(p2—20)¥(u’?— 2C)§]§=r(u'cos¢” — ucoso)
This expression shows that if we put a= 5, p= -5 y=% AC—BD=1
the paraxial constants of the compound instrument are given by the matrix law Aw Dp\ _ (A 1) G cy By
c) =
B; Cy
By
C2
the extension of which to any number of systems Is simple. It is an easy matter to show that the equations for the points in which a ray meets the reference planes are given by uN \=B y A ( pM Al y z I c) — pM! —p'N’
OPTICS
B24
[CHROMATIC ABERRATIONS 6A 6D\
the converse relation by A
d (7
a
y
8)
EC
-D
A
~\pM
w ED Ee
product for the entire system, and the summation extends to all the lenses.
If the system consists of a series of spherical refracting surfaces of powers Kı, K2, Ka, ¢ + and separations UTi, HaT, > +- between their vertices, the constants are calculated from the product
B c)
I—T1\
NK 3) (c
(I
OV
ft—-Te\
>(i > (s
(I
OV,
:) (rs >)
where the reference points are at the points of intersection of the axis with the extreme surfaces and, for any surface separating media of refractive indices u and w’, k=R(w— u), R being the curvature of the surface at the vertex, considered positive if its convex side is presented to the incident light. In the special case in which all the refracting surfaces cross the axis at the same point this product reduces to the simple form
(3 O= Citatet sia z) Systems in which the overall axial depth is negligible are termed “thin.” They are of much importance in the preliminary development of instruments owing to the simplicity of all formulae relating to thin systems and to the accident that it is nearly always the aim of the designer of optical systems to use no greater amount of glass, quartz or other transparent solid than is necessary. Chromatic Aberrations.—We have hitherto regarded the refractive index as a property of the medium only. Optical instruments in general are used for the control of light of various wave-
lengths, and as the nature of the light is changed the refractive index of the medium alters. It follows that A, B, C, D are liable to vary as the colour of the light changes and the position and size of the image of a given object likewise vary. Most instruments would not be of much value unless these variations could be reduced to very small amounts. We will determine the conditions that must be satisfied for them to be eliminated. We shall assume that the two media external to the system are alike and are the standard medium to which the value unity for the refractive index is conventionally ascribed for all wave-lengths. The matrix for refraction at a single surface is
(;R(w'— u) z) 17’
medium. We call each of these elementary bodies a simple lens, and it is convenient to regard such lenses rather than the separate surfaces as the elements from which the instrument is built. The matrix for the instrument now takes the form C
Ay o) ¢ ~*)
As C) (G =82\
By
B,
Cy
O
I
BC C—I
D
EN I
o
1
D
I
o
D
I
Oo
I
D
2
s= I
= R(u—t), -p
/
=
(1— u), D= —t/u
where
R, R', t are the curvatures of the two surfaces and the axial thickness of the single lens. It follows that for light of a different colour for which the refractive index is p+ (u—1)/v, where y is a quantity regularly given by glass makers, the increments in A, C, D are given to the first order by
A—rı
oo
A-1
.C-1
C31
u—~I
eae
a
a
m
so that 64= AXE, ies BD light which has passed through the centre of the stop. The a complete system made from two similar components, not neces- primary focus for rays in the axial plane is three times as far as sarily of equal focal length, with corresponding parts next to one the secondary focus from the ideal image point. The central another, will be achromatised if A/B and D/C remain unaltered aberration measured by g, is symmetrical, the rays through conas the colour changes, that is to say the separate components, centric circular zones of the stop meeting the image surface in must be corrected for the position in which light parallel to the concentric circular zones of radii proportional to the cube of the axis between the components comes to a focus, and for the image radii of the former. The aberration implies that each zone has a separate surface on which the image is formed, owing to want of the centre of symmetry. The discussion of the conditions which should be satisfied when of agreement of phase. The primary foci for light from a point the rays considered do not lie close to the axis does not differ in on the axis lie on a semi-cubical paraboloid with the axis of the system for its axis of revolution; the axis itself is the locus of the any essential feature from that just given.
suited to the older forms, and either the field lens, or the eye lens,
or both are compound. Attention to all three conditions is comparatively rare, and is only of importance when good correction is desired in widely separated image planes. If the system is symmetrical end for end, A =C, and the three conditions. fall to two. Since
Aberrations for Homogeneous Radiation.—We have seen earlier that a plane image of a plane object will only be secured when £ is expressible as a function of (uM —Gu' M’) and
(uN —Gy'N’) only, where G is the transverse magnification. In general other terms occur, and the characteristic effects due to them are called aberrations. The quadratic terms in & may be written in the form
—t[opA?— 201 AB+o.B?+ 2(ort =)AC— 203BC+o0,C?| where A, B, C denote the quantities previously defined and the o’s are known as the aberrational coefficients; 0; is the coefficient for distortion, ca for astigmatism, w for curvature of the field, o3 for coma, and a, for central aberration. Central aberration isso named because the other aberrations disappear on the axis of the system. It must not be supposed that central aberration is not present over the whole field. The significance of these terms will be more fully appreciated if we note that the co-ordinates (Y, Z) of an image point when aberrations are absent are given by
Ye=yM—Gy'M’, Zk=uN— Gg N". If then (n, ¢) is the point in which the plane of the stop is met we may substitute
4D)! ,_ (¥atZ0e 2(S—G)* (S—G)?
Hee
~ 2(S—G)?
E
(S—G)
(YEs+nEo), -Z= gig (ZEstt Eo).
From the latter we see that a finite value of ø, implies only a fixed displacement of the image point from its ideal position, so that object and image are not geometrically similar; hence the description of this aberration as distortion. At the displaced image point there is no difference of phase. By writing
(Y2+-2Z?) (+i) = (Yn+2) +E — Zn)? we see that the terms in B? and AC may be analysed into two components, for one of which the point of intersection with the stop lies in the same axial plane as the object point, and for the other in a perpendicular axial plane. It is easy to show that either of these divergences may be removed for a given object point by moving the image plane along the axis. The terms in fact denote that the primary and secondary image surfaces are curved, the curvatures at the axis being 3x°ao-+-xw and xa2+kw respectively.
The common part xw, which depends only on the Airy-Petzval
sum, is known technically as the curvature.
A finite value of oz
The former are three times as far as the latter
tion added, is the quantity which corresponds to o, when the reference plane is moved to another position. It is interpreted as the central aberration at the middle of the stop. We can obtain the addition laws very simply for these aberrations by noting that, since all the paraxial terms when eikonals are added are completely accounted for by substituting for the intermediate direction cosines expressions linear in the external
direction cosines, we have only to make the same substitutions for A, B, Cin these aberrational terms. The expressions obtained in this way are (Cp) n=
p)« SP
Ge?,
(b=0,
I, 2, 3; 4);
where the component parts are n in number, of which x is a typical member, and Sx, Ge are the magnifications which the images of the stop and of the object formed by lens x undergo in
the subsequent parts of the system.
- .W
x
The quantity 7 where «x is
the power of the system, is transformed according to the same law as cz, and in this case we are led to an expression which is well known on account of its simplicity. This is the so-called Petzval sum (wk)1 n= 2 (wK)« where @«=
I K
in either the expression for E or in
yeg
secondary foci.
from the paraxial image plane. The coefficient co, with a correc-
- - A more correct name would be the Airy sum, K
using the name of its first discoverer. If £ and € are the eikonals for the same system when the reference points correspond to two different magnifications G and G’, we have wl pLl’G , wo pyc’ SS
ap ro
a
oe
KG" K and if A’, B’, C’ are the effective variables in the latter expression corresponding to the A, B, C of the former, we obtain a linear transformation from the one system to the other, and the aberrational coefficients for any positions of the object and stop can be expressed in terms of those for standard positions. By paying special attention to the factor 4A4C—B’ which can be separated in a large number of terms, we are enabled to classify the aberrations generally by order and by series, the latter classification deriving its importance from the fact that though the conditions for the disappearance of any given aberration depend on the
magnification, the disappearance of all the aberrations ofa given
inorder and series for a given pair of object and stop positions volves their disappearance for all positions. To this rule there is only one exception—that of the zero series, comprised of terms
which do not contain 44C—B? as a factor. In the quadratic terms just considered we may write the terms in B? and AC in the form R aa z E
~
(302+ > (B+ 2AC)— © (4AC— BY)
showing that the term involving w belongs to series r. It is no less advantageous when considering aberrations than when dealing with the paraxial constants to take the simple lens rather than the single surface as the effective unit. We proceed to find expressions for the aberrational coefficients of a simple thin lens, taking as the standard conditions the stop in the unit surface and the object in the surface for magnification — 1. This choice offers many advantages due to symmetry. If object and image space are interchanged the coefficients with an even suffix are unaltered and those with an odd suffix merely changed in sign. If the origins are taken at the vertex of a single surface system of power Kı, E= Kim Ho pa +N? _ al M+ 2K
£1
Ne)
doua
|:
281°
, ð Adding a similar expression, the condition, a, (E+E) =o 1
gives mMk = MoM ket poor, where K= Ki + ke. Hence
[TYPES OF INSTRUMENTS
OPTICS
826
uMı=
o— — pM 5), 2 (4(uoMo ML MotuM: __ Kı—ke
Mold ot MoM
M
=
Ma
a
BoM o— baie K
Ke
Ky
To secure reference points at the negative unit surfaces we have
to add 2(u2Lo+ uLo)/x to E. Write 1, u, 1 for po, fi, Me and put Ky— Ke= 2(4— 1) px so that px is the common addition made to the curvature of both surfaces to derive its shape from the symmetrical form. Then on expansion we find Ex =4—4A —2A?—2B?—4(1+H)AC—8p(1 +) BC
I a| (1— w)? a talaa) leae) jgorr ? +(~ 4)2p}u i +4p%(u—1) |Cit oe. where w=1/u. If the surfaces are spherical ¢=e.= % and the last two terms disappear from the coefficient of C*. If they are paraboloidal ¢,= «=o and the coefficient of C? becomes
TES — 4
8p? (1 —«)|.
Since the refracting surfaces are in contact the coefficient of A? must correspond to the absence of stop aberration. The absence
of a term in AB indicates that there is no distortion. The coefficients which determine the curvature and astigmatism are not under control. The coma may be removed by giving the lens a symmetrical form—that is by making p=o. The central aberration can then only be controlled by giving the surfaces a suitable shape—viz., by making ¢:= «= —3(u?—1). This fixes the
eccentricity of the osculating ellipsoids. Let us write 48 for the coefficient BC and —2y for that of C*. Then with the stop magnification S and the object magnification G, after moving the origins and introducing the appropriate changes in A, B, C, we find the following expression, most of the coefficients in which were first obtained by Airy. {1—6}
aaa
(S—G)?
ae
(S—G)
(S8—G
A - SOSO
g...
—$ly—4S B+S 2(3+2e)](1—S)4A?
+4[y—(3S +G)8+3S?+S (S +G)o](1—S)(1—G)AB —ly—2(S + G)B+S (S +2G) +3(S2+4S G+ G)o](x —S)*(x —G)2(24 C+ B?)
—= (S—G)(44C—BY) 44 y—(S+3G)B+G2S+G)+G(S+G)el(1--S)(—G)'BC
—$y—4GB+ G(3+20)]—G)4C r+S$ where S=
p
1+G G=
-IG
and the terms in the first line cor-
respond to the elimination of aberrations. We may now employ the addition formulae for these aberrational coefficients to obtain corresponding expressions for any number of thin lenses in contact. We then find that w is the Airy-Petzval sum, and if px is a common curvature addition made to all the surfaces from a standard form the preceding formulae apply without alteration except that f and y take the forms
B=ßBo+2pl1 +o), Y=Yot+4P(1+ 2%). These formulae are particularly advantageous in their application to lenses which are to be cemented together, so that the second surface of one lens has the same curvature as the first For example telescope surface of the next succeeding lens. objectives may be advantageously designed in this way, the conditions to be applied being cs=04=0, that is B=(2+)G,
y=(s+2w)G?, where G=1 for an infinitely distant object. The
coma is eliminated by giving a suitable degree of “bending” to
the lens as a whole, and the central aberration by the choice of suitable glasses, or by departing from the spherical form for the surfaces, or by distributing the lens powers suitably between three or more components. When there are only two component lenses the ratio of their powers is determined by the condition for the removal of the chromatic aberrations. For more complete information on these developments the reader is referred to numerous papers in the Transactions of the Optical Society. When the lens is no longer thin expressions for the aberrations differing very slightly from those just given may be obtained by the same general procedure. As a rule it is unnecessary to repeat the calculations after such thicknesses as are necessary for the
construction of an actual lens have been introduced, as it has been shown that over a wide range of constructions the aberrations of this order introduced by separating the surfaces are automatically compensated in the most advantageous way by the aberrations of the next higher order which become significant at the aperture the thickness is introduced to yield. Formulae may be obtained for these higher order aberrations in a similar manner; the chief complication is due to the necessity for taking into account in the values of Mı and N, terms depend-
ing on the lower order aberrations. Main Types of Optical Instruments.—Optical instruments tend to assume one of a few forms. Telescopes are systems of very great or even infinite focal length; they may invariably be regarded as a combination of two systems of finite focal length placed with their inner principal focal surfaces nearly or exactly in coincidence. The one part, often of large absolute aperture and long focal length, usually conforms to the thin lens type and is corrected for coma and central aberration. In the other part, the eyepiece, attention is chiefly given to the curvature and astigmatism. Telescopes are essentially instruments for increasing the angle an object appears to subtend at an observer's eye, and in most of them the field of view is small. At the opposite extreme are microscopes, also divisible into objective and eyepiece, but the former is of short focal length and small absolute,
but large numerical, aperture. In the higher powers (that is shorter focal lengths) the objectives tend to be very complex. As with telescopes the most important objective corrections are those for colour, central aberration and coma. The eyepiece |s
of simple construction.
viewed at once.
Only a small part of an object can be
Camera lenses form a class in some respects
intermediate between telescopes and microscopes. The field 1s large and the numerical aperture moderate. In general they at
not separable into parts having distinct functions, and all aberrations must be considered. The use of lenses at appreciable
axial separations is necessary for the attainment of satisfactory
827
OPTICS
RAY TRACING]
at which a ray crosses the unit surface and as abscissa the distance of its intersection with the axis from a suitable fixed point. The type of curve thus secured is widely used. The paraxial portion of the curve touches the ordinate axis. A more useful curve is obtained by taking the square of the height at which the The inclination of this in a partially developed system to reduce as far as possible the unit surface is crossed as ordinate. the axis depends on near rays for axis ordinate the to of curve way the in diffculty remaining aberrations. The outstanding using algebraic expansions for the whole of his work is the un- the lowest order central aberration, and the curvature gives
corrections. | f , Ray Tracing.—The professional optical designer in evolving complex instruments finds it expedient to use formulae for the aberrational coeficients merely as a general qualitative or roughly quantitative guide to indicate the modifications he should make
certain value of the terms of the expansion he must neglect. As he
aims at taking into consideration lengths as small as a quarter
of a wave length or less, that is to say about one ten-thousandth of a millimetre, it will be appreciated that our knowledge of the higher order aberrations must be thorough before reliance can in general be placed on expansions. The method adopted by the designer is to trace step by step through the system a selected set
higher order aberrations. Moreover if we draw through any point X on the abscissa axis a straight line parallel to the ordinate axis, the areas intercepted between this line and the curve
measure the differences of path for light passing through the corresponding zones of the unit surface when the image point is at X. By choosing this ordinate so as to cut off alternately equal areas on opposite sides of the curve we can determine the point for which the differences of phase will be least. Corresthe space image the in positions their of rays, and to infer from aberrations remaining in the system. For tracing these rays many ponding to each geometrical figure a second curve may be drawn methods have been devised, of which particulars may be obtained with the same ordinates, and the phase at a given image point as They are usually entirely trigono- abscissa. When only first order aberration is present the geofrom practical treatises. metrical, and logarithmic tables are generally employed. The metrical figure is an inclined straight line, the phase curve is at the mid-point of the calculations for skew rays are necessarily much more trouble- a parabola, and the best focus will be some than those for rays in an axial plane, and in practice skew projection of the straight line on the abscissa axis. This result best rays are rarely computed. A method of computing rays in an is at variance with the geometrical prediction that the where axial plane, suitable for use with a calculating machine, is as position of focus is three times as far from the position the paraxial rays come to a focus as from the intersection of a follows. marginal ray with the axis. perpendicular The incident ray is defined by p , the length of the Aplanatic Surfaces.—Although some lenses designed in the to the ray from the vertex of the surface, and siny, where y is the angle between the ray and the axis. The refractive index is de- last few years show marked improvements on any that were pronoted by u, the angle of incidence by ¢, the curvature of the sur- duced before the World War, no system has yet been evolved face by R, and the separation between the vertices of this and the which yields over a wide surface an image entirely free from Points imaged without differences of phase for next surface by #. The same letters, with accents where necessary, aberration. followthe for x (often called monochromatic) light have long been suffix the with monorythmic and ray, refracted the are used for named aplanatic points. A more restricted interpretation of the ing surface. In the customary methods of calculation yı is found by the term, now universally adopted, was introduced by Abbe, the change involving the absence of aberrations when the object angular relation Connected point makes small excursions in a definite surface. this property having each points image and object of aggregates which necessitates references to tables. In the present method form a pair of aplanatic surfaces. Until recently our knowledge the use of these tables is avoided by first finding an approximate of the conditions under which such perfect imagery is possible value sin for siny” given by were very limited—they amounted to hardly more than the plane sind = siny —sing-+sin¢’. mirror reflection, in which the whole object space is imaged aberration, the aplanatic spheres discovered by Thomas without In the absence of aberration this value is correct, and also b= pb. refraction at a sphere, and the trivial case of any for Young aberrational of corrections and present In general aberration is at which refraction occurs. A more general result surface single magnitude are required. The working equations are of
y=y =p-
sind =siny-+ Rb,
sing’ =sing X u/h, sin@ =siny —sing+sing’,
N = p (sing —sing’) (siny +sing’), D=14{sin?6+ (cosy-+cosd+cosy’)?— r},
b’—b =N/D, siny” =sinf—R(b'— b), b=
b'+żsiny.
It is to be noted that 3N and 4N using are the linear first order coma and spherical aberration respectively for the single refraction, D is the ratio of twice the first order aberration to the total aberration, and (b’—b) using
{(x+cosp) (1-+cos$) (1+cosg’) (r+ cosy’) }}, which is represented at most refractions with ample accuracy by z(b “=p )asinġ,
is the difference in path between the route along the ray and that along the axis from their first to their second crossing point. Brief tables are used for finding D. Graphical methods of representing the state of correction of the system are widely used. For example the central aberrations may be shown by taking as ordinate the distance from the axis
is obtained by noting that if € is given explicitly as a function
the direction cosines (ZL, M, N) and (L’, M’, N’), the points ðE ) ôE ( ðE ðE (25 ðE
OL uM ôN)
WOL?
wa”
won’
are on the incident and emergent rays respectively. Let us now suppose that E is a homogeneous function of the first order of three variables a, 8, y, each of which is a linear function of the six direction cosines, so that L’— asp’ M! — agp’ N’ = ata pL-ponpyM +asuN — cup’ where a, a1,°-~* are constants, with corresponding expressions for B andy. Then x= a Eat Bi Est Ey,
x = ayat Beet yEy
with similar equations for y, y' and z, 7’. It follows that Ea, Eg, E, can be found in terms of x, y, z, and thus definite values of x’, y’, 2’ obtained.
That is to say we obtain a one-one correspondence
between these points of the object and image spaces. They will bebe object and image points if the length of the optical path tween them is constant. Now:this path is E+ pl(L'x!+-M'y'+N’2’) — p(Le+ My+ N32) or substituting from the equations for x, ¥, 2, x’, 9’, # the path length is —Yo) Ey; E— (a—a) Ea— (B— Bo) Es— (Y
y, the that is, since £ is homogeneous of the first order in a, 8, path is
OPTIMISM—OPTIMUM
828
to a+ Bo Es+yoEy which depends only on the object point (x, y, z). There is thus no aberration in the image of this point. Moreover the aggregate of these object points forms a surface. For & satisfies a homogeneous relation of the form 0(E, a, B, y)=0, to which we can add three homogeneous equations ba
On eliminating the ratios a, 8 andy bear to E between these four equations we obtain a relation of the form (Ea, €g, Ey) =0, and if Ex, Eg, Êy are replaced by their values in terms of x, y, z and
of x’, yY’, Z we obtain the equations of the object and image surfaces.
From the linear character of a, 8, y it follows that the
image surface can at most be a regular deformation of the object surface.
The converse process of constructing the eikonal which will yield given aplanatic surfaces can be carried out. It is merely a
slight generalization of the process by which the eikonal was constructed for a given refracting surface. In general a given optical system can have only one pair of aplanatic surfaces, for E can only be expressed in one way as a homogeneous function of the direction cosines. Spherically symmetrical systems are exceptional. For example if
E= (æ+ ptr) where
a=pL+ql’,
B=/M+¢qM",
Y=
}N+4N",
where
a! =qL-+ pl’, B'=qM+pM', y'=qN+pN’. Corresponding to the first form we have the conjugate surfaces
PHPH) =H, uey) =g,
and corresponding to the second the pair
WHY)
=g, uty?) = p.
Thus with a sphere, since its surface is self-conjugate, we may put p=ur, g=y’r, and the alternative solution shows that the
concentric
quantities six independent identities subsist, so that at most there are ten degrees of freedom for paraxial rays. For an account
of these quantities, their connections with the positions of the rays and with various
expressions
giving
the lengths of paths
through the system, reference should be made to the Transactions of the Optical Society. When we proceed to higher order terms representing aberrations the complexity of the theory is enhanced, For example corresponding to the six coefficients for the lowest order monorythmic aberrations in axially symmetric systems we have in these unsymmetrical systems no less than thirty-five coefficients. Experimental Methods.—The marked changes in the way
optical instruments have come to be regarded in recent years js reflected in experimental applications of the theory. A good example is afforded by the use of modified types of Michelson interferometers for the testing of optical instruments. This application of interference is due to F. Twyman. An instrument
of this type, equipped for varied work, has been constructed by Messrs. Adam Hilger, Ltd., for the National Physical Laboratory, at Teddington, England. Many other interference methods have recently been described. Space will not permit us to discuss many interesting points which arise in the use of these and other methods of investigating the properties of optical
instruments experimentally. (See Lens.) BIBLIOGRAPHY.—~Nearly
all authorities
deal
with
the geometrical
theory only, and some are chiefly of value on account of miscellaneous articles. See for historical interest mainly: H. Coddington, Treatise on the Reflexion and Refraction of Light; W. R. Hamilton, “Theory of Systems of Rays” (4 papers from the Proceedings of the Royal
we may, in consequence of the identities
. L-4-M4 N? = r15 LHM’, rewrite the equation in the form E=(a?+ 8+")
POPULATION
spheres of radii ry’/y and ru/u’ are respectively
aplanatic conjugate object and image surfaces.
Asymmetrical Systems.—We have discussed at some length the properties of symmetrical lens systems because they form by far the most important section of geometrical optics. The expressions that have been given enable all the ordinary problems to be dealt with—for example the paraxial expressions are sufficiently accurate to determine how large any simple lens must be to pass the rays the instrument should transmit. It is also a simple matter to derive a number of well-known conclusions from the general laws that have been given—for example that the use of an optical instrument will not enable a brighter image of an object subtending an appreciable angle to be formed on the retina of an observer’s eye. The reader is not likely to encounter any difficulty arising from the use of prisms inserted for the reflection of light at plane surfaces into the system, for they are equivalent to the insertion of a thick plate of glass with plane parallel faces. Methods of designing prisms to produce desired results cannot be considered in detail here. As a rule a trigonometrical procedure is adopted, but algebraic methods employing matrices appear to offer decided advantages.
There remain systems of much importance without axial symmetry. The theory of such systems, though not difficult, is much more involved than that of axially symmetrical systems. Taking
systems in which all the surfaces are met normally by some straight line, and yield symmetrical sections when cut by any
plane through this line, which may be called the axis, we find that in place of the second degree matrix for the axially symmetrical system we have to adopt a square matrix of the fourth degree, with sixteen constituent elements. Between these sixteen
Irish Academy which serve as a starting point for modern work); R. Smith, Compleat System of Opticks. More modern works are: S. Czapski and O. Eppenstein, Grundzüge der Theorie der optischen Instrumente; H. Geiger and K. Scheel, Handbuch der Physik; XVII. H. Konen, Geometrische Optik; R. T. Glazebrook, Dictionary of Applied Physics; IV. Optics; R. S. Heath, Geometrical Optics; R. A. Herman, Geometrical Optics; M. von Rohr (trans. R. Kanthack), Formation of Images in Optical Instruments; J. P. C. Southall, Principles and Methods of Geometrical Optics; Steinheil and Voit (trans. J. W. French), Applied Optics; G. C. Steward: The Symmetrical Optical System (Tract); H. D. Taylor, A System of Applied Optics. For the physical principles involved reference may be made to the optical papers of the late Lord Rayleigh. The writings of A. Gullstrand are important for the optics of spectacle lenses. Most recent work has been described in journals devoted to optics, of which the chief are the Transactions of the Optical Society, Revue Optique, Journal of the Optical Society of America, and Rivista adOttica. Valuable contributions will also be found in Zeitschrift fir Instrumentenkunde, Die Naturwissenschaften, Phil. Trans., Proceedings of the Physical Society, and many others. An extensive bibliography is given by Czapski and Eppenstein. (T. Sm.)
OPTIMISM, in philosophy, is the theory that the world is the
best possible, or that life is worth living (to allude to the popular form of the problem). For a discussion of this question. see MELIORISM; PESSIMISM; PLATO; Lersnrrz; HEGEL; also J. Sully, Pessimism (1877).
OPTIMUM POPULATION.
The origin of this term is not
clear. Since the World War it has come into common use to indicate a conception of the relation between population and the produce of industry to which Prof. Edwin Cannan first gave clear expression. The optimum theory of population which is outlined in what follows was not held by Malthus or by the older authors who discussed the population problem. It was their failure to formulate this theory which robs their treatment of the matter of much of its value. This conception which lies at the basis of
the position now taken by all authorities may be briefly expressed as follows. At any given time the population which can exist on a given extent of land, consistently with the attainment of the maximum return to industry possible at the time, is definite. In
other words, for any given area of land under any given set of
circumstances there is an optimum population. If population 1S at the optimum number the greatest return per head possible under the circumstances will be attained. Departure from the optimum, whether in the direction of deficiency or of excess, will be accom-
829
OPTION— OPTIONS panied by a return
per head
less than
the possible
return.
Departure in the direction of deficiency is called under-population and departure in the direction of excess is called over-population.
It is important to realize that no distinction is to be drawn between
agriculture and manufacture in relation to this matter. In Prof. Cannan’s words “if we start from what I have called the point of maximum
return, we
can
say of manufacture
as well as of
dividend date would be much nearer. The holder of an option, when he comes to exercise it, is entitled to all dividends, bonuses, or subscription rights that may have accrued during the period of his option. In the case of a put option being required, the price would be the same. The following is part of a typical list as published in the daily press of option prices quoted on the London Stock Exchange.
agriculture that returns diminish as we move in either direction
from that point.” It is therefore essential from the point of view
of economic prosperity that the population of any country should approach as closely as possible to the optimum. Over and under-
population alike imply a smaller income per head than could be
attained with smaller and larger numbers respectively. Unfortunately attempts to ascertain whether under- or over-population exist meet with the utmost difficulties. Unemployment is not necessarily an indication of over-population and the comparison of figures for the national income over a period of years is an uncertain guide. It is not possible to say whether or not England or the United States are over- or under-populated. It is, however, generally held that parts of India and China are probably overpopulated. It is in other words probably true that the inhabitants of these countries would be better off if the population was less dense. (See also POPULATION.) BIBLIOCRAPRY.—-L. Robbins, “The Optimum Theory of Population” in London Essays in Honour of Edwin Cannan (1927). (A. M. C.-S.)
OPTION, the action of choosing, choice, or the opportunity
of choosing. In ecclesiastical law “option” was the right claimed by an archbishop to select one benefice from the diocese of a newly-appointed bishop, the next presentation to which would fall to his, the archbishop’s, patronage. This right was abolished in the early 19th century. For the stock exchange “option” see ¿infra Ortrons. “Local option” or “local veto” in politics is the power given to the electorate of a particular district to choose whether licences for the sale of intoxicating liquor shall be granted or not.
(See Liquor Laws.)
OPTIONS.
Option dealing is practised much more exten-
sively on the Continent of Europe than in Great Britain or America, but a fair amount of business of this description is carried out daily on the London and American Stock Exchanges. Option dealing is a complicated matter, and on this account is indulged in more by professional than amateur speculators. As the name implies, an option is a right over certain stocks, commodities or things. It may be the right to buy or the right to sell. In the former case it is termed a “call” option, ż.e., the holder of the option has the right to take up the shares or whatever it is; in the case of an option tc sell, it is termed a “put” option, the holder having the right to sell the shares to the person with whom he has entered into the bargain constituting the option. It is possible to buy a “put and call” option, which gives the holder the right either to deliver and obtain for payment the stipulated quantity of stock at a date and price arranged when the bargain is entered into, or to call for delivery to him of the same amount of stock at the same price and at the same date.
Settlements
Call or
——__—_—_____—
26th | 30th | 27th July| Aug. | Sept.
put of
Home Rails Gt. Western . | 12 | L.M.S. . .|2% | L.&N.E. Def. | 1 rt Met. Dist. re | Sthn. Def.
Foreign Rails .| B.A.G.S. Leopold’na
re | 2
rd.
. Coats Courtaulds
24
.| 2
: Miscellaneous .| Amer. Ce. Bleachers Brad. Dyers . | BAT. . . Brit. Celanese
B.S.A. Cal. Print
23 | 2b | 14 | |1% 1¢ |
.|
26th | 30th | 27th July | Aug. | Sept.
put of
Burmah . Lobitos . Mex. Eagle Ryl Dutch Shells Rubber 23 | Ang.-Dutch
2} | 24 | 14 | |2} | 1% |
|3
Settlements
Call or
3/6 | 3/6 | . | 2/6 | . | 1% | . | 3/-|
Bs| 3 | Z
3/6] 4/~| 5/3/6 | 4/6 | 5/6
ropean..
Ang.-Amer. Bw. M’Kub.
5/5/3/6 2 4/-
1/6 | 2/-— | 2/6
-/6 | —/73| -/9
Ang.-Java
—/74| 4/— | 1/6 | 1/6 |
Lon Asiatic Malacca . |2} | Malayalam |25 13 2/6 | 3/—| 3/6 | Rub. Trust 2/6 | 3/— | 3/6 Mi 43/61 4/-| 4/6 ee African & Eu-
—/10$| 1/14] 1/3 1/6 |1/104$| 2/3
4/3 | 4/3 | 3/-| 13 | 3/6 |
—/9 |-/ 103 5/- | 6/2/-| 2/6 2/- | 2/6
1/43| 1/73|1/103
. | 2/6 | x/9 | 2/. | -/43| -/6 | -/74
1/6 | 1/9 | 2/Chartered Cons. M. Rf.. | 1/~| 1/3 | 1/6
Fine Cotton . | 3/3 | 3/9 | 4/3 | Crown
1 9 | 2/3 | 2/9
-~
Forestal Ld. . | 1/6 | 2/— | 2/6 French 5%
|I $ De Beers Def. | ¢ 1/9 | 2/3 | 2/9 Gen. Mng.
Imp. Chem rd .
2/6 | 3/—
Malyn. Tin Modder .
. | 5/- | 5/9 | 6/6
Rob. Dp.B
Loan . Guest Keen
Imp. Tob.
Kreu
ger
Toll.
Marconi.
`.
2/~}
One
1/6 | 1/9 | 2/2/6 | 3/- | 3/6
. | 1/9 2/3 | 2/9 . | 3/—| 3/6 | 4/- | Mozambique -/9 -/ LOZ 1/Randf. Est. 2/6 | 3/14] 3/6 .|xk | 2 | 2f | Rand Mns.
&
Swedish Match | x} | 2 i
4/— | 5/- | 6/t/9 | 2/3 | 2/9
|x} |1} | Gold Fields |x 2/— | 2/6 | 3/- | Johnnies
|2} | Selukwe.
. | 1/9| 2/3 | 2/9
. | 1/6
2/— | 2/6
S.A. Towns . |-/ro4| 1/14| 1/3
T’ngany’ka
Anglo-Persian. | 3/6 | 4/3 | 5/- | Union Crp. 2/-| 2/6 | 3/-| W. Rand... Apex (Trin)
. | 3/- | 4/- | 5/-
.|
5g | $ 4 |-/103| 1/13] 1/3
Intricacies of Options.—Thus far it might appear as though the complications of option dealing had been exaggerated; but now we approach some of the intricacies of the business. To the uninitiated the purchase of a call option would appear to be a perfectly simple matter. The speculator buys on Jan. x an option entitling him to take up at the end of March settlement £10,000 of Great Western Railway Ordinary stock at, say, 100. He waits until the closing days of March and then if the price is 103 he sells in the market £10,000 of stock at that price, calls stock in respect of his option at roo and delivers it in satisfaction of his sale, netting the difference as profit, less his brokerage charges. The first column represents the price to be paid for an option If during the period of his option the stock has fallen below par, settling last the to precise, more running for one month—or to be he simply allows it to lapse, his loss being confined to the cost day of the month following the conclusion of the bargain; the of the option. second column is for an option running yet another month, whilst That is how an option transaction appears to the layman. That the third column represents the price asked for a three-months’ not, however, in the least the idea of the average purchaser of is option. The rules of the Stock Exchange do not permit of dealan option. What he desires is not to enter into a bet as to what ings in options which run for more than three months. The price the price will be on a certain date, but to be able to avail himself double stated is for either a call option or a put option, and the in price of market fluctuations during the life of his option. Suppose, option (put and call) can be purchased for double the the option has been purchased after week a that named, case the for that means 14 of named. The first price in the above list cannot demand entered into, the the price rises to 103, the holder of the option every £1-15-0. paid at the time the bargain was r of a call option delivery of the stock before the expiry of the option, and if he Stock Exchange jobber would give the purchase sells a week after he has bought a three-months’ option, he will the right to buy of him for settlement on July 26 £100 of Great has
the Western Ordinary stock at a given price, regardless of whatprice actual market quotation might be on that date. This given would be approximately the price of the day on which the option to bargain was entered into, plus perhaps a fractional increase the allow for the fact that by the time the option was exercised
be called upon at the next settlement to deliver the stock: he exsold. That is, however, just the sort of position that the next the perienced option speculator desires. He sells at 103 for bear.” account, feeling that he is in the position of a “protected
the When the settlement arrives he does not deliver, but has
830
OPTOPHONE—ORACLE
bargain carried over, and as the stock has risen there will probably be a number of investors for the rise who are desirous of not taking up the stock they have purchased, but wish to carry over their bargains, and have to pay interest for so doing. Our “protected bear,” therefore, so far from having to pay for the privilege of not delivering the stock he has sold, receives payment for not doing so. If within the next few days or weeks Great Western Ordinary falls a point or more, he can repurchase the
stock he has sold (close his “bear”) and is in the position where he started, with part of his option still to run. In a fluctuating market this process might be repeated several times during the course of the option, making it possible for the holder to realize several profits from the variations in price. All sorts of combinations of this nature are possible with options, and there are a few men in London, almost invariably foreigners, who have the reputation of being exceptionally clever in this class of dealing, and of making large profits out of it. The brokerage on options is exactly the same as if the actual stock were purchased. Options as described above should not be confused with Option
Certificates which are quoted in the ordinary sections of the Stock Exchange lists. A company will sometimes issue certificates conferring upon the holder the right to take up shares at a certain price within a certain period, and these option certificates are dealt in just as though they were shares. A case in point is that of Consolidated Diamond Mines of South West Africa which in the year 1925 induced holders of its 8% debenture stock to consent to a reduction in the rate of interest to 64%, and as compensation gave them option certificates carrying the right up to Oct. 1, 1929 of obtaining at 20 shillings 100 fully-paid £1 shares for each £100 bond. Another instance is that of the Redeemable Securities Investment Trust which, in making an issue in 1928 of 6% preference shares, gave in respect of every two preference shares subscribed, one option entitling the holder to take up an ordinary £1 share at 22s. 6d., such right expiring Dec. 31, 1929. Both these option certificates are quoted on the London Stock Exchange and are dealt in just as though they were shares.
OPTOPHONE,
(A. E. Da.)
an instrument invented by E. E. Fournier
d’Albe in 1914 which enables the blind to read ordinary letterpress such as printed books or newspapers. The invention thus places within reach of the blind the entire range of world literature, while previously their only means of reading—by raised letter systems—necessitated special books, both bulky and expensive.
The instrument depends for its action upon the chemical element, selenium, the electrical conductivity of which varies greatly in accordance with the amount of light to which it is exposed. such a light-sensitive selenium bridge is placed between two separate conducting lines of graphite resting on a porcelain tablet and the whole connected in series with an electric battery to a telephone receiver. A beam of light is rendered intermittent by the interposition of a revolving siren disc and is then concentrated into a small bright point on the letter to be read. This is reflected back onto the selenium bridge. As the selenium bridge is exposed to the forms of letters in the line traversed, its changes in conductivity produce a succession. of varying notes and chords in the telephone receiver, each letter having its characteristic sound. That is its simple form. Actually in the regular instrument a row of five or six luminous points just filling up the size of the tallest letters to be read is substituted for a single point, and each point is given a different frequency by suitably perforating the disc. A blind reader does not analyze the resulting sounds, but soon comes to recognize the general sound of each letter and in time knows his alphabet of sounds. Later in his practice the succession of sounds which make up certain words becomes familiar. Controlling apparatus to regulate the speed and position of the tracer is designed with a view to ease of manipulation by blind persons. After 1920 developments in amplification enabled the sounds to be made audible to any number in a room if desired, though individual receivers were retained for silent reading. (See
SELENIUM CELL.)
OPZOOMER,
CORNELIUS
WILLIAM
(1821-1892)
Dutch philosopher, was born in Rotterdam on Sept. 20, 1821, H, studied at the University of Leyden, receiving the degree of doctor of law in 1845. In 1846 he was appointed professor of philosophy at the University of Utrecht, which position he hel the remainder of his life. His specialty was jurisprudence and many of his numerous writings were in that field, notably Scheid. ing van Kerk en Staat (1875), in which he sustained the primacy of the civil power, and a commentary on the civil code of Holland (zr vols., 1864-87). His greatest influence, however, was in the field of philosophy. He was an empiricist of the positivistic type. His thought can best be traced in such of his writings as Der Weg de Wetenschap (1851), Wetenschap en Wijsbegeerte (1857), Het Wezen der Kennis (1863), De Waarheid en hare Kenbronnen (1863), De Godsdienst (1864), Goethe’s Godsdienst (1868), and Ein Nieuwe Kritick der Wijsbegeerte (1871). He advocated expulsion of the unscientific from religion, believing that the latter would be left unimpaired, and that it would lead to the reconciliation of religion and science and bring about a new Reformation. Though vigorously opposed at first his views rapidly gained ad-
herents and he became the leader of the liberals and the founder
of modern theology in his country. He was also a widely read man of letters, translated the Antigone of Sophocles and the Julius Caesar of Shakespeare into Dutch, and published (1872) a volume of critical studies on the great English dramatist. He died in Osterbeck on Aug. 23, 1892.
ORACHE or MOUNTAIN SPINACH, known botanically
as Atriplex hortensis (family, Chenopodiaceae), a tall-growing hardy annual, whose leaves, though coarsely flavoured, are very often used as a substitute for spinach, and to correct the acidity of sorrel. The white and the green are the most desirable varieties, The plant should be grown quickly in rich soil. It may be sown
in rows 2 ft. apart, and about the same distance in the row, about March, and for succession again in June. If needful, water must be given freely, so as to maintain a rapid growth. A variety, A. hortensis var. rubra, commonly called red mountain spinach, is a hardy annual 3 to 4 ft. high with fine ornamental foliage.
ORACLE, a special place where a deity is supposed to give
a response, by the mouth of an inspired priest, to the enquiries of his votaries, or the actual response. (Lat. oraculum, from orare, to speak; the corresponding Greek word iswavrefov or XPNoTHpLOP,)
(See Divination, Macc, Omens.) The whole question of oracles
is bound up with that of magic. They are commonly found in the earlier stages of religious culture among different nations. But it is as an ancient Greek institution that they are most interesting historically.
A characteristic feature of Greek religion which distinguishes
it from many other systems of advanced cult was the wide prevalence of a ritual of divination and the prominence of certain oracular centres which were supposed to give voice to the will of Providence. In the Greek world the methods of divination were of great variety, but nearly all can be traced among other communities, primitive and advanced, ancient and modern. The most obvious and useful classification. of them is that of which
Plato was the author, who distinguishes between (a) the “sane” form of divination and (b) the ecstatic, enthusiastic or “insane” form (Phaedrus p. 244). The first method appears to be cool and scientific, the diviner (udévris) interpreting certain signs ac-
cording to fixed principles of interpretation. The second is worked by the prophet, shaman or Pythoness, who is possessed and overpowered by the deity, and in temporary frenzy utters mystic speech under divine suggestion. To these we may add a third form (c) divination by communion with the spiritual world in dreams or through intercourse with the departed spirit: this resembles class (a) in that it does not necessarily involve ecstasy, and class (b) in that it assumes immediate rapport with some spiritual power. We may subdivide the methods that fall under class (a) according as they deal with the phenomena of the animate or the inanimate world; although this distinction would not be relevant
in the period of primitive animistic thought. The Homeric poems attest that auguries from the flight and actions of birds were
ORACLE
831
commonly observed in the earliest Hellenic period as they oc-
must have been objects, such as small pieces of wood or dice,
casionally were in the later, but we have little evidence that this
with certain marks inscribed upon them, drawn casually or thrown down and interpreted according to a certain code. This was
method was ever organized as it was at Rome into a regular
system of state-divination, still less of state-craft. We can only
quote the passage in the Antigone where Sophocles describes the method of Teiresias, who keeps an aviary where he studies and
practised at Delphi and Dodona by the side of the more solemn procedure; we hear of it also in the oracle of Heracles at Bura
interprets the flight and the cries of the birds; it is probable that
in Achaea (Cic. De div. i. 76; Suid. s. v. mvô®w; Paus. vii. 25. 10). It is this method of “scraping” or “notching” (xoáew) signs on
the poet was aware of some such practice actually in vogue. But normally the Greek augur drew omens from the cries or actions
wood that explains probably the origin of the words xpnouós, xojodar, avacpety for oracular consultation and deliverance. In
of some bird or beast casually met with (as Hom. ZI. xiii. 521;
Italy, oracles by lot (sortes) are the only native kind of whose
Aesch. Agam. 109; Serv. Virg. Aen. iv. 377; Paus. ii. 19. 3); it is
existence we are certain; that of Fortuna at Praeneste was the best known. All these methods are world-wide, and may depend on belief in the mana of the bird, spring, lot, etc., or in the controlling influence of a spirit or god. And, again, if we are to understand the most primitive thought, we probably ought to conceive of it as regarding the omen not as a mere sign, but in some confused sense as a cause of that which is to happen. By sympathetic magic the flight of the bird, or the appearance of the entrails, is mysteriously connected, as cause with effect, with the event which is desired or dreaded. When of the three beasts over which three kings swore an oath of alliance, one died prematurely and was supposed thereby to portend the death of one of the kings
very rare to find such omens habitually consulted in any public system of divination sanctioned by the State. We hear of a shrine
of Apollo at Sura in Lycia (Steph. Byz. s.v. Zodpa; Plutarch, De sollert. anim. p. 976 c; Ael. Nat. anim. xii. 1) where omens were taken from the movements of the sacred fish that were kept there in a tank; and again of a grove consecrated to this god in Epirus, where tame serpents were kept, and fed by a priestess,
who could predict a good or bad harvest according as they ate heartily or came willingly to her or not (Ael. Nat. anim. xi. 2). But the method of animal divination that was most in vogue was the inspection of the inward parts of the victim offered upon the altar, and the interpretation of certain marks found there
(Plut. Vit. Pyrrh. c. 6), or when in the Lacedaemonian sacrifice the head of the victim mysteriously vanished, and this portended the death of their naval commander (Diod. Sic. xiii. 97), these omens would be merely signs of the future for the comparatively advanced Hellene; but we may discern at the back of this belief one more primitive still, that these things were somehow casually or sympathetically connected with the kindred events that followed. The other branch of the mantic art, the ecstatic or inspired, has had the greater career among the peoples of the higher religions; it is no doubt of great antiquity, and it is found still existing at a rather low grade of savagery. Therefore it is unsafe to infer from Homer’s silence about it that it only became prevalent in Greece in the post-Homeric period. It did not altogether supersede the simpler method of divination by omens; but being far more impressive and awe-inspiring, it was adopted by some of the chief Apolline oracles, though never by Dodona. The most salient example of it is afforded by Delphi. In the historic period, and perhaps from the earliest times, a woman known as the Pythia was the organ of inspiration, and it was generally believed that she delivered her oracles under the direct vogue at Dodona, where the ecstatic method of prophecy was afflatus of the god. The divine possession worked like an epileptic never used; we hear of divination there from the bubbling stream, seizure, and was exhausting and might be dangerous; nor is there and still more often of the “talking oak”; under its branches any reason to suppose that it was simulated. This communion with may once have slept the Selloi, who interpreted the sounds of the the divinity needed careful preparation. Originally, as it seems, boughs. (Hom. Jl. xvi. 233, Od. xiv. 327; Hesiod, ap. Schol. Soph. virginity was a condition of the tenure of the office; for the Trach. 1169; Aesch. Prom. Vinct, 820). At Corope in Thessaly we virgin has been often supposed to be the purer vehicle for divine hear vaguely of an Apolline divination by means of a branch of communication; but later the rule was established that a married the tamarisk tree (Nicander, Theriaka, 612, Schol.), and there woman over 50 years of age should be chosen, with the proviso is a late record that at Daphne near Antioch oracles were obtained that she should be attired as a maiden. As a preliminary to the by dipping a laurel leaf or branch in a sacred stream (Robertson- divine possession, she appears to have chewed leaves of the sacred Smith Relig. Sem. p. 128). We find water divination at Daphne, laurel, and then to have drunk water from the prophetic stream Taenarum and Patrae. Thunder magic, which was practised in called Kassotis which flowed underground. But the culminating Arcadia, is usually associated with thunder divination; but of point of the afflatus was reached when she seated herself upon this, which was so much in vogue in Etruria (see Haruspices) the tripod; and here, according to the belief of at least the later and at Rome, the evidence in Greece is singularly slight. Once ages of paganism, she was supposed to be inspired by a mystic a year watchers took their stand on the wall at Athens and waited vapour that arose from a fissure in the ground. Against the ortill they saw the lightning flash from Harma, which was accepted as dinary explanation of this as a real mephitic gas producing convulan auspicious omen for the setting out of the sacred procession sions, there seem to be geological and chemical objections (see at Delphi,” Journ. Hell. Stud., 1904); nor have to Apollo Pythius at Delphi; and the altar of Zeus Znwansos, Oppe, “The chasm or gap in the
according to a conventional code. A conspicuous example of an oracle organized on this principle was that of Zeus at Olympia, where soothsayers of the family of the Iamidae prophesied partly by the inspection of entrails, partly by the observation of certain signs in the skin when it was cut or burned (Schol. Pind. Ol. 6. 111). Another less familiar procedure that belongs to this subdivision is that which was known as divination 6:4 xAnwddvr, which might sometimes have been the cries of birds, but in an oracle of Hermes at the Achaean city of Pharae were the casual utterances of men. Pausanias (VII. 22. 2) tells us how this was worked. The consultant came in the evening to the statue of Hermes in the market-place that stood by the side of a hearthaltar to which bronze lamps were attached; having kindled the lamps and put a piece of money on the altar, he whispered into the ear of the statue what he wished to know; he then departed, closing his ears with his hands, and whatever human speech he first heard after withdrawing his hands he took for a sign. The same custom seems to have prevailed at Thebes in a shrine of Apollo, and in the Olympian oracle of Zeus (Farnell, Cults iv. 221). Of omens taken from what we call the inanimate world salient examples are those derived from trees and water. Both were in
the sender of omens, on Mount Parnes, may have been a religious
observatory of meteorological phenomena (Paus. 1. 32. 2). No doubt such a rare and portentous event as the fall of a meteorstone would be regarded as ominous, and the State would be inclined to consult Delphi or Dodona as to its divine import.
the recent French excavations revealed any chasm
floor of the temple. But the strong testimony of the later writers, especially Plutarch (De defectu Orac. c. 43), cannot wholly be set
aside; and we can sufficiently reconcile it with the facts if we suppose a small crack in the floor through which a draught of air stimuWe may conclude the examples of this main department of was felt to ascend. This, combining with the other mantic medium into uavrinh by mentioning a method that seems to have been much lants used, would be enough to throw a believing of a “trance.” It is in vogue in the earlier times, that which was called 4 6:4 Ynduv the condition, familiar enough nowadays, unintelligible murmurs, only were uttered she what that probable these lots; of Hayriny, or divination by the drawing or throwing
832
ORACLE
and that these were interpreted into relevance and set in metric or prose sentences by the “prophet” and the “holy ones” or ‘Ocot as they were called, members of leading Delphic families, who
literary evidence, and the ‘Ocio: who administered the oracle in the historic period claimed to be of aboriginal descent. Yet recent
sat round the tripod, who received the questions of the consultant beforehand, probably in writing, and usually had considered the answers that should be given. Examples of the same enthusiastic method can be found in other oracles of Apollo. At Argos, the prophetess of the Apollo Pythius attained to the divine affatus by drinking the blood of the lamb that was sacrificed in the night to him (Paus. ii. 24. 1); this is obviously a mantic communion, for the sacrificial victim is full of the spirit of the divinity. And we find the same process at the prophetic shrine of Ge at Aegae in Achaea, where the prophetess drank a draught of bull’s blood for the same purpose (Farnell, op. ctt. iii. 11). In the famous oracle shrines of Apollo across the sea, at Clarus and Branchidae near Miletus (the prophetic fountain at Branchidae is attested by Strabo, p. 814, and
in the Minoan period; and there is reason to believe that in the 8th century some ritual of purification, momentous for the reli-
ina confused mystic passage of Iamblichus, De Myst., 3, 11), the divination was of the sdme ecstatic type, but produced by a simple draught of holy water. The Clarian prophet fasted several days and nights in retirement and stimulated his ecstasy by drinking from a subterranean spring which is said by Pliny to have
shortened the lives of those who used it (Nat. Hist. ii. 232). Then, “on certain fixed nights after many
sacrifices had been offered,
he delivered his oracles, shrouded from the eyes of the consultants” (Iamb. loc. cit.). The divination by “incubation” was allied to this type, because though lacking the ecstatic character, the consultant received direct communion with the god or departed spirit. He attained it by laying himself down to sleep or to await a vision, usually by night, in some holy place, having prepared himself by a course of ritualistic purification. Such consultation was naturally confined to the underworld divinities or to the departed heroes. It appears to have prevailed at Delphi when Ge gave oracles there before the coming of Apollo, and among the heroes Amphiaraus, Calchas and Trophonius are recorded to have communicated with their worshippers in this fashion. And it was by incubation that the sick and diseased who repaired to the temple of Epidaurus received prescriptions from Asclepius. Turning now to the history of oracles in Greece, we know that the leading one, Delphi, was a seat of prophecy from the earliest days of Greek tradition. Ge, Themis and perhaps Poseidon had given oracles here before Apollo. But it is clear that he had won it in the days before Homer, who attests the prestige and wealth of his Pythian shrine; and it seems clear that before the Dorian conquest of the Peloponnese a Dryopian migration had already carried the cult of Apollo Pythius to Asine in Argolis. Also the constitution of the Amphictyones, “the dwellers around the temple,” reflects the early age when the tribe rather than the city was the political unit, and the Dorians were a small tribe of north Greece. The original function of these Amphictyones was to preserve the sanctity and property of the temple; but this common interest early developed a certain rule of intertribal morality. By the formula of the Amphictyonic oath preserved by Aeschines, which may be of great antiquity, the members bound themselves “not to destroy any city of the league, not to cut any one of them off from spring-water, either in war or peace, and to war against any who violated these rules.” We discern here that Greek religion offered the ideal of a federal national union that Greek politics refused to realize. The next stage in the history of the oracle is presented by the legend of the Dorian migration. For we have no right to reject the strong tradition of the Delphic encouragement of this movement, which well accounts for the devotion shown by Sparta to the Pythian god from the earliest days; and accounts also for the higher position that Delphi occupied at the time when Greek history is supposed to begin. We have next to consider a valuable record that belongs to the end of the 8th century or beginning of the 7th, the Homeric hymn to Apollo, which describes the coming of the Dolphin-god Aeàġlvios to Pytho, and the organization of the oracle by Cretan ministers. Of this Cretan settlement at Delphi there is no other
excavation
has proved a connection
between
Crete
and Delphi
gious career of the oracle, was brought from Crete to Delphi, and that the adoption of this latter name for the place which had formerly been called TIlvém synchronized with the coming of Apollo Delphinius. The influence of Delphi was great in various ways. We may first consider its political influence upon the other states. The practice of a community consulting an oracle on important occasions undoubtedly puts a powerful weapon into the hands of the priesthood, and might lead to something like a theocracy. And there are one or two ominous hints in the Odyssey that the ruler
of the oracle might overthrow the ruler of the land. Yet owing to
the healthy temperament of the early Greek, the civic character of the priesthood, the strength of the autonomous feeling, Greece might flock to Delphi without exposing itself to the perils of sacerdotal control. The Delphic priesthood, content with their rich reyenues, were probably never tempted to enter upon schemes of
far-reaching political ambition, nor were they in any way fitted to be the leaders of a national policy. Once only, when the Spartan State applied to Delphi to sanction their attack on Arcadia, did the oracle speak as if, like the older papacy, it claimed to dispose
of territory (Herod. i. 66)—‘‘Thou askest of me Arcadia; I will not give it thee.” But here the oracle is on the side of righteousness, and it is the Spartan that is the aggressor. In the various oracles that have come
down to us, many
of which must have
been genuine and preserved in the archives of the State that received them, we cannot discover any marked political policy consistently pursued by the “holy ones” of Delphi. As conservative aristocrats they would probably dislike tyranny; their action against the Peisistratidae was interested, but one oracle contains a spirited rebuke to Cleisthenes, while one or two others, perhaps not genuine, express the spirit of temperate constitutionalism. As exponents of an Amphictyonic system they would be sufficiently sensitive of the moral conscience of Greece to utter nothing in flagrant violation of the “ius gentium.” In one department of politics, the legislative sphere, it has been supposed that the influence of Delphi was direct and inspiring. Plato and later writers imagined that the Pythia had dictated the Lycurgan system, and even modern scholars like Bergk have regarded the énreat of Sparta as of Delphic origin. But a severer criticism dispels these suppositions. The Delphic priesthood had neither the capacity nor probably the desire to undertake so delicate a task as the drafting of a code. They might make now and again a general suggestion when consulted, and, availing themselves of their unique opportunities of collecting foreign intelligence, they might often recommend a skilful legislator or arbitrator to a state that consulted them at a time of intestine trouble. Finally, a legislator with a code would be well advised, especially at Sparta, in endeavouring to obtain the sanction and the blessing of the Delphic god, that he might appear before his own people as one possessed of a religious mandate.
In this sense we can understand
the stories about Lycurgus. There is only one department of the secular history of Greece where Delphi played a predominant and most effective part, the colonial department. The great colonial expansion of Greece,
which has left so deep an imprint on the culture of Europe, was
in part inspired and directed by the oracle. For the proof of this we have not only the evidence of the xpyoyol preserved by Herodotus and others, such as those concerning the foundation
of Cyrene, but also the worship
of Apollo ’Apxnyérns, “the
Founder,” prevalent in Sicily and Magna Graecia, and the early
custom: of the sending of tithes or thanksgiving offerings by the flourishing western states to the oracle that had encouraged their
settlements.
Apollo was already a god of ways, ’Ayurets, who led the migration of tribes before he came to Delphi. And those legends are of some value that explain the prehistoric origin of cities such as Magnesia on the Maeander, the Dryopian Asine in the Pelopon-
ORADEA
MARE—ORAN
nese, as due to the colonization of temple-slaves, acquired by the Pythian god as the tithe of conquests, and planted out by him in distant settlements. The success of the oracle in this activity led at last to the establishment of the rule be almost universal in Greece, namely, would start without consulting Delphi. the priesthood only gave encouragement
that Herodotus declares to that no leader of a colony Doubtless in many cases to a preconceived project.
But they were in a unique position for giving direct advice also, and they appear to have used their opportunities with great intelligence.
Their influence on the state cults can be briefly indicated, for it was not by any means far-reaching. They could have felt conscious of no mission to preach Apollo, for his cult was an ancient heritage of the Hellenic stocks. Only the narrower duty devolved
upon
them
of impressing
upon
the consultants
the
religious obligation of sending tithes or other offerings. Nevertheless their opportunity
of directing the religious ritual and
organization of the public worships was great; for Plato’s view (Rep. 427A) that all questions of detail in religion should be left to the decision of the god “who sits on the omphalos” was on the
whole in accord with the usual practice of Greece. Such consultations would occur when the State was in some trouble, which would be likely to be imputed to some neglect of religion, and the question to the oracle would commonly be put in this way— “to what god or goddess or hero shall we sacrifice?” The oracle would then be inclined to suggest the name of some divine personage hitherto neglected, or of one whose rites had fallen in decay. Again, Apollo would know the wishes of the other divinities, who were not in the habit of directly communicating with their worshippers; therefore questions about the sacred land of the goddesses at Eleusis would be naturally referred to him. From both these points of view we can understand why Delphi appears to have encouraged the tendency towards hero-worship which was becoming rife in Greece from the 7th century onwards. But the only high cult for which we can discover a definite enthusiasm
in the Delphic priesthood was that of Dionysus. And his position at Delphi, where he became the brother-deity of Apollo, sufhciently explains this. As regards the development of religious morality in Greece, we must reckon seriously with the part played by the oracle. The larger number of deliverances that have come down to us bearing on this point are probably spurious, in the sense that the Pythia did not actually utter them, but they have a certain value as showing the ideas entertained by the cultivated Hellene concerning the oracular god.
On the whole, we discern that the moral
influence of Delphi was beneficent and on the side of righteousness. It did nothing, indeed, to abolish, it may even have encouraged at times, the barbarous practice of human sacrifice, which was
becoming abhorrent to the Greek of the 6th and 5th centuries; but a conservative priesthood is always liable to lag behind the moral progress of an age in respect of certain rites, and in other respects it appears that the “Holy Ones” of Delphi kept well abreast of the Hellenic advance in ethical thought. An oracle attributed to the Pythoness by Theopompus (Porph. De absti-
833
sin and the growth of a theory of equity which recognizes extenuating or justifying circumstances (Farnell, Cults. iv. 300). Gradually, as Greek ethics escaped the bondage of ritual and evolved the idea of spiritual purity of conscience, this found eloquent expression in the utterances imputed to the Pythia (Ael. Var. Hist. ili. 44; Anth. Pal. xiv. 71 and 74). Many of these are no doubt literary fictions; but even these are of value as showing the popular view about the oracular god, whose temple and tripod were regarded as the shrine and organ of the best wisdom and morality of Greece. The downfall of Greek liberty before Macedon destroyed the political influence of the Delphic oracle; but for some centuries after it still retained a certain value for the individual as a counsellor and director of private conscience. But in the latter days of paganism it was eclipsed by the oracles of Claros and Branchidae. BrBtioGraPpHY.—A. Bouché-Leclerq, Histoire de la divination dans Pantiquité, in 4 vols. is still the chief work: cf. L. R. Farnell, Cults of the Greek States, vol. iv. pp. 179-233; Buresch, Apollo Klarios; Bernard Haussoullier, Etudes sur Vhistoire de Milet et du Didymeion; Legrand, “Questions oraculaires” in Revue des études grecques, vol. xiv.; T. D. Dempsey, The Delphic Oracle (1918); Ch. Picard, Ephése et Claros (1922); Pomtow on “Delphoi” in PaulyWissowa, Realencyklopadie. ANCIENT AvuTHORITIES—Plutarch, De Pythiae oraculis and De defectu oraculorum; Cicero, De divinatione; Euseb. Praep. Ev. 4, 2, 14.
ORADEA
MARE, a town of western Rumania, capital of
the department of Bihor. Pop. (1928) 49,200, mainly Magyar. It is situated in a plain on both banks of the river Crisul Repede, and is the seat of a Roman Catholic and of a Greek Uniate Bishopric (founded 1776). Among its principal buildings are the St Ladislaus parish church, built in 1723, which contains the
remains of the king St. Ladislaus (d. 1095), the Roman Catholic cathedral, built in 1752-1779, the Greek cathedral, the large rococo palace of the Roman Catholic bishop, built in 1778, and the archaeological and historical museum. There is a law academy, a seminary for priests, a modern school, a Roman Catholic and
a Calvinistic gymnasium, a commercial academy, a training school for teachers and a secondary school for girls. Oradea Mare is an important railway junction; it possesses extensive manufactures of pottery and large distilleries, and carries on a brisk trade in agricultural produce, cattle, horses, fruit and wine. Oradea Mare is a very old town; its bishopric was founded by St. Ladislaus in 1080. The town was destroyed by the Tatars in 1241. Peace was concluded here on Feb. 24, 1538 between Ferdinand I. of Austria and his rival John Zapolya, voivode of Transylvania. In 1556 it passed to Transylvania, but afterwards reverted to Austria. In 1598 the Turks besieged the fortress unsuccessfully, but took it in 1660 and held it till 1692. After the World War it was ceded by Hungary to Rumania.
ORAN, a city of Algeria, capital of the department and mili-
tary division of the same name. It stands at the head of the Gulf of Oran, on the Mediterranean, in 35° 44’ N., 0° 41’ W. The city is 261 m. by rail W.S.W. of Algiers, 220 m. E. of Gibraltar and 130 m. S. of Cartagena, Spain. It is built on the steep slopes of the Jebel Murjajo, which rises to a height of 1,900 feet. The nentia, 2, 16 and 17) expresses the idea contained in the story city was originally cut in two by the ravine of Wad Rehhi, now of “the widow’s mite,” that the deity prefers the humble offering for the most part covered by boulevards and buildings. West of of the righteous poor to the costly and pompous sacrifice of the the ravine lies the old port, and above this rises what was the rich. Another, of which the authenticity is vouched for by Hero- Spanish town, with the ancient citadel looking down on it; but dotus (vi. 86), denounces the contemplated perjury and fraud few traces of Spanish occupation remain. The modern quarter of a certain Glaucus, and declares to the terrified sinner that to rises, like an amphitheatre, to the east of the ravine, and is tempt God was no less a sin than to commit the actual crime. extending more and more to the north-east and to the south-east A later xpnopuds, for which Plutarch (De Pyth. Or., p. 404 B) is upon the plateau of Karquenta, where the centre of the town now the authority, embodies the charitable conception of forgiveness lies; a ring of populous suburbs, Montplaisant, Gambetta, Saintfor venial faults committed under excessive stress of temptation: Eugène, Eckmühl, encircle it from north-east to south-west. The “God pardons what man’s nature is too weak to resist.” And Place d’Armes, built on the plateau above the ravine, is the centre in one most important branch of morality, with which progressive of the modern quarter. It contains a fine column commemorative ancient law was intimately concerned, namely, the concept of the of the battle of Sidi Brahim (1845), between the French and Abdsin of homicide, we have reason for believing that the Apolline el-Kader. The Chateau Neuf, built in 1563 by the Spaniards, is oracle played a leading part. Perhaps so early as the 8th century, surrounded by the beautiful Promenade de L’etang, which overit came to lay stress on the impurity of bloodshed and to organize looks the port. Formerly the seat of the beys of Oran, it is and impose a ritual of purification; and thus to assist the devel- occupied by the general in command of the military division, and opment and the clearer definition of the concept of murder as a also serves as barracks. The kasbah (citadel), or Château Vieux
834
ORANGE
used for military purposes, lies south-west of the Chateau Neuf. It was partly destroyed by the earthquake of Oct. 8 and 9, 1790. On the hills behind the kasbah are Fort St. Grégoire and Fort Santa Cruz, crowning, at a height of 1,312 ft., the summit of the Aidur. The Grand Mosque (in rue Philippe) was erected at the end of the 18th century to commemorate the expulsion of the Spaniards, and with money paid as ransom for Christian slaves.
Oran is the seat of a large trade. There is regular communication with Marseille, Cette, Barcelona, Valencia, Cartagena, Malaga, Gibraltar and the various ports on the Barbary coast. The harbour is sheltered by a large jetty stretching from west to east, parallel to the shore and more than 1,200 metres long. The different basins which it protects include the old harbour (1868), the Aucour basin (1876), the Morocco basin (1914), and the Poincaré basin (1928). The surface of water is 40 hectares, the length of the quays 2,097 metres, the extent of the platforms 160,000 sq. metres; a dock railway station has been built on the south quay. Oran is the terminus of the wide gauge railway lines from Algiers and from Ujda via Tlemcen and Sidi-belAbbes, and of the narrow gauge line from Colomb-BecharKenadsa, which penetrates 771 km. towards the south. The construction of the broad gauge railway from Ujda to Fez, that of the lines penetrating eastern Morocco, eventually that of the Trans-Saharan railway, is destined to increase still more the importance of the port, the growth of which has been extremely rapid. Gross tonnage reaches 16 million tons, the tonnage of goods 2,462,000 tons (imports 1,382,000, exports 1,080,000).
The total population of Oran is 150,301, the municipal population 145,183, of whom 24,615 are natives and 120,568 Europeans (81,405 French).
energy the Spanish commander held out till Aug. 1791, When, the Spanish Government having made terms with the bey of Algiers, he was allowed to set sail for Spain with his guns and ammunition. The bey Mohammed took possession of Oran in March 1792 and made it his residence instead of Mascara, On the fall of Algiers the bey (Hassan) placed himself under the protection of the conquerors and shortly afterwards removed tg the Levant. The French army entered the city on Jan. 4, 1837, and took formal possession on Aug. 17. See M. D. Stott, The Real Algeria (1914).
ORANGE, HOUSE
OF. The small principality of Orange,
a district now included in the French department of Vaucluse,
traces back its history as an independent sovereignty to the time of Charlemagne. William, surnamed le Cornet, who lived towards the end of the 8th century, is said to have been the first prince
of Orange, but the succession is only certainly known after the time of Gerald Adhemar (jf. 1086). In 1174 the principality
passed by marriage to Bertrand de Baux, and there were nine princes of this line. By the marriage of Jobn of Châlons with Marie de Baux, the house of Châlons succeeded to the sovereignty in 1393. The princes of Orange-Châlons were (1) John I., 13931418, (2) Louis L, 1418-1463, (3) William VIII., 1463-1475, (4) John II., 1475-1502,
(5) Philibert,
1502-1530.
Philibert
was a great warrior and statesman, who was held in great esteem
by the emperor Charles V. For his services in his campaigns the emperor gave him. considerable possessions in the Netherlands in 1522, and Francis I. of France, who had occupied Orange, was compelled,
when
a prisoner in Madrid,
to restore it to him.
Philibert had no children, and he was succeeded by his nephew
Réné of Nassau-Chalons, son of Philibert’s sister Claudia and Henry, count of Nassau, the confidential friend and counsellor of Charles V. He too died without an heir in 1544 at the siege History.—Andalusian Arabs settled here in the beginning of of St. Dizier, having devised all his titles and possessions to his the roth century and gave Oran its name. Rapidly rising into first cousin William, the eldest son of William, count of Nassauimportance as a seaport, Oran was taken and retaken, pillaged Dillenburg, who was the younger brother of Réné’s father, and and rebuilt, by the various conquerors of northern Africa. In the had inherited the German possessions of the family. latter half of the 15th century it became subject to the sultans William of Orange-Nassau was but rz years old when he sucof Tlemcen, and reached the height of its prosperity. Active com- ceeded to the principality. He was brought up at the court of merce was maintained with the Venetians, the Pisans, the Geno- Charles V. and became famous in history as William the Silent ese, the Marseillais and the Catalans, who imported the produce (g.v.), the founder of the Dutch Republic. On his assassination of their looms, glass-wares, tin-wares, and iron, and received in in 1584 he was succeeded by his eldest son Philip William, who return ivory, ostrich feathers, gold-dust, tanned hides, grain, and had been kidnapped by Philip II. of Spain in his boyhood and negro slaves. Admirable woollen cloth and splendid arms were brought up at Madrid. This prince never married, and on his manufactured. The magnificence of its mosques and other pub- death in 1618 his next brother, Maurice (g.v.), stadtholder in the lic buildings, the number of its schools, and the extent of its United Netherlands and one of the greatest generals of his time, warehouses shed lustre on the city; but luxury began to under- became prince of Orange. Maurice died in 1625, also unmarried. mine its prosperity and its ruin was hastened by the conduct of Frederick Henry, the son of Louise de Coligny, William’s fourth the Muslim refugees from Spain, under whose influence the wife, born just before his father’s murder, now succeeded to the legitimate trade of the town gave place to piracy, Mers-el-Kebir princedom of Orange and to all his brothers’ dignities, posts and becoming the stronghold of the pirates. property in the Netherlands. Frederick Henry was both agreat Animated by the enthusiasm of Cardinal Ximenes, the Span- general and statesman. His only son, William II. (g.v.), was iards determined to put a stop to these expeditions. Mers-el- married in 1641 to Mary, princess royal of England, he being Kebir fell into their hands on Oct. 23, 1505, and Oran in May fifteen and the princess nine years old at that date, and he suc1509. The latter victory, obtained with but trifling loss, was ceeded to the title of prince of Orange on his father’s death in stained by the massacre of a third of the Mohammedan popula- 1647. At the very outset of a promising career he suddenly suction. From 6,000 to 8,000 prisoners, 60 cannon, engines of war cumbed to an attack of smallpox on Nov. 6, 1650, his son William and a considerable booty fell into the hands of the conquerors. ITI. (g.v.) being born a week after his father’s death. Cardinal Ximenes introduced the Inquisition, etc., and also reA revolution now took place in the system of government in the stored and extended the fortifications. Oran became the penal United Provinces, and the offices of stadtholder and captain- and settlement of Spain, but neither the convicts nor the noblemen admiral-general, held by four successive princes of Orange, were in disgrace who were also banished thither seem to have been abolished. However, the counter revolution of 1672 called William under rigorous surveillance. The bey of Mascara seized Oran in ITI. to the head of affairs. At this time Louis XIV. conquered 1708. The Spaniards recovered it in 1732, but found the main- the principality of Orange and the territory was incorporated in tenance of the place a burden rather than a benefit, the neigh- France, the title alone being recognized by the treaty of Ryswick. bouring tribes having ceased to deal with the Christians. The For William ITI.’s accession to the throne of England, see Enc earthquake of 1790 furnished an excuse for withdrawing their LAND: History. He left no children, and a dispute arose among forces. Commencing by 22 separate shocks at brief intervals, the various claimants to the title of prince of Orange. The king of oscillations continued from Oct. 8 to Nov. 22. Houses and Prussia claimed it as the descendant of the eldest daughter of fortifications were overthrown and a third of the garrison and Frederick Henry; John William Friso of Nassau-Dietz claimed it a great number of the inhabitants perished. Famine and sickness as the descendant of John, the brother of William the and had begun to aggravate the situation when the bey of Mascara also of the second daughter of Frederick Henry. The Silent, result was appeared before the town with 30,000 men. By prodigies of that at the Peace of Utrecht in 1713, the king of Prussia abanSee Augustin Bernard, “Oran, port du Maroc et du Sahara” (Bull. Soc. Géogr. Oran, 1928).
ORANGE doned the principality to the king of France in exchange
for
compensation elsewhere, and John William Friso gained the barren title and became William IV., prince of Orange. His sons
William V. and William VI. succeeded him. William VI. in 1815 became William I., king of the Netherlands (q.v.). See Bastet, Histoire de la ville et de la principauté d'Orange (Orange, 1856). (G. E.)
ORANGE, a town of France, 18 m. N. of Avignon on the P.L.M. railway. Pop. (1926), 6,828. Orange (Arausio), capital of the Cavari, was in ro5 B.C. the scene of the defeat of a Roman
army by the Cimbri and Teutones.
It became after Caesar an
important Roman colony. Its ramparts and fine buildings were partly destroyed by the Alamanni and Visigoths, and partly ruined by the erections of the middle ages. Orange was included in the
kingdom of Austrasia, fell into the hands of the Saracens and was recovered by Charlemagne.
It became the seat of an inde-
pendent countship in the rith century. The town had a university from the 14th century till the Revolution.
Orange stands
at some distance from the left bank of the Rhone, in the midst of meadows, orchards and mulberry plantations, watered by the Meyne, and overlooked by Mont Ventoux, 22 m. to the east. Orange has famous Roman remains. The triumphal arch ranks third in size and importance among those still extant in Europe; “2 ft. in height, 69 ft. in width, and 26 ft. in depth, it is composed of three arches supported by Corinthian columns. On three sides its sculptured decorations are well preserved. The arch seems to have been set up in honour of Tiberius, perhaps to commemorate his victory over the Gallic chieftain Sacrovir in A.D, 21. It was used as a donjon in the middle ages. The theatre,
dating from the time of the emperor Hadrian and built against a hill on the summit of which a colossal figure of the Virgin stands, has a facade raz ft. high, 340 ft. long and 13 ft. thick, which is pierced by three square gates surmounted by a range of blind arches and a double row of projecting corbels, with holes in which the poles of the awning were placed. Of the seats for the spectators, only the lower tiers remain. It was used as an out-work to the fortress built on the hill by Maurice of Nassau in 1622, and destroyed fifty years later by order of Louis XIV., who in 1660 captured the town. At the beginning of the roth century it was filled with hovels and stables; the building has been cleared and restored, and now serves as a national theatre. Near the theatre traces have been found of a hippodrome; and there are statues, bas-reliefs and ruins of an amphitheatre. Notre Dame, the old cathedral, originally built by the prefect of Gaul, was ruined by the barbarians, rebuilt in the 11th and 12th centuries, and damaged by the Protestants. There are manufactories of footwear, brooms, jewellery and beet-sugar. The town deals largely in fruit, and millet-stalks for brooms, as well as in wool, silk, honey and truffles.
ORANGE,
a city of Orange county, California, U.S.A., 30
m. S.E. of Los Angeles and 14 m. from the Pacific ocean; served by the Pacific Electric, the Santa Fe and the Southern Pacific railways. Pop. 4,884 in 1920 (88% native white); in 1930 it had increased to 8,066. It is surrounded by orange, lemon and walnut groves. Beans, peppers and dairy products are other important agricultural products of the county, and its oil-fields had an output valued at $50,000,000 in 1927. The county’s citrus crops in 1927 were valued at $27,000,000. Fruit-packing is one of the principal industries of the city. The manufactures include copper wire, twine and cordage, hosiery, machinery and gold-leaf.
ORANGE,
a town of Franklin county, Mass., U.S.A., on
Miller’s river and the Boston and Maine railroad, 35 m. N.W. of
Worcester. Pop. (1920) 5,393; in 1930 it was 5,365. It has numerous and varied manufacturing industries. The district of Orange was formed in 1783 from parts of Athol, Royalston and Warwick, and certain common lands, and in 1810 it was made a town.
ORANGE, a city of Essex county, New Jersey, U.S.A., 12 m. W, of New York city, 4 m. W. of Newark; served by the Erie and the Lackawanna railways, interurban trolleys and motor-bus lines. Pop. (1920), 33,268 (21% foreign-born white and 11% negro); (1930 Federal census) 35,399. The city covers 2-2 sq.m. at the base of the first Watchung mountain, in the heart of the
835
great suburban residential community known as “the Oranges,”’ completely surrounded by East, South and West Orange. There are some 60 manufacturing establishments in the city, with an output in 1927 valued at $10,140,803. The assessed valuation of property for 1927 was $41,717,116. Since 1914 the city has had a commission form of government. Settlement began here soon after the founding of Newark in 1666, and the region was generally called Newark Mountain. In 1718 the people of “the mountain” severed connections with the church at Newark and formed an independent congregation. The neighbourhood was referred to as Orange Dale in 1782 and two years later “Orange”’ was in use. The township of Orange was set off from Newark and incorporated in 1806. It was incorporated as a town in 1860; the other “Oranges” were set off from it in 1861, 1862 and 1863; and in 1872 it was chartered as a city.
ORANGE, a city on the eastern boundary of Texas, U.S.A., at the head of navigation on the Sabine river; the county seat of Orange county. It is on Federal highway 90; has an airport of 200 ac. and a 30-ft. harbour, with a deep-water channel to the Gulf of Mexico; and is served by the Missouri Pacific and the Southern Pacific railways. The population was 9,212 in 1920 (27% negroes) but fell to 7,913 in 1930 (Federal census). The city is built around a deep hairpin bend in the river. It is surrounded by six gas and oil fields, huge forests of pine and cypress, and a cultivated district devoted chiefly to truck farming, poultry, and figs. The commerce of the port amounted to 729,543 tons in 1925, valued at $16,702,845, of which 36% represented foreign trade, largely exports of timber and lumber. The rapidly developing manufacturing industries include saw and shingle mills, a rice mill, cotton gins, an oil refinery, shipyards, wrapping-paper and paper-bag factories, creosoting and fabricating steel plants and canneries. The city was founded as a trading post about 1800; and began on its present expansion with the completion of harbour improvements in 1914 and the discovery of oil in 1920.
ORANGE, the longest river of South Africa, almost travers-
ing the continent from ocean to ocean. It rises in Basutoland, less than 200 m. from the Indian ocean, and flows west, with wide sweeps south and north, to the Atlantic. It drains, with its tributaries, an area estimated at over 400,000 sq.m., passing through more than twelve degrees of longitude or 750 m. in a straight line from source to mouth. The valley of the river exceeds 1,000 m., and the stream has a length of not less than 1,300 m. Its headstreams are in the highest part of the Drakensberg range, the principal source, the Sinqu, rising, at an elevation of more than 10,000 ft., on the Mont aux Sources in 28° 48’ E., 28° 50’ S. Rising on the inner slopes of the hills these rivulets all join the Sinqu, which receives from the north several streams which rise in the Maluti Mountains. Of these the largest are the Semene and Sinqunyane (little Sinqu) and the best known the Maletsunyane, by reason of its magnificent waterfall—an unbroken leap of 630 ft. Increased by the perennial waters of these numerous torrents the Sinqu makes its way S.W. across the upland valleys between the Maluti and Drakensberg ranges. After a course of some 200 M., the Sinqu, already known as the Orange, receives the Makhaleng,
or Kornet Spruit (90 m.), which rises in Machacha Mountain. The Orange here enters the great inner plateau of South Africa, which at Aliwal North, the first town of any size on the banks of the river, 80 m. below the Kornet Spruit confluence, has an elevation of 4,300 feet. Forty miles lower down the Orange is joined by the first of its large tributaries the Caledon (230 m.), which, rising on the western side of the Mont aux Sources, flows, first west and then south, through a broad and fertile valley. At the confluence the united stream has a width of 350 yards. Thirty miles lower down the Orange reaches, in 25° 40’ E., its southernmost point—30° 40’ S., approaching within 20 m. of the Zuurberg range. In this part of its course the river receives from the south the streams, often intermittent, which rise on the northern slopes of the Stormberg, Zuurberg and Sneeuwberg ranges. Of these the chief are the Kraai, which joins the Orange near Aliwal North, the Stormberg and the Zeekoe (Sea Cow), the last named having a length of 120 miles. From its most southern point the Orange turns sharply N.W. for
836
ORANGE
200 m., when having reached 29° 3’ S., 23° 36’ E. it is joined by not perfectly ripen until the following spring, so that flowers and its second great affluent, the Vaal (qg.v.). Here it bends south again, and with many a zigzag continues its general westerly direction, crossing the arid plains of Bechuana, Bushman and Namaqualands. Flowing between steep banks, considerably below the general level of the country, here about 3,000 ft., it receives, between the Vaal confluence and the Atlantic, a distance of more than 400 m. In a direct line, no perennial tributary but on the contrary loses a great deal of its water by evaporation. In this region, nevertheless, skeleton river systems cover the country north and south. These usually dry sandy beds, which on many maps appear rivers of imposing length, for a few hours or days following rare but violent thunder-storms, are deep and turbulent streams. In 28° 35’S., 20° 20’ E., are the great waterfalls of the Orange, where in cataracts, and cascades the river drops 400 ft. in 16 miles. The Aughrabies or Hundred falls, as they are called, are divided by ledges, reefs and islets, the last named often assuming fantastic shapes. Below the falls the river rushes through a rocky gorge, and openings in the cliffs to the water are rare. These openings are usually the sandy beds of dried-up or intermittent affluents, such as the Bak, Ham, Houm, Aub (or Great Fish) rivers of Great Namaqualand. Crossing the narrow coastal plain the river, with a southwesterly sweep, enters the ocean by a single mouth, studded with small islands, in 28° 37’S., 16° 30° E. A large sand bar obstructs the entrance to the river, which is not quite 1 m. wide. The river when in flood, at which time it has a depth of 40 ft., scours a channel through the bar, but the Orange is at all times inaccessible to sea-going vessels. Above the bar it is navigable by small vessels for 30 or 40 miles. Captain Henry Hop first crossed the Orange in September 1761, but shortly afterwards returned. In 1777 Captain (afterwards Colonel) R. J. Gordon, a Dutch officer of Scottish extraction, who commanded the garrison at Cape Town, reached the river in its middle course and named it the Orange in honor of the Prince of Orange. Next year Lieut. W. Paterson, an English traveller, reached the river in its lower course, and in 1779 Paterson and Gordon journeyed along the west coast of the colony and explored the mouth of the river. F. Le Vaillant also visited the Orange near its mouth in 1784. Mission stations north of the Orange were established a few days later, and in 1813 the Rev.
both green and mature fruit are often found on the plant at the same time.
The bitter aromatic
rind of the bigarade is rough,
and dotted closely over with concave oil-cells; the pulp is acid and more or less bitter in flavour. The Sweet or common China Orange (C. sinensis) including the Malta or Portugal orange, has the petioles less distinctly winged, and the leaves more ovate in shape, but chiefly differs in the fruit, the pulp of which is agreeably acidulous and sweet, the rind com. paratively smooth, and the oil-cells convex. The ordinary round shape of the sweet orange fruit is varied greatly in certain vari.
eties, in some being greatly elongated, in others much flattened: while several kinds have a conical protuberance at the apex, others
are deeply ribbed or furrowed, and a few are distinctly “horned” or lobed, by the partial separation of the carpels. The two species of orange reproduce themselves true to species by seéd; and, where hybridizing is prevented, the seedlings of the sweet and bitter or.
ange retain respectively the more distinctive features of the parent lant. a History.—Though now the most widely cultivated of Citrus fruits and grown in most of the warmer parts of the world, and
apparently in many completely naturalized, the diffusion of the orange has taken place in comparatively recent historical periods, To ancient Mediterranean agriculture it was unknown; and, though the later Greeks and Romans were familiar with the citron
as an exotic fruit, their “Median apple” appears to have been the only form of the citrine genus with which they were acquainted. The careful researches of Gallesio have proved that India was the country from which the orange spread to western Asia and eventually to Europe. Oranges are at present found apparently wild in the jungles along the lower mountain slopes of Sylhet, Kumaon, Sikkim and other parts of northern India, and, according to Royle, even in the Nilgiri hills; the plants are generally thorny, and present the other characters of the bitter variety, but occasionally wild oranges occur with sweet fruit; it is, however, doubtful whether either sub-species is really indigenous to Hindustan, and De Candolle is probably correct in regarding south China and the Indo-Chinese peninsula as the original home of the orange. Cultivated from a remote period in south-eastern Asia, it was carried to south-western Asia by the Arabs, probably John Campbell, after visiting Griqualand West for the London before the oth century, towards the close of which the bitter orMissionary Society, traced the Harts River, and from its junction with the Vaal followed the latter stream to its confluence with ange seems to have been well known to that people; though, according to Mas‘udi, it was not cultivated in Arabia itself until the the Orange, journeying thence by the banks of the Orange as far beginning of the roth century, when it was first planted in ‘Oman, as Pella, in Little Namaqualand, discovering the great falls. These and afterwards carried to Mesopotamia and Syria. It spread ultifalls were in 1885 visited and described by G. A. Farini, from mately, through the agency of the same race, to Africa and Spain, whom they received the name of the Hundred Falls. The source and perhaps to Sicily, following everywhere the tide of Mohamof the Orange was first reached by the French Protestant missionmedan conquest and civilization. In the 12th century the sour aries T. Arbousset and F. Daumas in 1836. orange or bigarade was abundantly cultivated in all the Levant The story of Hop’s expedition is told in the Nouvelle description countries, and the returning soldiers of the Cross brought it from du Cap de Bonne Espérance (Amsterdam, 1778). Lieut. Paterson Palestine to Italy and Provence. gave his experiences in A Narrative of Four Journeys into the Country of the Hottentots and Caffraria in the Years 1777-1778-1779 (London, No allusion to the sweet orange occurs in contemporary litera1789). See also Campbell’s Travels in South Africa (London, 181 5), ture at this early date, and its introduction to Europe took place Arbousset and Daumas’ Relation d’un voyage d’exploration au nord-est de la colonie du Cap de Bonne Espérance en 1836 (Paris, 1842), and at a considerably later period, though the exact time is unknown. Farini’s Through the Kalahari Desert (London, 1886). It was commonly cultivated in Italy early in the 16th century, and seems to have been known there previously to the expedition ORANGE. The plant that produces the familiar fruit of of Da Gama (1497), as a Florentine narrator of that voyage apcommerce is closely allied to the citron, lemon and lime; all the pears to have been familiar with the fruit. The importation of cultivated forms of the genus Citrus (family Rutaceae) are nearly this tree into Europe is usually attributed to the Portuguese who related. The numerous kinds of orange chiefly differing in the first circumnavigated Africa and found the way to India and China external shape, size and flavour of the fruit may all probably be although Gallesio suspects that Genoese merchants of the r5th traced to two well-marked species—the sweet or China orange, century, who must have found it growing abundantly then in the Citrus sinensis, and the sour Seville orange or bigarade, Citrus Levant, may have introduced it. Aurantium. The prevailing European names applied to the orange are sufThe Sour, SevILLe or BrcarapE Orance, C. Aurantium, C. ficient evidence of its origin and of the line taken in its migraAurantium, is a rather small tree, rarely exceeding 30 ft. in height. tion westward. The Sanskrit designation nagrungo, becoming The green shoots bear sharp axillary spines, and alternate ever- narungee in Hindustani, and corrupted by the Arabs into néranj green oblong leaves, pointed at the extremity, and with the mar- (Spanish naranja), passed by easy transitions into the Italian gins entire or very slightly serrated; they are of a bright glossy arancia (Latinized aurantium), the Romance arangi, and the later green tint, the stalks distinctly winged and, as in the other species, Provencal orange. The true Chinese sweet orange, however, was articulated with the leaf. The fragrant white flowers appear in the undoubtedly brought by the Portuguese navigators direct from spring months, and the fruit, usually round or spheroidal, does the East both to their own country and to the Azores, where now
ORANGE it grows luxuriantly. Throughout China and in Japan the orange has been grown from very ancient times, and it was found diffused widely when the East Indian archipelago was first visited by Europeans. In more recent days its cultivation has extended over most of the warmer regions of the globe, the tree growing freely and producing fruit abundantly wherever the temperature is sufficiently high, and enough moisture can be supplied to the roots; where night-frosts occur in winter or spring the culture becomes more difficult and the crop precarious. Cultivation.—The orange flourishes in any moderately fertile
soil, if it is well drained and sufficiently moist; but a rather stiff loam or calcareous marl, intermingled with some vegetable humus,
is usually considered most favourable to its growth. Grafting or budding on stocks raised from the seed of some vigorous variety of sour or sweet orange, trifoliate orange or the so-called rough lemon is the plan usually adopted by the cultivator. The seeds,
carefully selected, are sown in well-prepared ground, and the seedlings removed to a nursery-bed in the fourth or fifth year, and, sometimes after a second transplantation, grafted in the seventh or eighth year with the desired variety. When the grafts have acquired sufficient vigour, the trees are placed in rows in the permanent orangery. Propagation by marcottage or air-layers is occasionally adopted; cuttings do not readily root, and multiplication directly by seed is always doubtful in result, on account of
the lack of uniformity among the seedlings. The distance left between the trees in the permanent plantation or grove varies according to the size of the plants and subsequent culture adopted. The ground is kept well stirred between the trunks, and the roots manured with well-rotted dung, guano or other highly nitrogenous matter; shallow pits are sometimes formed above the roots for the reception of liquid or other manures; in dry climates water must be abundantly and frequently supplied. Between the rows melons, pumpkins and other annual vegetables are frequently raised. In garden culture in southern Europe the orange is sometimes trained as an espalier, and with careful attention yields fruit in great profusion when thus grown. In favourable seasons the oranges are produced in great abundance, from 400 to 1,000 being commonly borne on a single plant in full bearing, while on large trees the latter number is often vastly exceeded. The trees will continue to bear abundantly from 50 to 80 years, or even more; and some old orange trees, whose age must be reckoned by centuries, still produce a crop; these very ancient trees, are, however, generally of the sour or Seville orange. Oranges intended for export to colder climates are gathered long before the deep tint that indi‘cates maturity is attained, the fruit ripening rapidly after picking; but the delicious taste of the China orange maturing on the tree is seldom thus acquired. Carefully gathered, the oranges are packed in boxes, each orange being wrapped in paper, or with dry maize husks or leaves placed between them. The immense quantities of this valuable fruit imported into Britain are derived from various sources, the Azores (“St. Michael’s” oranges), Sicily, Portugal, Spain and other Mediterranean countries, Jamaica, the Bahamas, Florida and California, South Africa and Australia. In Florida the sour orange has grown, from an unknown period, in
a wild condition, and some of the earlier botanical explorers regarded it as an indigenous tree; but it was undoubtedly brought by the Spanish colonists to the West Indies, and was probably soon afterwards transplanted to Florida; its chief use in America :for stocks on which to graft sweet orange and other species of itrus. There are numerous varieties of the sweet orange. Maltese or blood oranges are characterized by the deep-red tint of the pulp, and comprise some of the best varieties. Gallesio refers to the blood orange as cultivated extensively in Malta and Provence; they are largely grown in the Mediterranean region in the present
day, and have been introduced into America. The Washington or Bahia Navel and other so-called navel oranges have a navel-like mark on the apex of the fruit due to the production of an incipient second whorl of carpels forming a more or less abortive small orange under the skin of the main one. Baptiste Ferrari, a Jesuit monk, in his work Hesperides, sive de malorum aureorum cultura
et usus libri quatuor, published at Rome in 1646, figures and de-
837
scribes such an orange. Citrus nobilis is the king orange, of which C. nobilis var deliciosa is the mandarin or tangerine orange. It is remarkable for its flattened spheroidal fruit, the rind of which readily separates with the slightest pressure; the pulp has a peculiarly luscious flavour when ripe. The small tangerine orange, valued for its fine colour and fragrance, is a variety of loose-skinned orange now grown rather extensively in Florida and California. The Bergamot orange (Citrus Bergamia) largely grown in Southern Italy and Sicily, yields the perfume. It is probably of hybrid origin. Another loose-skinned orange, the Satsuma, introduced into the United States many years ago, is cultivated on a fairly large scale in the region bordering on the Gulf of Mexico in western Florida, southern Alabama, southern Mississippi and southern Louisiana. The Satsuma is the chief variety grown in Japan and is the earliest citrous fruit grown in the United States, ripening from the first of October to the first of December. The fruit is a very wholesome article of diet, abounding in citric acid, and, like the lemon and lime, possessing a high vitamin content.
Diseases.—Several are caused by fungi, others by insects. Of the fungus diseases that known as root-rot in Florida and mal-digomma in Italy is very widely distributed. It occurs on the lower part of the trunk and the main roots of the tree, and is indicated by exudation of gum on the bark covering the diseased spot. The diseased patches spread into the wood, killing the tissues, which emit a foetid odour; the general appearance of the tree is unhealthy, the leaves become yellow and the twigs and young branches die. A fungus (Phytophthora terrestris) is found associated with the disease, which is also fostered by faulty drainage, a shaded condition of the soil, the use of rank manures and other conditions. For treatment, the diseased patches should be cut away and the wound treated with an antiseptic. A very similar disease, brown-rot gummosis, occurs in California; it is caused by Pythiacystis citrophthora, and is treated in much the same way. The sour orange resists both root-rot and gummosis and is in con-
sequence largely used as root stock both in Florida and California. Decay of oranges in transit often causes serious losses; this has been shown to be due to Penicillium, the germinating of which spores penetrate the skin of damaged fruits. Careful picking, handling and packing have much reduced the amount of loss from this cause. Another fungus disease, scab, has been very injurious to the lemon and sour orange and grapefruit in Florida. It is caused by Cladosporium citri which forms small warts on the leaves and fruits; spraying with a weak solution of Bordeaux mixture or with ammoniacal solution of copper carbonate is recommended. Citrus canker, a bacterial disease caused by Phytomonas citri, formerly caused much loss in Florida and nearby states. It has been eradicated at a cost of many millions of dollars. The sooty mould of the orange, which forms a black incrustation on the leaves and also the fruit, probably occurs wherever the orange is cultivated. It is caused by species of Meliola; in Europe and the United States by M. Penzigi. The fruit is often rendered unsaleable and the plant is also injured as the leaves are unable properly
to perform their functions. The fungus is not a parasite, but lives apparently upon the honey dew secreted by aphides, etc., and is therefore dependent on the presence of these insects. Spraying with resin-wash is an effective preventive, as it destroys the insects. The diseases of citrus fruits have been very thoroughly
studied during recent years. (See Fawcett’s Citrus Diseases.)
Several insect enemies attack the plant, of which the scale msect Aspidiotus is the most injurious in Europe and the Azores. In Florida another species, Mytilaspis citricola (purple scale), sometimes disfigures the fruit to such an extent as to make it unfit for market. Several species of Aleyrodes are insect pests on leaves of the orange; A. citri, the white orange fly of Florida, is described as the most injurious of the insect pests of the crop in Florida at the present time; A. Howardi is a very serious pest in Cuba. The Mediterranean fly (Ceratitis capitata) proved very destructive to citrus fruit in Florida in the spring of 1929. The government appropriated $4,000,000 in the hope of checking its ravages. The Sour Orange—The sour orange is chiefly cultivated for the
i>~ ae
aromatic qualities of the rind. Planted years ago in Andalusia by the Moorish conquerors, it is still extensively grown in southern Spain—deriving its common English name “Seville” orange from the abundant groves that still exist around that city, though the plant is now largely cultivated elsewhere. The fruit is imported into Great Britain in large quantities for the manufacture of orange marmalade, which is prepared from the pulp and rind, usually more or less mingled with the pulp of the sweet orange. In medicine the fresh peel is largely employed as an aromatic tonic, and often, in tincture and syrup and “orange wine,” as a mere vehicle to disguise the flavour of more nauseous remedies. The chief constituents are three glucosides, hesperidin, isohesperidin and aurantiamarin, the latter being the bitter principle; and an oil which mainly consists of a terpene known as limonene. The essential oil of the rind is collected for the use of the perfumer, being obtained either by the pressure of the fresh peel against a piece of sponge, or by the process known as écuelle, in which the skin of the ripe fruit is scraped against a series of points or ridges arranged upon the surface of a peculiarly-shaped dish or broad funnel, when the oil flows freely from the broken cells. Another fragrant oil, called in France essence de petit grain, is procured by the distillation of the leaves, from which also an aromatic water is prepared. The flowers of the bitter orange yield, when distilled with water, the “oil of Neroli” of the druggist and perfumer, and likewise the fragrant liquid known as “orange-flower water,” which is a saturated solution of the volatile oil of the fresh flowers. The candied peel is much in request by cook and confectioner; the fragrant liqueur sold as “curacgoa” derives its aromatic flavour from the rind of the bitter orange.
Orange trunk of two men killed by
FREE
ORANGE—ORANGE
838
trees occasionally acquire a considerable diameter; the one near Nice, still standing in 1789, was so large that could scarcely surround it with their arms; the tree was the intense cold of the winter of that year. The wood of
the orange is of a fine yellow tint, and, being hard and closegrained, is valued by the turner and the cabinetmaker for the manufacture of small articles; it takes a good polish. Although the bitter “Poma de Orenge” were brought in small quantities from Spain to England as early as the year 1290, no attempt appears to have been made to cultivate the tree in Britain until about 1595, when some plants were introduced by the Carews of Beddington in Surrey, and placed in their garden, where, trained against a wall, and sheltered in winter, they remained until destroyed by the great frost of 1739-1740. In the 18th century the tree became a favourite object of conservatory growth; in the open air, planted against a wall and covered with mats in winter, it has often stood the cold of many seasons in the southern counties, in such situations the trees occasionally bearing abundant fruit. The orange has been usually cultivated in England for the beauty of the plant and the fragrance of its blossoms, rather than for the purpose of affording a supply of edible fruit. The latter can, however, be easily grown in a hot-house, some of the fruits thus grown, especially those of the pretty little Tangerine variety, being superior in quality to the imported fruit. Production and Consumption of Oranges.—Oranges are produced and consumed in enormous quantities in the United States. According to Wellman and Braun, the average production during the five-year period 1923-27 inclusive was 31,756,000 boxes
(of 72 to 80 Ib. net weight), of which amount California produced
67%, Florida 32%, other States about 1 per cent. Exports of oranges from the U.S. amounted to an average of 2,597,000 boxes,
Or 82% of the total production, while imports (mostly from Porto Rico) averaged only 397,000 boxes, or only 1-2% of the total domestic production. The average carload shipment of five-year period 1923-27 was 70,534 only by apples, about 110,000 cars, The next largest fruit shipments were
oranges in the U.S. for the Cars, an amount exceeded and bananas, 111,414 cars. of peaches 32,252 cars. The value of the orange crop of the United States in 1928, as estimated by the Crop-Reporting Board of the U.S. Department
of Agriculture was $130,500,000.
STATE
only one other fruit crop, apples, the crop of which for 1928 was worth $185,125,000. Among all farm crops produced in the United States in 1928 oranges ranked eleventh in value.
The estimated annual production (in 70 Ib. boxes) of the other chief orange producing countries is as follows: Spain 33,898,000 boxes (1927), Italy 9,168,000 (1925), Japan 9,802,000 (1926), Palestine 2,429,000 (1926), Australia 2,098,000 (1925), Algeria 2,236,000 (1923). The production in China is large but figures are not available. Great Britain probably ranks next to the United States in the consumption of oranges, her annual imports for the five-year period 1922—26, inclusive, averaged 12,105,000 boxes of 7o lb. each, For further details, see G. Gallesio, Traite du Citrus (Paris, 1811),
for early history; A. Risso and A. Poiteau, Histoire
et culture des
Oranges, 2nd edition (Paris, 1872); A. de Candolle, Origin of Culti-
vated Plants (1884) ; F. Engler and A. Prantl, Die natürlichen Phanzenfamilien (Leipzig, 1897) H. Hume, The Cultivation of Citrus Fruits
(1926); W. W. Robins, Botany of Crop Plants (1924); Walter T. Swingle the article “Citrus,” in L. H. Bailey, The Standard Cyclopedia of Horticulture (x914) ; Howard S. Fawcett, Citrus Diseases and their Control (1926); James B. McNair “Citrus Products,” Field Mus. of Nat. Hist. Pub. 238, Botanical Ser. vol. vi., no. r. (Chicago, 1926) ; H. R. Wellman and E. W. Braun “Oranges,” Calif. Agric. Exp. Sta, (Berkeley, 1928).
ORANGE, COUNCILS OF: see COUNCILS OF ORANGE. ORANGEBURG, a city of South Carolina, U.S.A., the county seat of Orangeburg county; on the North Edisto river and Federal highway 21, at an altitude of 259 ft., 48 m. S.E. of Columbia. It is served by the Atlantic Coast Line and the Southern railways. Pop. 7,290 in 1920 (45% negroes); in 1930 8,776 by the Federal
census.
It is the financial,
commercial
and industrial
centre of a rich section of the Atlantic Coastal plain, and is the seat of the State Agricultural and Mechanical college for negroes (1896). Cotton, grain, live stock, poultry, tobacco and pecans are leading products of the county; and the city has lumber mills, veneer plants, cotton mills and various other manufacturing industries. It operates under a commission form of government. In 1704 a trader and trapper built his cabin here, and in 1735 a colony of Germans and Swiss established a settlement, naming it in honour of William, Prince of Orange. The town was incorporated in 1851, and was chartered as a city in 1883.
ORANGE FREE STATE, an inland province of the Union
of South Africa. It is divided from Natal by the Drakenberg, from Basutoland by the Caledon river, from the Transvaal by the Vaal river and from the Cape of Good Hope by the Orange river, and in the west by a line drawn across the veld from the Orange
to the Vaal. It lies between 26° 30’ and 30° 40” S. and between 24° 10° and 29° 40’ E. Its area is 49,647 sq. miles. The country forms part of the inner plateau of South Africa,
and most of it lies between 4,000 and 5,000 ft. above sea level. From the mountainous, eastern districts it slopes gradually westward, no natural boundary marking its western frontier. The aspect of the country is that of vast, undulating, treeless plains, with a certain number of willows and thorn trees along the streams. The latter were formerly more widely spread, but have nearly all been cut down for fuel. The Australian black wattle, gums and the pepper tree have been successfully introduced and are grown along the streets of the towns, and in plantations on farms, especially in the eastern districts, to provide shelter, poles and firewood. The general level of the surface is broken by low ridges,
and isolated table mountains, the latter attaining considerable elevation above the plain. They are particularly numerous and well developed in the east, and are due to the outcrop of beds of
sandstones and dolerites.
The rivers, except the Orange, Vaal
and Caledon, are dry or nearly dry, for three or four months during the dry winter season, but after rain even the small spruits may
become raging torrents. (For geology, climate, flora and fauna, see SOUTH AFRICA, UNION OF.)
Population.—In 1926 the white population numbered 202,985.
The corresponding figures are not available (1929) for the non-
European elements, but in 1921 their numbers amounted to 421,”
306 natives, 395 Asiatics and 17,898 mixed and others. The largest
element among the natives is probably the Basuto, who are largely
This value was exceeded by represented in the districts of Harrismith, Bethlehem, Ficksburg
ORANGE
HISTORY]
FREE
and Ladybrand. A considerable number of Barolong live in the districts of Thaba’nchu and Bloemfontein, and the Amazulu are well represented chiefly in the north-eastern area, adjoining Zululand. Other tribes include Fingoes, Ama-xosa, etc. The population of the country as a whole, which amounts to 9.08% of the Union, and which has an average density of 12-67 per sq. m., is concentrated in the eastern and better-watered districts. Towns.—These call for little comment. They are mostly small administrative and provisioning centres for their surrounding districts. Only eight have a white population exceeding 2,000 and of these Bloemfontein, the capital, Kroonstad, Ladybrand and Ficksburg have been described in separate articles. Harrismith and Bethlehem are prosperous centres for the north-eastern districts. The former, situated at the foot of the Plattberg, was formerly a military station and is a recognized resort for sufferers from chest diseases. Parys (whites [1926], 2,656; total [1921],
3,653) is situated on the Vaal river, and is developing as a pleasure
resort. Jam making and fruit preserving are carried on and the
town has spinning and weaving schools. Agriculture and Pastoralism.—The Orange Free State is a healthy stock country.
It is little affected by horse sickness and
the number of horses in 1926 was 265,748. These probably in-
clude many ponies kept by natives. Cattle number 1,955,772 and are most numerous in the eastern districts, especially about Ficksburg. Sheep, totalling over 10,000,000, are most abundant in the Rouxville, Wepener and Smithfield districts, while goats, which exceed 160,000, are either kept largely by natives, or concentrated in the dry south-western area about Philippolis. Among the chief crops, maize takes first place, the districts of Heilbron and Frankfurt forming part of the South African maize belt (g.v.). Toward the west the area sown with maize varies greatly from year to year, according to the incidence of the rains. The most fertile part of the country lies in the valley of the Caledon river. Here a considerable quantity of wheat is grown, especially in the districts of Ladybrand, Ficksburg, Bethlehem and Rouxville. The same districts and Harrismith also produce oat-hay. Here, too, there has been a considerable recent development of apple and plum orchards, the apples being among the best grown in South Africa. Potatoes, tobacco, pumpkins, etc., are also grown. Diamonds and Other Mining Industries.—In the Orange Free State the occurrences of diamonds appear to cluster about Boshof, Koffiefontein, Jagersfontein, Kroonstad and Theunissen. The production in 1926 was valued at £976,204. The chief mines
are at Jagersfontein, which, however, are closed down (1928). The alluvial diamonds, found in the gravels of the Vaal and some of its tributary streams, are of great purity. Coal approaching a million tons was produced in 1926. The chief producers are the Cornelia colliery on the Vaal river, opposite to Vereeniging, and the Clydesdale, about 15 m. to the south. The coal is not of the best quality. Flour-milling is carried on at a number of local centres. Salt making is also carried on. The source of supply is the heavily saline waters of certain “pans” in the western districts, evaporated from shallow basins, in most cases by solar heat.
Education, other than higher education, is controlled by the provincial education department, subject to the sanction of the provincial administration. At the head of the department is the director. It has powers to establish and maintain primary, secondary and certain special schools, and to make grants in aid of private schools which comply with certain conditions and attain
a satisfactory standard. There is a normal training college in Bloemfontein. The province is divided into 57 school districts,
in each of which is an advisory board, consisting of elected members, and having certain powers of supervision. In 1926 there were in the province 858 State and State-aided schools, attended by
STATE
839
themselves north of the Orange. Between 1817 and 1831 the country was devastated by the chief Mosilikatze and his Zulus. Up to this time the few white men who had crossed the Orange had been chiefly hunters or missionaries. In 1834 Dutch farmers from Cape Colony seeking pasture for their flocks settled in the country.
They were followed in 1836 by the first parties of the Great Trek. These emigrants left Cape Colony from various motives, but all were animated by the desire to escape from British sovereignty.
(See Souts Arrica, UNION oF; and Cape Cotony.) The leader of the first large party of emigrants was A. H. Potgieter, who concluded an agreement with Makwana, the chief of the Bataung tribe of Bechuanas, ceding to the farmers the country between the Vet and Vaal rivers. The emigrants soon came into collision with Mosilikatze, who in Nov. 1837 was decisively defeated by the Boers and thereupon fled northward. In the meantime another party of emigrants had settled at Thaba’nchu, where the Wesleyans had a mission station for the Barolong. The emigrants were treated with great kindness by Moroko, the chief of that tribe, and with the Barolong the Boers maintained uniformly friendly relations. In Dec. 1836 the emigrants beyond the Orange drew up in general assembly an elementary republican form of government. After the defeat of Mosilikatze the town of Winburg (so named by the Boers in commemoration of their victory) was founded, a volksraad elected, and Piet Retief, one of the ablest of the voortrekkers, chosen “governor and commandant-general.” The emigrants already numbered some 500 men, besides women and children and many coloured servants. Dissensions speedily arose among the emigrants, whose numbers were constantly added to, and Retief, Potgieter and other leaders crossed the Drakensberg and entered Natal. Those that remained were divided into several parties intensely jealous of one another. Meanwhile a new power had arisen in the mountainous region of the Upper Orange and in the valley of the Caledon. There a Bechuana chief named Moshesh had welded together a number of scattered and broken clans and had formed of them the Basuto nation. The Basuto were a menace to the white farmers, and the farmers were equally a menace to the Basuto. At that time the British Government was not prepared to exercise effective control over the emigrant farmers, but on the advice of Dr. John Philip, the superintendent of the London Missionary society’s stations in South Africa, a treaty was concluded in 1843 with Moshesh, placing him under British protection. A similar treaty was made with the Griqua chief, Adam Kok III. (See BASUTOLAND and GRIQUALAND.) By these treaties, which recognized native sovereignty over large areas on which Boer farmers were settled, it was sought to keep a check on the emigrants and to protect both the natives and Cape Colony. Their effect was to precipitate collisions between all three parties. Trouble first arose between the Boers and the Griquas in the Philippolis district. British troops were moved up to support the Griquas, and after a skirmish at Zwartkopjes (May 2, 1845), a new arrangement was made between Kok and Sir Peregrine Maitland, then governor of Cape Colony, virtually placing the administration of his territory in the hands of a British resident, a post filled in 1846 by Capt. (afterwards Major) H. D. Warden. The place chosen by Warden as the seat of his court was known as Bloemfontein, and it subsequently became the capital of the whole country. First Annexation by Great Britain.—The volksraad at Winburg during this period continued to claim jurisdiction over the Boers living between the Orange and the Vaal and the relations between the Boers and the British were in a continual state of tension. Sir Harry Smith became governor of the Cape at the end of 1847. He recognized the failure of the attempt to govern on the lines of the treaties with the Griquas and Basutos, and on
44,866 scholars. There were also 201 schools for natives, two for
Feb. 3, 1848, he issued a proclamation declaring British sover-
HISTORY The country north of the Orange river was first visited by Europeans towards the close of the 18th century. At that time it was somewhat thinly peopled, mainly by tribes of the Bechuana division of the Bantus. Early in the 19th century Griquas established
Pretorius (q.v.), did not submit without a struggle. They were,
other non-Europeans, and one training school.
(R. U. S.)
eignty over the country between the Orange and the Vaal eastward to the Drakensberg. The justness of Sir Harry Smith’s measures and his popularity among the Boers gained for his policy considerable support, but the Republican Party, at whose head was Andries
at however, defeated by Sir Harry Smith in an engagement Boomplaats (Aug. 29, 1848). Thereupon Pretorius, with those
840
ORANGE
FREE
most bitterly opposed to British rule, retreated across the Vaal. Warden remained British resident until July 1852. A nominated legislative council was created, a high court established and other steps taken for the orderly government of the country, which was officially styled the Orange River Sovereignty. In Oct. 1849 Moshesh was induced to sign a new arrangement considerably curtailing the boundaries of Basutoland. The frontier towards the Sovereignty was thereafter known as the Warden line. The British resident had, however, no force sufficient to maintain his authority, and Moshesh and all the neighbouring clans became involved in hostilities with one another and with the whites. In 1851 Moshesh joined the Republican party in the Sovereignty in an invitation to Pretorius to recross the Vaal. The intervention of Pretorius resulted in the Sand River Convention of 1852, which acknowledged the independence of the Transvaal but left the status of the Sovereignty untouched. The British Government, which had reluctantly agreed to the annexation of the country, had, however, already repented its decision and had resolved to abandon the sovereignty. A meeting of representatives of all European inhabitants of the sovereignty, elected on manhood suffrage, held at Bloemfontein in June 1852, nevertheless declared in favour of the retention of British rule. But the cabinet in London adhered to the determination to withdraw from the Sovereignty. Sir George Russell Clerk was sent out in 1853 as special commissioner “for the settling and adjusting of the affairs” of the Sovereignty. At that time there were some 15,000 whites in the country, among them numbers of farmers and tradesmen of British (chiefly Scottish) blood.
Independence Forced on the Boers.—The majority of the whites still wished for British rule provided that it was effective and the country guarded against its enemies, but Sir George Clerk announced that, as the elected delegates were unwilling to form an independent government, he would enter into negotiations with other persons. While the elected delegates sent two members to England to try to induce the Government to alter their decision Sir George Clerk came to terms with a committee formed by the Republican party and presided over by J. H. Hoffman. A royal proclamation had already (Jan. 30, 1854) “abandoned
and renounced all dominion” in the sovereignty.
A convention
recognizing the independence of the country was signed at Bloemfontein on Feb. 23 by Sir George Clerk and the Republican committee, and on March 11, 1854, the Boer Government assumed office and the Republican flag was hoisted. Five days later the representatives of the elected delegates had an interview in London with the colonial secretary, the duke of Newcastle, who informed them that it was impossible for England to supply troops to constantly advancing outposts, “especially as Cape Town and the port of Table bay were all she really required in South Africa.” In withdrawing from the Sovereignty the British Government declared that it had “no alliance with any native chief or tribes to the northward of the Orange river with the exception of the Griqua chief Captain Adam Kok.” Kok was not formidable in a military sense and in 1861 he sold his sovereign rights to the Free State for £4,000 and removed with his followers to the district now known as Griqualand East. Constitution of the Republic—On the abandonment of British rule representatives of the people were elected and met at Bloemfontein on March 28, 1854, and between that date and April 18 were engaged in framing a constitution. The country was declared a republic and named the Orange Free State. All persons of European blood possessing a six months’ residential qualification were to be granted full burgher rights. The sole legislative authority was vested in a single popularly elected chamber styled the volksraad. Executive authority was entrusted to a president elected by the burghers from a list submitted by the volksraad. The president was to be assisted by an executive council, was to hold office for five years and was eligible for reelection. The constitution was subsequently modified but remained of a liberal character. A residence of five years in the country was required before aliens could become naturalized. The franchise was confined to European adult males; the grant of the suffrage to natives was never considered. It may be added here
STATE
[HISTORY
that subsequently the Free State prohibited the entry into its
territory of Asiatics, so that it was never troubled with an Indian question. The first president was J. H. Hoffman, but he was accused of being too complaisant towards Moshesh and resigned being succeeded in 1855 by J. N. Boshof, one of the voortrekkers who had previously taken an active part in the affairs of Natal. Distracted among themselves, with the formidable Basuto power on their southern and eastern flank, the troubles of the infant state were speedily added to by the action of the Transvaal Boers, Marthinius Pretorius, who had succeeded to his father’s position as commandant-general of Potchefstroom, wished to bring about a confederation between the two Boer States. As peaceful overtures failed Pretorius, aided by Paul Kruger, made a raid in 1857
into the Free State territory. They found, however, little support: Kruger came into Boshof’s camp with a flag of truce; and on June
2, 1857, a treaty of peace was signed, each State acknowledging the absolute independence of the other. This experience did not, however, heal the party strife within the Free State. The diff. culties. of the State were so great that the volksraad in Dec. 1858
passed a resolution in favour of confederation with Cape Colony. This proposition received the strong support of Sir George Grey, then governor of Cape Colony, but his view did not commend
itself to the British Government and was not adopted.
In the
same year the disputes between the Basutos and the Boers culminated in open war. As the contest went against them the Free State appealed to Sir George Grey, who induced Moshesh, for a
time, to come to terms. President Boshof now gave up the strug-
gle of attempting to rule the country and in Feb. 18509 retired to
Natal. His old opponent Marthinius Pretorius was elected president in his stead. Though unable to effect a durable peace with the Basutos, or to realize his ambition for the creation of one powerful Boer republic, Pretorius saw the Free State begin to grow in strength. The fertile district of Bethulie as well as Adam Kok’s territory was acquired, and there was a considerable increase in the white population. The burghers generally, however, had not learned the need of discipline, of confidence in their elected rulers, or that to carry on a government taxes must be levied. Wearied like Boshof of a thankless task, and more interested in affairs in the Transvaal than in those of the Free State, Pretorius resigned the presidency in 1863, and after an interval of seven months Mr. (afterwards Sir) John Henry Brand (¢.v.), an advocate at the Cape bar, was elected president. Brand’s Rule.—President Brand took office in Feb. 1864. His selection proved a turning-point in the history of the country, which, under his beneficent and tactful guidance, became peaceful and prosperous and, in some respects, a model state. But before peace could be established an end had to be made of the difficulties with the Basutos. At length, in 1867 the burghers gained a decisive victory, every stronghold in Basutoland save Thaba Bosigo being stormed. Moshesh now turned to the British at the Cape for preservation and in 1868 he and his country were taken under British protection. Thus the 30 years’ strife between the Basutos and the Boers came
to an end.
The Boers reaped the
reward of victory. By the treaty of Aliwal North (Feb. 12, 1869), the country lying to the north of the Orange river and west of the
Caledon, formerly a part of Basutoland, was ceded to the Free State. This country, some room. long and nearly łom. wide, les at an altitude of nearly 6,oooft. and forms one of the richest corn-growing districts in South Africa. The Basutoland difficulties were no sooner arranged than the Free Staters found themselves confronted with a serious difficulty on their western border. In the years 1870-71 a large number of diggers had settled on the diamond fields near the junction of the
Vaal and Orange rivers, which were situated in part on land claimed by the Griqua chief Nicholas Waterboer and by the Free
State. The Free State established a temporary government over the diamond fields, but the administration of this body was satisfactory neither to the Free State nor to the diggers.
At this
juncture Waterboer offered to place the territory under the ad-
ministration of Queen Victoria. The offer was accepted, and on
Oct. 27, 1871, the district, together with some adjacent territory to which the Transvaal had laid claim, was proclaimed, under the
HISTORY]
ORANGE
FREE
name of Griqualand West, British territory. When the British annexation took place a party in the volksraad wished to go to war with Britain, but the wiser counsels of President Brand pre-
vailed. The matter involved no little irritation between the parties concerned until July 1876. It was then disposed of by the ath Earl of Carnarvon, at that time secretary of State for the colonies, who granted to the Free State £90,000 “in full satisfaction of all claims which it considers it may possess to Griqualand West.” One thing at least is certain with regard to the diamond fields—they were the means of restoring the credit and prosperity of the Free State. Moreover, it is doubtful if the Free State could at that time have controlled ‘the diggers. The probability is
that the alternative to British sovereignty was an independent diamond field republic. At this time, largely owing to the ex-
hausting struggle with the Basutos, the Free State had drifted into
financial straits. A paper currency had been instituted, and the notes—currently known as “bluebacks”—soon dropped to less than half their nominal value. Commerce was largely carried on by barter, and many cases of bankruptcy occurred. But the influx of British and other immigrants to the diamond fields, in the early ’7os, restored public credit and individual prosperity to the Free State Boers. The diamond fields offered a ready market for stock and other agricultural produce. “Bluebacks” recovered par value, and were called in and redeemed by the Government. Relations with the Transvaal.—From
1870 until the time
when it became involved in the second struggle between Great
Britain and the Transvaal the story of the Free State was one of steady, quiet progress, marked by cordial relations with its neigh-
hours. The State has been described as for 30 years a farmers’ and transport riders’ paradise. At the time of the frst annexation of the Transvaal, Brand and the volksraad declined the invitation of Lord Carnarvon to federate with the other South African communities and when the Transvaalers rose against the British in 1880 they had the sympathy of the Free Staters. Indeed, many burghers joined the Transvaal forces in the Majuba campaign and it was due to the tact and statesmanship of Brand that a dangerous situation was prevented from developing. The danger passed and the Free State showed considerable ability in adapting itself to the change, political, and economic, which, a few years later, following the discovery of the Rand gold mines, came over the whole of South Africa. Paul Kruger, instead of imitating the liberal policy of the Free State, sought to meet the problem presented by the large witlander population on the Rand by reliance
on foreign (i.e., not British) Powers and by an alliance with the
84.1
STATE
prosper. From its geographical position it reaped the benefit without incurring the anxieties consequent on the settlement of a large uitlander population on the Rand. The Jameson raid, Dec. 1895, re-awakened anti-British feeling in the Free State. Reitz had resigned the presidency a month before the raid and at the election in Feb. 1896 Judge M. T. Steyn, a strong nationalist, was elected president, receiving 41 votes against 19 cast for (Sir) John G. Fraser. Fraser was the most prominent of the burghers of Scots descent, of whom there were a considerable number in the State, and he represented Brand’s policy. Many burghers supported Fraser in opposition to entangling engagements with the Transvaal; nevertheless, Steyn, though protesting against many of the manifestations of Krugerism, concluded a new defensive and offensive alliance with Kruger in March 1896. The South African War and After.—In the four years which followed, the Free State revised its constitution, the period of residence to obtain naturalization being reduced (Dec. 1897) from five to three years; entered (1898) into a new customs union with the Cape and Natal and in other ways tried to live up to its reputation as a model community. It was alarmed at the developments of the uitlander troubles in the Transvaal and tried to get Kruger to enact reforms; its ex-president, Reitz, had become State secre‘tary in the Transvaal. Bloemfontein was chosen as the place for the Milner-Kruger conference which met in June, 1899, when Steyn urged Kruger to grant the five-year franchise to the uttlander (and thus avoid war) and Kruger retorted by asking Steyn “not to play the tame elephant to get him into the English kraal.” But when the war came in the October following, the Free State was solidly by the side of the Transvaal. A resolution had been passed by the volksraad on Sept. 27 declaring that the State would observe its obligations to the Transvaal whatever happened. It would probably have sided with its sister Boer republic in any case, alliance or no alliance, for racial ties were strong. The offer of the British Government to respect the independence of the Orange Free State if it remained neutral had no response; and, as is common in these cases, the bitterness against Great Britain— with whom it had no cause of quarrel—was greater in the Free State than in the Transvaal. The events of the war are told elsewhere. (See SOUTH AFRICAN WAR and SOUTH AFRICA, UNION OF.) Orange River British under Lord following the Free under the title of
Colony.—Bloemfontein Roberts on March 13, State was annexed to Orange River Colony.
was occupied by the 1900; and on May 28 the British dominions For nearly two years
longer the burghers kept the field under Christian de Wet (qg.v.),
but by the articles of peace signed on May 31, Free State. In Oct. 1887 Kruger visited Bloemfontein and tried and other leaders, was acknowledged. A civil administrasovereignty British 1902, to induce Brand to enter into an offensive and defensive alliance early in r90r and in June 1902 established was colony the of tion declined Brand enemy.” common the “‘against with the Transvaal set up of which Sir John was council legislative nominated a the recognize to to be drawn into such an engagement. He refused ex-burghers became unprominent other of number a and Fraser British as enemies—indeed, though opposed to federation, he was vigorous and successful efdirection every In members. official co-operation full for was He rivalries. equally opposed to racial to repair the ravages of the war. Over £4,000,with the other South African communities, and a few months later forts were made by the British Government in the colony on these spent was ooo and customs on conference a for Natal and Cape the with arranged same time efforts were made—with no great measrailway questions. That was in Jan. 1388; in the June following objects. At the strengthen the British element in the country success—to of ure Brand died. He was one of the most upright and enlightened Special attention was also devoted settlements. land of means by of title the earned he and known, had Africa rulers South of the country and the educaresources the of development the to and 1889 in held was peacemaker. The conference he had planned improved. greatly and reorganized was system tion resulted in a customs union between Cape Colony and the Free e Government.—Having recovered from the worst Responsibl extend to permission obtained Government State, while the Cape war the Boers, both in the Transvaal and Orange the Port Elizabeth railway to Bloemfontein. This agreement was effects of the in 1904 to make organized efforts to regain their began displeasing to the Transvaal, for the ultimate objective of the Colony,
railway was the Rand, and Kruger had determined that the Rand’s
outlet to the sea should be through the Portuguese port of Lourenco Marques (Delagoa Bay). In Brand’s successor to the presidency—F. W. Reitz—the
Transvaal found an ally. At one time an advocate at the Cape and since 1874 chief justice of the Free State, Reitz had been in
political ascendancy.
This agitation, as far as the Orange River
Colony was concerned, coincided with the return to South Africa
of of ex-President Steyn. Steyn had gone to Europe at the close British the war and did not take the oath of allegiance to the was Crown until the autumn of 1904. A congress of ex-burghers
held at Brandfort in Dec. 1904, when among other resolutions
to the of passed was one demanding the grant of self-government 1881—at the time of Majuba—a leading organizer in the State at Bloemconference a by 1905 July in followed was This the Afrikander Bond (q.v.), at that time a bitterly anti-British colony. resolved to form a national union. This or-
organization. Reitz was elected president in Jan. 1889; two months later he made a treaty of alliance with Kruger. The alliance looked to a contingency which, however, did not arise durto ing Reitz’s presidency and meanwhile the Free State continued
fontein, when it was in May ganization, the Oranjie Unie, was formally constituted ! 1906. had
ghers who A counter-organization was formed by ex-bur
842
ORANGEMEN—ORANIENBAUM
whole-heartedly accepted the new order of things. They took the dium of instruction instead of Netherlands Dutch; the Free Stata title of the Constitutional party, and Sir John Fraser was chosen Province being the first to adopt officially South African Dutch, as chairman. In Bloemfontein the Constitutionalists had a strong The province followed Hertzog when he parted from Botha on following; elsewhere their supporters were numerically weak. The the racial issue and it became the stronghold of the Dutch Na. programmes of the two parties were very similar, the real differ- tionalists. With the exception of one of the Bloemfontein diy;. ence between them being the attitude with which they regarded the sions they had a majority in every parliamentary constituency jp British. While the ideal of the Unie was an Afrikander state, the the province. Up to his death in 1916 Steyn’s influence With the Constitutionalists desired the equality of both white races. Dutch section of the people continued powerful. In the crisis The advent of a Liberal administration under Sir Henry caused by the World War Steyn, supported by Hertzog, Opposed Campbell-Bannerman in Great Britain in Dec. 1905 completely operations against the Germans in South-West Africa. There folaltered the political situation in the late Boer States. The previ- lowed the rebellion of de Wet, who drew his chief strength from ous (Conservative) Government had in March 1905 made public the Free State. On Steyn’s death Hertzog became the undisputed a form of representative government, intended to lead up to self- leader of the Dutch Nationalists and after the general election of government for the Transvaal, and had intimated that a similar 1924 he was chosen as prime minister of the Union. In internal constitution would be subsequently conferred on the Orange affairs the province has been governed on progressive lines, Its Colony. The Campbell-Bannerman administration decided to do interests remain predominantly agricultural. without this intermediary step in both colonies. It was not, howBIBLIOGRAPHY.—A. H. The Boer States: Land and People ever, until July 1, 1907, that the letters-patent conferring self- (1900); W. S. Johnson, Keane, Orangia (a geographical work, government on the colony were promulgated, the election for the McCall Theal, History of South Africa since 1795 (to 1872)1906); G, vols, ii, legislative assembly taking place in November following. They lii, and iv. (1908 ed.); Eric A. Walker, A History of South Africa (to 1924) bibl. (1928). See also the bibliog raphies under TRANSVAAL resulted in the return of 29 members of the Oranjie Unie, five and SOUTH AFRICA, UNION OF. (F. R. C.) Constitutionalists and four Independents. The Constitutionalists ORANG EMEN. The Orange Society was formed in Co. won four of the five seats allotted to Bloemf ontein, Sir John Fraser Armagh after a battle between Protestants and Roman Catholics being among those returned. A ministry, which included Generals at the Diamond. It was at first purely local and defensive . J. B. M. Hertzog and Christian de Wet, was formed by Abraham soon spread from Armagh to other parts of Ulster. In the TothIt Fischer, one of the leading members of the old volksraad. Steyn’s Century large numbers of Ulstermen emigrated to the United ill-health prevented his taking office, but he wielded almost as States and the British Dominions. Branches were soon estabmuch power as when he had been president of the country. lished in those countries and are now flourishing. In recent years Union of South Africa.—The responsible government entered the Order has made great progress in Britain, especially in Southupon its task in favourable conditions. The seven years of Crown ern Scotland. The name was derived from William IIT (Prince of colony administration had achieved remarkable results. Mate- Orange) who firmly established the Protestant dynasty in Britain. rially the country had been restored to a sound state with every The Society is founded for the maintenance of Protestantism and prospect of a prosperous future, and steady progress was made contains men (in recent years women) of all political parties, under responsible government, but political developments were As the Home Rule controversy in Ireland was conducted largely rapid, and less than three years after Fischer took office the on religious lines, Orangemen sided with the Unionist Party but Orange River Colony, as such, had ceased to exist. the Order as an Order has never been political. The most The colony took part in May 1908 in an inter-State conference grotesque stories have been circulated about the bigotry of which determined to renew the existing customs convention and Orangem en, but they are discounted by the fact that every canto make no alteration in railway rates. These decisions were the didate for the Order takes an obligation enjoining toleration and result of an agreement to bring before the parliaments of the vari- goodwill to Roman Catholics. On notable occasions Orangemen ous colonies a resolution advocating the closer union of the South have shown their independence of political parties. The principal African States and the appointment of delegates to a national con- annivers ary is July 12, when the battle of the Boyne is celebrated. vention to frame a draft constitution. In this convention Steyn ORANG-UTAN (‘man of the woods”), the giant red mantook a leading and conciliatory part, and subsequently the Orange like ape of Borneo and Sumatra (Simia satyrus). The reddish River Colony legislature agreed to the terms drawn up by the con- colour of the long, coarse hair distinguishes the omias, as the vention for the unification of the four self-governing colonies. Dyaks call it, from African apes; the arms are such that the aniUnder the imperial act by which unification was established mal in the upright posture can rest on its bent knuckles. In some (May 31, 1910) the colony entered the Union under the style of races, in the old males, which may stand 5$ft. high, there is a large the Orange Free State Province. (For the union movement ISS z7 aR expansion of the cheeks, ; due i see SoutTH Arrica, UNIon or.) Fischer and Hertzog became mem2 ; to growth of fibrous tissue bers of the first Union ministry, while Dr. A. E. W. Ramsbottom, and producing a broad and formerly colonial treasurer, became the first administrator of flattened type of face. Anthe Free State as a province of the Union. other peculiarity of the males Education Controversy.—During the period in which the is the presence of a huge throatprovince had been a self-governing colony much bittern ess had sac on the front of the throat been caused by the educational policy pursued by Hertzog , who and chest, which may extend was attorney-general and minister of education. From the date of even to the armpits; although the passing of an education act in the middle of 1908 until the BY COURTESY OF THE N.Y. ZOOLOGICAL present in absorption of the colony into the Union, Hertzog so adminis females, it does tered SOCIETY not reach nearly the same di-
Its provisions regarding the media of instruction as to compel every European child to receive instruction in every subject partly in the medium of Dutch. This policy of compulsory , bilingualism was persisted in despite the vehement protests of the English-speaking community, and of the desire of many Dutch burghers that the medium of instruction for their children should be English. Failing to obtain redress, the English-speaki ng section of the community proceeded to open separate schools. It was not until 1912 that through the intervention of the Union parliament the dispute was settled by the provision that in the lower standards the medium of instruction should be the “home language” of the pupil. As to the Boer section, the zaal, renamed Afrikaans, was by ordinance passed in 1920 recognized as a me-
SATYRUS) A ORANG-UTAN giant red ape of(SIMIA Borneo and Sumatra
mensions in that sex. More than half a dozen
separate
races of
orang-utan are recognized in Borneo where the red ape inhabits
the swampy forest-tract at the foot of the mountains.
These apes
are comparatively slow and deliberate in their movements; they construct platforms of boughs in the trees, which are used as sleeping-places, and apparently occupied for several nights in succession. Durian, the tough spiny hide of which is torn open with their strong fingers, forms their chief food. They also consume the mangustin and other fruits.
(See PRIMATES.)
ORANIENBAUM, a town of Russia in the Leningrad Area,
In 59° 54’ N., 29° 48’ E., lying 100 ft. above the sea on the south coast of the Gulf of Finland, opposite Kronstadt.
Pop.
ORAON—ORATORIO
84.3
(1926) 7,061. It was formerly a summer residence of the im-
for a revival of choral music. And oratorios on the stage discour-
perial family. The site was given to Menshikov in 1714 by Peter the Great, and the palace he erected still stands. Confiscated in
aged, by reason of their sacred subjects, whatever vestiges of dramatic realism could survive the ascendancy of the aria (g.v.). For lesser composers than Bach and Handel this ubiquitous form represented almost the only possibility of keeping music alive, or at least embalmed, until the advent of the dramatic and sonata
1727, it became an imperial residence. In 1743 the empress Elizabeth presented Oranienbaum to the future Tsar Peter III., who built there a castle, now The palace became a hospital a rest home for workers. A in one of the wings in 1918.
destroyed, during the school of A railway
for his Holstein soldiers. 1914-18 war, and is now forestry was established has been built since the
revolution to link the town with the fort of Krasnaya Gorka, which guards the entrance to Kronstadt bay.
There are flour-
mills and brick works and the saw-milling industry is important.
ORAON, an aboriginal tribe of the Chota Nagpur plateau,
India, also known as Dhangars. They call themselves Kurukh, but being divided into various groups are apt to be designated by group-names (e.g. Modi, “navvy,” Kisain, “cultivator”’), when they emigrate. A short, sturdy race of Dravidian type, they are in demand as labourers. As Oraon mothers shape their babies’ heads their dolichocephaly may be to some extent artificial. The
village organization is advanced. Their speech is akin to Kanarese. Their religion is a mixture of nature-worship and magic, thinly overlaid with Hinduism, Dharmes being the supreme god. In recent years a religious movement, influenced by Christianity as well as by Brahmanism, known as the Tana Bhagat movement and manifesting itself in ghost-hunting and the addition of Ger-
man Baba to the pantheon, caused some excitement in 1915. It had begun with a crusade against belief in ghosts and was largely a revolt against social degradation and economic depression. Sarat Chandra Roy, The Oraons of Chota Nagpur Ranchi (19185), gives full history and valuable information; Man in India I. (1921).
ORATORIO, the name given to a form of religious music with chorus, solo voices and orchestra, independent of, or at least separable from the liturgy, and on a larger scale than the cantata (g.v.). Its history is involved in that of opera (see Arta and OPERA), but its antecedents are more definite. The term is almost certainly (but see Schütz’s “stilo Oratorio” on p. 844) derived from the fact that St. Filippo Neri’s Oratory was the place for which Animuccia’s settings of the Laud: Spiritualz were written; and the custom of interspersing these hymns among liturgical or other forms of the recitation of a Biblical story is one of several origins of modern oratorio. A more ancient source is the use of incidental music in miracle plays and in such dramatic processions as the 12th century Prose de l’Ane, which on Jan. r, celebrated
at Beauvais the Flight into Egypt.
But the most ancient origin
of all is the Roman Catholic rite of reciting, during Holy Week,
the story of the Passion according to the Four Gospels, assigning
the words of the Evangelist to a tenor, distributing all ipsissima
verba among appropriate voices, and giving the responsa turbae, or utterances of the whole body of disciples (e.g., “Lord, is it I?”) and of crowds, to a chorus. The only portion of this scheme that concerned composers was the responsa turbae, to which it was permitted to add polyphonic settings of the Seven Last Words or the eucharistic utterances of the Saviour. The narrative and the parts of single speakers were sung in the Gregorian tones appointed in the liturgy. Thus the settings of the Passion by Vic-
toria and Soriano represent a perfect solution of the art-problem of oratorio. “Very tame Jews” is Mendelssohn’s comment on the 16th century settings of “Crucify Him”; and it has been argued that Soriano’s and Victoria’s aim was not to imitate the infuriated
Jews, but to express the contrition of devout Christians telling
the story. On the other hand, ancient tradition ordained a noisy scraping of feet on the stone floor to indicate the departure from the place of the judgment seat! And so we owe the central forms
of Bach’s Lutheran Passion-oratorios to the Roman Catholic ritual for Holy Week. With the monodic revolution at the outset of the 17th century the history of oratorio as an art-form wholly controlled by composers begins. There is nothing but its religious subject to distinguish the first oratorio, Emilio del Cavaliere’s Rappresentazione
di anima e di corpo from the first opera, Peri’s Euridice, both produced in 1600. Differentiation was brought about primarily by the fact that oratorios without
stage-presentation gave
opportunity
styles. The efforts of Carissimi (d. 1674) in oratorio clearly show how limited a divergence from the method of opera was possible when music was first emancipated from the stage. Yet his art shows the corruption of Church music by a secular style rather
than the rise of Biblical music-drama to the dignity of Church music. Normal Italian oratorio remains indistinguishable from serious Italian opera as late as La Betulia liberata, which Mozart wrote at the age of 15. Handel’s La Resurreszione and Zl Trionfo del Tempo contain many pieces simultaneously used in his operas, and they contain no chorus beyond a perfunctory operatic final tune. Z? Trionfo del Tempo was a typical morality play, and it became a masque, like Acis and Galatea and Semele, when Handel at the close of his life adapted it to an English translation with several choral and solo interpolations from other works. Yet between these two versions of the same work lies half the history of classical oratorio. The rest lies in the German Passion-oratorios that culminate in Bach; after which the greatest music avoids every form of oratorio until the two main streams, sadly silted up, and never afterwards quite pure, unite in Mendelssohn. Luther was so musical that while the German Reformation was far from conservative of ancient liturgy, it retained almost everything which makes for musical coherence in a Church service; unlike the English Church, which with all its insistence on historic continuity, so rearranged the liturgy that no possible music for an English Church service can ever form a coherent whole. The four Passions and the Historia der Auferstehung Christi of H. Schütz (who was born in 1585, exactly a century before Bach) are as truly the descendants of Victoria’s Passions as they are the ancestors of Bach’s. They are Protestant in their use of the vulgar tongue, and narrative and dialogue are set to free composition instead of Gregorian chant, although written in Gregorian notation. The Marcus Passion is in a weaker and more modern style and stereotyped in its recitative. It may be spurious. But in the other Passions, and most of all in the Auferstehung, the recitative is a unique and wonderful language. It may have been accompanied by the organ, though the Passions contain no hint of accompaniment at all. In the Auferstehung the Evangelist is accompanied by four viole da gamba in preference to the organ. The players are requested to “execute appropriate runs or pas-
sages” during the sustained chords. A final non-scriptural short chorus on a chorale-tune is Schütz’s only foreshadowing of the contemplative and hymnal element of later Passion oratorios. The Auferstehung, the richest and most advanced of all Schütz’s works, has one strange convention, in that single persons, other than the Evangelist, are frequently represented by more than one voice. If this were confined to the part of the Saviour, it would have shown a reverent avoidance of impersonation, as in Roman Catholic polyphonic settings of the Seven Words. But Schütz writes thus only in Dłże Auferstehung and there on no particular plan. While the three holy women and the two angels in the scene at the tomb are represented naturally by three and two imitative voices, Mary Magdalene is elsewhere always represented by two sopranos. Shortly before Bach, Passion oratorios were represented by several remarkable works of art, most notably by R. Keiser (16731739). Chorale-tunes, mostly in plain harmony, were freely interspersed in order that the congregation might take part in what was, after all, a church service for Holy Week. The meditations of Christendom on each incident of the story were expressed in accompanied recitatives (arioso) leading to arias or choruses, and the scriptural narrative was sung to dramatic recitative and
ejaculatory chorus on the ancient Roman plan. On slightly different lines was Graun’s beautiful Tod Jesu, which was famous when
the contemporary works of Bach were ignored. The difference between Bach’s Passions and all others is simply the measure of his greatness. Where his chorus represents the
844
ORATORIO
whole body of Christendom it has as peculiar an epic power as it is dramatic where it represents tersely the responsa turbae of the narrative.
In the Matthew Passion the part of Christ has a special accompaniment of sustained strings, generally at a high pitch, though deepening at the most solemn moments. And at the words “El, Eli, lama sabacthani” this musical halo has vanished. In power of declamation Bach was anticipated by Keiser; but no one approached him in sustained inspiration and architectonic greatness. The forms of Passion music may be found in many of Bach’s Church cantatas; a favourite type being the Dialogue; as, for instance, a dispute between a fearing and a trusting soul with, perhaps, the voice of the Saviour heard from a distance; or a dialogue between Christ and the Church, on the lines of the Song of Solomon. The Christmas Oratorio, a set of six Church cantatas for performance on separate days, treats the Bible story in the same way as the Passions, with a larger proportion of non-dramatic numbers. Many of the single Church cantatas are called oratorios, a term which by Bach’s time seems definitely to have implied dialogue, possibly on the strength of a false etymology. Thus Schütz inscribes a monodic sacred piece “in stilo Oratorio,” meaning “in the style of recitative.” The further history of oratorio radiates from the heterogeneous works of Handel. There are various types and several mixtures of style in Han-
delian oratorio. The German forms of Passion music evidently interested Handel, and it was after he came to England, and before his first English oratorio, that he set to music the famous poetic version of the Passion by Brockes, which had been adopted by all the German
composers of the time, and which, with very
necessary improvements of taste, was largely drawn upon by Bach for the text of his Johannes-Passion. Handel’s Brockes Passion does not appear ever to have been performed, though Bach found access to it and made a careful copy; so Handel must have composed it for his own edification. He soon discovered that many kinds of oratorio were possible. The emancipation from the stage admitted of subjects ranging from semi-dramatic histories, like those of Saul, Esther and Belshazzar, to cosmic schemes expressed entirely in the words of the Bible, such as Jsrael in Egypt and The Messiah. Between these types there is every gradation of form and subject; besides an abrupt contrast of literary merit between the mutilated Milton of Samson and the amazing absurdities of Susannah, The very name of Handel’s first English oratorio, Esther, and the facts of its primary purpose as a masque and the origin of its libretto in Racine, show the transition from the stage to the Church; and, on the other hand, Haman’s lamentation on his downfall is scandalously adapted from the most sacred part of the Brockes Passion. We may roughly distinguish three main types of Handelian oratorio, not always maintained singly in whole works, but always available as methods. First, there is the operatic method, in which the arias and recitatives are the utterances of characters in the story, while the chorus is a crowd of Israelites, Babylonians or Romans (e.g., Athalia, Belshazzar, Saul, etc.). The second method retains the dramatic rôles both in solos and in choruses, but (as, for instance, in “Envy, eldest born of Hell,” in Saul)
also uses the chorus as the voice of universal Christendom. Handel’s audience demanded plenty of arias, most of which are accounted for by futile, when not apocryphal, love affairs. The haughty Merab and the gentle Michal are characterized with fatal ease, and make parts of Saul almost as impossible as most of Susannah. The third Handelian method is a series of choruses and numbers on a subject altogether beyond the scope of drama, as, for instance, the greater part of Solomon and, in the case of The Messiah and Israel in Egypt, treated entirely in the words of Scripture, and those not in narrative but in prophecy and psalm. After Bach and Handel, oratorio fell upon evil days. The rise of the sonata style, which brought life to opera, was bad for oratorio; since not only did it accentuate the fashionable dislike
of that polyphony which is essential even to mere euphony in
choral writing, but its dramatic power became more and more
disturbing to the epic treatment that oratorio naturally demands.
Philip Emanuel Bach’s oratorios, though cloying in their soft.
ness and sweetness, achieved a true balance of style in the earlier days of the conflict; indeed, a judicious selection from Dj, Israeliten in Wiiste (1769) would perhaps bear revival almost as well as Haydn’s Tobias (1774). The Creation (Die Schöpfung) and The Seasons (Die Jahres. zeiten) will always convey to unspoilt music-lovers the profound
message of the veteran Haydn, who could not help “worshipping
God with a cheerful heart.” This spirit was well known to Bach, the composer of “Mein glaibiges Herze,” and it is compatible with the romantic sound-pictures and Handelian sublimity of the opening Representation of Chaos and the great chord of C major at the words “and there was light.” The childlike gaiety of much
of the rest ought not to blind us to its fundamental greatness,
which brings the naively realistic birds and beasts of The Creation into line with even the wine-chorus in the mainly secular Seasons, and removes Haydn from the influence of the vile taste which henceforth pervaded oratorios, until Mendelssohn effected a partial improvement.
Haydn strenuously resisted the persuasion to
undertake The Seasons which had a close connection with Thomson’s poem, as The Creation had a distant connection with Para.
dise Lost. He thought the whole scheme “Philistine” (his own word) and, both before he yielded to persuasion and after he had
finished the work, said all the hard things about it that have ever been said since. Roman Catholic oratorio was under the disadvantage that it was not permitted to take Biblical texts except in the Latin language. Jomelli’s Passtone for once had the benefit of a meditative text with some distinction of style; and in closing the first part with a dominant seventh on the word “pensaci” he achieved a stroke of genius which at the present day would still startle the listener and leave his mind in the desired frame of meditative astonishment. But words fail to characterize the libretto of Beethoven’s unfortunate Christus am Oelberge (c. 1800). The texts of Lutheran church-music had often been grotesque and even disgusting; but their barbarity was pathetic in comparison with the sleek vulgarity of a libretto in which not only is the agony of the garden of Gethsemane represented by an aria (as in Handel’s lamentation of Haman), but Christ sings a brilliant duet with the ministering angel. In after years Beethoven had not a good word for this work, which, nevertheless, contains some beautiful music exquisitely scored. And justice demands praise for the idea of making a Hallelujah chorus conclude the work as soon as the betrayal of Christ has been accomplished, thus compensating for the irreverent opening by avoiding all temptation to treat the rest of the passion-story with the same crassness. A well-meant effort was made to provide the Mount of Olives with an inoffensive subject in English, but the stupidity of Engedi: or David in the Wilderness passes belief. Schubert’s interesting fragment Lazarus is strangely prophetic of Wagnerian continuity and has a morbid beauty that transcends its sickly text. There are signs that the despair of the Sadducee was going to be treated with some power. The result might have been a masterpiece; but fate ruled that the next advance should again be Protestant. Bach’s Passions were rediscovered by the boy Mendelssohn after a century of ignorance of their very existence; and in St.
Paul (Paulus) and Elijah (Elias) rose upon the early middle 19th century like the sunrise of a new Handel. To-day St. Paul has almost sunk below the horizon; and Elijah,
which still shares with The Messiah the Christmas repertoire of every British urban choral society, is in many points an easy tatget for criticism. Yet the ascendancy of Mendelssohn is the one redeeming feature in the history of oratorio during the first three
quarters of the roth century. Let us admit the defects of Elijah;
the all too lifelike tiresomeness
of the widow
(achieved after
strenuous revision), the parochial softness of the double quartet, the Jewishness of the Jews (but is this a defect?), and the snorts of the trombones whose third summons causes the Almighty to capitulate: when all these unconscious profanities are discounted, there remains a vivid and coherent oratorio that, musically and
ORATORY—ORBIT dramatically, towers
above later works by many
composers who despise it. (See MENDELSSOHN.)
accomplished
Spohr is the only contemporary of Mendelssohn whose sacred music is still known. So tremendous a subject as that of The Last Judgment ought, indeed, to be treated with reserve; but the softness and slowness which pervades nine-tenths of Spohr’s work is not reserve but self-indulgence. Spohr has moments of vision; but an almost random glance at the pages of St. Paul shows that even in eclipse Mendelssohn has characterization, movement and the capacity for thrilling dramatic moments.
In England, the influence of Mendelssohn completed the devastation begun by our inveterate habit of praising the inspired literary skill of the sacred narrative, as a preface to our restatement of it in 4o times as many words of our own. Deans and chapters listened in graceful official pride and imperfectly secret
glee to the strains in which the cathedral organist celebrated with equal realism the destruction of Sennacherib’s hosts and his own octuply-contrapuntal doctorate of music. Before 1880 our composers had, as Dr. Walker says, “set with almost complete indiscrimination well-nigh every word of the Bible.” Had they con-
845
Why not follow more often the method of The Messiah and of Israel in Egypt; and deal with religious subjects in terms of prophecy and psalm? Brahms’s Deutsches Requiem is really an
oratorio; and since its production (all but one later movement) in 1866 it continues year by year to tower over all other choral music since Beethoven’s Mass in D. Form, disciplined form, is not the only thing needed to save future oratorios from the limbo of vanity; but it is their first need. (D. F. T.)
ORATORY, the art of speaking eloquently or in accordance
with the rules of rhetoric (g.v.). ORATORY OF ST. PHILIP
NERI,
CONGREGA-
TION OF THE, or Oratortans, a religious order consisting of a number of independent houses, first organized in 1575 by the Florentine priest, Philip Neri (see Next, PHILIP.) ORBIGNY, ALCIDE DESSALINES D’ (1802-1857), French palaeontologist, was born at Couërzon, Loire Inférieure, on Sept. 6, 1802, and was educated at La Rochelle. His first appointment was as travelling naturalist for the Museum of Natural History at Paris. He went in 1826 to South America, and gathered much information on the natural history and ethnology, embodying the results in his great work Voyage dans Amérique Méridionale (1839-1842). Then, in 1840 he began to publish his Paléontologie Francaise, ou description des fossiles de la France, a monumental work, accompanied by figures of the species. Eight volumes were published by him dealing with Jurassic and Cretaceous invertebrata, and since his death many later volumes have been issued. In 1853 he was appointed professor of palaeontology at the Museum of Natural History in Paris, but died on June 30, 1857, at Pierresitte, near St. Denis.
fined themselves to the second chapter of Ezra they would have escaped dangers of unconscious humour that lurk in the opportunities for “naturalness” in declaiming the dialogues and illustrating the wonders of scriptural narrative. Neither Sterndale Bennet nor Macfarren improved matters; but Parry and Stanford, towards the end of the century, completely changed the situation. Stanford’s Eden has a libretto by Robert Bridges. The disgruntled professional librettists, who were also musical critics, had the effrontery to say that this magHis works include Cours élémentaire de paléontologie et de géologie nificent poem would be the better for extensive cuts. The real truth 1s that Stanford’s music, especially in its orchestral intro- stratigraphiques (3 vols., 1849-52), and Prodrome de paléontologie stratigraphique (3 vols., 1850~52). ductions, is diffuse. But it has many beautiful features, and achieves a coherent scheme on exactly such lines of Wagnerian ORBIT, in astronomy, is the path of a heavenly body revolvcontinuity as can be applied to oratorio. Parry preferred to be ing around an attracting centre (from Lat. orbita, a track, orbis, his own librettist, and by this means he achieved more significant a wheel); in particular, it denotes the path of a planet or comet results. The lapses of the amateur poet are less distressing than around the sun, or of a satellite around its controlling planet. the clichés of the ordinary professional librettist; and the works Kepler’s Laws.—In 1609 Johann Kepler announced two laws of Parry and Stanford permanently raised English oratorio from of planetary motion, and by 1619 he added a third. Kepler’s squalor and made it once more an art-form which educated people first law is as follows:—A planet moves around the sun in an could enjoy. Some of Parry’s architectonic and dramatic ideas will elliptic orbit, the sun being situated in one focus of the ellipse. never lose the power to thrill, if only the works as wholes can If the straight line joining any two points S and T is produced live in spite of a certain dryness of melody and heaviness of equal distances beyond S and T to A and B, and if P is any texture. For example, the exploit of Judith is shown with a total point such that the sum of the distances PS and PT is equal avoidance of the cheap and salacious opportunity for a scene to the distance AB, then the aggregate of all such points as P between her and Holofernes. Instead, we listen to the watchmen is the curve known as the ellipse. The points S and T are the anxiously making their circuit of the city walls in darkness. The foci. The curve passes through A and B and AB is called the music of their march is at a low pitch. It is reaching a normal major axis of the ellipse. If C is the mid-point of AB, the ratio Close when, high above the tonic chord, the cry of Judith bids the watchmen open the gates to her. If this moment cannot thrill, there is no meaning in art. In King Saul Parry made a significant discovery as to the emancipation of dramatic oratorio from the stage conditions of time and space. The Witch of Endor prophesies the battle of Gilboa. Her tale becomes real in the telling and is immediately followed by the final dirge. As with opera, so, but more easily, with oratorio, the method of Wagnerian continuity at last enabled composers to take extant poems and set them to music in their entirety. Thus the fragrant mysticism of Roman Catholic oratorio, dimly adumbrated in
Schubert’s Lazarus, at last came to fruition in Elgar’s wonderful setting of Newman’s Dream of Gerontwus, while the old miracle play Everyman was very successfully composed by Walford Davies. In his later works, The Apostles and The Kingdom, Elgar pursues a comprehensive religious design on texts arranged by himself. Oratorio on the basis of Wagnerian continuity and
Lett-motif is unquestionably a living art-form. Its greatest diffculty is its fatal facility. The oratorio-composer is lost who omits to transcend the limits of the stage; yet when these are transcended only the stedfastness of genius can prevent the composer from sinking to the fashion-storming eclecticism of Honegger’s
Le Roi David which, with the aid of a reciter to read the Bible, takes up the arts of all periods from Handel to 1927 and drops
each of them before anything like an art-problem arises.
FIG. 1.—DIAGRAM
ILLUSTRATING
KEPLER'S LAWS OF PLANETARY
MOTION
of the length of CS to the length of C A is called the eccentricity. The ellipse then is specified by means of (i) the semi-major axis and (ii) the eccentricity. If the eccentricity happens to be zero, the two foci must coincide at the centre C and the resulting curve is simply a circle; if the eccentricity is precisely unity, then the curve is known as a parabola. Kepler’s first law simply states that if the sun is supposed situated at the focus S, the planet’s path around the sun—in other words, its orbit—is an ellipse such as is represented in the diagram above. The time required for a complete revolution in the ellipse is the planet’s
846
ORCAGNA
revolution period; for example, the earth’s period of revolution is a little over 365 days; Mercury describes its orbit in 88 days, and Neptune requires 165 years. At A—the point of the ellipse nearest S—the planet is said to be in perihelion, and when it reaches B, the most remote point of the ellipse from S, it is said to be in aphelion. Kepler’s second law states that the straight line joining the sun to the planet (the radius vector) sweeps out equal areas in equal times. In the preceding figure let D be the position of the planet in its elliptic orbit a month after it reached perihelion (A); similarly let E F be two positions of the planet separated by an interval of a month; the pair of points X, Y are defined in the same way. The shaded area SDA, for example, is the area swept out by the radius vector in one month and by the second law the three shaded areas are equal. Now it is clear from the figure that the arc AD is greater than the arc X Y, for the areas SDA and SX Y are equal and SA and S D are less than SX and SY; consequently, the velocity of the planet in its orbit must be greater between A and D than between X and Y. More definitely, the velocity of the planet is greatest at perihelion, decreasing gradually until aphelion is reached and thereafter increasing to a maximum again at perihelion. The figure also shows that the angles described in equal intervals of time by the radius vector vary throughout the orbit; for example the angle D SA is clearly greater than the angle X S Y. The angular velocity is greatest at perihelion and least at aphelion. In one complete revolution around the sun, the radius vector sweeps out 360° and as the period of revolution is accurately known, the average angular velocity is easily deduced. This is known as the “mean motion” and is expressed as so many degrees
erence to the ecliptic and the point V—by
(i) the inclination of
the planet’s plane to the plane of the ecliptic and (ii) the posi.
tion of the node N with respect to the point V. The latter is evidently given by the angle subtended at the sun by the radii SV and SN, and this angle is known as the longitude of the node, One thing more requires to be done and that is to specify the orientation of the orbital ellipse in its plane; this is accom. plished by specifying the direc.
tion of perihelion—in the figure this is indicated by the direc.
tion S A. The sum of the angles subtended at S by the arcs V N and N A is called
the longitude of perihelion. Jt should be noticed that there is an ambiguity a. to the mean. ing of the expression “longitude of the node” for there are two nodes N and M. If the upper hemisphere in the figure contains
the north pole of the heavens, the radius vector of the earth’s orbit moves in the direction S V towards S N as indicated by the arrow; and if the radius vector of the planet moves in the direc. FIG. 2.—PLANET’S ORBITAL PLANE IN RELATION TO THE ECLIPTIC
tion S N towards S A, as indicated by the arrow, then N is called the ascending node and M the descending node and (ii) above more precisely should be “the longitude of the ascending node.” The ambiguity consequently disappears. To summarize; a planet’s orbit in space is completely specified by the six elements: (i) the semi-major axis, (ii) the eccen(or seconds of arc) per day. tricity, (iii) the time of perihelion passage, (iv) the longitude of Kepler’s third law is a relation connecting the semi-major axes the ascending node, (v) the longitude of perihelion, (vi) the of the several planets with their periods of revolution. In Kepler’s inclination of the orbital plane to the plane of the ecliptic. time, the mean distance of any one planet from the sun was not When the six elements of a planet’s orbit are known the posiknown in miles but it was known fairly accurately in terms of tion of the planet (the effects of the attractions of the other the earth’s mean distance from the sun regarded as the unit of planets not being taken into account) with reference to the the distance; in other words, the planetary system had been fairly sun and the fundamental plane (the ecliptic) can be calculated correctly mapped out but the scale of the map was lacking. Also, for any future date by principles essentially contained in Kepler’s the periods of the several planets were known with considerable laws. The earth’s orbit also being known, the position of the accuracy. The third law expressed in words is: the cube of the planet in the heavens, as seen from the earth, can then be deduced. semi-major axis of any planetary orbit divided by the square The Orbit from Observations.—The reverse problem is to of the period of revolution is the same whatever planet is con- determine the elements of the orbit from actual observations of sidered. If the year is regarded as the unit of time and the earth’s position made from the earth. When a minor planet or comet mean distance from the sun as the unit of distance (this is known is discovered it is important to determine the six elements of as the astronomical unit of distance) the quotient above for the its orbit which hold the new body in the secure grasp of matheearth is plainly unity and consequently by the third law the matical analysis, thus enabling the astronomer to follow subsecube of the semi-major axis of any other planet (expressed in quently its wanderings even without the aid of observational terms of the astronomical unit) must be equal to the square appliances. A single complete observation of a planet consists of the planet’s period (expressed in years). in determining its right ascension and declination; three such The Orbit in Space.—We have seen that the elliptic orbit complete observations at intervals, say, of a month are suffof a planet is specified by the eccentricity and the semi-major cient to allow the calculation of the six orbital elements. axis. To apply Kepler’s first and second laws to predict the posiBristiocRAPHY.—W, Klinkerfues, Theoretische Astronomie (Brauntions of the planet in its orbit at any time it is necessary to know schweig, 1912), for the specialist reader; Russell, Dugan, and Stewart, in addition the time when it occupied any definite position in Astronomy (vol. i. Boston, U.S.A. 1926), for the non-spera a the orbit or the time when it passed through perihelion. The eccentricity, the length of the semi-major axis and the time of periORCAGNA (c. 1308-c. 1368), Italian painter, sculptor, helion passage constitute three elements of the planet’s orbit. worker in mosaic and architect, whose full name was ANDREA DI The planetary motions do not all take place in the same plane CionE, called Arcacnuoro, was the son of a Florentine goldand consequently the plane of the orbit of a particular planet smith, Maestro Cione, said to have been one of the principal must be specified with reference to some fundamental plane: the plane chosen is that of the earth’s orbit and is called the artists who worked on the magnificent silver frontal of the high altar of San Giovanni, the Florentine Baptistery. The result. of plane of the ecliptic. Imagine a sphere drawn with the sun at Orcagna’s early training in the use of the precious metals may be the centre. The plane of the earth’s orbit will cut the sphere in traced in the extreme delicacy and refined detail of his principal a circle (the ecliptic) and the orbital plane of any other planet works in sculpture. His brothers, Lionardo or Nardo, the eldest, will cut the sphere in another circle inclined at some definite angle a painter; Matteo, a sculptor and mosaicist, and Jacopo, also a to the plane of the ecliptic. The two circles intersect at two painter, were often associated with Orcagna in his varied labours. points N and M—called the Nodes. Let V denote a definite refFrom the time of Giotto to the end of the 14th century Orcagna erence point on the ecliptic—the direction S V may be thought stands pre-eminent among the many excellent artists of that time. of as the direction of a particular star as seen from the sun. I. Orcagna as a Painter-—He was admitted to the guild of the. The point V is known as the “vernal equinox” or “First point of Aries”; it is not necessary here to specify it more particularly. Medici and Speziali, where his name first occurs in the documents of 1344. His chief works in fresco were at Fiorence, in the church The plane of the planet’s orbit is completely specified—with ref- of Sta. Maria Novella. He covered the walls of the retro-choit
ORCHARDSON—ORCHESTRA with scenes from the life of the Virgin. These, unfortunately, were much injured by damp very soon after their completion, and towards the end of the following century were replaced by other frescoes of the same subjects by Ghirlandaio, who, according to Vasari, made much use of Orcagna’s motives and invention. Vasari says that Orcagna also painted the Strozzi chapel in the same church in company with his brother. But Ghiberti attributes these works to his brother Nardo alone. These frescoes still exist though much restored; modern criticism is inclined to attribute them to Nardo. The finest composition is that on the west wall, unbroken by any window. It represents paradise, with Christ and the Virgin enthroned in majesty among rows of brilliantly coloured cherubim and seraphim tinged with rainbow-like rays of light. Here Andrea Orcagna may have had a share in the
execution. In 1357 Orcagna painted one of his finest panel pictures, as a retable for the altar of the same chapel, where it still remains. In the centre is Christ in majesty between kneeling figures of St. Peter and St. Thomas Aquinas, attended by angel musicians; on each side are standing figures of three other saints.
It is
painted with extreme miniature-like delicacy, and is on the whole
very well preserved. This retable is signed, “An. dni. mccclvii. Andreas Cionis de Florentia me pinxit.” It is the only certified
painting by Orcagna in existence. According to Vasari, he also painted some very fine frescoes in Sta. Croce. Of these only a small fragment remains. Orcagna’s figures are plastically conceived, and clearly defined by a firmly drawn contour. They stand out against the background like statues. 2. Orcagna as a Sculptor and Architect.—Orcagna was admitted as a member of the Sculptors’ Gild in 1352. His name occurs in the roll as “Andreas Cionis vocatus Arcagnolus, pictor.” Accord-
ing to Vasari, Orcagna worked under Andrea Pisano as a pupil in sculpture. His style, however, constitutes an advance on Andrea’s art and prepares the way for the coming Renaissance. In 1359 he completed the great marble tabernacle for the chapel of Or San Michele. This, in its combined splendour of architectural design, sculptured reliefs and statuettes, and mosaic enrichments, is one of the most important and beautiful works of art which even rich Italy possesses. AUTHORITIES.—Vasari, ed. Milanesi, i. p. 593 (Florence, 1878) ; Crowe and Cavalcaselle, Painting in Italy (ed. by Langton Douglas 1903); Fumi, Rzv. d’Arte (1905) ; Riv. d’Arte (1907) ; L’Arte (1907).
ORCHARDSON, SIR WILLIAM QUILLER (:8321910), British painter, was born in Edinburgh on March 27, 1832. At 134 he went to the Trustees’ academy. At 20, Orchardson had mastered the essentials of his art, and for seven years after this he worked in Edinburgh, devoting himself partially to “black and white.” In 1862 he came to London, and established himself in 37, Fitzroy square, where his friend John Pettie joined him. The English public was not immediately attracted by Orchardson’s work, which was too quiet to compel attention at the Royal Academy, and Pettie, Orchardson’s junior by seven years, at first outshone him. Orchardson confined himself to the simplest themes and designs and the most reticent schemes of colour. In 1865 Pettie married, and the Fitzroy square ménage was broken up. Orchardson married Miss Helen Moxon in 1873. In 1868 he was elected A.R.A. and in 1877 R.A. He died on April 13, rgro. Orchardson’s first great success was gained in 1881, when he exhibited “On Board the ‘Bellerophon’ ” (now at the Tate gallery) at the Royal Academy, and for the next ten or twelve years his
exhibits enjoyed unfailing popularity.
“The Voltaire”
(1883)
(now in the Kunsthalle, Hamburg) is perhaps his finest composition. The “Mariage de convenance” (1884) and “A Tender
84.7
atre or concert-hall provided for the accommodation of the instrumentalists or the body of instrumentalists itself; by extension in the U.S.A. it means the main floor of the theatre. The modern orchestra is composed of (1) a basis of strings— first and second violins, violas, violoncellos and double basses; (2) flutes, sometimes including a piccolo; (3) the reed contingent, consisting of two complete families, (a) the oboes with their tenors and basses (the cor anglais, the fagotto or bassoon and the contrafagotto or double bassoon), (b) the clarinets with their tenor and basses (the basset horn and the bass and pedal clarinets), with the addition sometimes of saxophones; (4) the brass wind, consisting of the horns, a group sometimes completed by the tenor and tenor-bass Wagner tubas, the trumpet or cornet, the trombones (tenor, bass and contrabass), the tubas (tenor, bass and contrabass); (5) a harp or harps; (6) the percussion instruments, including the kettledrums, bells, Glockenspiel, cymbals, triangle, etc.; to which are sometimes added a celesta and a pianoforte, to say nothing of such “extras” as the rattle employed by Richard Strauss in Till Eulenspiegel, the wind machine required by the same composer in Don Quixote, the iron chains introduced by Schonberg in his Gurrelieder, and so on. Although most of the instruments from the older civilizations of Egypt, Chaldea, Persia, Phoenicia and of the Semitic races were known to the ancient Greeks, they did not share in any way their neighbours’ love of orchestral effects, obtained by combining harps, lyres, guitars, tanburs, flutes, trumpets, bagpipes, cymbals, drums, etc., playing in unison or in octaves. The Greeks only cultivated to any extent the various kinds of citharas, lyres and auloi, and these were seldom used in concert. To the predilection of the Romans for wind instruments of all kinds we owe nearly all the wind instruments of the modern orchestra, each of which had its prototype among the instruments of the Roman empire: the flute, oboe and clarinet, in the tibia; the trombone and trumpet in the buccina; the tubas in the tuba; and the French horn in the cornu and buccina. The 4th century A.D. witnessed the downfall of the Roman drama and the debasement of instrumental music, which was placed under a ban by the Church. During the convulsions which the migrations of Goths, Vandals and Huns caused in Europe after the fall of Rome instrumental music was preserved from absolute extinction by wandering actors and musicians. The earliest instrumental compositions extant are certain 15th century dances and pieces in contrapuntal style preserved in the libraries of Berlin and Munich. The late development of notation, which long remained exclusively in the hands of monks and troubadours, personally more concerned with vocal than with instrumental music, ensured the preservation of the former, while the latter was left unrecorded. But indications are not wanting of an independent energy and vitality which must surely have existed in unrecorded mediaeval instrumental music, since there is such evidence of this in the instruments themselves. It is, for example, significant of the attitude of the roth century instrumentalists towards musical progress that they at once assimilated Hucbald’s innovation of the organum, a parallel succession of fourths and fifths, accompanied sometimes by the octave, for two or three voices respectively, and that they produced in the same century the organistrum, named after Hucbald’s organum. At the time of the revival of the drama with music, afterwards modified and known as opera, at the end of ‘the 16th century, there was as yet no orchestra in our sense of the word, but merely
an abundance of instruments used in concert for special effects, without balance or grouping; small positive organs, regals, harp-
Chord” (1886) were two of his most famous paintings, and about
sichords, lutes, theorbos, archlutes, chittarone (bass and contrabass lutes), guitars, viols, lyras da braccio and da gamba, psal-
this time he exhibited a series of period pictures. Among his portraits are “Master Baby,” “The Provost of Aber-
trombones, drums and cymbals.
deen” and “Sir Walter Gilbey, Bart.” Other paintings are “After”
(sequel to “Mariage de convenance”), and “The Young Duke.” ORCHESTRA. In ancient Greece the dpxjorpa was the space between the auditorium and the proscenium or stage, in which were stationed the chorus and the instrumentalists. In its modern acceptation the word means either that portion of a the-
teries, citterns, harps, flutes, recorders, cornets, trumpets and Monteverde was the first to see that a preponderance of strings
is necessary to ensure a proper balance of tone. With the perfected models of the Cremona violins at his disposal, a quartet of strings was established and all other stringed instruments not
played with the bow were ejected from the orchestra, with the exception of the harp. Under the influence of Monteverde and his
ORCHESTRATION—ORCHIDS
848
for itself a
Floral Structure.—The flowers of orchids, though extremely
separate existence with music and laws of its own. As instruments were improved, new ones introduced, and old ones abandoned instrumentation became a new and favourite study in Italy and in
diverse within certain limits, are all formed upon one common plan, which is only a modification of that observable in such
successors,
Cavalli and
Cesti, the orchestra won
Germany, and musicians began to find out the capabilities of the various families of instruments and their individual value. At first the orchestra was an aristocratic luxury, performing privately at the courts of the princes and nobles of Italy; but in the 17th century performances were given in theatres, and Germany eagerly followed. Dresden, Munich and Hamburg successively built opera houses, while in England opera flourished under Purcell, and in France under Lully, who, with the collaboration of Moliére, also greatly raised the status of the entertainments known as ballets, interspersed with instrumental and vocal music. The revival of the drama seems to have exhausted the enthusiasm of Italy for instrumental music and the field of action was shifted to Germany, where the perfecting of the orchestra was continued. Most German princes had at the beginning of the 18th century good private orchestras or Kapelle, and they always endeavoured to secure the services of the best available instrumentalists. Kaiser, Telemann, Graun, Mattheson and Handel contributed greatly to the development of German opera and of the orchestra in Hamburg during the first quarter of the century. Bach, Gluck and Mozart, the reformers of opera; Haydn, the father of the modern orchestra and the first to treat it independently as a power opposed to the solo and chorus, by scoring for the instruments in well-defined groups; Beethoven, who individualized the instruments, writing solo passages for them; Weber, who brought the horn and clarinet into prominence; Schubert, who inaugurated the conversations between members of the wood wind—all left their mark on the orchestra, leading the way up to Wagner, Strauss and their successors.
ORCHESTRATION: see INSTRUMENTATION. ORCHESTRION, a name applied to three different kinds of musical instruments: (1) a chamber organ, designed by Abt Vogler at the end of the 18th century; (2) a pianoforte with organ pipes attached, invented by T. A. Kunz of Prague in 1791; (3) a mechanical wind orchestra, automatically played by means of revolving cylinders, invented in 1851 by F. T. Kaufmann of Dresden.
ORCHHA
(also called Tehri or Tikamgarh), an Indian state
in the Bundelkhand agency of Central India. It is the oldest and highest in rank of all the Bundela principalities, and was the only one not held in subjection by the peshwa. Area, 2,080 sq.m., pop. (1921) 284,948. The maharaja, Sir Pratap Singh, G.S.C.I. (born in 1854, succeeded in 1874), took a great personal interest in the development of his state, and bears the hereditary title of “First of the Princes of Bundelkhand.” The state exports grain, ghz, and cotton cloth, but trade suffers from imperfect communications. The town of Orchha, the former capital, is on the river Betwa, not far from Jhansi. It possesses an imposing fort, dating mainly from the early 17th century, with two magnificent palaces ——the Rajmandir, a massive square erection of which the exterior
is almost absolutely plain, and the Jahangirmahal, a singularly beautiful
specimen of Hindu
domestic
architecture.
Elsewhere
about the town are fine temples and tombs, among which may be noticed the Chaturbhuj temple on its vast platform of stone. The town of Tehri or Tikamgarh, where the chief now resides, is about 40 m. 8. of Orchha; pop. (1921) 14,096. The maharaja has a salute of 15 guns, with 2 added as a personal distinction.
ORCHIDS, the name given to members of the orchid family
flowers as those of the narcissus. Such flowers consist essentially in the presence of a six-parted perianth, the three outer segments of which correspond to a calyx, the three inner ones toacorolla These segments spring from the top of the ovary which is ip. ferior instead of superior as in the lily. Within the perianth, and
springing from its sides, or apparently from the top of the ovary,
are six stamens whose anthers. contain powdery pollen-grains These stamens encircle a style which is the upward continuation of the ovary, and which shows at its free end traces of the three
originally separate but now blended carpels of which the ovary consists.
An orchid flower has an inferior ovary, but with the ovules on the walls of the cavity (not in its axis or centre), a six-parted
perianth, a stamen or stamens and stigmas. The main distinguishing features consist in the fact that one of the inner pieces of the perianth becomes in course of its growth much larger than the rest, and usually different in colour, texture and form. So dif.
ferent is it that it receives a distinct name, that of the “lip” or
“Jabellum.” In place of the six stamens we commonly find but one (two in Cypripedium), and that one is raised together with the stigmatic surfaces on an elongation of the floral axis known as the “column.” Moreover, the pollen, instead of consisting of separate cells or grains, consists of cells aggregated into “pollenmasses,” the number varying in different genera, but very generally two, four or eight.
In Cypripediwm all three stigmas are
functional, but in most orchids only the lateral pair form recep-
tive surfaces, the third being sterile and forming the rostellum which plays an important part in the process of pollination, often forming a peculiar pouch-like process in which the viscid disk of the pollen-masses is concealed. It would appear, then, that the orchid flower differs from the more general monocotyledonous type in the irregularity of the perianth, in the suppression of five out of six stamens, and in the union of the one stamen and the stigmas. In addition to these modifications, which are common to nearly all orchids, there are others generally but not so universally met with; among them is the displacement of the flower arising from the twisting of the inferior ovary, In consequence of which the flower is so completely turned round that the “lip,” which originates in that part of the flower, conventionally called posterior, or that nearest to the supporting stem, becomes in course of growth turned to the anterior part of the flower nearest to the bract. Other common modifications arise
from the union of certain parts of the perianth to each other, and
from the varied and often very remarkable outgrowths from the lip. These modifications are associated with the structure and habits of insects and their visits to the flowers. Cross-Fertilization by Insects.—In the common orchids of British meadows, Orchis maculata, O. mascula (Shakespeare’s
long purples), etc., the general structure of the flower is as described. In addition there is in this particular genus, as indeed in many others, a long tubular spur or horn projecting downwards from the back of the lip, whose office it is to secrete and store a honeyed juice; the forepart of the lip forms an expanded plate,
usually larger and more brightly coloured than the other parts of the flower, and with hairs or ridges and spots of various kinds according to the species. The remaining parts of the perianth are
much smaller, and commonly are so arranged as to form a hood overarching the “column.” This column stands up from the base
(Orchidaceae), one of the most numerous and interesting groups
of the flower, almost at right angles to the lip, and it bears at the
of flowering plants, usually with beautiful and often with exceedingly handsome and highly fragrant flowers. Orchids are found in moist climates very widely throughout the world, except in the polar regions, but they occur in by far their greatest diversity and abundance in humid tropical forests. The orchids are all perennial herbs and are comprised in two groups: (1) terrestrial orchids, which grow in the ground, and (2) epiphytic orchids,
top an anther, in the two hollow lobes of which are concealed the two pollen-masses, each with its caudicle terminating below in 4 roundish gland, concealed at first in the pouch-like rostellum at
epiphytes, which grow perched upon trees, found in the tropics where they form an important feature of the vegetation. Most orchids of the temperate zone are terrestrial.
guided by the hairs or ridges, it is led to the orifice of the spur with its store of honeyed juice. The position of this orifice, as we have seen, is at the base of the lip and of the column, so that the I
the front of the column.
Below the anther the surface of the
column. in front is hollowed out into a greenish depression covered with viscid fluid—this is the two united stigmas.
In the process of pollination a bee alights on the lip. There,
ORCHIDS
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SPECIMENS
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BY JOSEPH
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CULTIVATED
ORCHIDS
in the Tropics. 7,000 species, found most abundantly of flowering plants, comprises upwards of forms The orchid family, one of the most interesting groups s and an immense number of hybrid varietie many ed develop have deners these, gar Several hundred species are grown in greenhouses; from (Cypripedium insigne slipper lady der’s San 6. Argus). (Cypripedium
2. Venus Dendrobium siae). l. Thwaites’ Dendrobium (Dendrobium Thwaite psis Luedemanniana) a Falconeri x nobile). 3. Moth orchid (Phalaeo 5. Argus lady slipper . Alexander’s Cymbidium (Cymbidium Alexander).
7- Queen Cattleya Sanderae). Cattleya (Cattleya Trianae)
(Cattleya
Dowiana
aurea).
&, Triana s
ORCHIDS sect, if of sufficient size, while bending its head to insert the proboscis into the spur, almost of necessity displaces the pollenmasses. Liberated from the anthers, these adhere to the head or
hack of the insect by means of the sticky gland at the bottom of the caudicle. Having sipped the nectar the insect withdraws, tak-
ing the pollen-masses with it, and visits another flower. The two
anther-cases in an orchis are erect and nearly parallel the one to the other; the pollen-masses within them are of course in the like position. Immediately, however, the pollen-masses are removed, movements take place at the base of the caudicle so as to effect the bending of this stalk, bringing the pollen-mass in a more or
less horizontal position, or, as in the case of O. pyramidalis, the two pollen-masses originally placed parallel diverge from the base
like the letter V. The movements of the pollen-masses may readily be seen with the naked eye by thrusting the point of a needle into the base of the anther, when the disks adhere to the needle
as they would do to the antenna of an insect, and may be withdrawn. Sometimes the lip is mobile and even sensitive to touch, as are also certain processes of the column. In such cases the con-
tact of an insect or other body with those processes is sufficient to liberate the pollen often with elastic force, even when the anther itself is not touched. In other orchids movements take place in different ways and in other directions. The object of these movements will be appreciated when it is remembered that, if the pollen-masses retained the original direction they had in the anther in which they were formed, they would, when transported by the insect to another flower, merely come in contact with the anther of that flower, where of course they would be of no use; but, owing to the divergences and flexions above alluded to, the pollen-masses come to be so placed that, when transplanted to another flower of the same species, they come in contact with the stigma and so effect the pollination of that flower. The adaptions of orchid flowers to fertilization by insects are exceedingly numerous and in many cases are remarkably complicated. Propagation and Growth.—The fruit of orchids is a capsule which usually splits by three lengthwise slits, forming valves that remain united above and below. The seeds, minute and innumerable, are well-adapted to wind-dissemination. In many species the seeds lose their viability after a few months, and often are slow and difficult to germinate after planting, somé requiring from three months to two years. The roots of terrestrial orchids are often bulbous and still more frequently more or less tuberous, the tubers being partly radical and partly budlike, so that propagation of new individuals by division from the parent takes place. Often there is a marked alternation in the production of vegetation and flowering shoots; sometimes the flowering shoots are not produced for several years in succession. This accounts for the profusion with which various orchids are found in flower in some seasons and for their scarcity in others. Tropical orchids are mostly epiphytal—that is, they grow upon trees without deriving nourishment from them. They are frequently provided with “pseudo-bulbs,”’ large solid swellings of the
stem, in the tissues of which water and nutritive materials are stored. They derive this moisture from the air by means of aerial roots, developed from the stem and bearing an outer spongy structure, or velamen, consisting of empty cells kept open by spiral thickenings in the wall; this sponge-like tissue absorbs dew and Tain and passes it on to the internal tissues.
Classification.—In number of species the orchid family is exceeded by only two or three other families of flowering plants.
Conservatively stated, it contains at least 7,500 species comprised
Mm 450 genera; some authorities place the number of species as
high as 15,000. The family is divided into two main groups based on the number of the stamens and stigmas.
The first Pleonandrae, has two
or rarely three fertile stamens and three functional stigmas. It contains two small génera of tropical Asia and Africa with almost tegular flowers, and the large genus Cypripedium containing about 30 species in the north-temperate zone and tropical Asia and America. In Cypripedium two stamens are present, one on each side of the column instead of one only at the top, as in the group
849
Monandrae, to which belong the remaining genera in which also only two stigmas are fertile. The Monandrae have been subdivided into 20 tribes, the characters of which are based on the structure of the anther and pollinia, the nature of the inflorescence, whether terminal or lateral, the vernation of the leaf and the presence or absence of a joint between blade and sheath, and the nature of the stem. The most important are the following: Ophrydeae, terrestrial orchids, mainly north temperate, including the British genera Orchis, Aceras, Ophrys, Herminium, Gymnadenia and Habenaria. Neottieae, also terrestrial, contains 13 more or less widely distributed tropical or subtropical subtribes, one, Cephalanthereae, which includes the British genera Cephalanthera and Epipactis, is chiefly north temperate. The British genera Spiranthes, Listera and Neottia are also included in this tribe, as is also Vanilla, the elongated stem of which climbs by means of tendril-like aerial roots.
Coelogyneae, mostly epiphytes, and inhabitants of tropical Asia. A single internode of each shoot is swollen to form a pseudobulb. Liparideae, terrestrial, two, Malaxis and Corallorhizga, are British and North American. Liparis is a large genus widely distributed in the tropics. Pleurothallidieae, natives of tropical America, one of which, Pleurothallis, contains about 500 species. Masdevallia is common in cultivation and has often brilliant scarlet, crimson or orange flowers. Laelieae, natives of the warmer parts of America, including
three of those best known in cultivation, Epidendrum, Cattleya and Laelia. Phajeae, chiefly tropical Asiatic, some—Phajus and Calanthe— spreading northwards into China and Japan. Cyrtopodieae, tropical, but extending into north temperate Asia and South Africa; Eulophia and Lissochilus are important African genera. Cataseteae, with tropical American genera, two of which, Cataselum and Cycnoches, have di- or tri-morphic flowers. Dendrobieae, in the warmer parts of the Old World; the chief genus is Dendrobium, with 750 species, often with showy flowers. Cymbidieae, in the tropics of the Old World. The leaves are generally long and narrow. Cymbidium is well known in cultivation. Oncidieae, in the warmer parts of America. Odontoglossum and Oncidium include some of the best-known cultivated orchids.
Sarcantheae, in the tropics. Vanda (Asia) and Angraecum (Africa and Madagascar) are known in cultivation. The flower
of Angraecum sesquipedale has a spur 18 in. in length. British Orchids.—The family is well represented in Great Britain by nearly 40 species representative of 18 genera; among these are several species of Orchis, Gymnadenia (fragrant orchis),
Habenaria (butterfly and frog orchis), Aceras (man orchis), Her-
minium (musk orchis), Ophrys (bee, spider and fly orchis), Æpipactis (helleborine), Cephalanthera, Neottia (bird’s-nest orchis), one of the few saprophytic genera, which have no green leaves, but derive their nourishment from. decaying organic matter in the
soil, Listera (tway blade), Spiranthes (lady’s tresses), Malaxis
(bog-orchis),
Liparis
(fen-orchis),
Corallorhiza
(coral root),
also a saprophyte, and Cypripedium Clady’s slipper), represented by a single species now very rare in limestone districts in the north of England. North American Orchids.—In North America north of Mexico about 140 species of orchids are found, representing some 4o genera (see O. Ames, An Enumeration of the Orchids of the United States and Canada, 1925). Many are widely distributed across the continent, some extending to Alaska and even to Greenland, but they occur most numerously in the eastern and especially the south-eastern States. The generic groups having the largest number of species are the rein-orchises (H abenaria), 32 species;
lady’s-tresses (Spiranthes), 15 species; lady’s-slippers (Cypri-
pedium), 10 species; and bog-orchises (Malaxis), 8 species. The
tropical epiphytes are represented by Epidendrum, g species, and Oncidium, 4 species, found in Florida. Among the many attractive
ORCHOMENUS—ORDEAL
850
orchids native to the eastern States and Provinces are the showy lady’s-slipper (C. reginae), the yellow lady’s-slipper (C. parviflorum), the moccasin-flower (C. acaule), the showy orchis (Orchis spectabilis), the round-leaved rein-orchis (Habenaria rotundifolia), the white-fringed rein-orchis (H. blephariglottis), the yellow-fringed rein-orchis (H. ciliaris), the purple-fringed rein-orchis (H. psychodes), the rose-pogonia or snake-mouth (Pogonia
ophioglossoides), the dragon’s-mouth (Arethusa bulbosa) and the grass-pink (Limnodorum tuberosum). In the Rocky Mountain region and adjacent plains some 40 species of orchids occur; fully half of these are found also in the eastern States and a dozen or more extend northward to Alaska.
Among them are the mountain lady’s-slipper (Cypripedium montanum), the oval-leaved rein-orchis (Hobenaria Menziesii), and the round-leaved orchis (Orchis rotundifolia), which ranges northward to the Yukon and to Greenland. About 35 species of orchids
occur in the Pacific States; among these are the California lady’sslipper (Cypripedium californicum), the Sierra rein-orchis (Habenaria leucostachys), the giant helleborine (Epipactis gigantea) and the rare phantom orchis (Cephalanthera Austinae). Cultivation.—The only orchid of substantial economic importance, furnishing a staple article of extensive use is vanilla (g.v.). But the number of tropical orchids grown in greenhouses in Europe and North America for the flower markets, and as objects of horticultural and scientific interest is immense. More than 3,000 species, many of them epiphytes, are in cultivation, as well as many thousand hybrid forms derived from them. Among the genera thus represented in orchid culture are Cattleya, Cordula, Dendrobium, Epidendrum, Laelium, Odontoglossum, and Phalaenopsis. Propagation of these cultivated forms is by division, cuttings and growih from seed. Many terrestrial orchids practically defy all efforts at cultivation, due to lack of knowledge regarding soil conditions, to saprophytic habits, and to their growth in association with special fungi (see MYCORRHIZA). BIBLIOGRAPHY .—-Descriptive: A. Engler and K. Prantl, Die Natür-
lichen Pflanzenfamilien (1887-1909); F. Kraenzlein, Orchidacearum Genera et Species (Berlin, 1897-1901) ; A. D. Webster, British Orchids (2 ed., 1898); W. H. Gibson and H. L. Jeliffe, Our Native Orchids (1905); O. Ames, Orchidaceae (1905-22) and An Enumeration of the Orchids of the United States and Canada (Boston, 1924). Cultivation: J. Veitch, Manual of Orchidaceous Plants Cultivated under Glass in Great Britain (1887-94); F. Boyle, About Orchids (1893); C. H. Curtis, Orchids for Everyone (1910) ; C. Harrison, Commercial Orchid Growing (1914); C.F., FK. and L.L. Sander, Sander’s Orchid Hybrids (1921)
and Sander’s
Orchid
Guide
(1927);
A. E. White,
American
Orchid Culture (1927); F. Norris and E. A. Eames, Our Wald Orchids: How to Find and Know Them (American: 1929).
ORCHOMENUS
(on coins and inscriptions, Erchomenos),
the name borne by two cities of ancient Greece. I1. A Boeotian city, between the Cephissus river and its tribu-
tary, the Melas, on a long, narrow hill projecting south from Mt. Acontium, on every side admirably situated to be the stronghold of an early kingdom. The acropolis is situated at the north end of the ridge. In prehistoric times Orchomenus is revealed alike by archaeological finds and by legends, as one of the most prosperous towns of Greece, once a continental and a maritime power. It controlled the greater part of Boeotia, especially the fertile lowlands of Lake
Copais, upon the drainage of which its early kings bestowed great care. Its original inhabitants, the Minyae, were a seafaring people,
and Orchomenus remained a member of the Calaurian League of naval States till historical times. Then, however, Orchomenus no longer figures as a great commercial State, and its political supremacy in Boeotia has passed to the people of Thebes. Nevertheless, it long exercised some overlordship over towns of northern Boeotia, and an independent policy within the Boeotian League. In 447 it was the headquarters of the oligarchic exiles who freed Boeotia from Athenian control. In the 4th century Orchomenus was actuated throughout by an anti-Theban policy, partly a recrudescence of old rivalry, but chiefly inspired by aversion to the new democracy at Thebes. In the Corinthian war the city supported Lysander and Agesilaus in their attacks upon Thebes, and Orchomenus again sided with the Spartans in 379. After the battle of Leuctra the Thebans, first, on Epaminondas’s
advice, readmitted it into the Boeotian League, but in 368 g. stroyed the town. By 353 it had been rebuilt, probably by th, Phocians, as a bulwark against Thebes. After the subjection of the Phocians in 346 it was again razed by the Thebans, but was restored by Philip of Macedon as a check upon Thebes (338). In 85 B.c. Orchomenus provided the battle-field on which the Roman general Sulla destroyed an army of Mithridates VI. of Pontus But its later history is obscure, and its decadence is attested by the encroachments of Lake Copais. Since mediaeval times the site
has been occupied by a village named Skripou.
Since 1867 drain.
age operations have been resumed, and an English company has reclaimed much fertile land. The so-called “treasury of Minyas,” outside the ancient city at Mycenae (see Mycenas), is almost
exactly the same size as the “treasury of Atreus.” The admiration of Pausanias is justified by the beautiful ornamentation of the roof of the inner chamber brought to light by Schliemann. Excavation by Doctors Furtwängler and Bulle revealed three prehis-
toric settlements, superposed. The frst represents the Neolithic “painted-ware” culture of Thessaly and other parts of north-east Greece; in the second, oval huts replace the earlier round ones, and dull smeared pottery (“Urfirniss”) the painted ware; the third has
rectangular houses and characteristic grey “Minyan” pottery,
finely modelled but without ornament. All these cultures precede the “Late Minoan” occupation, to which the great “Treasury”
tomb belongs.
The worship of the Charites (see Graces) was the great cult of Orchomenus, and the site of the temple is now occupied by a chapel of the Virgin (Koiunéis ris Havayias). The Charites were worshipped under the form of rude stones, which had fallen from heaven during the reign of Eteocles; and it was not till the time of Pausanias that statues of the goddesses were placed in the temple. Near this was another temple, dedicated to Dionysus, in whose festival, the Agrionia (q.v.), are apparent the traces of early human sacrifice.
2. An Arcadian city north of Mantineia and west of Stymphalus. Its district was mountainous, but had two valleys—the northern containing a lake drained by a katavothron; the southern below the city, separated from Mantineia by the ridge Anchisia. The old city, in a strong situation, was a ruin in Strabo’s time. Till the late 7th century the kings of Orchomenus held some sort of sovereignty over all Arcadia. In the sth century it was overshadowed by Mantineia, and in 418 B.c. Orchomenus fell for a time into its power; in 370 it held aloof from the new Arcadian League which Mantineia was organizing. About this time it also lost some possessions on the east to the new Arcadian capital, Megalopolis. In the 3rd century it belonged in turn to the Aetolian League, to the Lacedaemonians, and, since 222, to the Achaean League. Its history after it passed under the Roman rule is quite obscure.
ORCINOL, a homologne of resorcinol (g.v.), found in many
lichens, e.g., Rocella tinctoria, Lecanora, and formed by fusing extract of aloes with caustic potash. It is 3:5-dihydroxy-1-
methylbenzene (CsH; (CH;)(OH)2). It may be synthesized from
toluene; or from acetonedicarboxylic ester by condensation with the aid of sodium. It crystallizes in colourless prisms with one molecule of water, which redden on exposure. Ferric chloride gives
a bluish-violet coloration with the aqueous solution. Unlike resorcinol it does not give a fluorescein with phthalic anhydride. Oxidation of the ammoniacal solution gives orcein, CosE2Nz0r, the chief constituent of the natural dye archil (g.v.). Homopyrocatechol is an isomeride (CHs:0H:OH=1:3:4), found as its — methyl ether (creosol) in beech-wood tar.
ORDEAL, a term of varying meaning but bearing the special
sense of the mediaeval Lat. Dei iudicium, a miraculous decision as to the truth of an accusation or claim. The ordeal in principle, and
often in the very forms used, belongs to ancient culture. Some
ordeals, which possibly represent early stages of the practice, are simply magical, being processes of divination turned to legal pur
pose.
Thus in Burma suits are sometimes still determined by plaintiff and defendant being each furnished with a candle, equal in size and both lighted at once—he whose candle outlasts the other being adjudged to have won his cause
(Shway Yoe, The
ORDEAL
85i
Burman, ii. 254). In Borneo, the two parties are represented by
Alexandria about the 2nd century, was practically the same as that known to English law five to ten centuries later as the corsnaed or lime-juice, and the one first moving settles the guilt or innocence “trial slice” of consecrated bread and cheese which was adminis(as has been before arranged) of its owner (St. John, Forests of tered from the altar, with the curse that if the accused were the Far East, i. 89). The administration of ordeals has been much guilty God would send the angel Gabriel to stop his throat, that in the hands of priests, the intervention of a deity being invoked he might not be able to swallow that bread and cheese. In fact, and assumed to take place even when the process is in its nature if guilty and not a hardened offender he was apt to fail, dryone of symbolic magic. The ordeal is related to divination (g.v.). mouthed and choking through terror, to get it down. Coscinomancy (the use of a sieve for divination) served anciently The passing through the fire is described in the Hindu codes of to discover a thief when, with prayer to the gods for direction, the Yajnavalkya and others, and in the Réméyana the virtuous Sita names of the suspected persons were called over it (Potter, thus proves her innocence to her jealous husband Rama (Stenzler, Greek Antiquities, 1. 352). When a suspended hatchet was used in p. 669; Pictet, Origines Indo-Européennes, part ii. p. 457). In the same way to turn to the guilty, the process was called axino- European law and chronicle, Richardis, wife of Charles the Fat, mancy. ‘The sieve-ordeal is mentioned in Hudibras (ii. 3): proves her innocence by going into a fire clothed in a waxed shift, . . . th’ oracle of sieve and shears and is unhurt by the fire (Grimm, Deutsche Rechtsalierthiimer, That turns as certain as the spheres. p. 912). Yet more minutely prescribed in the Hindu ordeal-books In the modern Christian form of the key and bible, a psalter or is the rite of carrying the glowing hot iron seven steps, into the bible is suspended by a key tied in at Psalm 1. 18: “When thou saw- seven or nine circles traced on the ground, the examination of the est a thief, then thou consentedst with him”; the bow of the key hands to see if they show traces of burning, and the binding them being balanced on the fingers, and the names of those suspected up in leaves. In a Scandinavian law it is prescribed that the redbeing called over, he or she at whose name the book turns or hot iron shall be carried nine steps (Grimm, op. cit., p. 918). In falls is the culprit (see Brand, Popular Antiquities). Anglo-Saxon laws the iron to be carried was at first only one One form of divination passing into ordeals is the appeal to pound weight, but Athelstan’s law (in Ancient Laws and Institutes the corpse itself for discovery of its murderer. Thus the natives of England, iv. 6) increased it to three pounds. Another form well of Australia will ask the dead man carried on his bier of boughs, known in old Germany and England was the walking barefoot who bewitched him; if he has died by witchcraft he will make the over glowing ploughshares, generally nine. The law-codes of the bier move round, and if the sorcerer who killed him be present early middle ages show this as an ordinary criminal procedure a bough will touch him (Eyre, Australia, ti. 344). Among the (see the two works last referred to). Queen Emma, mother of negroes of Ashanti, the corpse causes its bearers to dash against Edward the Confessor, accused of familiarity with Alwyn bishop the guilty party (R.S. Rattray, Religion and Art in Ashanti [1927] of Winchester, triumphantly purged herself and him by the help p. 167, see also B. Malinowski, Crime and Custom in Savage So- of St. Swithin—each of the two thus acquitted giving nine manors ciety, H. V. Russell, Tribes and Castes of the Central Provinces, to the church of Winchester, in memory of the nine ploughshares, [1916] ili. p. 90). The well-known ordeal of the bier in Europe and the king being corrected with stripes (John Bromton, see in the middle ages seems founded on a different principle, the Freeman’s Norm. Cong., vol. ii. App.). To dip the hand in boiling imagination that a sympathetic action of the blood causes it to water or oil or melted lead and take out a stone or ring is another flow at the touch or neighbourhood of the murderer. Apparently ordeal of this class. Some of these fiery trials are still in use, in the liquefaction of the blood which in certain cases takes place regions of Africa or further Asia—the negro plunging his arm after death may have furnished the ground for this belief. On into the caldron of boiling oil, the Burman doing feats with melted Teutonic ground, this ordeal appears in the Nibelungenlied, where lead, while the Bedouin will settle a conflict of evidence by the the murdered Siegfried is laid on his bier, and Hagen is called on opposing witnesses licking a glowing hot iron spoon (Kennett, to prove his innocence by going to the corpse, but at his approach Arabian justice). This latter feat may be done with safety, prothe dead chief’s wounds bleed afresh. In Shakespeare (Rich. IIL., vided the iron be clean and thoroughly white hot, while if only act I, sc. 2): red-hot it would touch and burn the tongue. Probably the adO gentlemen, see, see! dead Henry’s wounds ministerers of the ordeal know this, and the possibility of dipping Open their congeal’d mouths, and bleed afresh! the hand in melted metal; and there are stories of arts of protectCertain ordeals are closely, related to oaths, so that the two ing the skin (see the recipe in Albertus Magnus, De Mirabilibus), shade into one another. Let the curse which is to fall on the though it is not known what car be really done beyond making it oath-breaker take effect at once, it then becomes a sign con- horny like a smith’s, which would serve as a defence in stepping on demning the swearer—in fact, an ordeal. Thus the drinking of hot coals, but not in serious trials like that of carrying a heavy water on which a curse or magical penalty has been laid is a mere red-hot iron. The fire-ordeals are stilt performed by mountebanks. oath so long as the time of fulfilment is unfixed (see OatH). But Fire walking is still practised by Hindus and was performed in it becomes an ordeal when, as in Brahmanic India, the accused Natal in the autumn of 1925. The Hindu code of Manu (viii. drinks three handfuls of water in which a sacred image has been ¥15) avers that “He whom the flame does not burn, whom the dipped; if he is innocent nothing happens, but if he is guilty sick- water does not cast up, or whom no harm soon befalls, is to be hess or misfortune will fall on him within one to three weeks (for taken as truthful in his oath.” This water-ordeal is well known in accounts of these and other Hindu ordeals see Ali Ibrahim Khan Europe, where the accused is thrown bound into the water, which in Asiatic Researches, i. 389, and Stenzler’s summary in Z. D. receives him if innocent, but rejects him if guilty. The directions M. G., vol. ix.). Numbers v. describes the mode of adminis- given by Archbishop Hincmar in the 9th century provide that he tering to a woman charged with unfaithfulness the bitter water who is let down into the water for trial is to be fastened by a mixed with the dust of the tabernacle floor, with the curse laid rope, that he may not be in danger if the water receives him as On it to cause her belly to swell and her thigh to fall if guilty. innocent, but may be pulled out. In the later middle ages this The term “bitter” is applied to the water before it has been ordeal by “swimming” or “fleeting” became the most approved cursed, which suggests that it already contained some drug, as in means of trying 2 suspected witch: she was stripped naked and the poison-water ordeal still in constant use over a great part of cross bound, the right thumb to the left toe, and the left thumb Africa. The result of the ordeal depends partly on the patient’s to the right toe. In this state she was cast to a pond or river, in constitution, but more on the sorcerer whe can prepare the proper which it was thought impossible for her to sink (Brand ifi. 21). two shell-fish on a plate, which are irritated by pouring on some
dose to prove either guilt or innocence, and thereby acquires boundless influence. The poison-ordeal is also known to Brahmanic
law, deeoction of aconite root being one of the poisons given, and
the accused if not sickening being declared free (Stenziler, J.c.). Theoretically connected with the ordeal by cursed drink is that by cursed food.
The ordeal by bread and cheese, practised in
Cases of “ducking” witches which used to occur in England were remains of the ancient ordeal. When in the warfare of Greeks and Trojans, of Jews and Philistines, of Vandals and Alamans, heroes come out from the two sides arid their combat decides the victory, then we have the ordeal by battle. A passage from old German law shows the single
ORDER
852
combat accepted as a regular legal procedure: “If there be dispute concerning fields, vineyards, or money, that they avoid perjury let two be chosen to fight, and decide the cause by duel” (Grimm, Rechtsaltert., p. 928). In England, after the Conquest, trial by combat superseded other legal ordeals, which were abolished in the time of Henry III. A lord often sent his man in his stead to such combats, and priests and women were ordinarily represented by champions. The wager of battle died out so quietly in England without being legally abolished that in the court of king’s bench in 1818 it was claimed by a person charged with murder, which led to its formal abolition (Ashford v. Thornton in Barnewall and Alderson 457; see details in H. C. Lea, Superstition and Force, ii.). A distinct connection may, however, be traced between the legal duel and the illegal private duel. (See DuEL.)
(E. B. T.; X.)
ORDER, a row or series, hence grade, class or rank, sequence or orderly arrangement (Lat. ordo, rank, arrangement). various
meanings
see
MINISTRY,
THE
CHRISTIAN;
For its
MONASTI-
cisM; KNIGHTHOOD AND CHIVALRY; ORDER IN Counci; BILL OF EXCHANGE. For technical mathematical uses of “order” see NUMBER; CURVE; SURFACE; DIFFERENTIAL EQUATION.
ORDER, (1.) in classic architecture, a column or pilaster, with its base, shaft and capital, and the entablature (g.v.) above it (sometimes called epistyle), consisting of architrave, frieze and cornice, considered as a single architectural feature; the “orders” are systematized classifications of five different types, Tuscan, Doric, Ionic, Corinthian and Composite. (2.) In mediaeval architecture, in an arched door or other opening, where the opening is larger on the outer face of a thick wall than on the inner face, one of the breaks in the steps in the thickness of the wall, consisting of an arch above and a pier on each side, by which the transition from larger exterior to smaller interior opening is effected.
Classic Orders.—Greek architecture had developed three easily recognizable classes of order which had been adopted by the Romans, with modifications, by the middle of the rst century, 3.c. It was natural, therefore, that Vitruvius, in his remarkable treatise on architecture (last quarter of rst century, B.C.) should have attempted to give rules for the construction of these three orders. Moreover, as the Etruscan architects had developed a simple order of their own, using a wooden entablature, he added a section dealing with that. With the republication of Vitruvius in the
second half of the rsth century, he was at once hailed as the authority on all things architectural, and architectural writers of the later Italian Renaissance attempted to imitate him by giving ideal rules for the orders, which should be efforts to reconcile the standards of Vitruvius with the many varying examples of Roman work that they knew. They added as a fifth order the Composite type of capital. The two most famous of these Renaissance compilations, those of Vignola (Giacomo Barocchio, or Barozzi), published in 1563, and Palladio (1570), exerted a tremendous influence over 17th and 18th century architecture throughout Europe, and gave rise to the idea that these compilations were not merely statements of average usage, but rules to be absolutely followed, an idea contradicted by the architectural work of the two authors themselves. Lacking knowledge of Greek remains, and of the structural systems and details of Etruscan temples, the Tuscan order, which they described, is merely a
simplified Roman Doric. Their passion for regularization showed
also in the fact that they specify a definite pedestal and even a definite baluster as a part of each order. Various 18th century and modern architectural writers have attempted to simplify the order descriptions of Vignola and Palladio, and have thus perpetuated the Renaissance myth of the immutability of the orders. In general, Vignola’s work was followed in France and Palladio’s in England. The orders, as thus systematized, are as follows:— Tuscan.—This is the simplest of the orders. It is characterized by a column seven diameters high, the capital and base each
occupying one-half the diameter in height. The base consists of a plain, square plinth (g.v.) with a large torus (g.v.) and a fillet above. The capital has an astragal (g.v.) at the top of the shaft, a necking (g.v.), which is merely a short continuation of the line
of the column, and above that an echinus (q.v.) consisting of 9
simple ovolo (g.v.) or quarter round with a fillet below it, ang
carrying a simple, square abacus (q.v.). The entablature, as jn
all the orders, is supposed to be one-quarter of the height of the column, and consists of a plain architrave (q.v.), or lower mem-
ber, with a simple square projection or taenia (g.v.) at the top, a plain frieze, or central member, and a cornice with a Single moulding as a bed-mould (g.v.), an undecorated corona (q..) or projecting rectangular portion, and a cymatium (q.v.) or crowning moulding that is an ovolo. Doric.—The column is eight diameters high, and carries 2 flutes, separated by arrises (g.v.) or sharp edges. The base has two toruses, the lower one larger than the upper, and the capital is given a projecting moulding at the top of the echinus and additional fillets or an astragal below the ovolo. The necking is ornamented with eight rosettes. The architrave in the entablature is sometimes given two faces, the upper one projecting slightly, being
wider than the lower.
The taenia is decorated with a moulding
and beneath each triglyph (g.v.) of the frieze, a small block called a regula (¢.v.), with six guttae, or small conical forms on its under side. The frieze is ornamented by triglyphs, or vertical
projections decorated with a series of vertical grooves.
Between
each two triglyphs is a square metope (q.v.), a plain surface carrying sculpture; a triglyph is arranged over the centre of each
column. Two forms of cornice are described; the denticular, in which the chief feature of the bed-mould is a row of dentils or little projecting blocks, and the mutular, in which the under side of the corona is decorated with projecting blocks, one over each triglyph. In both cases guttae are used on the soffit or under side of the cornice. In the denticular cornice they ornament square panels over each triglyph; in the mutular, the under side of the projecting blocks or mutules. The cymatium consists either of a cavetto or a cyma recta, a moulding of double curvature, the convex portion below and concave portion above. Ionic.—The column is nine diameters high. The base is of the type known as an Attic base (g.v.) with a plinth carrying two toruses, separated by a scotia or hollow moulding. The capital
is characterized by the volutes (g.v.) or spiral scrolls that are the ends of a band (usually consisting of a hollow portion called a canalis, and a raised fillet) represented as passing horizontally across the top of the echinus, and winding up on either side ina volute or helix. The capital is thus rectangular, and the volutes of the two faces of the capital are connected by a generally cylindrical form known as a cushion. This sometimes takes the form of two vases, end to end, and is sometimes decorated with leaves. The echirus, of ovolo profile, is carved with the egg and dart (g.v.), and where, as it follows the curve of the column, it dis-
appears behind the rolls of the volutes, a little half anthemion (g.v.) or radiating petalled form hides the intersection. The entablature has an architrave decorated with either two or three bands, each wider and projecting farther than the one below it, and a taenia ornamented with mouldings. The frieze is plain, and the cornice has a bed-mould of three parts—a dentil band separating two mouldings, the lower one a cyma reversa, the upper one an ovolo. The cymatium is a cyma recta with a smaller cyma reversa below it. Corinthian.—The column is ten diameters in height, and the base resembles the Attic base of the Ionic order, with the excep-
tion that in the centre of the scotia there is a third, small torus, with fillets above and below.
The capital is much deeper than in
the Doric and Ionic orders, and consists of a generally bell-shaped
core, carrying a moulded abacus whose sides are concave, so that
the corners project. At the bottom of the bell of the capital 1s an astragal, and the surface of the bell is surrounded by a characteristic decoration of acanthus leaves and scrolls. The lower two-thirds has 16 acanthus leaves in two rows of eight each, the
centres of the upper leaves being placed between the joints of the lower leaves.
Between the leaves of the upper row are cup-
Shaped leaf ornaments known as cauliculi (g.v.), which grow on stalks, and out of each cauliculus grow two stalks, one large an
one small, so arranged that the voluted ends of the two adjacent
large scrolls meet under each projecting corner of the abacus,
ORDER
853
large rosette. The architrave of the entablature, like that of the Ionic, has three bands and a moulded taenia, but additional richness is given by tiny mouldings between the bands. The frieze is plain, though sometimes pulvinated, or given a profile
side of the projecting cornice corona, represent the under sides of slanting roof rafters, supported on a timber or plate, above the cross beams, and perhaps decorated on the under side by flat boards or wooden pegs whose heads become the guttae in the stone version. It is known that the primitive temple of Hera, at Olympia,
of convex curve. The cornice resembles that of the Ionic order with the addition of the band of modillions (¢.v.). These are
had, originally, wooden posts, which were replaced from time to time during historic times, as they rotted, by stone columns.
while the two adjacent smaller stalks come together under the centre of each concave abacus space; above their juncture is a
small scrolled brackets under the soffit of the corona, and are
Nevertheless, the extreme taper and squat proportions of early
usually decorated on the sides with S-scrolls and on the bottom
Doric columns seem to demand an origin of masonry,
and front face with acanthus leaves. They are crowned byalittle cyma reversa moulding. The soffit of the corona is panelled between the modillions, and in each panel there is a rosette. Composite.—This is, in reality, merely a varied form of the Co-
cially a masonry made of small stones. The origin would thus appear to be triple; the shaft, from early rubble construction; the capital borrowed and adapted from Aegean sources; while the entablature is an interpretation in stone of traditional Dorian wood construction. The earliest example known of the Greek Doric order is that of the temple at Corinth, probably dedicated to Apollo, which must be as early as the 6th century, and may go back to the 7th. Other early examples exist at Segesta, Selinus, Girgenti and Paestum, which are all of uncertain date, but undoubtedly prior to the Persian wars. Two of those at Selinus may go back to the 7th century s.c. The latest ancient example is that of the Agora gate at Athens (12 B.c—A.D. 2). During these 700 years the basic elements of the Doric order did not change; the development, which was great, was only in the gradual refinement of every feature, and a continual experimentation in the exact treatment of each form, to give the desired result. Columns became taller and more slender, and the entasis (g.v.), or curved taper, more and more delicate. The ovolo of the echinus changed from the obese projections of Corinth and Paestum to the extremely refined and subtle curves of the Periclean period. The entablature, which in early examples had been almost half the height of the column, was gradually reduced in size, till in the Parthenon it is approximately one-fifth. The Greek Doric order was probably, in all cases, richly decorated in colour, so that its present appearance of austerity and over-restraint is illusory. The Roman Doric order has plainly a double origin. The differences between it and the Greek Doric are not due entirely to Roman inability to appreciate the subtleties of Greek work, but merely to the fact that the Etruscans, and perhaps the north Italians, generally, had, at a very early period, developed a column and entablature of their own, with a long, slender, wooden column, having an,ovolo echinus similar to the Aegean, and an entablature of wood, sometimes decorated with terra-cotta appliqués. It is this Etruscan column and entablature which Vitruvius endeavoured to describe, and which was misunderstood by the Renaissance, so that the name Tuscan came to be applied to a simplified Doric. It was also the origin of the unfluted, Roman
rinthian order and, like it, the column is fluted and ten diameters
high. A special base is given to it by doubling the small torus in the centre of the scotia between the two large toruses. The capital, its main distinguishing feature, consists of a bell surrounded with 16 acanthus leaves, in two rows, arranged similarly to those of the Corinthian capital. But above them, instead of the scrolls and cauliculi, there are volutes, like those of the Ionic order, except that they are on the four sides of the capital and brought out at an angle at the corners. In the bed-mould of the cornice, large rectangular blocks take the place of the modillions, and in some codifications a part of the bed-mould as well. Scamozzi Ionic.—In. addition to the five orders listed above, certain authorities have given a variant of the Ionic order, known as the Scamozzi Tonic after the Italian architect (Vincenzo Scamozzi, 1552-1616), who first codified it. Its chief difference from the ordinary Ionic order is in the fact that its capital is foursided, the volutes occurring on all four faces, and at the corners brought out in an angle, so that the abacus above is concave-sided,
like the Corinthian. Moreover, the bands forming the volutes are not connected on each face by a horizontal line, but curve over and down into the top of the echinus; in the empty space thus left in the centre of each face there is a rosette. At times garlands
‘connect the centres of the volutes. Purpose.—The object of each codification of the orders is to furnish exact proportionate dimensions for every small feature,
so that given the diameter of the column, the entire order may be constructed mechanically. The rules of all these attempted codifi-
cations vary slightly. The orders shown on the plate are constructed from the simplified scheme devised by the late William R. Ware, 1832-1915 (The American Vignola, 1910).
Origins.—The origin of the earliest of the orders, the Doric,
was, at least partially, in wooden construction and seems to be a purely Dorian, or at least Hellenic, development, as far as the entablature is concerned. The question of the column is, however, more complex. In the Aegean culture, columns were common and their capitals consisted of a square abacus with a convex echinus below. The resemblance of this type, shown not only in wall paintings, but also in certain remains of the stair hall of the
palace at Cnossus (c. 1500 B.c.), the column on the Lion Gate and those of the tholos of Atreus, both at Mycenae
(both c.
1200 B.C.) to primitive Greek Doric capitals, is too close to be mere coincidence.
On the other hand, Aegean columns universally
tapered downward, were principally of wood and sometimes extremely slender in proportion, those at the tholos of Atreus being almost 1: diameters high, while those of the primitive Doric have an extreme taper upward and are short and stumpy. Moreover, the Aegean entablature, as shown in wall paintings, is entirely different from the Greek Doric, its chief features being round,
projecting beam ends, close together, supported on a simple
girder. The Greek Doric entablature has forms which seem to
indicate a wooden origin, but one based on a different system of construction
from
that employed by the Aegean peoples.
The
architrave represents the original wooden beam running from post to post; the taenia, a board above this, to give a perfect
bearing for the cross beams. The triglyphs are the ends of these cross beams, held in place by pegs through the taenia board, represented by the guttae. The metopes are merely closing boards between the beams. The mutules, or sloping blocks on the under
Doric column, with its simple, quarter round echinus. the Romans
applied an entablature
embodying
and espe-
To this
certain Greek
features. In Roman architecture, the use of the Doric was reserved for small scale columns, as in many of the house courtyards at Pompeii (the forum colonnade at Pompeii was originally
Greek), and to engaged or attached columns between arches. When used on a larger scale it was frequently much modified. Thus, in the temple of Hercules at Cori (attributed to Sulla, c.
80 B.c.), a base has been added, consisting of a single torus, but without a plinth. The entablature is extremely delicate in proportion, and the capital profile approximates that of the Greek
Doric. A triglyph occurs on the corner, as in Greek work. In the theatre of Marcellus, at Rome (completed 13 B.c.), there is no base, and im the Colosseum (A.D. 80) there are no triglyphs. The Renaissance codifiers, however, took these two as the most typical, and their order is a sort of average between them. Another Doric order, coming originally from Albano, has no base except a fillet with apophyge, and the mouldings of the capital are richly carved. Other Roman Doric orders of extreme richness, in which the echinus of the capital is formed by a cyma recta instead of an ovolo are those from a temple on the Aventine, probably of the
and century A.D., and one from the baths of Diocletian (A.D. 305).
The Ionic order had manifestly an Asiatic origin. Its capital
is a development from stele (g.v.) capitals of Phoenicia and the eastern end of the Mediterranean, which were themselves based
854
ORDER
originally on the tri-lobed lotus. A famous example of the primitive type was found at Neiandreia, and another in Messa, in Lesbos. Excavations on the Acropolis at Athens, and elsewhere, have revealed many examples of the intermediate stages between the flaring volutes and awkward proportions of the early type and the refined perfection of the developed Ionic of the temple of Nike Apteros (probably between 440 and 410 B.c.), or the Erechtheum (407 B.c.). The characteristic features of the Greek Tonic order as found in Greece itself are the bold size and exquisite curvature of the volutes, the remarkable perfection of carved ornament that decorates the whole, and the variety of the types of base found. The treatment of the order at the corners of a portico was dificult. The corner capital was formed with volutes on two adjacent, rather than two opposite, faces; where they met, the volutes were curved out at an angle together under the corner of the entablature. This created a new difficulty on the opposite corner, inside the colonnade, as it brought two half volutes together in an awkward way. It was this difficulty that led to a development of a variation of the Ionic capital with four faces the same and angle volutes. The most beautiful Greek example is that of the temple of Apollo at Bassae, designed by Ictinus, the architect of the Parthenon (probably c. 425 B.c.). In this the columns of the interior of the cella are connected by short walls to the exterior wall, and evidently, in order to have them present the same decorative face toward the entrance as toward the narrow nave between them, Ictinus adopted a four-sided Ionic capital. A much more virile Ionic at enormous scale was developed in the great Hellenistic temples of the Asia Minor coast, such as those at Miletus and Priene. The archaic temple at Ephesus had set the style as early as the 6th century B.c., and its rebuilding, shortly after 350 B.c., by Dinocrates, while keeping certain of the more archaic features, such as the sculptured drums of the lower portions of the columns, was in the complete new Hellenistic Ionic style. The characteristics of this are: (1) a capital with volutes relatively smaller than in Athenian examples; (2) a cornice whose most striking feature was the very large dentils of the bed-mould, so large and so widely spaced, in fact, that in appearance they became almost separate brackets. The Roman Ionic was based more on the Asia Minor than on the Attic types. Its details, throughout, were heavier than the usual Greek type. This heaviness appears even in the temple of Fortuna Virilis, which is not only the earliest purely Roman Tonic order, but also probably the earliest building in Rome in a good state of preservation to-day. It is variously attributed to the beginning of the 2nd and the beginning of the rst century B.c. In general, the three chief differences between the Greek and Roman Ionic orders are: (1) the band connecting the volutes is perfectly horizontal, both at top and bottom, in Roman examples, and without the central dip of most Greek capitals; (2) the relative height and importance of the bed-mould of the cornice is much greater in the usual Roman examples. This is true, even in the most delicate and the most Greek of the monumental Roman orders—that of the theatre of Marcellus; (3) the base of the Roman order has, almost always, a square plinth as its lowest member. An exceptional type of Roman Ionic order is that of the temple of Saturn, on the Roman forum, the ancient treasury of Rome, whose ugly heaviness is characteristic of its date, after the great fire of A.D. 283. Whatever the date of the original invention of the Corinthian order, it did not come into general use until the middle of the 4th century B.c. The capital perhaps owes its bell shape to Greek travellers’ memories of the campaniform capitals of Egypt. But the Greek expression of this form is characteristically gracious. (For the charming Greek myth of its creation, see Vitruvius, Bk. IV.) Certainly the simplest form of the capital, in which a bell, decorated with flat and delicately pointed leaves, close together, has its lower portion surrounded by eight boldly curving acanthus leaves, suggests a basket around the bottom of which an acanthus plant has grown, as the myth states. The most famous example of this simple type decorated the “Tower of
the Winds,” at Athens, originally built in the rst century go to contain a water clock. The more complicated type, which is well represented by the exquisite capital of the tholos at Epidorus
(middle 4th century 3.c.), had two rows of leaves below ang corner and central scrolls above.
An even simpler form of the
same type of capital, found alone in the ruins of the temple at Bassae, may be as early as the temple itself. The most popularly
known example of the Greek Corinthian order, is that of the little choragic monument of Lysicrates, at Athens (335 B.c.). The extremely lavish capital is, however, exceptional in many ways, and its silhouette unpleasantly broken. The existing col. umns and capitals of the great temple of Zeus at Athens were originally considered to be duplicates of the capital that Sulla took to Rome, and which served as a model for early Roman Corinthian.
It is now
known
that the present remains are of
the time of Hadrian. The order is, therefore, Roman, and not Greek. The Greeks never developed a separate entablature for
the Corinthian order, using, instead, one of purely Ionic type; that of the tholos at Epidaurus owes its peculiar flat cornice to the fact that it was an interior order, rather than to any attempt to
develop special entablature forms to crown the Corinthian capital. Roman
tradition found the origin of the Roman
Corinthian
order in a capital of the Athenian temple of Zeus, which Sulla
brought with him to Rome.
Long before that date, however,
the Etruscans had been using forms Corinthianesque in type, and Pompeii also shows capitals which approach the Corinthian. In any case, the use of the Corinthian order on a monumental scale, as the Roman order par excellence, was well established by the time of Augustus, and the temple of Mars Ultor, dedicated in 2 B.C. as part of the forum of Augustus, and the portico of Octavia, of approximately the same date, both have completely developed magnificent Corinthian orders. It is noteworthy that
in these the modillion (g.v.) had already reached a complete form. New light on the origin of this new feature which transformed the Ionic entablature into the Corinthian and which is the great Roman
contribution to the development
of the orders, is fur-
nished by fragments of the order of the basilica Aemilia (dedicated 29 B.c.). These fragments are of the typically pure Augustan type, and therefore, probably due to this date and not to any of the succeeding rebuildings, and indicate a cornice with modillions which are deeper at the outer end than at the inner; that is, they slope down like the Doric mutules. however, scrolled.
Their outer ends are,
The Roman Corinthian order is found in infinite variations. In certain small examples in tombs, gateways and the like, its proportions are thick and stumpy, as in the triumphal gateway at Saintes, of the time of Tiberius. In other cases it is extremely slender, as in the arch of Augustus at Susa. At times there are no modillions in the cornice, as in the temple of Antoninus and Faustina, at Rome (a.D. 141), and in the great temple of Venus, at Rome (A.D. 135), rebuilt by Maxentius (after 307). The modillions are replaced by the square, projecting blocks adopted by the Renaissance for the Composite order. Moreover, many types of capital exist. In some the two rows of leaves are at approximately equal height and kept tight to the bell, so that the effect is very vertical. In others, the lower row of leaves is made tall, so that the projecting leaf ends of both rows are close together and project markedly, giving almost the effect of a wreath around the capital. In other smaller examples, such as many at Pompeii, the ornament is hardly more than a frosting
of the stucco surface of the bell. In the colonnade of the temple of Apollo, at Pompeii (rebuilt c. ap. 63), a Doric entablature is supported by Corinthianesque columns. In some examples, rampant animals take the place of the corner volutes, as in the order of the temple of Concord, at Rome (a.p. xo) and in the capitals of the Roman gateway at Eleusis, in Greece (Ist century AD.). Another type, common in pilasters, substitutes for
the cauliculi, with their double scrolls, an S-scroll at each side,
turned in to the centre below and out to the corners above, This
type gave rise to many rsth century early Renaissance capitals.
The most characteristic examples of the best type of the
Roman Corinthian order are those of the round temple of Vesta,
ORDERIC at Tivoli (probably Augustan);
the portico of the Pantheon,
perhaps from the original building by Agrippa (27 B.c.); the interior of the Pantheon (A.D. 115-125); the portico of Octavia; the temple of Castor and Pollux on the forum (either of the rebuilding under Tiberius a.p. 6, or of the time of Hadrian), which is remarkable for the decoration of the middle band of the architrave and for the large, interlacing, central volutes of the capital; and that of the temple of Jupiter at Baalbek in Syria (time of Hadrian). An interesting order in brick and terra-cotta, evidently never stuccoed, is a doorway from an ancient Roman police station in Rome (early 3rd century); a more elaborate type of cut brick Corinthian with octagonal columns recessed into the wall
is in the tomb of Annia Regilla (late 2nd century). The Roman
Composite order was actually only one of many
variations of the Corinthian, and its erection into another order
is a purely Renaissance idea. Vitruvius makes no mention of it and the earliest example known is one from a small garden pavilion in a house court recently (1928) excavated in Pompeii; an early monumental type is that of the arch of Titus, at Rome (completed a.p. 81), in which the exquisite composite capitals carry a normal Corinthian entablature. The bold richness of this type of capital was particularly popular during the later empire and the most magnificent example, remarkably delicate in execution for its late date, is one in the baths of Caracalla (211-216). Renaissance.—During the middle and late 15th century in Italy and the early 16th century in France, the early Renaissance architects developed modified Corinthianesque orders of the most exquisite delicacy, in connection with doors, tombs and the like. The most characteristic feature of these orders is the general use of S-scrolls instead of volutes and cauliculi, and the use frequently of only small leaves beneath them at the corners of pilaster capitals. In the working out of the details of capitals of this type, the personalities of such sensitive designers as the Della Robbias, Desiderio da Settignano (1428-64) and Mino da Fiesoli (1431-84) achieved some of their most characteristic and delicate expression. At times dolphins, birds and even cherubs’ heads replaced the scrolls under the cornice of the capital. The entablatures of these orders are almost always without modillions, but characterized by a jewel-like delicacy in the carving of the
ornamented mouldings.
In the arrangement of this there is the
greatest variety. During the high and late Renaissance the orders tend to become more normal, but little strict archaeology is found and much individuality of design is still present. The work of B. Peruzzi (1481-1537), of D. Bramante (1444-1 514), of Vignola and of Paladio is particularly noteworthy. Typically Renaissance variations are rusticated orders like those in the gates of Verona by San Michele (1530) and the banded columns developed by Philibert Delorme for the Tuileries in Paris (1564),
and followed in the Grande Gallerie (1578) and twisted columns like those of Bernini’s baldacchino in S. Peter’s at Rome (1633). During the Baroque period, especially in Spain, all kinds of
forms were used which approximate the orders, but are so broken
up and contorted, and so varied in detail, that they can be assigned to no definite classification.
VITALIS
855
1909); W. R. Ware, American Vignola (1910); C. P. J. Normand, Parallel ọf the Orders of Architecture (English trans., 1928). (T. F. H.)
ORDERIC
VITALIS
(1075-c. 1142), the chronicler, was
the son of a French priest, Odeler of Orleans, who had entered the service of Roger Moptgomery, earl of Shrewsbury, and had received from his patron a chapel in that city. Orderic was sent at the age of five to learn his letters from an English priest, Siward by name, who kept a school in the church of SS. Peter and Paul at Shrewsbury. When eleven years old he was entered as a novice in the Norman monastery of St. Evroul en Ouche. Orderic did not know a word of French when he reached Normandy; his book, though written many years later, shows that he never lost his English cast of mind or his love of England. His superiors rechristened him Vitalis, after a member of the legendary Theban legion. But in the title of his Ecclesiastical History he prefixes the old to the new name and proudly adds the epithet Angligena. He became a deacon in 1093, a priest in 1107. He left his cloister on several occasions, and speaks of having visited Croyland, Worcester, Cambrai (1105) and Cluny (1132). For many years he appears to have spent his summers in the scriptorium. His superiors (at some time between 1099 and 1122) ordered him to write the history of St. Evroul. The work grew under his hands until it became a general history of his own age. St. Evroul was a house of wealth and distinction. War-worn knights chose it as a resting-place of their last years. It entertained visitors from southern Italy, where it had planted colonies of monks, and from England, where it had extensive possessions. Thus Orderic, though he witnessed no great events, was often well informed about them. His narrative gives us much invaluable information for which we should search the more methodical chroniclers in vain. He throws a flood of light upon the manners and ideas of his own age; he sometimes comments with surprising shrewdness upon the broader aspects and tendencies of history. His narrative breaks off in the middle of 1141, though he added some finishing touches in 1142.
The Historia ecclesiastica falls into three sections. (1) Bks. i., ii., which are historically valueless, give the history of Christianity from the birth of Christ. After 855 this becomes a bare catalogue of popes, ending with the name of Innocent I. These books were added, as an afterthought, to the original scheme; they were composed in the years 1136-1141. (2) Bks. iii.—vi. form a history of St. Evroul, the original nucleus of the work. Planned before 1122, they were mainly composed in the years 1123-1131. The fourth and fifth books contain long digressions on the deeds of William
the Conqueror in Normandy and England. Before 1067 these are of little value, being chiefly derived from two extant sources, William of Jumiéges’ Historia Normannorum and William of Poitiers’ Gesta Guilelmi. For the years 1067-1071 Orderic follows the last portion of the Gesta Guilelmi; hence this is of the first importance. From 1071 he begins to be an independent authority. But his notices of political events in this part of his work are far less copious than in (3) Bks. vii—xiil., where ecclesiastical affairs
are relegated to the background. In this section, after sketching The zoth century has seen a reaction against the archaeological the history of France under the Carolingians and early Capets, correctness of orders of the revival period. Orders, where occur- Orderic takes up the events of his own times, starting from about ring, are treated with the utmost freedom, and those styles seem 1082. He has much to say concerning the empire, the papacy, the most popular in which a like freedom prevailed, such as the Normans in Italy and Apulia, the First Crusade (for which he late Georgian style of the Adam brothers, and American colonial, follows Fulcher of Chartres and Baudri of Bourgueil). But his with its slimness and attenuation. In so-called modernist work, chief interest is in the histories of Duke Robert of Normandy, the order tends to pass from use as a superfluous ornament. In William Rufus and Henry I. He continues his work, in the form exceptional cases, however, especially in Scandinavia, extremely of annals, up to the defeat of Stephen at Lincoln in 1141. free and modified orders are still used, as in the concert hall at The Historica ecclesiastica was edited by Duchesne in his Historiae
Stockholm, by Ivar Tengbom, and in America in portions of the
interior of the Nebraska State capitol by B. G. Goodhue and
the Goodhue associates, still (1928) under construction. (See, also GREEK
ARCHITECTURE;
RENAISSANCE
ARCHITECTURE;
ROMAN
ARCHITECTURE.) BIBLIOGRAPHY.—Vitrivius, De Architectura, English trans. by M. H. (1563); A. PalMorgan (1914); Vignola, Five Orders of Architecture ladio, I quattro libri dell’ architettura (1 570); W. Chambers, Orders,
... (1839); Rt and J. Adam
1900-02):
Brothers, Work
(1773-78; reprinted
J. Guadet, Éléments et théorie de Parchitecture
(4th ed.,
Normannorum scriptores (Paris, 1619). This is the edition cited by Freeman and in many standard works. It is, however, inferior to Paris, that of A. le Prévost in five vols. (Soc. de Phistoire de France, by 1838-55). The fifth volume contains excellent critical studies edition M. Leopold Delisle, and is admirably indexed. Migne’s There (Patrologia latina, clxxxviii.) is merely a reprint of Duchesne. Collection des is a French translation (by L. Dubois) in Guizot’s
& Vhistoire de France (Paris, 1825-1827); and one
mémoires relatifs an Library (4 vols., in English by T. Forester in Bohn’s Antiquariexists, n the library 1853-86). In addition to the Historia there at Rouen, a manuscript edition of William of Jumiéges’
Historia
ORDER
856
IN COUNCIL—ORDNANCE
ORDER IN COUNCIL, in Great Britain, an order issued
however, the term ordinary is now confined to the bishop and the chancellor of his court. The pope is the ordinarius of the whole Roman Catholic Church, and is sometimes described as ordinarius
ORDERS
used on the sailing-galleys of Constantine Pogonatus in the year
Normannorum
which
Leopold
Delisle assigns to Orderic.
critic’s Lettre à M. Jules Lair [1873].)
(See this
H. W.C. D.; X.)
by the sovereign on the advice of the privy council, or more ordinariorum. Similarly in the Church of England the king js usually on the advice of a few selected members thereof. It is legally the supreme ordinary, as the source of jurisdiction, the modern equivalent of the mediaeval ordinance and of the In England the only instance of the term ordinary being emproclamation so frequently used by the Tudor and Stuart sover- ployed in its civil application was that of the office of judge elgns. In practice it is only issued on the advice of ministers of ordinary created by the Divorce Act of 1857, a title which was, the Crown, who are, of course, responsible to parliament for their however, only in existence for about 18 years owing to the incoraction in the matter. Orders in council were first issued during poration of the divorce court with the high court of justice by the the 18th century, and their legality has sometimes been called in Judicature Act, 1875. But in Scotland the ordinary judges of the question. Consequently in several cases parliament has subse- inner and outer houses are called lords ordinary, the junior lord quently passed acts of indemnity to protect the persons responsi- ordinary of the outer house acts as lord ordinary of the bills, the ble for issuing them, and incidentally to assert its own authority. second junior as lord ordinary on teinds, the third junior as lord At the present time the principle seems generally accepted that ordinary on exchequer causes. In the United States the ordinary orders in council may be issued on the strength of the royal pre- possesses, in the States where such an officer exists, powers vested rogative, but they must not seriously alter the law of the land. in him by the constitution and acts of the legislature identical with The most celebrated instance of the use of orders in council was those usually vested in the courts of probate. In South Carolina in 1807 when Great Britain was at war with France. Orders in he was a judicial officer, but the office no longer exists, as South council are used to regulate the matters which need immediate at- Carolina has now a probate court. tention on the death of one sovereign and the accession of another. ORDINATE: see CO-ORDINATES. In addition to these and other orders issued by the sovereign ORDNANCE, a general term for great guns for military by virtue of his prerogative, there is another class of orders in and naval purposes, as opposed to “small arms” and their equipcouncil, viz., those issued by the authority of an Act of parlia- ment; hence the term also includes miscellaneous stores under ment, many of which provide thus for carrying out their pro- the control of the ordnance department as organized. In England visions. At the present day orders in council are extensively used the Master-General of the Ordnance, from Henry VIII.’s time, by the various administrative departments of the government, who was head of a board, partly military, partly civil, which managed act on the strength of powers conferred upon them by some Act all affairs concerning the artillery, engineers and matériel of the of parliament. They are largely used for regulating the details of army; this was abolished in 1855, its duties being distributed, local government and matters concerning the navy and the army, The making of surveys and maps (see Mar) was, for instance, while a new bishopric is sometimes founded by an order in coun- handed over eventually (1889) to the Board of Agriculture, cil. They are also employed to regulate the affairs of the crown though the term “ordnance survey” still shows the origin. colonies, and the lord-lieutenant of Ireland, the viceroy of India, HISTORY the governor-general of Canada, and other representatives of the sovereign may issue orders in council under certain conditions. The invention of guns may be said to date from the first In times of emergency the use of orders in council is indis- quarter of the 14th century. At this period gunpowder (g.v.), pensable to the executive. The Regulation of the Forces Act 1871 which had been known as an explosive for at least sixty years, empowers the government in a time of emergency to take pos- appears to have been first used as a propellent. Although incensession of the railway system by the issue of such an order; and diary compounds and fire-projecting machines were known to during the World War the use of orders in council was frequent. the Greeks, Arabs and Chinese in very carly times and were
OF
KNIGHTHOOD:
sce KNIGHTHOOD
AND
CHIVALRY.
ORDINANCE,
in mediaeval England, a form of legislation.
The ordinance differed from the statute because it did not require the sanction of parliament, but was issued by the sovereign by virtue of the royal prerogative, although, especially during the reign of Edward I., the king often obtained the assent of his council to his ordinances. Legislation by ordinance was common during the reigns of Henry III. and Edward I. when laws were issued by the king in council or enacted in parliament indifferently. Both were regarded as equally binding. In 1389 the Commons presented a petition to King Richard IT. asking that no ordinance should be made contrary to the common law, or the ancient customs of the
673 for the destruction of enemy vessels, there is no good evidence that any explosive resembling gunpowder was discovered before the 13th century. Roger Bacon refers, in 12409, to such an explosive and may even have been its discoverer. Nothing is
known of the man who first applied gunpowder to the projection of missiles for military purposes and the ascription of the invention of cannon to a German monk, Berthold Schwartz, has with good reason been discredited by reliable historians. The cannon was probably evolved at the beginning of the 14th century from some
such engine as the madfaa
Arabic manuscript
land, or the statutes ordained by parliament. For this and other reasons this form of legislation fell gradually into disuse, becoming obsolete in the 15th century. The modern equivalent of the ordinance is the order in council, but in the crown colonies legislation is both by orders in council and by local ordinance issued
by the governor with the assent of his council (¢.v.). In the 17th century the use of the word ordinance was revived, and was applied to some of the measures passed by the Long Parliament, among them the famous Self-denying Ordinance of 1645.
ORDINANCE or ORDONNANCE, in architecture, a com-
position of some particular order or style; not restricted to columnar composition, the term applies to any kind of design which is subjected to conventional rules for its arrangement.
ORDINARY, in canon law, the name commonly employed to
designate a superior ecclesiastic exercising “ordinary” jurisdic-
tion (iurisdictionem ordinariam), i.e., in accordance with the normal organization of the Church. It is usually applied to the bishop
of.a diocese and to those who exercise jurisdiction in the name of
the bishop or by delegation of his functions.
In English law,
BY COURTESY OF LT, H. W
L. HIME
FIG,
OF
1.—EARLY
TYPE
referred to in an anonymous
of that period. This madfaa seems to have been a small wooden mortar-like instrument on the muzzle end of which a ball rested like an egg in an egg-cup until projected by the firing of the charge. Another
IN 1313
found in early records.
primitive machine, from which an arrow-like bolt was shot, 1s
illustrated in the Millemete ms.
CANNON,
(1327). The bottle shape of this suggests the name “pot de fer’
(See fig. 1.) It is natural to suppose an
evolution by which the narrow neck of this weapon was enlarged until the bottle became a straight tube and the arrow bolt was
replaced by a ball. All the early guns were very small and were
made of iron or cast bronze; they fired iron or lead balls and there is evidence of their general use in western Europe from
about 1325 onwards.
They are reported to have been used at a
siege of Metz in 1324 and iron balls and metal cannon are men-
tioned in a Florentine document of 1326. John Barbour, writing
in 1375, refers to the “‘crakys of war” used by Edward II. m
ORDNANCE
,
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pod pbb
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BY COURTESY
OF THE
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STEEL
COMPANY
GUN
FORGING
metal is the intense pressure, the white-hot -ton hydraulic forging press- Under ties to obtain the desired physica! proper Forging a large gun jacket in a 14,000 ted t-trea hea is it which ing follow squeezed into the required shape and size,
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6. Ammunition dump for brigade near lino of action
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ORDNANCE
HISTORY] his Scottish campaign of 1327.
The same king provided himself
with cannon when he invaded France in 1346. Guns were carried in an English ship, the “Christopher of the Tower,” as early as 1338 and a “pot de fer” is recorded to have been in one of the French vessels which attacked Southampton in that year. Guns were used in the English fleet at the battle of Sluys in 1340 and in a sea-fight between the Moors of Tunis and the Moorish King of Seville in 1350. The history of guns falls naturally into three
epochs; the first being the smooth-bore era, from the r4th century to about 1845; the second, the evolutionary era from about 1845
to 1885; the third, the high velocity smokeless powder era from
about 1885 onwards.
THE FIRST EPOCH (EARLY 14TH CENTURY TO 1845) This period is marked by the use of smooth-bore weapons of low striking velocity. It is notable for the small progress made in five centuries of considerable warfare, beginning with the Hun-
dred Years’ War. Wrought iron pieces came largely into use in the latter part of the 14th century, owing, no doubt, to the difficulty of obtaining sufficiently sound metal castings for the
bigger guns and to the high cost of copper. These guns were constructed of rods or bars which were beaten and welded to-
gether lengthwise and reinforced by iron rings clamped round
the outside of the gun.
This
radically unsound
form
of con-
struction survived during the 15th century notwithstanding many accidents, the most notable of which caused the death of King James II. of Scotland in 1460. Stone balls came into general use for the larger pieces during the 14th century; such balls were cheaper than those of lead or iron and, being relatively much lighter, were better suited to the feeble guns of the period as these increased in size. Before the
middle of the rs5th century guns had developed from small weapons firing a x lb. or 2 Ib. pellet to large “bombards” capable of throwing balls of 300, 400 and even 700 lb. weight. One of the most famous of these, Dulle Griete, the giant bombard of Ghent with a 25-inch calibre, was
built as early as
1382.
(See
fg. 2.) Exceptionally large bombards were used by the Turks at the siege of Constantinople in FIG: 2.—DULLE GRIETE, GHENT 1453. The Turkish bombards were of cast bronze, but wrought iron construction was more general and is exemplified by Mons Meg, a 15th century gun now at Edinburgh Castle. It is noteworthy that many early guns were loaded from the breech end by a detachable chamber. (See fig. 3.) Another interesting feature of primitive gunnery was the common use of the ribauld or ribauldequin between 1350 and 1400. This was the prototype of the mitrailleuse and consisted of a number of small iron'gun tubes clamped together in a bundle and fired in quick succession from the breech end, the whole being mounted on a wheeled carriage.
The art of casting improved in the latter part of the 15th century, though not introduced into England until 1521, and the large cast bronze guns of that time were often beautifully ornamented, with renaissance workmanship. Cast iron shot came
into use at the end of the r5th
FIG. 3.—EARLY
BREECH-LOADER
century and by the end of the 16th century stone shot only survived for use in petrieros, slyngs, fowlers, murtherers and other relics of the preceding period. As
cast iron shot displaced stone, its greater efficiency as a projectile tended to encourage the manufacture of a smaller and stronger type of gun
and medium
calibre muzzle-loading
pieces, made
first of forged iron and later of cast iron, came into use. These
and cast brass weapons were developed steadily for field and naval service, whereas hitherto siege purposes had been the predominant consideration. It was not until the 17th century that cast iron muzzle-loading guns came into general use and they
then continued as the principal weapons ashore and afloat until the end of the epoch. The improvement in the composition and
857
strength of gunpowder
after the introduction of “corned”
gun-
powder about 1450 had long made these stronger weapons a requirement. The use of cast steel was tried during the 16th and 17th centuries, but was generally found objectionable and finally abandoned, the metallurgical ignorance impossible to obtain sound castings.
of the time
making
it
Principal Guns of the 16th Century Comptled from What A p pear to!Be the Most Trustworthy Ancient A uthorities§ Name of BI
l |Calibre
Cannon Royal! Cannon Cannon Serpentine Bastard Cannon .| Demi-cannon | Cannon Pedro, or Petrof . . | Culverin** Basilisk Demiculverin .|
Culverin Bas-
tard . Saker . Minion Falcon . Falconet§ Serpentine Rabinet or Robinet
Length
; ; x |Weight |Weight Charge of gun | of shot p a ee
Ins. | Ft. In Lb. Lb. 8-54 | 8 6 | 8,000 | 74 8-0 6,000 | 60
Lb. 30 27
© í 7:0 6:4
2
6o 5:2 5'0
II
4:o 4°56 3°65 3°5 2°5 2-0 1-5
1-0
„500 | 42 a 4,500 | 42 4,000 | 32
: 20 18
42 pounder 32 5
3,800 26 Ir | 4,840 18 4,000 | I4
14 12 9
24 18 12
,400
6
oO] on
I0
3 S 6 6 6 3
Later . ee 3
8
6 | 3,000 II | 1,400 6] 1,050 o 680 9 500 ne 400
II 6 5:2 2
300
"3
I
5
2
57 4 3 1-2 4 3
ss 3 3
iy
a 6 pounder Sc
-18
§See Sir W. Monson’s “Tracts” in Churchill's Voyages, iii.; “Archaeologia,” vi. 189, xi. 170, xiii. 27, etc. Tartaglia’s “Three Books of Colloquies,” translated by Lucar (London, 1588); and $.P.Dom. Eliz. ccxlii. 64. Hardly any two of these agree. *Monson puts the length of:the guns mentioned by him at 8 ft. 6 in.; but specimens still extant, dating from about his time, indicate that this was not always correct. |
“Cannon Pedro” was the English form of “canon pierrier,” and means a gun primarily intended for throwing stone shot. **T.e. couleuvrine—serpent. Compare Basilisk. Named after the Saker hawk. Compare Falcon. TIn the grounds of the Seigneurie, Sark, is a well-preserved brass gun, apparently a falconet, 57 inches in length, and r% inches in calibre, bearing the following inscription:—“Don de sa Majesté la Royne Elizabeth au Seigneur de Sarcq, A.D. 1572.”
The above table, taken from Tie Royal Navy, A History by Laird Clowes, vol. i., p. 410, shows the guns mounted in ships during Queen Elizabeth’s reign. A column has been added to this table, indicating the weapons in general use in the 17th and 18th centuries, with the classification in terms of the projectile’s weight, which was carried out under Cromwell's FIG. 4.—32-POUNDER GUN. WORKgovernment when a greater uniING WITH REDUCED CREW OF NINE formity in the size of shot and MEN in the clearance between the shot and the bore (windage) was demanded. In the middle of the 18th century progress was made in ordnance by boring from a solid casting instead of relying on hollow’ casting; this resulted in greater uniformity of bore. Also “NAVAL GUNNERY" FROM H. GARBETT, a more scientific attitude to balFIG. 5.—32-POUNDER CARRONADE listics (g.v.) was adopted. This
attitude was mainly due to Benjamin Robins, inventor of the ballistic pendulum, who in 1742 published an important work, The New Principles of Gunnery. A result of his research and
ORDNANCE
858
experiments was the introduction in 1779 of carronades. These were light short weapons of various calibres from 6 to 68 pounders in which windage was greatly reduced. A contrast between this weapon on its ship’s mounting and a gun of the same calibre on a truck carriage is shown in figs. 4 and 5. More attention was also paid to the shape and weight of guns in relation to the stresses to be borne and less to external ornament. Trunnions were placed near the axis of the gun instead of below it, thus lessening the stresses on the carriage. Hollow shot filled with explosive or incendiary mixtures were used from mortars in the middle of the 16th century, but explosive shell did not come into general use for guns until early in the 19th century. Their advent sounded the death knell of the wooden warship and soon became an incentive to the development of steel through the impetus given to the production of protective armour. The 65 cwt. 8 in. shell gun was introduced into the British Navy after 1838 and took the place of the 32 pounder as the lower deck armament in line of battle ships and the main deck armament of frigates. The gun was g ft. long and fired a 56 lb. shell. It formed the principal armament of H.M.S. “Marlborough” as late as 1860. THE
SECOND
EPOCH
(1845-1885)
This may be described as the “evolutionary era.” It is notable for the great advance made in a short period through the introduction of rifling for cannon and of a “built-up” construction involving shrinkage, resulting in medium velocity weapons firing elongated projectiles of considerable penetrative power. This epoch embraced the Russian, American Civil and Franco-Prussian Wars. These contributed to the remarkable developments in ordnance, revived the armament firms of Europe that had gone into obscurity since the Napoleonic Wars, particularly Krupp (Germany) and Schneider (France), and brought others into being, notably Armstrong Whitworth (Britain). The progress in mechanics and engineering of this industrial era, which included the introduction of the Bessemer and Siemens open-hearth method of making steel, was reflected in the advance in gun mechanisms, in recoil appliances and in the application of power to the working of guns. The inventive genius of the time was particularly exemplified by the production of machine guns and automatic guns. Introduction of Rifling.—The introduction of rifling owes much to Benjamin Robins who, in 1747, wrote: “Whatever state shall thoroughly comprehend the nature and advantage of rifled barrel pieces and... shall introduce into their armies their general use .. . will by this means acquire a superiority which will almost equal any thing that has been done at any time by the particular excellence of any one kind of arms.” Rifling, by imparting a spin to the projectile as it travels along the spiral grooves in the bore, permits of the use of an elongated projectile and ensures its flight point first, which greatly increases accuracy. The longer projectile being heavier than round shot has a greater striking energy for the same muzzle velocity. The shape of the head can be designed to reduce air resistance, thereby increasing range. Though Robins was probably the first to give reasons based on sound principles why rifling was desirable, the fact that it was helpful in external ballistics had been appreciated since the early 16th century and a barrel exists at Woolwich, dated 1542, which is rifled with six fine spiral grooves. Straight grooving was applied to firearms (muskets) as early as 1480 and this practice of grooving the bore of a musket without any twist was extensively used during the 16th century. Probably rifling evolved from the early observation of the action of the feathers on an
[HISTORY
both independently produced breech-loading rifled iron guns. The Cavalli gun had two grooves cut separately along the bore on
opposite diameters, in which two projections, 4-inch deep, on the
69 Ib. cylindro-conical projectile, engaged. Promising results were obtained with both guns, though they were of a somewhat weak construction. About the same time Charles Lancaster endeavoured to rotate
projectiles by giving the gun an elliptical bore of small eccentricity, the spiral increased gradually towards the muzzle, ang rotation grooves.
was effected through rifling “surfaces” instead of by Guns rifled on this principle were used in gunboats dur-
ing the Crimean War, but were not a success. An improved form of this principle of rifling was adopted by Joseph Whitworth a few years later. The advantages of an elongated rotating projectile both in range and penetrative properties were now thoroughly
established. The muzzle velocity of guns during the last 109 years of the 1st epoch compared favourably with that of the earlier rifled guns; the elongated projectiles of the latter however lost their velocity slowly whereas the smooth bore round shot lost velocity so rapidly that at 2,000 yards’ range the striking
velocity has only about one third of the muzzle velocity. Introduction of Shrinkage Construction.—The idea of reinforcing cast iron or bronze guns to reduce the number of accidents with cast pieces had been under investigation from time to time. In 1833 a gun was produced by M. Thiery (France), by whom the virtue of shrinking on hoops was to some extent appreciated. The interior of the gun was made of cast iron, and this
was encased in a longitudinal armature of wrought iron bars, which were further reinforced by wrought iron hoops shrunk on.
In 1855 W. G. Armstrong (afterwards Lord Armstrong, g.v.) designed a rifled breech-loading gun embodying so many considerable improvements as to be in effect revolutionary. The main feature of the construction was the introduction of hoops and tubes formed by wrought iron bars, which were coiled hot on a mandril and welded into a closed helix, the fibre of the wrought iron running in the direction most suitable for circumferential strength. Longitudinal strength was obtained by a forged hollow breech piece. These helical cylinders were shrunk over a steel tube or liner in the original Armstrong gun. In later construction the steel tube was replaced by a wrought iron helical tube (see fig. 6). The gun was rifled with a large number of grooves and fired lead-coated projectiles, thus eliminating windage; breech-loading was effected by a powerful screw holding a sliding vent-piece tightly against the face of the breech. Various types of guns, having a built-up form of construction involving shrunk hoops, were produced about the same period as the Armstrong gun, notably Chambers gun (United States, 1849); Treadwell gun (United States, 1855); Blakely gun (Britain, BREECH PIECE
D. COIL —_———
I.C.CoIL
VENT PIECE
eo
TRUNNION PIECE ces
BREECH SCREW
B. TUBE
TAPPET RING
‘A. TUBE
INDICATOR RING
BAR COILED TO MAKE A HOOP
BREECH BUSH
FIG. 6.—ORDNANCE MARK I
WROUGHT
FROM
IRON
H.B.L.,
40
PR.
35
CWT.
arrow and from the practical experience of cutting channels in a
1855); Parrot gun (United States, 186z). Many rival claims to
musket, originally to reduce fouling, being found beneficial to the weapon’s accuracy. Towards the end of the 18th century the importance of rifled small arms and their necessity had been appreciated. The War of Independence contributed to this result; the Americans early realised the value of the rifled musket. Elongated bullets, however, did not begin to replace spherical until 1828, It was not until a hundred years after Robins’ experiments that any attempt to rifle guns was successful. In 1846 a Sardinian officer, Major Cavalli, and a Swedish officer, Baron Wahrendorff,
originality were made after the success of the Armstrong gun, but
its superiority was due more to the manner in which the difficulties of manufacture were overcome than to the introduction of new principles. In Britain the gun which competed most success-
fully with the Armstrong gun was that produced by Whitworth.
This distinguished engineer had already become prominent for improvements effected by him in the Enfield rifle. He designed a
steel gun of a hoop form of construction which was principally remarkable for the accuracy of its manufacture.
Reliance was not
HISTORY]
ORDNANCE
859
placed on heat shrinkage, but the tension and compression effect was produced by building the members under hydraulic pressure, forcing a slightly larger tube into a cylinder. The improvement in technique of construction owes much to the methods adopted and great accuracy of workmanship insisted on by this scientific
propellents (cordite, g.v.). The much greater gas yield efficiency of these permitted of lighter charges or higher velocities
forgings which was later to play such an important part in the
and required longer and stronger guns for the suitable combustion of the slower burning high pressure powders. (The 68-pounder
engineer, who was also a pioneer in the heat treatment of steel
strength of guns.
Ojil-hardening of steel tubes and subsequent
tempering came into practice about 1863. Another gun of this period (1855-63) which calls for mention
THE
This
THIRD
EPOCH
period may
velocity guns.
BREECH BUSH
(1885 TO THE PRESENT DAY)
be distinguished
as the steel
era
of high
The epoch begins with the advent of smokeless
BREECH RING
JACKET © “B” Tuse
“A” TUBE
INNER “A” TUBE
is the Krupp steel breech-loading monobloc gun which owed its strength to the good quality crucible steel used. A feature of this
gun was the breech mechanism which proved more efficient and safer than that introduced by Armstrong. Its general principles have survived in the modern quick-firing Krupp guns of built-up
CHAMBER
FIG.
MUZZLE-LOADING 12 INCH GUN OF 1864
BREECH-LOADING FIG.
7.—TYPICAL
hoop construction.
GUNS
BREECH-LOADING 9°2 INCH GUN OF 1887 (SHRUNK HOOPS-STEEL)
15 INCH GUN OF 1917 ILLUSTRATING
(STEEL AND Wire)
ADVANCE
IN CONSTRUCTION
The British guns of the period 1855—63 were
mainly rifled breech-loading guns, designated R.B.L., but in 1864 after repeated experiments and in view of failures and accidents due to defects in breech mechanism, Great Britain reverted to muzzle-loading guns. These were rifled and designated R.M.L.
8.—6-INCH
STEEL
GUN
SHOWING
CONSTRUCTION
was fired with 18 Ib. of gun powder and gave a muzzle velocity of 1,100 f.s., whereas the 100 lb. projectile fired with 144 lb. of cordite had a muzzle velocity of 2,630 f.s.) By 1890 nitro cellulose and nitro-glycerine powders (so-called, but in the usual form cords or small cylinders) had generally replaced gunpowder in the ordnance of all first class powers. The ordnance developments of this epoch are as remarkable as those of the preceding one, but the advances have been due to the great progress in metallurgical knowledge and practice, in engineering science, and in the technique of construction, rather than to radical innovations such as those for which the previous epoch was conspicuous. This era is notable for the steady advance in the power of guns through the increase in calibre and hence in the weight of the projectile, and increase in muzzle velocity; also for the development in automatic machine guns and semi-automatic quick-firing guns.
Q.F. and B.L. Guns.—The quick-firing (Q.F.) gun is distinguished from the breech-loading (B.L.) gun by the method adopted for obturation or sealing the gases at the breech end.
(See fig. 7, A.) Many smooth-bore guns were converted on Sir William Palliser’s system by enlarging the bore of the cast iron In a B.L. gun this is effected by some feature of the gun and inserting a rifled barrel of coiled wrought iron. Having mechanism, such as a pad or ring which expands against a reverted to a muzzle-loading policy, Great Britain adhered to it in the bore of the gun under the pressure of firing. The for several years longer than the other great powers, thus falling being in a bag such guns are called “bag guns” in U.S.A. behind them in efficiency of armament. But in 1880, after a serious accident caused by the inadvertent double-loading of one of H.M.S. “Thunderer’s” guns in the previous year, the adoption of an improved system of breech-loading was decided on. Towards the end of the epoch, the advantage of steel as a material for guns was more clearly appreciated as the former difficulties in forging large masses were overcome. Steel hoops were preferred to either steel or wrought iron coils and by 1885 steel tubes were replacing hoops in British construction.
Recoil Appliances.—During this epoch the progress in recoil
appliances was remarkable. With the increased power of guns and the greater recoil energy involved by the use of rifling and low
breech seating charge In the Q.F. gun obturation is effected, as in a rifle and shot gun, by the expansion of the metal cartridge case which contains the propellent. Such guns are called “case guns” in the U.S.A. If the projectile is attached to the cartridge case, forming one loading unit, the ammunition is called “fixed” to distinguish it from the “separate” type, All Steel or Wire Construction.—Between 1885 and 1890 “all steel” riled B.L. and Q.F. guns of considerable length came into general use. They were of built-up construction, steel tubes and hoops being shrunk on at suitably calculated shrinkages. (See fig. 8.) Since 1890, wire wound guns (see fig. 9) have come into use in many countries, particularly Great Britain, Italy and Japan.
windage projectiles it became essential to devise means of limiting
the recoil, especially in ships’ guns. This had to be done by more effective methods than those hitherto used of surface friction, skids, inclined planes or rope breechings. The “compressor,” which now replaced these, consisted of friction plates capable of being set up or released as necessary for firing or subsequent running out. Before the end of the epoch recoil cylinders were introduced in the mounting. In these the recoil is overcome through the resistance offered by a liquid contained in the cylinder to the passage of a piston attached to the gun. The liquid passes through a hole or port in the piston head, the size of the port being controlled by a valve key fitted to the cylinder. The recoil pressure can thus be suitably regulated. , Machine Guns.—Before the end of the epoch the. energy of recoil had been applied, in particular by the inventive genius of Hiram Maxim, to automatic guns, ie., guns in which some of the
recoil energy was employed in the work of reloading the gun.
After the introduction of the French mitrailleuse in 1870, other
inventors of the time, notably Gatling, Gardner and Nordenfeldt,
had produced machine-guns of increasing effectiveness.
MUZZLE STOP RING
FIG. 9.—15-INCH
WIRE WOUND
GUN
SHOWING
CONSTRUCTION
Various systems of wire construction had already been put forward during the preceding epoch. It is noteworthy that Germany adhered throughout to an “all steel’? construction and preferred a Q.F. mechanism for all natures of guns. In the Krupp gun of medium and heavy calibre a hoop form of construction is used in preference to tubes. Since the World War an “all steel” construction for medium calibre guns is more general in view of the greatly improved properties of high grade alloy steels. For smaller guns a monobloc form of construction is sometimes preferred, owing to the success of a
ORDNANCE
860
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FIG. 11.—DIAGRAM ILLUSTRATING THE RELATIVE EXTREME RANGES
(A) 3-in. Stokes Mortar, (B) 2-in Trench Mortar, (C) 9.45-in. Trench Mortar, (F) 3.7-in. Mountain
i
a
(G) 6-in. 30 cwt. Howitzer,
(D) Machine Gun (effective range),
(H) 2.75-in. Mountain Gun, (J) 4.5-in. Howitzer,
cold forging (auto-frettage) process which results in an economical and rapid production of light guns capable of sustaining high pressures. The post-war progress in ordnance has been marked by greater efficiency and simplicity in both the design of the gun and in the mechanism.
GUN CONSTRUCTION In the early days of ordnance, gunnery was in the realm of the magic arts. It was not until the sixteenth century that it was treated in a scientific spirit by Niccolo Tartaglia. Later Benjamin Robins advanced the study, but results of his research and experiment were not fully applied until the evolutionary epoch, when gunnery passed into the realm of science. DESIGN CONSIDERATIONS During the twentieth century much attention has been devoted not only to the structure of the gun, but to its interior design to obtain improved ballistics, so that higher efficiency and greater accuracy might be achieved. The nature and form of rifling, the size and form of chamber, the character (particularly in regard to regularity in combustion and freedom from age deterioration), weight and form (size) of the propellent are matters for research and experiment in which progress still continues to be made. Four important general requirements of a gun are (1) high muzzle velocity; (2) accuracy; (3) good life; (4) rapidity of fire. The relative importance of these depends on the special conditions for which the gun is required. All affect the prospects of hard and frequent hitting which are the main desiderata. High Muzzle Velocity.—This depends on the pressure developed during the projectile’s passage down the bore and the distance through which this pressure acts, and the frictional resistance encountered by the projectile. Limitations in maximum pressure are decided by the strength of the steel of which the gun is constructed, and to some extent by the pressure that can be withstood by the weakest type of shell that the gun is required to fire, such as large capacity high explosive shell. In modern guns this maximum pressure rarely exceeds 22 tons per square inch. Limitations are imposed on the length of the gun by the circumstances of its use, such as considerations of weight and the stresses produced on the mounting or structure which carries it; by requirements in regard to the position of the centre of gravity; and by the amount of deflection or gravitational droop which is permissible in the unsupported chase of the gun. Modern guns are generally between 45 and 55 calibres in length, that is, the length of the bore and chamber of a 5o calibre 6-inch
gun is 25 feet. (In some countries the overall.length of the gun is referred to.) Accuracy.—This depends upon the uniformity of pressure and of friction for successive rounds and on the stiffness of the gun structure. Both pressure and friction are affected by the wear which they occasion in the bore and chamber. The wear increases the size of the chamber by allowing the projectile to seat further forward and affects the frictional resistance to the
driving band of the projectile and possibly the efficiency of the
(E) Machine Gun
(K) 13-Pndr,
(distant rarge),
(1) 18-Pndr
(Mark IV.),
gas seal. Uniformity of pressure is also affected by the suitability of the size of chamber and charge used. Good Life.—This depends on a slow rate of erosion in relation to rounds fired. As the time down the bore is a fraction of a second the actual working life of a heavy gun that could fire 300 rounds is only a few seconds. Erosion is principally “wear” which
is a washing away of the surface of the bore, particularly at the commencement
of the rifling, by the
high
temperature
and
velocity of the gases. This temperature and velocity depend for a given propellent on the rate of combustion, which again is decided by the size of chamber and the weight and form of the
charge. The rate of erosion is also affected by the friction of the projectile, which depends on the nature of rifling, -type of driving band, and efficiency of centring and seating the projectile and of sealing the gases. Bad sealing results in “scoring.” Rapidity of Fire——This depends on the efficiency of the mechanism for operating the breech and for absorbing the recoil and replacing the gun in the firing position, and on the loading arrangements. It is of importance that the gun should be kept as cool as possible under rapid fire conditions, particularly in view of the exposure of the charge in the chamber during loadMAXIMUM PRESSURE
PRESSURE TONS INCH IN SQUARE PER
10
IS TRAVEL
SHOT
FIG.
10.—DIAGRAM
SHOWING
SPACE
IN
FEET
PRESSURE
CURVE
FOR
TWO
CHANM-
BERS OF DIFFERENT SIZE, GIVING SAME MUZZLE VELOCITY ing, which also necessitates provision for extinguishing all smouldering residue.
Size of Chamber.—The
designer being given a required
muzzle velocity and length of gun and a limiting maximum pres-
sure, is confronted with the problem of deciding the most suitable size of chamber. A gun may be viewed as a single stroke internal combustion engine, the piston of which, represented by the pro-
jectile, is blown through the open end of the cylinder at each
stroke, after being rotated by the rifled walls of the cylinder. The
latter engage in the copper driving band, which also serves as å piston packing ring and seals the gases. The same muzzle velocity and maximum pressure can be obtained in the same length of
CONSTRUCTION]
Do 20000 21000 -| 11 MILES
ORDNANCE
22000
a 12 MILES
B00 zaoo
wef 13 MILES —
Rsa
Zao
27000 A
14 MILES sa 15 MILES
a
=] 16 MILES
T OF THE BRITISH
PIECES OF ORDNANCE
O
861
A
> 17 MILES
o
33.000
-| 18 MILES
34.000a
— | 19 “MILES
4 20 MILES
U
V
USED IN THE WORLD WAR
(M) 6-in. 26 owt. Howitzer, (N) 15-in. Howitzer, (O) S-in. (Mark VII.) Howitzer, (P) 9.2-in. (Mark 11.) Howitzer, (Q) 60-Pndr P (Mark V.) Howitzer, (S) 6-in. (Mark XIX.) Gun, (T) 9.2-in. (Mark X.) Gun, (U) 12-in. Gun (Mark 1X.), (V) 14-in. Gun (Mark Ht.)
l.), CR) 12-in.
circumferential strength obtained by increasing the thickness of the material (this limit is practically reached when the thickness of the gun walls equals the radius of the bore). Towards the end of the first epoch, Thomas Barlow had shown that the stresses ity of the gun. By means of internal ballistic calculations based produced by pressure in a cylinder are greatest on the interior on theory and supported by data obtained from experiments surface and diminish in a ratio affected by the square of the diswith gases in closed vessels, pressure curves can be produced for tance from the centre to the exterior. Thus, as the thickness of different sizes of chamber and weight and form of charge. The a cylinder increases, the value of the material towards the exterior form of charge or size of the elements of which it is composed, rapidly diminishes. Basic Law.—It was further realised that the bore of the gun affects through the surface exposed, the rate of burning. In the diagram (fig. 10) the pressure developed along the bore must not be permanently expanded on firing, in other words, that is given for two different chambers with charges adjusted to give the gun must work elastically and in no circumstances must any of the same maximum pressure and muzzle velocity. In the case the material be permanently strained (stressed beyond its elastic of the smaller chamber, the weight of charge is less, but it occu- limit). This is the basic law of gun construction. Steel has a pies a relatively larger volume of its chamber and this increase certain elastic range, depending on its quality, both: under tension in the “density of loading” results in a more rapid rate of com- and under compression stress. Thus if it is put in a state of combustion through the greater confinement of the gases. This is pression it will have an increased elastic range for subsequent tenmodified to some extent by the lighter charge being composed sion stresses. The principle of initial tension or compression is of individual cords or elements of larger size, thereby exposing the principle of making use of the compressive as well as the less surface to the igniting gases and tending to reduce the rate extensive elasticity of material such as steel. Initial compression of burning. Features of importance in these pressure curves are is generally obtained by shrinking one tube on another. This the position of maximum pressure in the bore and the extent of produces compressive stresses in the inner tube at the expense of the muzzle pressure. Both these features affect the position of tension stresses in the outer. The theoretically ideal gun would the gun’s centre of gravity as the pressure curve is reflected in be one in which the circumferential stresses produced on firing the thickness of the gun walls. At first sight it would appear were uniform throughout the thickness of the walls. Such a that all the advantages are with the lighter charge giving the gun would be in initial tension on the exterior gradually passing lower forward pressure, which reduces the muzzle vibration and, to compression in the interior, and on firing, all parts of the gun in combination with the earlier maximum pressure, brings the would be equally stressed circumferentially. This ideal effect can centre of gravity towards the breech end, but consideration must be partially achieved by shrinking a series of thin tubes or hoops be given to the effects on the muzzle velocity of usage and of over each other. small variations incidental to the gun, the charge and the Wire Winding.—The effect can be more nearly reached projectile. The smaller chambered gun is naturally more sensitive through a definite section of the gun by winding wire at varying to such changes and its regularity in muzzle velocity may be tensions for successive layers. It can be still more completely inferior. The life of such a gun may be shorter through loss in achieved in a monobloc steel gun by the cold forging process, accuracy, though the measured wear or enlargement of bore be sometimes known as “auto-frettage.” less than with the larger chambered gun. Auto-frettage.—This process takes advantage of Barlow’s law The regularity in the muzzle velocity from round to round is and by the application of fluid pressure to the bore of the gun an important characteristic of a gun and generally defines the or tube permanent expansion is produced through overstraining minimum size of chamber and weight of charge. The “form” of the inner layers of the material. The pressure is so controlled, the chamber as opposed to its capacity is to some extent in- however, as not to overstrain the outer layers which remain fluenced (particularly at the forward end) by the type of driving stressed within the elastic limit. After removal of the pressure band fitted to the projectiles, and this also affects the character the inner layers do not return to their original form, and the outer of the rifling. The form of chamber and shot seating is respon- layers therefore remain in a state of tension and act compressible for the centring of the projectile and its initial steadiness sively on the inner. This condition is stabilised by “ageing” the which are of importance as affecting both accuracy and wear. metal by suitable mild heat treatment. Generally modern gun chambers are of medium capacity obtained THEORY OF GUN CONSTRUCTION by length rather than width and with small changes in section. The important effect already noted is that the shrinkage presFUNDAMENTAL PRINCIPLES sure produces circumferential compression on the inside tube at During the evolutionary epoch the value of shrinking tubes or the expense of circumferential tension in the outside tube. This hoops over each other to obtain increased circumferential strength opposes the radial pressure and circumferential tension which rein a gun had gradually emerged and been confirmed by experience. sult from radial powder pressure in the bore of the gun. Circumferential Strength.—A theory of gun construction, It was appreciated that in a monobloc gun such as the cast-iron gun of the early roth century there was a limit to the increase of which is based on Barlow’s law and has stood the test of gun by chambers of different capacity, provided suitable variations are made in the weight and form of the charge. Different sizes of chambers are favoured by different nations; the point is important as it has a direct bearing on the accuracy or regular-
ORDNANCE
862
experience, is known as Lamé’s theory. It relates the radial powder and shrinkage pressures to tbe induced tensions and compressions with respect to the internal and external radii of the tubes concerned. This relation is known as the gunmaker’s formula, and it enables the designer to calculate pressures, tensions or compressions in any position in the walls of the gun both when the gun Is in repose, and only affected by shrinkages, and also when it is firing and affected by both shrinkages and powder bore pressures. A design can thus be produced giving the necessary thickness of tubes and degree of shrinkage estimated as of suitable circumferential strength not only to resist fracture longitudinally, but to avoid straining any of the material beyond the elastic limit. Several theories of construction are followed, but in all certain assumptions are made, particularly in regard to the mutual effects of stresses in different directions. To cover any inaccuracies in calculation due to these and to ensure a margin of security in the use of the gun, a suitable safety factor is allowed. The gun is generally designed to stand pressures ranging from twice the normal pressure experienced at the muzzle end to one and a half
times at the breech end.
Longitudinal Strength —Provision must also be made for suitable longitudinal strength in the gun to meet the stresses produced by the pressure of gases on the face of the breech block and on the base of the projectile, forces which stress the material in a direction tending to produce circumferential rupture. Minor longitudinal stresses are also brought into play by the resisting action of the recoil brake. The maximum bore pressure is considered fully effective on the breech surface exposed and it is necessary to distribute the stresses as far as possible to the other members of the gun. This is done in an all-steel gun with a screw breech mechanism through the medium of a screwed breech bush in which the threads of the breech screw engage, while in a gun with a sliding breech mechanism the direct thrust brought on the surface of the sliding block is transmitted to the breech ring and so to the other hoops or tubes which are connected longitudinally by means of shoulders. In a wired gun, the arrangement at the
breech end must be such as to connect the tubes inside the wire with those outside, since the wire itself is incapable of contribut-
ing in any way to the longitudinal strength of the gun. Girder Strength. In addition to the longitudinal and circumferential strength, the gun is required to have a certain degree of girder strength so that the gravitational deflection is kept as small as possible. The gun resting in its mounting may be regarded as a beam supported at a certain distance from one end and its girder strength depends on the rigidity with which the various parts are connected. In a wired gun the wire makes no contribution to this strength, which is therefore dependent upon the tubes and the means taken to connect them rigidly in place. MANUFACTURE
The design of a post-World War all-steel British gun is shown in fig. 9. This gun is fitted with an inner “A” tube or liner so that when the rifling is considerably worn the gun may be economically repaired by introducing a new liner in place of the old one. (This arrangement is very general but not universal as some guns, usually those of small calibre, have no liners and are repaired by replacing the entire “A” tube.) The liners are usually tapered on the exterior and are driven in to the tapered bore of the outer “‘A” tube by hydraulic pressute or other suitable means so that when in place there is a certain shrinkage pressure operating. In medium calibre guns, since the World War, “loose” liners have also been tried, że., liners with a small clearance or air space. Such liners are necessarily of high quality steel with a large elastic range so that when they temporarily expand on firing they receive support from the walls of the gun before they have been strained beyond their elastic limit. The material of the liner contracts to its original dimensions after firing and is easily removable. The liner is keyed at the ends to prevent rotation under the action of the projectile and is shouldered at the rear end to prevent forward movement. Such a system of ready repair has obvious advantages in connection with guns which wear out tapidly or which, like anti-aircraft guns, are subject to very consider able use in a
[MANUFACTURE
short space of time. The repair is of such a simple nature that it
can be effected without dismounting the gun. The “B” tube, the jacket and the breech ring are built by shrinkage, which iseffected by machining the internal diameter of the tube to be built to a
smaller diameter than the surface on which it is built. The differ. ence in diameters must be such as will give the required compression and must permit of sufficient expansion for building at a
temperature below that which could affect the temper of the material. Sudden changes in the section of tubes are avoided to obviate longitudinal weakness and to prevent difficulties in build. ing through the thinner section of the tube cooling more rapidly
than the thicker and possibly seizing before properly in place, In all guns the aim is to relieve from all longitudinal stress the metal which bears the brunt of the circumferential stress. Consequently, the breech bush is free from the liner and attached to
the “A” tube.
Material_—All gun body members are made of steel (q.v.) of
a specified chemical composition and physical properties, The more important tubes are usually of a high grade alloy Steel, the essential physical property being a high yield point to give a good elastic range. The British specification requires the stee! to be
made by the acid open-hearth process to ensure the pure quality of
the ingredients. The steel is cast as an ingot which in the case of large forgings may weigh t00 tons or more. There is a large discard from the top and a smail discard from the bottom of the
ingot and the core is removed by trepanning before or after shap-
ing up the ingot into a billet. Forging.—The material is then forged under a hydraulic press on a water-cooled mandrel in a series of heats to draw it into a tube of the required dimensions. In this forging operation the length may be increased five times and ihe diameter halved. The forging, after straightening and rough machining, is normalized or annealed in a furnace to remove the forging stresses. Oil hardening is then carried out by heating the forging to a suitable degree and immersing it in oil, after which it is tempered as necessary and the required properties are tested mechanically by
breaking and bending test pieces taken from the two ends of the tube. Building and Wiring.—The tubes are machined to the finished dimensions for building, the exterior of an inner tube being turned to conform to the measurements given by the bored
interior of the corresponding outer tube, allowing for the design shrinkages. The outer tube is heated sufficiently to obtain the
necessary clearance by expansion and is then lowered over the inner tube or gun which is placed vertically in a pit for this purpose and kept cool by water running through the bore. As soon as the outer tube is properly in place, that is, the rear or building shoulder is in contact, it is rapidly cooled from this shoulder which is near the breech end by the application of water. This cooling
requires careful control to prevent the tube seizing at any forward position. The forward portion is kept heated by gas rings, which are gradually withdrawn as the cooling proceeds, and the water moves up the exterior of the tube, thus ensuring that the tube is held or drawn towards the breech end throughout the
shrinking operation. In the case of a wire wound gun, after insertion of the liner or inner “A” tube, which is slightly conical and a driven fit, the rear end of the “A” tube is threaded inside to take the breech bush (see fig. 9). A stepped collar is shrunk over the rear end of the “A” tube. This reinforces the breech bush and forms the connecting link between the “A” tube and jacket
through the medium of the breech ring so that the longitudinal
stresses can be suitably distributed.
The muzzle stop ring is
shrunk over the muzzle of the “A” tube. This ring forms the
front support for the wire which is wound over the “A” tube.
The wire consists of a steel ribbon 4 in. wide and -06 in. thick. ‘The breaking strength of this material is over roo tons per square inch and all the wire used is, previous to winding, subjected to a very severe load to ensure that it is perfectly sound, The fact that wire can be so tested throughout is a great merit of this form of construction. It is wound on the gun in a continuous length, the number of turns varying in the case of a 15 in. gun from 20 at the muzzle end to 79 at the breech. Approximately 22 tons of
Prate III
ORDNANCE
is
A 2
i
aS ln! ban SER aes Seite.
BY
COURTESY
OF
THE
U S,
WAR
TA
DEPARTMENT
FIRING
GUNS
l. A 75-mm. Field Artillery gun and crew ın action 2. A 75-mm. gun ammunition cart showing sleeves for the projectiles 3. French gun, medium calibre, Mobile Artillery
IN ACTION 4. 37-mm. infantry gun and crew in action 5. 4-in. mortar for chemical shells used in trench firing 6. 155-mm. howitzer gun and crew in action
Prats IV
ORDNANCE
erigSewduv
pind
ae eG of
BY COURTESY
OF
(2,
3)
THE
U.S.
WAR
DEPARTMENT,
PHOTOGRAPHS,
(i,
4, 5, 6) UNDERWOOD AND UNDERWOOD
ANTI~AIRCRAFT l. Battery of 3-in. anti-aircraft guns and their crews. to load the gun and pull the firing lanyard.
and points the battery from a central of a newly developed torque amplifi er 2. A 6-in. naval gun in mobile carriage
AND
The crew has only
A remote control elevates
point
miles away
by means
DISAPPEARING
GUNS
3. A 12-in, disappearing miles
4. Projectile
coast
defence
gun,
mounted on a sho t truck ready coast defence gun 5, 6. Loading a 12-in. coast defence gun
heving
a range
for loading
of over 12
into a 12-in.
ORDNANCE
BREECH MECHANISM]
wire, about 186 miles in length, are required for such a gun. The winding tension is such as to produce the required design tension after completing the winding operation, allowance being made for the effects of subsequent layers of wire on those already wound.
This tension is controlled during winding by a readily adjustable friction brake. On completion of the wiring, the external layer of wire is turned with a fine cut
©)
to obtain a good building surface for the ‘B” tube and jacket which
are shrunk on. The breech ring is finally screwed and shrunk on. The exterior of the gun is finish machined and the bore and chamber are bored and lapped to size. Rifling—The gun is then
WHITWORTH
>
BORE
LANCASTER OVAL BORE oe r ee antlwe Deede o tpa e 78
EARLY ARMSTRONG GROOVE (FoR LEAD COATED PROJECTILES)
rifled: the spiral grooves are cut
863
The illustrations (figs. 13 and 14) of an Asbury “hand” and “power” mechanism show an example of a modern screw plug type. The screw is of the Welin form, an arrangement in which the surface is divided circumferentially into a number of segments of different radii. The number of plain segments is less than half the total number, thus giving an increased bearing surface compared with a plain cylindrical screw with interrupted threads. The Welin compared with the cylindrical screw allows of equal strength with a reduced length and weight of screw.
The
reduced length enables the screw to be swung into the breech opening instead of having to be first swung and then entered in a separate movement. Direct swing entry can also be obtained by a breech screw in which the rear portion is cylindrical and the front conical. Obturation.—The obturator, fitted at the front end of the block and carried on the vent axial bolt, known as the De Bange system, comprises a plastic gas check pad between two steel discs. The pad is statically compressed in manufacture, which
by a special machine, several FRENCH GROOVE (FOR STUDQED PROJECTILES) grooves being cut at the same gives it semi-elastic properties. It readily conforms to any irreg"Saunt RueLine (Ho0K SEOTION? time, to the required depth and ularities in the coned annular seating at the rear end of the gun form. The number of grooves, chamber. The obturator is seated on the closing of the breech their depth and general form and with a moderate initial pressure which can be adjusted by discs eee gene ora> POLYGROOVYE (EARLY TYPE) the relative width of the groove and land (intervening bore surFey dE a DAY BREECH SCREW HAND LEVER semper? face) vary considerably in differOPERATING LOCK L POLYGROOVE (LATER TYPE) ent guns. The general form of ow groove is one of plain section in which the width of “land” is apCe eC ipa Hom >. CARRIER A ee ER SD proximately half the width of the SECTION OF DRIVING BANO groove (see fig. 12 which contrasts VENT SEALING FIG. 12.—FORMS OF RIFLING different and earlier types of rifTUBE ling). The twist of rifling is generally uniform, one turn occurring in a length of 30 calibres, but increasing twist is also used and a AXIAL VENT combination of increasing and uniform twist. A’ typical modern form of driving band is also illustrated. It has three functions to perform:—(1) To rotate the projectile. (2) To act as a gas seal and so prevent the bore of the gun being scored or guttered by gas V.S. TUBE escaping over the projectile, which would result in irregularity in EXTRACTOR ELECTRIC LOCK the muzzle velocity. (3) To hold the projectile at any elevation after loading so that it does not slip back into the chamber, and to ensure that a certain pressure is generated before the projectile i a
aay
ea ne
(a)
starts to travel.
The copper of the driving band is engraved and pressed by the lands into the grooves as the projectile proceeds. To avoid copper deposition in the bore, which would reduce its diameter and affect
the form of grooves, tinfoil is combined with the propellent. nmi
eoe
firing the gun, and safety arrangements for preventing the gun from being fired before the breech is fully locked. It also embraces the necessary operating gear which may be “hand” or “power.” If the latter, “hand” alternative is generally provided which can be readily connected or clutched in. The chief requirement is safely, with ease and rapidity of operation. Two main
types of mechanism prevail:—(1) The “screw plug” with inter-
rupted threads, held in a carrier hinged to the gun, so that the action is a swinging and rotating one. This “swinging” type may be used for both B.L. and Q.F. guns. (2) The vertical or horizontal sliding wedge shaped block, travelling in a mortice across
the rear face of the gun. This “sliding” type is only suitable for
a QF. gun. Other types are:—The sliding and rotary combina-
ion, the rotating eccentric block and the sliding bolt. Certain automatic and machine guns employ a “breech action” in which the operations of opening, extracting, reloading and closing are
effected by the recoil and counter-recoil motion augmented by
on
mmen
BREECH MECHANISM A breech mechanism is a mechanical device for closing the rear end of the chamber of a gun. It includes the mechanism for BREECH SCREW
u
a
a
aS ey
N
sitLe | rN
FIGS, 13 AND 14.—SECTION ORDNANCE PIECE
let
DETAILS OF BREECH
ih
Pe L
] y
STEEL SEGMENT |
CT Ol, Cate Pe BELL CRANK LEVER
MECHANISM
FOR NAVAL
behind the pad and which is obtained by the forward movement of the screw on turning. Its gas-sealing efficiency is due to the heavy firing pressure which tends to reduce the thickness of the pad and increase its diameter. The sealing action may therefore be described as due to compression as opposed to the sealing action of the metal case in a Q.F. gun which is due to expansion. Features of this mechanism are:—(a) The single motion action.
springs. B.L. Mechanism.—For B.L. guns (in which the charge is bagged) the breech screw is fitted with an obturator for sealing The one direction movement of the rack (operated by “hand” or the escape of gas to the rear. It requires a channel or vent “nower”) performs both the swinging and rotation required. to convey the flash from the tube to the charge to fire the gun.
The system of levers for revolving the breech screw are locked
ORDNANCE
864
[MILITARY
during the swinging operation and do not come into action until A very general method of effecting this is to leave a sma idle the mechanism has swung clear of the steel segment shown in movement in the breech mechanism operating gear (which also fig. 15. (b) The momentum of swinging is converted into operates the firing mechanism). This movement 1s used to break momentum of rotation through roller on the screw engaging with or to make contact between the lock and the tube when firin electrically or to lock or unlock the percussion striker. The idle a cam path on the face of the gun, thereby preventing rebound movement may perform another useful safety service in locking effects. , Q.F. Mechanism.—In Q.F. guns (in which the charge is in a the breech mechanism gear thus making it impossible for the metal case) the sealing is effected by the expansion of the case breech block to be forced open by the firing pressures. ,
BIBLIoGRAPHY.—Historical:
Nye, The Art of Gunnery ELECTRO MAGNET
British, Norton,
(J. G. M. Mc.E.)
The Gunner
(1670) ;
(1670); Venn, The Compleat Gunner
(1672); Sir Jonas Moore, Treatise of Artillery (1683) ; Robins, New
Principles of Gunnery
(1742); Muller, Treatise
om Artillery (1780) :
Hutton, Tracts (1812); Sir Howard Douglas, R.A., Naval Gunnery (1855); Mallet, Construction of Artillery (1856); Boxer, Treatise on
RECOCKING LEVER
EXTRACTOR
BREECH BLOCK
Artillery (1856); Owen, Modern Artillery (1871); J ames, Naval History of Great Britain; Lloyd and Hadcock, Artillery: its Progress
and Present Position (Portsmouth, 1893); Garbett, Naval Gunnery (1897) ; Oman, History of the Art of War in the Middle Ages (1898):
Robertson, The Evolution of Naval Armaments (1921); Hime, Our Earliest Cannon (1900) and The Origin of Artillery (1905); Laird Clowes, The Royal Navy—A History, 7 vols. (1897—1903). Historical: Foreign. Tartaglia, La Nuova Scienta (Venice, 1562) ; E. Simpson, Ordnance and Naval Gunnery (New York, 1862) ; Holley, Ordnance and Armour (New York, 1865); Catalogue of Musewm of Artillery in the Rotunda (Woolwich, 1906). Modern Technical: British. Longridge, Artillery of the Future and the New Powders (1891) ; Longridge, The Progress of Artillery (1896) ;
sir Andrew Noble, Artillery and Explosives (1906); Greenhill, “The
FIG. 15.—Q.F. SLIDING BLOCK FOR SEMI-AUTOMATIC ELECTRIC RELEASE OF PERCUSSION FIRING GEAR
GUN
SHOWING
and is thus independent of the breech mechanism, which in such circumstances includes extractors for withdrawing the case during the operation of opening the breech. Sliding Q.F. Mechanism.—The illustrations give an idea of the sliding mechanism used for semi-automatic Q.F, guns of medium calibre. The block which contains the firing mechanism is worked in a wedge-shaped mortice in the breech ring either by hand or automatically. The automatic action of opening the breech and ejecting the case is effected as the gun runs out by a
pawl fitted to the mounting engaging a cam connected to the breech block. When rotation has been given to the cam sufficient to open the breech block to the full extent the pawl is thrown off. The opening movement of the block operates extractors
which withdraw and eject the empty cartridge case. The extractors hold the block open until the rim of the live cartridge case trips them on reloading, thereby freeing the block which closes under the action of a spring.
Firing Mechanism.—In Q.F. guns the electric or percussion
tube or primer is carried in the cartridge case and the breech mechanism is consequently simplified in so far as it is not required to provide for loading the tube. If an electric tube is used, contact is made with the head of the tube when the breech is fully closed and the gun is fired by the completion of an electric circuit, the current heating a platinum silver bridge within the tube and so igniting the surrounding composition, the flash thereby passing to the propellent. If a percussion tube is used, the firing is effected by a blow from the percussion striker exploding the cap in the tube. The striker may be a simple spring action firing pin cocked either by hand or automatically during the opening of the breech mechanism, and released bya trigger action. Percussion strikers may also be released electrically by means of an electro-magnet or solenoid, the movement of the armature operating the trigger, as in the illustration. In the case
of B.L. mechanism, arrangement must be made for loading the tube which is inserted in the rear end of the vent axial. A novel method of ignition was adopted in the case of the long range German gun used for bombarding Paris during the World War. By surrounding the rear portion of the charge with gas, more efficient Initiation of combustion was obtained. Safety Arrangements.—In all firing arrangements safety features are introduced designed to prevent the gun from being
fired before the breech is closed, and to ensure that the first action of opening the breech prevents the gun from being fired. `
Dynamics of Gun Recoil,” The Engineer (Aug. 23, 1907); Treatise on Service Ordnance (London 1908) ; Dawson, The Engineering of Ordnance (1909); Bethell, Modern Guns and Gunnery (1010); Brassey, Naval Annual; Jane, Fighting Ships (annual); League of Nations
Armaments Modern
Year Book (Geneva 1924).
Technical:
Foreign.
Lissak, Ordnance and Gunnery
(New
York, 1907); Naval Ordnance (U.S. Naval Inst., 1925); Army Ordnance, vol. viii. (New York, Nov.-Dec. 1927); “Making Big Guns at the Watertown Arsenal,” Machinery (New York, March 1928) > “Resistance of Guns to Tangential Rupture” (Annual Report of Chief of Ordnance, Washington, 1892). Castner, “Development of the Recoil Apparatus,” Journal U.S. Artillery (1904); J acob, Resistance et construction des bouches @ feu (Paris 1909) ; Manuel du cannonier (1907) ; Alvin, Legons sur l’Artillerie (Paris, 1908) ; Kaiser, Konstruktion der gezogenen Geschutzrohre (Vienna, 1900) ; Indra, Die wahre Gestalt der Spannungskurve (Vienna, 1901); Bianchi, Materiala @’Artiglieria (Turin, 1905); Reichenau, Munitionsausrustung (Berlin, 1905); Bahn, Die Entwicklung der Romrrucklauf-Feldhaubitze (Berlin, 1907) ; Campana, Le progres de l’Artillerie (pendant la guerre de IQI4—-I918), Paris; S. Brown, The Story of Ordnance in World War (Wash., 1920); W. Crozier, Ordnance and the World War (1920); H. C. Hodges, Notes on Post-War Ordnance Development (1923).
MILITARY Artillery (g.v.) as employed in land warfare has such a great
variety of tasks to perform, that a modern army must necessarily be provided with many different types of artillery weapons. The calibre of these weapons ordinarily varies from about 37 to 15”, although calibres outside these limits may be used for special purposes. The pieces themselves may be guns, howitzers or mortars, the name depending mainly on the length, and they are identical with naval ordnance (q.v.) as regards design, construction, and general characteristics, though mortars are generally of simplified construction. General Requirements of a Land Service Artillery Equip-
ment.—An equipment must in the first place provide astable support for the gun for firing, and secondly, where mobility is required, it must act also as a support for travelling. In addition to these fundamental requirements means must be provided to enable the gun to move laterally, so that it can be readily aligned in any required direction (“Traverse”); to move vertically, so that the elevation
required
obtained (“Elevation”); (“Recoil”).
for any particular range may be
and to move
axially when it recoils
The Structure of a Land Service Equipment.—lIt is very convenient to consider an artillery equipment as consisting of 4
basic structure and a superstructure. The former is the support
and the latter provides the necessary gears and instruments which
enable the gunner to aim and fire his gun rapidly, accurately and
easily. In general, the superstructure provides for traverse, eleva-
tion and recoil, and also carries the sights. It consists principally
PLATE V
ORDNANCE
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BY COURTESY
OF
(4)
THE
ORDNANCE
DEPARTMENT,
U S
ARMY,
UNITED 1l. A 14-in. mobile coast defence rifle mounted
PHOTOGRAPHS,
STATES
(1,
2,
3,
6)
COAST
on a railway carriage.
The
big gun has an effective range of 27 miles
UNDERWOOD
AND
DEFENCE
UNDERWOOD,
(5)
EWING
GALLOWAY
ORDNANCE
4. A 12-in. coast defence gun of the disappearing
type, shown
recoiling
after firing
2. A 14-in railway mounted coast artillery gun, having an effective range of more than 27 miles
5. Midshipmen of the U.S.S. “Nevada” at the 5-in. guns used for torpedo boat defence
3. Firing one of the 12-in. guns, which guatd the mouth of the Columbia
6. Coast guardsmen
River, at Fort Stevens
“Modoc”
placing a 3-in. gun in range on the U.S. coast guard
i
Prats VI
BY COURTESY
ORDNANCE
OF (3, 4) THE U.S.
NAVY
DEPARTMENT,
PHOTOGRAPHS,
(1, 2, 5,
6, 7,
AMERICAN 1. U.S.S. “New Mexico” firing a broadside 2. Forward turret guns of U.S.S. “West Virginia,” firing 3. Launching torpedoes from a U.S. battleship in practice
4. Fourteen-inch gun on a U.S. battleship
8)
UNDERWOOD
NAVAL
AND
UNDERWOOD
ORDNANCE
5. U.S.S. “Texas” firing 14-in. guns 6. Close-up of guns of a U.S. Navy 8-in. gun turret 7. Anti-aircraft guns and the forward 8-in. gun turrets on a U.S. aeroplane
carrier 8. Anti-aircraft
battery of the U.S.S. “West
Virginia”
ORDNANCE
MILITARY]
of two components called the carriage body and the cradle. The carriage body is pivoted to the basic structure so that it can turn in a plane more or less horizontal, and so enable the gun to be traversed to the right or left. It is anchored to the basic structure so that it cannot lift when the gun is fired. The cradle, which houses the recoil system, supports the gun on
slides so that the latter may recoil and be returned to the firing position under the control of the recoil system. Small guns are provided with guide-ribs which engage the cradle guide-ways: in larger guns the guide-ribs are separate in the form of a slipper or sleigh to which the gun is secured, as in naval practice.
The
cradle is provided with trunnions which rest in bearings in the carriage body, so forming the horizontal axis about which the
cradle, and so the gun, is elevated. Traversing and Elevating Gears—Except in the case of the fixed armament of a fortress, and certain other very special circumstances, power is neither available nor necessary for traversing and elevating land service equipments, and some form of hand operated gear is employed. Where traverse is limited to a few degrees, as is usual in the case of the wheeled carriage, the traversing gear is generally of a simple nut and screw type, but where more traverse is obtainable, spur gearing in conjunction with a toothed arc is frequently used. The traversing gear is fitted between the carriage body and the basic structure, so that the necessary movement of the former is obtained. The elevating gear is placed between the cradle and carriage body and is generally of the arc and spur pinion type. In all these gears, some form of self-locking device is necessary, so that there shall be no tendency for the gun to traverse or elevate of its own accord when fired. The Recoil System.—The recoil system performs two functions: firstly it acts as a brake during recoil, bringing the recoiling gun to rest by absorbing the energy of recoil, and secondly, it returns the gun to the firing position after recoil has ceased. The braking action is supplied by an hydraulic buffer, and the gun is returned to the firing position by the ‘‘recuperator,’”’ in which either springs or air are compressed during recoil. At the end of recoil, the springs or air expand, so that the gun is forced back to the firing position. The compression of the springs or air in the recuperator assists the buffer in checking recoil. The recuperator must initially be in a state of compression to prevent the gun slipping back in the cradle when elevated; and its action, moreover, must be controlled, otherwise the speed at which the gun is forced forwards would continually increase, and the gun would finally reach the firing position with such violence as to cause damage to the equipment. Although with pneumatic recuperators it is possible to embody a throttling device to control the action to a certain extent, the control is mainly provided
by the buffer. Many different buffer systems are in use on modern equipments: some are more suitable for short than for long recoil, and, generally speaking, these are the less complicated varieties. One designer or armament firm may favour one particular type
of buffer while another will adopt some other system as standard. The chief merit of the spring recuperator lies in its simplicity,
but the great overall length required prohibits its use on a modern long recoil carriage unless a telescopic system is employed: this, however, has inherent
work satisfactorily.
disadvantages
and such systems
do not
Spring recuperators to-day are mainly con-
fined to light short recoil equipments such as anti-aircraft guns,
light coast artillery, and tank mountings. Pneumatic recuperators are complicated owing to the difficulty of preventing the escape of air at the high working pressures required; and for this reason a liquid system is always introduced, for liquid can be sealed satisfactorily at much higher pressures than air. The liquid may be included as an entirely separate sealing system, or it may be
arranged so that the air is compressed through the medium of the liquid. In this case the recuperator is referred to as a “Hydropneumatic” system. This latter type is convenient for a long recoil carriage as it can more easily be arranged in a confined space than the pneumatic type. The latter type, however, does
865
not suffer from aeration of the liquid, which always causes erratic action. Although the buffer and recuperator are usually entirely separate systems, designs exist in which they are combined. The well known French 75 mm. field carriage uses such a system, which is said to be very satisfactory. It is generally accepted that a combined system is more complicated, more expensive and more difficult to maintain in the field than separate systems. Buffers of modern design are generally fitted with reservoirs which may feed the system either by gravity or pressure, in order that the buffer may be kept full of liquid. A partially empty buffer will cause erratic and violent action both during recoil and recuperation. Liquids used in recoil systems vary, but that most generally adopted is a high grade mineral oil of low viscosity. Pneumatic recuperators are generally charged with air, but nitrogen has been successfully used in France. The great disadvantage of using air is that. its moisture content is sufficient to cause serious corrosion of cylinders and piston rods, from which leakage ensues. The Position of the Cradle Trunnions.—TIf the cradle trunnions are situated near the centre of gravity of the elevating parts,
natural balance will be obtained, but as the gun is elevated the
breech will approach the ground. Where long recoil is employed, as in the case of a mobile carriage, it will be necessary to shorten recoil at the higher elevations and this is done automatically by a device called the “Cut-off gear” which regulates the action of the buffer in the required manner: recoil is then said to be “controlled.” Alternatively, the trunnions may be placed so near to the breech that the latter will not sensibly approach the ground when the gun is elevated. Thus, with “rear trunnions” a constant long recoil is possible, but. the elevating parts must be artificially balanced by a spring or pneumatic equilibrator. Centre trunnions combined with a cut-off gear are standard in the British service, while rear trunnions are common in other countries. Shields.—These are provided for light field equipments and for coast artillery, but not usually elsewhere. In the former case, the shield is of light steel plate and is designed to give protection from rifle and machine gun fire. Pieces of a heavier nature normally operate out of effective range of these weapons; their shields would therefore be required to afford protection from shell
fire, and the weight involved would be excessive. Coast artillery equipments, since considerations of weight do not arise, are very heavily armoured, the shield providing front, side and overhead protection. Sights.—Sighting systems, for field, coast, and anti-aircraft artillery have necessarily developed on distinct lines. With field artillery, except in open warfare, the target is seldom visible from the gun: guns are then laid from some visible aiming point, and laying is said to be “indirect.” The target will not, in general, be at the same height above mean sea level as the gun, so that with indirect laying allowance must be made for “angle of sight.” Most field artillery targets are stationary except when the battle is moving—when fleeting opportunities are presented. Two systems of sighting are used for field equipments: the “rocking bar” system and the “independent line of sight.” The former has the disadvantage that every alteration in the elevation of the gun throws the sight off the target or aiming point and the layer has to relay every time this happens, corrections to range being constantly required during a shoot. With the independent line of sight changes in gun elevation are not imparted to the sight, so that the service of the gun may be more rapid than with rocking’ bar sights. A much more complicated elevating gear is, however, necessary. With each of these systems the sight is fitted with holders for a telescope for laying direct, and with a carrier for a prismatic sight for indirect laying. Coast artillery is chiefly intended for anti-ship work, though guns may be specially sited for repelling land attacks. Their targets, therefore, are generally moving, and, except when obscured by fog or smoke screens, are visible. Laying then is normally direct, and neglecting the effect of tide and curvature of the earth’s surface, the gun is always at the same height above the target. On this important fact is based the principle of the
866
ORDNANCE
automatic sight, which is fitted to most coast artillery equipments. The cradle and sight are mechanically connected in such a way that the layer has only to elevate the gun until the sight is aligned on the water line of the target: the gun is then layed at the required elevation. This sight loses its accuracy rapidly as the range increases until a range called the “auto-sight limit” is reached, when the sight can no longer be used. The greater the height at which the gun is sited, the longer will be the auto-sight limit. In addition to the automatic sight most coast artillery equipments are fitted with a rocking bar sight. The anti-aircraft problem is to hit a very rapidly moving target, the course, height and speed of which may be continuously changing. Since alterations to line and range during a shoot will be large, and since rapid service is essential, the independent line of sight is ideal for anti-aircraft artillery, provided it is independent both for line and elevation. Sights on these lines have been designed and are in use, but they involve great complications in the traversing and elevating arrangements. Otherwise, the rocking bar system is used, two sights being fitted, one on each side of the mounting. The sights are cross-connected, one layer laying for line, the other for elevation. All equipments are provided with some form of range or elevation indicator, which is set at the elevation ordered to the gun. Many modern range indicators are fitted with adjustable readers and specially engraved scales so that the errors in shooting due to wear of the gun may be counteracted without the necessity of calculating and applying a special correction. Most modern sighting systems embody means for correcting certain other errors in shooting. Thus, a sufficiently accurate correction for “‘drift,’’ which is the lateral deviation of the projectile due to the spin imparted to it by the rifling of the gun, is obtained by tilting the sight so that the line of sight is deflected in the required direction as the gun is elevated. A correction for the error in line caused by the wheels of a field carriage being on unlevel ground is obtained by providing means for cross-levelling the sight. Automatic sights embody arrangements which give compensation for the error in range due to the rise and fall of tide, and to atmospheric conditions which affect the shooting: a device is also usually fitted which corrects the error in range due to want of level in the mounting. 4 Sights of modern artillery equipments are invariably fitted to a non-recoiling portion of the carriage, so that the layer need not stand clear at each round and time is saved. In order to improve and maintain accuracy, special attention is given to providing means for taking up wear and play in sighting mechanisms, and the readers, scales, etc., are adjustable. CLASSIFICATION OF EQUIPMENTS Land Service Artillery falls conveniently into three categories, viz., (a) mobile equipments, (b) semi-mobile equipments and (c) fixed mountings. These three classes differ radically from one another as regards their basic structure, and also among themselves as regards size and weight. Mobile Equipments.—Light, horse, field, medium and certain heavy artillery equipments are included in this category. They possess considerable tactical mobility, particularly as regards the lighter natures. The gun carriage is a two-wheeled vehicle and forms the travelling and firing support for the gun. The basic structure comprises the trail, axletree and wheels, and when in action the end of the trail, which is provided with a spade, rests on the ground. At the first round, the spade digs itself in and prevents the carriage recoiling on its wheels. For travelling the trail is hooked to another two-wheeled vehicle called the limber, which is fitted either with a pole for horse draught, or with an engine draught connector. The combined gun carriage and limber thus form a four-wheeled vehicle having sufficient flexibility to negotiate rough ground. The balance of the equipment when limbered up and the distribution of the weight between gun carriage and limber wheels are matters of importance, and, in view of this, guns of some medium equipments are drawn to the rear for travelling, the breech resting on the rear part of the trail. Field artillery limbers carry a certain amount of ammunition.
[CATEGORIES
A fore-carriage is sometimes used in place of a limber fo; tractor drawn medium artillery: its steering gear, which is simi.
lar to that of a motor car, is connected direct to the tractor, ang its wheels are of small diameter.
Stability of the Mobile Carriage in Relation to M obility — From the firing point of view the stability is essential for accurate
shooting. This demands as much weight as possible on the ground a low centre of gravity, and a long trail—factors which combine to counteract the tendency for the carriage to overturn to the rear when the gun is fired. A field artillery equipment is, how. ever, restricted as regards weight according to the capacity of a team of six light draught horses; moreover, from the point of view
of mobility, the wheels should be of large diameter to give easy draught, and the trail should be short so that the carriage may be manoeuvred easily in a confined space. Although a cranked axletree enables a low centre of gravity to be obtained with large wheels it is evident that the factors upon which stability largely depends are in direct contrast to those which secure mobility, so that the designer of a mobile carriage must effect the best compromise possible, having due regard to particular requirements of each case. This problem applies also to the heavier natures, for even where mechanical transport is used axle loads must be reasonably limited and the equipment must not be too heavy to be man-handled for short distances. The Mobile Carriage-——The most usual type of mobile car-
riage in use to-day is one in which the trail is of the “box” pattern, a space being formed between its two side members into
which the gun may recoil at high elevations.
The carriage body
is pivoted to the trail near the axletree, and is capable of being traversed 4° to the right or left by the traversing gear. The cradle supports the gun on slides and rests in trunnion bearings in the carriage body. It is in the form of a trough in which is housed the recoil system, secured to the gun at the breech end.
Some designers, notably Schneider of France, favour what is known as “Cross-axle Traverse” for field carriages. The carriage body is dispensed with and trunnion bearings are fitted in the sides of the trail, which are curved upwards in front for this purpose. The traversing gear causes the trail to slide to the right or left along the axletree, the point of the spade becoming the centre of the traversing circle. The amount of traverse obtainable depends on the length of the axletree which is limited by the overall width of the carriage, and is generally about 4° each way. When traverse in excess of that provided on the carriage itself is required, the spade must be dug out and the trail carried round until the gun is roughly aligned in the required direction. Such a procedure is too slow where moving targets such as tanks or armoured cars are being engaged, and this has led to the introduction of the “split trail,” this being made up of two single trails connected to the axletree by ball and socket joints, so that when they are opened out, the spades may adapt themselves to uneven ground. For travelling, the legs are locked together, and one of them carries an eye for the limber hook. Owing to the loose joints between the axletree and trail legs, the carriage body obtains no support from the trail. A somewhat complicated connection between carriage body, axletree and trail legs is therefore essential. With this type of trail about 50° of traverse is obtainable without moving the trail legs. Wheels—These are still generally built of wood, except for the heavier natures when steel is used. Steel wheels are frequently of built up construction and resemble the familiar road locomotive wheel, though other types are sometimes employed. The wooden wheel suffers from the disadvantage that even when thoroughly well seasoned materials are used, it is seriously affected by climatic changes, and since the World War considerable attention has been given to the possibility of replacing the wooden wheel by one of steel or aluminium alloy. An important advantage of the wooden wheel is the ease with which it can be repaire in the field. Wheels are usually dished to give strength to with stand lateral stresses when travelling. They must also be suficiently robust to withstand the shock when the gun is fired. Problems Due to Mechanical Draught.—The introduction of mechanical draught for artillery has made possible great increase
PLATE VII
ORDNANCE
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ORDNANCE
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COURTESY BY THE OF DEPARTMENT, ORDNANCE S. U ARMY
ORDNANCE
CATEGORIES]
in speed, particularly in the case of the heavier natures. This in turn has set up excessive strains in the carriage, and with a view to reducing the effect thereof numerous experiments with rubber
tyres have been carried out both in Europe and the United States. In order to improve matters still further, considerable attention has recently been given to the question of mounting mobile equipments on springs. Schneider have lately produced a light field
867
which are lowered on to the track for firing, and (b) those which
fire from their wheels.
j
In the first the basic structure consists of a truck, the ends of which are raised and supported by bolsters resting upon bogies. The total number of axles depends as before upon the total weight, and is usually limited to about 15 tons for the British standard gauge, In the travelling position the bolsters take the
equipment in which springs are embodied in the naves of the
weight through the medium of sliding blocks; when these are
wheels. Brakes——These are an essential feature of mobile artillery equipments both from the firing and travelling aspects. They are applied in action to prevent the carriage running forward on its wheels when the gun is running out to the firing position after recoil. The tyre brake is the normal type in use to-day, but some
drawn clear the ends of the truck may be lowered by lifting screws until the centre portion, or ‘“‘well,” rests on the ends of the sleepers. The truck, now in the firing position with all the weight removed from the wheels, is then anchored by means of steel ropes and pickets or other devices. The carriage body rests on a roller ring in the well of the truck, so that all around traverse is obtainable. The lateral stability of these mountings is not great, and is usually improved by the use of steel arms which project from the side of the truck and rest on the ground. Where no provision of this kind is made, firing below certain elevations may have to be prohibited except when the direction of the target is close to that in which the truck lies. In the case of howitzers this difficulty is sometimes obviated by increasing the elevation to obtain shorter ranges; for, since maximum range is obtained at an elevation of about 50°, any increase in elevation gives a shorter range. But this solution generally sacrifices accuracy in aim. In a typical design of the second type of railway mounting, the truck itself forms the carriage body and is provided with bearings for the cradle trunnions. The truck body is supported by a bolster at each end, each bolster resting on one or more bogies; as before, the number of axles depends on the total weight. The bogies and bolsters form the basic structure in this case, and the truck body is allowed a limited amount of traverse on roller bearings across each bolster. This type of mounting is only made use of in the case of very heavy guns of large calibre. A petrol or similar engine provides power for elevating if required, and the mounting is furnished with an air compressor plant for its pneumatic system. The equipment includes a winding gear for pulling the carriage forwards, for it runs back slightly on the track at each round. Railway mountings are used for 9.2” and larger guns and for howitzers of 12” calibre and upwards. They possess considerable strategic mobility and are valuable in areas with good railway
form of rim or hub brake will be necessitated by the introduction of rubber tyres. Brakes are usually cross-connected and equalized,
and in many cases may be operated from either in front or in rear of the axletree. Those of light field equipments are often
provided with a rapid acting device for use when firing; this is a particularly desirable feature where cross-axle traverse is em-
ployed as the brake must be released on each occasion the gun is traversed. Pack Artillery.—Equipments for use in mountainous country, or where roads are non-existent are designed to be dismounted for transport, their components being carried by pack mules. When in action, the equipment resembles a mobile carriage of conventional form except that small wheels may be used as it is not
intended for draught. The special requirements of a pack equipment are:—(a) it must be capable of being assembled or packed very rapidly; (0) loads must not be bulky or unwieldly; (c) the weight of each load including saddle should be within the limit which the pack animal can carry without undue fatigue. In order to keep within the load limit, the guns of pack equipments are generally transported in two parts, which, when assem-
bled, are secured by a nut on the interrupted screw principle. The gun is secured to a slipper which slides on the cradle; this obviates the provision of guide ribs on the gun, which would make it an awkward load to pack. Semi-mobile Equipments.—This category embraces equipments which, by reason of their size and consequent weight, possess little tactical mobility.
It comprises
two classes, viz.,
equipments for artillery designed to travel (a) by road, and (b) by rail. Road Mountings.—In order to keep each axle load within the recognized limit of roughly five tons, equipments whose total weight would exceed ten tons when limbered up are designed to travel on more than two pairs of wheels. A departure from the conventional form of the mobile carriage is thus necessitated, and the various components of the carriage travel as separate loads. Such a carriage, therefore, does not fire from its wheels and this involves the operation of mounting and dismounting the equipment whenever a new position is taken up. The basic structure consists of some form of temporary anchorage of wood and steel beams, usually called the holdfast or plat-
form, to which a firing bed is secured. The ground must be prepared for the holdfast, which is prevented from lifting in front when the gun is fired by a mass of earth contained in a steel box or sand-bags, and by pickets driven into the ground. The firing bed contains a pivot in front and at the rear a cross-member carries a toothed arc by means of which about 60° of traverse is obtained by the carriage body. The pivot and the arc both contain roller bearings on which the carriage body is supported so that easy traverse is ensured.
The carriage body is comparatively
larger than that of an ordinary field carriage, but in other respects the superstructure is of normal design. The number of loads in which the equipment travels depends on its total weight. Lifting screws and jacks are provided for mount-
ing and dismounting the various loads. Large numbers of these equipments were used by the belligerents of 1914-18, British examples being the 9-2”, 12” and 15” howitzers. Railway Mountings.—These are of two types. viz.. (a) those
systems.
Fixed Mountings.—These are permanently emplaced and are mainly used to protect harbours, naval bases, etc., from action by enemy ships and aircraft, and strategic points inland from aircraft. Generally speaking, all-around traverse is a feature of fixed
mountings, and the basic structure is therefore circular in form, consisting of a holdfast or base and a pedestal. The holdfast comprises a concrete bed, the depth and size of which depend on the weight and size of the mounting. Buried in the concrete is a
number of long steel bolts which project through a steel ring resting on the top of the concrete.
After the concrete has thor-
oughly set, the pedestal is lowered on to this ring, and is secured to it by nuts screwed on to the long bolts. Pedestals are usually provided with levelling screws to correct any subsidence of the holdfast. In other cases extreme care must be exercised to obtain a truly level foundation for the pedestal. Power is usually available in some form, and may be used for elevating, traversing and shell hoisting with the heavier natures. Hand operated gear is retained for use should the power fail. Short recoil is a normal feature of fixed mountings: owing to the massiveness of the basic structure the question of stability does not arise, the chief factor affecting the length of recoil being
the maximum stresses which the mounting can withstand. Short recoil has the advantage that it accelerates the service of the gun and simplifies the design of the cradle and recoil system. Apart from this, however, considerations of space would generally prohibit the use of long recoil in a fixed emplacement. The length of recoil for a modern 6” mounting of this nature is about 18”.
ORDNANCE
868 Anti-aircraft
Mountings.—The
essential features
of these
necessitated by their peculiar réle are:— (a) all-round traverse, (b) elevation up to about 90°, (c) rapid acting and easily operated gears, (d) loading at any angle and (e) short recoil. Mountings may be mobile, semi-mobile or fixed, depending upon the nature of the holdfast. In other respects they resemble fixed mountings of the ordinary type, except that the pedestal becomes a base ring. This enables the carriage body to be of sufficient height to permit of loading at high angles of elevation, without greatly increasing the overall height of the mounting. The base ring supports the superstructure through the medium of steel rollers. In the case of the mobile equipment, the holdfast is a motor
Though
[NAVAL the World
War
developed
tralized position of the ammunition supply and the availability of power in a ship—conditions which do not prevail in the field, The development of naval guns has naturally been in the direction of increase in muzzle velocity and in size, giving greater accuracy, longer range, and greater striking energy. The progress
during this century is indicated below:
stresses are not imparted to the springs of the vehicle, and a certain degree of lateral stability is ensured. This type of equipment possesses considerable tactical mobility, but is only suitable for light guns up to about 3” calibre. The holdfast of the semi-mobile equipment consists of a travelling platform to which the base ring is secured. The platform is towed behind a tractor and travels on one pair of wheels. It has two steel arms at each end, which when in action are swung outwards. The wheels are then removed and the whole is lowered to the ground by jacks. It is then secured by steel pickets. Heavier weapons can be mounted on this type of platform than on the lorry, but the time taken to get into and out of action is considerably longer. The base ring of the fixed anti-aircraft mounting is secured to a holdfast identical with that described for other fixed mountings. Anti-aircraft guns are longer and develop a higher muzzle velocity than field guns and in many cases are provided with semiautomatic breech mechanisms. This entails the provision on the mounting of a device to regulate the speed at which the gun runs forward at the higher elevations. The mountings are not fitted with shields.
Gun
Mortars.—The
World
War
saw
the reintroduction
of the
light construction.
i
A number of different designs of mortar of varying calibres were used during the period 1914-18. The mountings in some cases Closely resembled those of ordinary field carriages in general character, being provided with traversing and elevating gears and recoil systems: others, such as the “Stokes” mortar were of much simpler design (see ARTILLERY) (G. G. T.) f
NAVAL
.
ORDNANCE
Naval Ordnance’ is distinguished from Field Ordnance by the circumstance that the guns are carried on a rapidly moving platform subject to the uncertain oscillations of a ship at sea, and are required to hit a rapidly moving object. This entails special mountings, with very sensitive training, elevating, and sighting gear, suitable for counteracting such motion, and special firing arrangements and means of controlling the fire from favourable positions in the ship. The military artillerist is confronted with a task comparable to that of discharging a projectile from a gun in the Tower of London and placing it in the centre court at Wimbledon. The task of the naval artillerist, however, may be compared to firing from a rapidly moving train to hit another train, many miles away, moving at an unknown speed in an unknown direction. The anti-aircraft gunner has to deal with a rather similar problem, but the difficulties of the naval artillerist are considerably increased by the ship’s motion, especially in a heavy sea. ‘The subject is restricted to naval weapons and their mountings for the discharge of projectiles by propellants, and does not include destructive engines which contain their own propelling machinery, such as torpedoes and rockets.
,
special weapons
tions as trench and anti-submarine warfare, the general character of naval service guns is similar to that of land service, the con. struction of which has been outlined. It is not the gun, but the means of working it, that differs considerably, hence the difference in the design of the mounting and in the fire control system is very marked. The mounting design is further affected by the cep.
lorry, and the base ring is secured to the chassis. When in action the latter is supported on long transverse baulks, so that firing
mortar, which up till then had been regarded as an obsolete weapon. The modern mortar is a short range piece giving a low muzzle velocity, so that only a small propellent charge is necessary. This enables a thin-walled bomb of large capacity to be used (see AMMUNITION), and the piece itself is short and of
certain
peculiar to each Service and associated with such special condi.
Approx. muzzle energy in foot tons ieee
I2 in.—42 cal. 12 in.—so cal.
13.5 inch r5 inch 16
This
increase
in power
and
60,000 80,000 100,000
inch
working
40,000 50,000
pressure
means
a cor-
responding increase in the strength of the gun which has been obtained by progressive improvements in the quality of steel and the technique of construction.
The power of the gun is decided
by the primary purpose for which it is required such as penetration of armour
at long range or repelling attacks by destroyers
and aircraft. For the penetration of armour the higher the power the better, on the principle that success comes to the ship that can hit hardest and most often at the longest range. For defence from aircraft and both attack and defence in the case of destroyers, rapidity of fire is of greater importance than power. In the nature of things, the size of the gun is related to the size of the ship, but the World War produced notable exceptions such as submarines armed with 12 in. and monitors with 18 in, guns. Attempts have been made by certain naval powers to reach agreement limiting the size of guns for certain classes of ships. As the result of the Washington conference (g.v.) in 1922 it was agreed between the signatories to restrict battleships to 16 in. and cruisers to 8 in. guns. At Geneva in 1927 agreement was reached between Britain, U.S.A. and Japan, to limit destroyers and submarines to 5 in. guns, but failure to solve the cruiser problem left this matter adjourned sine die. NAVAL GUNS It is convenient to classify naval guns in four categories:— (x) Automatic Guns.—These are small calibre machines guns in which the loading action is entirely performed by the recoil energy. Such guns, of which the 2-pdr. Pom-Pom is typical, are used for anti-aircraft purposes, arming boats and operations on shore.
(2) Semi-automatic
Guns.—These
are light Q.F. guns in
which part of the loading operation may be automatically performed by the counter-recoil of the gun. These weapons are used where rapid bursts of fire are specially necessary, as in defence against aircraft and destroyer attack. They form the main armament in many destroyers and the anti-aircraft armament in battleships and cruisers, in the latter case being mounted in special mountings capable of very high elevation. Guns in this class are generally supplied with fixed ammunition but the use
of separate ammunition may be entailed by the confined situation.
(3) Hand-worked Guns.—These are light and medium calibre Q.F. or B.L. guns and form the main armament in some destroyers and cruisers and the secondary armament in battleships and large cruisers. A 6 in. projectile weighing roo Ib. is the heaviest
weight which one man can conveniently load by hand; consequently, this size of gun is very generally adopted by all nations.
The difficulty, however, of hand loading such a gun at high angles of elevation, such as are experienced in anti-aircraft defence, has led to it being mounted in power worked mountings in some
869
ORDNANCE
NAVAL]
The weight of ammunition which is a consideration of particular importance in small vessels, is less for a B.L. than a Q.F. gun of the same calibre owing to the absence of the metal cartridge case. (4) Power-worked Guns.—These are heavy guns, above 6 in.
the ship’s personnel and ship’s structure, is effected by suitable interlocking arrangements and automatic danger signals, which ensure the proper sequence of operations, and prevent the gun from being trained on a bearing where the line of fire is masked by ship’s fittings, or where blast effects would be serious.
calibre, and are generally B.L., but may be Q.F. as in the case of German Krupp guns. They form the primary armament in battleships and large cruisers.
placing the gun in an armoured gun house. In the case of turret mountings, fixed armour surrounds the revolving structure ex-
warships.
NAVAL
GUN MOUNTINGS
These may be divided into two main classes:—(A) Deck Mountings attached to the ship taking guns in classes (1), (2) and (3). (B) Turret Mountings built into the ship to take guns in class (4). These are invariably worked by power, usually hydraulic, though certain nations, among them the United States,
prefer electric power, and others a combination of both. Considerations Affecting the Design of Naval Guns and
Mountings.—The
gun design is to some extent affected by the
mounting conditions particularly as regards the gun’s weight and the position of its centre of gravity. If the gun is for a deck mounting and for high angle purposes, it is desirable to keep its axis of suspension as low as possible for reasons connected with
the ship’s stability and for convenience in hand loading. Consequently, the centre of gravity must be close to the breech end, and the recoil must be short to avoid fouling the deck at high elevation. Also the gun should be heavy rather than light, or severe stresses may be brought on the mounting and deck structure during the short recoil. If the gun is required for mounting in a turret, its axis of suspension should be as nearly as possible over the roller path on which the turret revolves, to reduce structural stresses incurred
by the weight of the gun which in the case of r5 in. guns exceeds 100 tons. The axis should be as close to the front shield as possible, so that the opening in the armour necessary for full elevation is as small as possible. Consequently the position of the gun’s centre of gravity’ may affect the diameter of the turret on account of the length of gun within it and so may affect the beam of the ship. This may be limited by available docking accommodation. The weight of the gun, mounting, and turret armour appreciably affect the ship’s displacement, and should be kept as light as possible. This has led to double and triple gun turrets. The turret as a whole must be balanced, hence the weight of the gun must be compensated by the disposition of the loading machinery in the revolving structure. The heavier the gun the greater is the weight entailed in such machinery or in the thickness and overhang of the rear shield. The design of the mounting is affected by the class of ship for which the gun is required and by the position in the ship in which it is mounted. The first consideration in selecting the position for mounting a gun is to obtain as large an arc of fire as possible. The centre line is naturally the most favourable for this purpose, and this has been universally adopted for the primary armament of battleships since the “Dreadnought” era. The selection of position has a large influence on the arrangement of the ship as in addition to the disposition of magazines and shell rooms, the effects of severe blast on the deck, superstructures and personnel must be met. Freeboard, or height above the waterline, is of importance, and Jack of this severely handicapped the British ships in the Coronel action (g.v.). i Important requirements of a naval gun mounting are:—(z) Safety under all conditions of use. (2) Protection by armour from enemy action. For the safety of the ship, it is essential to reduce fire and explosion risk to a minimum, particularly as the gun’s ammunition is in close proximity to the gun. This is
Protection is given by a shield carried on the mounting or by tending below the water line; and the roof and sides of the turret above this armour are made of armour plate. The functions of a gun mounting are (1) to absorb the recoil and replace the gun
in the firing position without incurring undue stresses on the deck
structure.
(2) To enable the gun to be rapidly and accurately
laid and trained (7.e., directed in the vertical and horizontal planes) through
a wide arc whether
the target be in view
at the gun
position or not. This demands very sensitive control for alinement, effected at the gun either directly through telescopic sights or indirectly as signalled from a control position. (3) To permit of rapid loading and a high rate of fire.
(1) Recoil Arrangements.—Guns are generally carried in a
cradle in which they are free to recoil, the cradle being pivoted or supported by trunnions in the mounting.
In the case of heavy
guns the cradle is replaced by a carriage and slide. The carriage may be regarded as part of the gun to which it is rigidly attached, and the slide is pivoted to enable the gun to be laid, and forms a path on which the carriage can travel during recoil. The gun or carriage is attached to a piston which works in a cylinder attached to the cradle or slide. In some cases the piston is connected to the cradle and the cylinder is secured to, and recoils with, the gun. For heavy guns two pistons and cylinders may be employed. The energy of the recoil is absorbed mainly by the resistance offered to the passage of liquid from one side to the other of the piston, either through tapered grooves in the recoil cylinder or through a valve or orifice in the piston. In a 16 in. gun the initial velocity of recoil is 21 fs. and the recoiling mass (approximately rro tons) is brought to rest in the short travel of 3-8 feet. Efficient buffering is arranged at the end of recoil to bring the gun quietly to rest before it is returned to the firing position either by springs, or by air compressed during the recoil action, and contained in a separate compartment fixed to the cradle. In “recuperator” mountings, the run out is effected by the pressure of air contained in a communicating cylinder or reservoir, acting on the liquid in a “run out” cylinder through a valve which controls the speed of run out. Suitable arrangements are made by a liquid seal to prevent any air from passing into the run out cylinder. In power-worked mountings the gun may be run out by hydraulic pressure acting on a ram or piston attached to the slide. It will be noted that the system of overcoming the recoil is hydraulic, whereas the counter-recoil may be mechanical (ż.e., springs), pneumatic, hydraulic or a combination of these systems. The primitive expedient of arranging for the gun to recoil up an inclined plane and to run out by gravity is no longer used.
(2) Training and Elevating Arrangements.—The training
of a gun is effected by rotating the entire mounting about its vertical axis. In a hand-worked deck mounting which is supported on a live roller ring or pivoted on ball-bearings, this is carried out by worm gear fitted in the mounting which engages in a rack secured to the deck. In the case of light guns, this gear is usually arranged to disconnect, so as to allow the mounting to. be trained from a shoulder piece in smooth weather. A turret mounting generally carries with it a hanging chamber and ammunition trunk. Moreover it must be supported on a live roller ring which travels on a fixed roller path built into the ship and effected by suitable breaks in the train of ammunition supply the turret is rotated by a hydraulic engine which works a driving between the magazine and gun, also by enclosing the ammunition pinion gearing into a vertical rack fixed to the hull. The great in flash-proof cases in addition to hoists. For heavy guns, air blast weight of the revolving structure, which may exceed 1,000 tons is provided, which operates automatically on opening the breech in triple gun turrets, entails very powerful machinery to obtain mechanism, and expels gases out of the muzzle of the gun. Water the necessary nicety in movement required for accurate training, sprays also are fitted to drown any smouldering residue which one minute of arc being of importance at long range. In double or triple gun turrets, though the guns cannot be may be left in the gun chamber or on the breech block. The safety of the gun’s crew in operating turret machinery, and of trained independently, the elevation or laying is generally indead ae
870
ORDOS—ORDOVICIAN
SYSTEM
pendent. It is effected by moving the gun slide in the vertical plane by one or two hydraulically operated rams, connected to
master sight in the control position. This is followed by the action of the gun-layer, who keeps a pointer attached to the gun in the slide and working in cylinders fixed to the mounting. Another coincidence with the director indicator, thus giving the gun afi method of laying a gun commonly adopted in U.S.A. ships is elevation corresponding to the setting of the master sight, by the rotation of a long screwed shaft driven by an electric The setting of this sight involves the rangefinder range, and the motor which takes the place of the ram. Where very high angles “spotting” correction obtained from observation of the fall of the
of elevation are required involving a large movement the laying may be performed by a hydraulic swash plate engine (g.v.), Fland-worked guns are generally laid by the rotation of a pinion geared into a toothed arc attached to the cradle. In all cases the elevating gear is connected to the non-recoil portion of the mounting. In some turrets it is possible to lock the slides so that the guns are elevated together, and in other mountings (known as “twin” mountings) independent elevation is not possible. (3) Loading Operations in Turret Mounting.—The possible rate of fire depends upon the rapidity with which successive rounds can be loaded. The loading cycle for a turret gun involves the following events :—
shot, which may be assisted by aircraft observation. This Spotting correction is inevitable as the actual muzzle velocity of the
may differ from that for which the sights are graduated owing
to wear of the gun and to the temperature of the Charge. Also the retardation of the projectile may differ from the normal on
account of its form and weight and because of the density of the
atmosphere.
Such effects are as far as possible allowed for by
calculation in the initial setting of the sight; but there remains a margin of error, which in most cases is chiefly due to the discrepancy between the rangefinder range and the true range, FIRING
GEAR
Under the conditions that prevail in a naval action, it is of
(a) The recoil and counter-recoil of the gun. (b) Opening the breech and ejecting the fired tube (primer).
great importance that the means of firing the gun should be as instantaneous and as reliable as possible. Where guns are directly
is not dependent on the working of the gun.) (e) Ramming home the projectile and charge. In some mount-
of the primer on the end of charge. (6) Ignition of charge. (7) Time taken by the projectile in passing down the bore.
(c) Bringing the gun to the loading position which is a fixed fired from a control or director position, it is necessary for the angle varying in different turrets from 4° to 10° of elevation. In main chain to the gun to be electrical, and the ‘firing some turrets, such as that shown in the illustration, loading can be is reduced if this circuit fires an electric tube. Whereinterval” a perperformed at any elevation through a loading arm at the rear end cussion tube is employed to fire the gun, the fire control circuit of the slide, which is designed for the automatic attachment of is arranged to release a striker by energising an electro-magnet the ammunition cage, which then moves up and down as the gun and attracting an armature which releases the trigger. Owing to is depressed or elevated. This enables the loading operation to the mechanical movements involved, this latter method entails proceed without the gun being brought to a fixed position. The longer delay. loading arm carries on its extreme end a chain rammer for The firing interval in the case of an clectric tube is determined ramming home the projectile and charge, hence this operation by the following train of events:—( 1) Brain impulse interval also is independent of the angle of the elevation. between the director layer or gunlayer seeing his sight alined with (d) Bringing the ammunition cage with projectile and charge the target and deciding to fire, and his finger pressing the confrom the waiting position in the chamber to the loading position tact button. (2) Completion of the circuit by the physical move: or loading arm. (Bringing the ammunition from the shell room ment of the contact button, push or switch. (3) Heating the and magazine by the main trunk and transferring it to the load- bridge and burning the powder in the tube. (4) The passage of ing cage is an operation which can be performed at any time and the tube flash along the vent of the breech screw. (5) Ignition
ings, where fixed loading is carried out, telescopic rammers are used and the charge is automatically picked up by the rammer behind the projectile and carried into the gun chamber in the same ramming operation with the projectile.
An efficient firing gear reduces the firing interval to a minimum and makes the prospect of firing as reliable as possible. The possibility, however, of a misfire is usually provided for by some alternative system. In some cases an alternative electrical circuit (f) The withdrawal of the rammer and cage. is fitted which is brought into operation by a switch, and in other (g) Closing the breech with a new tube in position. cases percussion firing is resorted to by either exchanging the When the loading is completed a hand-operated switch is put electric tube for a percussion one or by employing a tube which over. This break in the firing circuit is introduced to ensure is capable of being fired electrically and by percussion. Electrical safety from firing during the loading operations. The gun is firing lends itself very readily to the introduction of safety now ready for firing, and this can be performed by completing arrangements, e.g., the circuit can be broken by the recoiling action the firing circuit by pressing a key either in a sighting position of the gun and only completed when the gun is out in the firing in the turret or in the director tower, according to which position position. It can be also broken when the breech is not closed is connected up. and only completed when it is fully closed. It will be evident from the foregoing that the use of a NAVAL GUN SIGHTS AND GUNLAYING heavy naval gun entails great proficiency in drill and a considerSights fitted with telescopes are attached to the cradle or con- able amount of organisation and intelligent co-operation in the nected with the trunnions of the slide. Setting the range on the personnel involved. The machinery and instruments concerned sight gives it an angle of depression with the gun’s axis. The must be kept in a highly efficient condition to ensure that no movement of the gun necessary to aline the sight on the target link in the chain of operations fails. Alternative methods of loadgives elevation to the gun corresponding to the range on the ing and operating turret guns are provided in many cases, such as sight. mechanical hand-loading or a secondary source of power in the It will be appreciated that change in the direction or bearing of event of the main system being put out of action. These add to the target may entail continuous training to keep on the object, the degree of training and skill required in the gun’s crew. and that change in range may entail constant alterations in the However great the power and mechanical perfection of the elevation of the gun. Such movements are, however, usually weapons, the spirit, resource, and efficiency of the man behind small, and readily adjusted by the responsible members of the the gun will continue to be a matter of the highest importance. gun’s crew. A more difficult task in keeping the gun continuously Other things being equal—the human element will decide the laid is caused by the oscillatory motion of the ship, which, since issue. (J. G. M. McH) it is of a harmonic and composite character, is very difficult to ORDOS: see Suewst.
compensate.
This motion is, as far as possible, discounted by
means of “director firing” in which a definite position in the roll can be selected for discharging the gun. In this method of firing, an indicator is operated at the gun by an electrically connected
ORDOVICIAN SYSTEM, in geology a term introduced by Lapworth in 1879 to include those rocks—well developed in the
Welsh region formerly inhabited by the Ordovices,—which had been classed by Murchison as Lower Silurian and by Sedgwick
ORDOVICIAN
871
SYSTEM
as Upper Cambrian (see Srturran). In the early part of last century all the rocks which lie beneath the Carboniferous Lime-
System have been divided up into a series of life zones. The graptolites utilised as zone fossils differ in different parts of the world, but though the Index Fossil may be different, there is a very wide
made the first serious attempt to reduce them to order. Sedgwick started work in the Snowdon district and Murchison began upon
within the Graptolite Shales all over the world, and there 1s like-
stone were grouped together under the general name of Transition Series and it was not till 1831 that Sedgwick and Murchison
agreement in the General Assemblage found at the same horizon
wise the same change from the early many
branched
forms to
those with fewer branches, and from the pendent to the scandent direction of growth. The cell form too changes in the same manthe with which he was dealing, while Sedgwick called his group the ner from the straight to the slightly sinuous, and eventually to Tetras, Dichograptu s, Clonograptu Hence type. sinuous decidedly Cambrian the that supposed was it time Cambrian series. At that lay entirely below the Silurian. Subsequently it was shown that graptus and Didymograptus are characteristic of the Lower Ordotus characthe two formations overlap, the upper part of Sedgwick’s Cam- vician; Nemagraptus, Dicellograptus and Climacograp tus, Dicranograp us, Dicellograpt and Ordovician, Middle the terise Silurian. Murchison’s brian being the same as the lower part of A prolonged controversy followed which has left its effects in a Climacograptus and Diplograptus the Upper Ordovician. The of Orihis, confusion of nomenclature even to the present day. It has, how- articulate brachiopods include the various subgenera ever, long been recognised that the Cambrian and Silurian of Strophomena Leptaena, and Plectambonites, and, more particuSedgwick and Murchison include three natural groups, and in larly towards the top, forms with a definite internal brachial 1879 Lapworth proposed that these groups should be called Cam- apparatus such as Afrypa and Zygospira make their appearance. The trilobites reach their zenith of development and exhibit brian, Ordovician, and Silurian. Murchison’s terminology is still great variety in form, but whilst Ceratopyge is found only at the called are groups three the and Germany, in often used, especially base, and forms like Chasmops and Phillipsinella only in certain the Cambrian, the Lower Silurian and the Upper Silurian. Although under all the variations of terminology the three beds in the Upper Ordovician, many genera or families have a groups are now universally recognised there are still differences long range; Ogygia for example is characteristic of the Lower of usage with regard to their precise limits. Whereas in extra- Ordovician when it occurs, but the nearly allied Asaphus is found British areas there is a general concurrence of opinion as to the at all horizons. The forms of commonest occurrence are Asaphus, horizon at which the base should be drawn (zone of Dictyonema Ogygia Acaste, Calymene, Placoparia, Illaenus, Homolanotus, fabelliforme), most British geologists still adhere to the older Remopleurides, Cheirurus, Lichas, and Phillipsinella; there are classification, based largely upon structural considerations, in also blind trilobites such as Trinucleus and Ampyx, both of which which the base is taken above instead of below the Tremadoc. are common, as is also Aeglina with its over-developed eyes. Various Orthoceratidae are abundantly represented in the There is also some divergence of opinion as to the horizon at which the upper limit should be drawn, the fossil evidence sug- Orthoceras Limestone of Scandinavia; taken as a whole however gesting that it should include beds up to the time of appearance of the mollusca (g.v.) play a far more important part in the fauna the true Pentamerids and Monograpti, though mainly on litho- of America than they do in Europe, both gasteropods and lamellibranchs being abundant at certain horizons, whilst the bryozoa logical grounds it is generally taken below this level. The various strata composing the System may be divided into are also important in America, and probably on account of the several contemporaneous facies or types of deposit, controlled by physical conditions, are far more abundantly represented. Distribution.—Ordovician rocks have an almost world-wide different physical conditions at the time of formation, and since these same physical conditions also govern the nature of the distribution since they have been recorded from both Arctic and organisms living in different parts of the sea, each facies of Antarctic regions, Europe, North America, South America (Bolivia), Asia (China, Burma, northern Himalayas, Shan Statcs), deposit tends to have a distinctive set of fossils. northern Africa and Australia. The classic areas of development The three principal facies can be recognized: however are those of Europe and North America, and the other 1. Shallow water marine facies (a) grits, sandstones and shales indicative of heavy sedimentation; areas may be regarded in terms of these. In Europe they may be fossils mainly trilobites and brachiopods. considered as having been laid down in two main areas, a northern (b) shelly limestones evidently laid down in clean water; fossils area and a southern area. The northern area of deposition commainly brachiopods, cystids, ostracods, and bryozoa. prised the British Isles, the greater part of Scandinavia and the 2. Deeper water marine facies (a) nodular limestones; fossils mainly cephalopods (Orthoceras). Baltic Provinces; it consisted of two gulfs penetrating far into the (b) black shales; fossils, blind trilobites or trilobites with overnorth Atlantic continent, the outermost of which was probably a developed eyes. Often occurring in association with true geosyncline and the inner an epicontinental sea; these were (c) fine black shales; fossils mainly graptolites. partially separated by a long island or peninsula extending from 3. Volcanic facies especially characteristic of British Isles. The natural relationships of these different types are indicated Scandinavia to Britain. The southern area is considered to have by their field relations, the shallow water facies of either type may lain to the south of a land mass extending through Central Europe have a considerable lateral extension running parallel with the old and comprising southern France, Spain and Portugal, Thuringia, coast line, but in a direction approximately at right angles passes the Fichtelgebirge, Kellerwald and Bohemia. The differences in the faunas of these two areas has been reinto one or other facies of the deeper-water type, the subdivisions of which are often intercalated into one another, though the type garded as in large measure dependent upon the existence of the with the most widespread development is undoubtedly that of separating land barrier, but it is possible that these differences may the Graptolite Shale. The graptolites do not really belong to be due in part to facies, and the possibility of the effect of migrathe black shale since it is likely that they were planktonic or tion and counter-migration along the shore line must not be overpseudo-planktonic, but since quietness of the waters and absence looked. Towards the close of the period at any rate this difference of coarse sediment are the determining factors governing the dis- in faunas disappeared, for a uniform type of fauna characterises all areas of deposition whether they belong to the shallow-water or tribution of both, the two are almost invariably associated. Life.—The life of the Ordovician period presents a distinct deeper-water facies. In America shallow water facies of varied type predominated all advance in type upon that of the preceding Cambrian; as a whole it may be said to be characterised by three main features: (a) along the submerged margin of the Canadian shield (epicontinental Acme of development of the trilobites. (b) Rise and domin- sea), but in the east and west, definite geosynclines originated, ance of the articulate brachiopods over inarticulate types. (c) known as the Cordilleran and Appalachian geosynclines respecIncoming in force and great development of the graptolites. tively, and it is to these that the Graptolite Shale facies mainly The fauna consists on the one hand of a trilobite-brachiopod belong. British Isles —~The British Ordovician rocks have always been fauna characteristic of the shallow water facies, and a graptolite fauna characteristic of the deeper water facies, and it is by means much folded since their formation. They were laid down originally of these great groups of organisms that the rocks belonging to the within the geosyncline of the northern area of deposition, part of the Welsh borders. By 1835 they had advanced so far that Murchison gave the name of Silurian system to the group of rocks
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ORDU—ORE
the northern margin of which appears to have lain along the Highland border, whilst its southern shore-line ran obliquely through the Welsh borderland and thence south into Cornwall. Hence in
the neighbourhood
of the Highland border (Girvan)
and the
DEPOSITS to the Appalachian geosyncline, but includes also beds now lyin
outside it in the St. Lawrence valley which have probably been
brought by thrusting into their present position.
The classic de.
velopment of the Graptolite Shale facies of the Lower Ordovician
Welsh borderland there is an extensive development of the shal- is that known as the Levis Shales of the Quebec group seen on the low-water facies, which traced south-east on the one hand and south shore of the St. Lawrence immediately opposite Quebec: the more generally west and north-west on the other, pass into de- remainder of the Graptolitic facies is best known from New York posits of the deeper water facies characterised by graptolites. State where they form the Hudson river Shales of Albany. The These sediments are however interrupted at different horizons by shallow water facies is found extensively in the north in the Hudvolcanic rocks though the intensity and duration of vulcanicity son bay region (Manitoba, Hudson bay and the Arctic archipel. varied in different places. It is the folding of the sediments and ago), and in the south or Mississippean region along the margins the occurrence of these volcanic rocks on a grand scale that is re- of the Canadian shield in Michigan, Wisconsin and Minnesota sponsible for the rugged mountain scenery of both north Wales and on the domes of Cincinnati and Nashville. and the Lake District. There appear in general to have been two Australia.—In Australia the same three facies of the Ordovician main volcanic episodes, an earlier one (Arenig) characteristic more are characteristically developed. Beds belonging to the shallow particularly of the marginal areas, of the geosyncline, and a later water facies have only up to the present been definitely recorded one (Llandilo-Caradoc) belonging to its more central portions. along the east to west line in Northern Territory in the heart of the The table shows the succession in the classic areas of development. continent (Tempe Downs, and Levi Range, south of the Mac. European Continent.—In Scandinavia the Ordovician rocks Donnell Ranges) the dominant type, which is found mainly in the have escaped the severe tectonic disturbances that have so gen- eastern half of the continent, belonging to the Graptolite Shale erally affected the rocks of this age in other regions. In Norway facies; these are best seen in Victoria where the Lower Ordovician their main development occurs in the Christiania (Osl6) basin, rocks of this type have become well known through their occur. but in Sweden the best sections are those seen in the many table- rence in the most productive gold feld; Upper Ordovician of simimountains that have been cut out by circumdenudation, where lar type, though less auriferous, occur east of a line running north the rocks can be studied lying horizontally one above the other. from Melbourne, and are also found in New South Wales. VolThe recognition of the different facies of deposition is here par- canic rocks of the age have an extensive development in central
ticularly important; the classic areas are those of Skane, Oland, Ostergotland, Vastergotland and Dalarne, and water and deeper water facies show varying ment. In Skane is found the most complete Graptolite Shale facies, but this is associated
in these the shallow degrees of developdevelopment of the in places with some
Trilobite Shales and some thin bands of Orthoceras Limestone. In Dalarne on the other hand the facies is largely shallow water throughout and almost entirely calcareous, a similar facies being found in Oland where however the succession is incomplete above the horizon of the Cystid Limestone, and Dictyograptus Shales largely replace the Ceratopyge Limestone; in Ostergotland the Ceratopyge Limestone is again replaced by Dictyograptus Shales but the upper part of the succession is complete, and in Västergotland Graptolite Shales not only replace the Ceratopyge Limestone but also the lower part of the Orthoceras Limestone. Hence the general succession in the different areas may be regarded as dependent upon the degree to which the various limestones are replaced by Graptolite Shale. In the Baltic Provinces the succession is mainly of shallow water type, and affords perhaps the best development of the rocks of that type recognized in Europe. The succession presents some striking analogies with that of the Scandinavian shallow-water development of which it is no doubt the counter part on the southern shore line; hence the Vaginatenkalk and Echinosphaerite Kalk show many features in common with the Orthoceras Limestone and Cystid Limestone of the northern region. It does not appear possible however, to correlate exactly the beds that are said to overlie the Echinosphaerite Kalk, namely the Jewe Itfer, and Kuckers Schiefer, beyond the fact that they appear to belong to the Upper Ordovician. At the base of the Ordovician succession in Bohemia, there is an unconformity of considerable importance so that the basal beds are naturally of a littoral character (Dia); above, Graptolite Shales of Arenig age occur, and the beds of Llanvirn age (Dı) contain a mixed fauna of trilobites and graptolites: the remainder of the succession is formed a richly fossiliferous shal-
low-water series of sandstones and shales representing everything
_up to the top of the Ashgillian.
North America.—In the geosynclinal areas of North America, both shallow water and deeper water facies of deposit are found and these are often highly disturbed by the movements in which they have been involved since their deposition; outside these geosynclinal areas the beds show very little signs of any disturbance, are thinner and consist very largely of calcareous beds with different varieties of shallow water faunas. The Graptolite Shale facies is best known in the area belonging
New South Wales and in Tasmania (see AUSTRALIA). (G. L. E.) ORDU
(anc. Cotyora, where the “Ten Thousand” embarked
for home), the chief town of a vilayet, on the north coast of Asia
Minor, between Samsun and Kerasund, connected with Zara, and so with Sivas, by road, and with Constantinople and Trebizond by steamer. Filberts are exported. Pop. (1927), 113,004. ORDUIN-NASHCHOKIN, ATHANASY LAVRENT-
EVICH (?-1680), Russian statesman, was the son of a poor official at Pskov. He was the only Russian statesman of the day
with sufficient foresight to grasp the importance to Russia of the Baltic seaboard. Orduin abolished the onerous system of tolls on exports and imports, and established a combination of native merchants for promoting direct commercial relations between Sweden and Russia. He set on foot a postal system between Muscovy, Courland and Poland, and introduced gazettes and bills of exchange into Russia, With his name, too, is associated the building of the first Russian merchant-vessels on the Dvina and Volga. See V. Ikonnikov, “Biography of Orduin-Nashchokin” (in Russkaya Starina, Nos. 11-12) (St. Petersburg, 1883).
_ OREBRO, a town of Sweden, capital of the district (Jin) of
Örebro, lying on both banks of the Svartå a mile above its entrance
into Lake Hjelmar, 135 m. W. of Stockholm by rail. Pop. (1928),
37,053.
Orebro was in existence in the 11th century. Its castle
was erected by Birger Jarl in the 13th century, and twenty diets or important assemblies were held either in the castle or in the
town. Such were the Orebro concilium of 1537, the diet of 1540 in which the crown was declared hereditary, and that of 1810 when Bernadotte was elected crown prince. In great part rebuilt since a fire in 1854, Grebro has a modern appearance. An ancient castle, however, with four round towers, still remains, and is used as a museum. There may be mentioned also the church of St, Nicholas, of the 13th century; and the King’s House (Kungsstuga), an old and picturesque timber building. The patriot Engelbrecht (d. 1436) was born here. The Swedish reformers of
the 16th century, Olaus and Laurentius Petri, are commemorated by an obelisk.
Örebro is the centre of the Swedish shoe industry;
trade is carried on, by way of the Örebro canal and lakes Hjelmar
and Malar, with Stockholm.
ORE DEPOSITS. The word “ore” is defined in the Oxford Dictionary as “a native mineral containing a precious or useful metal in such quantities and in such make its extraction profitable,” and is used in commerce and by miners, ogy and petrology apply the word to out the above-mentioned limitations.
chemical combination as to this is the sense in which 1t although writers on mineralmetalliferous minerals with-
ORE
DEPOSITS
Ore deposits are accumulations in Nature which have arisen
by some form of concentration, either chemical or mechanical, or both. Prof. Kemp has made a useful comparison between the average percentages of the metals in the earth’s crust and those necessary to constitute an ore suitable for profitable working. The two tabulations, slightly modified in the case of manganese and copper to conform with later improved practice, are here put side by side:— Metals Aluminium.
Iron
.
Average percentage in Earth’s crust 8-13
Manganese Nickel. Tin . Copper Lead . Zinc Silver . Gold Platinum The letter X indicates
4°71
Percentage necessary for profitable working 30
0:07 0-01 o-000X-— -a000X 0-0000X 0 c000X 0-0000X 0-000000.K. 0-0000000X 0-00000000X some undetermined
35—65
25-50 2-5 1-5-3 I-10 2-2:5 5-25 0:03-0:16 0:003-0-00016 0-00005 digit.
875
moniates, chromates, silicates, chlorides, oxy-chlorides and hydrates. Where special conditions involving strong reduction prevail certain metals appear in the native state (copper, silver, mercury}. The commonest gangue minerals in the deeper parts of the lodes are quartz and the sulphides of iron (pyrites, marcasite, arsenopyrite). Nearer the surface the hydrated forms of silica (opal and chalcedony), the carbonates of iron, calcium, barium and magnesium (siderite, calcite, aragonite, witherite, dolomite) and the sulphates of calcium and barium (gypsum, anhydrite, barytes) are common. Important deductions as to the origin of an ore deposit can be drawn from the nature of its mineral associates, always provided that care is taken to distinguish between the different epochs of mineralization, z.e., to say whether the mineral in question belongs to the primary period of mineralization, or has been introduced at a later date from without, or derived from the original-qnineral by the chemical action of permeating solutions. Thus, fo? example, the presence of fluorine, boron and phosphorus-bearing minerals, such as fluorspar, apatite, tourmaline and axinite, indicates deposition at a temperature above the critical temperature of water, by the aid of the so-called “‘mineralizers.”” Heavy anhydrous silicates such as the pyroxenes, the hornblendes and the dark micas, also imply a deep-seated origin at high temperatures. On the other hand, the presence of hydrated minerals, such as chlorite, opal, chalcedony and members of the zeolite group, points to an origin near the surface at comparatively low temperatures. The association of minerals belonging to the same epoch of formation is connoted by the term paragenesis.
A comparison of the two tabulations gives an idea of the degree of concentration that has been instrumental in the formation of ore deposits from the materials of the earth’s crust. Research has shown that it is to the igneous magmas that we must look for the original source of these concentrations of the metals. The agents by which the metallic components of the magmas are segregated, or extracted from the rocks to which the magmas consolidate, and finally concentrated, are numerous. In the case of the molten MAGMATIC DIFFERENTIATIONS magmas it is by the process known as differentiation, or by the escape of gases and vapours carrying volatile metallic compounds Concentration by magmatic differentiation gives rise to oreto the adjacent rocks—a process which is known as pneu- bodies associated mainly with plutonic rocks. These, because of matolysis. From the consolidated igneous rocks extraction is the slowness with which they cool, offer the greatest facility for effected by hydrothermal solutions, whether of deep-seated or of such concentration. A marginal segregation of the heavier minmeteoric origin. Further concentration takes place (1) by oxida- erals is brought about in the cooling magma either by fractional tion, hydration and solution in the zone of weathering and re-pre- crystallization and gravitation of the crystals thus formed or by cipitation in the zone of secondary enrichment; (2) by the me- liquation, the latter process being a separation into two immiscible chanical agents of erosion and sedimentation, and (3) by chemical fluids, the heavier of which sinks to the bottom of the magma and bacterial agents leading to precipitation in seas, lakes and basin. swamps. The density increases with the number of molecules of metallic It will be seen from these considerations that ore deposits can oxides, such as those of iron, chromium, nickel, copper, calcium, be divided into two great classes according as they are of primary magnesium. Hence these molecules will be more abundant in the or of secondary origin. lower than in the upper portion of a magma basin. In general, The Primary Deposits may be subdivided into:— therefore, the net result is the formation of a basic peripheral zone (a) Magmatic differentiations within the boundaries of the and an acid (that is siliceous) central portion. As a rule the ores igneous mass; are concentrated in the peripheral portion, although exceptionally (b) Deep-seated injections of materials extracted from the mag- they occur in the heart of the igneous mass itself. ma by differentiation; Deep-seated Injections——The examples referred to in the (c) Infillings and replacements at moderate depths by magmatic preceding paragraphs are segregations within the igneous magma waters or by meteoric waters heated by descent; itself; but the majority of ores, although derived in the first in(d) Infillings and replacements near the surface by waters of stance from igneous magmas, are concentrated beyond the limits meteoric origin. of the magma basins. The Secondary Deposits are:-— The formation of tin and copper deposits as the result of the (a) Oxidation and reduction ores in the zones of weathering and consolidation of a granite magma is worthy of consideration in secondary enrichment; this connection. An undifferentiated granite magma may be con(b) Residual ores; sidered as a solution containing, among other constituents, a cer(c) Detrital ores; tain amount of water and the chemically active elements boron, (d) Precipitated ores. fluorine, chlorine, phosphorus, sulphur, tellurium, etc., which are The form assumed by ore deposits will be referred to later. As spoken of as “mineralizers,” since they possess the property of regards their mineral composition, it is necessary in the first place forming volatile compounds with the heavy metals. As the magma to distinguish between the ore and the gangue, the latter being cools it separates into differentiates of varying composition; and the name given to the minerals that accompany the ore. consolidation of the different fractions takes place in the order of In the deep-lying parts of the deposit, or what is often called decreasing viscosity, the final residuum containing an excess of the primary sulphide zone, the ore-forming metals occur in com- silica, a portion of the alkalies, practically all of the water and bination with sulphur, tellurium, arsenic and antimony (as sul- compounds of the metals, tin, tungsten, molybdenum, uranium, phides, tellurides, arsenides and antimonides of one or other of the lead, copper, iron and many of the rarer metals. metals—gold, silver, mercury, lead, vanadium, zinc, nickel, cobalt, In the early stages of consolidation cracks and fissures are etc.), or as silicates (of iron, manganese), or oxides (of iron, tin, formed in the cooling crust, into which the liquid residuum of the chromium). Occurrence in the native state is in this zone confined magma is injected. The earliest injections give rise to quartzto a few of the metals (gold, platinum, iridium, palladium, etc.). porphyries and felsites; later differentiates are pegmatites and In the upper portion of the lodes, in the zone of oxidation, the aplites; while the most acid extract consolidates as almost pure metals occur as carbonates, sulphates, phosphates, arseniates, anti- quartz. While the temperature of the crust is still high and before
ORE
876
DEPOSITS
it has fallen below the critical temperature of the acid vapours, a proportion of the latter escapes into the surrounding rocks. These gaseous emanations deposit their mineral burden to a minor extent in fissures in the solidified crust of the igneous mass itself; but the main deposition is in the older rocks beyond, to which access is gained through bedding planes, joints, faults and crush-zones. The tin-ore deposits contain the metal in the form of the oxide,
SnO. (cassiterite) which is probably derived from the granite in the form of fluoride of tin—SnF,—a volatile compound which, emitted at a high temperature, decomposes at a lower temperature in the presence of water vapour to a dioxide of tin, as shown by the following equation: SnF.+-2H20 = SnO.+4HF
The deposits are characterized by the presence of the fluorinebearing minerals—fluorspar (fluoride of calcium) and topaz (a fluoride and silicate of aluminium) and the boron-bearing minerals —tourmaline and axinite; whilst among metallic compounds are found wolfram (a tungstate of iron and manganese), ilmenite (a titanate of iron) and various sulphides and arsenides of copper, iron, lead and silver. Some of these compounds often constitute valuable ore-deposits of the respective metals. For instance, in Cornwall the upper portions of the lodes, to-day being mined exclusively for tin, carried copper in such quantities as to have made that county the world’s chief producer of that metal in the early
far as they are formed by the cooling of aqueous vapours given off at a late stage in their consolidation. A considerable proportion in origin),
however, are no doubt surface waters (i.e., meteoric
which, descending along fractures, derive their thermal properties from the secular heat of the earth, or by coming in contact with or into the near neighbourhood of, igneous intrusions.
i
Of the water that falls as rain one part is the run-off, that is to say, water that reaches the rivers without having penetrated the surface. A second part is returned into the atmosphere by evaporation; while a third part disappears into the soil and under-lying rocks by percolation. Under the influence of gravity the water of percolation penetrates into the earth’s crust, first through the superficial weathered and disintegrated layers and then through
the more solid rocks by way of the fractures of jointing and fault.
ing, the planes of bedding or the pore-spaces between their constituent minerals.
It is a matter of common observation that at a variable depth
below the surface, there is a connected body of water, which permanently fills all openings. The surface of this sea of water js called the level of the ground-water, the permanent water level, or the water-table ; it is the upper level of the belt of saturation, Above the permanent water level is the zone of percolation in which the openings in the rocks are only intermittently filled with water. This water is in active movement and air is present. The thickness of the zone of percolation varies greatly. At sea-level
part of the roth century. This depth-change in mineral content is and at, or near, streams or lakes the level of the ground-water a function of the temperature and pressure of the ascending min- reaches the surface; in average areas it is from 10 to 1,oo0ft, eral-bearing vapours and solutions and is sometimes referred to below the surface; in high-lying districts with small rainfall it may as the zonary distribution of ores. Experience has shown that the be 100 to 300ft. below the surface, and in elevated desert regions order of the zones of ore occurrence in the Cornish lodes from as much as 1,000 to 2,oooft. below the surface. below upwards is tin, tungsten, copper, zinc, lead, silver, and this The belt of saturation is divisible into two portions. The upper is the order of increasing solubility of the compounds of these portion, or that part which has a means of horizontal escape and metals in the ascending magmatic waters. discharge, is the zone of discharge. In general, it lies between the The highly-heated soluble constituents of the intrusions as they water-table and sea-level. In it the circulation is vigorous, as is pass into the invaded formations profoundly modify their mineral evidenced by the vast volume of water discharged by springs. composition. Among the sediments, the aluminous (shales and The bottom part of the belt of saturation is the static zone. In slates) and the calcareous (limestones) are the most subject to it the waters are practically stagnant, or at best move very slowly. modification. The aluminous rocks develop tourmaline, sillimanite, Near the bottom limit of the static zone the water gradually staurolite, andalusite and topaz—all silicates of alumina, while diminishes until the dry sone is reached. The boundary between the calcareous rocks yield garnet, axinite, wollastonite, diopside, these two zones is quite irregular, descending to great depth along scapolite, vesuvianite and epidote—all lime-bearing silicates. fractures and rising high in solid ground. The lower levels of In places these contact phenomena are accompanied by the most deep mines are in the dry zone, in some places reached at a development of ores, and thus give rise to an important class of depth of not more than 1,000 to 1,50o0ft. below the surface. ore-bodies generally described as contact-deposits. As a rule they The waters circulating in the zone of percolation are cold, conare metasomatic replacements of limestone. Excellent examples tain free oxygen and are acid with dissolved carbon dioxide. Such are found in the so-called porphyry-copper deposits of the Western waters have been termed vadose (Lat. vadosus, shallow) by States of America (e.g., in Arizona, New Mexico and Utah), PoSepny. They have a strong oxidizing effect on sulphides, pyrites where copper ores occur in limestone at its contact with intrusive for instance being decomposed with formation of oxide of iron monzonite and quartz-porphyry. The principal contact minerals and sulphuric acid. The net effect of the vadose circulation, thereare garnet (andradite) and epidote. The primary ores are cu- fore, is destruction, and the zone of percolation is practically coinpriferous iron pyrites and zinc-blende to which must be added the cident with the sone of weathering, although the latter overlaps high grade copper sulphides—chalcocite and bornite, in the zone the upper portion of the zone of discharge. In the zone of discharge the waters, as they descend, lose their of secondary enrichment. Near the surface, subsequent leaching by meteoric waters generally gives rise to a zone which may be oxygen and carbon dioxide and deposit material brought from the zone of weathering. When they have access to open channels barren, but in places contains oxides and carbonates of copper. Equally important are the iron-ore deposits, which occur in they penetrate deeper and deeper, absorb heat and thus become limestone at its contact with igneous intrusions of an acid or inter- powerful solvents of the metallic sulphides and tellurides. mediate type. Magnetite is the principal ore mineral, although Ultimately these heated waters, together with those of maghaematite also occurs but in smaller quantity. Characteristic asso- matic origin, ascend, and as they cool and mingle with the descend-
clates are the iron-garnet (andradite), the iron-pyroxene (hedenbergite), olivine and ilvaite. Deposits of this character are found in the Banat province of Hungary, on the island of Elba and in the Oslo district of Norway. HYDROTHERMAL
DEPOSITS
ing vadose waters deposit their mineral burden, either in the main channels of circulation, thus forming ore-veins, or in the pores of
the rocks forming the so-called cemented ore-bodies,
As the openings become closed by cementation, however, the
circulation becomes
feeble and ultimately completely stops, al-
though earth movements may refracture the rocks and inaugurate
The part played by water in the formation of ore deposits is a new circulation. The vertical movement of fined to the zone of fracture and cementation. action, which is enormously increased at high temperatures and the pressure is sufficiently great to produce a pressures, it is the universal vehicle for the transference of mineral ment of the rock particles, and thus to close all of the first importance, for on account of its mobility and solvent
matter.
In the hydrothermal circulation the mineral-bearing solutions are in part directly connected with igneous magmas, namely in so
the water 1s conBelow this zone, differential moveopenings by rock-
flow. For free upward movement the ground must be fissured, fault-fractures, especially when brecciated, and shear-zones are preferentially used by the ground waters, and these, therefore,
ORE. DEPOSITS frequently become the seat of the deposition of ores. The existence of impervious formations is an important factor in directing the general circulation of underground waters, and in the localization of ore deposits.
The deposition of minerals from solution is brought about in a variety of ways. Solutions which are unsaturated at depth become, as they ascend, saturated by decrease of temperature and
pressure.
Chemical reactions also come into play—for instance,
hetween solutions of different origin, between solutions and solids and between gases and solutions. Under one or more of these conditions the metallic burden is precipitated, lining and ulti-
mately filling the channels traversed by the solutions. But not only are open channels filled: the wall rocks of the fissures may be affected or the constituent minerals of the rocks attacked by the penetration of the circulating waters. Consequently, two distinct classes of hydatogenetic ore-bodies must be distinguished, namely cavity-fillings and metasomatic replacements. Cavities in rocks are due to a variety of causes. The openings may be those of discission, z.¢., fractures of dislocation (faults), or contraction-joints; they may be the interstices of sediments or
gas-pores in lavas; they may be due to the folding of sedimentary beds (saddle and trough openings); or they may be solution-
cavities in limestone and dolomite, z.e., caves, sink-holes and enlarged joints and bedding planes. The filling of fault-fissures, zones of brecciation, interstitial openings and the vesicular cavities of lavas, gives rise to important ore deposits. Metasomatic replacement is responsible for the formation of
perhaps the largest class of ore-bodies. By metasomatism is meant
877
tion, in which rocks and ore deposits become disintegrated and
their component minerals decomposed with removal of the soluble constituents. The chief chemical processes involved are hydration, oxidation and carbonation. Silicates are broken down, the alkalies and alkaline earths being removed as soluble bi-carbonates, whilst silica is set free. Sulphides give place to soluble sulphates or to sulphuric acid. The soluble compounds are carried down to the belt of saturation. A portion is lost in the waters escaping in the zone of discharge. The remainder is deposited as the descending acid waters become neutralized by the alkaline waters of the lower zone. The changes produced in ore deposits by the process described above are most striking, and of the greatest economic importance. Those metals that form soluble compounds are removed from the zone of weathering, leaving in most cases an impoverished residual material. On the other hand, the precipitation of new metallic compounds or of the metals themselves at lower levels leads to enrichment at those levels. As a rule oxy-salts, halogen salts and native metals are precipitated above the water-table, while secondary sulphides are deposited below it. The dictum of the mining camp that lodes become richer in depth, is therefore only true as regards their upper portions. In progressing from the outcrop downwards, a barren or lean portion of the lode is first passed through. As the water-table is approached, the metal content increases, attaining a maximum in a zone of secondary sulphides below it; the grade then falls until a minimum is reached in the unenriched zone of lean primary sulphides. The zone of secondary enrichment is of prime importance for the mining of copper and silver, the bulk of these metals being won from it. Copper mines, rich in their upper levels, become poor in depth and ultimately unpayable when the lean primary ores are reached, unless the deposits are sufficiently large to be worked at a very low cost. The primary ore is almost invariably a cupriferous iron pyrites. On oxidation the copper goes into solution either as sulphate or as a bi-carbonate, and is removed, leaving behind the iron oxides. Consequently a prominent feature of copper lodes is the existence at or near the surface of a gossan or iron-cap (chapeau de fer), from which the valuable copper content has been removed. In wet climates the gossan consists almost entirely of hydrated oxides of iron. In drier climates, the anhydrous oxide (haematite) occurs; and in still drier climates (for instance the rainless regions of Arizona and Chile) gossans contain chlorides and sulphates of copper, which in wet climates are unable to exist in the solid state. The copper minerals especially characteristic of the upper portion of the zone of secondary enrichment are the hydrated carbonand (2CuCO;-Cu[OH]:), (CuCo;Cu[OH]2) ates—malachite chessylite, the hydrated silicates—chrysocolla (SiO+Cu0-2H:0), and an oxy-chloride—atacamite (CuCl:-3Cu[OH]2), together with native copper. Lower down, the sulphides—chalcocite
the replacement molecule by molecule of a constituent of a rock by new mineral matter. Such replacements can be effected not only by water below the critical temperature, as in the hydrothermal circulation, but also by gases, as in the case of pneumatolytic replacement. Since different minerals are differently affected by solutions, rocks will be more or less completely replaced according as they are made up of aggregates of the same or of different minerals. Limestones and dolomites, which are composed almost entirely of either calcite or the mineral dolomite, are far more liable to extensive and complete replacement than any other type of rock. They lend themselves to replacement both by the facilities they offer for circulation and by the solubility of the carbonates of which they are composed. Where rocks of differing susceptibility to replacement occur in alternate beds the more soluble will be preferentially replaced, thus giving rise to a bedded type of ore deposit. Impervious beds crossing the paths of vertical fissures retard or stop the flow of solution, with the result that the latter, by spreading out beneath or above the impervious layer, tends to form characteristic pearshaped replacements. In cases where there is a rapid alternation of impervious and permeable layers, selective action leads to the formation of serrated or tooth-shaped ore-bodies. and covellite (CuS), are found. In sandstones whose cement is calcareous, the replacement of (CuS), bornite (3Cu2S-Fe2S3) Detrital Ores.—The work of weathering is twofold; namely, the calcite by ores is common; but it is sometimes difficult to say Comparatively whether the disseminated ore particles have been produced by mechanical disintegration and chemical change. the chemical agents, but replacement, or by the filling of inter-granular spaces. Dissem-~ few minerals resist the attack of from the inated ore-bodies may also be produced by the differential alter- amongst them there are some that are of importance ilmenite, magnetite, platinum, gold, view—e.g., of point economic ation of igneous rocks, since these are aggregates of, minerals cassiterite, wolfram, monazite, corundum, diamond, etc. The varying in susceptibility to alteration. and other variAmong the best examples of metasomatic replacement are the agents of mechanical disintegration are the diurnal on freezing, the lead and zinc deposits found in limestone. Sulphides of lead and ations of temperature, the expansion of water action of wind, etc. zinc are soluble in alkaline sulphides without decomposition. In erosion due to running water, the sand-blast hills by running the of slopes the down carried is detritus The as contact with limestone such solutions deposit these sulphides gravity and size of specific to according distributed and water and flats viz., common, are types Two blende. zinc and galena pitches. A flat is a replacement which has progressed outwards grain. The transported material accumulates in the valleys of rivers, into the limestone from bedding planes. On the other hand, a lakes or on sea beaches, and the resulting deposits are accordin the in joints from effected been has pitch is a replacement which classed as alluvial, lacustrine and marine gravels (“placers”). ingly limestone. The names refer to the horizontality, on the one hand, A large proportion of the world’s gold has in the past been won and to the steep dip, on the other, of the respective deposits. from them. On account of its high specific gravity the metal is OXIDATION AND REDUCTION ORES concentrated in the coarse gravels and among the boulders at the The free circulation in the zone of percolation of waters charged bottom of the placers, the most valuable accumulations being to conwith oxygen and carbon dioxide makes it, in effect, one of oxida- often actually on the bed-rock itself. If the latter happens
878
ORE
DEPOSITS
sist of steeply-dipping schists or slates, the upturned edges of the latter act as natural riffles, or bars, which catch and retain the gold particles. Accumulation also takes place on what are known as “false bottoms,” which are beds of clay or sand cemented by iron (“pan”) and alternate with the beds of gravel. Placer gold is usually associated with a heavy black sand consisting of magnetite, ilmenite and haematite, together with chromite, garnet, zircon, spinel and other heavy resistant minerals; but obviously the particular association is determined by the nature of the parent rock. The character of the gold is variable: it occurs in flat scales and flakes, in rounded particles, and as irregularly-shaped grains and nuggets bearing evidence of much attrition. In size it varies from the finest dust to nuggets weighing
thousands of ounces.
It is probable that these large nuggets have
ment in those countries that have been unsubmerged for a vast period of time; and where the weathered product s have neither been pared off by glacial erosion, nor the solid rocks Protected by superficial accumulations. Under especially favoura ble Conditions of climate and topographic relief, disintegration,
accompanied
by the removal of soluble material, has progressed to Many hu.
dreds of feet below the surface, the whole of this zone Consisting then of soft decomposition products that bear no likeness to thei parent rock, although certain original structu res, such as bedding
and foliation, may be retained. The materials composing the bulk of the residual deposits are gravel, quartz
-sand and clay or lithomarge (an amorphous hydrated aluminium silicate, having the compositio n of kaolinite
viz.: AlO%2Si0O22H,0 and more exceptionall y the mixture of increased in size since they were first deposited. The fact that hydrated oxides known as laterite. This latter material occurs auriferous pyrites are found replacing the woody fibre of tree tropical and semi-t in ropical countries like India, the Malay Penin. stems in the alluvial drifts of Victoria and California shows that sula, the Dutch East Indies, South America, and East, West and under favourable conditions an enrichment through chemical South Africa ; in fact, it appears to be one of the common est action (that is, solution and recrystallization) can take place. residual products of ferruginous and aluminous rocks under suitThe richest gravels are formed by a re-sorting of earlier aurifer- able climat ic conditions, ous gravels, terraces of the latter being often situated several A great number of analyses of laterite have clearly established hundred feet above the workable deposits. the fact that it consists to a large extent of a mixture of oxides Placers occur in the river systems of every part of the world; and hydrated oxides of iron, aluminium, titanium and manganese: but the greatest amount of gold has been won from the Recent they show also that the water is chiefly combined with the aluminand Pleistocene gravels of California, Alaska, Australia and Si- ium oxide, the iron oxide being mostly present in the anhydro us beria. The older gravels are often deeply buried under a thick or slightl y hydrated condition (haematite or turgite). The ratio cover (“over-burden”) of clay, soil, peat and moss, which is between the iron oxides and the aluminium oxides may vary to sometimes permanently frozen, as in the tundras of Siberia and any extent, so that, while some laterites approximate in composi Alaska; while in Australia and California the ancient riyer sys- tion to high-grade iron-ores, others are almost pure bauxite which tems are concealed by later flows of lava, their auriferous gravels is the chief source of the metal aluminium. When manganese is being then known as “deep leads.” present, it usually occurs in nodular concretions of psilomelane, Auriferous beach deposits or marine placers are formed on cer- wad or pyrolusite, which are sometimes sufficiently abunda nt to tain coasts where the conditions are favourable for the separa- constitule ores of manganese. Mixed with these oxides in Varyin g tion, by surf action, of the gold and heavy minerals from the proportion are a lithomargic clay and quartz sand. sand and lighter stones. Such deposits occur in New Zealand, on There has been much discussion and considerable divergence the beaches of Oregon, Alaska (Nome and Cape Yagtag), Chile, of opinion as to the origin of laterite; but all are agreed that it and Nova Scotia. Usually the gold occurs in a black sand con- may result from the decomposition of a great variety of rocks, sisting of magnetite, ilmenite and haematite; but these mineral whethe r of igneous, sedimentary or metamorphic origin. The associations are not constant: for instance, while in New Zealand generally accepted view is that laterite is a residual accumulation the black sands are so rich in iron that it has been seriously pro- produced by the removal in solution of combined silica, lime, magposed to work them for that metal, in the Cape Yagtag deposit nesia and the alkalies, assisted by metasomatic replacement with the iron-ores are absent, their place being taken by garnet. material brought The auriferous conglomerates (locally termed “banket”) of the tion by capillar from the underlying rock in periods of desiccaity, aided perhaps by the rootlets of forest trees, Witwatersrand in the Transvaal, which have produced so large Laterite, when exceptionally rich in iron, is of considerable ecoa proportion of the world’s gold since their discovery in 1886, are nomic importance. Such, for instance, are the iron ores of Cuba, considered by some to be ancient placers. Against this view, and which occur as residual mantles on the high-lying plateaux of in favour of a secondary origin for the gold, it might be urged Malaya and Moa. Similar deposits occur in the Philippines, in that the latter shows no evidence of detrital origin, occurrin g, as Borneo, and in West Africa. The iron ores of Bilbao in Northit does, in crystalline particles and minute flakes in close associa- west Spain are also in part residual deposits, tion with pyrites. Moreover, the rest of the cement Workable manganese deposits are nearly always residual conconsists of crystalline quartz which has evidently been introduced, like the centrations from manganese minerals sparsely distributed through pyrites, subsequently to the deposition of the gravels. The only igneous rocks and crystalline schists. Deposits of this character unmistakably primary constituents, besides the quartz pebbles, are widespread in India, United States, Brazil, West Coast of are diamonds, chromite and zircon, while the following minerals Africa and many other places. of secondary origin occur in the cement: quartz, chlorite, The nickel deposits of New Caledonia are of residual origin, chloritoid, pyrites, marcasite, pyrrhotite, galena and blende. the nickel ores being hydrated silicates (garnierite and genthite) If it be conceded that the gold, derived from the denudat ion of occurring as earthy and brecciated masses in a ferruginous and quartz veins in the schists and granite of the Primitive clayey mantle overlying serpentine and peridotite. System, was deposited simultaneously with the quartz pebbles of Residual gravels containing tinstone and wolfram occur on the gravels, it must, on the other hand, be admitted that the original Bodmin Moor in Cornwall. Others containing galena have been alluvial gold has been completely dissolved and re-precipitate profitably worked in North Wales and again others, containing d. Platinum is occasionally associated with gold in the residual zinc ores, have been exploited as a source of that metal in Galicia. and alluvial gravels of California, British Columbi a, Brazil, They have originated by the weathering of veins in limestones, Colombia and Borneo. chemical action on the soluble limestone having outpaced the In districts where granite prevails the residual and river mechanical erosion of the resistant minerals of the veins. gravels often contain cassiterite, and such stanniferous gravels Precipitated Ores.—Many deposits of iron ore owe their form the source of the bulk of the tin production of the world. They occur origin to the precipitation in seas, lakes and swamps of iron dein Cornwall, the Malay States, Australia, Tasmania and in South rived from the decay of rocks in the zone of weathering. Iron goes Africa (Swaziland and the Transvaal). into solution in this zone either by the oxidation of the sulphides of that metal, or by the breaking up of ferro-magnesian silicates. RESIDUAL ORES Soluble iron compounds are also formed by the action of certain The residual deposits always attain their greatest develop- bacterial organisms present in the soil. Reduced by these organ-
ORE
DEPOSITS
isms to the ferrous state, the iron combines either with the organic acids of the humus, or with the carbonic acid of the atmosphere, to form a soluble bicarbonate. On exposure to air, or in the presence of plant life, carbon di-
oxide is given off and iron carbonate is precipitated, as shown by the following reaction: H.Fe (COs) 3 = FeCO; “+ CO. +H,O
The ferrous carbonate rapidly oxidizes to ferric hydrate, and is deposited as bog-iron or iron-pan. A continuous layer of this pan
consequently tends to form below insufficiently drained clayey and peaty soils. The formation of ferric hydrate in stagnant swamp water, where ferrous carbonate is undergoing oxidation, may actually be seen in operation, the iridescent films that form on such water being an indication that the reaction is taking place. When the waters deposit iron in the presence of much carbonic acid, or of decaying organic matter, siderite (FeCO3) is deposited. In muddy waters the silt goes down with the iron carbonate leading to the formation of clay-ironstone. ‘These clay-ironstones or spathic ores as they are also termed, occur in the coal measures of the British Isles and in those of Westphalia and North America, and are an important source of iron. Though the iron content does not on the average amount to much more than 30%, the comparative leanness of the ore is compensated by the low percentage of
phosphoric acid, which seldom rises above one per cent. The blackband ores of the coal measures are a similar deposit, but differ from the bulk of the clay-ironstones by the high percentage of vegetable or peaty matter they contain; sufficient to furnish the fuel required to calcine them. Such ores represent what was once a carbonaceous mud in which ferrous carbonate was precipitated. The Scandinavian /ake-ores are an interesting example of precipitated iron ores. The Jurassic iron ores of England and the similar minette ores of Lorraine and Luxembourg on the Continent, which constitute the greatest reserves of iron ore in Europe, form well-defined beds in a sedimentary series of sandstones, shales and limestones. Although low in iron (25 to 40% metallic iron) in many cases’ their large lime content makes them largely self-fluxing, and having a high percentage of phosphorus they are admirably suited for the production of pig iron for the basic process of steel-making. Their oolitic structure (so named from the resemblance to fish roe) is produced by the deposition of carbonate of lime and carbonate of iron around sand grains or fragments of fossils. In the zone of weathering, the spathic ores are oxidized to limonite, a change in colour from green to red being characteristic. Some secondary enrichment also takes place under favourable conditions. These iron ores are worked in England on three horizons, namely the Inferior Oolite (Dogger or Northampton stone) the Middle Lias (Marlstone) and the Lower Lias (Frodingham stone). The metal content of the copper-bearing sandstones so widely distributed throughout the world, owes its origin, partly to precipitation and metasomatic replacement, partly to sedimentation. The prevalence of these deposits in the red beds of the Upper Carboniferous, Permian and Trias formations indicates sedimentation in the shallow seas of desert regions where evaporation was rapid. The copper was no doubt leached out, from earlier copper deposits In continental areas, by meteoric waters rich in sodium chloride and calcium sulphate. Transported as sulphate or chloride it was precipitated in inland seas or lakes and reduced to chalcocite by decaying organic remains. The replacement of tree-trunks and other plant remains as well as of the cementing material of the sandstones by chalcocite is a feature of these deposits. The accumulation of cupriferous detritus while sedimentation was in progress, was no doubt a factor of the concentration in some cases, but such material of the original deposit would, of course, be subsequently modified by the circulation of the ground waters. Associated minerals are calcite, gypsum and barytes. In the zone of weathering the copper ores are oxidized to the green and blue
carbonates—malachite and azurite. THE FORM OF ORE DEPOSITS Ore deposits occur in a multitude of different forms, but for convenience these may be reduced to two types—~—namely the
879
tabular or sheet-like and the non-tabular. Tabular deposits are either beds forming a part of the general stratification of the country, or veins or lodes that have been
formed by the filling of fissures, or the replacement of their adjacent “country.” As a rule, the veins cut across the stratification; more rarely they conform with the strike and dip of the formation in which they occur and are then termed bedded veins. Where a number of parallel fissures are irregularly connected the system is known as a composite vein or lode. The term linked veins is used in a similar sense. A system of closely spaced and parallel veins is spoken of as a sheeted zone. Gash veins are those that do not extend beyond a given bed of the formation in which they occur, usually limestone. Although veins have been defined as tabular deposits, the parallelism of their bounding surfaces is only true in a very general sense, for unless they are fissure-fillings they have more often than not only one well-defined wall, and in some cases none at all. In mining, however, it is usual to speak of the hanging wall and the foot wall of a vein to distinguish the limits of the workable deposit whether they are well-defined or not. Where the filling of the fissure has been followed by differential movement, one or both of the walls are usually smooth and
polished (slickensides or friction-planes), and between the actual vein-filling and the wall of the country rock there is often a thin selvage of comminuted rock or clay known as flucan. Where the fissuring was accompanied by dislocation, as is mostly the case, the veins have a lenticular character along both the strike and dip. This lenticular character is due to the differential movement of curved or warped surfaces. Between the lenses the fissure is often so constricted that no ore occurs at all. When the axes of the lenses lie in one plane the lenses are connected by stringers; when they lie en échelon they are usually disconnected. Not every part of a vein is equally mineralized: the pay-ore tends to localization in certain definite portions of the vein separated by low-grade material or even by barren gangue. The richer portions are termed ore-shoots. If they have a tendency towards the horizontal, they are distinguished as ore-courses or ore-horizons; if, on the other hand, they tend towards the vertical, they are known as columnar ore-shoots or chimneys. But the term oreshoot is not restricted to the occurrence of high-grade material in a low grade matrix; it is also applied to the development along a fissure of lenticular bodies of pay-ore, separated by barren country rock. It has been proposed to call this latter class of ore-shoot shoots of occurrence, and to use the term shoots of variation for
the former. Shoots of variation are usually distinguished from shoots of occurrence by a gradual diminution of the values near the boundaries of the ore-shoot. Non-tabular deposits vary greatly in shape and size. They may be large irregular masses or small pockets of solid ore, or they may be stockworks, i.e., reticulated masses in which a multitude of small veins traverse a portion of the country rock. Of exceptional character are chimneys or pipes, which are ore-bodies having a rudely circular or elliptical cross-section with considerable vertical extent.
Saddle-reefs are a special type of cavity-filling.
Those
of Bendigo in Victoria, Australia, have resulted from the folding of the Ordovician strata into a series of anticlines and synclines. The deposition of quartz in the openings formed at the crest of the anticline below a sandstone and above a shale bed has given rise to auriferous ore-bodies. Since the sandstone and shale beds alternate repeatedly the saddle-reefs occur, one above the other as disconnected ore-bodies, in what is known to the miners as the “centre country.”’ Thus the New Chum and Victoria mine had 30 superimposed saddle-reefs, down to a depth of 2,300ft. The deepest mines are working at about 4,oooft. BiBLIOGRAPHY.—Elie de Beaumont, “Sur les émanations volcaniques
et métalliféres” (Bull. de la Soc. Géol. de France, 1847, p. 1249); W.
H. Emmons, “Relations of Metalliferous Lode Systems to Igneous Intrusions” (Amer. Inst. of Min. and Met., 1916); J. W. Finch, “The Circulation of Underground Aqueous Solutions and the Deposition of Lode Ores” (Proc. Col. Sci. Soc., vol. vii. 1904, p. 193); F. PoSepny, “Genesis of Ore-Deposits” (Trans. Amer. Inst. Ming. Eng., vols. 23 and 24, 1893, reprinted as a book, 2nd ed. 1902); J. W. Gregory, “Magmatic Ores” (Trans. Faraday Soc. vol. 20, 1925, P. 449-451, containing a useful bibliography and followed by a discussion);
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DRESSING
F. H. Hatch, Historical Summary of Theories of Ore Genesis (Presidential address to the Inst. of Min. and Met. 1914); W. Lindgren, Mineral Deposits (New York, 1920); R. H. Rastall, The Geology of the Metalliferous Deposits (1923); E. Suess, “Ueber heisse Quellen, Verh. Ges. deutsch. Naturf. und Aertze (Carlsbad, 1902); Types of Ore Deposits (San Francisco, 1911), containing chapters by H. Foster Bain, E. R. Buckley, S. F. Emmons, W. H. Emmons, F. H. Hatch, O. H. Hershey, J. D. Irving, J. F. Kemp, A. C. Lane, C. K. Leith, R. A. F. Penrose, Jr.. T. A. Rickard and C. H. Smyth, Jr.; J. E. Spurr, The Ore Magmas (New York, 1923); J. H. L. Vogt, “Beitrage zur genetische Klassifikation der durch magmatische Differentiation-prozesse und durch Pneumatolyse entstandenen Erzvorkommen” (Zeit. f. Prakt. Geol., 1894, 1895); P. Niggli, Versuch einer natürlichen Klassifikation der im weiteren Sinne magmatischen Erslagerstétten (1925). (F. H. Ha.)
ORE DRESSING
than a small grain of the same mineral and, consequently, large
grains of light minerals are equal settling with small grains of heavy minerals. Separation based on specific gravity is commonly called gravity concentration. Colour, lustre and fracture are of aig when valuable minerals are being separated from waste by the
process of sorting or picking by hand selection. These properties
also enable the operator to make the proper line of division between the products coming off a concentrating machine. Frac.
ture and cleavage will affect the form of the grains producedþ crushing. Flat grains settle less readily than rounded or cubical
grains. Hardness, toughness, friability and brittleness affect the power used in crushing ores. Decrepitation which causes some
is an important process in the field of minerals to fly to fine pieces when heated enables such minerals to be separated from other minerals which do not decrepitate and
mining (qg.v.). It may be defined as mechanical concentration whereby valuable minerals in an ore are separated from worthless
impurities or gangue and is distinguished from metallurgy which employs chemical methods for recovering metals and metallic compounds from rich ores or from the concentrated products of the ore dresser. Without this relatively cheap process of enrichment as compared to expensive metallurgical processes, the cost of common metals, such as lead, zinc and copper and many mineral products, would be far above present prices, and, as richer ore deposits continue to be exhausted, ore dressing will become of still greater importance. As an illustration of what ore dressing is doing for copper alone, the so-called porphyry-copper mills may be cited. In some of these mills 100 tons of ore assaying not over 1% copper will yield three tons of concentrates assaying 30% copper and 97 tons of waste tailings assaying about 0-1% copper.
Thus the copper lost in the tailings is not over one-tenth of the total copper in the original ore and the expensive metallurgical process has to treat only three tons of concentrates as compared to 100 tons of original ore if concentration were not used. A single mill may treat as high as 20,000 tons of ore in 24 hours. Terms also used more or less as practically synonymous with ore dressing are milling, washing and concentration. Ores in the majority of cases do not consist of a single mineral in a high degree of purity, but are a more or less complex mixture of different minerals, some valuable and some worthless. Native gold, tin, stone and many gems may occur mixed with gravel in placer deposits. Native copper is found sprinkled through rock masses. Diamonds are enclosed in a matrix of hard rock. Native gold is also found encased in quartz veins. The minerals of base metals, such as lead, zinc and copper, are commonly sulphides, oxides or other chemical compounds of these metals and occur distributed through solid rock or gangue in veins and other types of ore deposits. A given deposit may contain minerals of only one
metal, or two or more metals may be represented and in the latter case the problem of the ore dresser becomes harder as he has not only to eliminate the waste gangue but also to separate the minerals of one metal from those of another. Beside minerals of the metals, there are many non-metallic minerals which likewise require elimination of gangue by concentration before these minerals become marketable. Among such minerals are mica, graphite, feldspar, asbestos, fluorspar, phosphate rock and the abrasive minerals garnet, emery and corundum. Even common sand and gravel may be washed to get rid of undesirable constituents and likewise clay to free it from grit and mica. The best examples of ores which do not require concentration are the iron ores of the Lake
Superior region. Much of our bituminous coal is also sufficiently
free from impurities to be marketed direct but even on iron and coal considerable washing is in use for lower grade deposits and this is bound to increase as the richer deposits are worked out.
The subject will be considered in three divisions: (1) Properties of minerals which aid their separation; (2) Individual machines and unit operations; (3) Complete mill systems. Specific Gravity has been the most important property in concentration. Valuable minerals are usually heavy and gangue minerals light, although there are exceptions. Thus the rate of settling in water or air or the tendency of a mass of grains to stratify when acted on by currents of water or air makes it possible to separate a lighter mineral from a heavier one. Size has to be considered also since a large grain will settle faster
thus remain coarse. Magnetism is a property possessed by certain minerals in a greater or less degree and electro-magnets of varying strength will separate such minerals from one another and from non-magnetic minerals. Some minerals, notably pyrite, are made magnetic by heating and become susceptible to magnets. Pyrite is also made porous by heating or roasting which changes its apparent specific gravity and may aid its separation. Electrostatic charges which are taken on quickly from an electrode by good conductors such as metals and sulphide minerals, except zinc sulphide, cause such minerals to be repelled more quickly from the electrode than gangue minerals and zinc sulphide which are poor conductors and receive the charge more slowly.
Adhesion makes gold stick to a
copper plate which has been amalgamated or coated with mercury and diamonds stick to a greased plate while associated waste minerals are washed down over the plate in both cases without adhering. The flotation property of minerals is a complex action not
fully understood but it involves intermolecular forces of surface tension, adhesion and adsorption along with static electric charges and even chemical action. This process has developed rapidly in recent years and now vies with gravity concentration in
importance and is therefore treated under a separate heading.
Crushing.—Unless an ore occurs as a placer or gravel deposit, ıt must first be crushed to free the valuable minerals from the attached gangue and the amount of crushing necessary will depend
on the fineness of dissemination of the mineral. Furthermore, the final separation of the crushed material usually involves preliminary preparation by sizing or classification to yield a series of graded products going to different types of concentrating machines since no one machine can make a Satisfactory separation when fed with a mixture of coarse and fine. When all the ore is reduced directly to a fine state, as for flotation, this preliminary grading is unnecessary. Crushing customarily proceeds in steps and the best practice is to remove from the feed to any one crushing machine all particles which are already as fine as the product of that machine. Some machines, such as stamps, have a screen as an integral part of the machine to guarantee that the product shail all be below a specified maximum size while other machines, such as rolls and ball mills, require that a screen or classifier be connected in “closed circuit” with the crushing device to size out the finished product and return the coarse unfinished material for further reduction. Roughly, the field of coarse crushing involves the use of breakers of the Blake or gyratory type which receive lumps up to 5 or 6 ft. in diameter and reduce in a series of steps, with a reduction in size of about one-quarter at each step, down to a final product x or 14 in. in size. For intermediate crushing, there are rolls, steam stamps, Symons disc crushers,
both horizontal and vertical and Symons cone crushers. Rolls
handle feeds up to x or 2 in., make about one-fourth reduction
in size and can crush economically down to $ or q} inch. Steam
stamps, which are limited to use on the special problem of native copper ore, strike an extremely powerful blow by a steam-driven
pestle in a mortar. The feed is 2 or 3 in. in size and the product 4 or 4 inch.
The Symons machines
are relatively new but are
finding wide application in the field of crushing between 6 or 8 in.
feed and around 4 in. product. In the Symons cone, the central
gyrating cone is very flat and is overlain instead of surrounded
ORE
DRESSING
BöI
trom a stream of ore on a by the fixed ring. The Symons disc crushers have a wobbling or | material or waste material by hand economica] minimum limit The table. moving or belt conveying tipping disc and a fixed disc. At a given instant, a point on the Where hammers are used inches. 2 around is picking hand of disc fixed the approaching is disc circumference of the wobbling lumps of mixed values cleave to picking hand with connection in receding. is while a point 180° away or diametrically opposite, This motion progresses around the circle so that in a complete and waste, the operation is called cobbing. Log Washers and Wash Trommels serve to disintegrate cerwobble the space between the discs has opened and closed at types of ores such as nodules of iron oxide in a clay matrix. every point. Many devices have been used for fine crushing or tain agitate the mass of ore and water, thus freeing the nodules They mills, roller stamps, gravity grinding but the more important are clay and washing away the clay in the overflow at the the from grinding pans, ball mills, rod mills, tube mills, Chile edgestone of the log washer or in the undersize of the trommel. end lower is stamp gravity The mills. hammer hinged mills, arrastras and the almost universal machines for separating ore in grinding are The Jigs ION: In Metallurgy.
discussed under AMALGAMAT pan is a modification of the amalgamation pan which is also referred to under Amalgamation. The arrastra or drag-stone mill grinds the ore by dragging flat stones around a circular stone pavement. Roller mills employ cylinders which roll around inside
a circular ring and ore is crushed between the rollers and the ring by pressure developed through centrifugal force or springs. Chile mills have heavy horizontal rollers travelling around a circular
path. Hinged hammer mills and other forms of beating mills
utilize the crushing effect of blows delivered upon the ore in space by arms or blades revolving at very high speed. Ball mills, rod mills and tube mills are horizontal revolving cylinders in which are iron balls, steel rods or flat pebbles to grind the ore as it passes through the cylinder from end to end. These revolv-
ing mills are used almost universally in ore dressing for wet fine grinding of ore for tabling and flotation, in gold and silver milling for preparing ore for cyaniding and in reducing all sorts of commercial products wet or dry, even down to impalpable powder. Feed may be as coarse as 1 or 2 in., but 4 or 4 in. is more economical. Hinged hammer mills are best suited to soft materials. Arrastras are nearly obsolete, as also are grinding pans. Roller mills and Chile mills are no longer used to any extent in ore dressing but find some application in commercial grinding. The use of gravity stamps is confined to gold milling. Fine grinding consumes much power since the power required increases in geometrical ratio with the fineness of the product. Screens.—To insure a definite maximum size of particle in crushing operations and also to prepare the ore into a series of products for final separation, ranging from coarse to fine, screens are commonly used for wet work above 1 or 2 millimetres. They may be made of parallel bars or grates, of plate with holes punched out or of woven wire cloth. Common types have the form of fixed incline screens, of gently sloping revolving cylin-
sizes ranging from 14 or 2 in. down to 7, inch. In the movable-
sieve type the ore on a screen is stratified by moving the screen up and down in water, while in the fixed-sieve or Harz jig a plunger on one side of the partition causes an alternate up and down current through the ore on a fixed sieve. Heavy minerals settle into the bottom layer of the bed, while lighter minerals are in the top layer. These heavy minerals, if fine enough, pass through the sieve into the hutch below and issue from the spigot outlet at the bottom. If too coarse to pass the sieve the concentrates layer is removed continuously by a device known as an automatic discharge. Fresh water is added continuously. A Jig may have from one to six cells in series. Jerking Tables: Wilfley Table—tThese tables take up the work where jigs leave off at about -tẹ in. and may handle graded material down as fine as 4 millimetre. The Wilfley table represents the original of this type of table and consists of a four-sided plane surface having a slight slope downward. A series of riffles or thin cleats are tacked on a smooth table top and each riffe has its maximum vertical thickness at the right and tapers down to nothing at the left. Ore and water are fed at one end of the upper edge, while wash water is fed along the remainder of the upper edge. The combination of the bumping action moving the ore lengthwise of the table toward the left and of the washing action of the water across the table at right angles to the bump, causes the ore to spread out in the form of a fan with concentrates nearest the upper or wash water side. The concentrates are finally bumped over the end while the tailings are washed over the lower edge. Vanners and Slime Tables which are suited for finer mate-
rial (4 mm. maximum) are much less used since the development of the flotation process. The vanner feeds the ore and water on an endless rubber belt. Wash water, together with the slope of the planes and the speed of the belt travel, determines the character of the grain that can pass over the roller and be washed off into the concentrates tank. All other grains of lighter waste mineral are washed down the planes and into the tailings. A revolving type of slime table consists of a flat cone. Ore and water are fed at the centre over one-half of the circle. Light minerals reach the circumference of the table first and are discharged as tailings. Middlings are carried around by the revolution of the table and
drical screens or trommels, of plane surfaces set nearly horizontal and shaken endwise or sidewise, of horizontal or gently sloping plane surfaces in which the whole screen and frame is given a relatively slow bumping motion, of an inclined woven wire screen which is given a very rapid vibration in a direction perpendicular to the plane of the screen or of an endless travelling belt of woven wire cloth. Fixed inclined screens are used only for coarse work above 1 or 2 in. and belt screens only for fine work below 1 mm. while vibrating screens are the favourite screen are washed off by the curved water jet and concentrates are finally removed by strong jets of water from the straight pipe. to-day for work between 1 mm. and 14 inches. Classifiers are used for wet grading of material below x or Many other forms of vanners and fixed and moving slime tables 2 mm. which is the practical limit of wet screening. Hydraulic and buddles with various materials to form the separating surclassifiers consist of a trough with a series of pockets. The ore, face have been used for concentrating fine slimes. Electro-magnets are in use in most modern mills to remove carried along by water, is successively subjected to a series of currents of water from pipes. The velocities of these currents metallic iron, such as bolts, nuts and broken drills, which has bedecrease in succeeding pockets so that the material discharged come mixed with the ore during mining. Magnetic separation is from the spigots ranges from coarse heavy particles in the first also applied where one of the minerals to be separated possesses pocket to fine light particles in the overflow of the last pocket. magnetic properties. Magnets are of many types to operate on Box classifiers or spitzkasten use no rising currents but increase different sizes of ore, wet or dry, or to give high or low strength the size of successive settling chambers so that finer and finer of field. Dry or Pneumatic Concentrating Devices may be classiparticles settle out from the horizontal carrying current. Mechanical classifiers employ raking devices which stir up the pulp so fiers, jigs or tables. In every case the separation is by specific that only coarser particles can settle and be raked up an incline gravity, and air currents replace water currents as the separating and thus removed from the pulp which still contains the finer medium. Flotation machines are described under FLOTATION. particles in suspension. Settling tanks and thickeners are large Other miscellaneous separators based on principles outside of vats in which the water moves extremely slowly so that solids specific gravity, magnetism and flotation, are not of sufficient imsettle out almost completely and are discharged from the bottom portance to warrant any description here. Accessory Apparatus.—In addition to the machinery for while clear water overflows from the top. Hand Picking is used occasionally to remove either rich crushing, grading and concentrating, an ore dressing plant includes
882
OREGON
other apparatus which is absolutely essential even though performing no actual separation. Under such apparatus may be listed storage bins for ore and products; sampling devices; automatic feeders and distributors or dividers; chutes and troughs or launders for dry and wet material; conveyors, of which the belt and
pan types are most common; bucket elevators for dry ore or ore with water; centrifugal pumps for water mixed with sand or slime or for water alone; unwatering devices for recovering water; filters for fine concentrates; driers for removing moisture from ore or from concentrates: dust collecting systems; automatic weighing machines. Complete milling processes are of wide variety according to the nature of the material to be concentrated. Perhaps the simplest process is the treatment of sands and gravels which contain valuable minerals such as gold, platinum and gems. A long trough or sluice is used on the bottom of which are small depressions called riffles in which the heavy values settle. The rough concentrates thus produced are removed or “cleaned up” periodically and are usually further enriched by some finishing treatment such as amalgamation, hand panning, tabling or magnetic separation. Sulphide ores consisting of gangue mixed with sulphide of a single metal such as of iron as pyrite or of zinc as sphalerite or of lead as galena or of copper as chalcocite, bornite or chalcopyrite, may have the sulphides occurring as relatively large masses in the gangue, in which case the ore is crushed in a series of steps using breakers and rolls or Symons crushers until the sulphide grains are largely freed from the adhering gangue. This size may vary from r in. down to r mm. according to the ore. The crushed material is next graded by screens and classifiers into one or more coarse sizes for jigs, one or more sand sizes for tables
after crushing and sizing is run dry over high power Wetherijj
magnets which take out the franklinite and send the residue to we, jigs and tables which separate oxide and silicate zinc minerals from the waste limestone tailings. The treatment of gold ores is covered elsewhere under AMALGAMATION and CYANIDE PROCESS. Many non-metallic minerals require concentration which may
involve special processes.
Serpentine rock containing asbestos i
first cobbed and hand picked for coarse masses of solid asbestos.
The residue is disintegrated by a form of hammer mill which re. duces the rock to sand and liberates the fibre as a fluffy mass which when sent to a screen remains on the screen as oversize
while the sand passes through as undersize. Diamondiferous rock in South Africa is crushed in breakers and rolls, agitated with water in large circular pans to remove light fine waste materia] and leave a concentrated residue to go to jigs. The diamonds are
recovered from the jig concentrates by hand picking on the coarse and greased table on the fine. Phosphate deposits in hard rock use crushers and log washers or in soft rock or pebble form only log washers. Graphite ores employ crushing and flotation with special electrostatic process for
removing mica from the concentrates.
Ores of corundum, emery,
ilmenite and such like, generally require a combination of gravity
treatment on tables followed by further cleaning on magnets, Coal preparation is a form of ore dressing which is based on the same fundamental principles as ore dressing, but which employs some additional processes and apparatus to meet the needs of the special problem of saving the light weight coal from the heavier slate impurity on,a large scale at a low cost and with a minimum
loss of coal. (C. E. L.) OREGON, popularly known as the “Beaver State,” is one of the north-western States of the United States of America, lying on
and slimes for flotation. The jigs, tables and flotation each make clean concentrates to be saved and waste tailings to be discarded the Pacific slope between 42° and 46° 18° N. lat., and 116° 37 and usually also a middling product which, if coarse, must be and 124° 32’ W. longitude. It is bounded on the north by Washrecrushed and retreated or, if fine, needs only retreatment with- ington, from which it is separated in part by the Columbia river out any crushing. If the sulphides are finely disseminated through and in part by the 46th parallel, on the east by Idaho, from which the gangue, the ore is crushed down to 4 mm. or finer, using ball it is separated in part by the Snake river, on the south by Nevada mills or rod mills as the last step in crushing and all of it treated and California and on the west by the Pacific ocean, upon which by flotation. Occasionally the metals occur, not as sulphides, but it has a tidal shore line, omitting islands, of 429 miles. It has an as oxides, carbonates or silicates but the process is similar to that extreme length E. and W. of 375m., and extreme width N. and S. for sulphides except that flotation has not yet been found to be of 290m. and a total area of 96,699 sq m., of which 1,092 sq.m. are water surface. Spanish, French and Indian sources for the name applicable to oxidized ores of zinc or iron. Where ores are complex, that is, containing sulphides of two or “Oregon” have been suggested but its definite origin is unknown. more metals, the tendency of modern practice is to discard gravity The first known use of the word is by Major Robert Rogers in his concentration. and separate the different metallic sulphides from plans for an exploring expedition to the north-west coast in 1767. He applied it to a river flowing into the Pacific ocean of which he one another and from the gangue by differential flotation. Tin ore in Cornwall contains cassiterite associated with sul- had heard and it was later applied to the Columbia river and then phides of other metals, with wolfram and with siliceous gangues. to the entire territory drained by the river. Out of this original The ore is broken to about 3 in. and hand picked to remove any territory other States were created until only the present area was lumps of clean minerals and the residue is crushed in gravity left to bear the name. Physical Features.--The coast of the State extends in a genstamps to about 4 mm. and concentrated by gravity by a rather complex system of jerking tables, vanners and slime tables of eral north and south direction for about 300m. and consists of various kinds. Wolfram may be removed from the final concen- long stretches of sandy beach broken occasionally by lateral spurs trates by magnets. Sulphides may be separated from cassiterite of the Coast Range, forming small bays. Parallel with the coast and with its main axis about 2zom. inland is an irregular chain of by flotation as is the common practice on tin ores in Bolivia. Native copper ores at Lake Superior are crushed in breakers hills known as the Coast Range. It does not attain a height greater to about 3 in., further reduced in steam stamps to about $ in. than 4,097ft., but has numerous lateral spurs, especially toward and then graded by hydraulic classifiers into a series of products, the west. Several small streams, among them the Nehalem, Coquille, usually six. The coarser products are jigged and the finer products are tabled. Coarse middlings are reground in ball mills and Rogue and Umpqua rivers, cut their way through the Coast Range to reach the ocean. For the northern two-thirds of its retabled. One mill uses flotation for slimes. Iron is a relatively cheap metal so the concentration of iron length in Oregon, the Coast Range is bordered on the east by the ores must be on a large scale and at low cost. If the mineral is Willamette valley, a region about 200m. long and about 3om. magnetite, the process is to crush the ore in breakers and rolls wide, and the most thickly populated portion of the State; here, sufficiently to free the mineral and then use low power electro- therefore, the range is easily defined, but in the south, near the magnets, either wet or dry, to take out the magnetite. On hematite Rogue river, it merges apparently with the Cascade and the and limonite ores, the concentration of the crushed ore is usually Sierra Nevada mountains in a large complex group designated as by log washers or similar devices, but sometimes by jigs and tables. the Klamath mountains, lying partly in Oregon and partly m Slimes are thrown away without any attempt to recover the iron in California, and extending from the northern extremity of the them. Sierra Nevada to the sea. A number of ridges and peaks bearing Manganese ores containing pyrolusite as the valuable mineral special names, such as the Rogue river, Umpqua and Siskiyou are handled in much the same way as hematite iron ores. For the mountains, belong to this group. The Cascade mountains, the special problem of the franklinite ores at Franklin, N.J., the ore, most important range in Oregon, extend parallel with the coast
883
OREGON and lie about room. inland. The peaks of this system are much higher than those of the Coast Range, the highest of them being cones of extinct volcanoes. Mt. Hood (11,225ft.), the highest point in the State, Mt. Jefferson (10,200ft.), the Three Sister Peaks, Mt. Adams, Bachelor mountain and Diamond Peak, all have one or more glaciers on their sides. The Cascade mountains divide the State topographically into two sharply contrasted parts. West of this range the country exhibits a great variety of surface structure, and is humid and
densely wooded; east of the range it consists of a broken tableland, arid or semi-arid, with a general elevation reaching 5,000 feet. This eastern tableland, though really very rugged and mountainous, has few striking topographic features when compared
with the more broken area to the west. In the north-eastern part of this eastern plateau lie the Blue mountains, which have an average elevation of about 6,oooft. and decline gradually toward the north. A south-western spur, about room. in length, and the
principal ridge together enclose on several sides a wide valley
drained by the tributaries of the John Day river. Draining the eastern slopes of the Cascade Range for the northern two-thirds of its length and flowing into the Columbia a few miles west of the mouth of the John Day river is the Deschutes river, flowing through a valley less arid than the plateau region to the southeastward. South-east of the Deschutes river and south of the Blue mountains lies the Great Basin region. In Oregon this area
extends from the Nevada boundary northward for about 160m. and embraces an area of about 16,000 sq. miles. All of its streams lose their waters by seepage or evaporation. Many of the mountains within the basin region consist of great faulted crust blocks, with a general north and south trend. One face of these mountains
is usually in the form of a steep palisade, while the other has a very gradual slope. Between these ridges lie almost level valleys,
whose floors consist partly of lava, partly of volcanic fragmental material, partly of detritus from the bordering mountains.
Some large permanent lakes occupy the troughs between faulted blocks in southern Oregon, among them Malheur and Harney lakes in Harney county, Lake Albert, Warner and Summer lakes in Lake county.
All of these are salt and shallow, and shrink to
small proportions in the dry season. East of the Steens mountains
there is, besides a number of small alkaline lakes, a playa, or mud flat, known as the Alvord Desert, which in the spring is covered
with 50 to 60 sq.m. of rain water but a foot or two in depth.
climate is dry and marked by great daily and annual ranges of temperature. Along the coast the temperature is never as high as 100° or as low as zero. In the Willamette valley a few degrees may be added to each extreme, but rarely is there freezing weather; flowers bloom at Portland the year round. Along the coast precipitation is 138in. annually; in the valleys east of the Coast Range it varies from about 2oin. at the southern end to 45 in. at Portland; along the Columbia valley east of the Cascades, from ro to rsin.: in the valleys and foothills of the Blue mountains, from 12 to 25in., and, in the plateau region of central
and south-eastern Oregon, from 2 to 22 inches. At Portland for 52 years ending 1923 the normal temperature for the summer months was 64° and for the winter months 40°, with extremes of —2° and 102°; average annual rainfall 45-rin., and average annual humidity 74%. In the Columbia river valley east of the Cascades, records for the same period at Walla Walla, Wash., very near the Oregon boundary, show a summer normal of 72° and a winter normal of 35°, with extremes of —17° and 113°;
average annual rainfall 17-7in. and average annual humidity 65%. Government.—Oregon is governed under its original Constitution adopted in 1857, though many amendments have changed it in a number of important respects. This Constitution may be amended: (1) by a majority of the popular vote if the amendment has been passed by a majority vote of the legislature, (2) by direct initiative petition by the people or (3) by a Constitutional Convention, which may not be called, however, unless the law providing for it is approved by popular vote. The legislative power is vested in a legislative assembly of two houses, but limited
by the direct action of the people who possess the initiative and referendum.
The upper house is composed of 30 senators, and the
lower house of 60 representatives (the number in both cases is the maximum allowed by the State Constitution), elected for four and two years respectively, The regular session is held in January of odd-numbered years. A bill not vetoed by the governor in five days becomes a law; if vetoed, it must be re-passed by a two-thirds vote in each house. The governor has a “single item veto” in addition to the general veto. An amendment to the Constitution, passed in 1902, initiated measures which have become widely known as the “Oregon system.’ Its distinctive features are: (1) the initiative, (2) the ref-
erendum, (3) constitutional amendment by direct action of the voters, (4) direct primary, (5) Corrupt Practices act, (6) presi-
In the north-western quarter of the basin, occupying a level tract
dential preference primary,
50m. long and 30-som. wide, is the Great Sandy desert. Its surface consists of a thick sheet of pumiceous sand and dust, from which arise occasional buttes and mesas. There are no surface
recall, For the initiative 8% of the number voting for justice of the supreme court at the last general election must sign petitions on which the proposed law is printed before it is put upon the ballot at the next election. Five per cent of the voters signing such petitions secure a referendum on any law passed by the legislature, and the legislature may itself refer any law it has approved to the people at the next election for their approval. All public officials are subject to the recall, adopted in 1908, It is rarely put into practice. An important and useful feature of the “Oregon system” is the campaign text-book. In the case of individual candidates the expense is borne partly by the candidates themselves.
streams even in the wet region, and no potable waters have been
found. South-west of the basin and draining the southern third of the eastern Cascade slopes is the Klamath valley and river, con-
taining the Upper and Lower Klamath lakes, much noted for their scenic beauty. Near the north-western boundary of Klamath county is Crater lake, whose surface is 6,239ft. above the sea. This lake lies in a great pit or caldera created by the wrecking in prehistoric times of the volcano Mt. Mazama, which according to geologists once had an altitude of about 14,0o00ft. above the sea and of 8,o00ft. above the surrounding tableland; the upper portion of the mountain fell inward, possibly owing to the withdrawal of interior lava, and left a crater-like rim, or caldera, rising 2,000ft. above the surrounding country. The lake is 4m. wide and 6m. long, has a depth in some places of nearly 2,oooft. and is
(7) campaign text-books,
(8) the
The executive power in Oregon is vested in a governor elected
for a four-year term, There is no lieutenant governor. The principal administrative officials of the State, all elected, are the secretary of State, treasurer, attorney general, superintendent of public instruction, dairy and food commissioner, and labour commissioner. A greater number of other administrative officers are surrounded by walls of rock from soo to 2,000ft. high. In spite appointed by the governor, among therm the adjutant general, the of its great elevation the lake has never been known to freeze, State forester, State game warden, State health officer, State librarian, three State highway commissioners and three public and though it has no visible outlet its waters are fresh. East of the Great Basin and the Blue mountains is the region service commissioners. A large number of State boards and comtributary to the Snake river. The southern half, drained by the missions whose members are appointed are also necessary for the Owyhee river, is much like the Great Basin, being arid and plain- administration of Government, among them the board of control, like in character. North of the Owyhee the chief tributaries of land board, tax commission, board of education, public service the Snake are the Malheur, Burnt, Powder and Grande Ronde commission, industrial accident commission, water board, parole livers flowing through small but beautiful and fertile valleys. board, board of health, industrial welfare commission and the Climate.—Along the coast the climate is humid, mild and uni- Oregon State library. The administration of justice is entrusted to a supreme court, form; in the eastern two-thirds of the State, from which the moisture-laden winds are egcluded by the high Cascade Range, the circuit courts, county courts and justices of the peace. There are
OREGON
884
also municipal courts in the cities and several special courts in Multnomah county. There are seven supreme court justices elected for a term of six years. The sessions of the court are held both at Salem and Pendleton. Circuit courts are held in 17 judi-
cial districts, many districts having several justices. The Constitution of Oregon provides that in civil cases three-fourths of a jury may render a verdict. The county court is an administrative, not judicial body, consisting of the county judge and two com-
missioners. The county judge, however, handles probate and juvenile court matters, in addition to his administrative duties. Population.—The
as follows:
90,923
increase in population in Oregon has been
(1870);
174,768
(1880);
317,704
(1890);
413,536 (1900) ; 672,765 (1910); 783,389 (1920); 953,786 (1930).
Between 1900 and 1910 the increase was 62-7%, but between 1910 and 1920 it was only 16-4%. Between 1920 and 1930 it increased 21-38%. The density increased from 4-3 per sq.m. in 1900 to 8-2 per sq.m. in 1920, and to 10-0 in 1930. In 1920 there were 103,001 persons (13-39%) born in foreign lands. Of the foreign born 21,089 were from Scandinavian countries (Swedes predominating), 16,348 from the United Kingdom and Ireland, 13,774 from Canada, 13,740 from Germany, 6,979 from Russia, 6,050 from Finland, 4,324 from Italy and 4,166 from Switzerland. Other countries were represented by less than 2,000 each. There were in addition to the whites, 2,144 negroes, 4,590 Indians, 3,090 Chinese and 4,151 Japanese in the State in 1920. Urban and rural populations were very closely balanced in 1920, being 391,019 and 392,370 respectively. In 1910 urban population had represented 45-6% of the entire population. With the exception of Washington and Montana, Oregon had in 1924 the lowest birth rate of any State in the registration area—18-8 births per 1,000. Except for 1922 the infant mortality rate from 1919 to 1924 Inclusive was lower than that for any other State in MANUFACTURING the Union. Only 0.4% of the naAGRICULTURE AND MECHANICAL AND ANIMAL INDUSTRIES live whites were illiterate as comHUSBANDRY pared with 5-1% of the foreign born. ALL OTHER Portland, the leading city, had OCCUPATIONS 14.8% in 1930 a population of 301,815, an increase of 16-9% for the decade. Salem, the capital and
second city in the state, had 26,- GRAPH SHOWING OCCUPATIONS OF 266 inhabitants. The other cities
MALES OVER 10 YRS. OLD ENGAGED
of over 5,000 population in 1930
IN GAINFUL OCCUPATIONS, 1920
were Eugene, Klamath Falls, Medford, Astoria, Bend, La Grande, Baker, Corvallis, Pendleton, The Dalles, Oregon City, Albany and Marshfield. Finance.—The value of all tangible property in Oregon was estimated in 1912 at $2,057,000,000, and in 1922 at $3,419,000,ooo. The assessed valuation of taxable property was $1,009,499,000 in 1922 and $1,110,677,000 in 1926. Receipts of the State treasury for the biennium 1924-26 were $79,548,279 and expenditures were $81,710,437. Of this the general fund received $31,417,282 and disbursed $32,090,702. There were a great number of special funds also, most important among them being the
highway fund which disbursed $24,236,882 during the biennium, the World War veterans’ aid fund disbursing $11,823,348, the
industrial accident fund disbursing $5,964,369, and the common school fund disbursing $2,370,946. The general fund is derived largely from a direct property tax, also from fees, licences, and special taxes. The direct property tax for the State general fund amounted to $2,992,518 in 1925, and $3,404,949 in 1926. Oregon was the first State to levy a tax on gasolene as a means of financing highway construction and maintenance. Fees of the motor vehicle department amounted to $11,337,000 and were also used for highway purposes. The total revenue of the State in 1925 secured by direct and indirect taxation amounted to $24.20 per capita. Expenditures for current expenses amounted to $15.01 per capita; the rest was for permanent improvements. The total indebtedness of the State in 1926 was $64,171,060, of which $36,677,750 was for highway bonds; $25,000,000 for
[EDUCATION
State veterans’ aid, to offset which the State held first mortgages on real property within the State and other assets amounting to $21,254,863.89; $2,043,310 for interest paid on irrigation district bonds on which the State was obligated to act as a guarantor, and
$450,000 for farm credits.
Provisions were made for the retire.
ment of all these bonds as they came due. County indebtedness in
1926 amounted to $27,217,848, school districts indebtedness to $17,787,365 and city and town indebtedness to $66,950,286. In 1926 there were 266 banks in the State, 99 of them national banks, with total resources of $342,417,949. Their total deposits Dec. 31, 1926, were $296,533,000 of which $113,776,000 were on savings accounts. Education.—The
school system of Oregon is under the con.
trol of a State board of education composed of the governor, sec. retary of State and the superintendent of public instruction. The progress of education in the State is represented in the following figures: the school enrolment of 134,468 in 1913 increased to 175,510 in 1924 and 185,959 in 1927. High school enrolment increased from 9,000 to 34,719 and 41,258 for the same years. The total cost of education increased from $6,456,638 in 1913 to
$19,119,271 in 1924 and $23,783,852 in 1927 while the per capita per pupil attending increased from $55.10 to $122.80 and $141.51, The average number of days taught increased from 151 per year
in 1913 to 161 in 1927, while the number of teachers increased
from 5,515 to 7,822. Of the 185,959 pupils enrolled for the year 1926-27, 144,701 were in grade schools and 41,258 in high schools, In that year 15,702 pupils completed the eighth grade and 6,670
were graduated from high school. There were 5,789 grade school teachers and 2,033 high school teachers. There were 2,506 schoolhouses in operation during the year, 1,560 of them one-room schools and 297 two-room schools. The consolidation of schools is making steady progress, thus eliminating the weaker rural schools, In 1927 there were 107 consolidated schools, with a cost for
transporting pupils of $466,404.32. There were 278 high schools in the State in 1927, 78 of which were union schools. State institutions of higher learning are the State Normal school at Monmouth, the Southern Oregon State Normal school at Ashland, the Oregon Agricultural college at Corvallis, and the University of Oregon at Eugene. The first was the only State normal school until 1925 when the legislature appropriated $175,000 as a special building fund for the Southern Oregon State Normal
school and provided an annual tax levy of ẹ of a mill for its support and maintenance. It opened in 1926. The Normal school at Monmouth had an average attendance in 1924 of 777 students, but it was unable to meet the demands of the State for trained teachers. Oregon Agricultural college had in 1924~25 an enrolment of 3,158. The distribution was as follows: engineering, 814; agriculture, 452; home economics, 486; commerce, 917; forestry, 112; pharmacy, 157; vocational and educational courses, 220. The Agricultural college also has charge of the eight agricultural experiment stations located at Corvallis, Union, Moro, Hermiston, Talent, Burns, Astoria and Hood River. Its extension service work throughout the State is also of very great importance. The University of Oregon, founded in 1872, had in 1924~25 an enrolment of 2,757 full-time students, though the total enrolment in all departments, including extension work, was 7,522. Penal and Charitable Institutions.—The Oregon State penltentiary, situated at Salem, is under the control of the governor. Its average daily population increased from 419-8 in the biennium 1922-24 to 409-6 in 1924-26. The prison has the most complete whipping, retting and scutching flax plant in the United States, also a lime plant doing excellent business, and a 434ac. farm.
These industries furnish employment for the prisoners, who are paid a small wage for their labour, and help to support the institu-
tion. There is a prison library of 25,000 volumes. Under the direction of the Oregon State board of control are the Oregon
State hospital for the insane at Pendleton and similar institutions throughout the State. Oregon also provides State aid to a number of private charitable institutions in accordance with a law enacted in 1913. Suc institutions make application to the board of health and, the application being approved, receive $20 a month for each charity
OREGON child under five years of age, and $16 per month for each child over five and under 17 years. The State child welfare commission passes on all petitions for adoptions, and inspects all institu-
885
in the Willamette valley and in the sheltered valleys of the Blue mountains in the north-east. The apple crop in 1925 amounted to 5,400,000bu. valued at $6,750,000 and in 1926 tc 8,036,000bu.
tions and maternity homes for which it issues licences.
valued at $5,653,000. There has been a steady increase in pear raising until in 1926 Oregon ranked third among the States with
or 14,120,000ac. was in farm land in 1925. This represented an
ooobu. of peaches raised in 1926, and large quantities of cherries and plums. A fair estimate of Oregon’s 1927 prune crop is 40,000,000 pounds. The crop of strawberries amounted to 6,209,-
Agriculture and Live-stock.—Agriculture is the main industry of Oregon. Of 61,188,480ac., the total area of the State, 23.1%
a crop of 2,100,000bu. valued at $1,785,000.
There were 384,-
ooogt. valued at $682,000. Irrigation is nowhere necessary west of the Cascade Range but is necessary in eastern Oregon except in a few valleys along the Columbia and in the Blue mountains. There were but 1,925,GRAZING
CLASSIFICATION
AND
OTHER
OF LAND
987ac. included in irrigation enterprises in 1920 as compared with
LANDS
AREA
IN OREGON,
1925
increase of 578,000ac. over 1920. Public lands still unappropriated and unreserved amounted to 28,583,778ac. in 1925 and 26,872,218ac. in 1926. This represented over five-twelfths of the State. Homesteads in 1925 amounted to 209,08sac. and in 1926 to 144,962 acres. Of the last named, 98,466ac. was for stock-raising only. The number of farms increased from 50,206 in 1920 to 55,910 In 1925; the average acreage per farm decreased from 269-7 to 252-5 during the same years. The value of farm land dropped from $586,242,000 in 1920 to $505,141,430 in 1925 but the value of farm buildings increased from $88,971,000 to $110,927,340.
Farms
operated
by tenants,
contrary to the general
tendency in the United States, decreased from 18-8% in 1920 to 168% in 1925. These statistics reveal that Oregon survived the period of agricultural distress following the World War with more success than most States. The good showing of the figures is due largely to steady production in the dairy and diversified farming valleys west of the Cascades. Dry-land farming suffered a serious post-war setback. Wheat is the principal crop, the acreage increasing from 890,oooac. in 1924 to 1,026,o00ac. in 1926, the production from 14,693,00obu. to 19,586,ooobu. and the value from $18,954,000 to $23,503,000. Wheat is raised mainly in eastern Oregon and north along the Columbia river; west of the Cascades farmers find their land too valuable as a rule to devote to the crop. Oats to the
amount of 10,560,coobu. valued at $5,386,000 was raised on 320,000aCc. In 1925. Barley to the amount of 2,378,ooobu. valued at $2,313,000 was raised on 96,000 acres. Indian corn increased in importance, the 1926 yield of 2,475,ooobu. grown on 75,000aC.
being valued at $2,475,000. The 1921-25 average yield of corn per ac. was 31-5bu., which was higher than that of Missouri, and higher than the 27-8 average of the United States. Hay is second
In importance to wheat only. In 1926 2,034,000 tons valued at
21,294,000 were raised on 1,147,000 acres. Of this, 688,000 tons were alfalfa. Potatoes valued at $4,500,000 were raised on 45,000ac. (roobu. per ac.) in 1926. Oregon is also an important fruit-raising State, and many west-
ern valleys are largely given over to the industry, notably the Rogue and the Hood river valleys. Large orchards are found also
2,527,208 in 1910. However the acreage actually irrigated increased from 686,000 to 986,000. Capital invested increased from $12,760,214 to $28,929,151, or from $15.36 to $21.52 per acre. The average cost of maintenance was in 1920 $1.19 per ac. as compared with $2.43 for all irrigated land in the United States. Crops grown on irrigated land in 1919 averaged $44.77 per acre. Great numbers of beef cattle are raised in eastern Oregon, while the Willamette and coast districts are especially favourable to dairying. Cattle of all kinds decreased in number from 796,000 in 1925 to 687,000 in 1927 but increased in value from $28,073,000 to $28,830,000, or from $35.30 to $40.00 per head. Milch-cows and heifers numbered 214,000 in 1927 with an average value of $65.00 per head. Creamery butter production increased from 14,228,o0o0lb. in 1920 to 21,575,o00lb. in 1925. Cheese production in that year amounted to 9,903,ooolb., giving Oregon third place in rank among the States. The market for the products of the dairying industry is found in the growing cities of the Pacific coast. Eastern Oregon is noted for sheep-raising. The number of sheep decreased from 2,250,000 in 1920 to 1,868,000 in 1923, but increased to 2,226,000 in 1927. Their total value in the same years amounted
to $24,035,000,
$8,742,000
and
$23,092,000
respec-
tively. These figures show the depression in the industry shortly after the World War, but an increase in wool prices in 1924 helped in its rapid recovery. The wool production increased from 14,790,000lb. in 1923 to 18,321,000lb. in 1926 and the value of the crop in that year was $5,514,000. The weight per fleece is generally high, in 1926 averaging 9-3lb. as against 7-8lb. for the entire United States. Swine are slowly increasing in numbers; the 245,000 in 1927 were valued at $3,920,000. Horses decreased in number from 225,000 in 1925 to 201,000 in 1927, and were valued in that year at $12,405,000. Poultry-raising is developing into an important industry.
Mining.—The value of the mineral products of Oregon was $5,496,253 in 1920, $6,054,487 in 1923 and $7,826,711 in 1925. The value of gold, silver, copper and lead produced in Oregon in 1926 was $334,300, a decrease of $96,453 or 22% as compared with the value of these metals produced in 1925. The production of non-metals showed an increase. Oregon supplies its own needs in building stone, 73 plants in 1925 quarrying sandstone, granite, marble and volcanic tuff to the value of $1,858,644. The tuff, occurring over a wide area in eastern Oregon and in parts of western Oregon, has proved especially valuable, for it is easily worked, of pleasing appearance, light in weight yet strong and durable. Sand and gravel valued at $1,998,545 was used in various construction operations in 1925. Clay products of 1925 were valued at $839,286, the State fully supplying its own demands. There is an abundance of materials for making lime and cement and three Portland cement factories, situated at Portland, Ashland and Lime, were in operation. The Coos bay coal-field
is the only notable coal producing district in the State.
Iron is
found in commercial quantities in Columbia and Washington counties. Between 1860 and 1880 the mining of precious metals was a major industry in Oregon, and responsible for the early settlement of many localities; but by 1920 the total value of all metals mined was but $1,541,051 and in 1923 it was only $767,590. In 1926, the output of gold and of silver decreased 28% and 20% respectively, while that of copper and of lead increased 131% and 113% respectively, over 1925. Gold ores
OREGON
886
came from eight counties but 88% of all produced was from
Baker and Grant counties.
Also 90% of all copper ore in the
State was produced in these counties.
Fisheries.—The fisheries of Oregon in 1922 employed 5,497
persons, represented 22,371,764lb. of fish men were employed $3,500,171. Of the
an investment of $4,892,576, and produced valued at $1,255,689. In 1923, 4,230 fisherand the yield was 32,982,678]b. valued at 1923 catch 27,277,c00lb. or about 85% of the total was salmon, valued at $3,057,937.
Forests and Lumbering.—lIt
is Oregon’s distinction that
within her borders is more standing timber than in any other State.
It amounts to about 400,000 million board feet or nearly
one-fifth of the supply of the whole United States.
Of this,
10,684,883ac. are privately or State owned, while 13,216,240ac. are in the 15 national forests of the State. The national forests
[HISTORY
Umpgua and Rogue river valleys and via the Klamath region, The mileage extension between 1910 and 1927 consisted main}
of branches from the Union Pacific into east-central Oregon from the east, and into west-central Oregon from the north; from the
Southern Pacific line to the Pacific coast at Tillamook and Coo. bay, and from the Willamette valley to Klamath Falls: ang a
line owned by the Great Northern from the Columbia river up the Deschutes river to a connection with the Southern Pacific Klamath Falls extension and then by common user to the southern border of the State. The Northern Pacific and the Great Northem
by a joint line on the Washington side of the Columbia river
provide a water grade to Portland, a terminus of both systems.
The development of the State highway system begun in 1917 has been regularly carried forward: at the beginning of the year 1927 the total mileage was 4,468, of which 3,220m. were sur. faced. The total mileage of roads other than State highways was 45,306, of which 7,746m. were surfaced. Expenditures for State highways in 1925 were $15,553,000; the added expenditures of
include all the higher mountain areas, The backbone of the Cascade Range and its higher slopes from Mt. Hood to California comprises six forests of about 1,000,000ac. each. In the Coast Range are two forests with a combined area of 1,500,o00ac. while counties, townships and districts brought the year’s total to in the Wallowa and Blue mountains in eastern Oregon are six $28,928,000, In 1926 there were 233,568 motor vehicles in Ore. more totalling some 5,500,000 acres. On the western slopes of gon, or 266 per 1,000 population. Receipts for the registration the Cascades especially at the lower elevation are some of the of motor vehicles amounted to $6,018,000; from the three cent finest stands of timber in the world made up of such species as gasolene tax, $3,334,000. Douglas fir, western hemlock and western cedar. On the east A deep water channel in the Columbia and Willamette rivers
slopes of the Cascades and in the Wallowa and Blue mountains where the climate is much drier the timber is more open, and
Ponderosa pine replaces Douglas fir as the chief commercial tree. Lumber production rose from 2,022,000 board feet in 1919 to
makes Portland accessible for ocean-going vessels, and about 70% of water-borne commerce of Oregon in 1926 was carried to or
from that port. The total ocean commerce of Oregon in 1926
was 7,117,400 short tons. Of this amount 6,296,683 tons entered 3,966,000 board feet in 1923, and 5,466,500,000 board feet in or cleared the Columbia river; the water-borne commerce of 1926. In 1926 and 1927 Oregon ranked in output second only to Portland alone was 4,834,094 tons. History.—The Spanish pilot, Bartolomé Ferrelo, who in 1543 Washington. Of the 4,967,000,000 board feet sawed in 1927 2,803,000,000 were Douglas fir, 1,0a0,000,000 Ponderosa pine, made the farthest northward voyage along the Pacific coast 725,000,000 hemlock, 125,000,000 Sitka spruce, 105,000,000 red recorded in the first half of the 16th century, may have sighted cedar, 100,000,000 Port Orford cedar, 75,000,000 miscellaneous the shores of Oregon. So also the famous English captain, Francis soft woods, and 35,000,000 hardwoods. Oregon ranked second to Drake, who in 1579 coasted these shores seeking a route home by Washington in the production of laths and shingles. The lumber a north-west passage, is supposed to have reached a point near 43° industry in all its branches gave employment to about 50,000 lat. before giving up the search and turning westward across the men. The value of the cut in 1927 was $105,000,000. Pacific. In 1603 the Spaniards Vizcaino and Aguilar also passed Manufactures.—In the decade 1914-23 the value of Oregon’s 42° lat., Aguilar claiming to have reached a point of land near manufactures more than tripled. There were, in 1914, 2,320 fac- 43° which he called Cape Blanco. The Spanish, however, were tories employing an average of 28,829 workers, paying $20,932,000 too interested in the profitable trade between their colonies and in wages, producing goods valued at $109,762,000, of which $46,- the Far East to give much attention to north-west exploration 504,000 was added by manufacture. In 1923 there were 1,909 and it was not until 160 years later that the fear of Russian and establishments, employing 62,655 workers, paying $81,769,000 in English encroachment caused them to send out further expediwages, producing goods worth $363,715,000 of which $167,704,- tions. In 1774 Juan Pérez was sent out with orders to proceed to ooo was added by manufacture. 60° latitude. He turned back at 54° but was the first to sail along The 1,908 industrial establishments operated in 1925 gave the entire coastline of the Oregon country. The following year employment to 59,579 wage-earners and had an output valued at Bruno Heceta commanded another expedition which near Point $352,948,841. The leading products were those of lumber in the Grenville made the first landing in the region. They erected a manufacture of which Oregon ranked third among the States. cross and in formal ceremony took possession for Spain. There were, in 1925, 364 sawmills, employing 31,217 workers, proThe Spaniards made no effort to colonize north-western America ducing lumber products valued at $120,570,255. The products or to develop its trade with the Indians, but towards the end of next in importance were those of 62 flour and grain mills which the 18th century the traders of the great British fur companies were valued at $28,179,224. The products next in value were: of the north were gradually pushing overland to the Pacific. Upon butter, cheese and evaporated milk, $17,313,481; slaughtering and the sea, too, the English were not idle. Capt. James Cook in meat packing products, $17,215,966; canning and preserving fruits March 1778 sighted the coast of Oregon in the lat. of 44°, and and vegetables, $12,513,211; foundry and machine shop products, examined it between 47° and 48° in the hope of finding the Straits $10,582,996; printing and publishing, newspapers and periodicals, of Juan de Fuca described in Spanish accounts. Soon after the $10,406,032; bakery products, $10,102,706; planing mill prod- close of the Revolutionary War American merchants began to buy ucts, $9,926,417; paper and wood pulp, $9,841,038; furniture, furs along the north-west coast and to ship them to China to be $6,618,614; construction and repair done in steam railway shops, exchanged for the products of the East. It was in the prosecution $6,264,408; and canning and preserving fish, oysters, crabs, etc., of this trade that Capt. Robert Gray (1755-1806), an American
$5,898,762. Transportat
|
:
ion and Commerce.—The railway mileage of the
State increased from 2,413 in Igro to 4,111 in 1925, of which
754m. were electric roads operated by nine separate companies. The main steam railway lines were those of the Union Pacific, the Southern Pacific, the Great Northern and the Northern Pacific. The Union Pacific crosses the north-eastern corner of the State to the Columbia river, which it follows to Portland. The Southern Pacific owns the main line between Portland and California, crossing the State north and south along the Willamette, across the
in the service of Boston merchants, discovered in 1792 the longsought river of the west, which he named the Columbia, after his
ship. By the discovery of this river Gray gave to the United States a claim to the whole territory drained by its waters.
Land exploration soon followed these discoveries along the coast. Alexander Mackenzie, in the service of the North West Company, in 1793 had explored through Canada to the Pacific
coast in lat. about 52° 20’ N., and Meriwether Lewis and William
Clark, American explorers acting under the orders of President Jefferson, in 1805-06 had passed west of the Rocky mountains
and down the Columbia river to the Pacific ocean.
Both British
and American adventurers were attracted to the region by the profitable fur trade. In 1808 the North West Company had several posts on the Fraser river, and in 1810 and 1811 they built others south of the 49th parallel. In 2811, also, the Pacific Fur
Company, under the guidance of John Jacob Astor of New York, founded a trading post at the mouth of the Columbia which they
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OREGON
HISTORY]
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ESTABLISHED
In 1834
Methodist missions in the valley. In 1837 20 more missionaries arrived and a branch mission was opened at The Dalles. In 1838 Jason Lee started overland for the States, and his lecturing and preaching not only raised money for the mission but aroused great interest in Oregon, with the result that the American element was increased in 1840 by 50 more arrivals by sea. It now numbered 151. In 1842 the first immigrant train over the Oregon trail, headed by Elijah White and piloted by Thomas Fitzpatrick, arrived. The following was the year of the “Great Migration” when nearly 900 men, women and children likewise followed the trail and settled in the Willamette valley. After this the flow of immigrants steadily increased, about 1,400 arriving in 1844 and 3,000 in 1845. The American settlers set in motion a movement for the immediate and permanent settlement of the Oregon dispute. They had in 1843 established for themselves a provisional Government,
but settlement and business undertakings were held back until their future rulers and the nature of their permanent Government were settled. The western States rallied to their support with the result that the Democratic National convention in 1844 declared
para
eee
THE HUDSON'S BAY BY STANLEY IN 1854
these first settlers, mostly Frenchmen, there by 1835.
Jason and Daniel Lee arrived from the United States and founded
IN
1815,
called Astoria, and set up a number of minor posts on the Willamette, Spokane and Okanogan rivers. On hearing of the war between England and the United States, Astor’s associates, deeming Astoria untenable, sold the property in 1813 to the North West Company. The British took formal possession and renamed the post Ft. George. Soon after the restoration of peace between England and the United States there arose the so-called “north-western boundary dispute” or “Oregon question” which agitated both countries for a generation and almost led to another war. The United States was willing at the time to extend the north-western boundary along the 4oth parallel from Lake of the Woods to the Pacific, but to this the British Government would not consent, so in 1818 both nations agreed to a “joint occupation” for ten years of the country “on the north-west coast of America, westward of the Stony (Rocky) mountains.” By treaty the following year Spain waived her claim to the territory north of 42° in favour of the United States, and in 1824 Russia likewise agreed to make no settlements south of 54° 40’. In 1827 the agreement of 1818 for joint occupancy by Great Britain and the United States was renewed for an indefinite term, with the proviso that it might be terminated by either party on 12 months’ notice. For the next three decades the history of Oregon is concerned mainly with the British fur traders and the American immigrants. The Hudson’s Bay Company absorbed its rival, the North West Company, in 1821, and thus secured a practical monopoly of the trade of the Oregon region. Its policy was to discourage colonization so as to maintain the territory in which it operated as a vast preserve. The company sent to the Columbia river as its governor west of the Rocky mountains Dr. John McLoughlin who ruled the vast empire firmly and wisely for 22 years and became affectionately known as the “Father of Oregon.” His capital was at Ft. Vancouver which he built on the north bank of the Columbia opposite the mouth of the Willamette river. In 1829 he also built an establishment at the falls of the Willamette which determined the site of Oregon City. Though it was against the company’s interests he generously aided the American colonists who later came to the region, and later in life, after American Government was extended over the country, became himself a Citizen of the United States. The elderly employés of the company were urged by McLough-
lin, when they wished to retire from active service, to settle with their families in the Willamette valley. There were a number of
the title of the United States to “the whole of the Territory of Oregon” to be “clear and unquestionable,” and the party made “Fifty-four forty or fight” a campaign slogan. Upon the success of the party, negotiations were entered into which resulted in a compromise treaty (1846) fixing the boundary between Oregon and British possessions at its present position, and giving the United States complete title to all land to the southward. Territorial status and a Territorial Government were delayed
until 1848 owing to opposition from the slavery element in Congress. As then constituted the Territory included the present States of Oregon, Washington, Idaho and parts of Montana and Wyoming. Its area was reduced in 1853 by the creation of the Territory of Washington. The discovery of gold in California drew many Oregon settlers to that country in 1848~so0, but this exodus was soon offset as a result of the enactment by Congress in 1850 of the “Donation Land Act” by which settlers in Oregon were entitled to large tracts of land free of cost. The number of claims registered under this act was over 8,000. In 1857 the people voted for Statehood; in the same year a Constitutional Convention drafted a Constitution which they adopted in November, and on Feb. 14, 1859, Oregon was ad-
|samen
GRAY, "A HİSTORY
OF OREGON”
THE SETTLEMENT OF ASTORIA, OREGON, IN 1811, FOUNDED BY JOHN JACOB ASTOR AT THE HEAD OF THE COLUMBIA RIVER mitted into the Union with its present boundaries, Gold had been discovered in paying quantities at Jacksonville in southern Oregon in 1815, and in 1861 was discovered in eastern Oregon along the John Day and Powder rivers.. Each of these discoveries resulted in a stampede which settled a region which otherwise would have
been settled very slowly. The increase of mining population in Oregon and Idaho encouraged agricultural development in that it provided markets. Permanent settlements were made in all the important valleys of eastern Oregon in the ’6os. By 1870 the population of the State was 91,000. In the next 20 years it nearly doubled. This increase was due largely to the opening of railroad
OREGON
888
CITY—OREL
connections with the outside world. Two lines, one on each side of the Willamette river, to connect with a line in California, were begun in 1868, but progress was so slow that the connection was not made until 1884. Meanwhile a line had been built up the Columbia river to meet the northern transcontinental lines being
built west through Idaho, and this junction was effected in 1883. Many local lines were also built. During this period grazing spread over eastern Oregon, and developments in other industries began which later decades were merely to expand and enlarge. The political complexion of the State has been generally Republican, although the contests between the two leading parties
were often very close.
shaped, fragrant leaves, greenish-yellow flowers, in small Clusters
and a somewhat olive-like, dark purple fruit (drupe). It yielg
one of the most valuable cabinet woods produced in the Pacific States. (See LAURACEAE.)
OREGON PINE: see Dovuctas Fr. OREGON TEA-TREE (Ceanothus sanguineus), a name
given to a large shrub of the buckthorn family (Rhamnaceae) called also buck-brush, native from northern California to British Columbia and eastward to Montana. It grows about to ft. high and bears reddish branchlets, thin, smooth, ovate, toothed leaves and compound clusters, 2 to 4 in. long, of small white flowers,
Since the admission of Oregon into the As in case of the New Jersey tea (g.v.), its leaves have been used as tea. (See CEANOTHUS.) OREGON TRAIL: see OLD OREGON TRAIL. O’REILLY, JOHN BOYLE (1844-1890), Irish-American
Union up to 1928 there had been seven Democratic and nine Republican governors, but in only two instances did the State’s electoral vote go to the Democratic presidential nominee.
BIBLIOGRAPHY.—The reports of the various State departments and State officials are invaluable for up-to-date general and specific information. Consult also the Oregon Blue Book, published biennially by the secretary of State; The Mineral Resources of Oregon, published irregularly, 1914 et seg., by the Oregon Bureau of Mines and Geology; The National Forests of Oregon, published (1923) ; by the U.S. Department of Agriculture; forest service. For Government: G. L. Redges, Where the People Rule; or the Initiative and Referendum, direct primary law and the recall in use in the State of Oregon (San Francisco, 1914); H. B. Augur, Government in Oregon (1919) ; C. H. Carey, The Oregon Constitution (Salem, 1926). For history: W. H. Gray, History oj Oregon, 1792—1840 (Portland, 1870) ; H. H. Bancroft, History of the Northwest Coast (San Francisco, 1884), and History of Oregon (San Francisco, 1886-88) ; Quarterly of the Oregon Historical Society (1900 et seq.); H. S. Lyman, History of Oregon (1903), the best complete history of the State; F. V. Holman, Dr. John McLoughlin, the Father of Oregon (Cleveland, 1907); C. H. Carey, History of Oregon (Portland, 1922); J. B. Horner, A Short History of Oregon (Portland, 1924); H. W. Scott, History of the Oregon Country (1924); P. J. De Smet, Oregon Missions (various editions) ; J. H. Gilbert, “Trade and Currency in Early Oregon,” Columbia Univ. Studies in Economics (vol. xxvi. No. 1, 1907); Julian Hawthorne, The Story of Oregon
politician and journalist, was born near Drogheda on June 28
1844, the son of a schoolmaster. After some years of newspaper experience, during which he became an ardent revolutionist and joined the Fenian organization known as the Irish Republican Brotherhood, he enlisted in 1863 in a British cavalry regiment with the purpose of winning over the troops to the revolutionary
cause. At this period wholesale corruption of the army, in which there was a very large percentage of Irishmen, was a strong fea. ture in the Fenian programme, and O’Reilly was successful in disseminating disaffection in his regiment. In 1866 the extent of the
sedition in the regiments in Ireland was discovered. O’Reilly was tried by court-martial and sentenced to be shot, but the sentence was commuted to 20 years’ penal servitude.
After confinement in
various English prisons, he was transported in 1867 to Bunbury, Western Australia.
In 1869 he escaped to the United States, and
settled in Boston, where he became editor of The Pilot, a Roman Catholic newspaper. He subsequently organized the expedition which rescued all the Irish military political prisoners from the (1892) ; A. Atwood, The Conquerors (1907) ; T. T. Geer, Fifty Years Western Australia convict establishments (1876). He was the in Oregon (1912) ; George H. Putnam, In the Oregon Country (1918) ; author of several volumes of poetry, and of a novel of convict life, D. Murphy, Oregon the Picturesque (Boston, 1917); W. D. Lyman, The Columbia River (1917); A. D. Pratt, A Homesteader’s Portfolio Moondyne. He died in Hull, Mass., on Aug. 10, 1890.
(1922) ; Washington Irving, Astoria (various editions). For bibliography consult C., W. Smith, Checklist of Pacific Northwest Americana
(1921).
(E. B. P
See J. J. Roche, Life of John Boyle O'Reilly (Boston, 1891).
OREL or ORLOV, a province of the Russian S.F.S.R., sur-
rounded by those of Bryansk, Kaluga, Tula, Tambov, Voronezh OREGON CITY, a city of Oregon, U.S.A., on the east bank and Kursk. Area 29,973 square kilometres. Pop. (1926) 1,883,423. of the Willamette river, 12 m. S. by E. of Portland; the county The province is much smaller than the pre-1917 province of the seat of Clackamas county. It is on the Pacific highway, and is same name, Bryansk being now a separate province. Orel forms served by the Southern Pacific, the Willamette Valley Southern, part of the recently constituted Black Earth Area (Central). The and electric railways, and motor-coach lines. Pop. (1920) 5,686 province consists mainly of dissected plateau, drained by the (87% native white); and in 1930 it was 5,761. The river here Oka and its tributaries, flowing into the Volga, and the Sosna. makes a plunge of 40 ft. over a basalt ridge, and then flows On the water-partings between the streams, the Kurgans or artibetween steep walls of solid rock 20 to 50 ft. high. The abundant ficial mounds, some containing burials and some being remains water-power is used for the manufacture of lumber, paper and of earthworks, stand out sharply. In the Bolkhov and Dmitrov
pulp, flour, woollen fabrics and various other commodities. Next to Astoria, Oregon City is the oldest settlement in the State. In 1829 Dr. John McLoughlin, chief agent of the Hudson’s Bay Company, established a claim to the water-power at, the falls and
districts, the soil is podzol (see Russra: Soils), but the rest of
the province is covered with black earth. The forests have practically all disappeared and there is a great scarcity of wood and of fuel. For climate, the difficulties of agriculture and general
to land where the city now stands, and began the erection of a social conditions see VoronezH. Average January temperature mill and some houses. In 1840 he laid out a town and named it 14-8°, average July 67°. The chief crops in 1926 were rye, oats, potatoes, millet and Oregon City, but his claim was disputed by a Methodist mission, and in 1850 Congress gave a great part of his claim for the endow- hemp. Very little wheat or sunflower seed is grown. Cattle, sheep ment of a university. The Oregon. legislature in 1862 restored the and pigs are bred; in pre-World-War times Orel was noted for land to McLoughlin’s heirs. The city was chartered in 1850. In horse breeding, but their numbers diminished greatly owing to war requisitions and they are slow to recover. Livensk and Malo1924 a commission-manager form of government was adopted.
OREGON-GRAPE
(Mahonia Aquifolium),a North Ameri-
can evergreen shrub of the family of Berberidaceae, closely allied to the barberry (g.v.), found from British Columbia to
California and eastward to New Mexico.
It grows from 3 to
6 ft. high and bears large pinnate leaves composed of five to nine
thick, spiny-toothed, somewhat hally-like leaflets, bright yellow flowers in erect racemes, followed by showy clusters of small
blue berries. The plant is the floral emblem or State flower of Oregon, and is widely grown as an ornamental. OREGON MYRTLE (Umbellularia californica), a North American tree of the laurel family (Lauraceae), called also California laurel, native to Oregon and California. It attains a height of 90 ft, and a trunk diameter of 5 ft., and bears lance-
archangel have however recovered their former position as regards horse breeding. Factory industries include the making of chemical manure from the phosphorites of the province, iron-mining and smelting in the Zinoviev district, near Dmitrovsk, and at
Elets, flour-milling, distilling, leather and chalk. Koustar (peasant)
industries include the making of ploughs, rope, makhorka tobacco, carpets, and, in the Elets district, lace. The province suffered
much during the Civil War 1917~20, and Elets changed hands several times. The chief towns are Orel and Elets.
In the oth century a Slav tribe, the Vyatichis, was established
on the Oka river and paid tribute to the Khazars. They recognized the rule of Rurik from 884 and were later absorbed in the prin cipality of Chernigov, Their wealthy towns and villages were
880
O’?RELL—-ORENSE devastated by the Mongols in 1239-42 and the region was reduced to poverty. The Russians erected forts and established colonies in the 16th century. In 1610 Orel then known as the Ukrayna or Ukraine (2.e., “border region”) was the scene of civil warfare under the false Demetrius. From 1917 to 1920 it was again the scene of civil struggles. Orel, the chief town of the above province, situated at the confluence of the Orlik with the Oka river, and at the junction of roads and railways linking it with Moscow, Bryansk, Kharkov and the east, in 53° N., 36° 8’ E. Pop. (1926) 75,608.
ORELL, MAX, the xom-de-pblume of Paut BLovet (1848-
1903), French author and journalist, was born in Brittany in 1848. He is chiefly remembered for his once famous book, John Bull et
son fle. He died in Paris, on May 25, 1903. ORELLANA, FRANCISCO DE (c. 1490-c. 1546), Spanish soldier, and first discoverer of the Amazon, was born at Truxillo about 1490. He sailed for Peru in 1535, and in 1540—41 ac-
companied
Pizarro’s
expedition
from
Quito to Napo
in the
capacity of lieutenant. Early in 1541 he was sent ahead of the main party to obtain provisions, but he deserted his charge, either from necessity or choice, and continued his journey down the Rio Napo to the valley of the Amazon, whose course he explored from its source in the Andes to the Atlantic; he reached the coast in Aug. 1541. He is reported to have encountered a tribe of female warriors, of whom he had been told by the Indians, and from whom the name of the river is derived. On his return to Spain he was granted the right to conquer the newly discovered lands, but an expedition, undertaken in 1544 for this purpose, met with little success. Orellana died, probably in Venezuela, about 1546. See “The Voyage of Francisco de Orellana down the River of th Amazons,” trans. C. R. Markham, from A. de Herrera’s Historia general de las Indias occidentales (Hakluyt Society Publications, vol. XXiv., 1859).
ORELLI, JOHANN
CASPAR VON (1787-1849), Swiss
classical scholar, was born at Ziirich on Feb. 13, 1787. His cousin, JOHANN CoNRAD ORELLI (1770-1826), was the author of several works in the department of later Greek literature. From 1807 to 1814 Orelli worked as preacher in the reformed community of Bergamo and published Contributions to the History of Italian Poetry (1810) and a biography (1812) of Vittorino da Feltre, his ideal of a teacher. In 1814 he became teacher of modern languages and history at the cantonal school at Chur (Coire); in 18109, professor of eloquence and hermeneutics at the Carolinum in Zürich, and in 1833 professor at the new university, the foundation of which was largely due to his efforts. He had already published (1814) an edition, with critical notes and commentary, of the Antidosis of Isocrates. The three works upon which his reputation rests are the following. (1) A complete edition of Cicero in seven volumes (1826-38). (2) The works of Horace (1837~
38; 4th ed., 1886—92). (3) Inscriptionum Latinarum Selectarum Collectio (1828; revised edition by W. Henzen, 1856). His editions of Plato (1839—41, including the old scholia, in collaboration with A. W. Winckelmann) and Tacitus (1846-48, new ed. by various scholars, 1875-94) also deserve mention. Orelli died at Zürich on Jan. 6, 1849. See Life by his younger bibliothek Zürich (1851); JC.O. (Geneva, 1849); J.C.O. (Zürich, 1874) ; C. in Deutschland (1883).
brother Conrad in Neujahrsblatt der StadtJ. Adert, Essai sur la Vie et les Travaux de H. Schweizer-Sidler, Gedichtnissrede auf Bursian, Geschichte der klassischen Philologie
ORENBURG, a province of the Russian S.F.S.R., consisting
mainly of the former Orenburg and Orsk districts of the much larger pre-1914 province of the same name. Area 57,201 sq. km. Pop. (1926) 674,199. It is a narrow strip lying between Bashkiria on the north and Kazakstan on the south, widening out to the east and west. The province is hilly, except for the valleys of the Ural river and its tributaries, the Sakmara and the Or. It belongs to the region of perennial drought and dry and desert steppe: the soils are chestnut-brown clays and sands with salt efflorescences, on which crops can be raised successfully if drought is not too severe and if careful attention is paid to manuring and to the type of cultivation. Some fertile black
earth occurs in the valleys. The average January temperature is 3-4° F. July 70-9° F, average rainfall 15-2 inches. Coal and rich layers of rock salt are found near Iletsk, in the south of the province and phosphorite exists. The peasants are specially skilled in the preparation of leather and the women knit the famous Orenburg goats’ wool shawls. The district lies on the border region between the territory of the Bashkirs and that of the Kirghiz; the Bashkirs were brought under Russian rule in 1557, and the fort of Ufa was built to protect them from Kirghiz raids. The frequent risings of the Bashkirs and the raids of the Kirghiz led the Russian government in the 18th century to erect a line of forts and blockhouses on the Ural and Sakmara rivers, which were afterwards extended southwestwards towards the Caspian and eastwards towards Omsk, and Orenburg became the central point of these military lines.
ORENBURG,
the chief town of the province of Orenburg,
situated on the Ural river in 51° 46’ N., 55° 7’ E. Pop. (1926) 121,975. The opening of the Orenburg-Tashkent railway in 1905 greatly increased its importance, and it has an important railway workshop for this line. Its industries include the making of metal goods and bricks, saw-milling and brewing. Trading caravans from the Central Asiatic Republics bring carpets, silk, cotton, lambskin, wool and dried fruits to Orenburg to exchange against textiles, metal goods, and other products of European Russia. Cattle, horses and sheep from the steppe lands are brought to its market, and animal products including frozen meat, hides, sheepskins, tallow and bristles are sent by rail to Samara and the west. Its population is mixed and includes Russians, Tatars, Kirghiz and Bashkirs, among others. In 1735 a fort was erected at the confluence of the Or and Ural rivers as an outpost of Russia against the Bashkirs and Kirghiz, and was called Orenburg. In 1740-43, the fortress was moved 120 m. down the Ural river to its present position and the former Orenburg was re-named Orsk.
Heavy fighting occurred here after the ror7 revolution, and in that year its population was swollen to 140,588 by refugees. During the famine of 1920-1, the town suffered severely and the population dropped proportionately.
ORENDEL, a Middle High German poem, of no great liter-
ary merit, dating from the close of the 12th century. The story is associated with the town of Treves (Trier), where the poem was probably written. The introduction narrates the story of the Holy Coat, which, after many adventures, is swallowed by a whale. Orendel, son of King Eivel of Treves, who had embarked with 22 ships in order to woo the lovely Brida, the mistress of the Holy Sepulchre, is wrecked, and falls into the hands of the fisherman Eise, in whose service he catches the whale and recovers the Holy Coat. The poem exists in a single ms. of the 15th century, and in one printed version dated 1512. It has been edited by von der Hagen (1844), L. Ettmiiller (1858) and A. E. Berger (1888) ; there is a modern German translation by K. Simrock (1845). See H. Harkensee, Untersuchungen über das Spielmannsgedicht Orendel (1879); F. Vogt, in the Zeitschrift für deutsche Philologic, vol. xxii. (1890); K. Miillenhoff, in Deutsche Altertumskunde, vol. i.
(2nd ed., 1890), pp. 32 seq.; and R. Heinzel, Über das Gedicht von
Konig Orendel (1892).
ORENSE, an inland province of north-western Spain, formed in 1833 of districts previously included in Galicia, and bounded on the north by Pontevedra and Lugo, east by Leon and Zamora, south by Portugal, and west by Portugal and Pontevedra. Pop. (1920) 412,460; area 2,694 sq.m. The surface of the province is almost everywhere mountainous. Its western half is traversed in a south-westerly direction by the river Miño; the Sil, a left-hand tributary of the Miño, waters the north-eastern districts; and the Limia rises in the central mountains and flows west-south-west, reaching the sea at the Portuguese port of Viana do Castello. The railway from Monforte to Vigo runs through the province. There are iron foundries. The chief towns are Orense (¢.v.), Allariz
(9,043), Carballino (9,541), Viana del Bollo (8,045), Nogueira de Ramun (8,201), Boboras (7,239), Cartelle (7,200) and La Vega (6,927). Eighteen other towns have over 5,000 inhabitants. ORENSE, an episcopal see and the capital of the Spanish province of Orense, on the left bank of the river Miño, and on the Tuy-Monforte railway. Pop. (1920), 17,581. The river is
OREODON—ORFORD
890
ORFORD, ROBERT WALPOLE, ist EARL oF (1676. here crossed by one of the most remarkable bridges in Spain. 1745), generally known as Sir ROBERT WALPOLE, prime minister been frequently has but 1230, in Lorenzo It was built by Bishop England of from 1721 to 1742, third son of Robert Walpole cathedral repaired. The image of El Santo Cristo in the Gothic M.P., of Houghton in Norfolk, was born at Houghton on Aug. Las as known springs warm The Galicia. t throughou celebrated is from 1690 to 1695 and was Burgas, attract many summer visitors; the waters were well 26, 1676. He was an Eton colleger King’s College, Cambridge, as scholar on April 22 known to the Romans, as their ancient names, Aquae Originis, admitted at 1696. At this time he was destined, as a younger son, for the Aquae Urentes, or perhaps Aquae Salientes, clearly indicate. church, but the death of two elder brothers made him heir to They named Orense Aurium, probably from the alluvial gold £2,000 a year, whereupon he resigned g found in the Mifio valley. Chocolate and leather are manufac- an estate producin about n from the university. withdraw was and ip scholarsh his ies. iron-foundr and tured, and there are saw-mills, flour-mills
OREODON
(ic., “hillock-tooth”), an Oligocene genus of
North American primitive ruminants related to the camels, and
Walpole sat in parliament at first for the family borough of
Castle Rising (1701) and then for King’s Lynn, which he rep.
to the peerage. In June 1705 he typifying the family Oreodontidae. Typical Oreodonts were long-| resented until he was raised of the council to Prince George of Denmark, one appointed was sharpwith ruminants plantigrade partially four-toed, tailed, Anne, and then lord high admiral crowned crescentic molars, of which the upper ones carried four the inactive husband of Queen 1708, he succeeded Henry St. John as cusps, and the first lower premolar, canine-like bofh in shape and of England. On Feb, 25, secretary at war, and was thus brought into immediate contact function. See TYLOPODA. the duke of Marlborough and the queen. With this post he with ORESTES, in Greek legend, son of Agamemnon and Clya short time (1710) the treasurership of the navy, and for held from absent was he story Homeric the to According taemestra. to the inmost councils of the ministry. He could admitted was was and War Trojan the Mycenae when his father returned from of Sacheverell, murdered by Aegisthus. Eight years later he returned from not dissuade Godolphin from the impeachment 1709 to draw Dec. in appointed was committee the when and and mother his slaying by death Athens and revenged his father’s of the manone nominated was Walpole impeachment the up her paramour (Odyssey, iii. 306; xi, 542). For later forms of agers for the House of Commons. Walpole shared in the general the legend of his return, see ELECTRA. flattery, followed In post-Homeric writers, Orestes, after the deed, is pursued wreck of the Whig party, and in spite of the his place with his friends in by the Erinyes (g.v.). He takes refuge in the temple at Delhi. by the threats, of Harley he took in debate and in the pamphlet press he vindiApollo sends him to Athens to plead his cause before the Areopa- opposition. Both the charge of peculction, and in revenge from Godolphin cated of gus. The Erinyes demand their victim; he pleads the orders for his zeal his political opponents brought against him an accusaAthena and divided, equally are judges the of votes the Apollo; these charges he was in 1712 gives her casting vote for acquittal The Erinyes are propitiated tion of personal corruption. On spent a short time in the Tower. by a new ritual, in which they are worshipped as Eumenides (the expelled from the House and the Whigs, while his Kindly), and Orestes dedicates an altar to Athena Areia. Ac- His prison cell became the rendezvous of last parliament of the In ballads. popular in sung were praises cording to Euripides, some of the Erinyes were not satisfied, so against the attacks Steele Richard Sir defended he Anne Queen the off carry Tauris, to go to Apollo by Orestes was ordered statue of Artemis which had fallen from heaven, and bring it to of the Tories. After the accession of George, the Whigs for nearly half a Athens. He repairs to Tauris with Pylades, the son of Strophius retained the control of English politics. Walpole, who century imonce at are pair the and and the intimate friend of Orestes, the Hanoverian succession, obtained the lucrative supported had prisoned by the people, among whom the custom is to sacrifice al of the forces in the administration paymaster-gener of post duty whose Artemis, of priestess The Artemis. to all strangers the nominal rule of Lord Halifax, but under formed was which it is to perform the sacrifice, is his sister Iphigeneia (g.v.). A were the guiding spirits. recognition is brought about, and all three escape together, carry- of which Stanhope and Townshend appointed to inquire committee the of chairman was Walpole Greece, to return his ing with them the image of Artemis. After into the Peace especially and ministry, late the of acts the Orestes took possession of his father’s kingdom of Mycenae, to into which were added Argos and Laconia. To gain possession of of Utrecht, with a view to the impeachment of Harley and St, interval Hermione, whom Neoptolemus had married, he murdered the John. Halifax died on May 19, 1715, and after a short treasury and chancellor of the the of lord first became Walpole snake. a of bite the of died have to said is He Delphi. at latter among The development of the legend is the result (a) of the post- exchequer (Oct. 11, 1715). Jealousies, however, prevailed quickly monarch new the of favourites German ihe Homeric horror of bloodshed (Erinyes; to Homer, Orestes does the Whigs, and nothing which is not entirely admirable); (b) of the growing showed their discontent with the heads of the ministry. Townsthe viceinterest in cases of conscience (conflict of the duty of revenge hend was forced to resign his secretaryship of state for and and the sacredness of his mother’s person); (c) of the develop- royalty of Ireland, but he never crossed the sea to Dublin, new advisers the Stanhope, and Sunderland which support the ment of modern ideas of ethics and jurisprudence (the Areopagrudging gus consider motive and mitigating circumstances, instead of of the king, received from him and from Walpole was so (April merely regarding the act); (d) of the replacement of blood-feud that Townshend was dismissed from the lord-lieutenancyfrom the 9, 1717), and Walpole on the next morning withdrew by State intervention and formal trial. See Jebb, introduction tọ Sophocles, Electra; Hofer in Roscher’s ministry. They plunged into opposition with unflagging energy,
| and in resisting the measure by which it was proposed to limit of peerages (March-Dee. ORFE or GOLDEN ORFE, a variety, originating in Ger- the royal prerogative in the creation This display of ability powers. his all exerted Walpole 1718) many, of the ide (Zdus idus), one of the Cyprinidae and allied fairthe two sections ofthe of ation reconcili partial a brought about ly closely to the roach (q.v.). council,
Lexikon, art. “Orestes.”
ORFILA,
MATHIEU
(H.J. R.)
JOSEPH
BONAVENTURE
Whigs. To Townshend was given the presidency of the
(1787-1853), French toxicologist and chemist, was by birth a and Walpole re-assumed the paymastership of the forces (1720). of the South On the financial crash which followed the failure public Spaniard, having been born at Mahon in Minorca on April 24, as the general the by regarded was Walpole scheme, 1787. After studying medicine at the universities of Valencia and Sea secre two the Craggs, James and Barcelona, he settled in Paris to study under the chemist L. N. indispensable man. Stanhope exchequer, the of r chancello the Aislabic, John died, state, of taries Vauquelin, In 1811 he graduated and immediately became a priacquitte i vate lecturer on chemistry in the French capital. In 1819 he was was committed to the Tower, and Sunderland, though at first lord 9 Walpole, resign. to d compelle was n, corruptio of appointed professor of medical jurisprudence, and four years later hehe succeeded Vauquelin as professor of chemistry in the faculty the treasury and chancellor of the exchequer (April 1721), (though of medicine at Paris. In 1830 he was nominated dean of that came with Townshend responsible for the government of Carthe influence faculty. He died in Paris on March 12, 1853. Orfila’s fame rests for some years they had to contend with stock was teret), the danger arising from the punic in South Sea on his Traité des poisons, or Toxicologte générale (1813).
ORFORD—ORGAN averted by its amalgamation with Bank and East India stock, and during the rest of the reign of George I. they remained at the head of the ministry. The hopes of the Jacobites, which revived with these financial troubles, were disappointed. Atterbury, their boldest leader, was exiled in 1723; Bolingbroke sued for pardon, and
was permitted to return to his own country. Peace was assured by a treaty between England, Prussia and France concluded at Hanover in 1725. In 1727 George I. died, but the confidence which the old king
had reposed in him was renewed by his successor, after a brief period of coldness, and in Queen Caroline the Whig minister
found a faithful and lifelong friend.
For three years he shared
power with Townshend, but quarrelled with him in 1730, and Townshend retired into private life. Walpole’s administration was based on two principles, sound finance at home and freedom
from the intrigues and wars which raged abroad. On the continent congresses and treaties were matters of annual arrangement, and England enjoyed many years of peace. Walpole’s influence received a serious blow in 1733. The enormous frauds on the excise duties forced themselves on his attention, and he proposed to check smuggling and avoid fraud by levying the full tax on tobacco and wine when they were removed from the warehouses for sale. His proposals met with violent opposition, and had to
be dropped. Several of his most active antagonists were dismissed from office or deprived of their regiments, but their spirits remained unquenched, as the incessant attacks in the Craftsman showed, and when Walpole met a new House of Commons in 1734 his supporters were far less numerous. The Gin Act of 1736 led to disorders in the suburbs of London; and the imprisonment of two notorious smugglers in the Tolbooth at Edinburgh resulted in the Porteous riots described in the Heart of Midlothian. 'These events weakened Walpole’s influence in the country, but his parliamentary supremacy remained unimpaired, and was illustrated in 1737 by his defeat of Sir John Barnard’s plan for the reduction of the interest on the national debt, and by his passing of the Playhouse Act, for the regulation of the London theatres. That year, however, heralded his fall from power. His constant friend Queen Caroline died on Nov. 20, 1737, and Frederick, prince of Wales, whose request for an increase in his official allowance had been refused, became his active opponent. The prince controlled many boroughs within the duchy of Cornwall, and he attracted Pitt, the Grenvilles and others to his cause. The leading orators of England thundered against Walpole in the House of Commons, and the press resounded with the taunts of the poet and pamphleteer, illustrious and obscure, who found abundant food for their invectives in the troubles with Spain over its exclusive pretensions to the continent of America and its claim to the right of searching English vessels. Walpole long resisted the pressure of the opposition for war, but at the close of 1739, as the king would not allow him to resign, he was forced into hostility with Spain. The Tory minority known as “the patriots” had seceded from parliament in March 1739, but at the commencement of the new session, in Nov. 1739, they returned to their places with redoubled energies. The successes of the troops brought little strength to Walpole’s declining popularity, and in the new House of Commons of 1741 political parties were almost evenly balanced. Their strength was tried immediately on the opening of parliament. Walpole was defeated. On Feb. 9, 1742 he was
created
earl of Orford,
and two
days later he
ceased to be prime minister. A committee of inquiry into the conduct of his ministry for the previous ten years was ultimately
granted, but its deliberations came to nothing. Walpole died at Arlington Street, London, on March 18, 1745, and was buried ‘at Houghton on March 25. With the permanent places, valued at £15,000 per annum, which he had secured for his family, and with his accumulations in office, he had rebuilt the mansion at great expense, and formed a gallery of pictures within its walls at a cost of £40,000, but the collection was sold by his grandson
for a much larger sum in 1779 to the empress of Russia.
8Q1
Coxe (1798 and 1800, 3 vols.), A. C. Ewald (1878) and John Viscount Morley (1889). See also Walpole, a Study in Politics, by Edward
Jenks (1894); English Hist. Rev. xv., 251, 479, 665, xvi. 67, 308, 439 (his foreign policy, by Basil Williams); Bolingbroke, by Walter Sichel (1901-02, 2 vols.); the histories, letters and reminiscences by his son, Horace Walpole; personages of the period.
and the other lives of the chief political
ORFORD, a small town of Suffolk, England, 16 m. N.E. of Ipswich. Pop. (1921) 818. It lies by the right bank of the river Alde, here confined by a storm beach, near the promontory
ORGAN, in music, the name given to the well-known wind
instrument (from Gr. öpyarov, Lat. organum, instrument). EARLY HISTORY The earliest authentic records of the organ do not extend beyond the second century B.C., but the evolution of the instrument from the syrinx (q.v.) or Pan-pipe goes back to a remote period. The hydraulic and pneumatic organs of the ancients were practically the same instrument, differing only in the method adopted for the compression of the wind supply; and the syrinx seems to have been recognized by the ancients as the precursor of both. Thus Hero of Alexandria, in his description of the hydraulic organ,
calls it a syrinx. Philo of Alexandria (c. 200 8.c.), mentioning the invention of the hydraulis by Ctesibius, says, “the kind of syrinx played by hand which we call hydraulis.”’ In the earliest organs there is no doubt that the pipes consisted of lengths of the large reed known as x4 auos used for the syrinx,
but converted into open flue-pipes. Instead of cutting off the reed immediately under the knot, as for syrinx pipes, a little extra length was left and shaped to a point to form a foot or mouth-
piece, which was placed over the aperture in the wind-chest, so that it caused the stream of air to split in two as it was driven through the hole into the pipe by the action of the bellows. A narrow fissure was made through the knot near the front of the pipe, and above it a horizontal slit was cut in the reed, the two
edges being bevelled inwards.
When the wind was pumped into
the chest it found an outlet through one of the holes in the lid, and the current, being divided by the foot of the pipe, became compressed and was forced through the fissure in the knot. It then ascended the pipe in an even stream, as yet silent, until thrown into commotion by another obstacle, the upper sharp edge or lip of the notch, which produced the regular flutterings or pulses requisite for the emission of a note. In order to convert the syrinx into a mechanically played instrument, the addition of the actuating principle of the bag-pipe was necessary. It is probable that in the earliest attempts the leather bag was actually retained and that the supply of wind was still furnished by the mouth through an insufflation pipe. Such an instrument is described and illustrated by Father Athanasius Kircher, but his drawing should be accepted with reserve. In the
instrument, which he calls the Magraketha or Mashrokitha of the Chaldees, the bag is described as being inside the wind-chest, the insufflation pipe being carried through a hole in the side of the box.
Little wooden sliders manipulated by the fingers formed a
means of controlling the escape of the wind through any given pipe. Of organs in the next stage of development, namely with bellows, several examples in pottery are extant, and also a description in the Talmud. The quotation as given by Blasius Ugolinus states that the instrument known as the Magrepha d’Aruchin “consisted,
as the Schilte Haggiborim teaches, of several rows of pipes and was blown by bellows. It had, besides, holes and small sliders answering to each pipe, which were set in motion by the pressure of the organist; the vent-holes being open, a wonderful variety of sounds was produced.” In regard to the hydraulic organ, some writers have considered that the invention of the hydraulis in the 2nd century s.c. by Ctesibius of Alexandria constituted the invention of the organ,
Walpole was twice married—in 1700 to Catherine Shorter (d. and that the pneumatic organ followed as an improvement
1737) and in March 1738 to Maria Skerret.
Sir R. Walpole’s life has been written by Archdeacon
William
of
Orford Ness. The Decorated church of St. Bartholomew retains a ruined Norman chancel. Of Orford castle the keep remains; it is built of Caen stone and flintwork, and is of Norman date.
or
variety, but such a suggestion can hardly be accepted. It is most improbable that a man busy with the theory and practice of
892
ORGAN
hydraulics would invent a highly complex musical instrument in which essential parts lying outside his realm, such as the fluepipes, the balanced keyboard, the arrangements within the windchest for the distribution of the wind, are all in a developed state. It would be a case for which no parallel exists in the history of musical instruments, all of which have evolved slowly and surely through the ages. On the other hand, given a pneumatic organ in which the primitive unweighted bellows worked unsatisfactorily, an engineer would be prompt to see an opportunity for the advantageous application of his art. There are two detailed descriptions of the hydraulis extant, both of which presuppose the existence of a pneumatic organ. One is in Greek by Hero of Alexandria, the other in Latin by Vitruvius (De Arch. lib. x. cap. ii.). The principle of the hydraulis, which long remained a mystery, is now well understood. An inverted funnel, or bell of metal, standing on short feet and immersed in water within the altar-like receptacle forming the base or pedestal, communicated, by means of a pipe, with the wind-chest, placed abọve it. When the air was pumped into the funnel by the alternate action of two pumps, one on each side of the organ, constructed bucket within bucket and fitted with valves, the water retreating before the compressed air, rose in the receptacle and by its weight held the air in a state of compression in the funnel, whence it travelled through the pipe into the wind-chest. For an interesting discussion of the hydraulic organ, based on a careful first-hand study of the ancient writers see two articles in The Organ for Jan. and April, 1923 by D. Batigan Verne. The nature of the hydraulis made it possible to construct large organs of powerful tone more suitable for use in the arena than the small pneumatic instruments, but the hydraulic organ never entirely supplanted the pneumatic, which was probably not so imperfect at the beginning of our era as has been thought, and which was destined to establish its supremacy in the end. In France and Germany the Romans must have used organs and have introduced them to the conquered tribes as they did in Spain, but the art of making them was soon lost after Roman influence and civilization were withdrawn. Pépin, when he wished to introduce the Roman ritual into the churches of France, felt the need of an organ and applied to the Byzantine emperor, Constantine Copronymus, to send him one, which arrived by special embassy in 757 and was placed in the church of St. Corneille at Compiègne. The arrival of this organ was obviously considered a great event, since it is mentioned by all the chroniclers of the time. Charlemagne received a similar present from the emperor of the East in 812, of which a description has been preserved. Considerable activity was displayed in England in the toth century in organ-building on a large scale for churches and monasteries, such as the monster organ for Bishop Alphege at Winchester, which had 400 bronze pipes, 26 bellows and 2 manuals of 20 keys, each governing Io pipes. In regard to the details of these early instruments, as represented in contemporary illustrations, it may be noted that there is no miniature on record in which the fist action on the keys is indicated, the performer during the roth, Irth and 12th centuries being depicted in the act of drawing out the stop-like sliders—as
in private residences, concert and public halls, cinematograph theatres, and in many playhouses of the United States and Canada
The sounds of an organ are produced from pipes of varying shapes and sizes, made to “speak” by means of air under pressure The sounding of the pipes is determined by the use of the keys some of which are played by the hands, some by the feet. The keys of the organ resemble those of the pianoforte in appearance: but whereas the pianoforte has only one keyboard or manual the
organ may have four or five in addition to a keyboard of foot dals. apiha
organ pipe sounds one note only and is a member of a larger unit known as a stop; each stop is a member of a
still larger unit known as a sectional or divisional organ; while
each sectional organ is a member of the grand organ in its totality, To the layman the term “stop” usually denotes the knobs grouped on each side of the organist as he sits at his console or control board.
In watching the organist pull out or push in these
knobs with varying musical results he does not think twice about accepting the term “stop,” as popularly understood. To the organ
builder, however, it means one thing and one thing only, namely, a rank of pipes.
The pipes of a given stop therefore all produce sounds of similar quality, but necessarily of different pitches. No two stops are exactly similar in quality; on the contrary, they all differ, like the
various instruments in an orchestra. Some stops are of high pitch,
some of low; some have a thin, some a full quality of tone. The knob at the console is the only part of the stop mechanism that
is visible, being merely a handle which actuates the valve admitting wind to the stop itself. Every stop has a separate knob, just as every note has a separate key. Unless one of the knobs were drawn no sound would result when the organ was played. Sectional Organs.—Passing on to the next size of unit, we
come to the sectional organs mentioned. Each of these organs is played from its own clavier or manual and has its own special timbre and utility. An organ of five manuals (where found) would commonly comprise a Great Organ, a Swell Organ, a Choir
Organ, a Solo (or Orchestral) Organ, and an Echo (or else Bom-
barde) Organ. Moreover, save only in the tiniest instruments, there is also a Pedal Organ played by the fect of the executant. The normal range or compass of the manuals is 61 notes, ze., 5 octaves, from CC in the bass to C”” in the treble (though certain organ builders of the United States have adopted a manual compass of 7 octaves); that of the pedals is 32 notes, 2.¢., 25 octaves from CCC in the bass (lowest C on the pianoforte) to the G below middle C. In other words, a manual stop ordinarily comprises 61 pipes and a pedal stop 32 pipes. Organ-pipes.—These are primarily divisible into two main genera, namely flue and reed. Flue-pipes bear a strong resemblance to the humble “penny whistle,” both as to appearance and physical behaviour—except that a flue-pipe does not sound more than one note. In reed pipes the wind vibrates a curved brass tongue over the surface of a reed or shallot, so that the oscillations of the tongue cause the speech of the pipe. Associated with the reed is a metal resonator, which exercises much the same function as the “loud-speaker” horn of a radio-outfit. Both genera have in common the properties of pitch and quality. for instance, in the r2th-century manuscript Bible of St. Etienne Harding at Dijon, where the organist is playing the notes D and F, With a flue-pipe the pitch is lower as the tube or body is longer; the sliders being lettered from C to C. From the 13th century the with a reed-pipe pitch depends on the vibrating length of tongue keys are shown pressed down by means of one finger or of finger and on the position of the spring wire, which can be made to and thumb. In the beautiful Spanish ms. said to have been increase or diminish this length. The quality of a flue-pipe Js compiled early in the 13th century, known as the Cantigas de affected mainly by the diameter (or scale) of the body relative to Santa Maria, a portative is shown having balanced keys, one of the length, the wider scale giving the fuller tone and vice versa; which is being lightly pressed by the thumb, the instrument rest- the quality of reeds is affected by the length of resonator, thelr ing on the palm—while the left hand manipulates the bellows. shape and scale, the thickness of the tongues and other factors. The keys themselves varied in shape, being either like a T; a But the souls of organ pipes are all in the hands of the “soicer,” wide rectangle, with or without the corners rounded off, or a nar- and their ultimate character depends more on the process known as row rectangle. The earliest instance of a chromatic keyboard is that “voicing” than on anything else. of the organ at Halberstadt built in 1361 and restored in 1495. Although most of the flue-pipes in an organ are open at the ends to the atmosphere, there is also a considerable class having THE MODERN ORGAN its bodies closed by a cap or stopper. Known as gedeckts oF In former centuries organs were seldom to be found outside bourdons, these pipes are peculiar in that they speak a note nearly places of worship, but at the present day they are built, for use an octave lower than an open pipe of the same length. Another
ORGAN class has the bodies pierced about midway with a small hole, the result being that they sound an octave higher than ordinary pipes
of the same length. These are called harmonic pipes. Voicing and Tuning.—Voicing consists for the most part in adjusting the mouth-pieces of a flue-pipe or the tongue-curvature of a reed in such a manner that the desired quality of tone or
timbre is permanently obtained.
The final process of voicing is RESONATOR
893
given name is to denote. Proceeding then on these lines, we may group flue-stops into three broad species—flute, diapason and viol. Flutes are either open or closed (i.e., gedeckts), harmonic (i.e., of double-length) or non-harmonic. Diapason stops on the whole have a natural and normal organ tone, familiar to everybody. Viols are of smaller scale than diapasons and so are of comparatively thin and
stringy tone. Several stops stand on the borderland between two species; but the majority can be brought under one of the foregoing heads, quite apart from their loudness and intensity. In reedwork the French horn is, roughly speaking, the equivalent
TUNING-WIRE
OR SPRING
of the flute, the trumpet of the diapason, the English horn (cor anglais)
WEDGE
-—————-
REED OR SHALLOT
TONGUE
BRASS WEIGHT
of the viol species.
The
clarinet
corresponds
with a
gedeckts and has resonators of only half length, just as the harmonic reeds have resonators of double length. For the resonators of reeds are of about the same length on the bodies of flue-pipes giving the same pitch of note and in these two cases at least, they depart similarly from the normal. But at all times the reed stops are much less numerous than the flue, and although often blown by a wind of much heavier pressure do not compete with them on their own ground.
Pitches of Stops.—Organ stops which speak at the pitch indicated by the written notes are called 8ft. or “unison stops” because an open flue-pipe about so long would be needed to sound CC, the lowest note of the manual clavier. By analogy reeds and even gedeckts are 8ft. stops, if they sound at 8ft. or “unison” pitch throughout. So, too, the 16ft. stops are those which sound an octave below the “unison” pitch of the manuals. A gedeckt with a body 8ft. long would still be a 16ft. stop, because of its 16ft. pitch. Stops as grave as of 32ft. pitch appear on the pedal and in very large organs on the manuals, their name signifying a pitch two octaves below that of the manuals. Of stops which sound higher than the 8ft. pitch of the keys the 4ft. stops give the octave, 2ft. stops the twelfth, 2ft. stops the fifteenth or super-octave, r3ft. stops the seventeenth or tierce, 14ft. stops the nineteenth or larigot, 14ft. stops the flat twentyfirst or septième, rft. stops the twenty-second, and so (in theory at least) ad infinitum, the interval between the ranks becoming smaller as the ranks themselves are of acuter pitch, in accordance with the natural law of what is known as the harmonic series. Practical considerations, however, must always set arbitrary limits, and in this case they rule: (1) ranks above the fifteenth are too small and acute to be carried through the whole compass of the D E F G H ' keyboard in an unbroken form; (2) no rank more dissonant than FIG. 1—VARIOUS TYPES OF ORGAN PIPES a minor seventh—or at most a major second—is tolerable any(a) Section of metal flue pipe; (b) section of wooden flue pipe; (c) section where in the tonal economy of the organ; (3) for most ordinary of reed pipe (trumpet) and its component parts; (d) open diapason; (e) Viola da gamba; (f) clarabella, or Hohl-Flétes (g) Gedeckt; (h) Gemspurposes ranks sounding octaves, thirds and fifths sufficiently Horn or Spitz-Fidte: (i) trumpet or cornopean (reed). (Not to scale) represent the harmonic series. As a matter of practice all stops known as “regulation” and means the making uniform in power of above the fifteenth form a part of what are called the mixtures, every pipe in a stop. This the voicer achieves by admitting a and except for special purposes (see later under Choir Organ, greater force of wind through the “foot” of the pipe, if he wishes where the purpose of independent mutations is discussed) are to louden its tone; or by reducing the foothole and so reducing employed collectively as “upperwork.” Manual stops of 16it., Sft. and aft. pitches, being the most consonant with the unison or the wind, if he wishes to soften it. For tuning various methods are employed, according to the standard, are termed “foundation work” (Fr. fonds); and thus, character of the particular class of pipe being dealt with. Thus in the upper work and in the foundation work respectively, the some flue-stops are tuned by moving up or down a metal sleeve two complementary ideas of brilliance and gravity are fulfilled. which fits over the top of the pipe, the speaking length of which The twelfth and fifteenth are sometimes independent ranks, someis in this way increased or diminished. Others—especially “upper- times part of the mixtures. As a rule, flute and viol stops are conwork” stops—have to be coned in or expanded slightly at the fined to the foundation pitches—reeds always. But diapasons ends, according to whether it is intended to flatten or sharpen the being of a tone peculiar to the organ represent upperwork as well pitch. Others again are tuned by pressing in or pulling out a metal as foundation. And now to consider the stops as grouped in the various secpiece affixed in or near the tops of the pipes. As for gedeckts the tional organs and the sections themselves as related to the organ caps or stoppers afford an easy means of altering the pitch. Names of Stops.—In making the acquaintance of organ stops at large, premising that letters attached to stop-names in this for the first time many persons fall into the error of putting far article indicate their genus, species or tone-quality, z¢., d= too much faith in the names. Organ stops, it is true, resemble diapason, f=flute, v=viol, g=gedeckt, r=reed, echo=lesserorchestral instruments to the extent that they bear names which toned. Great Organ.—The Great Organ (Fr. Grand Orgue; Ger. are supposed to distinguish them from one another; but so far from the “orchestral” analogy holding good generally, it fails for Hauptwerk) as its name implies is the most important of these, two reasons—first, because organ builders have invented a hun- and forms the tonal backbone of the whole instrument. dred and one fancy names to denote pretty much the same kinds In English and American organs it is chiefly conspicuous for of stops; secondly, because they do not all agree as to what a a diapason quality which pervades it throughout. Especially typiBooT
894
ORGAN
cal is the open diapason 8ft. without which scarcely an organ was ever built. To supply the requisite foundation for a large Great Organ there may be as many as three or four open diapasons, though they would not all be similarly scaled and voiced. If the first diapason is a powerful stop of full and round quality, the second is almost sure to be of a lighter and sharper tone; and sometimes in the interests of variety a geigen (dv) or gemshorn (dg) is substituted for the third or fourth. The double open diapason, 16ft. octave or principal 4ft., twelfth 22ft., fifteenth 2ft., and mixtures are equally germane to the Great Organ, and may be likened to the roots, branches and twigs of the diapason trunk. On the other hand the substratum of the French Great Organ is not so much a diapason as a flute one; for flutes are regarded as a kind of neutral canvas on which other and more positive tone colours (especially diapasons) can be laid and mixed. Again, Spanish Great Organs have no open diapasons as understood by Englishspeaking musicians; instead they have a foundation of hybrid flute-viol kind which is said to be particularly disagreeable. Nor
does the average German Great Organ appeal to our ears much more, since its pipes are too often made of thin metal, and as 4 consequence sound hard and brassy. The gedeckts, e.g., bourdon 16ft., stopped diapason 8ft., flute couverte 4ft., add considerable body to the diapasons besides having their own special value. In
the United States a Doppelfldte (gedeckt with two mouths) is very popular. Where neither money nor space can be found for the pipes of actual 16ft. length, a bourdon 16ft. (g) frequently
takes the place of a double open diapason. Open. flutes are nearly always present at 8ft. and 4ft. pitches and under a diversity of shapes and names—clarabella, wald flute, tibia, melodia, flute ouverte, etc. Viols, however, are thought to mar the sovereignty of diapason tone, and so are less common on the English Great Organ than abroad. The usual complement of Great Organ reeds amounts to trumpets, 16ft., 8ft., and 4ft., going by the name of contra (tromba) or bombarde 16ft., tromba, trumpet or posaune, 8ft.; clarion or
octave (tromba) 4ft. For a small Great Organ a single tromba or trumpet 8ft. suffices, or else the reed class may be omitted altogether from this section. To which it may be added that most builders to-day prefer to furnish all their chorus reeds with harmonic or double-length trebles which stand in better tune than the non-harmonic. Swell Organ.—The Swell Organ (Fr. Récit; Ger. Schwellwerk) again almost explains itself. For inasmuch as organ pipes are naturally incapable of crescendo and diminuendo, a whole section of stops is played from a separate manual, and made expressive by artificial means. That is to say, all the pipes of the Swell Organ are enclosed in a large box which is faced on one side with a set of balanced shutters, not unlike the louvres of a venetian blind. As the shutters are opened electrically by the
organist from the console, the volume of tone increases; as he closes them, it diminishes. Most people can easily recognise the sound of a full swell by the peculiar “tingling” effect it has when the shutters are nearly or completely closed. This effect indeed
gives the best indication as to the basis of the Swell Organ: for it is shown to depend almost entirely on reeds and mixtures. Were all other stops omitted, a “skeleton” Swell would suffice for this effect, consisting of double trumpet r16ft., trumpet 8ft. (corhopean), clarion 4ft., plus brilliant mixtures to crown the whole. At the same time a Swell Organ confined to a reed basis would not be practical politics; and so it comes about that other stops, both reed and flue, are required also here. The oboe, for instance
(=echo horn), and the unda maris or voix celeste (a pulsating stop made up of two out-of-tune dulcianas) are almost universal. Hardly less so are narrow scale gedeckts of some kind (lieblich or rohr) in the ‘foundation pitches. Nor is the entry of the diapason series delayed, though its stops will be of lighter calibre
than those on the Great. The Swell mixtures belong properly to the diapason series, and only by design to the reed chorus, and so should not be voiced to emulate the sound of smashing glass, as sometimes happens. Then salicional (echo vd), spitz flute (dg), aeoline (echo v), wald flute CE), etc., should all be added to the
list of unobtrusives, but usefuls.
In a small Swell Organ a contra-oboe or fagotto r6ft. generally appears as its first double; for a reed has the advantage over, są a bourdon or contra-salicional r6ft. in taking up less room inside the swell-box, while contributing directly to the reed foundation
Choir Organ.—The Choir Organ (Fr. Positif; Ger. Oberweri
or Positiv) belongs to one or other of two well defined types. It is either an Echo Great Organ in the true sense and in the old
style; or else it stands in a swell-box and is less exclusive in caste. If a miniature Great Organ, it comprises a lightly blown diapason series (16ft. to mixtures), a gedeckt or two, and perhaps even a low-pressure trumpet. In its other capacity it has an
ensemble of mild flutes and viols, rather than one of pure diapason complexion, though of course there is no actual ban on
diapasons. Viola da gamba, viola d’amore, fugara (v), chimney
flute, cor de nuit, quintaten (g), flauto amabile, wald flute, har. monic flute (f) at 8ft., git. and 2ft. pitches, the gemshorn family at all pitches—none
key-note pressures.
of these
is gentleness
and
are out of place so long as the
moderation
If the Swell Organ
contains
in scales
and wind
a voix celeste of two
salicionals (echo dv), occasion is sometimes taken to provide the Choir with a contrasting flute celeste of two gedeckts.
The dul-
ciana (echo d), or salicional 8ft., is of course indispensable and in larger instruments it may appear at 16ft., 4ft. and/or 2ft. also,
Nor does a delicate mixture of dulciana or salicional pipes ever
come amiss, though it is surprising how few organ-builders care about stops of so refined a tone. An enclosed Choir Organ frequently houses the independent mutation stops, which are found to answer best in the shape of gedeckt pipes. Mutations commonly used are: nazard or twelfth
(23ft.), tierce or seventeenth (12ft.), larigot or nineteenth (r4ft.),
septiéme or flat twenty-first (1-+ft.) and if it may be termed a mutation, the octavin or twenty-second (1ft.). With these or an even fuller muster to hand immense colouristic possibilities lie in
front of the organist. Like a chemist in a laboratory he has only
to mix one or two mutations with a 4ft. or 2ft. stop or even with another mutation to create new tonal compounds of rare and surprising piquancy. An excellent “orchestral oboe” can be made from this recipe—viole 8ft., nazard 24ft. and tierce 1ft. Reeds are neither few nor insignificant on the French Positif, but in England the Choir is more often than not limited to a clarinet or cor anglais 8ft. Solo Organ.—The Solo (or Orchestral) Organ differs from the three foregoing sections in one practical respect. Hitherto we have been dealing with units which were designed with the aim of building up a harmonious whole. It is not perhaps overstating the case to say that the English Solo Organ is considered successful in proportion as it is anomalous in relation to the rest of the instrument. Being largely imitative of orchestral instruments, its stops, both reed and flue, represent extremes of scaling and voicing; and so have a poor blending capacity. The Orchestral Organ may be regarded as a modern off-shoot of the Solo, which it sometimes includes on the fourth manual. So many solo stops are intended to resemble orchestral instruments, so many “‘orchestral’”’ or imitative stops are distinctive enough to take a solo melody or melodic part, that the two names must largely overlap. Some builders, however, prefer to assign the Solo and Bombarde to a fifth manual, while retaining
the fourth for an Orchestral pure and simple. Or, if there are only four manuals all told, the Choir and Orchestral are made to share the third, Solo and Bombarde the fourth. Among the most prominent features of the Solo-Orchesttal section is a pungent viol family. This may be more or less fully developed from the 16ft. contra-viol or violone, through the unison viol d’orchestre or violoncello to a viol mixture of 3 oF more ranks, according to the size of the section.
In complete contrast stand the powerful orchestral flutes, which
are invariably harmonic and appear at 8ft., 4ft. and 2ft. pitches.
One name for the 4ft. rank is flauto traverso, the 2ft. nearly
always being termed piccolo. Of gedeckts a large-scale tibia clausa is at once the most effective and the most vulgar.
ORGAN Bassoon or fagotto 16ft., clarinet 8ft. (and sometimes 16ft.), orchestral oboe 8ft., orchestral trumpet 8ft., French horn 8ft.,
English horn r6ft. and 8ft., are all imitative reeds which find an appropriate home in this section. Though probably more valuable as a “timbre-creator” than an imitative stop the vox humana passes for “orchestral” and is included here.
As befits its character, the Solo-Orchestral TABLE (UPPER BOARDS NOT SHOWN)
ORGAN-PIPE
SSS
MEMBRANE-PALLET
section must be
SSS
ASSESS
N
=> rt
G
=,
eer
S
D
L
ĜE
KEY ACTION CHANNEL CHARGED WITH WIND
FROM RELAY MACHINE
TSW PITMAN-VALVE SPRING
CHAMBER CHARGED WITH PRESSURE-WINDFROM THE MAIN”
STOP ACTION CHANNEL CHARGED WITH WIND FROM SEPARATE RELAY MACHINE
FIG. 2.—-END SECTION OF ONE STOP IN THE WIND-CHEST, SHOWING THE INITIAL STAGE IN THE PROCESS OF JOINING THE PIPES WITH THE KEYS AND STOP-KNOB enclosed in its own swell-box and voiced on a fairly heavy wind pressure, so that its stop may tell out clearly. Echo Organ.—lIf the principle of seniores priores counts for anything, an enclosed Echo Organ ought to occupy the fifth manual, when one is provided: for such is its traditional place. In the churches of the United States Echo Organs are frequently met with, but without a fifth manual in the console. Modern English practice, however, seems inclined to favour the case of a SoloBombarde section instead of an Echo Organ for this manual, particularly if tubas are absent from the fourth manual. This would consist of heavy-pressure tubas (r) at the foundation pitches, and a chorus mixture of 6 ranks or more, the whole forming a forte-fortissimo ensemble. A stentorphone 8ft., z.¢., a monstrous solo diapason is often included. Pedal Organ.—The Pedal Organ supplies a general bass to the whole organ, its stops therefore being pitched an octave lower than those of the manuals having the same nomenclature. Thus the “unison” stops are 16ft. instead of 8ft. A pedal double diapason would be 32ft. instead of 16ft. pitch, a pedal fifteenth 4ft. instead of 2ft., a pedal tierce 34ft. instead of 1ft., and so on. A minimum Pedal Organ could consist of gedeckt or bourdon (x6ft. closed wood) and from these the 8ft. and 4ft. pitches could be derived to form three stops in all. After which the Pedal Organ increases pari passu with the numerical growth of
the manual stops. Soon one or more open diapasons 16ft. become Imperative to balance the Great diapasons. Next a double open
diapason 32ft. is the proper offset to 5 or 6 ranks of Great mixtures. From which it is but a short step to establish a diapason series from 32ft. to mixtures, thus making the Pedal Organ a complete entity on its own account. Large French Pedal Organs are especially rich in mixtures and mutation ranks, which contribute of course to reinforce the foundation. Other stops which are required as bass counterparts to manual tones include tibia
(f), salicional (echo vd), geigen (vd), contrabass or violone (v), quintaten (g), etc.; and all these are amenable to extension into higher pitches. Turning to the reeds we see the same rule of balance and expansion working itself out. As soon as an organ is large enough to contain either a tuba or Great trumpets 16ft., 8ft. and 4ft.,
there enters inevitably a heavy-pressure Pedal trombone, ophicleide or bombarde 16ft. Any further increase of powerful reed tone on the manuals is met by enlisting the aid of the Pedal contra (bombarde) 32ft., the clarion or octave (trombone) 8ft. and occasionally the octave clarion aft. A well equipped Pedal Organ would also have one or two lighter reeds such as cor anglais,
clarinet, waldhorn and bassoon, “borrowed” from the manuals. Windchest.—If we may regard all intermediary mechanisms
which join the fingers of the organist with the sounding of the pipes as links in a chain, the first “link” claiming our attention is
895
the windchest. Now, a windchest has this double function: on the one hand it carries the pipes themselves; on the other it contains within
it an apparatus for distributing wind to these pipes. (Each chest carries not more than nine stops.) In shape it is a box of thick pine about 8ft. long x odin. deep, divided into as many longitudi-
nal compartments as there are stops to be accommodated. Over its top surface (called the “table’) are the “upperboards” on which the pipes stand. Over the upper boards and raised about 4%” above them are the rackboards which keep the pipes in an upright position. Fig. 2 shows a form of windchest, which has already enjoyed a wide vogue in the United States having been largely popularized by the Skinner Organ Co., of Boston, Mass.
For the sake of simplicity it has been thought desirable to indicate one key action and one stop action only—e.g., tenor F. and open diapason; but the reader must imagine the same mechanism multiplied to the extent of n stops X 6r times. The raisom d’être of all windchests is the same—to enable the pipes to sound when the pallets below them have collapsed and have allowed the wind to flow through the orifices commanded by the pallets. This point is stressed, because it should be stated that what has been described ig known as a modern “sliderless” chest, (for the obsolescent
“slider” windchest, see the Bibliography). Relay Machine.—After the windchest itself comes the relay machine, which may be looked upon as the next link in our “chain.” This serves to keep the key channels charged with pressure-wind, or to open the same to the atmosphere when the keys are pressed; also it is the place where the pneumatic portion of the “chain” joins the electric, and one motive force is substituted for another. Its component elements are as illustrated. To each of the longitudinal stop channels in the windchest is attached an exactly similar apparatus; so that henceforward both key and stop “chains” continue in the form of electric wires from the magnets as shown in the illustration. These wires may be regarded as the third link in the “chain,”
Console.—At the other end of: the “chain” is the console or composite keyboard at which the organist sits, Here the “chain” terminates in the outward and visible keys, stop-knobs and other accessories, used by the player to control the organ, In the United States scarcely two builders work to the same plan of console, and as a result hardly two consoles are alike. Fig. 4 shows a typical English model of dignified and not unprogressive design. This would consist of 2-5 manuals according to the number of sectional organs, and a radiating-concave pedal clavier lying about 31 inches under the surface of the lowest manual, By English PRESSURE-WIND
TQ KEY OR Stop CHANNELS IN WINDCHEST
WH EN Nore”*Orr"
DISG-VALVE
LEATHER PURSE OR DIAPHRAGM LTC
PRESSURE-WIND WHEN NOTE “OFF”
iS
arsJA NS N
ATMOSPHERIC PRESSURE, WHEN “ON ARMATURE
AeSLL) P
le
CHAMBER WITH
ATMOSPHERE ALWAYS CHARGED PRESSURE-WIND ELECTRO-MAGNET
ELECTRIC RETURN TO KEY OR STOP-KNOB CONTACTS
FIG. 3.—SECTION OF RELAY MACHINE (KEY OR STOP ACTION) The second stage of process of joining the organ-pipes with keys and stopknobs is shown, with the machine ‘‘off,’’ the key or stop aotion being at rest
convention the Choir manual is the lowest, the Great the next,
the Swell the third, the Solo (or Orchestral) the fourth, and the
Echo (or Bombarde) the topmost. The stop-knobs are shown projecting from the jambs to right and left of the console. On the face of each knob is engraved the name of the particular stop and its approximate pitch-length in terms of feet—e.g., clarinet Bit., twelfth, 24ft., bourdon r6ft.—so that a moderate knowledge of technical nomenclature combined with the habit of seizing the
meaning of such figures on the stop handles will be found to suffice as a key to the complexities of all consoles. The stop-knobs controlling the various sectional organs are, of course, grouped
ORGAN
896
together systematically so as to avoid any confusion, and in a 5-manual organ would be disposed thus :— Right Jamb. Great Organ. Pedal Organ.
Left Jamb. Swell Organ. Solo (or Orchestral) Organ.
Bombarde (or Echo) Organ.
Choir Organ.
Over the top manual are ranged the ivory tilting-tablets, which operate the couplers. These provide for the coupling of almost any one clavier to another, at unison (8ft.) pitch, and also at STOP-KNOBS
COMBINATION AND OTHER THUMB PISTONS TO EACH MANUAL:
TILTING TABLETS OPERATING THE COUPLERS
=
TOE PISTONS DUPLICATING SWELL ORGAN THUMB PISTONS
=
| Es:r
oe EEA AI ROMA 5
BALANCED SWELL PEDALS TO CHOIR
SWELL
|
ae |
I EGOS
l AS ————
STOP-KNOBS
pl
Co
ey
eee
i
S
g
r
AND SoLo
FIG. 4.—DETACHED UALS AND PEDAL
oreansro |it Poat COMBINATIONS
IRA
PEDAL-BOARD AND
CHURCH
ORGAN
CONSOLE,
SHOWING
THREE
KEYS
MAN-
sub-unison (16ft.) and octave (4ft.). Moreover, any manual except the Great may be duplicated om itself at sub-octave and octave pitches. Sometimes too there is a “unison silent” coupler which cuts out the 8ft. pitch of every stop drawn on the manual in question. Only the Great Organ remains constant, except as against the Pedal to which all manuals can be coupled. Unless the action be tubular pneumatic or tracker—both older
for each manual and pedal, a unit organ employs the same rank
of pipes again and again at various pitches and (rather mislead.
ingly) under various names. By way of illustration take the cage of a series of four gedeckt stops—bourdon r6ft., tibia clausa gf zauberfléte 4ft., piccolo 2ft. Under the orthodox system each stop would be a separate rank consisting of 61 pipes, the total number of pipes being 244. Under the unit system there would be One
master rank of only 97 gedeckt pipes (eight octaves), and from this rank the four “stops” would be derived at the four differen; pitches and under the four different names. The unit system has been mentioned here, because at the hear of it all is the coupler switch just described. What has really
happened is that couplers acting at the various pitches have taken the place of independent stops, and the electric wiring has been done for a wholesale adoption of switches instead of dray. stop actions. If so many “stops” are to be extracted from one parent rank, a corresponding number of electric switches will be
needed, together with an equal number of return wires on each of the key contacts. At the switch-board is effected also “duplexing,” or rendering
a stop available on more than one clavier—a necessary facility in the theatre organ and even in the Pedal section of an otherwise “straight” church organ. Mention may also be made of the “double-touch” device now frequently incorporated in the modern cinematograph or concerthall organ. Its operation is quite simple and may be explained in a word. A clavier having this device is one of which the keys, when played, fall not only to the standard depth of touch, but also—on extra pressure being applied by the finger—another 44,” or so
deeper. The purpose of the second touch is to enable any key to make a second electric contact at the lower level, and so to engage
a second circuit when it reaches that point. As a rule this circuit brings into action a powerful solo stop, a coupler or occasionally some “percussion” (e.g., cymbals); but in any case it is plain that and non-electrical methods of forming our figurative ‘“chain”— a clavier so equipped has the potentialities of two claviers in itself, it is customary to detach the console and place it at some distance Organs designed for secular use are freely equipped with other from the organ, connection being made by electric cables. For means of making sounds than pipes. On a theatre instrument descriptions of pneumatic and purely mechanical actions, see G. A. one may expect to find chimes, bird-whistle, xylophone, marimba, Audsley’s The Art of Organ Building. etc., in addition to drums, cymbal, triangle, castanets and many But to revert to the key action “chain.” Every manual and other “traps,” as they are called, for the greater delectation of pedal key in the console has a thin bar of copper attached to it, King Demos. Even in church organs of the United States 8ft. so that when pressed it bridges the gap in the “return” wire and and 4ft. harps to the Choir and cathedral chimes to Great or Solo closes the circuit. The stop action “chain,” operates on an identi- play an important part, and are by no means deemed out of place; cal principle and need not be further described. whereas British practice, restrained by more sensitive church Except the combination piston action, the sole remaining traditions, admits in this way nothing more fanciful than a tremu“chain” is the coupler action. This has its beginning and end in lant to the enclosed sections. the console itself, and is merely a cut-out switch intercepting the Wind Supply.—It but remains to add that wind is supplied to 6r key circuits simultaneously. Every new coupler means an extra the organ by a form of rotary fan (not unlike a steam turbine), switch and an extra “return” wire in the key contacts, all “mains” driven by an electric motor. From this fan the wind is conveyed throughout being permanently conjoined with the + terminal. The in a zinc duct called a trunk to a junction-box, whence smaller reader should appreciate, however, that the moving in or moving trunks branch out to the reservoirs of each windchest. The dynaout of a coupler-switch is a purely local and external process. mo, generating current for the action, may be driven off the main Although actually performed by means of solenoids or electro- motor by a “whiltle-belt” and should be properly over-compneumatic motors, it might just as well be done by hand, could pounded so as to maintain a steady voltage under varying loads. the organist only reach out to the switchboard at the back of the Gone are the proverbial bellows and still more proverbial “blowconsole. boy,” save in remote country districts where there is no electric Controls.—The combination pistons under each manual con- power; for they have long heen ousted by these all-metal machines trol not individual stops of that manual, but groups of stops. of greater endurance and fewer vagaries. When pressed by the organist’s thumb they have the effect of Compared to other pneumatic machines, the organ operates on throwing out whatever combination of stops he may have selected, a very light wind pressure. Seldom are even the most powerful without his having to touch the knobs. The Pedal Organ combi- reeds voiced on a wind exceeding the weight of 30 inches of nation pistons are pressed by the right foot of the organist. On water, while a large majority of stops speak on only 4-6 in, luxuriously equipped consoles it has become customary to fit also pressure. four or five general pistons, ż.e., having a jurisdiction over every BrpiiocraPHy.—Dom Bédos de Celles, Z’Art du facteur dorgues stop and coupler in the organ. In an up-to-date console all pistons (Paris, 1766-1778) ; Johann Gottlob Tépfer, Die Orgel (1843); Arthur G. Hill, The Organs and Organ Cases of the Middle Ages and Renaisshould be readily adjustable by the player, so that he may set sance (1883) ; Hopkins and Rimbault, The Organ, its History and Conthem to operate whatever selections of stops he pleases. struction (1877) ; John Wallace Goodrich, The Organ in France (BosUnit System.—Nearly all organs designed for cinematograph ton, U.S.A.) ; Ernest M. Skinner, The Modern Organ (Boston, 1917); theatres are built on what is known as the unit or extension sys- G. A. Audsley, LL.D., The Art of Organ Building: F. E. Robertson, 4 tem; and in this respect are to be distinguished from the orthodox Practical Treatise on Organ Building; Thomas Elliston, Organs ant itype which has been described. The distinction lies in the fact ‘Tuming (4th ed. 1924) : N. Bonavia-Hunt. Modern Organ Stops (1923); Heathcote Statham, The Organ and its Position in Musical Art that whereas an orthodox organ has separate and individual stops H. (1909) ; Harvey Grace, The Complete Organist (1920). (D. B.-V.)
PLATE
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SKINNER
ORGAN
COMPANY
PARTS
OF A MODERN
1. Large organ at Finney Chapel, Oberlin College, Oberlin, Ohio, showing casework and display pipes. The console is in the foreground 2. Same organ shown in fig. 1, with casework and display pipes removed, showing
interior, with manual
3. Giant pipes known tuning 4. Assembling
and pedal pipes and swell boxes
as Bombardes, set up in the factory for voicing and
room showing organs in process of construction
view of the Bombarde shown
in fig. 3
5. Rear view of a console with rear and side panels removed
with another
ORGAN
6. View looking down upon the stop and combination action of a register panel, showing how the movement of the stops is changed from an angle of 45 degrees to a direction parallel to the side of the console. This assembly is arranged to bring the trace rods of all the stops to a
common
level:so
that they may
be controlled
by the combination
action which moves them collectively 7. Side view of fig. 6, showing how the various perpendicular brought to a common level 8. View of a standard four manual console, similar to the shown in fig. 1
groups
are
instrument
ORGANIC
SENSATIONS—ORGANO-METALLIC
ORGANIC SENSATIONS, a term for all the bodily sensa-
tions except those derived from the skin. In addition to the four special senses, sight, hearing, taste and smell, there is the common sensibility or somaesthesia, which includes cutaneous
and also organic
sensations.
Organic sensations may
which burns in air with explosive rapidity. Sodium ethyl, Na-C:Hs, sodium #-propyl, Na-C3;H7, and sodium phenyl, Na-C6H;, are colourless solids having similar properties. Currency Metals—Cuprous phenyl, Cu-C,sH;, obtained by the interaction of cuprous iodide and magnesium phenyl bromide in ethereal solution, is a white powder decomposing at 80° C into copper and diphenyl. Silver phenyl, Ag-C.;H;, an even more un-
The vestibular or static sense has to do with the maintenance of balance and of bodily position and with the perception of
rotation. It arises either in the vestibule or the semi-circular canals of the ear. Ernst Mach’s theory, to which recently objection has been raised, relates the perception of rotation to these canals, which seem peculiarly well-adapted by their structure to mediate this perception. The visceral sensations include the sensory bases for such experiences as hunger, nausea, appetite and sex, if indeed the last two are to be understood in terms of their sensory nature. (See VISCERAL SENSATIONS.) The importance of organic sensations has been emphasized by the James-Lange theory of emotions, which asserts that an emotion
differs from other consciousnesses in that it includes the perception of a violent organic reverberation. For example, a fear may be characterized by the kinaesthesis of running away, and the sensations that arise from the dryness of the throat and from the viscera. Against the theory it has been argued that internal state and bodily posture are insufficient completely to account for emotion. See Emotion; Jamrs-Lance THEORY OF Emotions. (E. G. Bor.) ORGANO-METALLIC COMPOUNDS are chemical substances containing a metal or metalloid in direct association with one or more hydrocarbon radicals. These compounds never arise by natural processes in the vegetable and animal kingdoms, being produced synthetically by the art of the chemist. They have played an important part in the development of modern chemistry and among them are several substances of great practical utility. Lead tetraethyl (see p. 898), a most effective antidetonant in motor gasolene or petrol, and salvarsan, a specific remedy in syphilis, are two outstanding examples of organometallic compounds of proven worth. Included in this group
of carbon compounds are the organic derivatives of magnesium known after their discoverer as Grignard reagents (q.v.). The application of these reagents in chemical synthesis has proved to be one of the most fruitful and far-reaching improvements in practical organic chemistry since the end of the 19th century. Brief references to organo-metallic compounds have been given under the headings of certain of the metals and metalloids, and the present article affords a gencral survey of the whole group. The arrangement adopted below follows the natural sequence of
the elements according to the periodic law (q.v.). First Series. Alkali Metals——-Although the production
of alkyl derivatives of sodium was claimed by Buckton in 1859, the existence and properties of these substances remained doubtful until comparatively recently (W. Schlenk and others, 1913-17).
Lithium ethyl, Li-C2H;, is prepared by the action of metallic lithium on mercury diethyl; it crystallizes from benzene or highboiling petroleum in colourless, six-sided plates melting at 95° C. Lithium methyl, Li-CH;, and lithium phenyl, Li-CsHs, are crystalline powders obtained by double decomposition between lithium ethyl and mercury dimethyl and diphenyl respectively (Schlenk and Holtz, 1917). Sodium triphenylmethyl, Na-C(CsH;s)3, a convenient starting point in the preparation of simpler sodium alkyls, (CsH;)3CCl,
dissolved
The product, a brownish-red
substance, when allowed to react with mercury dimethyl in inert media, furnishes sodium methyl, Na-CH;, as a white powder
be sub-
impulses it is impossible to control the movements accurately.
chloromethane,
mosphere of oxygen-free nitrogen.
8097
sensations
divided into kinaesthetic sensations, vestibular or static sensation, and visceral sensations. The deep sensibility that comes from the tissues immediately beneath the skin may also be included under this class term. Kinaesthetic sensation, so named because it mediates the perception of bodily movement as well as the perceptions of weight, resistance and posture, arises in the muscles, tendons and joints, all of which are supplied with sense-organs. Its nervous mechanism has also been called the proprioceptive system, whose function it is to furnish the afferent cues necessary for precise movement. Without these kinaesthetic sensations or proprioceptive nerve-
is obtained by the action of 1% sodium amalgam
COMPOUNDS
on triphenyl-
in dry ether in an at-
stable substance obtained from phenyl magnesium bromide and silver bromide, is a yellow solid, exploding on rubbing, on gentle warming or on treatment with acids. An ethereal solution of auric bromide
and magnesium
ethyl
bromide yields on evaporation colourless crystalline diethylauric bromide, (C2H;)2sAuBr, melting at 58° C and exploding at 70° C. Bromine in chloroform converts this monobromide into the ruby-red ethylauric dibromide, C.H;-AuBr. (W. J. Pope and C. S. Gibson, 1907).
Second Series.—The organic derivatives of beryllium are re-
ferred to under this metal and the organo-magnesium compounds are described in a special article. (See GRIGNARD REAGENTS.) The organo-zinc compounds were discovered by E. Frankland in 1849, and from his study of similar compounds he was led to the conception of chemical valency. In conjunction with Duppa (1863) he applied them in many organic syntheses which were
extended by Freund (1861), Butlerow (1867) and others. Zinc dimethyl (b.p. 46° C) and zinc diethyl (b.p. 118° C) are colourless malodorous liquids, spontaneously inflammable in air. They are prepared by distilling the products of the interaction of methyl and ethyl iodides with a zinc copper couple. More recently zinc phenyl bromide, as a crystalline dietherate (Blaise,
Igi1), and zinc diphenyl (A. Job and R. Reich, 1923) have been obtained by the interaction of magnesium phenyl bromide and anhydrous zinc chloride.
The cadmium dialkyls (dimethyl, diethyl, dipropyl, dibutyl, etc.) are procurable in good yields from anhydrous cadmium bromide and the appropriate magnesium alkyl bromide. Cadmium
dimethyl, Cd(CHs3)2 is a colourless liquid boiling at 105° C (E.
Krause, 1917). Mercury possesses a remarkable capacity for combination with the carbon of hydrocarbon groups and of organic radicals in general. Sodium amalgam acts directly on ethyl iodide and bromobenzene, giving respectively mercury diethyl, Hg(C2Hs)2 (b.p. 159° C), and mercury diphenyl, Hge(CeHs).
(m.p. 120° C). With certain reactive substances such as aromatic bases or phenols, mercury derivatives are obtained merely by boiling with mercuric acetate; aniline yields o- and p-aminophenylmercuriacetates, whereas m-toluidine takes up two and even three mercuriacetate residues. Phenol gives rise to o- and p-hydroxyphenylmercuriacetates and hydroxyphenyl-2:4-dimercuriacetate. In addition to the foregoing processes, organo-mercury compounds are conveniently prepared through the agency of Grignard reagents. Mercury dimethyl, a colourless liquid boiling at 89-92° C, is obtained from magnesium methyl iodide ancl mercuric chloride, and the homologous mercury dialkyls are prepared similarly. Third Series.—Aluminium trialkyls and triaryls have beer recorded, and the production of these substances is facilitated by the use of Grignard reagents. Magnesium ethyl bromide and anhydrous aluminium chloride interact in dry ether to produce aluminium triethyl etherate, 4Al(C2Hs)3,3(C2H;).0, as a colourless mobile liquid boiling at 112° C/16 mm. It fumes in air, takes fire spontaneously and is decomposed explosively by cold water, (E. Krause and B. Wendt, 1923). Aluminium diethyl iodide (b.p. 118—-120° C/4 mm.) and aluminium ethyl diiodide (m.p. 35-37° C; b.p. 158-160° C/4 mm.) were obtained by V. Grignard and R. L. Jenkins (1925) from the liquid product of the interaction of aluminium and ethyl iodide. Organic derivatives of indium and thallium are obtainable through the Grignard reagents. Thallic bromide, but not thallous bromide, yields both dialkyl and diaryl compounds. Thallic dimethyl bromide, (CH;)2TIBr, forms silvery-white leaflets (CR. J.
ORGANON—ORGY
898
Meyer and A. Bertheim, 1904), whereas thallic diphenyl bromide, (CsH;)eT1Br, is obtained in colourless transparent microscopic needles (D, Goddard and A. E. Goddard, 1922).
Fourth Series—Organic derivatives are known of silicon tane has been prepared by the successive action on bismuth tri (g.v.), germanium (g.v.), tin and lead. The commercially im- bromide of magnesium ethyl bromide and the dimagnesium com, portant lead tetraethyl, known under various names, as tetraethyl pound of 1:5-dibromopentane (G. Griittner and M. Wiernik lead, lead ethide, etc, was formerly obtained by the interaction of 1915); it is a yellow viscous oil boiling at 1o8-112° C/19-29 nam,
Frankland’s reagent, zinc diethyl, and lead chloride. It is now with an unpleasant odour and oxidising rapidly in air. Sixth Series.—Organic derivatives of selenium: (q.v,) and manufactured in the U.S.A. by the action of gaseous ethyl chloride under pressure on a powdered alloy of lead and sodium con- tellurium (g.v.) are mentioned under these headings, A remark. tained in an autoclave with heat control, The liquid lead tetra- able series of organic chromium compounds has been described ethyl is drained from the by-product, sodium chloride, and dis- by F. Hein (1919-24), who by the action of magnesium phenyl tilled in steam.
It is thus obtained as a colourless liquid, stable
in air and boiling at 200° C. For tetraethyl (54-5%) is mixed with and Halowax oil (9.0%) containing and this “ethyl fluid” has a specific Lead tetramethyl, obtainable by
use as an antidetonant, lead ethylene dibromide (36-4%) a distinctive red aniline dye, gravity of 1-79/20° C. similar processes to its tetra-
ethyl homologue, is a colourless liquid boiling at 110° C. These two lead tetralkyls and their homologues are obtainable through
the appropriate Grignard reagents 4R-MgBr+2PbBr. = PbR,+Pb+4MgBrz,
CH; CH;
Np b(CoHs)e
CH» CH,“
from diethyl lead dichloride and the dimagnesium compound of 1:5-dibromopentane. Stannous chloride and magnesium ethyl bromide give tin diethyl, Sn(C2H;)., as an oxidisable oil insoluble in water (P. Pfeiffer, 1911), whereas tin diphenyl, Sn(CsH;)s, a bright yellow powder melting at 130° C to a dark red liquid, is obtained from stannous chloride and magnesium phenyl bromide When excess of Grignard reagent is used, this diaryl compound loses half its tin and passes into hexaphenyldistan39n(CgHs)2=5n-+
(CoH;)35n-Sn(CeHs)3,
obtained
Cr (C,H; )sOH, 4H.0 ?
crystallising in golden-yellow leaflets. This basic hydroxide oy treatment with acids loses a phenyl group giving rise to salts of
the general type LCr(CsHs)a]X (where X is the acid radical),
droxide contain chromium triphenyl hydroxide, which gives the
from magnesium phenyl bromide, lead tetraphenyl, Pb(CeHs),, is accompanied by lead triphenyl, Pb(CsHs)s, and lead tri-p-tolyl, Pb(C7Hr)s, and lead tri-p-xylyl, Pb(CsH»)s, have also been described (Krause and M. Schmitz, 1919). Griittner and Krause have prepared a cyclic lead compound, diethylcycloplumbipentane,
nane,
chloride obtained chromium pentaphenyl bromide, Cr(C,H;);B; an orange-brown amorphous substance converted by alcohol potash into chromium pentaphenyl hydroxide,
Moreover, the mother-liquors from chromium pentaphenyl hy-
but this reaction goes smoothly only in the case of lead tetramethyl, for with the homologous alkyl compounds unsaturated lead trialkyls, PbRs, are formed as by-products. The four alkyl groups attached to lead can be removed in stages by the action of halogens, and different alkyls can then be substituted for the halogen atom. In this way many mixed lead tetralkyls have been prepared (G. Griittner and E. Krause, 1917). When prepared
4
bromide either on chromyl chloride or on anhydroys chromic
in col-
corresponding salts [Cr(CsH.)a|X. These organic derivatives indicate that chromium has valencies of 6, 5 and 4. Eighth Series.—Dlatinic chloride was mixed with dry ether
and the syrupy mixture added slowly to magnesium methyl iodide in ether. After adding water and extracting with benzene, the concentrated extract yielded yellow crystals of trimethyl platinic iodide, (CFla)3P't1, which is converted by moist silver oxide into trimethyl platinic hydroxide, (CH );Pt-OH, a colourless base insoluble in water but dissolving in nitric acid to form the readily soluble nitrate, (CHs)3Pt-NO;. The corresponding chloride,
(CH3)sPt-Cl crystallises from chloroform in colourless rhombic dodecahedra (W. J. Pope and S., J. Peachy, 1909). RBLIOCRAPUY mele Çourtut, Le Magnésium en Chimie organique, A, Blanchard, Paris, 1926; W.G. Christiansen, Organic Derivatives of Antimony, Chemical Catalog Co, New York, 1925; G. W. Raiziss and J. L. Gavron, Organic Arsenicul Compounds, Chemical Catalog Co., 1923; F.C. Whitmore, Organic Compounds of Mercury, Chemical Catalog Co. roai; Je Houben, Die Methoden der organischen Chemie, Vol. IV, “Organometallverhindungen,” by W. Schlenk, 2nd edition, Leipzig, ro24; G. T. Morgan, Organic Compounds of Arsenic and Antimony, Longmans Green & Co, r018; H. Wren, Organometallic Compounds of Zine and Magnesium, Gurney & Jackson, 1913; A Bertheim, Handbuch der Organischen Arsenoverbindungen, F, Enke, 1913; H, Schmidt, De aromatischen Arsenverbindungen, J. Spring, 1012; J. N. Friend, 4 Text Book of Inorganic Chemistry, Vol, XI,
“Organometallic Compounds,” by A. E. and D.
ee
ae
ORGANON, the name given to Aristotle's logical treatises
(Gr. dpyavoy, instrument). ‘They are so called because logic is itself neither a speculative seience nor a practical art in the ordi-
ourless plates melting at 237° C (E. Krause and R. Becker, 1920). Tin tetramethyl, Sn(CHg).4, and tin tetraethyl, Sn(C;Hs)2, boiling at 78° C and 175° C respectively, are prepared in good yields from stannic chloride and the appropriate Grignard reagents; in ihe latter case triethylstannic chloride, (C2H;)3SnCl, is obtained as asby-product. Magnesium benzyl chloride and stannic chloride give tribenzylstannic chloride, (C;H7)3SnCl, (m.p. 143-145 C) and tin tetra benzyl (tetrabenzylstannane), Sn(C;Hr)s, (colourless needles, m.p. 42-43° C). The former compound when acted on by iodine furnishes dibenzylstannic chloride (C;H7)2SnCl, in colourless
Orpheus and Eumelpus (gq.v.), but most commonly of the rites of Dionysus-Bacchus, with their dedications and purihca-
and sodium or potassium bismuthides.
state of mad excitement. A bull, the representative of the god,
nary sense, but an aid or instrument to all scientific thought. Francis Bacon gave to his own treatise the name Novum Organum
in the belief that he had discovered a new inductive logic. ORGY, a term originally denoting the secret rites or cere-
monies connected with the worship of certain deities, The word is derived from Lat. Orgia, Gr. 8pryea, a post-Ilomeric word used of the secret rites of Demeter (¢.v.), at Eleusis, of the Caber,
crystals melting at 163-4° C (Smith and Kipping, 1912). tions. The word has been connected with “pyw=épbw, péefo, I Fifth Series—Certain of the more outstanding examples of the sense of performing sacred rites; Lat. operari, to perform organic derivatives of arsenic and antimony are described briefly sacrifice. The Dionysiac orgies, which were restricted to women, in the articles on these metalloids and further information can be were celebrated in the winter among the Thracian hills or in gained from the monographs mentioned below in the bibliography. spots remote from city life. The women met, generally at night, Both trialkyl- and triaryl-bismuthines have long been known and clad in fawn-skins, with hair dishevelled, swinging the thyrsus and were formerly prepared by the interaction of alkyl or aryl halides beating the cymbal; they danced and worked themselves up to
The use of Grignard reagents has considerably enlarged the was torn in pieces by them as Dionysus-Zagreus had been tom. bismuth series of organic compounds. Diphenyl-q-naphthylbis- The women tore the bull with their teeth, and the eating of the muthine and tri-a-naphthylbismuthine (melting points 118-119° raw flesh was a necessary part of the ritual, The most, famous C and 235° C) have been prepared in this way (F. Challenger, festival of the kind was the rpuerypls, the triennial festival, cele1914), and a cyclic bismuth compound, ethylcyclobismuthopen- brated on Parnassus by the women of Attica and Phocis. The
ORIBI—ORIENTATION celebrants were called Maenads or Bacchae.
The wild dances and
“orgy” for any wild revel or festivity.
(See Dionysus
other “orgiastic” ceremonies have given rise to the use of the word
and
MYSTERY.)
ORIBI or OUREBI, a small South African antelope (Oribia
scoparia), standing about 24in. at the shoulder, and characterized by a bare glandular spot below the ear, the upright horns of the bucks, which are ringed for a short distance above the face, and the tufted bushy
tail.
The
name
is extended
to include
the
other members of the same genus.
ORIEL, in architecture, a projecting bay window carried by
corbels or mouldings. It is usually polygonal or semicircular in plan, but at Oxford, in some of the colleges, there are examples which are rectangular and rise through two or three storeys. In
Germany it forms a favourite feature, and is sometimes placed at the angle of a building, carried up through two or three floors and covered with a lofty roof. The oriel is also said to have been
provided as a recess for an altar in an oratory or small chapel.
In the rsth century oriels came into general use, and are frequently found over entrance gateways. The earliest meaning of the word seems to be a gallery, portico or corridor, and the application of the term to a particular form of window apparently arose from such a window being in an “oriel.” In Cornwall “orrel” is still used of a balcony or porch at the head of an outside staircase leading to an upper storey in a fisherman’s cottage. The name of Oriel college, Oxford, comes from a tenement known as Seneschal Hall or La Oriole, granted to the college in 1327. (See Bay; WINDOW.)
ORIENTAL
COOKERY
is characterized by the use of
899
pulverized coffee. Melt the sugar in the water over the fire, remove from fire, add coffee, stir one minute, return to fire and bring to boiling point three or four times. This is not strained, but sipped from the cup after the coffee has settled to the bottom. Fruits are usually cooked, except that dates, the staple food of the lands of the Near East, are rarely cooked except in puddings and confections. In China pineapple is often cooked with chicken and other meats. Pastries, sweet with sugar syrup and often with nuts, or a sweet fruit compote, are the usual ending for a Turkish meal. The Chinese and Japanese use sweet cakes, confections and puddings, or cooked or preserved fruits. Salads are much eaten in the Near East, usually of a combination of vegetables and perhaps fruits. Seasonings used in the Orient not common in the Occident include cummin, saffron, coriander seed, tamarind, chilis in variety, curry powder and soy sauce. Vegetable foods form the greater part of the diet. The most famous dish of India is the curry, in which material cooked with curry powder or in a curry sauce is served in a ring of rice. The epicure insists on curries made from spices ground fresh each day, but curry powder and essence may be made ahead in the home or may be bought bottled. A good formula for curry sauce, hot enough for the average Western taste, but not for that of India, uses 2 tablespoons minced onion, fried a little in 4 cup butter, 14 tablespoons curry powder, mixed to a paste with a little of 2 cups of stock or milk, 2 teaspoons curry essence, 4 teaspoon salt, x tablespoon rice flour, 1 cup cocoanut or almond milk (made by soaking an hour in 1 cup milk, $ cup freshly ground cocoanut or blanched almonds ground fine, and used with or without straining), 1 teaspoon scraped green ginger, 1 teaspoon currant jelly. The meat, fish, shellfish, poultry or vegetables are cooked in the sauce. With a curry is served chutney, a sauce or conserve made of sweet and sour fruits and vegetables, highly spiced. Chinese and Japanese food are similar, though not the same. Young bamboo sprouts, bean sprouts, water chestnuts, dried mushrooms and pe-tsai (Chinese cabbage) are favourite vegetables. The soy bean is used not only in soy sauce, but for the delicate bean curd that adds an agreeable texture and flavour to so many dishes. The famous bird’s nests of China are used in dishes with chicken and pigeon as well as for soup. They are a luxury, as are the equally famous ancient eggs. Almonds are used in many combinations. Chop suey is a dish unknown in China. The Japanese serve many foods cooked in deep fat after being dipped in a very delicate batter. In Japan the diner in a restaurant often cooks his own food in an iron skillet set on the a table. I. E. L.)
many condiments, often making the food very “hot,” and by the use of very sweet dishes. In general, the Orient prefers main dishes in which many food materials have been combined into one appetizing whole, and this means cutting into small pieces. Confucius refused to eat food that was not “chopped up properly,” and also ruled that there must never be more flesh food than vegetables in the mixture. A Japanese rule calls for the five tastes of sweet, salt, sour, bitter and acrid in each meal, and another for something in each from both sea and mountain. The most widely used meat is lamb or mutton. In China pork is common. The kebob of Turkey and India is meat, fish or poultry cut small and strung on a skewer, often with alternating slices of vegetable. It is usually broiled. Pilaf or pilau, the national dish of Turkey and much eaten in India, is a dish of rice (usually browned in fat before cooking in stock), to which flesh foods or vegetables or both are added, either cooked with the rice or served ORIENTAL SORE, a form of ulcer. (See KALA-AZAR.) on it, and the mixture highly seasoned. The Armenian /erissa ORIENTATION, a term expressing the angular relation of and the Arabian couscous are similar dishes made with cracked wheat instead of rice. The Turkish dolma is a vegetable stuffed any object to the points of the compass; in architecture, used with rice and minced meat or olive oil. Vine leaves are also used to express the relation of the main dimensions of a building, with for this. Birds, domestic and wild, vary the diet. Fish and shell- reference to the points of the compass, and especially with reffish furnish more of the flesh food than does meat, being in most erence to the east. In Mesopotamia and Egypt, as well as in places abundant and cheap. All flesh foods and vegetables are primitive Central America, orientation of buildings was common preserved by drying as well as in other ways. “Bombay duck” from an early date, with important features, entrances, passages is dried salted fish. Flesh foods eaten in the East not used in the and the like designed to point in the direction of the rising sun. West include buffalo, cat, dog, field rat, snake, lizard, beetle, In north Europe the same custom evidently prevailed, as Stonecockroach, larvae, ant, worm, shark fin and whale, some of these henge, near Salisbury, England, is carefully orientated. Many Greek temples were also designed to face the rising sun. being held to be great delicacies. In the earliest Christian basilicas at Rome, the apse was placed For fat, India uses ghee (clarified butter), China peanut oil, Turkey and adjacent countries olive oil, and many sesame oil. at the west end, so that the priest who served the altar from Eggs are cooked in many ways. Bread is not in as general use as in behind, facing the congregation, himself faced the east and the the Occident, though in Japan it is growing in popularity. The rising sun. This orientation has sometimes been traced to chapati of the Indian peasant is a thin wafer made of whole wheat the influence of the churches of the Holy Sepulchre at Jeruflour, “pan” fried in ghee. The main vegetable food of the Orient salem and of the Nativity at Bethlehem. It is more probable, is rice, which is almost everywhere served with every meal, and is however, that this orientation was due to an underlying tradition generally cooked in stock. Cracked wheat, barley, buckwheat, whose roots go far back beyond the origin of Christianity. In St. Sophia, Constantinople, and all the Byzantine churches, sesame and the millets are used in some countries. Noodles are eaten, and Italian pastes, though not native, are now in Eastern the apse was placed at the east end, and the same custom obtains markets. Milk is used in Turkey and kindred countries when in the early churches in Syria and the Coptic churches in Egypt. curdled (maizoun) as a beverage and in sauces. Tea is the uni- During the 6th and 7th centuries this orientation gradually versal beverage of the Orient, and in some countries coffee is came into use in Italy and the west generally. Orientation of this type, with the apse or altar toward the east, is gencommon. Turkish coffee is made from the following formula: erally carefully observed in Spain, Germany and England, and For four small cups, 4 cup water, 3 teaspoons sugar, 3 teaspoons
Q00
ORIENTE—ORIGEN
less carefully in France and Italy. It is so common, however, that in an architectural or ecclesiastical description of a church building, the “east end” is always the end with the apse or altar. In Mohammedan mosques the mihrab or prayer niche is so placed that the worshipper looks towards Mecca. Orientation is an important consideration in the placing of any building, as exposure to the sun, or lack of it, prevailing winds and similar facts in climate must be considered in designing a building for any purpose. Thus in the northern temperate zone, living rooms are usually arranged to get large amounts of south light; studios are arranged with north light, and, in general, buildings like schools, with rooms on both sides of a corridor, are placed, if possible, with the corridor running north and south, so that the rooms on both sides may receive the sun. ORIENTE or LA REGION ORIENTALE, a large undefined territory of Ecuador, comprising all that part of the republic lying east of the Andes. Pop. (1920 estimate), 100,000. The territory was formed in 1884 from the older territories of Napo, Canelos and Zamora, but its boundaries with the neighbouring republics of Colombia and Peru are disputed. The territory is covered with great forests, inhabited by wild Indians, and its climate is hot and exceptionally‘ humid. There are some mission settlements and trading stations in the Andean foothills and on some of the rivers, one of which is Archidona, the nominal capital.
year 230) Origen was ordained a presbyter in Palestine by his
friends the bishops. This was undoubtedly an infringement of ty rights of the Alexandrian bishop; at the same time it was simply spite on the part of the latter that had kept Origen so long Withoy orders. Demetrius convened a synod, at which it was resolved to banish Origen from Alexandria. A second synod, composed e. tirely of bishops, determined that Origen must be deprived of hy status as a presbyter. This decision seems to have been Justified
by referring to the self-mutilation of Origen and adducing objey.
tionable doctrines which he was said to have promulgated, yy, formal excommunication of Origen appears io have been decreed: the sentence of deprivation was approved by most of the churches in particular by that of Rome. At a later period Origen sought i vindicate his teaching in a letter to the Roman bishop Fabian
:
but, it would seem, without success.
In these circumstances Origen retired from Alexandria (231-
232) to Palestine, where his condemnation had not been acknowl. edged by the churches. He settled in Caesarea, and established4 flourishing school there. Enthusiastic pupils sat at his feet (see
the Panegyric of Gregory Thaumaturgus), and the methodical in. struction which he imparted was famous all over the East. He made frequent journcys. He was for two years together at Caesarea in Cappadocia, where he was overtaken by the Maximinian persecution; here he worked at his recension of the Bible. We
ORIGEN (c. 185-c. 254), the most distinguished and most find him again in Nicomedia, in Athens, and twice in Arabia. He influential of all the theologians of the ancient church, with the was called there to combat the unitarian christology of Beryllu, bishop of Bostra, and to clear up certain eschatological questions, possible exception of Augustine. Origen was born, perhaps at Alexandria, of Christian parents in As he had formerly had dealings with the house of Alexander the year 185 or 186. His father Leonidas gave him an excellent Severus, so now he entered into a correspondence with the emeducation. At a very early age, about the year 200, he listened to peror Philip the Arabian and his wife Severa. But through all the lectures of Pantaenus and Clement in the catechetical school. situations of his life he preserved his equanimity, his keen interest This school, of which the origin (though assigned to Athenagoras) in science, and his indefatigable zeal for the instruction of others, is unknown, was the first and for a long time the only institution In the year 250 the Decian persecution broke out, Origen was where Christians were instructed simultaneously in the Greek sci- arrested, imprisoned and maltreated. But he survived these trou ences and the doctrines of the holy Scriptures. Asia Minor and bles and lived a few years longer in active intercourse with his the West developed the strict ecclesiastical forms by means of friends. He died, probably in the year 254 at Tyre. which the church closed her lines against heathenism, and espeWritings.—Origen is probably the most prolific author of the cially against heresy; in Alexandria Christian ideas were handled ancient church. “Which of us,” asks Jerome, “can read all that in a free and speculative fashion and worked out with the help of he has written?” The number of his works was estimated at 6000, Greek philosophy. The line between heresy and orthodoxy was less but that is certainly an exaggeration. Owing to the increasing rigidly drawn there than at Ephesus, Lyons, Rome or Carthage. unpopularity of Origen in the church, a comparatively small porIn the year 202 a persecution arose, in which the father of tion of these works have come down to us in the original, We Origen perished. Origen began about the same time to earn his have more in the Latin translation of Rufinus; but this transla bread by teaching; and in 203 he was placed, with the sanction tion is by no means trustworthy, since Ruünus, assuming that of the bishop of Demetrius, at the head of the catechetical school. Origen’s writings had been tampered with by the heretics, con He regularly attended the lectures of Ammonius Saccas, and made sidered himself at liberty to omit or amend heterodox statements. a thorough study of the books of Plato and Numenius, of the Origen’s real opinion, however, may frequently be gathered from Stoics and the Pythagoreans. At the same time he endeavoured to the Philocalia—a sort of anthology from his works prepared by acquire a knowledge of Hebrew, in order to be able to read the Basil the Great and Gregory Nazianzenus. The fragments in Old Testament in the original. His manner of life was ascetic; Photius and in the Apology of Pamphilus serve for comparison. the sayings of the Sermon on the Mount and the practical maxims The writings of Origen consist of letters, and of works in textual of the Stoics were his guiding stars. Four oboli a day, earned by criticism, exegesis, apologetics, dogmatic and practical theology. copying manuscripts, sufficed for his bodily sustenance. A rash I. Eusebius (to whom we owe our full knowledge of his life) resolve led him to castrate himself that he might work unhin- collected more than a hundred of Origen’s letters, arranged them dered in the instruction of women. in books, and deposited them in ihe library at Caesarea (H.E. He commenced his great work on the textual criticism of the vi. 36). In the church library at Jerusalem (founded by the bishop Scriptures; and at the instigation of his friend Ambrosius, who Alexander) there were also numerous letters of this father (Euseb. provided him with the necessary amanuenses, he published his HE. vi. 20). But unfortunately they have all been lost except commentaries on the Old Testament and his dogmatic investiga- two—one to Julius Africanus and one to Gregory Thaumaturgus. tions. He worked at Alexandria for 28 years (till 231-232). This There are, besides, a couple of fragments. 2. Origen’s textual studies on the Old Testament were underperiod, however, was broken by many journeys to Rome, to Arabia, to Antioch, and, in 216, when the imperial executioners taken partly in order to improve the manuscript tradition, and were ravaging Alexandria, to Palestine. There the bishops of partly for apologetic reasons, to clear up the relation between the Jerusalem and Caesarea got him to deliver public lectures in the LXX and the original Hebrew text. The results of more than churches. In the East, especially in Asia Minor, it was still no unusual thing for laymen, with permission of the bishop, to address the people in the church. In Alexandria, however, this custom had been given up, and Demetrius took occasion to express his disapproval and recall Origen to Alexandria. Probably the bishop was jealous of the high reputation of the
teacher; and a coolness arose between them which led, fifteen years later, to an open rupture. On his way to Greece (apparently in the
twenty years’ labour were set forth in his Hexapla and Tetraph,
in which he placed the Hebrew text side by side with the various Greek versions, examinéd
their mutual
relations in detail, and
tried to find the basis for a more reliable text of the LXX. The Hexapla was probably never fully written out, but excerpts were made from it by various scholars at Caesarea in the 4th century;
and thus large sections of it have been saved. He worked at the text of the New Testament, although he produced no recension.
ORIGEN 3. The exegetical labours of Origen extend over the whole of the Old and New Testaments. They are divided into Scholia (onperworecs,
short annotations,
mostly
grammatical),
Homilies
(edifying expositions grounded on exegesis), and Commentaries (réuot). In the Greek original only a very small portion has been
` preserved; in Latin translations, however, a good deal. The most important parts are the homilies on Jeremiah, the books of Moses, Joshua and Luke, and the commentaries on Matthew, John and Romans. With grammatical precision, antiquarian learning and critical discernment Origen combines the allegorical method of interpretation—the logical corollary of his conception of the in-
gol
other!. But the science of faith, as expounded by him, bears unmistakably the stamp both of Neo-Platonism and of Gnosticism. As a theologian, in fact, Origen is not merely an orthodox traditionalist and believing exegete, but a speculative philosopher of Neo-Platonic tendencies. He is, moreover, a judicious critic. The union of these four elements gives character to his theology, and in a certain degree to all subsequent theology. It is this combination
which
has
determined
the peculiar
and
varying
relations in which theology and the faith of the church have stood to each other since the time of Origen. That relation depends on the predominance of one or other of the four factors embraced in spiration of the Scriptures. He distinguishes a threefold sense of his theology. As an orthodox traditionalist Origen holds that Christianity scripture, a grammatico-historical, a moral and a pneumatic—the last being the proper and highest sense. He thus set up a formal is a practical and religious saving principle, that it has unfolded theory of allegorical exegesis, not quite extinct in the churches itself in an historical series of revealing facts, that the church has accurately embodied the substance of her faith in the regula even yet, and in his own system of fundamental importance. 4. The principal apologetic work of Origen is his book xara fidei, and that simple faith is sufficient for the renewal and salvaKédoov (eight books), written at Caesarea in the time of Philip tion of man. As a philosophical idealist, however, he transmutes the Arabian. It has been completely preserved in the original. the whole contents of the faith of the church into ideas which This work is invaluable as a source for the history and situation bear the mark of Neo-Platonism, and were accordingly recognized of the church in the 2nd century; for it contains nearly the whole by the later Neo-Platonists as Hellenic?. In Origen, however, of the famous work of Celsus (Adyos 4X7 67s) against Christianity. the mystic and ecstatic element is held in abeyance. The ethicoWhat makes Origen’s answer so instructive is that it shows how religious ideal is the sorrowless condition, the state of superiority close an affinity existed between Celsus and himself in their funda- to all evils, the state of order and of rest. In this condition man mental philosophical and theological presuppositions. The real enters into likeness to God and blessedness; and it is reached state of the case is certainly unsuspected by Origen himself; but through contemplative isolation and self-knowledge, which is many of his opponent’s arguments he is unable to meet except divine wisdom. As a means to the realization of this ideal, Origen introduces by a speculative reconstruction of the church doctrine in question. Origen’s apologetic is most effective when he appeals to the whole ethics of Stoicism. But the link that connects him with the spirit and power of Christianity. In details his argument is not churchly realism, as well as with the Neo-Platonic mysticism, is the conviction that complete and certain knowledge rests wholly free from sophistical subterfuges and superficial reasonings. 5. Of the dogmatic writings we possess only one in its integrity, on divine revelation, ż.e., on oracles. Consequently his theology and that only in the translation of Rufinus, Ilept adpxav (On the is cosmological speculation and ethical reflection based on the Fundamental Doctrines). This work, which was composed before sacred Scriptures. The Scriptures, however, are treated by Origen 228, is the first attempt at a dogmatic at once scientific and on the basis of a matured theory of inspiration in such a way accommodated to the needs of the church. The material is drawn that all their facts appear as the vehicles of ideas, and have from Scripture, but in such a way that the propositions of the their highest value only in this aspect. That is to say, his gnosis regula fidei are respected. This material is then formed into a neutralizes all that is empirical and historical, if not always as system by all the resources of the intellect and of speculation. to its actuality, at least absolutely in respect of its value. The Origen thus solved, after his own fashion, a problem which his most convincing proof of this is that Origen (xr) takes the idea predecessor Clement had not even ventured to grapple with. of the immutability of God as the regulating idea of his system, The first three books treat of God, the world, the fall of spirits, and (2) deprives the historical “Word made flesh” of all signifianthropology and ethics. “Each of these three books really cance for the true Gnostic. To him Christ appears simply as embraces, although not in a strictly comprehensive way, the the Logos who is with the Father from eternity, and works from whole scheme of the Christian view of the world, from different all eternity, to whom alone the instructed Christian directs his points of view, and with different contents.” The fourth book thoughts, requiring nothing more than a perfect—z.e., divine— explains the divinity of the Scriptures, and deduces rules for their teacher. In such propositions historical Christianity is stripped interpretation. It ought properly to stand as first book at the off as a mere husk. The objects of religious knowledge are beyond beginning. The ten books of Stromata (in which Origen compared the plane of history, or rather belong to a supra-mundane history. On this view contact with the faith of the church could only the teaching of the Christians with that of the philosophers, and corroborated all the Christian dogmas from Plato, Aristotle, be maintained by distinguishing an exoteric and an esoteric form Numenius and Cornutus) have perished, with the exception of of Christianity. This distinction was already current in the catefragments; so ‘have the tractates on the resurrection and freewill. chetical school of Alexandria, but Origen gave it its boldest expres6. Of practical theological works we have still the Ilporpemrixds sion, and justified it on the ground of the incapacity of the Chriscis waprbpiovy and the Xbyraypua wept ebxyfs. For a knowledge tian masses to grasp the deeper sense of Scripture, or unravel of Origen’s Christian estimate of life and his relation to the the difficulties of exegesis. On the other hand, in dealing with faith of the church these two treatises are of great importance. the problem of bringing his heterodox system into conformity The first was written during the persecution of Maximinus with the regula fidei he evinced a high degree of technical skill. Thrax, and was dedicated to his friends Ambrosius and Pro- An external conformity was possible, inasmuch as speculation, toctetus. The other also dates from the Caesarean period; it proceeding from the higher to the lower, could keep by the stages mentions many interesting details, and concludes with a fine of the regula fidei, which had been developed into a history of salvation. The system itself aims in principle at being thoroughly exposition of the Lord’s Prayer. 7. In his own lifetime Origen had to complain of falsifications monistic; but, since matter, although created by God out of of his works and forgeries under his name. Many pieces still in nothing, was regarded merely as the sphere in which souls are existence are wrongly ascribed to him; yet it is doubtful whether a punished and purified, the system is pervaded by a strongly single one of them was composed on purpose to deceive. The most dualistic element. Tbe immutability of God requires the eternity
noteworthy are the Dialogues of a certain Adamantius “de recta In Deum fide,” which seem to have been erroneously attributed to Origen so early as the 4th century. Outline of Origen’s View of the Universe and of Life.—
The system of Origen was formulated in opposition to the Greek
philosophers on the one hand, and the Christian Gnostics on the
of the Logos and of the world.
At this point Origen succeeded
in avoiding the heretical Gnostic idea of God by assigning to the Godhead the attributes of goodness and righteousness. The pre; ae
in mind.
epee to the unitarians within the church must also be kept
2Porphyry says of Origen, card ras wept rpayyudrtur kal rod Oclov bdkas EAyritwr (Euseb: H. E. vi. t9).
902
ORIGINAL
PACKAGE
existence of souls is another inference from the immutability of God, although Origen also deduced it from the nature of the soul, which as a spiritual potency must be eternal. From this follows the necessity for the created spirit, after apostasy, error and sin, to return always to its origin in God. The actual sinfulness of all men Origen was able to explain by the theological hypothesis of pre-existence and the premundane fall of each individual soul. He holds that freedom is the inalienable prerogative of the finite spirit; and this is the second point that distinguishes his theology from the heretical Gnosticism. The system unfolds itself like a drama, of which the successive stages are as follows: the transcendental fall, the creation of the material
world, inaugurating the history of punishment and redemption, the clothing of fallen souls in flesh, the dominion of sin, evil and the demons on earth, the appearing of the Logos, His union with a pure human soul, His esoteric preaching of salvation, and His death in the flesh, then the imparting of the Spirit, and the ultimate restoration of all things. The doctrine of the restoration
appeared necessary because the spirit, in spite of its inherent freedom, cannot lose its true nature, and because the final purposes
of God cannot be foiled. The end, however, is only relative, for spirits are continually falling, and God remains through eternity the creator of the world. Moreover the end is not conceived as a transfiguration of the world, but as a liberation of the spirit from its unnatural union with the sensual. The old Christian eschatology is set aside; no one has dealt such deadly blows to Chiliasm and Christian apocalypticism as Origen. It need hardly be said that he spiritualized the church doctrine of the resurrection of the flesh. But, while in all these doctrines he appears in the character of a Platonic philosopher, traces of rational criticism are not wanting. Where his fundamental conception admits of it, he tries to solve historical problems by historical methods. Even in the christology, where he is treating of the historical Christ, he entertains critical consider a tions; hence it is not altogether without reason that in after times he was suspected of “Ebionitic” views of the Person of Christ. Although the theology of Origen exerted a considerable influence
Marcellus of Ancyra, who produced no lasting effect on theology The attack
s on Origen, which had begun in his lifetime
, dig not cease for centuries, and only subsided during the time of the fierce Arian controversy. It was not so between pistis and gnosis—faith and knowl much the relation edge—as defined by Origen that gave
offence, but rather isolated propositions, such as his doctrines of the pre-existence of souls, of the soul and body of Christ, of the resurrection of the flesh, of the final restoration
and of the plurality of worlds. Even in the 3rd century Origen’
view of the Trinity and of the Person of Christ was called in question, and that from various points of view. It was not til the 5th century, however, that objections of this kind became frequent. In the 4th century Pamphilus, Eusebius of Caesarea Athanasius, the Cappadocians, Didymus and Rufinu s were on the side of Origen against the attacks of Methodius and many others. But, when the zeal of Epiphanius was kindled against him, when Jerome, alarmed about his own reputation, and in defiance of his past attitude, turned against his once honoured teacher, and Theophilus, patriarch of Alexandria, found it prudent, for political reasons to condemn Origen—then his author ity received a shock from which it never recovered. There were, doubtless, in the sth century church historians and theologians who still spoke of him with revere nce, but such men became fewer and fewer. In the West Vincen t of Lerins held up Origen as a warning example (Commonit. 23), showing how eyen the most
learned and most eminent of church teachers might be-
come a misleading light.
In the East the exegetical
school of Antioch had an aversion to Origen; the Alexa ndrians had utterly repudi
ated him. Nevertheless his writings were much
read, especially in Palestine. The monophysite monks appealed to his authority, but could not prevent Justinian and the fifth oecumenical council at Constantinople (5 53) from anathemati zing his teaching, BIBLiocRaPuUY.—
Next to the works of Origen ieronymus wiederaufgefundenes Verzeichnis (see Redepenning, “Des gens,” in Zeit. f. d. hist. Theol. [1851], pp. 66 der Schriften deg Orisources are: Gregory Thaumat., Panegyricus seg.) the most important vi.; Epiphanius, Haer. 64; the works of Methodin Orig.; Eusebius, HE. ius, the Cappadocians, (see De vir. ill, 54, 6x1) and Rufinus; Vincen as a whole in the two following centuries, it certainly lost nothing Jerome 23; Palladius, Hist. Laus. 147; J ustinian, Ep. ad t, Lerin, Commonit, Mennam (Mansi, ix. by the circumstance that several important propositions were p. e seg.) ; Photius, Biblioth. 118, etc. The best of the older editions capable of being torn from their original setting and is that of Delaru e (173359, 4 vols. fol.; pub. by Migne placed Gr. new connections. It is in fact one of the peculiarities of in vols. xi~xvii.). A critical edition is being brought inoutPatrol. by the this Preussische Akademie der Wissenschaft theology, which professed to be at once churchly and philosoph en; it is not yet completed. ical, Amongst the older works on Origen those of Huetius (printed that most of its formulae could be interpreted and apprecia in Delarue, vol. iv.) best; but Tillemont, Fabricius, Walch în utramque partem, By arbitrary divisions and rearrang ted (Historie d. Ketzereien, arevii.the pp. 362~760) and Schrickh also deserve to ements be mentio the doctrinal statements of this “science of faith” could In recent times the doctrine of Origen has been be made expounded ned. in the great works on church history by Baur, Dorner, to serve the most diverse dogmatic tendencies. This is seen Böhringer, Neander, Möller (Gesch ichte der Kosmologie in especially in the doctrine of the Logos. On the basis griechof his ischen Kirche) and Kahnis (Die Lehre vom h. Geist, vol. i.)der ; compare idea of God Origen was obliged to insist in the strongest with these the works on the history of philosophy by Ritter, Erdman manner on the personality, the eternity (eternal generation) and Ueberweg and Zeller. Of monographs, the best and most completen,is the essen- Redepe tial divinity of the Logos!. On the other hand, when nning, Origenes, eine Darstellung seines Lebens und seiner Lehre he turned (2 vols., 1841, 1846). Compare Thomas to consider the origin of the Logos he did not hesitate ius, Orig. (1837); Krüger, to speak
of Him as a xricua, and to include Him amongst the rest of God’s spiritual creatures. A kTicua, which is at the same time
ġuooŭoiov TË Ge, was no contradiction to him, simply because he held the immutability, the pure knowledge and the which constituted the divine nature to be communicable blessedness attributes. In later
“Über das Verhältnis des Orig. zu Ammonius Sakkas,” in the Ztschr. f.
hist. Theol. (1843), i. p. 46 seq.; Fischer, Comment. de Orig. theologia et cosmologia (1846) ; Ramers, Orig. Lehre von der Auferstehung des Fleisches (1851) ; Knittel, “Orig. Lehre von der Menschwerdung,” in
the Theol. Quartalschr. (1872) ; Schultz, “Christologie des Orig.” the Jahrb. f. protest. Theol. (1875); Mehlhorn, “Die Lehre vonin der menschlichen Freiheit nach Orig.” in Zeitschr. f. Kirchengesch. vol, ü. (1878) ; Freppel, Origène, vol. i, znd ed. (Paris, 1875). A full list of the later bibliography will be found in Bardenhewer’s Geschichte der
times both the orthodox and the Arians appeal ed to his teaching, both with a certain plausibility; but the inference of Arius, that an imparted divinity must be divinit y in the second altkirchen litteratur (2nd ed. 2 vols., x914) and de Faye Origène, vol. i. (1923). degree, Origen did not draw. With respect to (A. Ha.) other doctrines also, such as those of the Holy Spirit and the incarnation PACKAGE, a legal term in America, meaning of Christ, etc., theORIGINAL package in which goods, intended for inter-State commerce, Origen prepared the way for the later dogmas . The technical are actually transported wholesale. The term is used chiefly in terms round which such bitter controversies raged in the 4th and 5th centuries are often found in Origen lying determining the boundary between Federal and State jurisdiction peacefully side by in the regulation side. But this is just where his epoch-making of commerce, and derives special significance by importance lies, reason of the conflict between the powers of Congress to reguthat all the later parties in the church learne d from him. And late commerce and the police legislation of the States with respect this is true not only of the dogmatic parties; solitary monks and to commodities considered injurious to public health and morals. ambitious priests, hard-headed critical exegete s, By the Federal Constitution Congress is vested with the power tics, all found something congenial in his writing allegorists, myss. The only man who tried to shake off the theological influen “to regulate commerce with foreign nations and among the several
ce of Origen was
“Communis substantiae est filio patre; dréppora enim dpoote tos videtur, i.e., unius substantiae cum cum illo corpore ex quo est àróppora.”
States, and with the Indian tribes,” and each State is forbidden,
without the consent of Congress, to “lay any imposts or duties on imports or exports, except what may be absolutely necessary
ORIHUELA—ORINOCO for executing its inspection laws,” and the basis of the law on
the subject of “original package” was laid when, in 1827, Chief Justice Marshall interpreted these clauses in his decision of the
case of Brown v. M aryland (12 Wheaton 419), which tested the constitutionality of an act of the legislature of Maryland requiring a licence from importers of foreign goods by bale or package and
from persons selling the same by wholesale, bale, package, hogshead, barrel or tierce. After pronouncing such alicence to be in effect a tax, the chief justice observed that so long as the thing
imported remained ‘‘the property of the importer, in his ware-
house, in the original form or package in which it was imported,”
993
mention the plague of 1648, the flood of 1651 and the earthquake of 1829. The university of Orihuela, founded in 1568 by the archbishop of Valencia, was closed in 1835. The trade in fruit, cereals, oil and wine is considerable. There are also tanneries, dye and
silk works, linen and woollen fabrics, leather and starch. ORILLIA, a town and port of entry of Simcoe county, Ontario, Canada, situated 84 m. N. of Toronto, on Lake Couchiching and on the Canadian National and Canadian Pacific railways. Pop. (1931) 8,183. It is a favourite summer resort, and has an extensive trade in lumber and farm produce. It contains an asylum, saw and grist mills and iron foundries.
a tax upon it was too plainly a duty on imports to escape the
ORINOCO, ariver and river system of northern South Amer-
ingly fertile huerta, on both sides of the river Segura, which
they have headed far back toward the high savannas of the East-
ica. Its basin embraces about one-half of the eastern plains of Later decisions agree that the right to import commodities or Colombia and nearly all of Venezuela south and east of the Andes; to ship them from one State to another carries with it the right it ranks third in area among the South American river basins. The to sell them, and have established the boundary line between Fed- main river is about 1,500 m. long from its source in the Sierra eral and State control of both foreign imports and inter-State Parima on the Venezuela-Brazil boundary to the Atlantic ocean, shipments at a sale in the original package (Waring v. Mobile, 8 and, except for a stretch of about 200 m. between the mouths of Wall. 110) or at the breaking of the original package before sale the Guaviare and Meta rivers, where it forms a part of the Venefor other purposes than inspection (May v. New Orleans, 178 zuela-Colombia boundary, it is in Venezuela. At about 150 m. U.S. 498). A State or a municipality may, however, tax while in from its source it bifurcates into the Casiquiare canal to the their original packages any commodities which have been shipped Rio Negro of the Amazon system, affording a through water way in from another State, provided there be no discrimination to the Amazon basin. Three major rapids and numerous minor ones obstruct the upper river. At the mouth of the Apure the against such commodities. The term occasioned considerable confusion prior to the adop- Orinoco is 2 m. wide in the dry season and often 7 m. wide in tion of the 18th (prohibition) amendment to the Constitution in time of floods, and narrows to 800 ft. at the city of Ciudad 1919. The Supreme Court in Jan. 1847, in the licence cases, Bolivar. Large steamers can navigate as far as the Cariben rapids, upheld the constitutionality of Massachusetts, New Hampshire 700 m. from the ocean and only 6 m, from the mouth of the and Rhode Island laws requiring licences for the sale of intoxi- Meta, At the Cariben rapids the difference between high and low cating liquors, the liquor having been shipped in the inter-State water averages 32 ft., while at the Angostura, at Ciudad Bolivar, commerce (s Howard 504). The justices based their decisions the average rise is so ft. and has been known to reach 60. The Orinoco enters the ocean by a delta of approximately 700 on different opinions and did not even agree that the power of Congress to regulate inter-State commerce included the power to sq.m. of islands and swamps covered with dense vegetation and authorize a sale after shipment. The Supreme Court held in so little above sea-level that they are periodically flooded. The Leisy v. Hardin, in 1889, where a keg of beer sold in Iowa, a prohi- Boca Grande at the mouth of the Corosimi river (the southernbition State, had been shipped from Illinois by order of an agent most channel of the delta) is the deepest outlet; but the Cano of an Illinois firm, that so long as it was sold in the original Macareo, one of the outlets of the Vagre river (the westernmost package, it remained a matter for Federal regulation only (135 channel of the delta), is usually taken by steamers because it is U.S. too). This overruled in part the doctrine in the licence the most direct navigable route to the Gulf of Paria. Ordaz, whose expedition (1531-32) entered the Orinoco by cases. Congress passed in 1890 the Wilson Act, which provided that where intoxicants were shipped into a State or Territory, the Boca de Navios and, with much loss of life, ascended to the they were subject to the police laws of such State or Territory. mouth of the Meta, was the first to explore any part of the river, Even with this acl, however, a State was not permitted to inter- although Columbus, while exploring the Gulf of Paria in 1498, fere with an inter-State shipment of liquor direct to the consumer. noticed the freshness of its waters without investigating their The Webb Act, passed by Congress in 1913, did prohibit the ship- source, and Ojeda, following closely the track of Columbus in 1499, probably passed in sight of one or more of the mouths of ment of liquor into any State in violation of its police laws. What constitutes an original package was the principal question the river. There have since been many expeditions and surveys. Except for a few outliers which form isolated hills north of the in the case of Schollenberger v. Pennsylvania (171 U.S. 1), the court deciding that the State of Pennsylvania could not pro- lower river, the Orinoco is the dividing-line between the Janos hibit the sale of oleomargarine by retail when it had been shipped and the highlands of Venezuelan Guiana. The tributaries from the from Rhode Island in packages containing only ten pounds Guiana highlands are little known. They all have their sources in each, and the original package doctrine has been sharply criticized the divide which carries the Venezuela-Brazil boundary. The because of the difficulty in determining what constitutes an origi- largest, the Ventuari, joins the Orinoco about 90 m. above the nal package, as well as because of the conflict between the doctrine mouth of the Guaviare. The Caura, the next large stream to the east, is much obstructed with falls and rapids, while the lower and the police powers of the several States. See J. B. Uhle, “The Law Governing an Original Package,” in Caroni is more or less navigable for some 400 miles. The llanos The American Law Register, vol. xxix. (Philadelphia, 1890) ; Shackelare divıded into a broad, well-watered western section and a narford Miller, “The Latest Phase of the Original Package Doctrine,” rower and much drier eastern section. North of the upper Guaand M, M. Townley, “What is the Original Package Doctrine?” rises gently from an both in The American Law Review, vol. xxxv. (St. Louis, 1901); viare and its tributaries the western section co H. Cooke, The Commerce Clause of the Federal Constitution elevation of about 130 ft. at the mouth of the Apure to about 700 ft. at the border of the Andes. Its principal rivers have their ORIHUELA, a town and episcopal see of eastern Spain, in sources in innumerable mountain torrents that rise in the eastern the province of Alicante; 13 m. N.E. of Murcia and about 15 m. ranges of the Eastern Cordillera of Colombia. From the Guaviare from the Mediterranean Sea, on the Murcia-Elche railway. Pop. north to 6° 30’ N. lat. these streams are fed so abundantly by the (1920) 37,180. Orihuela is situated in a beautiful and exceed- condensation of moisture from the north-east trade winds that
prohibition of the Constitution.
divides the city into two parts, Roig and San Augusto, and is ern Cordillera, The most important tributaries of the Orinoco in this section spanned by two bridges. Orihuela was captured by the Moors
in 713, and retaken by James I. of Aragon, for hig father-in-law Alphonso of Castile, in 1265. It was sacked during the disturb-
ances at the beginning of the reign of Charles V. (1520), and again in the War of Succession
(1706).
Local annals specially
are the Apure, Arauca, Meta and recently, formed by the junction the latter has now dammed its Arauca, leaving the Uribante, an
Guaviare. The Apure was, until of the Uribante and Sarare, but lower channel and flows to the important stream with 16 large
S
904
ORIOLE— ORISSA
affluents, and the Nula, formerly a tributary of the Sarare, as the
chief sources of the Apure. The Apure is about 650 m. long from the Uribante-Nula junction. It is in large part navigable for large
craft but is obstructed by rapids about 100 m. from its mouth. The northern tributaries drain the eastern and southern slopes of the Venezuelan Andes. Of these the Portuguesa, which the cattle route from San Fernando to Puerto Cabello follows, and a few others, are navigable for short distances. The Arauca parallels the Apure on the south. When in flood, the additional water now brought to the Arauca by the Sarare causes it to overflow and send part of its surplus water by several caños to the Capanaparo, a tributary which joins the Orinoco about 18 m. S. of the mouth of the Arauca. The main stream of the Guaviare, southernmost of the great western tributaries of the Orinoco, is known as the Guayabero from its source to the mouth of the Ariari, a large tributary from the north-west. It marks in a general way the dividing line between the low savannas of the north and the higher and more varied topography of the south. The main stream and many of its tributaries after leaving the piedmont cut their way through four distinct zones: (1) a dissected sandstone plateau, the crests of which rise 1,500 ft. above the llanos; (2) a zone east of the escarpment of the plateau of sandstone remnants separated by clayey depressions; (3) a crystalline peneplain where the granites and gneisses are mostly covered with lateritic clays; and (4) a low plain on which stand isolated massifs of the dome-like form characteristic of crystalline mountains in wet tropical climates. The Ariari tributary is navigable for large barges for a considerable distance. About 300 m. of the Guayabero-Guaviare are said
to be navigable but narrows and rapids which mark the passage of the river from one zone to another offer serious obstacles. (R. R. P.)
ORIOLE, the name applied in Europe to the members of the
family Oriolidae. The golden oriole (Oriolus oriolus) is an occasional spring visitor to the British Islands, but has rarely bred there. On the continent of Europe it is a well-known bird; its range in summer
extends east to Irkutsk, while in winter it is
found in Natal and Damaraland.
In India it is replaced by an
allied form, O. kundoo, the mango-bird, and both in Asia and Africa are several other species, some of which have a black head, or even a glowing crimson, instead of the ordinary yellow colouring, while others exhibit the dingy type of plumage seen in the female of the more normal form. Among these last are the species of the group, Mimeta, belonging to the Australian region,
Orion is one of the most conspicuous constellations, contain.
ing many bright stars. Of these Betelgeuse is easily distinguisheg by its yellowish-red colour in contrast to all the other important stars of the constellation which are white B-type stars. Bete, geuse is an irregular variable sometimes above and sometimes
below the first magnitude. It was the first star for which the apparent diameter was measured by Michelson’s interferometer method (1920). Rigel at the opposite corner of the quadrilateral is rather brighter; and the third brightest star is Bellatrix. The
Orion nebula can be seen with the naked eye just below the belt; faint extensions of it have been photographed filling practically the whole constellation. The multiple star 0 Orionis is
near the centre of the nebula. There is no doubt that the princi-
pal stars of the constellation form a single system, and are in-
volved in the nebulosity whose luminescence is stimulated by their intense radiation rich in light of short wave-length. The distance of the nebula is estimated at 180 parsecs.
ORION and ORUS, the names of several Greek gram. marians, frequently confused. The following are the most im.
portant.
(1) Orion of Thebes in Egypt (5th century a.p.), the
teacher of Proclus the neo-Platonist and of Eudocia, the wife of the younger Theodosius. He taught at Alexandria, Caesarea in
Cappadocia and Byzantium. He was the author of a partly extant etymological Lexicon (ed. F. W. Sturz, 1820), largely used by the compilers of the Etymologicum Magnum, the Etymologicum Gudianum and other similar works; a collection of maxims in
three
books,
addressed
to Eudocia,
Suidas, still exists in a Warsaw ms.
also ascribed
to him by
(2) Orus of Miletus, who,
according to Ritschl, flourished not later than the 2nd century AD., and was a contemporary of Herodian and a little junior to
Phrynichus.
His chief works were treatises on orthography; on
Atticisms; on the names of nations. See F. Ritschl, De Oro et Orione Cammentatio (1834); R. Reitzenstein, Geschichte der griechischen Etymolagika (1807); and article “Qrion” in Smith’s Dictionary of Greck and Roman Biography.
ORISKANY
(6-ris’ka-ni), a village of Oneida county, New
York, U.S.A., about 7 m. N.W. of Utica. Pop. (1930) 1,142. Oriskany is served by the New York Central railway. Ina ravine, about 2 m. west of Oriskany, was fought on Aug. 6, 1777 the battle of Oriskany, an important minor engagement of the American Revolution. On Aug. 4, Gen. Nicholas Herkimer had gathered
about 800 militiamen at Ft. Dayton (on the site of the present Herkimer, N.Y.) for the relief of Ft. Schuyler (see Roma, N.Y.) then besieged by British and Indians under Col. Barry St. Leger
which mimic friar-birds (see A. R. Wallace, Malay Archipelago ; and Joseph Brant. On the 6th Gen. Herkimer’s force, on its march HONEY-EATER). Another genus which has been referred to the Oriolidae is Sphecotheres, peculiar to the Australian region, and distinguishable by a bare space round the eye. Orioles are shy and restless birds, frequenting gardens and woods, and living on insects and fruit. The nest is pocket-shaped, of bark, grass, and fibres, and the eggs are white or salmon-coloured with dark spots. The name is applied in America to the Icteridae family.
ORION (or Oarron), in Greek mythology, son of Hyricus or Poseidon, a mighty hunter of great beauty and gigantic strength. He is also sometimes represented as sprung from the earth. He was beloved of Eos, the dawn-goddess, who carried him off to Delos; but Artemis slew him with her arrows (Odyssey, v. 121). According to other accounts which attribute Orion’s death to Artemis, the goddess herself loved him and was deceived by the angry Apollo into shooting him by mistake; or he paid the pen-
to Ft. Schuyler, was ambushed by a force of British under Sir John Johnson and Indians under Joseph Brant in the ravine above mentioned. The rear portion of Herkimer’s troops escaped from the trap, but were pursued by the Indians, and many of them were overtaken and killed. Between the remainder and the British and Indians there was a desperate hand-to-hand conflict, inter-
rupted by a violent thunderstorm, with no quarter shown hy either side. On hearing the firing near Ft. Schuyler (incidental to a sortie by Lt.-Col. Marinus Willett) the British withdrew, after aboul 200 Americans had been killed and as many more taken prisoners, the loss of the British in killed being about the same. Gen.
Herkimer, though his leg had been broken by a shot al the beginning of the action, continued to direct the fighting on the American side, but died on Aug. 16, as a result of the chimsy amputation of his leg. The battle, though indecisive, had an important influence alty of offering violence to her, or of challenging her to a con- in preventing St. Leger from affecting a junction with Gen. Burtest of quoit-throwing (Apollodorus i. 4; Horace, Odes, tii. 4, 71). goyne. The battlefield is marked by a monument erected in 1884. In the lower world his shade is seen by Odysseus driving the wild The sesquicentennial of the battle of Oriskany and Ft. Stanwix beasts before him as he had done on earth (Odyssey, xi. 572). was celebrated on Aug. 6, 1927, by a pageant. The Oneida HistoriAfter his death he was changed into the constellation which is cal Society then presented to the State the battle monument and called by his name. It took the form of a warrior, wearing a about 5 ac. of land to be maintained as a State park. See Orderly Book of Sir John Johnson during the Oriskany girdle of three stars and a lion’s skin, and carrying a club and a Campaign (Albany, 1882), with notes by W. L. Stone and J. W. De . sword. When it rose early it was a sign of summer; when late, Peyster; Publications of the Oncida Historical Society, vol. i. (Utica, of winter and stormy weather; when it rose about midnight it N.Y., 1877); and Phoebe S. Cowen, The Ilerkimers and Schuylers heralded the season of vintage. (Albany, 1903). ORISSA, a tract of India, in the province of Bihar and Orissa, See Kiientzle’s article in Roscher’s Lexikon; Preller-Robert, Griechische Mythologie (1894), pp. 448-454.
consisting of a British division and 24 feudatory states. The
ORISTANO— ORKNEY
905
historical capital of Cuttack is the headquarters; and Puri, with |above sea-level, about 3 m. from the eastern shore of a gulf on its temple of Jagannath, is world-famous. Orissa is inhabited by | the west coast, to which it gives its name, and 59 m. N. by W. a distinctive race, the Oriyas, with a separate language, Oriya. of Cagliari by rail. Pop. (1921) 10,151. The town has remains The language is archaic in form and vocabulary, and the written of the walls (1290), and two gates, the Porta Manna, with a lofty character has been determined by an archaic writing material. square tower (Torre S. Cristoforo) and the Porta a Mare. The This, till little over a century ago, consisted of strips of palm low houses are largely constructed of sun-dried bricks. Two miles leaves on which the scribes wrote with an iron stylus. The country south of Oristano is the village of S. Giusta, with a beautiful Rowas long isolated from the rest of India. In 1899 it was brought manesque church of the Pisan period dedicated to this saint, coninto communication with Bengal and Madras by means of the taining several antique columns. The lagoons on the coast are full of fish, but are a cause of malaria.
railway.
The Division oF ORIsSA consists of five districts, viz., Cuttack, Puri and Balasore, which constitute the delta of the Mahanadi, Brahmani and Baitarani, and the inland districts of Sambalpur and Angul. Total area 13,736 sq.m.; pop. (1921) 4,968,873. Of these Sambalpur was a state which lapsed to the British govern-
ment in 1849 on the death of the chief without heirs, and in accordance with his own wishes. Part of Angul was another small state which was confiscated in 1847 on account of the Raja’s misrule and disloyalty. The other part, the Khondmals, was notorious for the human sacrifices offered by the aboriginal Khonds; it was nominally under the Raja of Baud
and was annexed
in 1855.
The other three districts have a distinct history. They were under Hindu kings till their conquest by the Mohammedans in the 16th century and developed a civilization and culture of their own.
Splendid memorials of the art attained between the 8th and 13th centuries are found in the temples at Bhuvaneswar, Konarak and Puri, which are distinguished for grandeur of design, fine elaboration of details and beautiful stone carving. The Orissan style of architecture of which they are specimens, has been described by Fergusson as “one of the most complete and interesting styles of Indian architecture.” Orissa remained under the rule of Mohammedan deputy governors, subject to the nawab of Bengal, with their capital at Cuttack, till 1751. It was then ceded by Ali Vardi
Khan to the Marathas and for nearly half a century was subject to their tyranny and oppression. It was invaded and conquered by the British in 1803 during the second Maratha war. In 1866 it suffered from an appalling famine, followed by destructive floods, during which a million persons are estimated to have perished, largely owing to the isolation of Orissa, for the unbridged roads were impassable in the rains, and supplies brought by sea could not be landed on its surf-beaten coast. The danger of the recurrence of such a famine has been averted by the Orissa canal system and the railway, as well as by the increased prosperity of the people. The occurrence of floods still occasionally causes distress. The beds of the deltaic rivers have been raised by the volumes of silt brought down and their outlets are obstructed by shoals and sand bars. Consequently, when high floods occur they are not discharged by the natural channels and are liable to burst the embankments and inundate the low-lying country on either side. Orissa differs from Bihar in having temporary settlements of land revenue: the “permanent settlement” of Bengal had been made ten years before it came under British rule. The last settlement was made in 1900, for 30 years. The Feupatory STATes oF Orissa occupy the hills between the British districts on the south-east, and the Central Provinces on the west, and Chota Nagpur on the north. Area, 28,046 sq.m.; pop. (1921) 3,807,172. The States may be classed in five groups, according to situation, viz., (1) to the north-east Keonjhar, Mayurbhanj and Nilgiri; (2) to the north-west, Bonai and Gangpur;
(3) to the west, Bamra, Kalahandi, Patna, Rairakhol and Sonpur; (4) the central States of Athmallik, Baud, Pal Lahara and Tal-
cher; (5) to the south-east, Athgarh, Baramba, Daspalla, Dhenkanal, Hindor, Khondpara, Narsinghpur, Nayagarh, Ranpur and Tigiria. Bamra, Kalahandi, Patna, Rairakhol and Sonpur were formerly attached to the Central Provinces, and Bonai and Gangpur to Chota Nagpur. The other 17 states, which used to be called the Tributary Mahals, or Garhjats, were ceded to the British by the Marathas after the conquest of Orissa in 1803. A political officer assists the Chiefs in the administration, general super-
vision being exercised by the governor of Behar and Orissa as agent of the governor-general.
ORISTANO, a town and archiepiscopal see of Sardinia, 23 ft.
In the environs garden
produce is grown; good wine (vernaccia) is made, and ordinary pottery. It is also a centre of the cattle trade. A mile south of the mouth of the river Tirso is the landing-place for shipping. The large orange groves of Milis lie 13 m. N. of Oristano at the base of Monte Ferru. The inhabitants of Milis manufacture reed baskets and mats, which they sell throughout Sardinia. Oristano occupies the site of the Roman Othoca, the point at which the inland road and the coast road from Carales to Turris Libisonis bifurcated. The mediaeval town (1070) was the seat onwards of the giudici (judges) of Arborea, one of the four divisions of the island. Almost the last of these judges was Eleonora (1347-1403); after her death Oristano became the seat of a marquisate, which was suppressed in 1478.
ORIZABA
(Indian name Ahuaializ-apan, pleasant waters), a
city of Mexico in the State of Vera Cruz, 82 m. by rail W.S.W. of the port of Vera Cruz. Pop. (1920) 41,684 including a large percentage of Indians and half-breeds. The Mexican railway affords frequent communication with the City of Mexico and Vera Cruz, and a short line (44 m.) connects with Ingemo, an industrial village and a branch line connects with the Tehuantepec National. Orizaba stands in a fertile, well-watered and richly wooded valley of the Sierra Madre Oriental, 4,025 ft. above sea-level, and about 18 m. S. of the snow-crowned volcano that bears its name. It has a mild, humid and healthful climate. The public edifices include the parish church of San Miguel, a chamber of commerce, a handsome theatre and some hospitals. The city is the centre of a rich agricultural region which produces sugar, rum, tobacco and Indian corn. In colonial times, when tobacco was one of the crown monopolies, Orizaba was one of the districts officially licensed to produce it. It is also a manufacturing centre of importance, having good water power from the Rio Blanco and producing cotton and woollen fabrics. Its cotton factories are among the largest in the republic. The forests in the vicinity are noted for orchids and ferns. An Indian town called Ahkuazalizapan, subject to Aztec rule, stood here when Cortes arrived on the coast. The Spanish town that succeeded it did not receive its charter until 1774. In 1862 it was the headquarters of the French,
ORIZABA,
in Aztec, Citlaltepetl, “star mountain,” an ex-
tinct or dormant volcano, on the boundary between the Mexican states of Puebla and Vera Cruz and very nearly on the roth parallel. It rises from the south-eastern margin of the great Mexican plateau to an elevation of 18,314ft., according to Scovell and Bunsen’s measurements in 1891-92, or 18,250 and 18,200ft. according to other authorities, and 18,701 (5,700 metres) by the Comisión Geográfica Exploradora. It is the highest peak in Mexico, probably third highest in North America. Its upper timber line is about 13,500ft. above sea-level, and Hans Gadow found patches of apparently permanent snow at an elevation of 14,400ft. on its south-east side in 1902. The first ascent of Orizaba was made by Reynolds and Maynard in 1848. Its last eruptive period was 1545-66, and the volcano is now considered to be extinct.
ORKHON
INSCRIPTIONS,
ancient Turkish inscriptions
of the 8th century A.D., discovered near the river Orkhon to the South of Lake Baikal in 1889. They are written in an alphabet
derived from an Aramaic source and recount the history of the northern branch of the Turks or Tu-kiue of Chinese historians. See TURKS. ORKNEY, EARL OF, a Scottish title held at different periods by various families, including its present possessors the Fitzmaurices. The Orkney islands (q¢.v.) were ruled by jarls or earls under the supremacy of the kings of Norway from very early times to about 1360, many of these jarls being also earls of Caith-
906
ORKNEY
ness under the supremacy of the Scottish kings. Perhaps the most prominent of them were a certain Paul (d. 1099) who assisted the Norwegian king, Harald III. Haardraada, when he invaded England in 1066; and his grandson Paul the Silent, who built, at least in part, the cathedral of St. Magnus at Kirkwall. They were related to the royal families of Scotland and Norway. In its more modern sense the earldom dates from about 1380, and the first family to hold it was that of Sinclair, Sir Henry Sinclair (d. c. 1400) of Roslin, near Edinburgh, being recognized as earl by the king of Norway. He ruled the islands almost like a king, and employed in his service the Venetian travellers Nicolo and Antonio Zeno. His son Henry (d. 1418) was admiral of Scotland and was taken prisoner by the English in 1406, together with Prince James, afterwards King James I.; his grandson William, the 3rd earl (c. 1404-80), was chancellor of Scotland and took some part in public affairs. In 1455 William was created earl of Caithness, and in 1470 he resigned his earldom of Orkney to James III. of Scotland, who had just acquired the sovereignty of these islands through his marriage with Margaret, daughter of Christian I., king of Denmark and Norway. In 1567 Queen Mary’s lover, James Hepburn, earl of Bothwell, was created duke of
Orkney, and in 1581 her half-brother Robert Stewart (d. 1592), an illegitimate son of James V., was made earl of Orkney. Robert, who was abbot of Holyrood, joined the party of the reformers and was afterwards one of the principal enemies of the regent Morton. His son Patrick acted in a very arbitrary manner in the Orkneys, where he set the royal authority at defiance; in 1609 he was seized and imprisoned, and, after his bastard son Robert had suffered death for heading a rebellion, he himself was executed in Feb. 1614, when his honours and estates were forfeited. In 1696 Lord George Hamilton was created earl of Orkney. He married Elizabeth Villiers, and was succeeded by his daughter
Anne (d. 1756), the wife of William O’Brien, 4th earl of Inchiquin. Anne’s daughter Mary (c¢. 1721-91) and her granddaughter Mary (1755-1831) were both countesses in their own right, the younger Mary married Thomas Fitzmaurice (1742-93), son of John Petty, earl of Shelburne, and was succeeded in the title by her grandson, Thomas John Hamilton Fitzmaurice (1803-77), whose descendants still hold the earldom. | pees 1914).
ORKNEY
ISLANDS and the word is probably derived from the Norse Orkn, seal, ang
ey, island. Evidences of prehistoric occupation include numerous weems or underground houses, chambered mounds, barrows o burial mounds, brochs or round towers, and stone Circles anq standing stones. Three of the most famous are the corbelled tom}
at Maeshowe, and the circles of standing stones at Brogar and
Stennis with an early village discovered in 1928. If, as seems likely, the Dalriadic Scots towards the beginning of the 6th cep. tury established a footing in the islands, their success was short. lived, and the native inhabitants regained power and kept it until dispossessed by the Norsemen in the 9th century. The Celtic mis. sionaries, companions of St. Columba, followed about 565. As the Norse pirates made raids on Norway from the islands, as well as on Scotland, Harold Haarfager (“Fair Hair”) subdued the rovers
in 875 and added the Orkneys and Shetlands to Norway. They remained under the rule of Norse earls until 1231, when the line of the earls became extinct. In that year the earldom of Caith. ness was granted to Magnus, second son of the earl of Angus,
whom the king of Norway apparently confirmed in the title. In 1468 the Orkneys and Shetlands were pledged by Christian J. of
Denmark for the payment of the dowry of his daughter Margaret, betrothed to James III. of Scotland, and as the money was never paid, their connection with the crown of Scotland has been per. petual. In 1471 William, earl of Orkney, exchanged his earldom for lands in Fife, and the islands were annexed to the Scottish crown. In 1581 Lord Robert Stewart, natural son of James V, was created earl of Orkney, but in 1615 the earldom was again annexed to the crown. The islands were the rendezvous of Mont-
rose’s expedition in 1650 which culminated in his imprisonment and death. In 1707 the islands were granted to the earl of Morton
in mortgage, but in 1766 his estates were sold to Sir Lawrence Dundas, ancestor of the earls of Zetland. In early times both the archbishop of Hamburg and the archbishop of York disputed with the Norwegians ecclesiastical juris-
diction over the Orkneys; but ultimately the Norwegian bishops, the first of whom was William the Old, consecrated in 1102, con-
of the Earls of Orkney, 1299-1664, ed. by J. S. Clouston
tinued the canonical succession. The see, left vacant on several occasions, was finally abolished in 1697, although many of the clergy refused to conform. The Norse tongue, at last extinguished by the constant influx of settlers from Scotland, lingered until
ISLANDS, group forming a county off the north
the end of the 18th century. When the islands were given as security for the princess’s dowry, there seems reason to believe
coast of Scotland. The islands are separated from the mainland by the Pentland firth, which is 64 m. wide between Brough Ness in the island of South Ronaldshay and Duncansbay Head in
Caithness-shire. The group consists of 67 islands (not including rocky islets) of which 29 are inhabited, four of them only with lighthouse attendants. They measure 50 m. from north-east to south-west, and 29 m. from east to west, and cover 240,847
that it was intended to redeem the pledge, because it was then stipulated that the Norse system of government and the law of St. Olaf should continue to be observed in Orkney and Shetland. Thus the udal succession and mode of land tenure (or, that is,
absolute freehold as distinguished from feudal tenure) still obtain
to some extent, and the remaining udallers hold their lands and pass them on without written title. acres. Excepting on the west coasts of the larger islands, which Agriculture and Industries.—The soil generally is a sandy present rugged cliff scenery, the group lies somewhat low and is loam or a strong but friable clay, and very fertile. Less than half of bleak aspect, owing to the absence of trees. The islands are the total area is under cultivation, but farming is now up to the built up wholly of Old Red Sandstone. The Old Man of Hoy is a general Scottish standard. The crofters’ houses have been rebuilt fine stack of rock standing detached from the north-west cliffs. of stone and lime, and are superior to those in most parts of the The only other islands containing heights of any importance are Highlands. The holdings run small, less than one-fifth being Pomona, with Ward hill (880 ft.), and Wideford (740 ft.) and over 50 acres. The grain crops are oats and barley, while the Rousay. Erratics of distant origin (e.g., from Moray firth) give favoured root crops are turnips (much the most extensively evidence of glacial action. Nearly all of the islands possess lakes, grown) and potatoes. Numbers of cattle and sheep are reared the largest being Loch Harray and Loch Stenness in Pomona. on the fine pasture of the islands; pigs are also kept on several The rivers are merely streams. Excepting on the west fronts of of the islands, and the horses—as a rule hardy, active and small, Pomona, Hoy and Rousay, the coast-line of the islands is deeply though larger than the famous Shetland ponies—are very numindented, and the islands themselves are divided from each other erous. The woollen, linen, straw-plaiting and kelp industries by straits, generally called sounds or firths, though off the north- have all successively failed, though the last named has been east of Hoy is Bring Deeps, south of Pomona is Scapa Flow and recently revived. Sandstone is quarried on several islands, and to the south-west of Eday is the Fall of Warness. The topograph- distilleries are found in Pomona (near Kirkwall and Stromness). ical names are Norse, and the common terminal of the names of About half the population is engaged in agriculture. Apart from the islands, a or ay, is the Norse ey, meaning “island.” The islets this, the principal industry is fishing. For several centurjes the are usually called Aolms and the isolated rocks skerries. The tidal Dutch practically monopolized the herring fishery, but when their currents, or roost (as some of them are called locally, from the supremacy was destroyed by the salt duty, the fisheries were Icelandic), off many of the isles run very fast and whirlpools are almost totally neglected. The industry, however, is now of cotfrequent. siderable importance, particularly the herring fishery, followed by History.—The Orkneys were the Orcades of classical writers, the cod, ling and lobster fisheries. There is a regular communi-
ORLANDO—ORLEANISTS cation by steamer between Stromness and Kirkwall, and Thurso,
Wick, Aberdeen and Leith, and also between Kirkwall and Lerwick and other points of the Shetlands.
Population
and
Administration._-The
population
was
22,075 in 1931, including 58 persons who spoke Gaelic and English, but none who spoke Gaelic only. Orkney unites with Shetland to send one member to parliament. Kirkwall, the county town, is the only royal burgh, Orkney forms a sheriffdom with Shetland and Caithness, and is under the school-board jurisdiction.
The Inhabited Islands.—From south to north, the islands
(population in brackets) include Sule Skerry (lighthouse,
3),
Pentland Skerries (lighthouse, 9), Swona (26), South Ronaldshay (1,545), Hoy (964). On Hoxa Head, is a broch, or round tower, and the island contains, besides, examples of Picts’ houses and standing stones. The famous Dwarfie Stone, an enormous block of sandstone with rooms hollowed out in it, lies in a valley near Ward Hill. Flotta (349), east of Hoy, was the home for a
long time of the Scandinavian compiler of the Codex Flotticensis, which furnished Thormodr Torfaeus (1636-1719), the Icelandic antiquary, With many of the facts for his History of Norway.
Pharay (60) also lies east of Hoy.
Burray (518) is famous for
the broch from which the island takes its name (Borgarey, Norse, “island of the broch”). The tower stands on the north-western shore, is 15 ft. high, has walls from 15 to 20 ft. thick, built of layers of flat stones without cement or mortar, and an interior diameter of 40 feet. Between Hoy and Pomona are Hunda (3), Cava (15), and Graemsay (147). The isle, surrounded by shoals, has two lighthouses. The cliffs of Copinshay (4) are a favourite haunt of sea-birds. Half a mile to the north-east is the great rock which, from a fancied resemblance to a horse rearing its head from the sea, is called the Horse of Copinshay. Pomona (q.v.) is the principal island and is known as Mainland. Shapinshay (618) was the birthplace of William Irving, father of Washington Irving. It possesses several examples of Pictish and Scandinavian antiquities and Balfour Castle, built in 1848. Gairsay (28) was the home of Sweyn Asleifson, the rover. At Lamb Head is a broch and Pictish pier, and on Odin Bay, is a round pit in the rocks called the Vat of Kirbuster. Papa Stronsay (30) commemorates the Celtic papae, or missionaries, who preached before the arrival of the Northmen. The adjacent Veira or Wire has a population of 54; Egilshay (103) is the island on which St. Magnus was murdered by his cousin Hacco in 1115. It derives its name (ecclesia) from the little church of St. Magnus, now in ruins. The round tower resembles similar ones found beside Irish churches of the 7th and 8th centuries and has walls 3 ft. thick. Eday (474) contains weems, mounds and standing stones. Carrick village was named after the earl of Carrick. It was off this island that John Gow, the pirate, was taken in 1725. Stronsay (1033) and Rousay (488) are other large islands. Sanday (1403), one of the largest northern islands, has an area of 19 sq.m. It produces potatoes and grain, and has harbours at Otterswick and Kettletoft. The antiquities include a broch in Elsness, Pharay (47). Westray (1507), has a harbour at Pier-o’wall. Noltland castle was proposed as the refuge of Queen Mary after her flight from Loch Leven. It was at one time the property of Sir Gilbert Balfour, the master of Queen Mary’s household. At
the westerly point, there is the Stack of Noup. Gentleman’s Cave afforded shelter to five followers of Prince Charles Edward during the winter of 1745-46. Papa Westray (247) and North Ronaldshay (349) are the most northerly islands. The latter is only
reached from Sanday over a dangerous firth 24 m. wide. The monumental stone with Ogham inscription, discovered in the broch of Burrian, must date from the days of the early Christian
997
resignation of the Salandra Cabinet in June rọr6 he remained in office under Boselli as minister of the interior, and when the latter resigned Orlando was entrusted with the formation of a new Cabinet. After the Armistice he went to Paris as president of the Italian peace delegation. When President Wilson launched his appeal on Fiume to the Italian people over the heads of their delegates, he returned to Rome, where he was triumphantly received, but after his return to Paris without the guarantees he was supposed to have secured, and without obtaining any satisfactory solution of the Adriatic problem, the chamber voted against him and he resigned on June 19, 19109. On Dec. 2, 1919, he was elected president of the chamber. He at first supported Fascism and the Mussolini government, and was re-elected deputy in 1924 on the government list; but after the Matteotti affair he withdrew his support, without, however, abandoning the chamber. At the municipal elections of Palermo in August 1925 he mobilised all his adherents in favour of the antiFascist list but upon the subsequent triumph of the Fascists Orlando retired from Parliament. See L, Hautecoeur,
L'Italie sous
le ministére
(1919) ; R. Lansing, The Big Four (1922),
ORLANDO,
Orlando,
1917-10
a city of Florida, U.S.A., the county seat of
Orange county; 125 m. S. of Jacksonville, on Federal highways 92 and 441 and served by the Atlantic Coast Line and the Seaþoard Air Line railways. Pop. 22,255 in 1925 (State census), of whom 6,462 were negroes; and in 1930, Federal census, 27,330. The region is devoted to citrus fruits, is dotted with lakes (over 1,000 in the county), and is a centre for tourists. At Winter Park, 4 m. N.E., is Rollins college (1885), beautifully situated on Lake Virginia. Orlando, founded in 1843, was incorporated in 1875,
ORLEANAIS,
formerly a French province, comprised the
country around Orleans, the pagus Aurelianensis; it lay on both banks of the Loire, and for ecclesiastical purposes formed the diocese of Orleans. It had formed part of the territory possessed by the ancestors of Hugh Capet and long remained an important part of the royal demesne. In 1344 Philip VI. gave it with the title of Duke to Philip (d. 1375), one of his younger sons. See A. Thomas, Les Etats provinciaux de la France centrale (1879).
ORLEANISTS, a French political party which arose out of the Revolution. It took its name from the Orleans branch of the house of Bourbon, the descendants of Philippe, duke of Orleans, younger brother of Louis XIV., who were its chiefs. Its aim was to reconcile the monarchical principle with the “rights of man,” as proclaimed by the Constituent Assembly in 1789. The Orleans princes were traditionally marked out as the leaders in such a policy. Enormously rich, within measurable distance of the succession to the throne, but cut off by the jealousy of the crown from all share in public affairs, they had long been the centres of opposition to the encroachment of the royal power. Louis, duke of Orleans, had headed the protest of the princes against the policy of Maupeou in suppressing the parlement of
Paris; his son later earned the style of Philippe Egalité by adopting—with ulterior objects—extreme revolutionary views (see ORLEANS, Louis Puiuwre J., duke of); and Egalité’s son, Louis Philippe (afterwards king of the French) fought, as duc de
Chartres, at Jemappes, under the republican tricolour. The generation of Orleanists, the immediate supporters of Philippe Egalité, were swamped in the turmoil of the Revolution. But they came naturally to the front when another revolution overthrew
the restored legitimate monarchy of Louis XVIII. and Charles X. During the Restoration, 1815-30, everything tended to identify the Liberals with the Orleanists. It is true that Louis XVIII. had been induced to grant (octroyer) a constitutional charter; but he
missionaries. ORLANDO, VITTORIO EMANUELE (1860), and his successor claimed to rule by divine right and to confer Italian politician and jurist, was born at Palermo on March 19, liberties upon their subjects of their own will. The difference
1860.
Becoming a barrister and a law professor, he was first
between the Legitimists, and the Orleanists, was thus fundamental.
elected deputy for Partinico in Sicily in 1897. He was minister of So was that between the Orleanists and the Bonapartists; for the education
in the Giolitti-Tittoni
Cabinet
of 1903~05,
and
of
justice in the Giolitti Cabinet of 1907-09, and again under Salandra in November 1914. Although a Giolittian at heart, he was in favour of Italian intervention in the World War. On the
former aimed at securing political liberty, in addition to equality before the law and in social life, while the latter aimed at subjection to a military despotism. The revolution of 1830 brought the Orleanists into power, and
908
ORLEANS
they marked the profound change made in the character of the government by styling Louis Philippe not “king of France and Navarre by the grace of God,” but “king of the French by the grace of God and the will of the people.” The Orleanists were led by men eminent in letters and in practical affairs—Guizot, Thiers, the Broglies, the banker Laffitte, and many others—and the 18 years of their rule were, on the whole, profitable to France.
That they ended in another “general overturn” in 1848 was due
mainly to the fact that the Orleanist conception of what was meant by the word “people” led the Government to offend the deeply-rooted love of the French for equality. On the model of the English constitution they instituted a pays légal of about a quarter of a million of voters by whom all the rest of the country was to be “virtually represented.” But the nation outside of the pays légal soon discovered that it was being governed bya privileged class, less offensive perhaps, but also less brilliant, than the aristocracy of the old monarchy. The revolution of 1848 swept the Orleanists from power for ever. They continued indeed throughout the Second Republic and the Empire (1848-70) to enjoy a marked prestige, due to the wealth and capacity of some of their members, their influence in the French Academy and the ability of their organs in the press. But their weakness was demonstrated when the Second Empire was swept away by the German War of 1870-71. The country, in its disgust at the Bonapartists and its fear of the Republicans, chose a great many royalists to represent it in the assembly which met in Bordeaux on Feb. 12, 1872. In this body the Orleanists again exercised a kind of leadership by virtue of individual capacity, but they were counterbalanced by the Legitimists. They defeated Thiers on May 24, 1873, as punishment for his dexterous imposition of the Republic on the unwilling majority of the assembly. Their real occupation was to endeavour to bring about a fusion between themselves and the Legitimists. As far back as 1850 Guizot had proposed, or had thought of proposing, such a fusion, but it was on the condition that the comte de Chambord would resign his divine pretentions. The fusion arranged in 1873 was on quite another footing. After much exchange of notes and many agitated conferences, the comte de Paris, the representative of the Orleanists, sought an interview with the comte de
Chambord at Frohsdorff, and obtained it by giving a written engagement that he came not only to pay his respects to the head of his house, but also to “accept his principle.” Orleanists have
declared that the engagement was given, with mental reservations ; but the country believed that the liberal royalists had been absorbed in the divine right royalists, and returned republicans at by-elections till it transformed the Assembly. The Orleanist princes had still a part to play, particularly when the death of the comte de Chambord in 1883 left them heads of the house of France, but the Orleanist party ceased to exist as an independe nt political organization.
BIBLIOGRAPHY.—The Orleanists are necessarily more with in all histories of France since 1789, and in or less dealt most memoirs, but their principles can be learnt and their fortunes political followed from the following: A. Sorel, L’Europe et la révoluti on française (1885-1904) ; F. Guizot, Histoire parlementaire de la France ( 1810—48) , and Mémoires pour servir à l'histoire de mon temps de la Gorce, Histoire du second empire (1894-1904); (1858-67); P. and G. Hanotaux, Histoire de la fondation de ia 3ème République (1925). For the attitude of the Orleans princes towards the crown under the old régime, see Amédée
Britsch, La Jeunesse de Philippe Egalité (1927).
ORLEANS, DUKES OF.
The title of duke of Orleans was
first created by King Philip VI. in favour of his son Philip, who died without legitimate issue in 1375. The second duke of Orleans, created in 1392, was Louis, a younger son of Charles V., whose heir was his son, the poet Charles of Orleans. Charles’s son Louis, the succeeding duke, became king of France as Louis XII. in 1498, when the duchy of Orleans was united with the royal
John, a son of Duke Louis I., and who furnished France
with a king in the person of Francis I.; and the counts and dukes of Longueville, whose founder was John, count of Dunois, the bastard of Orleans, a natural son of the same duke. In addition to the dukes
of Orleans the most important members of fam. ily are: Anne Marie Louise, duchess of Montpensier: this Francis prince of Joinville; Louis Philippe Albert, count of Paris: and the traveller Prince Henry of Orleans. See table BOURBON.
ORLEANS, CHARLES, Duxe oF (1391-1465), commonl
y called Charles d’Orléans, French poet, was the eldest son of Louis duke of Orleans (brother of Charles VI. of France), and of
Valen. tina Visconti, daughter of Gian Galeazzo, duke of Milan. He was born on May 26, 1391. He married (June 29, 1406), Isa.
bella, his cousin, three years later. been assassinated He was now the
widow of Richard II. of England. She died He was already duke of Orleans, for Louis had by the Burgundians two years before (1407), most important person in France, except the
dukes of Burgundy and Brittany, the king being a cipher, He was, however, only nominally one of the leaders of the civil war: the real guidance of his party resting with Bernard VIIL., the great count of Armagnac, whose daughter, Bonne, he married, or at least formally espoused, in 1410. Five years of confuse d negotiations, plots and fightings passed before the English invasion and the battle of Agincourt, where Charles was joint command er. in-chief. He was taken prisoner and carried to England, where
he remained for a full quarter of a century.
He hunted and
hawked and enjoyed society amply, though the very dignities which secured him these privileges made his ransom great, and his release difficult to arrange. Above all, he had leisure, however, for literary work which consisted of short poems in the artificial metres, then fashionable in France. Besides these a number of English poems have been attributed to him, but without certainty, For practical purposes his work consists of some hundred s of
short French poems, a few in various metres, but the majority either ballades or rondels. Charles d’Orléans is the last representative of the poetry of the middle ages, in which the form was
almost everything, and the personality of the poet, save in rare instances, nothing. He has the urbanity of the 18th century without its vicious and prosaic frivolity. His best-known rondels —those on Spring, on the Harbingers of Summer, and others— rank second to nothing of their kind. The agreement for his release from captivity was concluded on July 2, 1440. He was actually released on Nov. 3, and then mar-
ried Mary of Cleves, who brought him a considerable dowry to assist the payment of his ransom. After his return to France he maintained at Blois a miniature court, at which the best-known French men-of-letters at the time-——Villon, Olivier de la Marche, Chastelain, Jean Meschinot and others—were residents or visitors or correspondents. His son, afterwards Louis XII., was born in 1462. Charles died on Jan. 4, 1465, at Amboise.
The best edition of Charles d’Orléans’s poems, with a brief but sufficient account of his life, is that of C. d’Héricault in the Nouvelle collection Jannet (Paris, 1874). For the English poems see the by Watson Taylor for the Roxburghe Club (1827). See also C.edition Bruneau, Charles d'Orléans et la poésie aristocratique (Lyons, 1924).
ORLEANS, FERDINAND PHILIP LOUIS CHARLES HENRY, Duke or (1810-1842), born at Palermo on Sept.
3, 1810, was the son of Louis Philippe, duke of Orleans, afterwards king of France, and Marie Amélie, princess of the Two Sicilies. Under the Restoration he bore the title of duke of Chartres, and studied classics in Paris at the Collége Henri IV. At the outbreak of the Revolution, which in 1830 set his father
on the throne, he was colonel of a regiment of Hussars. He assumed the title of duke of Orleans, and was sent by the king
to put down the riots at Lyons (1831), and then to the siege of Antwerp (1832). He was appointed lieutenant-general, domain. In 1626 Louis XIII. created his brother, and Jean Baptiste made several campaigns in Algeria (1835, 1839, 1840). On his Gaston (d. 1660), duke of Orleans, and the title was revived in return to France he organized the chasseurs d'Orléans. He died 1661 by Louis XIV. in favour of his brother Philip. Descendants after an accident at Neuilly, near Paris, on July 13, 1842. of this duke have retained the title until the present day, one The duke of Orleans had married (May 30, 1837) of them becoming king of France as Louis Heléne Philippe in 1830. Louise Elisabeth of Mecklenburg-Schwer Two distinguished families are descended from the in, and had by her two first house of sons, the count of Paris and the duke of Chartre s. On Feb. 24, Orleans: the counts of Angouléme, who were descended from 1848, after the abdication of Louis Philipp
e, the duchess of
ORLEANS Orleans went to the Chamber of Deputies in the Palais Bourbon in the hope of having her eldest son proclaimed and of obtaining the regency; the attitude of the populace forced her to take refuge
in England, and she died at Richmond on May 18, 1858.
ORLEANS, HENRI, Prince or (1867-1901), eldest son of
Robert, duke of Chartres, was born at Ham, near Richmond, Surrey, on Oct. 16, 1867. In 1889, at the instance of his father, he undertook, in company with MM.
Bonvalot and Dedecken,
a journey through Siberia to Siam. They crossed the mountain range of Tibet, and the fruits of their observations, submitted to the Geographical Society of Paris and later incorporated in
De Paris au Tonkin a travers le Tibet inconnu (1892), brought them conjointly the gold medal
of that society.
In 1892 the
prince made a short journey in East Africa, and shortly afterwards
visited Madagascar, proceeding thence to Tongking. From there he set out for Assam, and found the sources of the Irrawaddy, which secured the medal of the Geographical Society of Paris and the cross of the Legion of Honour. In 1897 he revisited Abyssinia, and political differences arising from this trip led to a duel with the comte de Turin, in which both combatants were wounded. While on a trip to Assam he died at Saigon on Aug. 9, Igor.
ORLEANS,
HENRIETTA,
Ducuess
oF
(1644-1670),
third daughter of the English king, Charles I., and his queen, Henrietta Maria, was born during the Civil War at Exeter on June 16, 1644. A few days after her birth her mother left England, and she lived at Exeter under the care of Lady Dalkeith (afterwards countess of Morton) until the surrender of the city to the parliamentarians, when she was taken to Oatlands in Surrey. In July 1646 she rejoined her mother in Paris, where her girlhood was spent and where she was educated as a Roman Catholic. Henrietta was mentioned as a possible bride for Louis XIV., but she was betrothed to his only brother Philip. After the restoration of her brother Charles II., she returned to England with her mother, but a few months later she was again in Paris, where she was married to Philip, now duke of Orleans, on March 30, 1661. The duchess was very popular at the court of Louis XIV., and was on good terms with the Grand Monarch, but she was soon estranged from her husband, and her conduct was very imprudent. In 1670, at the instigation of Louis, but without Philip’s consent, she visited England and obtained the signature of Charles II.’s ministers to the treaty of Dover. Shortly after returning to France, Henrietta died at St. Cloud on June 30, 1670, and it was asserted that she had been poisoned by order of her husband. She left two daughters, Marie Louise, wife of Charles II. of Spain, and Anne Marie, wife of Victor Amadeus II. of Savoy. ORLEANS, JEAN BAPTISTE GASTON, Duxe orf (1608-1660), third son of the French king Henry IV., and his wife Marie de Medici, was born at Fontainebleau on April 25, 1608. Known at first as the duke of Anjou, he was created duke of Orleans in 1626, and was nominally in command of the army
which besieged La Rochelle in 1628. On several occasions he was obliged to leave France for conspiring against the government of his mother, of Cardinal Richelieu, and of Louis XIII. Orleans stirred up Cinq-Mars to attempt Richelieu’s murder, and then deserted him. In 1643, on the death of Louis XIII., Gaston became lieutenant-general of the kingdom, and fought against Spain on the northern frontiers of France; but during the wars of the Fronde he passed from one party to the other. Exiled by Mazarin in 1652 he remained in Blois until his death on Feb. 2, 1660. Gaston’s first wife was Marie (d. 1627), daughter and heiress of Henri de Bourbon, duc de Montpensier (d. 1608), and his second wife Marguerite (d. 1672), sister of Charles III., duke of Lorraine. By Marie he left a daughter, Anne Marre, duchesse de Montpensier (q.v.); and by Marguerite he left three daughters, Marguerite Louise (1645-1721), wife of Cosimo III., grand duke
of Tuscany; Elizabeth (1646-16096), wife of Louis Joseph, duke
of Guise; and Francoise Madeleine (1648-1664), wife of Charles Emmanuel II., duke of Savoy. ORLEANS, LOUIS, Duxe or (1372—1407), younger son of the French king, Charles V., was born on March 13, 1372. Having been made count of Valois and of Beaumont-sur-Oise, and then
999
duke of Touraine, he received the duchy of Orleans from his brother Charles VI. in 1392. In 1389 he married Valentina (d. 1408), daughter of Gian Galeazzo Visconti, duke of Milan, who brought the county of Asti to her husband and her claim upon Milan, which she transmitted to her descendants, and which furnished Louis XII. and Francis I. with a pretext for interference in northern
Italy.
When
Charles
VI. became
insane in 1392,
Orleans opposed his uncle Philip II., duke of Burgundy, who was conducting the government; and this quarrel was the dominating factor in the affairs of France. Continued after Philip’s death in 1404 with his son and successor, John the Fearless, it culminated in the murder of Orleans by one of John’s partisans on Nov. 23, 1407. He had eight children by Valentina Visconti, including his successor, Charles of Orleans the poet, and one of his natural sons was the famous bastard of Orleans, John, count of Dunois. See E, Jarry, La Vie politique de Louis d’Orléans (1889) .
ORLEANS,
LOUIS, Duxe or (1703-1752), only son of
Duke Philip II., the regent Orleans, was born at Versailles on Aug. 4, 1703. He took very little part in the politics of the time, although he was conspicuous for his hostility to Cardinal Dubois in 1723. In 1730 Cardinal Fleury secured his dismissal from the position of colonel-general of the infantry. He retired and spent his time mainly in translating the Psalms and the epistles of St. Paul. Having succeeded his father as duke of Orleans in 1723, he died in the abbey of St. Geneviève at Paris on Feb. 4, 1752. His wife Augusta (d. 1726), daughter of Louis William, margrave of Baden, bore him one son, Louis Philippe, who succeeded him. ORLEANS, LOUIS PHILIPPE, Duxe oF (1725-1785), son of Louis, duke of Orleans, was born at Versailles on May 12, 1725, and was known as the duke of Chartres until his father’s death in 1752. He served with the French armies in the campaigns of 1742, 1743 and 1744, and at the battle of Fontenoy in 1745, retiring to Bagnolet in 1757, and occupying his time with theatrical performances. He died at St. Assise on Nov. 18, 1785. The duke married Louise Henriette de Bourbon-Conti, who bore
him a son Philip (Égalité), duke of Orleans, and a daughter, who
married the last duke of Bourbon. His second wife, Madame de Montesson, whom he married secretly in 1773, was an authoress of some repute. He had two natural sons, the abbot of St. Far and the abbot of St. Albin. See L’Automne d’un prince, a collection of letters from the duke to his second wife, ed. J. Hermand (1910).
ORLEANS,
LOUIS
PHILIPPE
JOSEPH,
Duke
or
(1747-1793), called PHILIPPE ÉGALITÉ, son of Louis Philippe, duke of Orleans, and of Louise Henriette of Bourbon-Conti, was born at St. Cloud on April 13, 1747. Having borne the title of duke of Montpensier until his grandfather’s death in 1752, he became duke of Chartres, and in 1769 married Louise Marie Adelaide de Bourbon-Penthiévre, daughter and heiress of the duke of Penthiévre, grand admiral of France. Her wealth made him the richest man in France, and he determined to play a part equal to that of his great-grandfather, the regent, whom he resembled in character and debauchery. As duke of Chartres he opposed the plans of Maupeou in 1771, and was exiled to his country estate
of Villers-Cotterets
(Aisne).
When
Louis XVI.
came
to the
throne in 1774 Chartres still found himself looked on coldly at court. In 1778 he served in the squadron of D’Orvilliers, but the Queen obtained his removal from the navy and he was given the honorary post of colonel-general of hussars. He then abandoned himself to pleasure; he often visited London, becoming -an inti-
mate friend of the prince of Wales (afterwards George IV.). He made himself very popular in Paris by his gifts to the poor in time of famine, and by throwing open the gardens of the Palais Royal to the people. Before the meeting of the notables in 1787 he had succeeded his father as duke of Orleans, and advertised his liberalism so boldly that he was believed to be aiming at becoming constitutional king of France. In November he was again exiled to Villers-Cotterets. He was elected to the States-General
and led the minority of 47 noblemen who seceded from their own estate (June 1789) and joined the Tiers Etat. The part he played during the summer of 1789 is one of the most debated points in the history of the Revolution. The court accused him
910
ORLEANS
of being at the bottom of every popular movement, and saw the
“sold of Orleans” as the cause of the Reveillon riot and the taking of the Bastille. The best testimony for his behaviour during this summer is that of an English lady, Mrs. Grace Dalrymple Elliott, who shared his affections with the comtesse de Buffon; her statement shows that at the time of the riot of July 12 he was on a fishing excursion, and was rudely treated by the king on the next day when going to offer him his services. La Fayette per-
suaded the king to send the duke to England on a mission and he
remained in England from Oct. 1789 to July 1790. On July 7, he took his seat in the Assembly, and on Oct. 2, both he and Mirabeau were declared by the Assembly entirely free of any complicity in the events of October. He now tried to avoid politics, but the court suspected him, and his friends talked about his being king. He made no attempt to get himself made king, regent or lieutenant-general of the kingdom at the time of the flight to Varennes in June 1791, but again tried in vain to make his peace
with the court in Jan. 1792. In the summer of that year he was present for a short time with the army of the north, but had returned to Paris before Aug. ro. After that day he ran great risks in saving fugitives; in particular, he saved the life of the count of Champcenetz, the governor of the Tuileries, his personal enemy, at the request of Mrs. Elliott. After accepting the title
of Citoyen Egalité, conferred on him by the commune of Paris, he was elected 2oth and last deputy for Paris to the Convention. In that body he sat as quietly as in the National Assembly, but at the king’s trial he had to speak, and then only to give his vote for the death of Louis. Nevertheless when the news of the desertion of his eldest son, the duke of Chartres with Dumouriez became known in Paris all the Bourbons remaining in France, including Égalité, were arrested April 5. He remained in prison until October, when the Reign of Terror began, and was decreed “of accusation” on Oct. 3. He was tried on Nov. 6, and guillotined on the
was attributed to poison. Later he married Charlotte Elizahe daughter of Charles Louis, elector palatine of the Rhine. Havin
fought with distinction in Flanders in 1667, Orleans returned tg military life in 1672, and in 1677 gained a great victory at Cassel and took St. Omer. Louis XIV., it was said, was jealous of his brother’s success; Orleans never commanded an army again, He died at St. Cloud on June 8, 1701, leaving a son, Philip, the regent
Orleans, and two daughters: Anne Marie (1669-1728), wife of Victor Amadeus II., duke of Savoy; and Elizabeth Charlotte (1676-1744), wife of Leopold, duke of Lorraine. His eldeg daughter, Marie Louise (1662-1689), wife of Charles IT. of Spain died before her father.
ORLEANS, PHILIP IL., Duxe oF (1674-1723), regent of
France, son of Philip I., duke of Orleans, and his second wife the princess palatine, was born on Aug. 2, 1674, and fought atita
siege of Mons in 1691. His marriage with Mlle. de Blois, the legitimized daughter of Louis XIV., won him the favour of the king. He fought at Steinkerk, Neerwinden and Namur (1692—1695). During the next few years he studied natural science. He was
next given a command in Italy (1706) and in Spain (1707-1708)
where he gained some important successes, but his suspected desire to succeed Philip V. on the throne of Spain gained him Louis XIV.’s disfavour. In his will, however, he appointed him president of the council of regency of the young King Louis XV.
(1715). After the death of the king, Orleans had the will annulled
by the parlement, and himself invested with absolute power. At first he made a good use of this, counselling economy, decreasing taxation, disbanding 25,000 soldiers and restoring liberty to the persecuted Jansenists. But the inquisitorial measures which he
had begun against the financiers led to disturbances. He also countenanced the risky operations of the banker John Law (1717), whose bankruptcy led to a disastrous crisis. A conspiracy under the inspiration of Cardinal Alberoni, first minister of Spain, to transfer the regency from Orleans to Philip V. of Spain was discovered and defeated in 1718. Dubois, for-
same day. Personally Orleans possessed the charming manners of a polished grand seigneur; he was debauched and cynical, but never rude or cruel, full of gentle consideration for all about him merly tutor to the duke of Orleans and now his all-powerful minister, caused war to be declared against Spain, with the support but selfish in his pursuit of pleasure. BistioGRapHy.—Baschet, Histoire de Philippe Égalité; Journal of of the emperor, and of England and Holland (Quadruple AliMrs. Grace Dalrymple Elliott (1859); A. Nettement, Philippe-Egalité ance). Philip V. made peace with the regent in 1720. (1842); L. C. R(ousselet), Correspondance de Louis-Philippe Joseph On the majority of the king (Feb. 15, 1723), the duke of d'Orléans avec Louis XVI. (1800); Rivarol, Portrait du due d’Orléans et de Madame de Genlis; Tournois, Histoire de Louis Philippe Joseph Orleans resigned the supreme power; but he became first minister to the king, and remained in office till his death on Dec. 23, duc d'Orléans (1842). ORLEANS, LOUIS PHILIPPE ROBERT, Duxe or 1723. The regent had great qualities, both brilliant and solid, (1869-1926), eldest son of the comte de Paris, was born at York but his dissolute manners found only too many imitators, and the House, Twickenham, on Feb. 6, 1869. The law of exile against regency was one of the most corrupt periods in French history. See J. B. H. R. Capefigue, Histoire de Philippe d'Orléans, régent de the French princes having been abrogated in 1871, he returned to France and was educated at Eu and at the Collége Stanislas, France (2 vols,, 1838) ; A. Baudrillart, Philippe V. et la cour de France, vol. ii. (1890) ; and L. Wicsener, Le régent, Fabbé Dubois et les Anglais Paris, On the death of the comte de Chambord, the comte de (3 vols., 1891-99) . Paris became head of the Bourbons; and in 1886 he and his son ORLEANS (Ortzans), a city of France, the chief town of were exiled from France by the new law of 1886. He then passed through the Royal Military College, Sandhurst, and received a Loiret, on the Loire, 77 m. S.S.W. of Paris by rail. Pop. (1926) commission in the 4th battalion of the 60th Rifles, then quartered 62,862. Les Aubrais, a mile to the north, is one of the chief railin India. In January 1888 the duke joined his regiment for a way junctions in the country. An early trading post among the few months. On attaining his majority, he went to Paris (Feb- Gauls, Orleans was known as Genabum by the Romans, and led ruary 7, 1890), and, proceeding to the mazrie, expressed his desire, the revolt against Julius Caesar in 52 8.c. In the sth century it as a Frenchman, to perform his military service. He was arrested had taken the name Aurelianum from either Marcus Aurelius or in conformity with the law of 1886, tried, and sentenced to two Aurelian. It was vainly besieged in 451 by Attila, and by Odoacer years’ imprisonment; but he was liberated by President Carnot in 471, but Clovis took it in 498 and held there in srr the first after a few months’ nominal incarceration (June 4), and conducted ecclesiastical council assembled in France. It then became the to the Swiss frontier. This escapade won for him the title of capital of a separate kingdom, but was united with that of Paris “Le Premier Conscrit de France.” After the comte de Paris’s in 613. In the roth century the town was given in fief to the funeral (September 12, 1894) the duke received his adherents in counts of Paris, who in 987 ousted the Carolingians. Philip, fifth London, and was accepted as the head of his house. On Nov. 5, son of Philip VI., was the first duke of Orleans. After the 1896, he married the archduchess Maria Dorothea Amalia of Aus- assassination of his successor Louis the people of Orleans sided tria; there was no issue of the marriage. The duke of Orleans with the Armagnacs, and thus brought upon themselves the at-was interested in exploration, and published Une croisiére au tacks of the Burgundians and the English. Joan of Arc relieved the city in 1429. In 1562 it became the headquarters of Louis I, Spitzberg (1905). He died on March 28, 1926.
ORLEANS, PHILIP I, Duxe oF (1640-1701), son of the French king Louis XIII., was born at St, Germain-en-Laye on Sept. 21, 1640. In 166r he was created duke of Orleans, and married Henrietta, sister of Charles JI. of England; but the marriage was not happy, and the death of the duchess in 1670
of Bourbon, prince of Condé, the Protestant commander-in-chiel.
In 1563 Francis, duke of Guise, laid siege to it, but was assassinated, Orleans was surrendered to the king, who raised the fortifications. It was held by the Huguenots from 1567 to 1568, The St. Bartholomew massacre there in 1572 lasted a week. it
ORLEY was given as a keu de sûreté to the League under Henry III., but surrendered to Henry IV. in person in 1594. The town is sur-
rounded by boulevards, and is connected with the suburb of St. Marceau by an 18th century stone bridge of nine arches.
The
river is canalized on the right, and serves as a continuation of the
Orleans Canal.
In the Place du Martroi is a statue of Joan of Arc. A simple cross marks the site, on the left bank of the Loire, of the Fort des Tourelles, captured by Joan of Arc in 1429. The cathedral of Ste. Croix, begun in 1287, was burned by the Huguenots in 1567 before its completion. Henry IV., in 1601, laid the first stone, the build-
ing of which continued until 1829. The church of St. Aignan
mutilated by the Protestants consists of a transept and choir of the second half of the 15th century; it contains in a gilded and carved wooden shrine the remains of its patron saint. St. Euverte, dedicated to one of the oldest bishops of Orleans (d. 391), is an early Gothic building dating from the 13th, completely restored in the 15th century. The church of St. Paul (15th and 16th century) has an isolated tower, and Notre-Dame de Recouvrance was re-
built between 1517 and 1519 in the Renaissance style and dedicated to the memory of the deliverance of the city. The hétel de ville, built under Francis I. and Henry II. and restored in the roth century, was formerly the residence of the governors of Orléans, and was occupied by the kings and queens of France from Francis II. to Henry IV. The public library comprises among its manuscripts a number dating from the 7th century. The salle des fétes, formerly the corn-market, stands within a vast cloister formed by r5th-century arcades, once belonging to the old cemetery. Among old houses are that of Agnes Sorel (15th and 16th centuries), containing objects relating to Joan of Arc, that of Francis I., of the first half of the 16th century, that occupied by Joan of Arc during the siege of 1429, and that known as the house of Diane de Poitiers (16th century), which contains the historical museum. The anniversary of the raising of the siege in 1429 by Joan of Arc is celebrated yearly. Orleans is the seat of a bishopric under the archbishop of Paris, a prefect, a court of appeal, and a court of assizes and headquarters of the V. army corps. The more important industries are the manufacture of tobacco
(by the state), blankets, pins, vinegar, machinery, agricultural implements, hosiery, tools and ironware, and the preparation of
preserved vegetables.
Wine, wool, grain and live stock are com-
mercial staples, round which there are important nurseries.
ORLEANS CAMPAIGN OF 1870 Orleans was the pivot of the second phase of the FrancoGerman War, called the “People’s War,” when the new armies began their attempt to relieve Paris. After the fall of the empire, the Government of National Defence, deciding to remain in Paris, delegated three of its members, Crémieux, Glais-Bizoin and Foutichon, proceeded to the provinces to hasten the levy of troops. General de la Motte-Rouge was appointed to command the “territorial division of Tours.” From many scattered units, most of them ill equipped, he formed the XV. corps. The Germans, however, were only able to spare the I. Bavarian corps and
QII
which also fell into his hands. The resistance he had met with led the Germans to believe in the existence of a new army as the French who defended them did not belong to either the XV. or XVI. corps. The “Army of the West,” as they called this phantom force, originated from the defenders of Chateaudun and Chartres and was never formed into a fighting unit. The French command decided to advance against the Germans massed around Orleans whom it mistakenly estimated at 60,000 men, whereas they barely numbered 26,000. As a mystification empty trains were run to Le Mans to confirm the Germans in their
belief in the existence of an army west of Paris. But the contemplated offensive was postponed owing to bad weather and the discouraging news of Bazaine’s capitulation with his 150,000 troops at Metz.
Moltke directed the II. Army, released from the siege of Metz, towards Bourges, sending it by Chalon-sur-Saône, while he formed a new detachment under the Grand Duke of MecklenburgSchwerin consisting of the I. Bavarian army corps, 17th and 22nd infantry and 2nd, 3rd and 4th cavalry divisions. This force was to concentrate between Chateaudun and Chartres. The French advance began auspiciously, the German cavalry retiring before them on November 8. The following day, moving across the country in battle formation, the French attacked Von der Tann who was drawn up at Coulmiers, forcing him to retreat unpursued. The 2,500 Germans guarding Orleans thereupon evacuated the city and joined Von der Tann at Angerville. Meanwhile, the Grand Duke with his detachment had not encountered any strong hostile forces and by November 19 Moltke began to bélieve that after all the French must still be concentrated in the neighbourhood of Orleans to the number of 150,000 men. He fully realised the gravity of the situation—the expected sortie from Paris coupled with the advance of the Army of the Loire. The king of Prussia was prepared, as he said to Waldersee at Versailles, to raise the siege of Paris if the II. Army sustained a defeat. The members of the Government in Paris urged Trochu, the Governor, to attempt a sortie towards Fontainebleau, thereby joining hands with the army of the Loire. The sortie was to begin November 29, but the balloon carrying the message to Gambetta alighted in Norway, which caused a delay. D’Aurelle still remained on the defensive near Orleans though pressed by Freycinet to advance. The battle of Beaune-la-Rolande took place on November 28, General Crouzat’s XX. corps attacking the German X. corps between Turanville and Beaune-la-Rolande, while Billot’s XVIII. corps pushed back the Prussian left. In the afternoon Crouzat was himself assailed in the rear from Pithiviers by a cavalry and infantry division, Billot also falling back. After further operations in which the French sustained defeat, the Germans moved towards Orleans on December 3 in a scythe-like line of battle 40 miles long. Serious resistance was only encountered at Chilleurs. Orleans was entered on Dec. 4th. (See further Franco-German War.)
ORLEY, BERNARD VAN (c. 1490-1540), Flemish painter, son of the painter, Valentyn van Orley, was born at three cavalry divisions (2nd, 4th and 6th), the investment of Brussels about 1490. The date of his birth is estimated from his Paris and Metz occupying their forces. On October s the Ger- portrait by Diirer painted in 1521, now in the Dresden gallery. man 4th cavalry division was forced to retire before a French It represents an attractive and intelligent man of about 30. In detachment under Reyau. Von der Tann, commanding the I. 1515 he was employed by Margaret of Austria, then regent of Bavarian corps, was reinforced by the 22nd infantry and 2nd the Netherlands, and three years later he was appointed her and 6th cavalry divisions. Reyau was attacked at Artenay on court painter. He died in r540. His earliest important work is October ro and was thrown back in disorder, Orleans being cap- the altarpiece of S.S. Thomas and Matthias, of which the centretured in the evening of the following day, whereupon the French piece is at Vienna and the wings at Brussels painted about 15x12. fell back on Sologne. Meanwhile Gambetta, Minister of Defence, The style of the picture seems to be inspired by the school of arriving at Tours by balloon from Paris, assumed virtual control Autrey. From 1516—22 Bernard van Orley imitated Mabuse— on Oct. 11, being aided by de Freycinet, the Deputy Minister. to this period belongs the “Madonna” in the Wied Collection and He forthwith appointed General d’Aurelle de Paladines in place the “Holy Family” in the Louvre. In the “Holy Family” in the of La Motte-Rouge. The change gave impetus to the training Prado (1522) the influence of Mabuse has given way to that of and re-organization of the troops and by October 23 a further Raphael. In the altarpiece representing the “Patience of Job,” force was concentrated at Blois, which formed the XVI. corps. (1521) now in the Brussels gallery, we find the two influences After the withdrawal of the 22nd infantry division from Von combined. The artist had many opportunities to see designs by der Tann, its commander, General Wittich advanced to Château- Raphael whose tapestry cartoons were in Brussels for many dun which he captured on October 18. He now made for Chartres, years. Important works of his later period are the “‘Hanneton
9I2
ORLOV—ORMEROD
Family” (1525) painted Brussels
altarpiece in the Brussels gallery; the “Last Judgment” at Antwerp; and the “Crucifixion” at Rotterdam. He several portraits; the one of Dr. Georg Zelk in the gallery is the only one which is signed and dated (1519). Van Orley was a designer of tapestries; for instance, “Hunts of Maximilian,” in the Louvre, and “Victory of Pavia” at Naples. See M. Friedlander, Annual of Prussian Museums
(1908—00).
ORLOV, ALEXIS FEDOROVICH, Prince (1787-1862), Russian statesman, grandson of Count Theodore Grigorievich Orlov, took part in all the Napoleonic wars from 1805 to the
capture of Paris.
For his services as commander of the cavalry
regiment of the Life Guards on the occasion of the rebellion of 1825 he was created a count, and in the Turkish War of 1828-29 rose to the rank of lieutenant-general. Orlov was the Russian plenipotentiary at the Peace of Adrianople, and in 1833 was appointed Russian ambassador at Constantinople, holding at the same time the post of commander-in-chief of the Black Sea Fleet. He was one of the most trusted agents of Nicholas I., whom in 1837 he accompanied on his foreign tour. In 1854 he was sent to Vienna to bring Austria over to the side of Russia, but without success. In 1856 he was one of the plenipotentiaries who concluded the Peace of Paris, and was rewarded with the dignity of prince, and the presidency of the imperial council of state and of the council of ministers. In 1857 he presided over the commission formed to consider the question of the emancipation of the serfs, to which he was altogether hostile.
ORLOV,
ALEXIS
GRIGORIEVICH,
Count
(1737—
1808), brother of Gregory, Count Orlov (g.v.), was remarkable for his athletic strength and dexterity. In the revolution of 1762 he played an even more important part than his brother. He conveyed Peter III. to the chateau of Ropsha and is said to have murdered him there.
In 1770 he was appointed commander-in-
chief of the fleet sent against the Turks, whose far superior navy he annihilated at Cheshme (July 5, 1770), a victory which led to the conquest of the Greek archipelago. He devoted himself to horse-breeding, and produced the finest race of horses then known by crossing Arab and Frisian, and Arab and English studs. In the war with Napoleon during 1806-07 Orlov commanded the militia of the fifth district, which was placed on a war footing almost entirely at his own expense. He left an estate worth five millions of roubles and 30,000 serfs. See article, “The Associates of Catherine II.,” No. 2, in Russkaya Starina (Rus.) (St. Petersburg, 1873).
ORLOV,
GREGORY
(Gricorz)
GRIGORIEVICH,
CounT (1734-1783), Russian statesman, was the son of Gregory Orlov, governor of Great Novgorod. While serving in the capital as an artillery officer he caught the fancy of Catherine II., and was the leader of the conspiracy which resulted in the dethronement and death of Peter III. (1762). Catherine made him a count and adjutant-general, director-general of engineers and general-in-chief. At one time the empress thought of marrying
her favourite, but the plan was frustrated by Nikita Panin. Orlov’s influence became paramount after the discovery of the Khitrovo plot to murder the whole Orlov family. Gregory Orlov
entered with enthusiasm, both from patriotic and from economic motives, into the question of the improvement of the condition of the serfs and their partial emancipation. He was their advocate in the great commission of 1767. One of the earliest propagandists of the Slavophil idea of the emancipation of the Christians from the Turkish yoke, he was sent as first Russian plenipotentiary to the peace-congress of Focsani (1771), but he failed in his mission, owing partly to the obstinacy of the Turks, and partly (according to Panin) to his own insolence. He was superseded in the empress’s favour by Vasil’chikov. See A. P. Barsukov, Narratives from Russian History Century (Rus.) (St. Petersburg, 1888).
in the 18th
ORLOV, NIKOLAI ALEKSYEEVICH, Prince (18271885),
entered the diplomatic service, and represented Russia successively at Brussels (1860-1870), Paris (1870-1 882) and Berlin (1882-1885). As a publicist he stood in the forefront of reform. His articles on corporal punishment, which appeared in
Russkaya Staring in 1881, brought about its aboliti on,
He also
advocated tolerance towards the dissenters. He wrote a Sketch of Three Weeks’ Campaign in 1806 (St. Petersburg, 1856). ORLOV, THEODORE (Fepor) GRIGORIEVICy
Count
(1741-1790),
elder brothers, Gregory
Russian
general,
participated with his
(qg.v.) and Alexis
(g.v.), in the coup
d’état of 1762, after which he was appointed chief procurator of the senate. His naval exploits in the first Turkish War were commemorated by a triumphal column, crowned with naval trophies
erected at Tsarskoe Selo. He retired in 177s.
'
ORM or ORMIN, the author of an English book, called by
himself Ormulum (“because Orm made it”), consisting of metrica] homilies on the gospels read at mass. The unique ms., now in the
Bodleian library, is certainly abundant corrections by his own it is referred to about A.D. 1200, linguistic evidence. The dialect
Orm’s autograph, and contains hand. On palaeographical grounds and this date is supported by the is midland, with some northern
features. The orthography of the Ormulum is the most valuable existing source of information on the development of sound in Middle English. On the whole, the language of the Ormulum seems to point to north Lincolnshire as the author’s native district. There are reasons for thinking that Orm and the Walter to whom it is dedicated may have been inmates of the Augustinian priory of Elsham, near the Humber, which was established about the middle of the 12th century by Walter de Amundeville. The Ormulum is written in lines alternately of eight and seven syllables, without either rhyme or alliteration. The rhythm may be seen from the opening couplet: Nu, broberr Waillter, broperr min
Affterr pe flashess kinde.
The extant portion of the work, not including the dedication and introduction, consists of about 20,000 lines. But the table of contents refers to 242 homilies, of which only 31 are preserved; and as the dedication implies that the book had been
completed, and that it included homilies on the gospels for nearly all the year, it would seem that the huge fragment which we possess is not much more than one-eighth of this extraordinary monument of pious industry.
The Ormulum was edited for the first time by R. M. White in 1852, A revised edition, by R. Holt, was published in 1878. Many important corrections of the text were given by E. Kölbing in the first volume of Englische Studien. With reference to the three forms of the letter g,
see A. S. Napier, Notes on the Orthography of the Ormulum, printed a History of the Holy Rood Tree (Early English Text Society, 1694).
ORME, ROBERT
(1728-1801), English historian of India,
was born at Anjengo on the Malabar coast on Dec. 25, 1728, the son of a surgeon in the Company’s service. Educated at Harrow, he was appointed to a writership in Bengal in 1743. He returned to England in 1753 in the same ship with Clive, with whom he formed a close friendship. Irom 1754 to 17 58 he was a member of council at Madras. His great work was A History of the Mili-
tary Transactions of the British Nation in Indostan from 1745 (3 vols., 1763-78). This was followed by a volume of Historical Fragments (1781), dealing with an earlier period. In 1769 he was appointed historiographer to the East India Company. He died at Ealing on Jan. 13, 1801. His valuable collections of mss. are in the India Office library. Not a few of the most picturesque passages in Macaulay’s Essay on Clive are borrowed from Orme. |
ORMER,
the name given in the Channel Isles and on the
coasts of France to Haliotis tuberculata, a gastropod mollusc. It has a shell with a widely open aperture, more or less resembling a human ear in outline. The animal lives beneath stones and rocks close to the low-water mark of spring tides. For a sedentary organism it can move remarkably fast, and observers have com-
mented on its strength and agility, The ormer is an article of
human food in the Channel Isles and elsewhere (see ABALONE).
The States of Guernsey introduced protection.
legislation in 1926 for its
oe T. A. Stephenson (1924), Journ, Marine Biol. Assocn., xiii, No. 2, Pp. 4350.
ORMEROD, ELEANOR A. (1828-1901), English entomologist, the daughter of George Ormerod, F.R.S., author of The
History of Cheshire, was born at Sedbury Park, Gloucestershire,
ORMOC—ORMONDE on May 11, 1828. The opportunity afforded for entomological study by the large estate upon which she grew up and the interest she took in agriculture soon made her an authority upon this subject. In 1868, she aided the Royal Horticultural Society in forming a collection of insect pests of the farm for practical purposes, and was awarded the Flora medal of the society. In 1877 she issued a pamphlet, Notes for Observations on Injurious Insects, which was distributed among persons interested in this line of inquiry, who readily sent in the results of their researches, and
was thus the beginning of the well-known Annual Series of Reports on Injurious Insects and Farm Pests. In 1881 Miss Ormerod published a special report upon the “‘turnip-fly,” and she was consulting entomologist to the Royal Agricultural Society from 1882
to 1892. For several years she was lecturer on scientific entomology at the Royal Agricultural college, Cirencester. Eleanor Ormerod died at St. Albans on July 19, 1901. Her works include: The Cobden Journals; Manual of Injurious In-
sects; Handbook of Insects Injurious to Orchard and Bush Fruits; and her Autobiography and Correspondence (1904). See also: Canadian Entomologist, vol. 33, 1901; Royal Agric. Soc. Journ. vol. 62, 1901.
ORMOC, a municipality (with administration centre and 16 barrios or districts), of the island and province of Leyte, Philippine islands, on the west coast about 35 m. S.W. of Tacloban, the provincial capital. Pop. (1918), 38,174, of whom 20 were whites. Ormoc is in a great abaca-producing region and is open to coastwise trade, its commerce being especially with Cebu. In 1918, it had 343 household industry establishments, with outputs valued at 96,400 pesos. Of its 12 schools, rr were public. The language
spoken is a dialect of Bisayan. ORMOLJU, an alloy of copper and zinc, sometimes with an addition of tin. The name is also used to describe gilded brass or copper. The tint of ormolu approximates closely to that of gold; it is heightened by a wash of gold lacquer, by immersion in dilute sulphuric acid or by burnishing. The principal use of ormolu is for the mountings of furniture. With it the great French ébénistes of the 18th century obtained results which, in the most finished examples, are almost as fine as jewellers’ work. The mounts were usually cast and then chiselled with extraordi-
nary skill and delicacy.
(See also SILVERSMITHS
AND GOLD-
SMITHS’? WORK.)
ORMOND, a town of Volusia county, Florida, U.S.A., on the Halifax river (an arm of the Atlantic ocean extending along the east coast for 25 m.) just N. of Daytona Beach. It is on Federal highway x (which between Ormond and Jacksonville runs over the old King’s road, built by the English 1763-83) and is served by the Florida East Coast railway. The resident population was 1,852 in 1925 (State census); in 1930, Federal census, 1,538. It is a winter resort with large hotels and beautiful residences. The hard, compact Ormond-Daytona beach (200 ft. wide and 20 m. long) is the scene of many automobile races and speed tests. Ormond was incorporated in 1880. ORMONDE, EARL AND MARQUESS OF, titles still held by the famous Irish family of Butler (q¢.v.), the name being taken from a district now part of co. Tipperary. In 1328 James Butler (c. 1305-37), a son of Edmund Butler, was created earl of Ormonde, one reason for his elevation being that his wife Eleanor Bohun was a granddaughter of Edward I. His son James, the 2nd earl (1331-82), was four times governor of Ireland; the latter’s grandson James, the 4th earl (d. 1452), held the same position several times, and won repute not only as a soldier, but as a scholar. His son, James, the sth earl (1420-c. 1461), was created an English peer as earl of Wiltshire in 14409. He was lord high treasurer of England in 1455 and again in 1459, and was taken prisoner by the Yorkists after the battle of Towton in 1461. He and his two brothers were then attainted, and he died without issue, the exact date of his death being unknown. The attainder was repealed in the Irish parliament in 1476, when his brother Sir John Butler (c. 1422—78), who had been pardoned by Edward IV. a few years previously, became 6th earl of Ormonde. John, who was a fine linguist, served Edward IV. as ambassador to many European princes. His brother Thomas, the
7th earl (¢. 1424-1515), a courtier and an English baron under Richard III. and Henry VII., was ambassador to France and to
9I3
Burgundy; he left no sons, and on his death in August 1515 his earldom reverted to the crown. Margaret, a daughter of this earl, married Sir William Boleyn of Blickling, and their son Sir Thomas Boleyn (1477-1539) was created earl of Ormonde and of Wiltshire in 1529. He arranged the preliminaries for the Field of the Cloth of Gold; he was lord privy seal from 1530 to 1536, and served the king in many other ways. He was the father of Anne Boleyn. Meanwhile in 1515 the title of earl of Ormonde had been assumed by Sir Piers Butler (c. 1467—1539), a cousin of the 7th earl. He was lord deputy, and later lord treasurer of Ireland, and in 1528 he surrendered his claim to the earldom of Ormonde and was created earl of Ossory. Then in 1538 he was made earl of Ormonde, this being a new creation; however, he counts as the 8th earl of the Butler family. In 1550 his second son Richard (d. 1571) was created Viscount Mountgarret, a title still held by the Butlers. The 8th earl’s son, James, the oth earl (c. 14901546), lord high treasurer of Ireland, was created Viscount Thurles in 1536. In 1544 an act of parliament confirmed him in the possession of his earldom, which, for practical purposes, was declared to be the creation of 1328, and not of 1538. Thomas, the roth earl (1532-1614), a son of the oth earl, was lord high treasurer of Ireland. He was a Protestant, and threw his great influence on the side of the English queen and her ministers in their efforts to crush the Irish rebels, but he was perhaps more anxious to prosecute a fierce feud with his hereditary foe, the earl of Desmond, this struggle between the two factions desolating Munster for many years. His successor was his nephew Walter (1569-1633), who was imprisoned from 1617 to 1625 for refusing to surrender the Ormonde estates to his cousin Elizabeth, the wife of Sir R. Freston and the only daughter of the roth earl. He was deprived of the palatine rights in the county of Tipperary, which had belonged to his ancestors for 400 years, but he recovered many of the family estates after his release from prison in 1625. Walter’s grandson, James, the 12th earl, was created marquess
of Ormonde in 1642 and duke of Ormonde in 1661 (see below); his son was Thomas Butler, earl of Ossory (qg.v.), and his grandson was James Butler, 2nd duke of Ormonde (see below). When Charles Butler, earl of Arran (1671-1758), the brother and successor of the 2nd duke, died in December 1758, the dukedom and marquessate became extinct, but the earldom was claimed by a kinsman, John Butler (d. 1766). John’s cousin, Walter (1703-83), inherited this claim, and Walter’s son, John (1740-95), obtained a confirmation of it from the Irish House of Lords in 1791. He is reckoned as the ryth earl. His son Walter, the 18th earl (1770-1820), was created marquess of Ormonde in 1816, a title which became extinct on his death, but was revived in favour of his brother James (1774-1838) in 1825, and was retained by his descendants. See J. H. Round on “The Earldoms of Ormonde” in Joseph Foster’s Collectanea Genealogica (1881-83).
ORMONDE, JAMES BUTLER, ist Duke or (16101688), Irish statesman and soldier, eldest son of Thomas Butler, Viscount Thurles, and of Elizabeth, daughter of Sir John Poyntz, and grandson of Walter, r1th earl of Ormonde (see above), was born in London on Oct. 19, 1610. On the death of his father by drowning in 1619, the boy was made a royal ward by James I., removed from his Roman Catholic tutor, and placed in the household of Abbot, archbishop of Canterbury, with whom he stayed until 1625, residing afterwards in Ireland with his grandfather. In 1629, by his marriage with his cousin, the Lady Elizabeth Preston, daughter and heiress of Richard, earl of Desmond, he put an end to the long-standing quarrel between the families and united their estates. He succeeded his grandfather in 1632. His active career began in 1633 with the arrival of Strafford, whom he supported consistently. In 1640 during Strafford’s absence he was made commander-in-chief of the forces, and in August he was appointed lieutenant-general. On the outbreak of the rebellion in 1641 he rendered great service in the expedition to Naas, and in the march into the Pale in 1642, though much hampered by the lords justices, who were jealous of his power and
914
ORMONDE— ORMSKIRK
recalled him after he had succeeded in relieving Drogheda. On April 15, 1642, he gained the battle of Kilrush against Lord Mountgarret. He was created a marquess, and lieutenant-general with a commission direct from the king. He won the battle of New Ross (March 18, 1643) against Thomas Preston, afterwards Viscount Tara. In September, the civil war in England having meanwhile broken out, Ormonde, in view of the successes of the rebels and the uncertain loyalty of the Scots in Ulster, concluded (Sept. 15) with the latter, in opposition to the lords justices, the “cessation” by which the greater part of Ireland was given up into the hands of
the Catholic Confederation, leaving only small districts on the east coast and round Cork, together with certain fortresses in the north and west then actually in their possession, to the English commanders. He subsequently, by the king’s orders, despatched a body of troops into England (shortly afterwards routed by Fairfax at Nantwich) and was appointed in January 1644 lord lieutenant, with orders to keep the Scotch army occupied. In the midst of all the plots and struggles of Scots, Old Irish, Catholic Irish of English race, and Protestants, and in spite of the intrigues of the pope’s nuncio, as well as of attempts by the parliament’s commissioners to ruin his power, Ormonde showed the greatest firmness and ability. He assisted Antrim in his unsuccessful expedition into Scotland. On March 28, 1646, he concluded a treaty with the Irish which granted religious concessions and removed various grievances. Meanwhile the difficulties of his position had been greatly increased by Glamorgan’s treaty (Aug. 25, 1645) with the Roman Catholics, and it became clear that he could not long hope to hold Dublin against the Irish rebels. He thereupon applied to the English parliament, signed a treaty on June 19, 1647, gave Dublin into their hands upon terms, and sailed for England at the beginning of August. He attended Charles during August and October at Hampton Court, but subsequently, in March 1648, in order to avoid arrest by the parliament, he joined the queen and prince of Wales at Paris. In September of the same year, he returned to Ireland to endeavour to unite all parties for the king. On Jan. 17, 1649 he concluded a peace with the rebels on the basis of the free exercise of their religion; on the execution of the king he proclaimed Charles II. and was created a knight of the Garter in September. On the conquest of the island by Cromwell he returned to France in December 1650. Ormonde accompanied Charles to Aix and Cologne when expelled from France by Mazarin’s treaty with Cromwell in 1655. In 1658 he went disguised, and at great risk, upon a secret mission into England. He attended the king at Fuenterrabia in 1659 and had an interview with Mazarin; and was actively engaged in the secret transactions immediately preceding the Restoration. On the return of the king he was at once appointed a commissioner for the treasury and the navy, and received other important places, together with an English peerage, and (1661) the dukedom of Ormonde in the Irish peerage. On Nov. 4, 1661 he once more received the lord lieutenantship of Ireland. The act of Explana-
tion (on land settlement) was passed through the Irish parlia-
ment by Ormonde in 1665. His heart was in his government, and he vehemently opposed the bill prohibiting the importation of Irish cattle which struck so fatal a blow at Irish trade; and retaliated by prohibiting the import into Ireland of Scottish commodities, and obtained leat to trade with foreign countries. He encouraged Irish manufactures and learning to the utmost, and it was to his efforts that the Irish college of Physicians owes its incorporation. Faced by the loss of royal favour, Ormonde declared “However ill I may stand at court I am resolved to lye well in the chronicle.” His irresponsible government was no doubt open to criticism. He had billeted soldiers on civilians, and had executed martial law. The impeachment, however, threatened by Buckingham in 1667 and 1668 fell through. Nevertheless by 1669 constant importunity had had its usual effect upon Charles, and in March Ormonde was dismissed. That year, he was however, elected chancellor of Oxford university. On Dec. 6, 1670 an attempt was made to assassinate the duke by Thomas Blood. He was dragged out of his coach, and taken on horseback along Piccadilly with the intention of hanging him at Tyburn. Ormonde, however, succeeded
in Overcoming the horseman to whom he was bound, and his
servants coming up, he escaped. The king pardoned Blood, and even treated him with favour after his apprehension while endeavouring to steal the crown jewels.
In 1671 Ormonde successfully opposed Richard Talbot’s at. tempt to upset the act of Settlement. In 1667 he was restoteq to favour and reappointed to the lord lieutenancy. On his arrival in Ireland he placed the revenue and the army upon a proper footing. In 1682 Charles summoned Ormonde to court. On Noy.
9, 1683 an English dukedom was conferred upon him, and ip
June 1684 he returned to Ireland; but he was recalled in Octobe; in consequence of fresh intrigues. Before, however, he could give
up his government to Rochester, Charles II. died; and Ormonde’s
last act as lord lieutenant was to proclaim James II. in Dublin.
Subsequently he lived at Cornbury in Oxfordshire. He refused the king his support over the Indulgence but James held him in respect. He died on July 21, 1688, and was buried in West. minster abbey. BrIBLiocRaPHy.—Thomas
Carte, Life of the Duke of Ormonde: the
same author’s Collection of Original Letters, found among the Duke of Ormonde’s Papers (1739), and the Carte mss. in the Bodleian library at Oxford; Sir Robert Southwell, Life of Ormonde, printed in the His.
tory of the Irish Parliament, by Lord Mountmorres
(1792), vol. i;
Correspondence between Archbishop Williams and the Marquess of Ormonde, ed. by B. H. Beedham (reprinted from Archaeologia Cam.
brensis, 1869) ; Observations on the Articles of Peace between James, Earl of Ormonde, and the Irish Rebels, by John Milton; Hist. mss, Comm. Reps. ii-iv. and vi—x., esp. Rep. vili., appendix p. 499, and Rep. xiv. App.: pt. vii, Mss. of Marquis of Ormonde, together with new series; Notes and Queries, vi. scr. V., PpP. 343, 431; Gardiner, Hist. of the Civil War; Calendar of State Papers (Domestic) and Irish,
1633—1662, with introductions; Biographia Britannica (Kippis) ; Scottish Hist. Soc. Publications: Letters and Papers of 1650, ed. by S. R. Gardiner, vol. xvii. (1894); and G. Colfey, O’Neill and Ormonde, a Chapter in Irish History (1914).
ORMONDE, JAMES BUTLER, 2np DvkE oF (16651745), Lrish statesman and soldier, son of Thomas, earl of Ossory, and grandson of the rst duke, was born in Dublin on April 29,
1665, and was educated in France and afterwards at Christ Church, Oxford. He commanded a regiment of horse in William’s army at the battle of the Boyne. In 1691 he served on the continent under William, and after the accession of Anne he was placed in command of the land forces co-operating with Sir George Rooke in Spain. He succeeded Rochester as viceroy of Ireland in 1703, a post which he held till 1707.
On the dismissal of the duke of Marlborough in 1711, Ormonde was appointed captain-general in his place, and allowed himself to be made the tool of the Tory ministry, whose policy was to carry on the war in the Netherlands while giving secret orders to Ormonde to take no active part in supporting their allies under Prince Eugene. Though he had supported the revolution of 1688, Ormonde was traditionally a Tory, and Lord Bolingbroke was his political leader. During the last years of Queen Anne he almost certainly had Jacobite leanings, and corresponded with the duke of Berwick. He joined Bolingbroke and Oxford, however, in signing the proclamation of King George I., by whom he was nevertheless deprived of the captain-generalship. In June 17125 he was impeached, and fled to France, where he for some time resided with Bolingbroke, and in 1716 his immense estates were confiscated to the crown by act of parliament, though by a subsequent act his brother, Charles Butler, earl of Arran, was enabled to repurchase them. After taking part in the Jacobite invasion i 1715, Ormonde settled in Spain, where he was in favour at court and enjoyed a pension from the crown.
He died on Nov. 16,
1745, and was buried in Westminster abbey. See Thomas Carte, Hist. of the Life of James, Duke of Ormonde (6
vols., Oxford, 1851), which contains much information respecting the
life of the second duke; Earl Stanhope, Hist. of England, comprising
the Reign of Queen Anne until the Peace of Utrecht (1870); F. W.
Wyon, Hist. of Great Britain during the Reign of Queen Anne (2 vols. Sas ; William Coxe, Memoirs of Marlborough (3 vols., new edition, 1647).
ORMSKIRK, a market town, urban district, Ormskirk parliamentary division, Lancashire, England, rı m. N.E. of Liverpool by the L.M.S. railway. Pop. (1931) 17,121. The name and church existed in the time of Richard I., when the priory of Burscough was founded, whose prior obtained from Edward I. a royal char-
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PHOTOGRAPHS,
ORNAMENTAL
(1,
DETAIL
1. Taj Mahal, Agra, India; alabaster screen inlaid with precious stones enclosing the tombs of Shah Jahan and his empress, Mumtaz Mahal, for whom Shah Jahan built (c. A.D. 1631) the Taj Mahal. 2. Models of ornament for the Telephone Building, Washington, D.C., an illustration of modern vertical design. 3. Sarcophagus from the tomb of Caecilia Metella, Augustan era; now in the court of the Farnese Palace, Rome. 4. Interior of La Sainte-Chapelle, Paris, built 1246-58 by Louis IX. (Saint Louis). (See Gothic Architecture, Plate |.) 5. Pillars of the Confucius Temple at Chii Fu, Shantung Province (Yuan dynasty, 1280-1368), with the
Chinese dragon and other forms in high relief.
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ORIENT
IN ARCHITECTURE portation Building, Chicago World’s Fair, 1893. Louis Sullivan, architect. J. The Alhambra, Granada, Spain, 13th and 14th centuries; muihrab or prayer
niche
in the
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inscriptions,
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adorned
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and with horseshoe and lobar arch forms and coloured tiles, characteristic of Moorish art in Spain. &. St. Mark’s, Venice. Two isolated marble columns, near the arcades of the south side, brought in the 18th century, from St. Jean d’Acre, Palestine, by Tiepolo. 5th century, Hellenistic style. 9.
Detail of a marble altar, by Benedetto da Rovezzano (1476-1556), in the Church of the Holy Trinity (Santa Trinita), Florence
ORNAMENT ter for a market at the manor of Ormskirk.
On the dissolution of
the monasteries the manor was granted to the earl of Derby. The church of SS. Peter and Paul is a spacious building in various styles, principally Perpendicular.
It possesses two western
towers, the one square and embattled, the other octagonal and bearing a short spire. There are various Norman fragments, including a fine early window in the chancel. To the south-east of the church, is the Derby chapel, the property of the earls of Derby, whose vault is contained within. A grammar school was founded
about 1614. Rope and twine making, iron-founding and brewing are carried on. The town has long been famous for its gingerbread, and is the centre of an important potato-growing district.
ORNAMENT,
ARCHITECTURAL.
In decorative art
ornament is that element which supplies beauty in detail by the addition of anything which gives an aesthetic pleasure. In all beginnings of primitive culture man shows a marked tendency to decorate his utensils, fabrics and ceramics with some sort of ornament. These early designs, consisting largely of overlapping stitches, lines, triangles, dots, zigzags, spirals and crosses, are purely linear even when colour is used to heighten the effectiveness of the designs. All have very similar motifs, and crude as this early ornament is, it still persists as a basis for much of the so-called abstract ornament in use to-day. These forms may be due to a Jack of handicraft ability. For whether or not these early designs in the cultural growth of a people are representative of natural objects—the scales of fishes, the feather patterns of birds, plants and things of common everyday experience— the technical difficulties in the way of making free designs in the art of basketry, weaving or pottery tend to make the designs
geometric in character. It is also possible that such designs may have lost their pure form through the tendency to standardize that comes of the endless copying by craftsmen of different degrees of skill. It is evident to the casual observer that more culture is necessary to produce free designs than is the case with the use and development of geometric art, because of the greater technical difficulties, and that naturalistic ornament while deriving its sources from nature tends to become abstract owing to the conventionalization of the motifs employed. At the same time, the abstract ornament tends to revert back to the natural as it takes on complexity. The theory of the evolution of the natural to the geometric, while not accepted by all the authorities on primitive art, has, if the psychology of the designer or artist is taken into consideration, much to commend it. A conventionalization of design takes place without fail in any art due to the very great difficulty in inventing new motifs and to the natural inclination of the average craftsman to be content with imitation, and finally the design motifs conventionalize in primitive art because of a special symbolic meaning associated with the religion and customs of the tribe and so become difficult to change. In fact, it is this very conventionalization of ornament for all uses, for whatever reason, that formalizes into the standards which we call styles. Historically, these styles mark the evolution of ornamental design and are definitely related to the customs and civilization of the people who produced them. Furthermore, a style is known not by its beginnings but by its decadence, and is named not by its creator but by historians. Influences.—All ornament is affected very strongly by the philosophy and thought of the time in which it is designed. It is interesting in that respect that primitive art fundamentally shows a clear desire on the part of the group design to express a complete and definite sense of fulfilment, a straightforward expression of a thing or things of the present only. Each unit or repeat in primitive design is wholly complete in itself and only establishes its relation as part of the whole through a very simple thythm of the necessary repetition. And while it is true that primitive design may be very elaborate it is rarely complex but rather indicates a desire for richness. The slight degree of complexity that is gained is by the use of different primary colours added to the same linear motif or by increasing the number of rows of different patterns, each simple in itself. Historically, all ornament has passed through this primitive
915
stage to a period of larger viewpoint, when the artist becomes more interested in a sense of a lack of completeness and the design motifs gather or lose a quality of freshness and time appreciation in ratio to the existence or lack of that sense. For example, architectural ornament of the nature of the chevron, the dentil, the egg and dart, and the bead and reel, are primitive forms, each complete in itself, in which as a repetition the timebeat, the interval and the rhythm are uniform and are therefore rigid and mechanical, easily comprehended, and lacking in time appreciation; whereas such motifs as the arabesque, the vine and flam-
boyant tracery are without that limited sense of completeness, and in so far as the rhythm interacts with the interval and against the timebeat, they lose the quality of the mechanical and be-
coms more enduring in interest, (See GREEK ARCHITECTURE and ROMAN ARCHITECTURE.) Appreciation of any art presupposes sufficient leisure for its enjoyment, so that in designing ornament it would seem necessary to consider a time element as well as whether or not it is proper both as to position and technical fitness. This time element engenders space elements by means of which appreciation must be led from one detail to another, and as all ornament is static in nature it should include, therefore, within the design a stimulus toward, and an opportunity for, fresh viewpoints, and so encourage a more continuous period of appreciation.
It is the thought or emo-
tion behind the ornament that lives, while its surface aspects, because of the always evident desire to change, must become out-moded in time. As all ornament is designed to form a pattern, whether it is composed of repeat units or as a general composition, the rhythms and interrelations of the structural background on which the ornamental detail is composed are as important as the primary functions of the design itself. It is this structure which gives coherence, unity and the sense of space and time to the ornamental design. In the consideration that all ornament must bear the repetition of being seen not only once but many times, the longer the element of time appreciation that is consciously set up within the design the more enduring in interest it will become. Yet it must not be so extended and involved as to be incomprehensible upon close inspection. It seems evident that a design whose rhythmic quality is purely mechanical, even though colour is used to superimpose an additional rhythm, must fail in possessing a sustained interest. The design motif fulfills its sole purpose when it creates a longer time interest in the object ornamented through its added beauty. This growth in time interest in appreciation of ornament is closely allied with the same growth in the complexity of the manners and philosophy of the people who are creating or modifying the ornamental design. A very clear conception of this interrelation of thought and design can be obtained from the study of the differences in growth of oriental and occidental ornamental motifs; the differences remain even when there are signs of influence of one thought upon the other, or through the gradual change from simplicity to complexity which is evident in the difference between the early ornament and thought of the Gothic period (see GOTHIC ARCHITECTURE) and its later development. And while it is evident that the technical ability of the craftsman has contributed a great deal as to whether the design motifs are simple or complex—for instance, compare the wood
carving of the Jacobean craftsmen with the work of Grinling Gibbons and the later English wood carvers—it would seem that the technical skill had but kept pace with the civilization with
which it is associated, for as a civilization advances it is apparent that ornamental design becomes more complex rather than less, that the design motifs become fuller in nature, richer in detail and more nearly perfect in technique. Materials.—It is generally thought that the treatment of ornament is definitely limited by and related to processes and materials, although throughout the history of ornament motifs and technique have been freely translated from one material to another
without loss of harmony. The architectural motifs, for example, both structural and ornamental have always been used as pure ornament in the furniture and accessories of the same style. Ornamental design in which the design is not inherently manufactured
916
ORNAMENTS—ORNE
can be considered apart from the material it embellishes.
The
material of which the structure is built limits only the coarseness
or fineness of the technique of the detail employed, although, for example, most stones or woods may be carved crudely or delicately according to the effect desired by the designer, the scale desired, or the technical ability of the craftsman. This being so, the actual design motif may be thought of for its effect as such and is only limited in its possibilities by the thought and ability of the creator who might use it to obtain a difference in texture as a help in making a transition between two materials, or to create the pattern interest that comes from employing detail. In its relations to the material employed, it may be either structurally inherent or applied. Structural ornament is either integral, that is part of the structure as in weaving or where a structural member
is changed for added grace, or as in veneers where the inherent pattern of wood or marble is used; whereas applied ornament may have little or no relation to the structure other than being placed upon it, and as its name implies is added later for pure embellishment.
Modern Tendency.—The ornament of the present, because of the almost immediate world-wide communication of ideas, is breaking away from the local or national boundaries and is becoming more universal in its characteristics. This will not necessarily lead to a tighter standardization because the means by which design is produced has undergone a great change. Since ornament has always had a very definite relation to the tools and technical ability of the period in which it is produced, it would seem natural that ornament, which is becoming more and more dependent upon the machine for its production and upon designers of greater perceptibility, will become less standardized because of the ease with which the tools are changed and improved, and as the selfconsciousness of the designer in designing for the machine becomes less as the communities become more completely industrialized. This loss in standardization will tend to give a sense of greater freshness and creativeness in design and will give, because of the freedom in execution, a maximum individuality to the work of the designer. For a complete list of the various architectural subjects treated
in this work see ARCHITECTURAL ARTICLES.
BIBLIOGRAPHY.—L’Art pour Tous (1860-92); O. J ones, The Gramnar of Ornament (1868) ; C. Daly, Motifs historiques d'architecture et te sculpture d’ornement (1869-80); C. Boito, Arte Italiana (1890— toor); Decorative Work of Robert and James Adam, reproduction of
plates from their “Works in Architecture (1778-1812)” (1900); E. Male, Religious Art in France (1913); J. D. Crace, The Art of Colour Decoration (1913); A. Speltz, Coloured Ornament of all Historical Styles (1915) ; Arte y Decoracion en España, ed. V. Casellas Moncanus (1917-27); R. Grandjean, Ceramique Orientale (1922); D. BaudBovy, Peasant Art in Switzerland (1924); L. Sullivan, A System of Architectural Ornament (1924); H. T. Bossert, Peasant Art in Europe (1926) ; F. Boas, Primitive Ari (1927). (R. T. Wa.)
ORNAMENTS,
PRIMITIVE.
The term “ornament” is
strictly applied to objects worn from a sense of aesthetic value and intrinsic beauty either in gratification of the personal taste of the wearer, or in accord with fashion. But it can also be applied to objects which are worn for other reasons, such as the various objects worn for magico-religious reasons, as indications of social distinction and status, for the purpose of protection, as amulets and charms, or even as curatives. As Professor Radcliffe Brown points out, the desire for protection and the desire
for display “are very intimately related and are really both involved in every kind of ornament. All ornament in some way marks the relation of the individual to the society.” (Andaman
Islanders, p. 319.)
Classes of ornaments
in primitive society
mark distinctions of sex and social status, the unmarried having Ornaments peculiar to their status which differ conspicuously from those allowed to or required of married people. Articles worn as dress, that is, either for protection against climatic con-
ditions, or from modesty may become ornaments if an element of aesthetic appreciation helps to determine individual choice or fashionable vogue. Decorations may be worked on or fashioned to
plain materials to make the whole ornamental. In communities of a more permanent order, ornament and embellishment, external and internal, is applied tu architecture in personal rivalry or in
token of social status. To religious zeal is due the wealth of orna. ment often found in the Men’s House—the centre of the com-
munal life, the repository of the cult objects of the community l the origin of the temple. The objects worn as ornaments are sometimes of a considerable
degree of elaboration. Wings of butterflies, gorgeous tropical beetles, seeds, berries, flowers, variegated leaves, bright stones
all sorts of natural products are employed. The manufacture of ornaments as prescribed by the social order is an occupation of importance. Thus, “The Akamba wear a great number of orna-
ments (mapa) of various kinds, especially metal ones, but they
never overload their bodies with them on ordinary occasions. On account of the composition and choice of colours these ornaments are attractive even to European ideas of beauty, and the
fine execution of the work must arouse admiration.”
(G. Lind.
blom, Akamba, 1920, p. 375.) Nature provides the materials and the models. The sense of colour is expressed by using different
coloured earths, the quest for which is a stimulus towards eco. nomic development. Conventionalization, vulgarization, degradation and imperfect, unintelligent, imitations are notable in primitive art but at one and the same time in one community there may be artists of very different capacities.
ORNE, a department of the north-west of France, about half
of which formerly belonged to the province of Normandy and the rest to the duchy of Alençon and to Perche. Pop. (1926) 277,637. Area, 2,371 sq.m. West of the Orne and the railway from Argentan to Alençon lie primitive rocks connected with those of Brittany; to the east begin the Jurassic and Cretaceous forma-
tions of Normandy.
The district of the newer rocks is rich agri-
culturally, that of the older rocks poor, but the whole department is relatively high land, by far the greater portion being over the
Goo ft. contour (highest point, forest of Ecouves, 1,368 ft.). It forms a centre whence rivers diverge in all directions, traversing deeply-cut and picturesque valleys, in many cases well-wooded with fine oaks. Horse-breeding is very important in the rural districts; there are three breeds—those of Perche, Le Merlerault and Brittany. The great government stud of Le Pin-au-Haras (established in 1714), with its school of horse-breeding, is situated between Le Merlerault and Argentan. A large number of lean cattle are bought in the neighbouring departments to be fattened; the farms near Vimoutiers, on the borders of Calvados, produce the famous Camembert cheese, and others excellent butter. The bee industry is very flourishing. Oats, wheat, barley and buckwheat are the chief cereals, and fodder in great quantity and variety, potatoes and some hemp are grown. The variety of production is due to the great natural diversity of the soils. Small farms are the rule, and the ficlds are surrounded by hedges relieved by pollarded trees. Along the roads or in the enclosures are numerous pear and apple trees, the latter yielding cider, part of which is manufactured into brandy. Orne has iron mines and freestone quarries; a kind of smoky quartz known as Alençon diamond is found. The hot springs of Bagnoles, which contain salt, sulphur and arsenic, are famous. In the forest of Bellême is the chalybeate spring of La Hesse, which was used by the Romans. Cotton and linen weaving, notably at Flers (g.v.) and La FertéMacé (pop. 3,775), forms the staple industry of Orne. Alencon and Vimoutiers make linen and canvas. Vimoutiers has bleacheries, which, with dye-works, are found in the textile centres. At Alencon only a little of the lace which takes its name from the town is still made. There are foundries and wire-works in the department, and articles in copper, zinc and lead are manufactured. Pins, needles, wire and hardware are produced at Laigle (pop. 4,624), and hardware also at Tinchebray. There are glass-works, paper-
mills, tanneries (the waters of the Orne being reputed to give a special quality to the leather), and glove-works. Coal, raw cotton, metals and machinery are imported. The exports include woven and metal manufacture, live stock and farm produce. The department is served by the Ouest-Etat railway. There are two arrondissements, with Alençon, the capital, and Argentan, as their chief towns, 36 cantons and 513 communes. The department forms the diocese of Sées (province of Rouen) and part of
ORNITHOLOGY
EARLY WRITINGS]
the académie (educational division) of Caen, and the region of the IV. army corps; its court of appeal is at Caen.
ORNITHOLOGY is the science of birds. We begin with the records of birds made by Aurignacian man during the last glacial
epoch of the Ice age in France and Spain—paintings on the walls of caves, or figures or incisions carved on bits of horn, bone or
stone. The birds that have been identified thus far from this remote Palaeolithic art include the crane, duck, goose, grouse, owl, partridge and swan. In the more recent Neolithic period, outlines of birds are more common, so that in the cave at Tajo
917
seded by a more modern grouping based on structural characters. Linnaeus, the founder of the modern system of scientific names used in systematic zoology, began publication of his Systema Naturae in 1735. His attempt was to be terse and concise, and in 1758, in the roth edition of bis work, he proposed that each species be designated by two names, the first of generic significance applying in most cases to a number of somewhat similar allied forms, and the second specific in nature and used in con-
nection with the genus name for the species in question alone. (See ZOOLOGICAL NOMENCLATURE.) In recent years, sub-species,
Segura, in the province of Cadiz, southern Spain, Col. Willoughby Verner has found figures of 12 species of birds, the great bustard, crane, duck, goose, raven, spoonbill, flamingo, purple gallinule, glossy ibis, stork, eagle and marsh harrier. To these archaeologists assign an antiquity of 6~8,000 years. The Palaeolithic designs are much older. From a painting and a statuette of the common fowl from
or geographic races, are designated by a third Latin term or subspecific name. Natural history collections made in connection with the many exploring expeditions of the late r8th and early rọth centuries brought to Europe, particularly to England and France, many
even then kept in captivity, while knowledge of the domesticated pigeon in the same country, according to Canon Tristram, goes back to the sth dynasty, about 3500 B.c. Record of the use of
spirits, or sometimes dried as mummies. At the beginning of the roth century, as travellers increased and interest in natural ob-
Egypt, made about 4400 B.c., it is believed that this bird was
pigeons as carriers of messages is found a little later. In a tomb of the 4th dynasty of about Mariette discovered a fresco fronted geese, whose painted those seen in the two species Early
Writings.—There
3700 B.c., at Meidoum, in Egypt, showing red-breasted and whitecolours are said to be exactly like to-day. are many
incidental
references
to
specimens of birds that greatly broadened knowledge of the ornithology of the world. In early explorations paintings or drawings were made of birds, or specimens were preserved in jects expanded, methods of preparing skins of birds were evolved that led finally to the making of what are known as scientific specimens, where the skin, with the feathers intact, is removed from the bird, leaving only the bones of the skull, wings, feet and base of the tail. The inner surface of the skin is poisoned, usually with arsenic, filled with cotton, tow or other light vegetable substance, and dried after being wrapped or otherwise arranged so that it resembles a dead bird. By means of such preparations it is possible to assemble collections of birds that may be preserved indefinitely for continued study and examination. The growth of such collections and their expansion into
birds in the Bible, those in the Old Testament being of considerable antiquity. The writings of Aristotle (384-322 B.c.), though they do not attempt to give a connected account, include statements (according to Sundevall) that concern about 170 species of birds. He obtained part of his information from still museums, where birds were mounted in natural positions, changed earlier writers whose works are lost. Pliny the elder (d. a.p. 79), completely the style and method of published treatises dealing in his Historia Naturalis, devoted Book X. to birds, taking much with ornithology. To this time these had been mainly accounts from Aristotle. Aelian (d. about A.D. 140) made various notes and descriptions written from hearsay or memory, and involving constant repetition of the writings of previous authors. on birds, compiled in part from older authors. Early Saxon poets mention the gannet and several other birds Such accounts were now in large measure supplanted by detailed of uncertain identity in songs current during the 6th and yth statements regarding specimens secured during voyages, or monocenturies, and during the latter came the first records of falconry, graphs that brought together all available knowledge concerning apparently introduced by the Saxons into Britain. About the genera, families, or larger groups of birds. The art of illustration middle of the 8th century the Epistolae Sancti Bonifacie informs was amplified, and many works contained series of coloured repus that Boniface, archbishop of Mons in Belgium, presented to resentations that delineated the bird under discussion more defiEthelbert, king of Kent, a hawk and two falcons. In the laws of nitely than words. Among early writers of such illustrated works Howel, king of Cambria, supposedly in the roth century, there is or monographs may be mentioned Daubenton, whose Planches statement of the hunting of the pheasant, and allusion to hawk- Enluminées contained 1,008 plates mainly on birds, Le Vaillant ing. Incidental references to hunting with hawks are found in who published on hornbills, cotingas, birds of paradise, and many accounts of the activities of Athelstan, and of Edward the Con- others; Vieillot, who produced an array of volumes that dealt fessor. Aelfric’s Vocabulary, a list of words prepared in the roth with the majority of the known birds of the world; and Temcentury, possibly for educational use, and another of somewhat minck, who wrote on the pigeons and gallinaceous birds. Audubon’s Birds of America, in 4 vols. of elephant folio size, later date, contain names of more than roo birds, while in the Colloquy of Aelfric, a series of dialogues between a master and containing 435 plates, was published in London between 1827 and 1838, and was followed by his Ornithological Biography, in which. his pupils, are references to hunting with and training of hawks. In the writings and manuscripts of the r2th and 13th centuries with the aid of William MacGillivray, he gave accounts of the are many references to hawking, descriptions of decoys in which habits of North American birds. The writings of John Gould, ducks were captured alive, records of heronries, and an account which began in 1832, covered descriptions and beautiful paintings in colour of birds of all parts of the world and included in all of a great flight of crossbills into England in the year 1251. Following the invention of printing, William Turner published more than 40 folio volumes illustrated by upwards of 3,000 plates. Modern Contributions.—After the middle of the roth cenin 1344 a commentary on the birds of Aristotle and Pliny, prepared in accordance with treatment that was the forerunner of tury ornithological publications increased to a point where it is modern methods. This was followed in 1555 by Conrad Gesner’s impossible in brief space to enumerate them. In 1874 there apHistoria Animalium, whose third book dealt with birds and con- peared the first of the great series of volumes comprising the tained many original observations, as the author travelled ex- Catalogue of Birds in the British Museum, begun by R. Bowdler tensively and recorded his impressions first-hand. Pierre Belon, Sharpe, and completed in 27 vols. in 1898 with the assistance whose Histoire de la Nature des Oyseaux appeared also in 1555, of a number of other writers. This, with Sharpe’s Handlist of had considerable knowledge of the anatomy of birds, and seems the Birds of the World, in § vols. (1899 to 1909), has had proto have been the first to correlate the various parts of the avian found influence. In America increase of knowledge in ornithology subsequent skeleton with those of man’s. In the joint observations of Francis Willughby and John Ray, to Audubon and Wilson (who was a contemporary of Audubon published by the latter in 1676, after the death of Willughby, in the study of American birds and published an excellent and there is found a division of all known birds into two great groups painstaking account of them) came rapidly with the appointof “land-fowl” and “water-fowl,” an arbitrary classification that ment of Spencer Fullerton Baird as assistant-secretary of the has been current to the present generation, though now super- Smithsonian institution. Baird’s early years in this new position
ORNITHOLOGY
918
were coincident with the initiation of the great exploratory surveys, including the Hayden surveys and the survey of the 4oth parallel of latitude, undertaken by the Government to develop the western part of the United States. Baird established the U.S. National Museum as a depository for specimens of all kinds belonging to the American Government, and arranged to send naturalists with the different survey parties, with the result that large collections, particularly of birds and mammals, came to Washington, furnishing the material for many important reports. At the same time Baird initiated the preparation of a complete
review of the birds of America, a project that he had perforce to turn over finally to Robert Ridgway because of increasing administrative duties. The final result has been the publication by the U.S. National Museum since rgor of 8 vols. under the title, Birds of North and Middle America.
Two more volumes are ex-
pected to bring this work to completion. Ornithological Societies——As ornithologists
increased
in
number desire for discussion of their problems grew, to take shape
[BIRD PROTECTION
two countries concerned. The success of this measure has been so pronounced that it has attracted wide attention and will lead to similar measures between other nations.
As human interest in birds spread, there has arisen considerable
feeling against the killing of small birds for food or game. It was realized that insectivorous birds were of benefit to man through their assistance in keeping down the abundance of insects injurious to agriculture, to which was coupled the aesthetic appeal of birds in general, through their beauty of form, colour and note, to the
sympathetic and understanding mind. Use of the feathers of birds in decorative dress has been the custom from remote times, a custom that at the close of the last century culminated in 4 fashion that required the placing of stuffed skins or parts of skins of birds in more or less grotesque attitudes upon women’s hats. The resultant demand for feathers led to the destruction of birds by the hundred thousand. Plume-hunting became a lucrative business, and led to search for strange and beautiful feathers throughout the world. Terns, gulls, herons, birds of paradise, hummingbirds, to say nothing of countless familiar song-birds, were slaughtered to supply an unthinking and somewhat senseless desire for decoration, a course that led to great diminution in numbers in many species of birds. The destruction wrought was
finally in serials devoted to birds alone. Among the early periodicals that continue to-day there may be mentioned especially the Journal fur Ornithologie begun in 1853, the Ibis, founded by the British Ornithologists’ Union in 1859, and the Auk, originated by the American Ornithologists’ Union in 1883. The last men- especially rapid in species that breed in colonies. Herons, terns tioned is a direct continuation of the Bulletia of the Nuttall and grebes, brought together by the paramount instinct for reproOrnithological Club, established by that organization in April duction, were held by their eggs or young to a limited area, and 1876. The Zoological Society of London, especially in its earlier so were easy to kill in large numbers. As this killing entailed the years, has had a profound influence on the development of orni- loss of eggs and the starvation of young, these species suffered to thology through the labours of its prosectors, particularly A. H. such an extent that some almost disappeared as living forms. As Garrod, W. A. Forbes and Frank E. Beddard, and through its understanding of the results of such brutal methods arose, there publications, especially the Proceedings of the Zoological Society resulted a revulsion against this fashion which led to the formation of London, and its precursor the Proceedings of the Committee of of such bird-protective organizations as the Audubon Society that Science and Correspondence of the Zoological Society (1830, etc.). have brought forcibly to public attention the evils of plumeToday, there is an ornithological or similar society in most hunting. This has resulted in a partial change in fashion, and in of the principal countries of the world. At the present time there legislation against plume importation and traffic. It is now genare more than 30 periodicals devoted to various phases of bird erally recognized in England and the United States that bird study alone. Of these the most important to the ornithologist has protection is meritorious, a sentiment spreading rapidly to other been the Zoological Record, published annually since 1864 by the countries so that international conventions have been held to proZoological Society of London. The section devoted to Aves now mote it. annually contains reference to more than 1,000 separate papers. In connection with protective measures it is realized that the Bird Protection.—Another phase of ornithological interest Caucasian race in its present civilization has modified natural that has obtained extended popular support in the past two dec- environments to such an extent that many avian inhabitants of ades is that of the protection of useful or harmless birds. (See our earth are being crowded out of existence. To procure the BIRDS, PROTECTION OF; BIRD SANCTUARIES.) Legislation intended continuance of interesting forms, some for their economic worth to restrict the killing of ducks, grouse and other birds considered and some for thcir aesthetic interest, reservations or sanctuaries as game, began in very early times, indication of recognition of have been formed which birds may frequent without molestation. the propriety of such action being found in the Old Testament In Europe such preserves were made primarily to protect upland (Deuteronomy, xxii., 6-7) where there is a prohibition against game birds, and are thrown open to hunting at the proper season. the killing of a bird on the nest. In the United States reservations have been established to cover In the laws of the Welsh king, Howel of Cambria, about the areas where herons, terns, or similar birds nest and consist of roth century A.D., there are definitions of the various kinds of low coastal islands, or swamp and marsh lands of little monetary hunts, including the hunting of the pheasant. Such penalties as value. Both types of sanctuary are now found in many countries. the loss of both eyes were provided by William, duke of NorThe result of such protection, enforced in most instances by mandy, for peasants who had the temerity to kill game reserved paid wardens, has been to increase the numbers of many birds. for the nobility. Game protection was thus one of the early The egret and snowy heron, at one time reduced from a vast tenets of Anglo-Saxon law, and so came early to the New World, multitude whose breeding colonies were so populous that, from a particularly to the United States, though, unfortunately, it has distance, they appeared like vast white blankets, to a condition not been possible to show clearly the need for rigid protective where it was unusual to see a single individual, have become again measures until the destruction of game had greatly reduced common in extensive areas. Terns have returned to colonies that valuable species of birds. In America protective measures to con- were deserted for years, and the pelican maintains its numbers serve valuable birds antedate the coming of the Caucasian, how- in spite of much unthinking persecution. , ever, since the Inca rulers recognizing the value of the sea birds In the United States there are at the present time 76 bird of the coasts of Peru as producers of fertilizers, forbade anyone reservations under jurisdiction of the Department of Agriculture, under penalty of death to enter or disturb their rookeries during ranging in size from a few acres to several hundred square miles, the breeding season. For many years in America legislation for while light-house reservations, national parks, and similar tracts the protection of game-birds was considered a local matter and under supervision of other governmental departments have also was applied by States or territories individually. It has become been designated as bird preserves. In addition, various States
recognized recently that this procedure, through lack of uni-
formity, did not give proper protection to ducks, geese and other migratory game-birds, which has led finally to assumption by the Federal Government of control over non-sedentary species, and a covenant with Canada known as the Migratory Bird treaty,
arranged in 1916, which provides uniform regulations for the
are now developing the idea of game sanctuaries which are also refuges for birds. Pennsylvania, at the present time, has 88 sanctuaries of this kind, including nearly 73,000 acres. Private sanctuaries also are multiplying and afford much protection; many
have been established as local enterprises by cities, towns, or by groups of private individuals.
ORNITHOLOGY
TYPES OF BIRDS]
Economic Studies.—Early information on the economic value of birds was based largely on field observation of living birds and
many of the data obtained were erroneous.
The method should
919
specialise for existence or progression through the air. Though it 1s common for birds to nest in holes or tunnels in the earth, which, in many cases, are excavated specially for this purpose,
be checked by the stomach examination, as developed largely by
no bird has been able to adapt itself to continuous life under-
the Bureau
ground, probably because its covering of feathers is not designed to withstand the constant abrasion that would take place in burrowing. Also, though many birds frequent the water, none are so wholly adapted to life beneath the surface as the whales. The bird thus has failed to utilize completely the ecological environments that have been available for it—a manifestation of its inferior adaptability compared to the mammal. Birds adapted to a terrestrial existence are found in many widely separated groups, as for example ostriches, bustards, plovers, larks and pipits. Most of these adopt a terrestrial habit to secure food and safety from enemies. They run about on the earth, and though the greater number retain power for flight, often trust to their legs to avoid or escape ordinary pursuit. Most of them show greatest variety in regions of extensive plains, prairies or broad, open downs. The wholly terrestrial forms that have entirely lost the power of flight are comparatively few, and (so
of Biological
Survey, of the U.S. Department
of
Agriculture. In this a series of stomachs of any given species of bird is secured, so far as practicable, at intervals throughout the
year, under as many
varying
conditions
of life as possible.
These contents are examined under a microscope with low magnification, and the different kinds of insects, seeds, bones or other
materials sorted.
There is thus afforded a picture of the actual
food preferences of the species concerned and the status of the
bird is decided on this basis as useful or harmful.
These data
have been of great use in arranging protection for species that
assist in the war on insects injurious to crops, or that are proved to be harmless, since such information offers a certain check
against observations on living birds in the field. (See publications of the Biological
Survey
[g.v.] of the U.S.
Department
of
Agriculture.) With few exceptions, the destruction of birds as a means of protecting crops, has been found to be an unsound olicy.
: Aviculture.—Aviculture (see Aviary), or the keeping of birds
far as Continental areas are concerned) are birds of considerable size and strength. Among living forms they include the ostriches
alive, goes back to a remote period, of unknown date, when prim-
of Africa, which extend into Eurasia as far as southern
itive man brought young birds of various kinds to his rude domi-
the cassowaries of New Guinea and adjacent areas, the emus of Australia, the kiwis of New Zealand and the rheas of South America. These birds, though united by certain peculiarities, differ widely from one another, and seem to represent ancient types of bird that were formerly more abundant, as a number of fossil forms are known. It will be noted that large flightless birds exist in modern times in all of the continents except North America, where they have not been represented since the Eocene. The kiwis (Apteryx) of New Zealand, the queerest and most unbirdlike of living birds, are nocturnal and have different habits from the other species mentioned. They have long bills with the nostrils at the extreme tip, and move about by using the bill to test the ground before them as a blind man uses a cane, noting their surroundings partly by touch and partly by smell. On casual examination they seem to have no wings, but on investigation the wing is found concealed beneath the feathers, a tiny structure, a little more than 3 in. long when fully extended, and entirely without flying function, as the bird is heavier than an ordinary fowl. The cassowaries, like the kiwis, inhabit forest areas, but are far less peculiar. The wings are small, with heavy, naked quills nearly concealed beneath the long, hair-like feathers, and there is a curious casque on the head. It is said that the bird uses both casque and wing-quills to fend off entangling vines in. travelling through the jungle. Ostriches and rheas have larger wings and may extend them while running, but are wholly without power of flight. In all these birds the body is heavy and the legs are large and strong. With those fleetest in running there is a tendency to reduction in the number of toes, so that the rhea has three and the ostrich only two. That these birds have come from flying ancestors is apparently indicated by the wing, which, while small and weak, has the bones formed as in flying species. All the species discussed have the external surface of the breast bone smooth without the great keel so characteristic of the flying birds, there being no necessity for such attachment, as in flightless birds the muscles usually concerned in flying have little development. There is another type of terrestrial bird that has developed more recently than those just discussed, found mainly on oceanic islands. This includes various species of flightless rails, and some other birds that have lived under conditions in which they had no enemies from whom it has been necessary to escape by flying, so that through disuse the power of flight has been lessened until, finally, the birds are not able to rise from the ground, though the wing retains the same form encountered in flying birds and the breast bone still has a keel, though this may be
cile, partly through curiosity and partly to use as food. Parrots are mentioned by Ctesias, a Greek writer, a century before the time of Aristotle, as birds that spoke the language of man, and that a little later the Romans are known to have kept them in ornate, silver-wired cages of tortoise-shell and ivory. The domestication of falcons for hunting is recorded in Persia as early aS 1700 B.C., and is said to have antedated that period in China.
Falconry (g.v.) is believed to have spread to Europe as
early as three centuries before the Christian era. In America the Pueblo Indians of New Mexico and Arizona held the turkey (Meleagris gallopavo) in captivity at least 1,000 years ago, and probably at a much earlier period, not for use as food, but for the feathers, which were plucked from the living bird and burned in prayer offerings to propitiate Deity. The accumulations of turkey bones in a number of pueblo ruins indicate the numbers maintained. The original canary (Serinus serinus canarius) is believed to have come from the Canary islands, but in its original grey, olivegreen and yellowish plumage, with sides and flanks streaked with
dusky, is so similar to the serin finch (Serinus serinus serinus) of southern Europe that it is probable that both these closelyrelated geographic races have furnished the stock from which have come our modern birds. Canaries were known in a domesticated state at the close of the r4th century, though they seem at that time to have been rare, as Gesner, in 1555, mentions that he had never seen one. Variation in colour among them began early, as partly yellow canaries were known at Nuremberg in 1614, and in 1677 pure yellow canaries as well as white ones were recorded at Augsburg. There are now at least 14 distinct strains and numerous varieties. Modern interest in ca-
naries is shown by the fact that from rg05 to 1914 more than 3,250,000
were imported into the United
States, mainly from
Germany and England. There are many societies of canary breeders and several journals that deal their needs. The keeping in captivity of exotic birds of all kinds originally was the field of zoological gardens, but has engaged the attention of many individuals, and in the past 25 years has gained greatly in vogue, particularly in western Europe and in the United States. Aviaries have been brought to a high state of perfection, and the requirements of many delicate species of birds studied with the utmost care to permit success in their breeding and rearing in confinement, the highest goal of achievement of the bird fancier. Among journals dealing with the pursuit is the Avicultural Magazine. TYPES
OF LIVING
BIRDS
Mammals have specialised for life on land (as the deer and mouse), in water (as the whale), in the air (as the bat), for night life (as the lemur), and in the earth (as the mole). But birds
Persia,
greatly reduced in size. The weka rails of New Zealand are the most striking living examples of this group; they are nearly as large as a fowl, and run with great ease and rapidity. Some other flightless rails are much smaller, for example the Laysan
[BIRD DISTRIBUTION
ORNITHOLOGY
920
rail (Porzanula palmeri), of Laysan island in the Hawaiian islands, which is not much larger than a newly-hatched chicken. In running fast this bird extends its wings and flaps them rapidly, but is unable to rise from the ground.
Many other insular birds
show a tendency to degeneration of the wing but can still fly. Among birds adapted to life in the water the penguins are preeminent. These include about 17 species found in southern seas, ranging in size from the great emperor penguin (Aptenodytes forstert), which is 48 in. long and weighs up to 78 lb., to the little blue penguin (Eudyptula minor) of New Zealand and the Chatham islands, which is only 16 in. in length. Penguins have thick, heavy bodies, more or less elongated, and are covered uniformly with dense, short feathers, without the bare spaces or apteria that in other birds divide the feather-growths into distinct tracts. The wing is a short, broad paddle, without developed quills, the feathers being close-set and stiff, almost like the scales of a reptile. In the water the penguin rests comparatively low. Beneath the surface it progresses literally by flying, the flattened wings driving the bird through its aquatic medium swiftly and gracefully, while the feet are extended behind and serve as a rudder. Penguins have possessed their present type of body since early Tertiary times; but they came originally from a flying stock. Other types of birds developed for life in the water include loons or divers and grebes, whose progress beneath the surface is accomplished, usually, by the use of the broad feet alone, the wings being held close to the sides, except when the birds are frightened or under other unusual circumstances. The downy young dive, by use of both wings and feet, indicating that flying under water is a primitive method. The many species of auks and guillemots use the wings beneath the surface as in the air above. The cormorant and the snake-bird progress by use of feet alone. Mergansers, scaups, redheads, pochards and golden-eyes among ducks dive regularly with the feet alone, while in the same group old squaws, scoters and eiders as regularly use both wings and feet beneath the surface. The curious diving petrels (Pelecanoides) of the southern hemisphere fly swiftly beneath the water, and may burst out through the surface in full flight. Birds adapted for life at night are fairly numerous, and are typified especially by members of the nightjar and owl families, though specialized forms occur among a number of other families. Most nocturnal birds have large eyes that usually reflect light with a prominent reddish colour so that the eyes of many nightjars glow like dull coals of fire by the reflected light of an electric torch, and may be seen for a considerable distance. One of the
American night-hawks (Chordeiles acutipennis) is an exception, as the eye is said to shine with a pale green hue. Most nocturnal birds actually see at night by a specialized eye adapted to collect the faintest rays of light. Only the kiwis (Apteryx) among habitually nocturnal species appear wholly blind. GEOGRAPHIC
DISTRIBUTION
The laws governing geographic distribution (see DISTRIBUTION OF ANIMALS; ZOOLOGICAL DisTRIBUTION), through which each faunal area has its own peculiar forms, apply to birds as to all
other animals, in spite of the easy method of travel possible for the bird. Very few birds are cosmopolitan. As an example may be mentioned the sanderling (Crocethia alba) that at some season may be found along water almost anywhere on the Earth, but that nests only in the Arctic regions, passing southward in migration throughout the world, to return in spring to its breeding area. The barn owl (Tyto), resident through wide areas in the temperate and tropical regions of the earth so that it reaches all the continents, has reacted to its environment in such a way that 25 geographic forms, some sufficiently distinct to be called species, are now recognized. In contrast to this, many species are confined within very narrow limits, as the very distinct Laysan teal (Anas laysanensis), found only about the shores of one small lagoon in Laysan islands in the Hawaiian Bird Reservation, where it has a range of only about 1 sq. mile. Every continent has its peculiar forms of life, so that the earth’s surface has been divided into great regions, each charac-
terized by certain groups or by the lack of some found elsewhere According to a usually accepted classification, these are given the
following names: Nearctic region, for North America south tg include the Mexican tableland; Neotropical region, for southern Mexico, Central and South America, and the West Indies: Palae. arctic region for Europe, Algeria and Morocco, and Asia north of the Himalayas
and the Gobi desert;
Ethiopian
region, for the
remainder of Africa; Oriental region, for India, Indo-China, China the Philippine islands, and the East Indian islands to, and including, Bali; Australian region, for Australia, and the Pacific islands south of the Tropic of Cancer; and New Zealand region, for New
Zealand. The life of the northern hemisphere is so evidently allied that what are here designated Nearctic and Palaearctic regions are frequently united under the term Holarctic, a vast area that extends throughout the entire north temperate and Arctic area. These great regions, which cover continents, are divided into life-zones, where temperature and certain other general conditions control the distribution of species within narrower limits. The life-zones are more sharply delimited in temperate regions than in tropical and sub-tropical areas, and to some extent are more easily distinguished in the northern hemisphere than in the southern, They change with difference in altitude on the slopes of mountains, as they do with difference in latitude in travelling north or south, and are most easily perceived on the slopes of steep mountains, where the successive zonal bands may be compared without great
difficulty. Life-zones to the present time have been most intensively studied in North America. By the student the life-zone js
further divided into faunas, where conditions imposed by rain-
fall, geological formation and similar factors produce sections characterized by aggregations of species or sub-species. Birds, in general, have attained a vast distribution over the surface of the globe because of their ability in flight and their specialization for life on both land and water. As a result of this versatility and adaptability some form of bird is found at some season everywhere over the world, except perhaps in the centre of the great unexplored Antarctic continent. Broad areas of the sea, away from the great ocean currents that flow like rivers through this aquatic medium, may appear birdless for days and
weeks, but are crossed at certain seasons by some of the petrels in their wanderings. The seas and lands within the Arctic Circle are visited by many birds, some of which, as the raven and snow bunting, nest far north in Greenland, and some, as ducks and gulls, in summer traverse the solitudes of the north polar sea. As individuals, birds may be tremendously abundant in temperate regions, but it is within the Tropics that the greatest variety of forms occur within small limit’. The largest aggregations are found in regions of diversified topography, where the life-zones change within a comparatively few miles from tropical to alpine. The greatest number of forms at present recorded from a limited area is that reported by Dr. Frank M. Chapman from Ecuador, where within approximately 75,000 sq.m., an area less in extent than Great Britain, there are at present known 1,508 forms of birds, and it is said that this list is far from complete.
THE AVIAN LIFE-CYCLE The circle of annual activities of any bird, in general, includes a period for nesting, the rearing of the young to maturity, anda subsequent resting time when a moult occurs to renew the cover-
ing of feathers. With many birds there is included in this pro-
gramme a migration or journey to some other region, and a subsequent return to the native area at the coming of a new breeding period. The cycle of activities thus corresponds to the seasonal
round of the year, as the necessities of the bird are influenced by climatic conditions, which change from month to month, except
in limited areas in the Tropics, and even there the life of birds is influenced to a greater extent than might be imagined through the incidence of wet or dry seasons. REPRODUCTION
With the approach of the breeding season there is instituted at once a conflict, active or passive, as the case may be, between
males of the same kind for a breeding area in which, later, the
REPRODUCTION]
ORNITHOLOGY
nest will be located. (See also Bird, Reproductive Habits.) Each
QO2l
and protects this tract against encroachment by others that may be considered rivals. In the case of gregarious species, like the
breeding grounds, and continuing until the young are grown. In the Laysan albatross (Diomedea immutabilis) of the Leeward islands of Hawaii, the display begins with two birds approaching with quick bows, shaking their heads rapidly from side to side, raising the wing to preen the feathers beneath, and finally throw-
sooty tern (Sterna fuscata) that nests in great colonies on islands
ing the head and neck fully erect, with the bill pointing perpen-
in the sea, the nesting territory for each pair may be only a yard square, or even less, being a space in which the egg may be located, so that the incubating bird and her mate, on guard beside her, cannot quite reach the adjacent pair with whom, and with any others that intrude, they spar and fight on the slightest provocation. The male red-winged blackbird (Agelaius phoeniceus) of
dicularly to the sky, while both birds emit a hollow groan. This action is of daily occurrence when the birds are on land, from October to May, and is participated in by mates or neighbours. It has thus developed into an interesting racial custom. As an example of the third type of display there may be mentioned the courtship of the phalaropes, in which the female has brighter plumage than the male, and takes much of the initiative. In Wilson’s phalarope (Phalaropus tricolor) both birds bow and
male selects some
section suited to nesting needs and remains
within or near it until a mate appears, if he is not already mated,
North America, also gregarious, selects an area of marsh or swamp, with his neighbours situated at a distance of a few feet or a few yards, and remains on guard, forbidding entrance of another male in that limited space. Solitary species hold larger areas, so that a red-eyed vireo (Vireo virescens) may hold a clump of three or four trees, or a blackbird (Turdus merula) may preempt a small section, including thickets, trees and open ground.
Possession of such a breeding ground at the beginning of the nesting season is a paramount passion with each male, and to retain possession he will battle fiercely, even until death, with any others of his kind that may attempt definitely to locate within what have been selected as his limits. Under this urge, sanguinary combats are not unusual among species whose individuals live for the rest of the year wholly at peace with their kind. Mating.—At the mating season the male bird resorts to a variety of artifices to attract attention on the part of the female, and to arouse her interest to the end that a nest be established. (See also COURTSHIP OF ANIMALS; SELECTION, SEXUAL; BIRD, Reproductive Habits.) Among perching birds this is first indicated by song (g.v.), by which the male not only gives expression to the pleasant sensations of merely living, but also, when established on his breeding ground, gives notice to rivals of his presence as a guard over his territory and notice to females that he is in search of a mate. The song may range from the polished effort of an expert, like many thrushes, the nightingale, or the mockingbird, to sounds that, to some human ears, may be merely disagreeable noise, as the chatter of the house sparrow, or the strange music of the plant-cutter of South America (Phytotoma rutila), whose song is a curious squeaking that resembles exactly the rubbing produced by tree-limbs touching in the wind. The rhea booms, the hawk screams and the owl hoots, each producing music in the estimation of others of its kind. Actual mating may be accompanied by a great variety of strange and unusual actions which the male alone, both sexes, or more rarely the female alone, may undertake (see COURTSHIP OF ANIMALS). The male ruffed grouse (Bonasa umbellus), of North America, selects a stand on some sheltered log or stump, to which he resorts each day to “drum,” a resonant love-call for which he draws himself fully erect and begins a steady beat of his short, stiffly-feathered wings. The action of these against the air between wing and body is so strong and abrupt that a dull thumping sound is produced, at first slowly, and then with increasing rapidity, until the sound comes as a steady, pulsating roar. The display of the peacock, in which the long, ornamented upper tailcoverts (mistaken by many for the tail, which is short, stiff and dull in colour, entirely concealed beneath the longer feathers) are erected and fully spread, to be shaken finally with a dry rattle as the male faces the apparently indifferent female, is another wellknown example of activity on the part of the male alone. The great crested grebe has been found by Julian Huxley to have a complicated courtship-display in which both sexes participate. A pair approach, facing one another with head wagging from side to side, then raise one wing and preen the feathers beneath, an action varied in many ways to culminate finally in a weird “dance” in which the pair rise erect, treading water, and remain bolt upright with breasts nearly touching for a brief space. In some species of albatross mutual courtship-displays have progressed to a point where they have far exceeded mere mating antics, and have become social customs that continue through a period of months, beginning with the arrival of the birds on the
nod, but in the culmination of this action the male flees with one,
or sometimes two, females in close pursuit. The site for the nest that is to contain the eggs is sometimes chosen by the female, sometimes indicated by the male, though the female may exhibit certain supposed prerogatives of her sex in such matters by modifying considerably the original plans proposed by her mate. The male house sparrow (Passer domesticus) selects some hollow suitable for a nest, and rests beside the entrance, calling and chattering until a female comes to inspect the premises. If these appear suitable, nest-construction may proceed. With birds that nest in trees or bushes, or on the ground, where
there is greater latitude of site, various locations may be examined before definite selection is made, both male and female apparently exhibiting directive impulse in choice. When suitable sites are numerous it is probable that final selection comes frequently through the chance that directs the placing of the first nestingmaterial when the courtship shall have proceeded to the point of actual nest construction. In some instances, where numerous sites all exactly alike are available, as where barn swallows (Hirundo) make their nests of mud on the rafters of a building, there is often confusion, so that birds may carry pellets of mud to a dozen rafters until, finally, one of the several foundations assumes more importance in their eyes than the others and a nest is brought to completion. In such species as the rubythroated hummingbird (Archilochus colubris) and prairie-hen (Tympanuchus americanus), where mating takes place at a point away from the nest and the male does not visit the nest-site, selection of a suitable spot rests entirely with the female. With most birds mating is temporary, and may be for the period of a single brood, or, where two or more families are reared, for one nesting season. Some interesting information has been secured recently on this subject through marking birds with numbered bands which serve to distinguish such individuals from others of their kind. Experiments made by S. P. Baldwin on the house wren (Troglodytes aédon) in Ohio have been particularly instructive. In these studies one male house wren was found mated with three different birds in three successive years, and this same individual mated with two different mates for first and second broods during one season. Another wren mated with one companion for one brood, and in the following year took a new mate, with which it was found in the year succeeding. This shifting in the mating relation is not due to the death of one of the birds. Though the majority of birds associate in pairs only during the nesting season there are some exceptions to this. The white-
breasted nuthatch (Sitta carolinensis) of North America is found so invariably in pairs that when one appears alone the assumption is that something has killed its mate. Cardinal grosbeaks (Cardinalis cardinalis) also are usually found in pairs throughout the year. It is commonly stated that some birds, as eagles, mate for life, but this remains to be definitely proven. Polygamy is practised by numbers of birds, particularly among the pheasant-like species. The males of the capercaillie (Tetrao urogallus), black grouse (Lyrurus tetrix) and wild turkey (Meleagris gallopavo) regularly take several mates, though the bobwhite
(Colinus virginianus), a related species, is monogamous.
Poly-
andry has been alleged for a number of species but needs verification as to regular occurrence since one of the forms concerned, the cowbird (Molothrus ater), where the female has been said to
922
ORNITHOLOGY
mate with several males, has recently been found regularly as is normal in small birds.
to pair as
Nests.—The nests of birds (see Nests) exhibit a wide range
in form and many have wonderful features.
The skimmer (Rynchops nigra) and the least tern (Sterna antillarum) excavate a slight hollow in sand or gravel to contain the eggs. The American avocet (Recurvirostra americana) may line a slight depression near the water’s edge with a few bits of weed stem, and there deposit its four eggs. Subsequently, should the
[EGGS
pendola nests in colonies, but nests of the orioles, as the Baltimore oriole (Icterus galbula) which also constructs a purse-shaped nest
from 8 to 10 in. in length, are found alone.
The nests of the
social weaver-finches 6f southern Africa are among the most re.
markable structures known in the bird world. These birds are gre.
garious and, in company, accumulate masses of grass in trees to form a roof, under which each pair of birds has its separate Cubicle, lined warmly with feathers. From 20 to 300 pairs may inhabit a single structure, which grows in size as it is inhabited year after
waters increase in freshet the avocet hustles about gathering grass, year, until it may contain several wagon-loads of material. Among other curious nests there may be mentioned those of bits of wood, feathers, small bones and weeds to raise its treasures | above the flood, so that where necessity arose, these birds have the edible-nest swiftlets of the Indian, Australian, and South been known to erect piles of rubbish a foot in height. If the Pacific areas, that are cupped platforms, composed of a coagulated waters subsequently subside these elevated nests become con- mucus secreted by the mouth-glands of the birds, placed on the walls of caves. These are gathered commercially and form the spicuous structures, but are not removed. Some ground-nesting birds regularly conceal their eggs in holes. basis for a soup highly prized by the Chinese. The American The Manx shearwater (Puffinus puffinus) digs burrows in loose chimney swift (Chaetura pelagica) makes a nest of twigs, soil, and makes its nest at the end of the tunnel. There may be cemented together by mucus from the mouth, to make atiny variation in method in one species, however, as the wedge-tailed basket. In early times these nests were placed on the inside of shearwater (Puffinus pacificus) of the Pacific islands ordinarily| hollow tree-trunks, but with the advent of the Caucasian race excavates a hole for nesting, but on rocky islands, where there is : and the building of houses, hollow trees have been forsaken for little soil, may deposit its egg on the ground, under bushes, or| chimneys. of the even in the open. The little auk or dovekie (Alle alle) searches | Nest-building with most birds seems to be usually the duty out a crevice or shelter beneath boulders, often on talus slopes female. The male may assist by bringing material and may lay where rock fragments are piled in great confusion. The belted it on the nest, but it is mainly arranged by the female. In many kingfisher (Streptoceryle alcyon) digs a tunnel on the face of species the entire work deyolves upon the female. a steep bank and lays its eggs at the end, gradually building up a EGGS mass of fish bones from regurgitated pellets for a nest.
Concealment is sought also by some tree-nesting birds. The In birds, as in all other vertebrates, the gonads are paired scops owl (Otus scops) of Europe, and the screech owl (Otus organs on the dorsal wall of the body-cavity. In most birds the asio) of North America, seek hollows in trees, where the eggs are | right ovary disappears early in life, leaving only the left to grow placed without nest lining of any kind. Woodpeckers excavate: and mature. This rule, though usual, is not invariable, since in special chambers in the trunks of trees, placing their eggs on an. many hawks, particularly the harriers (Circus), and the small birdaccumulation of chips at the bottom. Though dead trunks are| eating forms (Accipiter) usually, but not invariably, we find both usually chosen, the yellow-bellied woodpecker (Sphyrapicus| ovaries present and functional. The ovum, or yolk, in birds is a varius) frequently drills its home in a living hardwood tree, and relatively enormous cell which passes from the ovary into the the Porto Rican woodpecker (Melanerpes portoricensis) may mouth of a convoluted tube, the oviduct. As the yolk moves nest in a living palm irunk. | down the oviduct it receives first a deposit of gelatinous albumen, Nests of many herons, e.g., the night-heron (Nycticorax nycti- the “white,” next a membranous sheath, and then is enclosed in corax), are placed in trees, and are flat structures of twigs and a hard, calcareous shell, and is deposited as an egg (q.v.). sticks that form a mere platform, so loosely built that the eggs | Eggs are ordinarily oval in shape, though this is not invariable, may often be seen from below. Among larger nests there is every as the eggs of swifts are usually elliptical, and those of owls are variation from this type to that of the osprey (Pandion haliaétus) nearly round. Eggs of birds that breed on rock ledges without to which material may be added year after year until the mass | constructing nests are much pointed, which allows them to roll is 8 or ro ft. in diameter and makes a cartload in bulk. about in a relatively small circle and so lessens the danger of a Among smaller birds, the tree nest is usually a simple cup that fall over the edge. Eggs of many shore-hirds, which are relatively has a foundation of rough material on which the nest proper of ' large in relation to the size of the birds, are also strongly pointed, finer material rests; the lining is made of soft substances, as rool- which permits them to pack closely with the pointed ends toward lets or plant downs. The blackbird (Turdus merula) and the the centre, thus bringing the whole into a compass that permits the American robin (Turdus migratorius) line their nests with cups parent to cover them. of mud, within which are placed soft grasses. Many birds place | Eggs of owls, kingfishers and woodpeckers, which are laid nests of grasses and rootlets under herbage or in thickets on the usually in holes or cavities (though some owls occupy open ground. For protection, many tree-nesting birds build homes with nests) are white, and whitish eggs are found in grebes, albatrosses arched tops that wholly conceal the eggs. There is a great group and pelrels. Most eggs have, however, a coloured shell, or spots of birds in South America, the so-called tracheophones, many of and blotches of colour spread over a lighter background. Where whose species have this habit. Conspicuous among them in the there is a pattern of markings present there is usually a wrealh Argentine is the lefiatero, or firewood-gatherer (Anumbius an- of heavy colour about the large end of the eggs. Herons’ eggs are numbi), that gathers a quantity of thorny twigs to form a pale blue or bluish-green, and plain green or blue eggs are found spherical mass, within which is placed the nest proper, reached' in various perching birds. The tinamous of the New World, a by a runway, the whole so firmly constructed that the eggs inside primitive group, have very striking eggs, with smooth and highly may be reached only with difficulty. These nests are durable polished shells, varying from green or pink to deep brown, their and last for several years, until the materials composing them lustre suggesting porcelain. The egg-shells are penctrated by pores which usually cannot be decay. The oven-birds (Furnarius) in this group construct rounded masses of mud, with an entrance at one side, the walls seen, except under a lens, but that in some eggs, as those of the being an inch or more in thickness, and so built that they will ostrich, are easily visible to the unaided eye. Evaporation takes | place through these openings, so that the egg loses steadily in withstand the beating of heavy rains without damage. Many of the troupial family (Zcteridae) make purse-like nests weight during the incubation period. that are suspended in the tops of trees. The nest of the oropenThe number of eggs produced annually varies widely in different dola (Gymnostinops montezuma) of Central America may be 5 groups, being adjusted to the requirements of each species, to ft. in length, suspended by the upper end, below which is located enable maintenance of its normal numbers. The migratory species the entrance which leads through a long, constricted neck to the that covers a considerable range encounters more dangers than one expanded lower part, where the nest proper is placed. The oro- that is sedentary and, therefore, must produce more of its kind.
ORNITHOLOGY
EGGS]
This statement, however, has many exceptions. Migratory wild ducks lay from five to 12 eggs, while the bobwhite, which is sedentary, may have as many as 21, though usually not more than a dozen. Among small birds, on the average more eggs are de-
posited annually by the migratory species of the temperate zones
than by the sedentary forms of the Tropics. On the other hand, the non-migratory titmice and wrens lay many more eggs than the
migratory warblers (Sylviidae). Most perching birds of temperate regions have from three to five eggs, rarely six, in a setting, but may nest two or three times each season.
Most sand-
pipers deposit four eggs, though in some the number is reduced to three. Many gulls, hummingbirds, loons, and some species of
pigeons have two eggs regularly.
Other kinds of pigeons, with
auks, petrels and albatrosses, lay but one egg.
Boobies lay two
eggs, but never seem to rear more than one young. Adjustment of birds to their environment as regards the number of eggs deposited, to ensure continuance of each species, was made
before the rise of man, who has been an active factor in the life of the earth for a relatively brief period compared to other animals.
In some
cases, where man has kept in check enemies of
birds, these species have increased. In other instances, where man has been an active enemy, he has brought about reduction in numbers or actual extermination, because the birds concerned had become adjusted to a certain annual drain on their numbers from natural enemies and were unable to change to counteract added destruction by man. The great auk laid only one egg, and as it
nested in colonies was quickly exterminated. The passenger pigeon of North America, which existed in colonial days in innumerable hosts, also produced but one young each season, which did not enable it to withstand the drain of hunting, so that it has become extinct. Usually, only those birds which rear a number of yoùng each year can be maintained as game, and these must have protective regulation to enable them to hold their own. Incubation.—After the egg is deposited it requires a certain definite temperature to develop to the point of hatching. This is normally accomplished by incubation on the part of one of the parents, usually the female, a period during which the bird remains closely on the nest, except for brief intervals required for a hasty search for food. The eggs are warmed by being brought into close contact with the breast and abdomen of the brooding bird, there being usually a sloughing of down and other feathers over a part of this area, to permit close contact between the skin and the eggs, and at the same time an increase in the blood supply to the skin, to bring a more even heat to bear. The actual degree of heat required to develop the embryo in the egg is known for only a few forms of birds. In the case of the domestic fowl the average incubation temperature is about 103° F. In charts published by Baldwin and Kendeigh, showing by use of a thermo-couple fluctuating temperature in the nest of a house-wren (Troglodytes aëdon), the incubating temperature is shown to vary from 39° to 41° C, or 102° to 106° F, the average being about 104° F. Though, ordinarily, care of the eggs involves their being heated from the body of the incubating bird, in species that nest in the open, in warm climates, where the sun is torrid, brooding may be required to shade the eggs from too powerful sun-rays. The body of the bird here acts as a shelter and an equalizer of heat. Though incubation falls ordinarily to the lot of the female, there are many species in which both sezes alternate in this duty. This is true in the ostrich, various auklets, herons, grebes, petrels, etc. The male rose-breasted grosbeak (Zamelodia ludoviciana) broods devotedly, though in this case his action would seem disadvantageous, as his plumage is strikingly variegated with black and white, and the rose-red spot on his breast often shows above the rim of the nest, while his mate is inconspicuous in a brown, streaked dress. In the phalaropes, the bustard-quails (Turmix), the emu and the rhea the male alone incubates, the female
923
scrapes together a mound of sand and earth, to which a small amount of vegetation is added, durihg the wet season. The mound may be used for a number of consecutive seasons; and mounds 14 ft. in height and 35 ft. in diameter have been discovered. The eggs of one pair of birds are buried in the top of such a mound, and, through heat generated by decomposition of the included vegetation, are maintained at an even temperature of 95° F. The Mallee fowl (Leipoa ocellata) of Australia constructs a much smaller nest by scraping out a hole in the ground 2 ft. wide and 1 ft. deep, with the excavated earth piled up around the opening, so that the whole resembles the crater of a volcano in miniature. The cavity is filled with leaves, twigs and vegetable debris, scraped up by use of wings and feet for yards around. This is left uncovered for four or five months until it is soaked by rains, when decomposition changes it into a hot-bed. A central chamber is excavated in the top at the proper time, and the debris taken out, mixed with sand and returned. In a few days another excavation is made, and an egg placed within it, so that it stands with the small end down. On warm days when the sun shines the birds make a cavity in the top of the mound to catch the rays of warmth. In damp, rainy weather the conical peak of the mound is covered with sticks and rubbish that assist in turning water that might penetrate to the eggs. The temperature about the eggs is maintained from go° to 97° F until they are hatched. During dry seasons, when there is no moisture to promote the necessary decomposition of vegetable material to produce heat, the birds are said not to breed. On the other hand recent researches show that in some species at least there is no generation of heat by decomposition within the nests, and the comparatively low temperature necessary for development is maintained by oxidations within the egg itself. The nesting activities of these curious birds are strongly reminiscent of the breeding-habits of the reptilian group, from which the class of birds as a whole is descended.
The period of incubation varies greatly in different groups, in general, being longer in large birds. The period may be shortened slightly by slight increase in incubation temperature or prolonged somewhat by irregular attention on the part of the parent. The incubation period of the emu is said to range from 56 to 63 days, that of the ostrich is reported as 42 days, the domestic mallard requires four weeks, and the domestic fowl three weeks. Most small perching birds require from 12 to 14 days, with magpies and jays running from 16 to 18 days. The shortest incubation period known is that of the American cowbird (Molothrus ater), whose eggs hatch after 104 days’ incubation. In the gallinaceous birds, e.g., the domestic fowl, and many other species, the nest is used merely to house and incubate the eggs and the young, which are born covered with down, and follow the mother in search of food as soon as their plumage is dry. In some mound birds the young are hatched with developed wing-quills, so that they are able to fly within half-an-hour of hatching. In most tree-nesting species the young undergo a shorter period of development in the egg, and consequently must remain in the nest under close parental care for a period after hatching. The nest is thus a home during early juvenile development. Food is sought by the parents and brought to the young, and what guard may be possible is maintained against destructive enemies. In hole-nesting species like the hoopoes and woodpeckers there is indifference to nest sanitation, as immunity against dangerous bacteria that multiply actively when heat and moisture are available has apparently been developed. Such nests become extremely foul as the period of occupancy progresses. Hawks, herons and numerous others, even when very young, instinctively void their excrement beyond the nest, so that such unsanitary condition is obviated. In most of the smaller perching birds the excrement of the young is of such a consistency that it maintains a globular form and is removed from the nest by the parent. In taking no part in this duty. It is believed that this also obtains in a few finches, as the American goldfinch and crossbills, the excreta are voided by the young about the margin of the nest and other shore-birds. The megapodes or mound-builders (Megapodidae), found from are not removed. In most birds the young remain with the parents for a time after the Nicobars and Philippine islands to Australia, carry on no Incubation whatever. For example, the scrub-fowl (Megapodius leaving the nest, and gradually become self-reliant, so that they duperryi), of Northern Territory and Queensland in Australia, procure their own food, At this stage family parties usually
924
ORNITHOLOGY
separate as the young drift away from their parents, or the adults tire of importunate begging for food on the part of progeny able to procure their own sustenance, and so either drive the young away or themselves leave. When the young learn early to search for food they may remain in bands with their parents. Parasitism.—Breeding parasitism is found in several groups of birds in which no nest is built, the eggs being deposited with those of other birds and left entirely to the foster-parent for care. The European cuckoo (Cuculus canorus) has long been known to have such habits. The female places a single egg in the nest of some bird, usually a species of small size, ordinarily choosing a nest in which the eggs are fresh, and removing one of the rightful set when leaving her own (see Cuckoo.) Although about roo species of birds have been recorded as parasitized, ordinarily each female cuckoo places her eggs in the nests of one particular species of bird. Each female cuckoo is supposed to lay from five to 16 eggs during the season. There is argument as to whether the cuckoo deposits her egg directly in the nest of the fosterer or whether she extrudes the egg elsewhere and carries it in her throat to the nest chosen. The former is certainly the more usual. An egg of the fosterparent is almost invariably removed and eaten by the cuckoo after she has deposited her own. The process of placing the egg requires only a few seconds, and then the bird leaves at once, which renders definite observation difficult. The young cuckoo’s back is hypersensitive to touch, has a spasmodic reaction when it comes in contact with objects other than the nest; aided by a curious depression on the back, the parasite casts out the rightful young, or the eggs until finally it occupies the nest alone. Similar parasitic habits are known for a number of other cuckoos in other parts of the world. Stuart Baker, in discussing parasitism in Indian cuckoos, shows that a number are parasitic on one species or group of species of birds, and that the cuckoo’s egg is specialized to resemble the foster-parent’s rather closely. In some cases one cuckoo may have widely different eggs in different parts of its
range, aS the hawk-cuckoo (Hierococcyx sparveroides), which, when it parasitizes the streaked spider-hunter (Arachnothera magna), lays a dark olive-brown egg like that of the bird parasitized, but that elsewhere foists on the laughing thrushes or allied species a bright blue egg like that of its dupes. Some of the American cowbirds are also parasitic. The common North American cowbird (Molothrus ater) has developed no particular resemblance in egg colour to the egg of the fosterer, except that many of its dupes lay spotted eggs like its own. In South America the bay-winged cowbird (Molothrus badius) cares for its own eggs in a normal manner, but is parasitized by a related species, the screaming cowbird (Molothrus rufo-axillaris), which uses this species alone as foster parent. Parasitism is also known in the rice-grackles (Cassidix orizivora) which lay in the nests of related orilole-like birds. Certain species of weaver-birds (Ploceidae) and the honey-guides (Indicatoridae) of Africa also parasitize other birds. The origin of such habits is obscure. POST-BREEDING
LIFE
The period of reproduction is the most active part of the annual life-cycle of the bird, from a biological standpoint, as it brings in play-instincts and activities different and more complex than those apparent during the remainder of the year. Reproductive activity reaches its climax with the maturity of the young. With these on the wing the individual pair have done their utmost in the perpetuation of their kind, and there ensue a number of months of more restful life, with search for food and escape from enemies as the principal activities. For many species there is immediately a period of moult to renew the feathers, a period during which birds are quiet and sluggish, often seeking haunts where they will be disturbed as little as possible. With the drain on vitality brought by feather-production at an end, there comes a time of greater activity, when old and young seem to attain greater vitality. Moult.—The close of the breeding season finds adult birds with worn feathers, so that most species immediately undergo a moult,
during which the old feathers are dropped and new ones are grown. rhe process is one that, in totality, requires more than a month to
[MIGRATION
complete and progresses in regular routine, varying in sequence
over the body in the different orders. In most species the feathers of the wing are shed and renewed one or two at a time, so that the bird still retains the power of flight. Ducks, geese, flamingos cranes, rails and grebes drop all the wing- and tail-feathers ia
very short time, so that they become flightless for several weeks until new feathers are grown. Penguins shed their feathers jn patches, almost as a lizard drops its old skin. The epidermis of the tarsus and feet is sloughed during the moult, and any ornamental coverings of the beak are dropped at the same time. Young birds have a first plumage, grown during their period of
development, that is replaced by a post-juvenile dress of feathers
that comes when they are fully grown and able to care for them.
selves. In most, the flight-feathers remain until the following year, but in some, as the house sparrow (Passer domesticus), the wing-
and tail-quills are also completely renewed at this first moult. In most adult birds the moult comes immediately after the close of the breeding season, and in temperate regions occurs in late summer. The birds are thus again in full dress when the time for migration arrives, or, if resident, by the approach of cold weather.
Swallows, many shorebirds, and hawks moult during the winter, the two former groups undergoing this process in the winter home after migration.
Most birds have one complete moult annually, which takes place as indicated, at the close of the breeding season. In many, particularly among the perching birds there is another moult, partial
or complete, through which the bird acquires nuptial plumes. In the bobolink (Dolichonyx orizivorus) and the whinchat (Saxicola rubetra), for example, the body plumage is completely changed in late winter and early spring. Many of the sparrow family, as the cirl bunting (Emberiza cirlus) and the Harris’s sparrow (Zonotrichia querula), have a partial moult of the feathers about the head that produces bright plumes for the breeding dress. Change in colour is not necessarily accompanied by moult, as often the tip of a feather may be one colour and the middle portion another. In the throat of the male house sparrow, for example, in autumn and early winter the black throat is obscured by greyish feather tips. As spring arrives the grey tips wear away, so that the black is fully revealed. The most striking change of this type is found in the snow bunting (Plectrophenax nivalis), which is white or light brown above in autumn and winter, but through sloughing of the feather tips becomes entirely black on the back in spring. MIGRATION
Aristotle (384~322 B.c.), the first to discourse connectedly on migration (g.v.), tells in his writings that the crane flies from the steppes of Scythia to the marshlands at the source of the Nile,
south of Egypt. He noted migration also in the swan, land-rail, lesser goose, quail, rock-dove and turtle-dove, though he reports that of the last three a few may linger through the winter in protected localities. The cuckoo disappeared with the rising of the dog-star in July. Pliny, in his Natural History, repeats much that had been said by Aristotle, adding that the European blackbird, starlings and thrushes pass to neighbouring countries, while storks and cranes travel to a great distance. There are scattered refer-
ences to migration in the writings of the middle ages, Olaus Magnus, in 1555, speaking of the migrations of swallows, and
Francis Willughby, in 1768, mentioning various migratory birds. In the succeeding century Gilbert White, Thomas Pennant and George Edwards kept regular records of the arrival and departure
of birds. Interest in the subject was considerable by the opening
of the roth century, and from that observers and the mass of published increased yearly. Superstitious Beliefs.—Though were understood, as these travelled
time forward the number of information on migration has
the migrations of larger birds openly across the spring and
autumn skies, the movement of smaller species, that appeared ot disappeared under cover of night, so that they were: present one
day and gone the next, or vice versa, were present suddenly
after an absence of several months, was the basis of considerable
superstitious belief. It was thought that the smaller species were
too weak to travel far, so that, in 1740, J. G. Gmelin was told by
ORNITHOLOGY
MIGRATION]
the Tatars of Krasnojarsk that each crane carried a corn-crake on its back in its journeys. In southern Europe the peasantry believe to-day that small birds congregate on the shores of the Mediterranean, and as opportunity offers flutter on the backs of storks and cranes who carry them across to Africa. Somewhat more unusual is a belief promulgated in an anonymous tract published in London in 1703 “By a person of Learning and Piety,” entitled in part “An Essay Towards the Probable Solution of this Question. Whence come the Stork and the Turtle, the Crane, and the Swallow, when they Know and Observe the
Appointed Time
of their Coming.”
The author announces a
belief that migratory birds travel to the moon, where they pass the winter, the journey in either direction requiring 60 days to compass, during which the author (who, according to Hugh Gladstone, was Charles Moreton, a minister who in late life removed
to New England), informs us that they required no food, as they travelled in a rarefied ether. Another superstition centring around migration has been the supposed hibernation on the part of some birds, a belief that dates back to early times and has been prevalent both in Europe and America, Aristotle attributed hibernation to the swallow and various other birds, saying that some individuals became torpid, and so passed the winter in the shelter of caves or hollow trees in a state of suspended animation. In later years hibernation was used mainly to explain the disappearance of swifts, swallows and the sora rail. Many and detailed have been the arguments over this matter, and over 200 papers have been written dealing with supposed cases of hibernation. It was related that the sora rail abounded in its favourite marshes, until, overnight, the birds turned into frogs, or sank in the mud, to remain until the following spring. Naturalists with great detail described how swallows gathered on reeds growing in water until their combined weights bent down these slender supports and the birds were submerged in the water. Those to whom this theory did not appeal stated that swallows and swifts hibernated in hollow trees and clefts in rocks, and the finding of birds in such situations in winter was described in great detail in a number of instances, all, however, under some misunderstanding of the circumstances. In short, though hibernation, or its correlate aestivation, is common among
mammals, reptiles, amphibians, and even in fishes, it has never been proved among birds. The frequent coupling of this superstition with swallows may be explained, perhaps, by the fact that these birds in autumn regularly roost at night in marshes, and that during storms many perish to fall into the water and sink into the mud, never, however, to revive. Among other superstitious beliefs mention may be made also of a transmutation theory prevalent among early writers, who supposed that at the approach of winter a bird might be transformed into another species, to remain thus until spring, when it resumed its proper form. Apparently this was first suggested by Aristotle,
who held that the redbreast or robin (of Europe) changed to the redstart. The confusion resulted, apparently, from similarity of form and difference of plumage in two related species, where one disappeared in southward migration about the time that another
arrived from northern regions, thus lending colour to a transmutation argument.
Theories of Origin.—An explanation of migrational move-
ment has been that of seasonal change in food supply. According
to this belief, with the approach of winter in areas remote from the Equator, there is failure of the food supply that causes birds to travel, and as the food supplies remain more constant toward the Tropics, birds move in that direction. When, with the approach of spring, the instinct for reproduction becomes paramount, as the food supplies of the broad equatorial area are not sufficient to support the great host of young birds that will appear, the adults move out again to their summer homes in temperate or boreal regions, where they rear their families. It may be argued against this that
the tropical belt supports the migratory hosts when they have become grown, so that it would seem that these same individuals might obtain sustenance there while in younger stages. An allied theory contends that migration is controlled by cold, from which birds retreat in autumn. Under this hypothesis some
925
have held that birds originated in the north, were driven south by the advance of ice in the Pleistocene, and have returned to the north with the coming of milder climate. Each year now they retreat before the breath of approaching winter, while each spring
a love of birthplace calls them to their natal homes. It must be noted that many birds retreat south early in the season, long before there is climatic necessity for their movement. This, with similar facts, has given rise to the theory that all species of birds have had their origin in the south, and through a natural struggle among individuals have spread to the north, especially for the period when each pair must be bound to a restricted territory for its breeding ground. A somewhat different theory is that of phototropism, which holds that birds move toward the region of greatest light, this bringing a natural ebb and flow of bird life with the changing seasons as the sun moves north and south across the Equator. It is true that the course of migration, in general, follows the advance and retreat of the sun, but it would seem that it is the changing season and not the change in intensity in light itself that affects our bird-life. Through phototropism we may not, for example, explain the migrations of nightjars, which are nocturnal, and which,
therefore, find in darkness the period of their activity. Such birds should find their optimum conditions of life in the equatorial regions, where the hours of the day are divided between daylight and darkness. The nightjar and whippoorwill, to give two well known examples, travel north to breed, and in June in their northern ranges have their hours of activity greatly curtailed through the lengthened period of daylight. A recent theory, supported by some experimental evidence, asserts that the onset of migration is physiologically controlled by the relative length of day and night, as is known to be the case with the flowering of plants. The main difficulty with these and a number of other theories that have been promulgated in connection with migration is that they attempt to explain this great and impelling semi-annual movement by some single factor. When we consider that the known history of the bird in its evolutionary development, from present knowledge goes back through an enormous stretch of time, so vast that it may be noted in figures but is beyond human comprehension, to the fossil species known as Archaeopteryx and Archaeornis of the Jurassic period, it must be recognized that our present day species have had their instincts and habits moulded by many factors, so that it seems reasonable to consider that such a widespread phenomenon as migration may be due to a complex association of a number of powerful causes, some of which may have affected one species and some another, but no one of which may serve to explain the entire phenomenon as it exists at present. We may believe, therefore, that the underlying basis of migration is founded on a combination of a number of causes, and we may look upon the present migratory instinct as an outgrowth of all the complex circumstances that have affected birds during their entire evolution, though it seems evident that the actual routes followed by migratory birds, at least in the northern hemisphere, have been shaped during the climatic changes of the Pleistocene. During breeding-period the bird is restricted closely to the region in which the nest is located, and though some young are free to move about when recently hatched, the parents are, as a rule, confined to one neighbourhood until their offspring may be old enough to require no further care. This close confinement is seen easily in the smaller perching birds that are held within a
very limited range until the young are finally on the wing. When the young are grown the adults may linger to rear other broods, but the young, driven often by antagonism of erstwhile attentive parents, wander away, borne by their newly-developed wings, and though they may not go far, do not usually remain for long in the immediate vicinity of the nest. This is one type of wandering in its simplest form. Somewhat more complex is the condition found in some parts of Australia, where prolonged droughts occur during which water evaporates, vegetation is not developed and the majority of birds disappear. With the incidence of rains the
country again becomes green and birds return. Though both kinds of movement that have been described may appear as vagrancy, yet such impulses need only to become synchronized with seasona
926
ORNITHOLOGY
climatic change to become true migration. Tropical regions offer interesting data in this connection, as
though hundreds of birds found in these areas are strictly sedentary, yet there are some that shift about with changing conditions. Climatic variation within the Tropics is confined mainly to a cycle, in which periods of relatively little precipitation alternate with those of heavy rains. There is thus a seasonal shift that is influenced by changes in the vegetation. Some species of tree or vine come into flower or fruit and immediately there appear tanagers, honey-eaters and other birds hitherto absent to live upon the newly-available food. It is idle to suppose all birds have arisen within either tropical or temperate areas. Birds, as a group, have been in existence for many million years, and during all that period there has been constant unceasing competition between individuals. In virile species individuals have been produced in abundance, and many have necessarily been forced out into new range. Some have reacted to new conditions, or have become modified through some inherent quality, so that they have been changed so greatly that they have finally become species apart from the parent stock, and have
thus set up their own loci for subsequent radiation. The complexity of overlapping ranges under such conditions is easily apparent.
[MIGRATION
need for recuperation or, if accompanied by cold or storm, might prove fatal because of the lowered vitality. By arrival at daybreak it is possible for migrants to rest for a time and then search for food, and so to recuperate that they may continue the follow. ing evening if desired. At the same time there is often detected among these smaller species an indication of continuation of
migratory flight by day, as in feeding they often tend to move ip the general direction towards which the seasonal flight trends,
It was thought formerly that migrants flew at great altitudes above the earth, there being a somewhat hazy notion that rarefied atmosphere in some uncertain way facilitated flight. Modern observations from aeroplanes show, however, that this belief js unfounded, and that the bulk of migrant birds travel at less than
3,000 ft. above the earth. It is unusual to meet with birds above 5,000 ft., though exceptionally aviators have recorded shore-birds at 10,000 and 12,000 feet. In many instances birds pass at very moderate altitudes, particularly above the sea, where they may barely clear the waves. At night, the calls of migrants may be
often heard, apparently only short distances above the trees. There has been much discussion of the method by which birds direct their courses in flights to distant lands, without arrival at definite explanation. Memory of routes previously travelled, some magnetic sense, courses laid by the positions of the heavenly
HOW MIGRATION PROCEEDS bodies, as a mariner directs his navigation, the direction of regular Some students have indicated that the spring and fall migra- winds, telepathy, television and hereditary memory have all had tions correspond to advance to the breeding station and subse- their champions. It may be said that there appears great probaquent retreat therefrom, and indicate correctly that the stimulus bility that young birds of the season, on occasion, migrate southfor this may be a hormone arising from physiological change in ward without the guidance of others that have previously made the gonads. This, however, is merely an activating principle for the journey, that sea-birds return across apparently trackless migration as it exists at the moment, and may not be considered oceans to remote islands where they nest, and that birds have returned to their breeding stations when removed forcibly to the cause through which migration itself has originated. Briefly, migration may be defined as advance and retreat, with waters that they do not ordinarily frequent. This may, perhaps, fluctuation in conditions favourable to each species separately, be explained in the somewhat general terms, by supposition, that which, as each form has its own reaction to its environment, has the birds are directed by some special sense of direction, but must originated from varying causes. The origin of the present day be regarded at present as something of which there is no definite explanation. regular, seasonal movements is thus complex. One of the most interesting facts connected with migration is Methods of Migration.—Migration may take place by day or by night, according to the species. Geese, ducks, cranes and peli- the almost unfailing regularity that accompanies the movements cans crossing the sky, flying abreast or in angular formation, are of birds in the temperate regions. Through records kept over a accepted as portents of changing season throughout the world. long period of years, the average dates of arrival in spring of the Though seen regularly by day, these birds may also migrate by common birds are now known, and it is found that they appear night, as we frequently hear the calls of geese and swans coming with almost uncanny regularity, often on the average day and from darkened skies during the height of their movements. The always within a range of a few days earlier or later. Among small smaller birds travel mainly by night, and descend on us in hordes, birds the seed-eaters generally migrate earlier in spring and later so that frequently we go out in early morning to find fields and in autumn than insect-eaters, as they find their food with greater hedgerows crowded with songsters that were absent the previous readiness, The first arrivals in spring or fall are usually few, and evening. During the proper season, when a full moon rides the it may be days or wecks before the mass of individuals appear. The length of the journeys made by individual birds varies sky in evening, it is possible to detect the forms of these nocturnal travellers silhouetted against the illuminated disk of light as they greatly. Inhabitants of high mountains, In a flight of a mile or pass far above the earth, and occasionally to recognize a feathered two, descend to some warm valley, where they may spend the friend by some peculiarity of form or wing movement. Many winter in comfort, or the migration flight may entail a movement such observations have been made through large telescopes, and to a great distance, as from central Europe to southern Africa. birds may be seen occasionally against the moon through ordinary The Arctic tern is supposed to have the longest migration route field-glasses. It is probable that timid wrens, warblers and spar- known, as it nests in the far north and spends the northern winter rows, that live ordinarily under shelter, feel greater safety in near the shores of the Antarctic continent, with 11,000 m. in an prolonged flights under the protecting cover of darkness. King- air-line separating its northern and southern homes. Incidentally, birds, robins, bluebirds, bluejays and many others however this tern probably enjoys longer hours of daylight than any other living creature, since it lives under the midnight sun in both regularly fly by day. The matter of procurement of food is probably a greater factor northern and southern hemispheres, and only in its travels through than timidity in inducing nocturnal flight. Digestion in birds is the equatorial belt does it meet extended periods of darkness. rapid, so that food must be obtained at regular intervals to main- There are numerous shore-birds, such as the American golden tain the activity especially characteristic of smaller species, whose plover, that nest in the Arctic and spend the northern winter on tiny bodies have necessarily smaller reserves of energy than their the plains of Argentina. Many birds nest in Canada or in the larger brethren. Stomachs of small birds killed at night by striking northern United States and winter in the Gulf States, Mexico, lights or other obstructions are nearly always entirely empty, Central America, the West Indies, or northern South America. which, though an entirely natural thing, in some cases has given Likewise, many pass from northern Europe to Africa, some going rise to belief that the individuals in question were in the throes of as far as Cape Colony. starvation. If tiny migrants flew long distances by day they would There is almost infinite variety in the migration routes and arrive at some distant destination with empty stomachs and de- travels of the many forms of birds, yet in each continent it 1s pleted energies, perhaps almost exhausted, and because of darkness found that there is a tendency to converge in great lanes of migrawould not be able to procure food until the following morning. tion that carry the bulk of individuals, though random birds may Such circumstances would lead to delay in further flights through cross anywhere in the intervening area. The flight-lines often fol-
ORNITHOLOGY
BIRD BANDING]
927
tinued until 1920, when its activities were taken over as part of in directing the flight. The observer interested in bird life who is the work of the Bureau of Biological Survey, U.S. Department of Agriculture. Under Government auspices the work has been located on one of these great air-roads is fortunate. Through prolonged journeys birds encounter constant perils expanded through a co-operative scheme until now more than and dangers, so that many are destroyed. Storms, unfamiliar I,500 persons are engaged in banding birds in the United States coverts, with consequent exposure to the attacks of enemies, and and Canada, and to 1928 approximately 350,000 birds had been wandering from the direct course in crossing broad reaches of banded. Early work was concerned with the marking of young water annually exact a toll of unknown thousands of individuals, birds before they were able to fly, or the casual capture of adult as has been indicated in a previous section. To enable mainte- individuals. In recent years this has changed to the banding, prinnance of their proper number migratory species, therefore, are cipally, of adults captured by a variety of ingenious traps, and
low river valleys or coast-lines, which seem to afford assistance
required to produce a sufficient number of young to permit this toll, and at the same time leave a pair to continue the species at the next breeding season. On the average, the migratory species of the north and south temperate zones produce from three to six eggs in each nesting, four or five being the rule, with from one to three families each season, while the more strictly resident form of the Tropics may produce only two or three eggs and have only one nesting annually. In spite of apparent prolificness the more northern species do not increase inordinately. The song sparrow family, in August, at the close of the breeding season, if there has been no mortality, may have ten or 14 individuals, depending upon whether two or three broods have been reared, yet by next spring does not show any appreciable increase in abundance; so that there has been a tremendous wastage in individual life during the migrations and the intervening winter. In final consideration, it may be said that residents in Europe and North America are often prone to consider migration as something peculiar to birds breeding in the northern hemisphere. It must be noted, however, that in South America, southern Africa, and Australia there are native species that, at the approach of the southern winter, travel north toward the Equator, to return
at the proper season to their breeding-grounds. BIRD BANDING
Until the beginning of the present century the study of migration was carried on by mass-observation, under which records were kept of the first appearance for each species and of its subsequent fluctuations in abundance, the value of the records depending to a certain degree upon the skill and experience of the observer. Much valuable data has thus been assembled, and this method of study is still highly useful. In recent years there have been developed methods in marking individual birds with numbered bands that have added greatly to knowledge of migration, since by this means it is possible to single out the individual bird from the great army of his fellows, and to learn something of the separate flights that make up this mass movement. Sporadic attempts to mark wild birds so that they might be identified began more than 125 years ago, and have ranged from little bells, bits of coloured yarn, marks made with indelible inks or paints on some of the feathers, plain rings of wire or other material, or strips of metal on which were marked scriptural quotations, to the modern scheme of bands of aluminium marked with a serial number and the name and address of the person or organization responsible for them.
The earliest definite record for a banded bird, according to F. C. Lincoln, is that of a heron (Ardea cinerea), captured in Germany in 1710, with metal rings on the leg, one of which had been placed on the bird in Turkey several years before. Sporadic efforts to mark birds have been made at irregular intervals, but nothing of real importance was attempted until 1899, when C. C. Mortensen, of Viborg, Denmark, began systematically to band storks, ducks, starlings and birds of prey. The results obtained were so valuable that soon others took up this study, with the result that at the beginning of the World War approximately 20 distinct banding projects had been initiated in Europe. In America the first birds ringed seemed to have been some common phoebes (Sayornis phoebe), marked by Audubon, when in the nest, with silver wires around the leg, some of them returning the following year to breed in the locality where they had been born. After several persons in America had arranged schemes for the marking of birds the American Bird Banding Association was Organized, in 1909, through the efforts of Dr. L. J. Cole, and con-
then marked and released. Banding in the United States has progressed to a point where there have been organized four regional societies concerned with it. Though hundreds of birds that have been marked are not subsequently detected, enough are recovered to render the work profitable to a high degree. Among ordinary birds from one to four in every hundred banded are later retaken, while among ducks, which are hunted as game, the recovery runs from 12 to 20 in each hundred, a remarkable number. Through the trapping method it often happens that banded birds are retaken and released uninjured, sometimes on several occasions. Through banding, it has been found that some birds have winter homes as definitely defined as those inhabited in summer. As a case in point, there may be mentioned the white-throated sparrow (Zonotrichia albicollis), which nests in the northern section of eastern North America, from Massachusetts and Wyoming north to Labrador and Great Bear lake, and winters in the central and southern States. A bird of this species banded by S. P. Baldwin, near Thomasville, Georgia, on March 5, 1916, was retaken within a few yards of the original spot on March 7 and 19, 1917, on several occasions between February 25 and March 22, 1920, and on March 27, 1921, indicating a remarkable regularity in return to one spot. Wild ducks banded by the writer at the northern end of Great Salt lake, in Utah, were killed subsequently in California, Mexico, Texas, Oklahoma, Missouri, Nebraska and Saskatchewan, revealing a tremendous spread in flight, and, with other similar data, giving information of great importance in
game conservation. A black-headed gull (Larus ridibundus), banded at Rossitten, Germany, was taken subsequently at Bridgetown, Barbados, and another from the same point crossed to Vera Cruz, Mexico. A common tern, marked at Eastern Egg Rock, on the coast of Maine, was found dead four years later at the mouth of the Niger. A lapwing (Vanellus vanellus) banded in Cumberland, England, was taken in Newfoundland. Such examples of trans-oceanic migration will increase as the work progresses. SONGS AND CALLS The voice in mammals, including man, is produced in the voice-box, or larynx, in the upper part of the throat. The bird possesses a similar larynx; but its sounds and notes are formed in another voice-box, the syrinx, at the lower end of the windpipe, where it divides to send a bronchial tube to either lung. The syrinx is composed of firm walls derived from the rings of the trachea, or in part from the bronchi, and has within delicate membranes whose tension is controlled by slender muscles. Air expelled forcibly over these membranes produces sound which may be of many kinds, according to the species concerned. The adult turkey vulture (Cathartes aura), and the brown pelican (Pelecanus occidentalis), have as their only note a sighing aspiration made by expelling the air unmodulated, though their young utter harsh calls in some variety, either in begging for food or in attempting to repel possible enemies. The voiceless condition in the adult is unusual. The rhea sends forth a booming call, ventriloquial in effect, that carries for long distances, the wedge-tailed shearwater utters a series of indescribable groans and shrieks, which combine with those of thousands of its kind to produce a vast volume of sound, the gull or tern calls in constant iteration with a note of harshest sound. In the highest order of birds, among the oscines or song-birds, song has reached high development, and in many follows lines of human music sufficiently to give deep aesthetic pleasure. The male mockingbird (Mimus polyglottos) of America, is stirred by spring to a period of vocal utterance that includes a varied repertoire of utterances peculiar to his
ORNITHOLOGY
928 own
expression, as well as notes borrowed from tuneful neigh-
bours.
In the height of the breeding season his efforts continue
day and night in apparently ceaseless expression of virile energy. The nightingale (Luscinia megarhyncha) of Europe, a dweller of tangled copses, would be overlooked by many were it not for his impassioned outburst of song (which, contrary to popular belief, may be heard at all hours of day and night). The two just mentioned, with the addition of the hermit thrush and the skylark, are the songsters of greatest renown among English-speaking peoples. A number of bird-songs, even where they have variety of note, are frequently unpleasant to some human ears. Many complain of the doleful cadence of the cooing of mourning doves (Zenaidura macroura), or are unpleasantly affected by the harsh chatter of the house sparrow. The song of the plant-cutter (Phytotoma rutila) of Argentina exactly resembles the creaking of two tree-limbs rubbing against one another in the wind. The song of the Henslow’s sparrow (Passerherbulus henslowii) is a low double note barely audible at a hundred yards. The song impulse is so predominant at the height of its period that it is given expression on the slightest disturbance. Birds awakened at night frequently sing for an instant as clearly as during the day, and song also may be used to express emotions of fear and anger. Though modulated speech for the expression of abstract ideas may be peculiar to man, there is no question but that birds possess a rudimentary language in the sense that they use their calls to communicate with one another. A low call on the part of a parrot or paroquet at detection of a sound or sight that may denote danger will instantly cause the entire group of its companions to become motionless, or send them in screaming confusion into the air. The mother pheasant warns her young, who immediately hide and cannot be found. The rooster, by rapid repetition of a certain note, calls the members of his harem to some supply of food. There are also cries of anger, and others that may be interpreted as conversational, that enable species of social habit to keep in touch with one another. Bird-calls are often intelligible to other creatures, as the alarm-call of a jay or plover will often startle deer or other game. There are a number of birds that possess a strong imitative faculty which, in domesticated individuals, may be adapted to the mimicry of human sounds, Canaries and other finches may be taught to whistle a few notes of musical airs. The Amazon parrots are particularly adept at mimicry of the human voice, and similar ability is found in some macaws, paroquets and other parrots. Crows, jays and magpies also may learn to repeat a few words, as may starlings and mynahs. According to a widely current superstition the tongues of the latter birds must be split to enable them to articulate human speech, a belief for which there is no valid basis, whatever, and which, when practised, imposes a needless cruelty. This curious belief may be based on the fact that the tongue of crows and jays is naturally somewhat split.
FLIGHT The wing-membranes of the ancient reptilian pterosaur (see PTERODACTYL) were supported by elongated finger-bones, as are the wings of bats (though differently), but birds have developed another mechanism for flying, as the fore-limb, including the hand, has long feathers projecting from its posterior margin that
are extended to form a supporting surface, by which flight is accomplished (see also Birp). The hand is stiffened, being flexible only at the wrist, the number of hand and finger-bones is
reduced, and those that remain are partly fused together. The wing thus developed folds against the sides, so that it causes no embarrassment when the bird is at rest or is walking or climbing, but at the same time may be extended instantly should need or desire for flight arise, It appears thus perfectly adapted for its
purpose and in utility (though not in speed) eclipses the aeroplanes of man. Methods in Flight.—Avian flight is accomplished, except when soaring, by strokes of the wings, which may be slow or fast according to circumstances or the custom of the bird. A
[FLIGHT
certain momentum
must be acquired before the bird actually
moves through the air. From a level surface this is ordinarily accomplished by an initial spring, through which the flexed legs throw the body as though from a catapult.
From an elevation
as from a cliff or the limb of a tree, a fall of a few inches or a few feet may occur before the bird is under way. Albatross take off from land facing the wind, running
a few steps forward with
beating wings and then spreading their pinions, to rise and sail gracefully away. Some aquatic birds with small wings and heavy bodies, as coots, diving ducks, grebes and loons rush across the
water surface with beating wings and alternately striking feet until they acquire sufficient momentum to carry them into the air. Surface-feeding ducks, on the contrary, spring directly into the air with one tremendous impulse that gives such impetus that they
fly without appreciable pause. from the water.
From
Grebes rise with difficulty except
a smooth, hard surface they can some-
times take off in flight, but in herbage they are unable to rise, as the slightest obstructions break their momentum. There is a considerable group of birds that in their active moments are so constantly in the air that they may almost be
termed aerial creatures.
The swallows are an excellent example
of these as they secure their entire supply of food in the air, and
for hours on end circle and swing with tirelessly moving wings, only perching when their appctite is satisfied, for the purpose of rest at night, or at their nests. Aerial existence of a stronger, more placid type, is exemplified
by the great vultures and the larger hawks that circle and turn on broadly extended wings above the earth, frequently at great heights. Such birds may soar for hours with only an occasional stroke of the wings, as they use the force of rising or laterally
moving air-currents to maintain themselves, the only motion being a constant slight adjustment of the angle of the wings, particularly at the tips, and of the tail to secure the proper amount of upward thrust to enable them to maintain the desired altitude and at the same time move ahead. The turkey vulture (Cathartes aura), which uses a soaring flight constantly for its progress through the air, is seldom abroad on foggy days when the air is still, but on such occasions remains quietly in its roosts. Many other birds soar merely for the pleasure that this occasions. Pelicans, cormorants, storks, and screamers, to mention only a few, are seen wheeling for hours so high above the earth that they appear as mere specks in the sky, though these birds search for food near, or on the surface of, water or the ground. Soaring flight of a different kind is seen where gulls glide beside or over a
vessel, holding steady position in one place for minutes at a time without movement of the wings. This again is occasioned by steady air-currents that are deflected from the surfaces of the boat at a constant angle. Hawks and the other soaring birds that have been mentioned that perform their flights relatively high in the air have wings wide in proportion to their length. Albatrosses and other seabirds that travel habitually near the surface of the water have long, narrow wings that when fully extended are more or less of equal width throughout their length, and so are somewhat similar in shape to the wings of a monoplane. These birds progress by
utilization of air-currents induced by wind, and are most common in pelagic regions where there are regular winds, and are rare in regions of calm. Their flight is quick and subject to sudden turns, so that the method of progression differs somewhat from the smooth, spiraling turns that mark the soaring of hawks and vultures. As the larger petrel-like birds follow in the wake of ships they bank and turn rapidly with stiffly-extended wings,
frequently swinging so that the plane of the wings for a brief space is at right angles to the line of the horizon. It is common to see shearwaters caught in the trough of a wave fly rapidly to
the crest and then scale with set wings down the succeeding moving slope of water. Birds like magpies and ducks, that habitually fly long distances, travel with a steady beat of the wings that carries them in 4 smooth, direct line. Inhabitants of thickets and hedgerows, 45 sparrows and wrens, progress with a tilting flight in which the
short, rounded wings move rapidly for a few quick strokes, and
FLIGHT AND FOOD]
ORNITHOLOGY
929
FOOD During their long period of evolution, birds have become as many woodpeckers, fly in long undulations with a regular rise, adapted to all foods available to their methods of feeding. Geese during which the wings are stroked rapidly, and a slow descent, graze on tender herbage as readily as cattle, rheas and ostriches during which they are closed and the bird progresses through a select a miscellaneous vegetable diet, the plant-cutter (Phytotoma) combination of its previous momentum and the pull of gravity. eats buds, berries and other vegetable matter, the palm-chat of Such ground-haunting birds as the grouse and quails regularly Haiti (Dulus dominicus) frequently consumes blossoms, the sagewalk or run, and use their wings extensively only to carry them hen (Centrocercus urophasianus) delights in the bitter twigs and from danger. In these the wings move rapidly, so that flight is leaves of sage (Artemisia), ducks are fond of succulent roots, tubers and leaves of aquatic plants, and many other birds have swift and is accompanied by a roaring sound. The rapid movement is maintained for a comparatively short distance when the similar propensities for plant-stems or leaves. Fruits are taken bird drops to the ground to hide in cover. Flight at high speed is by many birds, while the number of birds that depend upon thus maintained for only a brief space. The tinamous (Tinamidae) starchy seeds for the major part of their diet is myriad, and of South America, birds of grouse-like appearance related to the includes a great variety of species. The finches with their strong rheas, like grouse, fly only when pressed. They rise violently and bills crack off the investing hulls of large seeds and consume only drive rapidly away for fair distances, but are reluctant to rise the starchy interior. Small hard seeds, as those of lambs-quarter again, and when forced to fly a second or third time do so with (Chenopodium), are swallowed entire and are ground up by sand some difficulty. They are so seldom in the air that in violent and bits of gravel swallowed for the purpose. Grackles (Quéswinds they cannot easily control their direction, and often alight calus) by means of a keeled process on the palate, cut around the shells of acorns until they crack in two and the meat is exposed. so clumsily that they fall. Ground-inhabiting birds that reside on islands where they Jays hold nuts between the toes and break them open by strong have no regular persistent enemies, have little incentive to flight, blows of the beak. Some woodpeckers force acorns into crevices in trees, where they are held until they may be broken open. The with the result that wings become shortened and their movement weakened. In many instances, particularly among rails, this has mallard and wood-duck swallow acorns and even entire nuts of resulted in species in which the power of flight is completely lost, the hickory, which have a shell so thick that it requires a strong and the wings, though they may beat rapidly as the bird runs, blow of a hammer to break them, and grind them up in their cannot raise it from the ground. In some species now living loss gizzards. Seeds form a standard autumn and winter food when of power of flight is now taking place. The Laysan teal (Anas other sustenance is lacking, and are produced in tremendous laysanensis) is now in this process, so that, though an initial flight quantity. From the stomach and gullet of one mallard duck of about 100 yd. may be made, the birds are then exhausted and there have been taken 102,400 seeds of the water primrose (Jussieua leptocarpa). may sometimes be caught by hand. Birds that feed on insect-life abound, and include a large proSpeed of Flight.—The speed that birds attain in flight, until comparatively recent years, has been a matter of uncertainty, in portion of the smaller species. Vireos, warblers and kinglets many cases subject to gross exaggeration. Most of these may be search actively for insects among leaves and twigs, picking off traced to Gatke, who in his otherwise admirable studies of migra- their prey at rest or flying out a few inches after some escaping tion on the island of Heligoland became seized with the hypothe- titbit. Flycatchers (Tyrannidae) watch from commanding perches sis that birds perform most of their migration-flight during the and fly out to snap up passing insects on the wing, or occasionally course of a single night. On this theory, he placed the migra- to pick them from the ground. Nuthatches and creepers search tory speed of the northern blue-throat at 180 to 240 m. per hour, over the bark of trees for insects, spiders or eggs hidden in the the hooded crow at 108 m., and plovers and related species at crevices, and woodpeckers chisel out coleopterous grubs from their 240 m. per hour, or 4 m. per minute. He believed that these hidden tunnels in wood. Usually these are found in decaying tremendous specds were possible through flight at great altitudes, trunks, but occasionally some of the stronger woodpeckers will even to 40,000 ft. above the earth, where he supposed that the cut in through x in. of hard wood to secure a grub. The flicker (Colaptes) feeds much on the ground on ants, which it secures thin air offered little resistance. These statements, which have by its long tongue as the insects run about thcir hills. More than been widely quoted, are wholly erroneous. Reliable data on the rate of flight have accumulated slowly 6,000 ants have been taken from the stomach of one flicker. during the past 15 years. The writer has secured some informa- Swifts, swallows and nightjars feed exclusively on the wing, tion on the subject by timing birds flying parallel to roads by securing flying insects in their capacious mouths. In the stomach means of the specdometer of an automobile, and in such diverse of one nighthawk there have been found ṣo species of flying forms as herons, hawks, horned larks, ravens and shrikes has found insects comprising several thousand individuals. Cuckoos conthe usual flight to vary from 22 to 28 m. per hour. Another ob- sume large numbers of hairy caterpillars, from which the stomach server has found the Arkansas kingbird and scissor-tailed fly- becomes so filled with hairs stuck in the lining that its inner catcher flying at only 10 to 17 m. per hour. Gladstone gives surface appears covered with short, stif fur. Hummingbirds similar records for the willow warbler as 234 m. per hour, the pied live on the nectar of flowers and tiny flies, Hymenoptera, beetles wagtail as 25, the European blackbird as over 22, the missel and spiders that find a home in blossoms or in the bark of trees. Grebes, divers, herons, mergansers, cormorants and pelicans thrush as 23, and the cuckoo as 23 m. per hour. Meinertzhagen has recently given very definite data on the feed on fish of various kinds, most often on species not especially speed of flight in birds from observations made by theodolites desirable from a human standpoint. Albatrosses and shearwaters designed to estimate the speed of aeroplanes at anti-aircraft sta- take quantities of squid, and the smaller petrels seem to secure tions, by stop watches along measured courses, and by observa- the miscellaneous array of smaller marine creatures known coltions from travelling aeroplanes. From his records it appears lectively as plankton (q.v.). Hawks and owls feed extensively that members of the crow family may travel from 31 to 45 m. per on small mammals and other birds. Some eat frogs, snakes and hour, the smaller perching birds, as larks, pipits and buntings large insects, as well as crayfish. Larger owls may capture and from 20 lo 37 m. per hour, starlings from 38 to 49 m., geese from consume smaller ones, and partly-grown brown pelicans, when 42 to 55 m., ducks 44 to 59 m., falcons 40 to 48 m. and sand ravenous with hunger, may seize and swallow a small member grouse 43 to 47. The fastest flying birds known are found in the of the colony, that has just been fed. The flesh of dead animals, family of swifts (Micropodidae). One species (apparently the even in the form of putrid carrion, is sought by vultures that eat common swift of Eurasia), observed from an aeroplane in Meso- with impunity where death from poison from bacillary action potamia, circled easily about a plane when this was flying at 68 would be the fate of another creature. Though most birds seek their food day by day and so live m. per hour. From this and other observations it appears that ordinary swifts fly regularly at 70 m., and may accelerate this to an existence that involves continual search for sustenance, a few species form food-stores against a time of scarcity. Most too m. per hour for necessity or pleasure.
then pause for a very brief instant, so that the flight is rapidly tilting, or irregular in a vertical plane. Another group of birds,
930
ORNITHOLOGY
remarkable among these is a group of North American wood-
[ORIGIN AND EVOLUTION
creatures existed at a time when primitive birds were also known search must be carried farther into the ages for a generalized
peckers (Balanosphyra formicivora), that drill holes in the trunks of trees, in which they fit acorns, and so preserve a part of the acorn harvest for subsequent consumption. The birds work assiduously, as 13,200 acorns have been estimated as the store on one large tree-trunk, with an average density of 60 to the square foot. That the instinct for storage sometimes goes astray is shown when the carefully-drilled holes are filled with pebbles instead of nuts. The red-headed woodpecker (Melanerpes erythrocephalus) fills cavities with quantities of acorns or other small nuts, over which it piles bits of bark to conceal them.
known are Archaeopteryx (qg.v.) and Archaeornis of the Jurassic
Many shrikes (Lanius), when food is abundant, frequently impale the bodies of grasshoppers, birds, mice or other prey on
with feathers projecting along the sides, and free fingers, that in
thorns, to return to them later if needed. Hawks and owls swallow their prey entire or in large fragments, digest out all nutritive matter and form the bones, fur, scales, feathers or chitin into pellets, which are subsequently regurgi-
tated, leaving the stomach empty to receive another meal. Albatrosses eject pellets composed of the beaks of squids, flycatchers masses of insect chitin, and even hummingbirds may throw up tiny pellets made up of the indigestible portions of their insect food. Birds with strong, muscular gizzards, that feed on seeds, swallow sand or gravel that serves as millstones to triturate into digestible starch meal the seeds they have eaten. The Brahmans maintain towers where food for birds is placed, and where birds may nest. In Japanese temples shelves are built where swallows may erect their homes. Indians in the eastern United States placed hollow gourds on bare stubs of trees to provide nesting cavities for the purple martin (Progne subis), a species of swallow, a practice that was adopted by early colonists
from Europe, and that is followed to-day in country districts in the southern States. From these somewhat rude foundations there have developed complicated procedures for the attraction of birds about human homes. The martin-gourd has been transformed into ornate martin-houses containing many compart-: ments, each of a size to house a pair of birds, and boxes or houses have been designed for many other hole-nesting birds. Though in use in many places, particularly in Germany, at an earlier date, it is since the beginning of the present century that methods for the attraction of birds have received widespread attention. In the United States and Europe single-compartment houses (nesting-boxes) are set up for wrens, bluebirds, tits, woodpeckers and similar birds, and where favourably located are occupied without the slightest hesitation. These bird-houses are of many types, and so many are used that commercial companies have been formed for their manufacture. Large pieces of suet tied to the trunks or limbs of trees, where birds may feed without fear of capture from cats, draw
woodpeckers, nuthatches and titmice. A shelf built on an outside window ledge will draw many birds where they may be seen to the best advantage. Sunflower and canary seed, wheat, chickfeed, moderately fine-ground corn, nut meats and crumbs of bread are all relished by feathered neighbours. A mixture of suet and nut meats, preferably peanuts, ground medium fine in a food grinder, is especially relished by titmice and jays. Birds come to such feeding stands throughout the year.
ORIGIN AND EVOLUTION Bizarre as the idea may seem at first, birds are more closely allied to reptiles (g.v.) than to any other living group of vertebrates. The bird, while similar to the reptile in much of its structure, in its superior mental capacity, and concomitant adaptations that this has permitted, has far outstripped its lowly cousins, and so has flourished and multiplied while its cold-blooded relatives with decreasing numbers have fallen behind in the race of life. From one viewpoint we may look upon the bird as the attempt of the reptilian groups to retain the dominance of the earth that was theirs during the Mesozoic era, a design that was frustrated by the development of mammals. The earliest birds known were contemporaneous with dinosaurs (g.v.), to which, structurally, they seem to have close affinity, particularly to the hollow-boned, agile, bird-like groups. As these
reptilian group from which both birds and dinosaurs may have sprung. This, apparently, is found in the fossil reptiles known as the Pseudosuchians, of early Triassic times; though according to
some the original ancestor of the bird-like creatures should be
sought in still older ages in the Permian. Fossil Birds.—The
bones of birds are so poorly preserved ip
the fossil state that there is record now of only about 750 fossil forms, including some of questionable identity. ‘The earliest fossils
beds of Bavaria, creatures with toothed jaws, very long, bony tails
spite of their reptilian form, were birds, as they were covered with feathers and were able to fly. In the Cretaceous period two types of birds, both possessing teeth, are known from nearly complete skeletons, Hesperornis and its allies, diver-like species that lived in water and seemed to have had no wings, and Ichthyornis which was aerial and may have had the habits of a gull (see Opon. TORNITHES). These four are the most peculiar fossil birds known at present, since others, while often strange, are allied more or less closely to modern families. At the beginning of the Tertiary period the types of birds found were suggestive, in form, of existing birds, though in the Eocene some were highly peculiar, and most seem to pertain to extinct
families.
In the Miocene
there occur a number
of birds very
closely similar to those existing to-day, and in the Pleistocene are
found bones of numerous birds still in existence, in addition to many that differed from modern forms.
The progress of the avian group since the coming of the Pleistocene ice seems to have been one of extermination rather than of consistent evolutionary progress, as peculiar types seem
to have been exterminated in numbers during the Pleistocene, and there is no indication that others have developed to take their places except for the minor characters that distinguish sub-species or poorly-marked species. The story of fossil birds is far from complete, and much work remains to be done on many of those at present discovered, to establish their relationship.
SYSTEMATIC
CLASSIFICATION
It is difficult to arrive at an exact figure for the number of kinds of birds now known, but at a conservative estimate it Is belicved this may reach 25,000 distinct forms. The primary group or class, Aves, is one of the great divisions of the vertebrates and is equal in rank to the fishes, amphibians, reptiles and mammals. This class is divided into two sub-classes, the first, the Archaeornithes, containing the most primitive birds which are very close to reptiles, and the second, the Neornithes, all other known birds. The Neornithes are divided again into three major divisions or super-orders, the Odontognathae, containing forms with ieceth, the Palaeognathac, for the ostrich-like birds and their allies, which have a primitive arrangement of the bones of the palate, and the Neognathae, including the remaining species with a more specialized modern type of palatal structure. These super-orders are divided again into orders, sub-orders, superfamilies and families. An arrangement embodying modern ideas of classification follows: Class Aves.
Sub-class ARCHAEORNITHES Order Archacopterygiformes i , Family Archacopterygidae, Archaeopteryz, Archaeornis (fossil) Sub-class NEORNITHES Super-order Odontognathae, toothed bird Order Hesperornithiformes : Family Hesperornithidae, Hesperornis, Hargeria (fossil)
5
Enaliornithidae,
Enaliornis
(fossil) [position
provisional] Order Ichthyornithiformes Family Ichthyornithidae, Ichthyornis (fossil) Super-order Palaeognathae Order Struthioniformes Family Struthionidae, Ostriches (Old World) Order Rheiformes Family Rheidac, Rheas (South America)
ORNITHOLOGY
CLASSIFICATION]
Order Casuariiformes Family Casuariidae, Cassowaries (Australian region) s5 Dromiceidae, Emus (Australian region) 4 Dromornithidae, Dromornis (fossil) Order Dinornithiformes Family Dinornithidae, Moas (extinct, New Zealand) Order Aepyornithiformes Family Aepyornithidae, Aepyornis (extinct, Madagascar)
Order Apterygiformes Family Apterygidae, Kiwis (New Zealand) Order Tinamiformes Family Tinamidae, Tinamous (S. Central America) Super-order Neognathae Order Sphenisciformes Family Spheniscidae, Penguins (Southern hemisphere) 53 Cladornithidae, Cladornis (fossil) Order Gaviiformes Family Gaviidae, Loons and divers (Arctic & North temperate) Order Colymbiformes Family Colymbidae, Grebes (Cosmopolitan) Order Procellariiformes Family Diomedeidae, Albatrosses (Tropics, subTropics & Antarctic) Family Procellariidae, Shearwaters, Fulmars (Cosmopolitan) Family Hydrobatidae, Small Petrels (Cosmopolitan) „» Pelecanoididae, Diving Petrels (Cosmopolitan) Order Pelecaniformes Sub-order Phaëthontes Family Phaëthontidae, Tropic-birds (tropical) Sub-order Pelecani Super-family Pelecanides Family Pelecanidae, Pelicans (Tropics, sub-Tropics and warm temperate) Family Cyphornithidae, Cyphornis, Palaeochenoides (fossil) Super-family Sulides Family Pelagornithidae, Pelagornis (fossil) » Sulidae, Boobies, Gannets (Cosmopolitan) » Phalacrocoracidae, Cormorants (Cosmopolitan) » Anhingidae, Snake-Birds or darters (Tropics and sub-Tropics) Sub-order Fregates Family Fregatidae, Man-o’war Birds (Tropics and sub-Tropics) Sub-order Odontopteryges Family Odontopterygidae, Odontopteryx (fossil) Order Ciconiiformes Sub-order Ardeae Family Ardeidae, Herons, Bitterns (Cosmopolitan) » Cochleariidae, Boat-billed Herons (S. America) Sub-order Balaenicipites
Family Balaenicipitidae, Shoe-bills (Africa) Sub-order Ciconiae Super-family Scopides Family Scopidae, Hammerheads (Africa) Super-family Ciconiides Family Ciconiidae, Storks, Jabirus (Cosmopolitan) Super-family Threskiornithides Family Threskiornithidae, Ibises, Spoonbills (Cosmopolitan) Sub-order Phoenicopteri Family Phoenicopteridae, Flamingos (temperate & tropical regions) Order Anseriformes Sub-order Anhimae Family Anhimidae, Screamers (South America) Sub-order Anseres Family Anatidae, Ducks, Geese, Swans (Cosmopolitan) Order Falconiformes Sub-order Cathartae Family Cathartidae, New World Vultures (America) i Teratornithidae, Teratornis (fossil) Sub-order Falcones Family Sagittariidae, Secretary-birds (Africa) »
Accipitridae,
Hawks,
Old
World
Vultures,
Harriers, Ospreys (Cosmopolitan) Family Falconidae, Falcons, Caracaras (Cosmopolitan) Order Galliformes ; Sub-order Galli ‘ Super-family Cracides Family Megapodidae, Megapodes (Australian region) Cracidae, Curassows, Guans, Chachalacas (Central & South America) Super-family Phasianides Family Tetraonidae, Grouse (Cosmopolitan)
931
Family Perdicidae, Quails (Old World) „ Phasianidae, Pheasants, Peacocks, Common Fowl (Old World) Family Numididae, Guinea-fowl (Africa) » Meleagridae, Turkeys (America) Sub-order Opisthocomi Family Opisthocomidae, Hoatzins (South America) Order Gruiformes Sub-order Mesoenatides Family Mesoenatidae, Roatelos, Monias (Madagascar) Sub-order Turnices Family Turnicidae, Bustard-Quails (Old World) „ Pedionomidae, Collared Hemipodes (Old World) Sub-order Grues Super-family Gruides Family Gruidae, Cranes (Cosmopolitan except South America) Family Aramidae, Limpkins (America) » Psophiidae, Trumpeters (South America) Super-family Rallides Family Rallidae, Rails, Coots, Gallinules (Cosmopolitan) Sub-order Heliornithes Family Heliornithidae, Sun-Grebes or fin-foots (Old World and South America) Sub-order Rhynocheti Family Rhynochetidae, Kagus (New Caledonia) Sub-order Eurypygae Family Eurypygidae, Sun-Bitterns (Central and South America)
Sub-order Phororhaci Family Phororhacidae, Phororhacos (fossil) Sub-order Cariamae Family Hermosiornidae, Hermosiornis (fossil) » Cariamidae, Cariamas (South America) Sub-order Otides Family Otididae, Bustards (Old World) Order Diatrymiformes Family Diatrymidae, Diairyma (fossil) Order Charadriiformes Sub-order Charadrii Super-family Jacanides Family Jacanidae, Jaganas (Tropics) Super-family Charadriides Family Haematopodidae, Oyster-catchers (Cosmopolitan) Family Charadriidae, Plovers, Lapwings, Turnstones, Surf-birds (Cosmopolitan) Family Scolopacidae, Snipe, Woodcock, Sandpipers (Cosmopolitan) Bee Recurvirostridae, Avocets, Stilts (Cosmopolitan
Family Presbyornithidae, Presbyornis (fossil) » Phalaropodidae, Phalaropes (Northern hemisphere) Super-family Dromades Family Dromadidae, Crab-plovers (India, Arabia and East Africa) Super-family Oedicnemides Family Oedicnemidae, Thick-knees (Cosmopolitan) Super-family Glareolides Family Glareolidae, Pratincoles, Coursers (Old World) Super-family Thinocorides Family Thinocoridae, Seed-snipe (Tropics) Super-family Chionides Family Chionidae, Sheath-bills (Southern hemisphere) Sub-order Lari Family Stercorariidae, Skuas, Jaegers (Cosmopolitan) „ Laridae, Gulls, Terns (Cosmopolitan) » Rynchopidae, Skimmers (America, Africa and South Asia) Sub-order Alcae Family Alcidae, Auks, Auklets, Murres, Guillemots (North temperate and Arctic) Order Columbiformes Sub-order Pterocletes Family Pteroclidae, Sand-Grouse (Old World) Sub-order Columbae Family Raphidae, Dodo, Solitaire (Mauritius, Réunion, Rodriguez) Family Columbidae, Pigeons, Doves (Cosmopolitan) Order Cuculiformes Sub-order Musophagi Family Musophagidae, Plantain-eaters (Africa) Sub-order Cuculi
Family Cuculidae, Cuckoos, Road-runners, Anis (Cosmopolitan)
ORNITHOLOGY
932
Order Psittaciformes Family Loriidae, Lories (Australian region) j Psittacidae, Parrots, Macaws (Tropics Tropics)
Order Strigiformes
& sub-
:
Family Tytonidae, Barn-owls (Cosmopolitan) » Strigidae, Owls (Cosmopolitan) Order Caprimulgiformes Sub-order Steatornithes Family Steatornithidae, Oil-birds (South America) Sub-order Caprimulgi , Family Podargidae, Frogmouths (India and Australia) j Nyctibiidae, Potoos (Old World Tropics) » Aegothelidae, Owlet-Frogmouths (Old World
Tropics)
,
Family Caprimulgidae, Nightjars, Night-hawks, Whippoorwills (Cosmopolitan, except east Pacific) Order Micropodiformes Sub-order Micropodii Family Micropodidae, Swifts (Cosmopolitan) 5 Macropterygidae, Crested Swifts (Asia) Sub-order Trochili Family Trochilidae, Hummingbirds (America) Order Coliiformes Family Coliidae, Colies (Africa) Order Trogoniformes Family Trogonidae, Trogons (Tropics) Order Coraciiformes Sub-order Alcedines Super-family Alcedinides Family Alcedinidae, Kingfishers (Cosmopolitan) Super-family Todides Family Todidae, Todies (West Indies) Super-family Momotides Family Momotidae, Motmots (Central and South America)
Sub-order Meropes Family Meropidae, Bee-eaters (Old World) Sub-order Coracii Family Coraciidae, Rollers (Old World) » Leptosomatidae, Ground-rollers (Madagascar)
m Upupidae, Hoopoes (Old World) » Phoeniculidae, Wood-hoopoes (Africa) Sub-order Bucerotes
Family Bucerotidae, Horubills (Old World Tropics) Order Piciformes Sub-order Galbulae Super-family Galbulides Family Galbulidae, Jacamars (Central and South America)
Family
Bucconidae, Puff-birds (Central & South America) Super-family Capitonides Family Capitonidae, Barbets (Tropics) » _ Indicatoridae, Honey-guides (Old World) Super-family Rhamphastides Family Rhamphastidae, Toucans (Central and South America) Sub-order Pici
Family Picidae, Woodpeckers, Piculets, (Cosmopolitan, except Madagascar and Australia) Order Passeriformes Sub-order Eurylaimi Family Eurylaimidae, Broadbills (Indo-Malaya) Sub-order Tyranni Super-family Furnariides Family Dendrocolaptidae, Wood-hewers (South America)
Family Furnariidae, Ovenbirds (America) » _ Formicariidae, Ant-thrushes (Central and South America) Family Conopophagidae, Ant-pipits (South America) as Rhinocryptidae, Tapaculos (Central and South America)
Super-family Tyrannides Family Cotingidae, Cotingas (America) E Pipridae, Manakins (Central
and South America) Family Tyrannidae, New World Flycatchers (America) » Oxyruncidae, Sharp-bills (Central and South America) Family Phytotomidae, Plant-cutters (South America) x Pittidae, Pittas (Old World Tropics) » Xenicidae, New Zealand Wrens (New Zealand) i Philepittidae, Asities or Wattled Ant-thrushes (Madagascar)
Sub-order Menurae
Family Menuridae, Lyre-birds (Australia) »
Atrichornithidae, Scrub-birds (Australia)
[CLASSIFICATION
Sub-order Oscines Family Alaudidae, Larks (Cosmopolitan, one genus in America) Family Palaeospizidae, Palaeospiza (fossil) Hirundinidae, Swallows, Martins (Cosmopoli. 7) tan) Family Campephagidae, Cuckoo-shrikes (Old World)
» »
i
tan
Dicruridae, Drongos (Old World Tropics) Oriolidae, Old World Orioles (Old World) Corvidae, Crows, Magpies, Jays (Cosmopoli-
Family Ptilinorhynchidae, region) Family Paradiseidae, region)
Bower-birds
Birds
of
(Australian
Paradise
(Australian
Family Paridae, Titmice (Europe, Asia, Africa, North
America) Family Sittidae, Nuthatches (Northern hemisphere, Australia, Madagascar) Family Hyposittidae, Coral-billed Nuthatches (Mada. gascar)
Family Certhiidae, Creepers America, Australia)
(Europe, ,
Asia, North
Family Chamaeidae, Wren-tits (Oregon and California) » »
Timeliidae, Babbling Thrushes (Old World) Pycnonotidae, Bulbuls (Old World)
s Cinclidae, Dippers (Northern hemisphere) » Lroglodytidae, Wrens (Cosmopolitan, except Africa and Australia) Family Mimidae, Thrashers, Mockingbirds (America) » Turdidae, Thrushes (Cosmopolitan)
»
» »
»
Zcledoniidae, Wren-thrushes (Central America)
Paramythiidae, Paramythia (New Guinea) Sylviidae, Old World Warblers (Old World) _ Regulidae, Kinglets, Gold-crests (Northern
hemisphere) Family Muscicapidae, World)
Old
World
Flycatchers
(Old
Family Motacillidae, Wagtails, Pipits (Cosmopolitan) » Enicuridae, Fork-tails (Indo-Malaya) » | Bombycillidae, Waxwings (mainly northem hemisphere) Family Ptilogonatidae, Silky Flycatchers (Tropical America)
Family Dulidae, Palm-chats (West Indies) », Artamidae, Wood-swallows (Africa,
India,
Australia) Family Vangidae, Vanga Shrikes (Madagascar) » Laniidae, Shrikes (Cosmopolitan except South America) Family Prionopidac, Wood-shrikes (Old World
Tropics)
Family Aérocharidae, Helmet-birds (Madagascar) » Cyclarhidae, Pepper-shrikes (Central and South America)
Family Vireolaniidae, Shrike-vireos (Central and Northern South America) Family Sturnidae, Starlings (Old World) 5 Graculidac, Glossy Starlings (Old World) i5 Meliphagidae, Honey-caters (Australian region) » Nectariniidae, Sun-birds (Africa, Asia, Australia) Family Dicaeidae, Flower-peckers (West Africa, IndoMalaya, Australia) Family Zosteropidae, White-eyes (Africa, Asia, Australasia) Family Vireonidae, Vireos (America) j Coerebidae, Honey-creepers (Tropical America) Family Drepanididae, Hawaiian Honey-creepers (Hawaiian Islands) Family Mniotiltidae, Wood Warblers (America) » Ploceidac, Weaver-finches (Africa, South Asia,
Australia) Family Icteridae, (America)
New
World
: Blackbirds, Troupials
Family Procniatidae, Swallow-Tanagers (America) » Thraupidae, Tanagers (America)
Family
Catamblyrhynchidae,
(Northern Andes)
Plush-capped
Finches
Family Fringillidae, Grosbeaks, Finches, Buntings (Cosmopolitan)
[Fossil Familics of uncertain Systematic position]
Enaliornithidae, Enaliornis Gastornithidae, Gastornis Opisthodactylidae, Opisthodactylus See Birv, Brro Sancruartes, Protection or Breaps, Nature RESERVES, VERTEBRATE EMBRYOLOGY, VERTEBRATA, REPTILES.
ORNITHOLOGY
ECONOMICS] BrBLIOGRAPHY.—The
literature
of
ornithology
is extensive
and
important, and works on birds appear in increasing numbers annually. The following list of books is intended merely to indicate a few useful works for consultation from which general information may be obtained, and which will assist the student by references to other works. The titles are grouped for convenience under several headings. General: G. M. Allen, Birds and their Attributes (Boston, Mass., 1925), a readable and accurate general account of birds as a group; G Heilmann, The Origin of Birds (London, 1926), a discussion of fossil birds and their relations to reptiles; F. H. Knowlton, Birds of the
World
(New York, 1909), a popular and authentic account
of the
principal species; A. Newton, A Dictionary of Birds (London, 1893— 96), a vast amount of information arranged in encyclopaedic form; W. P. Pycraft, A History of Birds (London, 1910), a general account of the biology and evolution of birds; J. A. Thomson, The Biology of Birds (London and New York, 1923), a modern account that considers broadly the entire subject.
Migration:
A. L. Thomson, Problems of Bird Migration (London,
1926), a detailed discussion of migration; A. Wetmore, The Migrations of Birds (Cambridge, Mass., 1926), a summary of modern knowledge of migration in its broader aspects. Manuals and Check Lists: Florence M. Bailey, Handbook of Birds of the Western United States (Boston, 1921), a manual for the identification and study of the birds of its region; E. C. Stuart Baker, The Fauna of British India—Birds (London, 1922, 4 vols. at present issued), a systematic account; F. M. Chapman, Birds of Eastern North America (New York, 1912), a manual for the identification and study of the birds of its region; E. Hartert, Die Vögel der palaarktischen Fauna (Berlin, 1903), an authoritative manual of the birds of Europe and North Asia; F. W. Hutton and J. Drummond, The Animals of New Zealand (Christchurch, N.Z., 1905), includes an account of the bird life of the Dominion; K. Lambrecht, Fossilium Catalogus, I., Animalia, Aves (Berlin, 1921), a list of known fossil birds; G. M. Mathews, Systema Avium Australasianum (London, 1927, one part issued, another in preparation), a list of names, with ranges of the birds of the South Pacific islands, including Australia; C. A. Reed,
Land Birds East of the Rockies; Water Birds East of the Rockies;
Land Birds West of the Rockies (Nat. Assoc. of Audubon Soc., New York), three booklets for easy identification of birds in the field by coloured illustrations; W. L. Sclater, Systema Avium Ethiopicarum (London, 1924, one part issued, another in preparation), a list of names, with ranges of the birds of Africa; H. F. Witherby (editor), A Practical Handbook of British Birds (London, 1920-24), a complete manual for its region; American Ornithologists Union, Check-list of North American Birds (Philadelphia, ro— ) the official list for America north of Mexico; British Ornithological Union, List of British Birds (London, 1915), the official list for the British Isles; Royal Australasian Ornithologists’ Union, Official Check-list of the Birds of Australia (Melbourne, 1912, and thence quarterly), a list of names with ranges of Australian birds.
Economic Papers:
Walter E. Collinge, The Food of some British
Wild Birds (and ed. 1929), studies of the food of certain British birds;
J. Henderson, The Practical Value of Birds (New York, 1927), general review of economic status, with extended bibliography; Biological Survey, US. Dept. of Agriculture, many Bulletins by Judd, Beal, McAtee, Fisher, Kalmbach, Wetmore and others, beginning in 1892 and forming the most comprehensive series of reports on this subject. Periodicals: American Ornithologists’ Union, The Auk (Washington, D.C.), published quarterly, with articles of current, general and scientific interest, particularly relating to the New World, and with a résumé of current literature; British Ornithologists’ Union, The Ibis (London), quarterly, articles of general and scientific interest, particularly of the Old World, review of current literature; Avicultural Society, The Avicultural Magazine (London), monthly, deals with problems of aviculture; American Museum of Natural History, Bird Lore (New York), bi-monthly, devoted to popular ornithology and bird protection; H. F.and G. Witherby, British Birds (London), monthly, a popular magazine on current ornithology in the British Isles; Cooper Ornithological Club, The Condor (Berkeley, Calif.), bi-monthly, devoted particularly to birds of western North America; Royal Australasian Ornithologists’ Union, The Emu (Melbourne), to promote the interest of ornithology in Australia and adjacent regions; Sociedad Ornithologica del Plata, Hl Hornera (Buenos Aires), deals with current ornithological ‘Studies in the Argentine and adjacent countries; Deutsche Ornithologische Gesellschaft, Journal fir Ornithologie (Berlin), for general and technical ornithological articles. (A, Wt.)
ECONOMIC ORNITHOLOGY Economic ornithology deals with the study of birds in their relation to man and his various activities, such as agriculture, forestry, trade, sport, etc., or in other words “it is the practical application of the knowledge of birds to the affairs of everyday life.” It is a difficult and intricate study and of the greatest importance to mankind. The scientific study of wild birds from an economic standpoint may be said to date from the publication of a paper by Prevost in
933
1858, and one by Jenks in 1859. Since then, thanks largely to the workers in the United States Department of Agriculture (Bureau of Biological Survey), great progress has been made and numerous intensive studies undertaken. As a result it is now almost universally admitted, with very few exceptions, that the wholesale destruction of wild birds as a means of protecting crops, etc., is, economically, an unsound policy. A bird which does a considerable amount of harm at a particular season of the year may more than compensate for it by the nature of the food consumed at another season, and in a like manner a bird which is injurious in one dis-
trict may be beneficial in another. It must ever be borne in mind
that, as a rule, insect-eating birds feed upon those species of insects that are the easiest to obtain, and that the variation in a bird’s diet depends to a very large extent upon the abundance of the supply and the ease with which it may be obtained. Moreover, where destructive irruptions of insect life occur and wild birds concentrate on one particular species of insect, no especial chance is given for the rise of new fluctuations amongst the commoner species eaten, for the species which is unusually numerous is so widely distributed amongst the ordinary food elements. The more numerous insectivorous birds are, both in species and numbers, the fewer and shorter the insect oscillations are likely to be. The Amount of Food Consumed by Birds.—~As a class birds are distinctly beneficial, and experience shows that it is possible to learn with very considerable precision the exact amounts of the different kinds of food that each species requires in a year. This precision is attained by measuring the percentage volumes of the different items of food found in the stomach, crop, etc., during the various months of the year, from a large series of specimens obtained from different localities. This volumetric method, or the expression of the contents in terms of bulk, is much more exact than any numerical count of the different food items, and enables the investigator not only to express himself in exact quantities, but to compare one bird’s diet with another;
further, it admits of the stating of the definite ratios each element bears to the other. Every bird requires a certain bulk of food per day, not a certain number of insects, seeds, etc., and to estimate correctly the importance of any item in its diet it is necessary to know what proportion the insects, seeds, etc., bear to the standard requirements, and to do so it is necessary to use some method of measurement. Take the case of the skylark. This bird requires about 6 lb. of food per year; in other words 10,000 larks would require about 27 tons of food in a year. Knowing the percentages of food eaten by this species, it is possible to analyse this figure. Of the total bulk of food consumed in a year 35-5% consists of injurious insects, 3-5% of neutral insects, 2-5% of beneficial insects, 95% of grain, 1% of leaves, 2% of earthworms, 1% of slugs, 1-5% of miscellaneous animal matter, and 43-5% of weed seeds. In other words, the lark benefits the farmer in regard to 36.5% of its food eaten, is neutral in respect of 505%, and injurious only in respect of 13%. If the debit and credit account
is further examined it shows on the former side a loss of 24 tons
of cereals, and on the latter something like 30,000,000 injurious insects and 30,000 slugs. Such a plague of insects left to themselves would have destroyed many more tons of cereals, root crops, etc. Thus the farmer is undoubtedly the gainer from the activities of this bird by an enormous tonnage of produce. The Effects of Fluctuations in the Number of Birds.—It is now fully recognized that wherever the insect-feeding birds of a district or of districts are destroyed, either wantonly or through climatic and other causes, there is an accompanying insect oscillation which is not reduced until the balance of bird life is restored. In the case of many insects whose numbers remain relatively constant, the controlling influence is largely, if not entirely, due to the uniformity of the bird life which prevails from year to year. Any factor, therefore, that tends to modify or upset the restraining influences of wild birds in their relationship to injurious insects is distinctly detrimental. In a like manner, where raptorial birds and owls are destroyed, farm vermin, such as rats, voles and mice, rapidly increase in numbers. Some species of wild birds are injurious because they are too
numerous, and as a result there are too many birds feeding upon
934
ORNITHOLOGY
the same kind of food in a given area, in consequence of which certain species supplement their diet by feeding upon cultivated crops. No better instance of this can be found than the European house sparrow. It has been estimated that in Great Britain alone the losses due to this species reach the incredible figure of £8,000,000 per annum. Wherever it has been introduced it has increased and spread with startling rapidity, and proved an enemy to the cultivator. Injury to crops invariably proceeds from an excessive number of individuals rather than from the natural habits of the species. Once any species exceeds what may be described as its high-water mark of abundance, its food habits change and it becomes a source of danger to mankind. The failure of a normal source of food supply occasionally leads birds to injure crops which under ordinary conditions they seldom attack. Many fluctuations in number are either only local or temporary, and if not interfered with will adjust themselves. The contention that insectivorous birds do more harm than good by attacking beneficial insects and parasitized caterpillars does not appear to be well founded. Similarly those species which feed largely upon the seeds of weeds have been regarded as beneficial, but it is now known that many of these species act as distributors of the seeds. In any economic consideration of such birds it is perhaps best to regard such activities as neutral, but on this point considerable diversity of opinion exists. The Food of Nestlings.—No consideration of the economic status of wild birds can be complete without a reference to the food of the young birds in the nest. During the first few days of life nestlings consume daily considerably more than their own weight of food and add 20 to 50% to their weight. From sunrise to sunset feeding continues, 200 to 300 visits being paid to the nest by the parent birds. With the exception of doves and pigeons, and aquatic and raptorial species, the food brought to the young consists of caterpillars, soft-bodied insects, spiders, worms and slugs. Moreover, during the whole of the nesting period the parent birds are feeding upon food similar to that fed to the young. “Few people,” states H. C. Bryant, “have any realization of the great quantities consumed by birds. For instance, if we consider that there is an average of one meadow lark to every two acres of available land for cultivation (11,000,c00ac.) in the Sacramento and San Joaquin valleys, and that each pair of birds raises an average of four young, each one of which averages one ounce in weight while in the nest, and consumes half of its own weight of food each day, it takes over 3434 tons of insect food each day to feed the young birds in the great valleys alone.” It is difficult to bring home to the mind by an expression of figures the millions of caterpillars, grubs, flies, beetles, etc., that birds consume. Careful investigations have shown that the British song thrush during the breeding season, April to June, consumes on an average 10,080 caterpillars, flies, grubs, etc., per month; assuming that there are 100,000 of these birds in the British Isles, they would account for 3,024,000,000 insects, etc., weighing upwards of 520 tons. Such a number are capable of destroying in three months upwards of 65,000 tons of produce, and assuming that this was worth £5 per ton, the activities of the thrushes would result in a saving of £325,000. Other species are equally beneficial, so that these figures might be multiplied by 20 or 30, thus showing a saving of produce every spring approaching ten millions sterling. To summarize:—“A careful examination of the circumstances in which birds have done harm leads to the belief that the damage is usually caused by an abnormal abundance of a species within a limited territory. In such cases so great is the demand for food that the natural supply is exhausted and the birds attack some of the products of garden or orchard. “Economically considered, birds are simply natural forces, and it should be our purpose to ascertain how they may be turned to our greatest advantage. The best economic conditions are probably fulfilled when birds are numerous as species and moderately abundant as individuals. Under such conditions there will be a demand for food of many kinds, without excessive demand for any one kind. The most desirable status would seem to be such a relation of numbers and species between birds and insects that the
[ECONOMICS
birds would find plenty of food without preying on useful products
while the insects would be held in such check that they would neither increase to a harmful extent nor be completely exter. minated. The proper course to pursue, apparently, is to study the food habits of both birds and insects, to favour the increase of
species which seem best adapted to preserve the proper balance and to reduce the numbers of those that prey too greatly on the
products of orchard or farm.” —(F. E. L. Brat.) COMMERCIAL Game.—Commercially,
birds
USES
are
utilized
in various ways.
Some are used as food, others are valued for their plumage and others for their guano. Most game-birds are beneficial to agriculture. While accurate statistics are difficult to obtain, there is a larger consumption of such birds to-day than ever, and most nations have enacted special laws for their preservation. When and where such laws do not exist the danger of extermination is very great.
cases the preservation of game-birds of great value. Eggs.—The eggs of various species esteemed as food, and large quantities here again there is the same tendency less the gatherings are limited, or close Feathers.—The
In practically all
has, economically, proved of wild birds are highly are annually gathered, but toward extermination un-
seasons instituted.
feathers of birds are commercially of consid-
erable value apart altogether from the demand of the millinery trade. There is a large trade carried on for upholstery purposes in which the feathers of gulls, guillemots, puffins, ducks and the domestic fowl are utilized. The soft feathers or down of the eider-
duck are preferred to all others owing to their superior warmth, lightness and elasticity. Large quantities are imported from Iceland, Greenland and the Faeroe islands. The great mercantile
value of the plumes of the ostrich has led to the establishment of ostrich farms, which yield considerable profits. What is known as the plumage trade, z.e., the trade in birds’ feathers for millinery purposes, has, quite apart from many very repulsive aspects, led to more wanton destruction of certain species of birds than all other causes combined. The almost complete extinction of the egrets in the United States and the appalling destruction of birds of paradise, gulls, terns, grebes, tanagers, orioles, bluebirds and numerous other small birds was a blot on present-day civilization. Restrictive measures have been, or are being, taken in many countries. Guano.—Prior to the introduction of artificial manures, guano from the various islands of the Pacific ocean was greatly sought after. Although utilized by the Peruvians over three centuries ago, it was not until the middle of the roth century that it assumed any importance as an article of commerce. So great was
the demand that the better qualitics were soon exhausted, and the poorer ones proved unprofitable when compared with the better artificial fertilizers. Small quantities are still collected. Schemes for protection and conservation of the birds and their product have, however, now been introduced.
Legislation.—In
the absence, until recent years, of really
comprehensive and reliable statistics with reference to the precise
economic status of the different species of wild birds, it is not surprising that the various acts and orders relating to the preser-
vation or destruction of wild birds have proved largely abortive.
Many of these have been ill-considered and often hastily prepared, others have been largely selfish in nature, while the advocates of uniform protection have indirectly contributed to the wanton
destruction of many useful birds. What would be the probable ultimate effect of such legislation was never seriously considered at the time.
In some countries the principles on which legislation has been
based are, that all wild birds are the property of the State, hence
that without permission no one has a right to destroy them; the
State has the right to impose restrictions and birds may be captured, killed, possessed, etc., only under such conditions as the State enacts; in a like manner landowners can only kill or capture as a privilege and according as the law specifically grants.
International co-operation in Europe as regards the protection
ORNITHOPTER—ORPHEUS of wild birds has proved difficult, so many and diverse are the interests of the different countries. Valuable work has, however, been done by the International Ornithological Congresses and other organizations. An international committee was founded in London in 1922, and the International Treaty of 1916 between Great Britain and the United States of America for the protection of migratory birds constitutes one of the most important and far-reaching measures in the history of wild bird protection.
The immediate need of the present is for (1) wide and comprehensive measures that will ensure protection to all non-injurious and beneficial wild birds, and provide adequate repressive measures for those species which have, or do, become too numerous and destructive: (2) the establishment of an ornithological bureau, which would have full control of all matters relating to wild birds, including game-birds. Such an organization should be the sole authority for framing new laws or making special local orders, and for granting licences to persons to collect birds or their eggs for scientific or other purposes, or to destroy birds which the bureau considers to be injurious. Such a bureau would of course be in close touch with other similar bodies, so that international action could be taken where desirable. (See Ecc; FEATHER.) BIBLIOGRAPHY.—S. A. Forbes, Papers in Trans. Ill. State Hort. Soc. and Jil. State Laboratory (1879-1908) ; W. B. Barrows, A. K. Fisher, H. W. Henshaw, S. D. Judd, E. R. Kalmbach, W. L. McAtee, H. C. Oberholser T. S. Palmer, etc., Publications of U.S. Dept. of Agric., Bulletins of Biol. Bureau, Farmers’ Bulletins, Year Books, etc.(1887 et seq.); E. D. Forbush, Useful Birds and their Protection (Mass. State Board of Agric., Boston, 3rd ed., 1908); C. M. Weed and N. Dearborn, Birds in their Relations to Man (3rd ed., London and Philadelphia, 1924), a popular manual for U.S. and Canada; W. E. Collinge, The Food of Some British Wild Birds (2nd ed., York, 1924~ 27), a comprehensive manual in nine parts, for Great Britain, with full
bibl. containing detailed references to U.S. publications mentioned above. (W. E. C.)
ORNITHOPTER,
a flying machine
with flapping wings
operated either mechanically or manually. The type is of historic interest only, and represents man’s attempt to imitate the flight of birds. (See FLIGHT; FLYING.)
ORODES, the name of two Parthian kings. Orodes I. reigned about 57—37 B.C., succeeding his father, Phraates III. whom, in conjunction with his brother, Mithradates IIL, he had murdered. He was in turn murdered by his son and successor, Phraates IV. Orodes II. succeeded Phraates V. about a.D. 5 and within iwo
years was murdered on account of his cruelty. zviii., 2, 4.) See PARTHIA: PHRAATES.
(Josepb. Ant.,
935
was unshocked by the question of Pelagius, et quis est mihi Augustinus? All that Orosius succeeded in obtaining was John’s consent to send letters and deputies to Innocent of Rome; and, after having waited long enough to learn the unfavorable decision of the synod of Diospolis or Lydda in December of the same year, he returned to north Africa, where he is believed to have died. The earliest work of Orosius, Consultatio sive commomitorium
ad Augustinum de errore Priscillianistarum et Origenistarum, explains its object by its title; it was written soon after his arrival in Africa, and is usually printed in the works of Augustine along with the reply of the latter, Contra Priscillianistas et Origenistas liber ad Orosium. His next treatise, Liber apologeticus de arbitriz libertate, was written during his stay in Palestine, and in connection with the controversy which engaged him there. It is a keen but not always fair criticism of the Pelagian position from that of Augustine. The Historiae adversum Paganos was undertaken at the suggestion of Augustine, to whom it is dedicated. Nearly two hundred
mss. of the Historiae have survived.
A free
abridged translation by King Alfred is still extant. The editio princeps of the original appeared at Augsburg (1471), and has been superseded by C. Zangemeister, who has edited the Hist. and also the Lib. apol. Besides the Old and New Testaments, Orosius appears to have consulted Caesar, Livy, Justin, Tacitus, Suetonius, Florus and a cosmography,
attaching also great value to Jerome’s translation
of the
Chronicles of Eusebius.
ORPEN, SIR WILLIAM NEWENHAM MONTAGUE (1878— ), British painter, was born at Stillorgan, co. Dublin, on Nov. 27, 1878, and studied at the Dublin Metropolitan school of Art and at the Slade school, London. He was elected A.R.A. in 1910 and R.A. in 1919. He first exhibited at the New English Art club, of which he became a member in 1900, his early work being marked by preoccupation with spacing and silhouette and the use of quiet harmonies of grey and brown, with a note of vivid red or blue. He soon turned to the use of bright colour and the study of light, seen in a series of brilliant portrait interiors such as the “Hon. Percy Wyndham” (1907), “Myself and Venus” (1910, now in Pittsburgh gallery, U.S.A.). About this time he became well known for his vigorously characterised portraits. During the World War Orpen received an appointment as official artist and in 1918 an exhibition of his war pictures was held in London. Many of these are now in the Imperial War Museum. He was created K.B.E. in 1918. He wrote An Onlooker in France (1921) and Stories of Old Ireland and Myself (1924). ORPHEUS. The legendary founder of the cult known as
ORONTES, the ancient name of the chief river of Syria, also Orphism, 6 ’Opduxds Bios, The derivation of the name is uncertain,
called Draco, Typhon, Axius, the last name being probably the name whence has sprung the modern name El-‘Asi (rebel). Taking its rise on the east side of the Beka‘, it flows northwards expanding into the lake of Homs, and in the plain of Antioch, it is joined by two tributaries, the Afrin and Kara-su. It reaches the sea near the small port of Suedia (Seleucia Pieriae). In its 170m. course it is mainly unnavigable and of small value for irrigation. Its valley, however, has served as a highway for armies and trade between Egypt and Palestine, and Asia Minor.
OROPUS, an ancient Greek seaport on the Euripus which,
falling finally to Athens, remained an Attic town under the Roman empire. The oracle of Amphiarus was here. See ALTAR.
possibly from the same root as dp@vy, signifying darkness. What Original figure, human or divine, lies behind the legend, is unknown; it seems possible, however, that Orpheus is the name or title of Thraco-Phrygian priest-kings, who may have been regarded as incarnating the god Dionysus (q.v.) or some similar deity, and were perhaps killed by the worshippers of the god after a period of years (see Frazer, Golden Bough, 3rd ed. vi. 99). Legend.—Orpheus
Thracian
was
king Oeagrus
the son, in most
(sometimes
accounts,
of the
of Apollo), and a Muse,
generally Calliope, sometimes Polyhymnia.
He took part in the
Argonautic expedition (see ARGONAUTS), and there was an Orphic
version of that exploit, preserved in a late form in the Orphic Argonautica. The best-known episode of his career is that of his born in Spain (possibly at Braga in Galicia) towards the close of marriage. His wife Eurydice was bitten by a serpent (while the 4th century. Having entered the Christian priesthood, he fleeing from Aristaeus, according to Virgil, Georg., iv., 457; this naturally took an interest in the Priscillianist controversy then detail is not found earlier, but the story itself is old and widegoing on in his native country, and it may have been in connec- spread; see Rose in Aberystwyth Studies, iv. p. 21). Orpheus, tion with this that he went to consult Augustine at Hippo in 413 inconsolable at her death, went down to Hades to get her back. or 414. After staying for some time in Africa as the disciple of The infernal deities, softened by his music, allowed her to return, Augustine, he was sent by him in 415 to Palestine with a letter of on condition that she should walk behind Orpheus and he should introduction to Jerome, then at Bethlehem, the result of his ar- not look back. He broke this condition, and she became a ghost rival being that John, bishop of Jerusalem, was induced to summon once more (Plato, Sympos, 179 D., seems to allude to a slightly at his capital in June 415 a synod at which Orosius communicated different account). He now refused to have anything more to do the decisions of Carthage and read such of Augustine’s writings with women, and consequently the Thracian women, during a Dionysiac orgy, set upon him and tore him to pieces. His head against Pelagius as had at that time appeared. Success, however, was scarcely to be hoped for amongst Orien- floated down the Hebrus and finally came ashore on Lesbos, where tals who did not understand Latin, and whose sense of reverence there was apparently an oracular shrine of Orpheus. The legend
OROSIUS, PAULUS (f. 415), historian and theologian, was
936
ORPIMENT—ORRERY
may be founded on the practice of the omophagia (see Dionysus). Orpheus is represented as a musician so marvellous that the wild beasts, and even trees and rivers, came to listen to him. He is also represented as a seer, a founder of mystic rites, particularly Dionysiac, a magician, and later as an astrologer also. Sometimes his adventures tend to be assimilated to the stock incidents in the career of a philosopher, for he is represented as travelling in search of knowledge (as Plato, for example, is said to have visited Egypt). Several writers speak of him as a sort of missionary of civilization (e.g., Aristophanes, Frogs, 1032, Horace A.P., 391). He is also the reputed author of a number of books, some dating from the time of Peisistratus of Athens
(cf. ONOMACRITUS),
The Orphic Doctrines and “Life’.—There was no Orphic Church but there existed a number of thiasoi (conventicles) of initiates into the Orphic mysteries, all having a similar doctrine and rules of life, but lacking any sort of central organization and probably having no common standard of orthodoxy. Orphic initiators (dppeoredeoral) were numerous, and are spoken of with the utmost contempt by Plato and others. We hear of Orphism from about the 6th century on, and the doctrine, which seems to have grown out of a combination of the Thraco-Phrygian worship of Dionysus with certain religious speculations characteristic of that age, and probably resulting from the contact of Greece with the East, was in outline as follows. When Zagreus was devoured by the Titans (see Dionysus) and they were consumed by the thunderbolt, man sprung from their ashes. Hence man is partly divine (Zagreus), partly desperately wicked (the Titans). It is his chief end to get rid of the latter element, which is accomplished by a life of ritual and moral purity during the soul’s incarnation in a series of bodies. When completely purified, it will be freed from the “circle of birth or becoming” (xdxdos ris Yyevéoews) and be made fully divine. The rules of purity included abstinence from animal food of all kinds, avoidance of polluting actions, such as contact with death or birth, wearing of white garments and other ascetic practices. There were mysteries of some kind, at which we may conjecture that the death of Zagreus was enacted (see Mystery), also various Dionysiac practices, such as the omophagia. In some cases, at least, the Orphic dead were provided with extracts from the sacred writings of their sect, inscribed on gold tablets, containing directions for their conduct in the underworld. Several of these have been recovered (see next paragraph). The influence of Orphism on Pythagoreanism was very great, so much so that it is often impossible to separate the two, although one was primarily a religion, the other a system of philosophy.
sheep), see A. Baumeister, Denkmdaler des classischen Altertyms ii
p. 1,120; P. Knapp, Uber Orpheusdarstellungen (Tübingen, 1893): F. X. Kraus, Realencyklopddie des christlichen Alterthums, Ï., (1886) :
J. A. Martigny, Dictionnaire des antiquités chrétiennes (1889); A
Heussner, Die altchristlichen Orpheusdarstellungen (Leipzig, 1893): R. Eisler, Vorträge der Bibliothek Warburg 1922—23 i. Teil, (1928) and the articles in Roscher’s and Daremberg and Saglio’s Lexicons,
The story of Orpheus, as was to be expected of a legend told
both by Ovid and Boethius, retained its popularity throughout
the middle
northern
ages
and was
fairy tale.
in three somewhat
transformed
into the likeness of a
different versions:
Sir Orpheo, a “lay of
In English mediaeval literature it appears
Brittany” printed from the Harleian ms. in J. Ritson’s Ancien} English Metrical Romances, vol. ii. (1802); Orpheo and Heurodis
from the Auchinleck ms. in David Laing’s Select Remains of the
Ancient Popular Poetry of Scotland (mew ed. 1885); and Kyng
Orfew from the Ashmolean ms. in J. O. Halliwell’s Zlustrations of
Fairy Mythology (Shakespeare traces of French influence.
Soc., 1842).
The poems show
ORPIMENT, an arsenic trisulphide. See ARSENIC. ORPINGTON, a residential town of Kent, England, 133 m,
S.E. of London, and 2} m. S. by E. of Chislehurst, on the SR. Pop. (1921) 7,047. The church is Early English. ORRERY, CHARLES BOYLE, 4th Ear or (16761731), British author, soldier and statesman, the second son of
Roger, 2nd earl, born at Chelsea, was educated at Christ Church,
Oxford. He translated Plutarch’s life of Lysander, and published an edition of the epistles of Phalaris, which engaged him in the famous controversy with Bentley. Orrery was imprisoned for a short time in 1721 on suspicion of being concerned in Layer’s Jacobite plot. He died on Aug. 28, 1731. Among the works of Roger, earl of Orrery, will be found a comedy, entitled As you jind it, written by Charles Boyle.
ORRERY, ROGER BOYLE, ist Earu or (1621-79), Brit-
ish soldicr, statesman and dramatist, 3rd surviving son of Richard Boyle, rst earl of Cork, was born on April 25, 1621, created baron of Broghill on Feb. 28, 1627, and educated at Trinity college, Dublin, and, according to Wood, also at Oxford. He travelled in France and Italy, and coming home took part in the expedition against the Scots. He returned to Ireland on the outbreak of the rebellion in 1641 and fought with his brothers at the battle of Liscarrol in September 1642. On the resignation of the marquis of Ormonde, Lord Broghill consented to serve under the parliamentary commissioners till the execution of the king, when he retired from public life. He was engaged in royalist schemes, however, when Cromwell visited him, and, explaining that he knew Orphic Literature—A great number of books existing in all about his activities, offered him a chance of clearing himself antiquity were ascribed to Orpheus, or his son Musaeus. This by serving the Commonwealth in Ireland. He accepted, and literature was well known to Pindar and Euripides, and exercised served Cromwell faithfully throughout the Irish campaign. great influence, directly or through Pythagoreanism, on Plato, and Orrery was returned to Cromwell's parliaments of 1654 and probably on Socrates also (see A. E. Taylor, Varia Socratica). 1656 as member for the county of Cork, and also in the latter It is now lost save for (1) the gold tablets already mentioned, assembly for Edinburgh, for which he elected to sit. He served which clearly contain extracts from a poem dealing with the that year as lord president of the council in Scotland: and when underworld, (2) a collection of hymns of late date, (3) Lithica he returned to England he was included in the inner cabinet of (on the virtues of minerals) and the Argonautica, also laie. Cromwell’s council, and was nominated in 1657 a member of the There are, however, numerous quotations in writers of various new House of Lords. On Cromwell’s death he gave his support to dates, which together make up a large collection of fragments, Richard; but as he saw no possibility of maintaining the governsome early and undoubtedly genuine Orphic, others much later, ment he left for Ireland, where by resuming his command in including palpable forgeries, showing Jewish and other foreign Munster he secured the island for Charles and anticipated Monk’s influence. A principal source for these is the controversialists, overtures by inviting him to land at Cork. He sat for Arundel Christian and pagan, of the 3rd and 4th centuries A.D. Among in the Convention and in the parliament of 1661, and at the editions may be mentioned E. Abel, Orphica (1885); O. Kern, Restoration was taken info great favour. On Sept. 5, 1660, he
Orphicorum fragmenta (1922). The former contains the hymns,
Lithica and Argonautica.
BrBiiocrapay.—C. A. Lobeck, Aglaophamus (1829); E. Rohde, Psyche (Eng. trans. W. B. Hillis, r925), vol. ii.; E, W. Maas, Orpheus (1895); T. Gomperz, Greek Thinkers (Eng. trans. 1901), vol. i; A, Dieterich, Nekyia (1913) (since reprinted with some additional notes). See also the larger works on mythology, as O. Gruppe, Griechisch Mythologie, ti. (1906), and the relevant articles in Roscher’s Lexikone der Mythologie and Daremberg-Saglio’s Dictionnaire des antiquités. On the representations of Orpheus in heathen and Christian art (in which he is finally transformed into the Good Shepherd with his
was created earl of Orrery.
The same year he was appointed a
lord justice of Ireland and drew up the act of Settlement. He continued to exercise his office as lord-president of Munster till
1668, when he resigned it on account of disputes with the duke of Ormonde, the lord-lieutenant. On Nov. 25 he was impeached
by the House of Commons for “raising of money by his own authority upon his majesty’s subjects,” but the proceedings were
interrupted by the prorogation of parliament and were not afterwards renewed. He died on Oct. 26, 1679. In addition to Lord Orrery’s achievements as a statesman and admin-
ORRIS-ROOT—ORTELIUS istrator, he gained some reputation as a writer and a dramatist. He was the author of An Answer toa Scandalous Letter .. . A Full Discovery of the Treachery of the Irish Rebels (1662), printed with the letter itself in his State Letters (1742), another answer to the same letter entitled Irish Colours Displayed . .. being also ascribed to him; Parthenissa, a novel (1654) ; English Adventures by a Person of Honour (1676), whence Otway drew his tragedy of the Orphan; Treatise of the Art of War (1677), a work of considerable historical value; » poems, of little interest, including verses On His Majesty’s Happy Restoration (unprinted), On the Death of Abraham Cowley (1677), The Dream (unprinted), Poems on most of the Festivals of the Church (1681); plays in verse, of some literary but no dramatic merit, of which Henry V. (1664), Mustapha (1665), Tryphon (acted 1668), The Black Prince (1669), Herod the Great (published 1694), and Altemira (1702) were tragedies, and Guzman (1669) and Mr. Anthony comedies. A collected edition was published in 1737, to which was added the comedy As you find it. The General is also attributed to him. AuTHorities.—State Letters of Roger Boyle, rst Earl of Orrery, ed. with his life by Th. Morrice (1742); Add. mss. (Brit. Mus.) 25,287 (letter-book when governor of Munster), and 32,095 sqgqg. 109-188 (letters) ; article in the Dict. of Nat. Biog. and authorities there collected; Wood’s Athenae Oxonienses, iii. 1200; Biographia Britannica (Kippis) ; Orrery Papers, ed. by Lady Cork and Orrery (1903) (Preface) ; Contemporary Hist. of Affairs in Ireland, ed. by John T. Gilbert (1879— 80); Cal. of State Pap., Irish and Domestic.
ORRIS-ROOT
(apparently a corruption of “iris root”), the
rhizomes or underground stems of three species of Jris, I. germanica, I, florentina and T. pallida, closely allied plants growing in subtropical and temperate latitudes, but principally identified with north Italy. The three plants are indiscriminately cultivated in the neighbourhood of Florence as an agricultural product under the name of “ghiaggiuolo.” The rhizomes are in August dug up and freed of the rootlets and brown outer bark; they are then dried and packed in casks for sale. In drying they acquire a delicate but distinct odour of violets. It is principally powdered for use in dentifrices and other scented dry preparations.
ORSHA
(Polish, Orsza), a town of the White Russian S.S.R.,
in 54° 34’ N., 30° 20’ E., on the Dnieper river, and at a junction on the Moscow-Warsaw railway. Pop. (1926) 21,311. It is an entrepôt for grain and timber and has iron works and a brewery. An electric plant was under construction in 1928. It is mentioned in the annals in 1067 as Rsha and was captured by the Lithuanians in the 13th century. A Polish Jesuit college was founded here in 1604. During the 16th and 17th centuries it was several times besieged by the Russians, and finally annexed 1772. Near it is the Jewish town of Dubrovno, which joined in the 1905 revolution and from which a band of Jewish youths set out for Orsha to defend the Jews against a pogrom, but perished in the attempt.
ORSINI, the name of a Roman princely family of great antiquity. According to tradition the popes Paul I. (757) and Eugenius II. (824) were of the Orsini family, but the probable founder of the house was a certain Ursus (the Bear), about whom very little is known, and the first authentic Orsini pope was Giacinto Orsini, son of Petrus Bobo, who assumed the name of Celestin III. (1191). The latter endowed his nephews with church lands and founded the fortunes of the family, which alone of the Guelph houses was able to confront the Ghibelline Colonna. “Orsini for the church” was their war-cry in opposition to “CoJonna for the people.” In the 13th century the “Sons of the Bear” were already powerful and rich, and under Innocent III. they waged incessant war against other families, including that of the pope himself (Conti). In 1241 Matteo Orsini was elected senator of Rome, and sided with Pope Gregory IX. against the Colonna and the Emperor Frederick II., saving Rome for the Guelphic cause. In 1266 the family acquired Marino, and in 1277 Giovanni Orsini was elected pope as Nicholas III. When Boniface VIII. proclaimed a crusade against the Colonna in 1297, the Orsini played a conspicuous part in the expedition and captured Nepi, which the pope granted them as a fief. On the death of Benedict XI. (1304) fierce civil warfare broke out in Rome and the Campagna for the election of his successor, and Cardinal Napoleone Orsini appears as the leader of the French faction at the conclave. The Campagna was laid waste by the feuds of the Orsini, the Colonna and the Caetani. At this time the Orsini held the castle of S. Angelo, and a number of palaces on the Monte Giordano, which formed a fortified and walled quar-
937
ter. In 1332, during the absence of the popes at Avignon, the feuds between Orsini and Colonna, in which even Giovanni Orsini, although cardinal legate, took part, reduced Rome to a state of complete anarchy. The Orsini were again at war with the Colonna at the time of Rienzi. In 1435 Francesco Orsini was appointed prefect of Rome, and created duke of Gravina by Pope
Eugenius IV. In 1484 war between the Orsini and the Colonna broke out once more, the former supporting the pope (Sixtus IV.). Virginio Orsini led his faction against the rival house’s strongholds, which were stormed, the Colonna being defeated. The Orsini fortunes waxed and waned many times, and their property was often confiscated, but they always remained a powerful family and gave many soldiers, statesmen and prelates to the church. The title of prince of Solofra was conferred on them in 1620, and that of prince of the Holy Roman empire in 1629. In 1724 Vincenzo Maria Orsini was elected pope (Benedict XIII.) and gave his family the title of Roman princes. See F. Sansovino, Storia di casa Orsina (Venice, 1565) ; F. Gregorovius, Geschichte der Stadt Rom (Stuttgart, 1872); A. von Reumont, Geschichte der Stadt Rom (1868) ; Almanach de Gotha.
ORSINI, FELICE
(1819-1858), Italian revolutionist, was
born at Meldola in Romagna. He joined the Giovane Italia, a society founded by Giuseppe Mazzini. Implicated together with his father in revolutionary plots, he was arrested in 1844 and condemned to imprisonment for life. The new pope, Pius IX., released him, and he led a company of young Romagnols in the first war of Italian independence (1848). He was elected member of the Roman constituent assembly in 1849, and after the fall of the republic he conspired against the papal autocracy once more in the interest of the Mazzinian party. Mazzini sent him on a secret mission to Hungary, but he was arrested in 1854 and imprisoned at Mantua, escaping a few months later. His account of his prison experiences, Austrian Dungeons in Italy (1857), led to a rupture between him and Mazzini. He then formed a plot to assassinate Napoleon III., whom he regarded as the principal obstacle to Italian independence. On the evening of Jan. 14, 1858, while the emperor and empress were on their way to the theatre, Orsini and his accomplices threw three bombs at the imperial carriage. The intended victims were unhurt, but several other persons were killed or wounded. Orsini was arrested; on Feb. 11, he wrote a letter to Napoleon, exhorting him to take up the cause of Italian freedom. He addressed another letter to the youth of Italy, stigmatizing political assassination. He was executed on March 13, 1858. Of his accomplices Pieri also was executed, Rudio was condemned to death but obtained a commutation of sentence, and Gomez was condemned to hard labour for life. Orsini’s attempt terrified Napoleon, who
may have been so induced to take up Italy’s cause. BrIBLiIOGRAPHY.—Memoirs and Adventures of Felice Orsini written by himself (Edinburgh, 1857, 2nd ed., edited by Ausonio Franchi, Turin, 1858) ; Lettere edite e inedite di F. O. (Milan, 1861) ; Enrico Montazio, I contemporanei Italiani-Felice Orsini (Turin, 1862); La vérité sur Orsini, par un ancien proscrit (1879); Angelo Arboit, Tofin e la fuga di Felice Orsini (Cagliari, 1893).
ORTA, LAKE OF, in north Italy, west of Lago Maggiore. Its southern end is about 22 m. by rail N.W. of Novara on the main Turin-Milan line, while its north end is about 4 m. by rail S. of the Gravellona-Toce railway station. It has an area of about 6 sq.m., it is about 8 m. in length, its greatest depth is 469 ft., and the surface is 951 ft. above sea-level, while its width varies from 4 to 13 m. The island of San Giulio (just west of the village of Orta) has a picturesque church. The chief place is Orta, on a peninsula projecting from the east shore of the lake, while Omegna is at its northern extremity. The lake is the remnant of a larger sheet of water by which the waters of the Toce flowed south towards Novara. As the glaciers retreated the waters flowing from them sank, and were gradually diverted into Lago Mag-
giore. This explains why no considerable stream feeds the Lake of Orta, while at its north end the Nigoglia torrent flows out of it, ultimately joining Lago Maggiore.
ORTELIUS (Wortets), ABRAHAM (1527-1598), next to Mercator the greatest geographer of his age, was born at Antwerp on April 14, 1527, and died in the same city on July 4, 1598. He
ORTHEZ—ORTHODOX
938
was of German origin, his family coming from Augsburg. He travelled extensively in western Europe. Beginning as a mapengraver, he became a merchant, and most of his journeys before 1560 were for commercial purposes. In 1560, however,
when
travelling with Gerhard
Kremer
(see MERCATOR,
GER-
HARDUS), he became interested in scientific geography and began to prepare that atlas or Theatre of the World by which he became famous. In 1564 he completed a mappemonde, which afterwards appeared in the Theatrum. In 1570 (May 20) was issued, by Gilles Coppens de Diest at Antwerp, Ortelius’ Theatrum Orbis Terrarum, the “first modern atlas” (of 53 maps). Many editions, Flemish, Latin and German, appeared in his lifetime. Most of the maps were admittedly reproductions (a list of 87 authors is given by Ortelius himself), and many discrepancies of delineation or nomenclature occur; but, taken as a whole, this atlas with its accompanying text was a monument of rare erudition and industry. In 1573 Ortelius published 17 supplementary maps under the title of Additamentum Theatri Orbis Terrarum. In 1575 Ortelius was appointed geographer to the king of Spain, Philip II., on the recommendation of Arius Montanus, who vouched for his orthodoxy (his family, as early as 1535, had fallen under suspicion of Protestantism). Other important works are: Synonymia geographica (1578); Nomenclator Ptolemaicus
(1584); his Parergon (a series of maps illustrating ancient history, sacred and secular), and his Jtinerarium per nonnullas Galliae Belgicae partes, a record of a journey in Belgium and the Rhineland made in 1575; an edition of Caesar (C. I. Caesaris omnia quae extant, Leyden, Raphelingen, 1593), and the Aurei saeculi imago, sive Germanorum veterum vita (Philippe Galle, Antwerp, 1596). He also aided Welser in his edition of the Peutinger Table in 1598. His death and burial (in St. Michael’s Abbey church) in 1598 were marked by public mourning. See Emmanuel van Meteren, Historia Belgica (Amsterdam, 1670); General Wauwermans, Histoire de l’école cartographique belge et anversoise (Antwerp, 1895), and article “Ortelius” in Biographie nationale (Belgian), vol. xvi. (Brussels, 1901) ; J. H. Hessels, Abrahami Ortelii epistulae (Cambridge, England, 1887) ; Max Rooses, Ortelius et Plantin (1880) ; Génard, “Généalogie d’Ortelius,”’ in the Bulletin de la Soc. roy. de Géog. d’Anvers (1880 and 1881).
ORTHEZ, a town of S.W. France, department of BassesPyrénées,
25 m. N.W. of Pau on the Southern railway.
(1926) 4,097.
At the end counts of Dax 13th century. the town and
Pop.
of the rath century Orthez passed from the visto the viscounts of Béarn, who resided there in the Jeanne d’Albret founded a Calvinist university in Theodore Beza taught there for some time. An
envoy sent in 1569 by Charles IX. to revive the Catholic faith was besieged in Orthez which was taken by the Protestant captain, Gabriel, count of Montgomery. In 1684 Nicholas Foucault, intendant under Louis XIV., was more successful, as the inhabitants, ostensibly at least, renounced Protestantism, which however is still strong there. It stands on the right bank of the Gave de Pau here crossed by a 14th century bridge with four arches and
surmounted by a central tower. The Tour de Moncade, a pentag-
onal tower of the 13th century, was once the keep of a castle of the viscounts of Béarn, and is now used as a meteorological observatory. The work of spinning and weaving cotton, especially of the fabric called toile de Béarn, the manufacture of paper and of leather, and the preparation of hams known as jambons de Bayonne and of other delicacies are carried on.
ORTHOCLASE, an important rock-forming mineral belong-
ing to the felspar group (see Fexspar). (Gr. dp0ds, “right,” and Kdav, “to break.”) The mineral, so named by A. Breithaupt in
1823 in allusion to the right-angled intercleavage angle, has the composition KAISi:Os but commonly contains signifñcant proportions of the corresponding NaAISi;0s compound in solid solution. Included under orthoclase are the varieties known as adularia and sanidine, the former occurring in druses in granites and Crystalline schists, the latter as glassy crystals enclosed in lavas and dike rocks. The apparent symmetry of orthoclase is that of a monoclinic crystál with the two prominent cleavages oor and oro at right angles. The crystals show considerable variety of habit, prismatic, as in adularia, elongated along the edge oor: oro as in
EASTERN
CHURCH
crystals from the Baveno granite quarries, and tabular on the
clinopinacoid as in sanidine. The simple Carlsbad type of twinning is exceedingly common. Orthoclase melts incongruently at 1,170° C with formation of leucite (g.v.). As a primary mineral it is an essential constituen of many acidic igneous rocks, in granites, porphyries, syenites and
trachytes, while the variety sanidine is practically wholly limited to surface lavas and associated dike rocks. It is common as a con-` stituent of thermally altered argillaceous sediments but its place in the crystalline schists is usually taken by microcline (g.v.)
ORTHODONTIA,
(C. E. T.
a special department of dentistry a
cerned with the prevention and correction of irregular and of mal.
posed teeth. Orthodontic treatment is usually effected by means of the spring force of delicate wires attached to the teeth,
The earliest attempt in the literature at systematic treatment of
orthodontia was by Fauchard in 1728. In 1836 Kneisel publisheq
a special work on the subject. Between these two it was variously treated by several writers in the field of mechanical dentistry
(Bunon 1743; Bourdet 1757; Fox 1803; Delabarre 1819). At the
beginning of the 2oth century in America orthodontia emerged
from the general field of mechanical dentistry as a recognized specialty. Its advent was heralded by the appearance of many
“systems of regulating.” These “systems” were marketable com-
binations of mechanical appliances designed to effect various movements of the teeth, and were identified by the names of their inventors (Angle, Case, Jackson eż al). While this period of the exploitation of apparatus undoubtedly was a great stimulus to the development of technique, the literature which it evoked took the form of personal opinion rather than the presentation of scientific evidence. Expert technicians soon demonstrated the limitations of the mechanical conception of the subject where-
upon interest centred in its biological aspect.
results of treatment have been more satisfactory.
Since then the Great advances
have been made in America where specialization is more common while the conservative influence of the dental profession in Great Britain and European countries has acted as a stabilizing force in its growth. The condition of irregular and malposed teeth, ie,, malocclusion, may be caused by bad diet in both its chemical and physical aspects (Howe, McCollum, Mellanby). Habits of infancy and childhood as thumb-sucking, tongue-biting and mouthbreathing, and mutilations from trauma and disease are also important causes. In fact any abnormal function in or about the mouth when persisted in may result in irregular and malposed
teeth. ORTHODOX
EASTERN
CHURCH
(A. L. J.) (frequently spoken
of as “the Greek Church,” and described officially as “The Holy Orthodox Catholic Apostolic Eastern Church’), the historical representative of the churches of the ancient East. It consists of (a) those churches which accepted all the decrees of the first seven general councils, and have remained in full communion with one another, (b) such churches as derived their origin from these by missionary activity, or by abscission without loss of communion. Origins of the Greek or Eastern Church.—Christianity arose in the East, and Greek was the language of the Scriptures and early services of the church, but when Latin Christianity established itself in Europe and Africa, and when the old Roman empire fell in two, and the eastern half became separate in government, interests and ideas from the western, the term Greek or Eastern Church acquired gradually a fixed meaning. It denoted
the church which included the patriarchates of Antioch, Alexandria, Jerusalem and Constantinople, and their dependencies. The ecclesiastical division of the early church, at least within the empire, was based upon the civil.
Constantine introduced a new
partition of the empire into dioceses, and the church adopted 4 similar division. The bishop of the chief city in each diocese naturally rose to a pre-eminence, and was commonly called exarch
—a title borrowed from the civil jurisdiction. In process of time
the common title patriarch was restricted to the most eminent of these exarchs, and councils decided who were worthy of the dignity. The council of Nicaea recognized three patriarchs—the bishops of Rome, Alexandria and Antioch. To these were after
ORTHODOX
EASTERN
wards added the bishops of Constantinople and Jerusalem. When the empire was divided, there was one patriarch in the West, the bishop of Rome, while in the East there were at first two, then four and latterly five. This geographical fact has had a great deal to do in determining the character of the Eastern Church. It is not a despotic monarchy governed from one centre and by a monarch in whom plenitude of power resides. It is an oligarchy of patriarchs. It is based, of course, on the great body of bishops; but episcopal rule, through the various grades of metropolitan, primate, exarch, attains to sovereignty only in the five patriarchal thrones. Each patriarch is, within his diocese, what the Gallican theory makes the pope in the universal church. He is supreme, and not amenable to any of his brother patriarchs, but is within the jurisdiction of an oecumenical synod. The schismatic churches of the East have always reproduced the ecclesiastical polity of the church from which they seceded. The Greek Church, like the Roman, soon spread far beyond the imperial dioceses which at first fixed its boundaries, but it was far less successful than the Roman in preserving its conquests for Christianity. This was due in the main to the differing quality of the forces by which the area covered by the two churches was respectively invaded. Greek Christianity became the religion of the Slavs as Latin Christianity became that of the Germans; but the Orthodox Church never conquered her conquerors. The great dogmatic work of the Eastern Church was the definition of that portion of the creed of Christendom which concerns theology proper-——the doctrines of the essential nature of the Godhead, and the doctrine of the Godhead in relation with man-
hood in the incarnation, while it fell to the Western Church to define anthropology, or the doctrine of man’s nature and needs. All the churches of the East, schismatic as well as orthodox, accept unreservedly the decrees of the first two councils. The schismatic churches protest against the additions made to the creeds of Nicaea and Constantinople by succeeding councils. The Niceao-Constantinopolitan creed declared that Christ was consubstantial (6uoovccos) with the Father, and that He had become man
(evavOpwrnoas). Disputes arose when theologians tried to explain
the latter phrase. These differences took two separate and extreme types, the one of which forcibly separated the two natures so as to deny anything like a real union, while the other insisted upon a mixture of the two, or an absorption of the human in the divine. The former was the creed of Chaldaea and the latter the creed of Egypt: Chaldaea was the home of Nestorianism, Egypt the land of Monophysitism. The Nestorians accept the decisions of the first two councils, and reject the decrees of all the rest as unwarranted alterations of the creed of Nicaea. The Monophysites accept the first three councils, but reject the decree of Chalcedon and all that come after it. They gave rise to numerous sects and to at least three separate national churches,—the Jacobites of Syria, the Copts of Egypt, and the Abyssinian church, which are treated under separate headings. (See also Nrcazca [CounciL or]; CHALCEDON [COUNCIL oF]; NEsTorrus; NESTORIANS; MONOPHYSITES.) CONFLICT WITH
ROME
The relation of the Byzantine Church to the Roman may be described as one of growing estrangement from the 5th to the rth century, and a series of abortive attempts at reconciliation since the latter date. The estrangement and final rupture may be traced to the increasing claims of the Roman bishops and to Western innovations in practice and in the doctrine of the Holy Spirit, accompanied by an alteration of creed. In the early church three bishops stood forth prominently, principally from the political eminence of the cities in which they ruled —the bishops of Rome, Alexandria and Antioch. The transfer of the seat of empire from Rome to Constantinople gave the
bishops of Rome a possible rival in the patriarch of Constantinople, but the absence of an overawing court and of meddling statesmen did more than recoup the loss to the head of the Roman Church. The theological calmness of the West, amid the violent theological disputes which troubled the Eastern patriarchates, and the statesmanlike wisdom of Rome’s greater bishops, combined to give a unique position to the pope, which councils
CHURCH
939
in vain strove to shake, and which in time of difficulty the Eastern
patriarchs were fain to acknowledge and make use of, however they might protest against it and the conclusions deduced from it. But this pre-eminence, or rather the Roman idea of what was involved in it, was never acknowledged in the East; to press it upon the Eastern patriarchs was to prepare the way for separation, to insist upon it in times of irritation was to cause a schism. The theological genius of the East was different from that of the West. The Eastern theology had its roots in Greek philosophy, while a great deal of Western theology was based on Roman law. (See Stanley’s Eastern Church, ch. i.) This gave rise to misunderstandings, and at last led to two widely separate ways of regarding and defining one important doctrine—the procession of the Holy Spirit from the Father or from the Father and the Son. Political jealousies and interests intensified the dis-
putes, and at last, after many premonitory symptoms, the final
break came in 1054, when Pope Leo IX. smote Michael Cerularius and the whole of the Eastern Church with an excommunication. There had been mutual excommunications before, but they had not resulted in permanent schisms. Now, however, the separation was final, and the ostensible cause of its finality was the introduction by the Latins of two words Filioque into the creed, (After
the words “and in the Holy Ghost” of the Apostles’ Creed the Constantinopolitan creed added “who proceedeth from the
Father.” The Roman Church, without the sanction of an oecumenical council and without consulting the Easterns, added “and the Son.” The addition was first made at Toledo [589] in opposition to Arianism. The Easterns also resented the Roman enforcement of clerical celibacy, the limitation of the right of confirmation to the bishop and the use of unleavened bread in the Eucharist.) It is this addition which was and which still remains the permanent cause of separation. Doctrines and Creeds.—The Eastern Church has no creeds in the modern Western use of the word, no normative summaries of what must be believed. It has preserved the older idea that a creed is an adoring confession of the church engaged in worship; and, when occasion called for more, the belief of the church was expressed more by way of public testimony than in symbolical books. Still the doctrines of the church can be gathered from these confessions of faith. The Eastern creeds may thus be roughly placed in two classes—the oecumenical creeds of the early undivided church, and later testimonies defining the position of the Orthodox Church of the East with regard to the belief of the Roman Catholic and of Protestant Churches. These testimonies were called forth mainly by the protest of Greek theologians
against Jesuitism on the one hand, and against the reforming tendencies of the patriarch Cyril Lucaris (g.v.) on the other. The Orthodox Greek Church adopts the doctrinal decisions of the seven oecumenical councils, together with the canons of the Concilium Quinisextum or second Trullan council (692); and they further hold that all these definitions and canons are simply explanations and enforcements of the Nicaeo-Constantinopolitan creed and the decrees of the first council of Nicaea. The first four councils settled the orthodox faith on the doctrines of the Trinity and of the Incarnation; the fifth supplemented the decisions of the first four. The sixth declared against Monothelitism; the seventh sanctioned the worship (dovAcia, not dO} Aarpeia) of images; the council held in the Trullus ( a saloon in the palace at Constantinople) supplemented by canons of discipline the doctrinal decrees of the fifth and sixth councils. The most important doctrinal testimonies of the Eastern church are (1) the Orthodox confession of catechism of Peter Mogilas, confirmed by the Eastern patriarchs and by the synod of Jerusalem (1643), and (2) the decree of the synod of Jerusalem or the confession of Dositheus (1672). Besides these, the catechisms of the Russian Church should be consulted, especially the catechism of Philaret, which since 1839 has been used in all the churches and schools in Russia. The Church of Christ is the fellowship of ALL THOSE WHO ACCEPT AND PROFESS ALL THE ARTICLES TRANSMITTED BY THE APOSTLES AND APPROVED BY GENERAL SYNODS. Without this visible Church there is no salvation. It is under the abiding influence of
940
ORTHODOX
EASTERN
CHURCH
the Holy Ghost, and therefore cannot err in matters of faith, | another and have now entered into fellowship, but With bodies Specially appointed persons are necessary in the service of the | which have grown naturally from a single origin and have not Church, and they form a threefold order, distinct jure divino from \ become estranged. The most ancient of these divisions depend op other Christians, of Bishops, Priests and Deacons. THE FOUR the jurisdiction of the four patriarchates. (1) The ancient Patri. PATRIARCHS, OF EQUAL DIGNITY, HAVE THE HIGHEST RANK archate of Constantinople included the imperial dioceses of Pontys AMONG THE BISHOPS, AND THE BISHOPS united in a General Coun- Asia, Thrace and Eastern Illyricum—.e., speaking roughly, the cil represent the Church and infallibly decide, under the guidance greater part of Asia Minor, European Turkey, and Greece, with of the Holy Ghost, all matters of faith and ecclesiastical life. All a small portion of Austria. The Oecumenical Patriarch, as he has ministers
of Christ must be regularly called and appointed to
their office, and are consecrated by the sacrament of orders. Bishops must be unmarried, and PRIESTS AND DEACONS MUST NOT CONTRACT A SECOND MARRIAGE. To all priests in common belongs, besides the preaching of the word, the administration of the six SACRAMENTS—BAPTISM, CONFIRMATION, PENANCE, EUCHARIST, MATRIMONY, UNCTION OF THE SICK. The bishops alone can administer the sacrament of orders. Ecclesiastical ceremonies are part of the divine service; most of them have apostolic origin; and those connected with the sacrament must not be omitted by priests under pain of mortal sin. (This summary has been taken with Corrections from G. B.
Winer, Comparative Darstellung des Lehrbegriffs der verschiedenen Kirchenparteien, Eng. trans. 1873. Small capitals denote differences from Roman Catholic, italics differences from Protestant doctrine.) Liturgy and Worship.—The ancient liturgies of the Eastern Church were very numerous but a strong desire for uniformity led to the almost exclusive use of the liturgy of Jerusalem or of St. James in the East. It is used in two forms, a shorter revised by Chrysostom, and a longer called the liturgy of St. Basil. This liturgy and the service generally are either in Old Greek or in Old Slavonic, and frequent disputes have arisen in particular districts about the language to be employed. Both sacred languages differ from the language of the people, but it cannot be said that in the Eastern Church worship is conducted in an unknown tongue—‘‘the actual difference,” says Neale, “may be about that between Chaucer’s English and our own.” There are eleven chief service books, and no such compendium as the Roman breviary. Fasting is frequent and severe. Besides Wednesdays and Fridays, there are four fasting seasons, Lent, Pentecost to SS. Peter and Paul, August 1-15 preceding the Feast of the Sleep of the Theotokos, and the six weeks before Christmas. Indulgences are not recognized; an intermediate and purificatory state of the dead is held but not systematized into a doctrine of purgatory. The Virgin receives homage, but the dogma of her Immaculate Conception is not admitted. While ikons are found in the churches, there is no “graven image” apart from the crucifix. Monasticism is, as it has always been, an important feature in the Eastern Church. An Orthodox monastery is perhaps the most perfect extant relic of the 4th century. The simple idea that possesses the monks is that of fleeing the world; they have no distinctions of orders, and though they follow the rule of St. Basil object to being called Basilians. A few monasteries (Mt. Sinal and some on Lebanon) follow the rule of St. Anthony. K. Lake in Early Days of Monasticism on Mount Athos (1909) traces the development through three well-defined stages in the gth and xoth centuries—(a) the hermit period, (b) the loose or-
ganization of hermits in lauras, (c) the stricter rule of the
monastery, with definite buildings and fixed rules under an 7yob
' pevos or abbot.
(See Assey, Monasticism, and related articles.)
The Branches
of the Church.—In
addition to the ancient
been called since early in the 6th century, is the most exalted ecclesiastic of the Eastern churches, and his influence reaches far outside the lands of the patriarchate. His jurisdiction extends over the dominions of the Sultan in Turkey, together with Asia
Minor and the Turkish islands of the Aegean;
there are 8,
metropolitans under him, and the “monastic republic” of Mount
Athos. He has great privileges and responsibilities as the recognized head of the Greek community in Turkey, and enjoys also many personal honours which have survived from the days of the Eastern emperors. In ecclesiastical affairs the patriarch acts with two governing bodies—(a) a permanent Holy Synod (‘Iepa Divodos THs “Exkdnotas Kwrorayvrivovrddews) consisting of 12 metro. politans, six of whom are re-elected every year from the whole number of metropolitans, arranged in three classes according to a fixed cycle; (b) the Permanent National Mixed Council (Atapkes "HOvuxovy Mexrov ZupBot\ov), a remarkable assembly, which is at once the source of great power by introducing a strong lay element into the administration, and of a certain amount of weakness by its liability to sudden changes of popular feeling, Its members are chosen by an electoral body appointed for the purpose. The election of the patriarch himself is to a consider-
able extent popular.
(2) The Patriarchate of Alexandria, consist-
ing of Egypt and its dependencies, was at one time the most powerful, as it was the most centralized, of all; but the secession of the greater part of his church to Monophysitism (Coptic CuurcH), and the Mohammedan conquest of Egypt, have left him but the shadow of his former greatness. (3) The Patriarchate of Antioch has undergone most changes in extent of jurisdiction, arising from the transfer of sees to Jerusalem, from the progress of the schismatic churches of the East and from the conquests of the Mohammedans. The patriarch retains little of his old importance. His jurisdiction includes Cilicia, Syria (except Palestine) and Mesopotamia. (4) The Patriarchate of Jerusalem was constituted at the council of Chalcedon in 451, with jurisdiction over Palestine. The inroads of the Saracens reduced its importance, which afterwards depended chiefly on the position and associations of Jerusalem.
In addition to the four patriarchates, the Orthodox Eastern Church, until 1914, consisted of nine national branches or divisions: the ancient Church of Cyprus (see Cyprus, CHURCH or); the Church of Mount Sinai, consisting of little more than the
famous monastery of St. Catherine; the Eastern Orthodox Church in Austria-Hungary, which consisted of the Serbs of Hungary and Croatia, the Rumanians of Transylvania, the Ruthenians of Bukovina, and the Serbs of Bosnia-Herzegovina; and
the respective national churches of Russia, Greece, Bulgaria, Rumania, Serbia, and Montenegro. POSITION AT THE OUTBREAK OF WORLD WAR
Russia, with Georgia, is reckoned to have had nearly 100,000, 000 Slavonic Orthodox. Georgia, an exarchate once independent,
was gradually being Russianised; the exarch was a Russian and an
churches which have separated themselves from the Orthodox ex officio member of the Russian Holy Synod since 1801, while his faith, many have ceased to have an independent existence, owing suffragan bishops were Georgians. The effects of Tsarism on the either to the conquests of Islam or to their absorption by other Russian Church have been described by a learned observer as not churches. In the early years of the present century the Orthodox good (Agéyev, The Christian East, 1920). “Under the guise of Eastern Church consisted of 12 mutually independent churches protecting the Church, the state in reality had enslaved it.” The (or 13 if we reckon the Bulgarian Church), using their own Church was in a state of paralysis, and the Russian educated language in divine service (or some ancient form of it, as in classes were estranged from it. Russia) and varying not a little in points of detail, but standing in The Orthodox Church in Turkey (Greek), under the Ecufull communion with one another, and united as equals in what menical Patriarch, Archbishop of Constantinople—often errohas been described as one great ecclesiastical federation. How- neously in the West called the Patriarch of Constantinople—s ever, in using such language it must be remembered that we are | believed to have numbered 2,500,000 in Europe—counting M not dealing with bodies which were originally separated from one | those transferred to the kingdom of Hellas in 1g12—-and 2,000,000
ORTHODOX
EASTERN
in Asia Minor and the islands. In Greece proper, where the | autocephalous position of the Church was recognised by the Ecumenical Patriarch in 1850, there were about 2,000,000 ortho- | dox (ib.). In the Austro-Hungarian Empire there were several orthodox | Churches, Karlowitz
CHURCH
O41
given in the Church Times, Oct. 30, 1925; see also Nov. 20, 1925.) Post-War Turkey, with its curtailed frontiers, has as its aim the creation of an entirely Muslim State; and among other things the Turkish Government desires the abolition of the Oecumenical Patriarchate. But the European Powers, while restoring Constan-
chiefly Slavonic, Serbian Church;
with some 3,000,000 souls: the | tinople to Turkey, prevented this, and at Lausanne the Turkish those of Dalmatia and Cattaro, | delegates made a formal declaration of their Government that the joined to the Ruthenian Bukowina, though far distant from it; | Patriarchate would be allowed to continue. Vet, as far as Turkey of Bosnia and Hercegovina; of Transylvania; and a certain num- | is concerned, the Patriarchate is little more than “the shadow of a ber of orthodox scattered in various districts. The Bulgarian | shade.” By the Treaty of Lausanne all Greek Orthodox residents Church was made autocephalous by the Sultan in 1876, when the | in Constantinople before Oct. 30, 1918, are exempt from expulBulgarian exarch resided in Constantinople; but the Ecumenical | sion. All other Greeks in Turkey, however, are liable to expulsion,
Patriarch did not recognise its independence. It numbered about | and those in Asia Minor have been settled in the new Greece 4,000,000. and elsewhere, in many cases in change for Muslims. Only Turkish In Rumania the old Church of Okhrida was suppressed in 1767 | subjects can be metropolitans in Turkey, and therefore the epis-
and the Orthodox then became subject to the Ecumenical Patri- | copate has to be recruited from the comparatively few Greek resiarch till recent times. They numbered about 4,500,000. The same | dents in Constantinople. Outside modern Turkey the Oecumenical state of things obtained in Serbia (1,500,000), where the old | Patriarch, not the Metropolitan of Athens, has jurisdiction in Church of Ipek was suppressed in 1766. Macedonia, Western Thrace, Epirus, Crete and the Aegean Islands, The little Church of Montenegro (about 200,000 souls) was | and this is an exception to the rule about ecclesiastical independ-
made independent in 1766 and governed by a metropolitan who | ence mentioned above. (See an informative series of four articles had one suffragan bishop. (Note that in some of the separated | on The Orthodox Churches, by Dr. Greig, Bishop of Gibraltar in
Churches of the East the metropolitans have no suffragans.)
In | Theology, 10-11, March, April, July, Aug., 1925.)
addition there were the Orthodox in the patriarchate of Antioch,|
Yugoslavia, called in the Treaties the Serb-Croat-Slovene
that of Jerusalem, that of Alexandria, Cyprus, autocephalous since | State, is now re-organizing its Church, which includes the former 431, and the monastery of Mount Sinai, autocephalous since 1575, | Serbian Church, the Karlowitz Serbian Church, that of Dalmatia the archbishop of which usually resides in Egypt. and Cattaro, that of Bosnia and Hercegovina (these three formerly in Austro-Hungary) and Montenegro. During the World War POSITION AFTER THE WAR many Serbians were in England; over 600 refugees, young ordiThe alterations in the boundaries of the various states have | nands, were there instructed and prepared for the Orthodox priestnecessarily had a great effect on the Church. But a much greater | hood under Serbian priests. (The Christian East, 48 f, 51 f, 54.) effect has been produced by the internal convulsions in Russia | Many others were in France, engaged in secular pursuits, and in and Turkey. other countries. This will be a convenient place to remark on the
Russia has lost Poland and the Baltic provinces; but this has | changed ecclesiastical conditions in both Yugoslavia and Rumania. not affected the Orthodox Church to a very great extent, as the | Before the War Rumania and Serbia were inhabited practically bulk of the population was of other faiths. Poland has still 3 mil- | by Orthodox alone. But the enlarged boundaries have brought in lion Orthodox; Lithuania has 23,000 Orthodox and 35,000 “Old | many Roman Catholics and Lutherans, and this has complicated Believers”; Czechoslovakia has very few Orthodox, most of the | the problem of national religions. The former idea of one country, population being Roman Catholics or Uniats. one church, has to be given up, and religion and politics cannot In Russia proper and in Georgia the effect has been most dis- | have the same close connection that they had before. Moreover, astrous. At first the revolution promised well for the Orthodox. | the greatest hindrance to the reorganization of the Orthodox A Holy Synod of x2 bishops and a council of bishops, priests | Church in the Balkans and in Rumania is the exaggerated national and laymen were established in 1917; the office of Chief Procu- | feeling and jealousy of each country against the others. This jealrator—a layman who had represented the Tsar, and who wielded | ousy is much more felt between the different branches of Orthovery great powers—was abolished; the patriarchate, discontinued | doxy than between them and the Roman Catholics or Lutherans.
by Peter the Great since 1700, was revived (Nov. 1, 1917) in the | (Greig in Theology, ii., 8, 66.) person of Tikhon, Patriarch of Moscow and all Russia, who was To the former Rumanian Church, with its two metropolitans, enthroned on Dec. 4, 1917. But the Bolshevist régime dashed all | is now added the Transylvanian Church (formerly in Hungary), the hopes of the Church. The new rulers set themselves to oppose | with its metropolitan at Hermannstadt, and suffragan bishops at Christianity in all its forms. Arad and Kazansebes; and also the Churches of Bukowina and All teaching of religion in public schools was forbidden; par- | Bessarabia. ents were not allowed to teach their children religion; only canThe old metropolitanate of Athens has not been greatly affected. didates for the priesthood, if over 18 years of age, might learn | For Macedonia, etc., see above; but it is hard to see how the theology. No minister of religion could enjoy full civil rights. |Oecumenical Patriarch in Constantinople can under the changed No religious association could hold property, and all property | conditions exercise an effective supervision over these districts. of existing religious associations was confiscated to the State, | Salonika has now become once more a Christian city, and the which might at its pleasure lend buildings for religious worship. | mosques which had originally been Christian churches have now Monasteries were to be converted to useful purposes. Most of the | been restored to Orthodox worship. bishops who have not escaped from Russia and have not been put Bulgaria has lost the Aegean coast to Greece, and part of the to death have been interned in or about Moscow, or in monasteries | Dobruja to Rumania. Otherwise the Church has not been much in the far north. And the only organization that has been found | affected. It has, by the official census of 1920, about 4,000,000 possible is a synod of 15 Russian bishops which holds its sessions | members, almost all of Bulgarian nationality, out of a total popuoutside Russia, at Belgrade. The patriarch Tikhon died in 1925, | lation of nearly 5,000,000, of whom about 700,000 are Muslims, and a makeshift for the patriarchate has been devised in the shape | chiefiy Turks.
of a locum tenens. The passive resistance of the Russian peasantry |
Among the smaller communities in Asia and Africa which were
has been the great obstacle to the Government’s endeavour to | once under Turkish rule, the Orthodox patriarchate of Jerusalem, suppress Christianity, and the so-called reformed Russian Church, | now under British mandate, consists of about 30,000 Arab and a body encouraged by the Soviet power, has so far been a failure | Greek Christians and a few Russians: the chief obstacles to prog-
for the same reason. In Georgia, the Church is in as great con- | ress are the jealousies between Arabs and Greeks, and the financial fusion as in Russia; since the first revolution the tendency has| difficulties of the monasteries. The Orthodox patriarchate of been towards independence in ecclesiastical matters.
(The transla- | Antioch, now under French mandate, suffers from the same diff-
tion of an official summary of Soviet legislation against religion is | culties as that of Jerusalem. It has some 300,000 members
The
942
ORTHOGENESIS—ORTHOPAEDIC
Orthodox (“‘Melkite”) Patriarch of Alexandria has only a small following of about 100,000, as has been the case since the Monophysite schism in the 5th century. Under him is the Archbishop of Nubia. The autocephalous Churches of Cyprus (with about 200,000 Orthodox) and Mount Sinai have not been greatly affected by the War. BIBLIOGRAPHY.—For the origins of the Eastern Church and the early controversies see the authorities cited in the article Caurcu History. The following are devoted specially to the history and condition of the Eastern Church: M. le Quien, Oriens Christianus (1740) ; J. S. Assemani, Bibliotheca Orientalis (1719—28) ; A. P. Stanley’s Eastern Church (1861) ; J. M. Neale, The Holy Eastern Church (General Introduction, 2 vols.; Patriarchate of Alexandria, 2 vols.; and, published posthumously in 1873, Patriarchate of Antioch) ; W. F. Adeney, The Greek and Eastern Churches (1908); A. Fortescue, The Orthodox Eastern Church (1907, with valuable bibliography) ; also references in Hastings’ Encyclopaedia of Religion and Ethics, articles “Greek Orthodox Church” and “Russian Church” by S. V. Troitsky. For liturgy, see H. A. Daniel, Codex Liturgicus Eccl. Univ. in epitomen redactus (4 vols., 1847-55); F. E. Brightman, Eastern Liturgies (Oxford, 1896). For hymnology see Daniel, Thesaurus Hymnologicus (4 vols.) ; Neale’s translations of Eastern Hymns; B. Pick, Hymns and Poetry of the Eastern Church (New York, 1908). On the question of Reunion, see Fortescue, as above; and art. REUNION (CHURCH).
ORTHOGENESIS,
a zoouogical term introduced by Eimer
to express the view that the variations from the normal form of an animal species, on the occurrence of which evolution depends, do not arise at hazard but have a definite direction in all closely allied species; and that these variations may be repeated over a long series of generations, always in the same direction. The cause of these definite variations is left uncertain but is supposed to lie within the animal and not in its environment. Thus evolution would follow a direct course, which need have no positive adaptive significance. This view was founded on a study of the patterns of butterfly wings. The phylogenies built up by palaeontologists, as E. D. Cope was the first to observe, do show that evolution has generally proceeded in definite directions, each member of a series differing from its predecessor in the same ways as its successor differs from it. In most cases the changes take place in such a way that greater mechanical efficiency is secured, and they can thus, theoretically, be accounted for by natural selection, exercised by a constant or auto-orthogenetic environment. In some cases however the changes may proceed in a definite direction despite very great changes in habits and habitat amongst the animals. The essential point, that variation is not indefinite in direction, has been established for those heritable variations known as mutations by the observation that definite mutants appear time after time at a definite rate amongst the members of a species bred under controlled conditions; and that identical mutants occur in allied species and genera. The implication of these facts is that the mechanism which determines the course of development of the fertilized egg, and is hence responsible for heredity, is capable of modification only in certain definite ways, and that this mechanism is of essentially the same structure in allied animals. This view is in harmony with the fact, observed by palaeontologists, that closely allied stocks (phyla or lineages) exposed to similar conditions pursue parallel evolutionary courses. It is not inconsistent with the view that the evolution, at least of certain structures, may follow a definite trend independently of its environment. See EVOLUTION. (D. M. S. W.)
ORTHOPAEDIC
SURGERY.
In this branch of surgery,
which deals with the rectification of congenital and acquired
deformities, particularly those of the limbs, great advances have been achieved during recent years as a consequence of the exceptional opportunities of study and practice afforded during the Great War. Thus the treatment of fractures during the early part of the War was attended not only by unnecessary deformity, but also by a high mortality, and remained unsatisfactory until special hospitals were started, manned by teams of expert surgeons. In compound fractures of the femur an initial mortality of 80% was ultimately reduced to 25%. This dramatic change was accomplished by immediate reduction and fixation of the fracture, by segregation and by continuity of treatment. Knowledge thus gained has formed the basis of the efforts to place the
SURGERY
organisation and teaching of fractures upon a different basis wi,
a view to minimising
the disabilities
of industrial} accidents
Reform lies in the simplification of apparatus, and in an intensive
education in special wards tions to teach Improved tions in the
their application, in segregation of fractures in and in appointing surgeons with special qualificathe student. Technique.—Among certain reconstructive operacase of which a greatly improved technique has
resulted may be mentioned repair of injuries to the periphera] nerves, tendon transplantations,
tions.
The enormous
number
bone grafting and bone infec-
of complete
nerve
lacerations
enabled a finished operative technique to be built up, which was largely wanting previously. Many misconceptions were also corrected, such as the worthlessness of complete transplants of nervous or other tissue to bridge gaps in peripheral nerves, and the doubtful value of lateral nerve anastomosis. In cases of irreparable destruction to nerves, healthy muscles were trans. posed to take the place of paralysed ones. These operations proved singularly successful where large tracts of the musculospiral nerve were irreparably damaged. Certain flexor muscles of the forearm were attached in such a way that extension of the wrist and fingers became assured. Bone graft surgery likewise received a great impetus and has since been extended. This has led to considerable research on the viability of transplanted tissue, and in the case of the bone it is held that the transplant is a scaffold along which the fresh bonelaying cells creep from the embracing bone and deposit new bone, the scaffolding itself being ultimately removed by absorp-
tion.
The treatment of virulent infections has been similarly
developed. The Carrel-Dakin method has permanently established itself as well as the procedure of laying open infected bone cavities so that the soft tissues fall in easily to obliterate the gap when the infection is at an end. Care of Cripples—The most notable recent advance in orthopaedic surgery in Great Britain has been in the organization for the care and cure of cripples. This has consisted in the establishment of well-equipped open-air hospitals in various parts of the country, known as hospital schools, fully staffed by surgeons specially trained to deal with deformities of every kind. These schools provide treatment and education for the cripple, and are associated with what are known as after-care clinics situated in small towns covering an area of from 4o to 50 m. distant from the hospital in every direction. These after-care clinics are visited by the hospital staff at stated times, and are attended by out-patients who have been inmates of the hospital school, and by cases from the district, who are often seen at a sufficiently early date to prevent deformities from arising. These hospitals and clinics are run in close association and agreement with the local practitioners, the education authorities and the Ministry of Health. This scheme, in association with preventive measures, promises practically to eliminate the cripple. Its aims are to secure the potential cripple at the earliest moment, to give him expert institutional treatment in fresh air and sunlight and to secure continuity of treatment until recovery is complete. (See CRIPPLES, CARE OF.)
Artificial Light.—Of other recent advances in knowledge, the evolution of the artificial light treatment as an auxiliary form of therapeutics for tuberculosis of bones and joints and of rickets may be instanced. The work of Rollier, Leonard Hill and others
has given prominence to the therapeutic value of sunlight (see HELIOTHERAPY), and in the absence of sun extended observation favours the conclusion that we have in various forms of artificial
light a promising substitute. This treatment, as in the case of heliotherapy, must be looked upon merely as an accessory measure in surgical tuberculosis. It is most effective when used in combination with other surgical procedures. It should be pointed out other forms Infantile has resulted tomatology
that there is grave danger in spreading a belief that of treatment are unnecessary and subsidiary. Paralysis.—The further study of infantile paralysis in a more widespread knowledge of the early sympand important work has been done, especially by
the late Prof. Lovett of Harvard from 1916 onwards.
It has
ORTHOPAEDIC
SURGERY
943
now been proved that complete rest and immobilisation and the as inevitable, and fitting out the, patient with braces, canes, Or elimination of meddlesome therapeutics during the acute and con- crutches, reconstruction operations are performed which in many valescent stages have resulted in lessening the severit y of symp- instances accomplish normal, or nearly normal return of function. toms by limiting the paralysis. The mass of materia l rendered Plastic operative work, tendon transplantation, skin and bone available during late years by epidemics has thrown new light grafting have finally been placed in their proper correlation with on the actual treatment of deformity. Tendon transpl antations the old methods of braces, straps and buckles, plaster of Paris for various deformities of the feet have given place to operative casts, etc., so that the specialty now has rounded out into one in stabilisation of the flail foot, and transplantations when practised which operative work and the mechanical means of treatment as are now associated with reconstructive operations upon bone. well as heliotherapy and physiotherapy have been co-ordinated. This combination has resulted in more satisfactory functio n. At least 65 per cent of all the injuries sustained in the late Rickets.—Rickets and allied nutritional disease s have like- war and coming to definitive treatment involved bones, joints, wise received within recent years close investigatio n by many ligaments, muscles, tendons or nerves, thus throwing orthopedic observers abroad and at home with valuable results . Considersurgery into sharp relief. The technique of reconstruction operaable work on the aetiology, particularly with reference to diet, tions to meet the unusual demands was rapidly developed and perexercise and sunlight, has been carried out at Johns Hopkins fected, and the scope of this branch of surgery widened appreciHospital, the Lister Institute and by Findlay of Glasgow, Mell- ably as the best orthopaedic surgeons combined their skill at the anby and Chick. Much has been discovered regarding “vita- front. i , mines” or “accessory food factors” (see VITAM INES). The The war over, the demand for rehabilitation surgery has inreport of the Research Committee provisionally dealt with only creased rather than decreased. The high-powered machines of two varieties; one known as vitamine A, or fat soluble A, and industry, the speeding automobile, the aeroplane, and our great the other as anti-rachitic vitamine. Both are essential to the railway systems and construction projects take a terrific annual diet of growing animals. Defect in the one leads to arrest of toll in bones, joints, muscles, tendons, etc., which, without recongrowth and loss of weight; in the other a deficiency in the deposit struction surgery, would mean a tremendous number of cripples, of lime salts. The committee conclude that an anti-rachitic unhappy themselves, and a great economic burden upon society. vitamine is a central factor in the prevention of rickets; and that The introduction of automatic machine tools into orthopaedic a deficiency of calcium and phosphorus, in conjun ction with a surgery was an important event in the technical world as it has deficiency of anti-rachitic vitamine, hastens rickets . The greater made possible the cutting and moulding of bone with as much the discrepancy in the calcium phosphorus intake the greater variety as the machinist shapes metal, and these power-driven inneed for an appropriate anti-rachitic intake. It has now been struments have been an important factor in the development of proved that sunlight and ultra-violet rays act as an antidote to a reconstruction surgery. In rg09 Dr. Fred H. Albee of New York deficiency diet, and can ward off the on-coming of rickets. This city conceived the technique of bone graft of the spine to arrest work has added considerably to the knowledge of orthopaedic tuberculous destruction and prevent hunchback; but found it surgeons, and has rendered unnecessary a good deal of the opera- impossible of accurate execution with the hand tools then comtive treatment for rachitic deformities. prising the surgeon’s armamentarium. Realizing further the great Spinal Treatment and Other Operations .— The writings possibilities of repair and reconstruction in cases of extensive loss of Albee, Hibbs, Calvé, Girdlestone and Walde nstrom have of bone and damage to joints which adequate machine tools (such enabled us to place in accurate perspective the bony fixation of as circular twin saw, dowel and screw cutter) would make possible the vertebral column in tubercular disease of the spine. Forcible in transplanting bone from one portion of the body to another, he correction and fixation of the spine in lateral curvat ure is being designed a set of miniature automatic machine tools, carefully abandoned in favour of less drastic measures, and bony fixation adapted from those used by a cabinet maker and mechanic, to the of the flail spine in paralytic cases is being perfo rmed with various surgical problems encountered in cutting and shaping bone. promising results. This has become known as the Albee bone mill. As other grafting Operative treatment in osteoarthritis, especially in the non- plastic bone operations were devised, notably for hip, knee and jaw, articular type, is being more widely practised. This consists in new instruments have been added to the “mill,” which by their stabilising the joint by exercising the joint surface s and in the great accuracy and rapidity tremendously reduce the shock atcomplete removal of diseased synovial membrane in the knee tendant upon cutting bone with the old hand instruments, shorten joints. The so-called operations of arthroplasty, or mobilisation the time of anaesthesia, and permit intricate bone operations. in ankylosis of joints is becoming more common , and the results As a result of the benefits of the X-ray in determining diagnosis more encouraging. They mainly consist of the loosening and and showing the exact condition of bone, and the use of the autoreconstruction of the bone ends, and the introdu ction of trans- Matic machine tools and orthopaedic applian ces introduced within planted or living tissue between the bone ends to secure the last 25 years, the human bony system can to-day be made movement. over in a truly remarkable way. The treatment of fractures of the neck of the femur The by wide increas ed understanding of shock, as a result of the reabduction of the limb with internal rotation have been still searches of Crile and Cannon, and the increased means of comfurther perfected by Royal Whitman of New York, and a large bating or eliminating it by-employing electrically driven percentage of recoveries in this obstinate type tools, of fracture occur- as well as outstanding advances in technique, have made comring in old age is reported. The pathology of the rarer bone dis- plicated and exacting operative problems that were formerly hopeeases such as “cysts of bone,” “myeloid Sarcom a,” “Paget’s less now possible. disease” have been closely studied by many observe ‘ rs, resulting The Carrel-Dakin treatment of lacerated or infected wounds in valuable information in relation to operative procedu re. before operation is attempted has greatly lessened the Brsrio
crapHy.—P. B. Roth, Orthopaedics Introduction to the Practical Treatment of the for Practitioners, An Commoner Deformities (Arnold 1920); Sir R. Jones (ed.), Orthopaedic Surgery of Injuries (by various authors), 2 vol. (Oxford Univer sity Press 1921); Sir R. Jones and R. W. Lovett, Orthopaedic Surger y (Oxford University Press 1923) (bibl.); R. Whitman, Treatis e on 8th ed. London 1927 (bibl.); W. A. Cochrane, Orthopaedic Surgery, Orthopaedic Surgery, Edinburgh 1926; G. Potel, Traité pratiq ue d’orthopédie, Paris 19253 F. Calot, L’orthopédie indispensable aux pratici F. H. Albee, Orthopaedic and Reconstructi ens, 8th ed. Paris 1923; on Surgery, Philadelphia 1919 (bibl.).
(R. J.) United States.—The World War taught the rehabilitation of human beings, the first step of which is recon Developments
in the
struction surgery. Instead of accepting a functi onal handicap
chances of
sepsis. By this method, which was devised during the war by Carrel of the Rockefeller Foundation and Dakin, the English chemist, the wound is kept constantly bathed in a solution con-
taining free chlorine gas with elements which dissolve away the
discharges of the wound.
:
In fractures of the hip, conditions are such that union does
not occur in a large percentage of cases, even when conservat ive
treatment is applied in the most ideal way. Cases of persistent non-union have been salvaged by means of automatic machinery
and the bone graft, dowel or peg union being secured in from 75%
to 90% of cases according to the degree of erosion between the fragments.
ORTHOPTERA
944
The conception that arthritis is a metastatic infection from some
focus, often remote from the joint or joints affected, has led to the prevention of many cases and relief of others by elimination of sources of toxic absorption. One of the most striking developments has been the technique which enables the surgeon to manufacture or make joints when they have been destroyed, that will function in a nearly normal manner without pain. If a case is not controlled wisely from the psychologic standpoint while the patient is receiving treatment physically, the compensation law may react to his detriment rather than his benefit. The best sympathy that can be given a crippled man is to see that he is receiving adequate treatment and to encourage him to return to work as soon as it is safe. Follow-up work is most important; this lies with the surgeon and social worker co-operating with the surgeon. Rehabilitation, of which the orthopaedic treatment is an important part, to-day represents three distinct yet overlapping problems: (1) the problem of treatment, preventive or corrective; (2) the sociological problem—relationship of the injured labourer to the rest of society; and (3) the medico-legal problem of properly applying the Workmen’s Compensation Act. The first concerns chiefly the patient, his relatives and immediate friends, but the second and third affect all society. The rehabilitation movement in the United States has gone forward with the same strides since the war as have the hospital schools for cripples in Great Britain, the difference being that in the United States through wise legislation, state and national, it has been possible to a large extent to correlate the efforts of various agencies and to avoid duplication of effort. The first compensation law, passed by the State of New Jersey in Ig11, grew out of the sympathy of society for those crippled or physically handicapped in our great industrial plants. Since then thirty-six States have passed compensation or rehabilitation va (F. H. A.
jointed cerci (fig. 1). The Mantidae (see MANTIS) have the fore legs adapted for seizing prey; the eyes are large and the cerci are
several-jointed. The Pkasmidae comprise the Stick Insects (g.v.)
Nae FEMALE
Nh
5 ILLA
“Ors
Ry
aeea
FEMALE (SIDE View)
ORTHOPTERA, the term used in zoological classification for
that order of insects which includes the cockroaches, mantids, $ grasshoppers, locusts, crickets and their allies. The earwigs are included here by some authorities but they are now more often relegated to a separate order of their own—the Dermaptera (see BY COURTESY OF THE UNITED STATES DEPARTMENT OF AGRICULTURE Earwic). The Orthoptera are essentially terrestrial insects and FIG. 1.—THE COMMON COCKROACH (BLATTA ORIENTALIS), NATURAL SIZE many possess greatly developed powers of running or leaping. Excepting in the Acridiidae, flight is not one of their striking charac- and the Leaf Insects (g.v.); the fore legs are normal, the eyes are teristics and wings are often reduced or entirely lost. They are small and the cerci are single-jointed (fig. 3). DIVISION II.—SALTATORIA mostly insects of comparatively large size, some being among the giants of their class; many possess well-developed sound-produc- Legs of unequal size, the hind pair with enlarged femora and ing organs and are notorious stridulators. The wings, when pres- adapted for leaping. Tarsı with fewer than five joints, stridulaent, are net-veined, the anterior pair being more or less hardened tory organs usually present, ovipositor well developed and evident. to form tegmina which are narrower than the membranous hind Three families belong here and included in the Acridiidae are the wings; the latter have a well developed posterior lobe capable of short-horned grasshoppers (see GRASSHOPPER) and the true lobeing folded up fanwise. The antennae are most often long and custs (g.v.). The antennae are shorter than the body, the tarsi are threadlike, the mouth parts are of the biting type and have a 43-jointed and the ovipositor short. Stridulation takes place by the lobed ligula. The prothorax is generally large and the abdomen is insect rubbing the inner side of its hind femur, which bears a row terminated by a pair of cerci. Metamorphosis is incomplete and in of minute pegs, against a hardthe wingless forms it is very little evident. Over 13,000 species of ened area of the tegmen of the Orthoptera are known and of these about s00 inhabit Europe. same side. Auditory organs are In Britain there are 3x indigenous forms, while some others are represented by a pair of drums at naturalized alien species; there are also a number of casual immithe base of the abdomen. The Tetgrants which have not become established. tigoniidae (Locustidae) include Orthoptera may be conveniently divided into forms which run the long-horned grasshoppers (see Siea (Cursoria) and into those which leap (Saltatoria) as given GRASSHOPPER) which have the BY COURTESY OF THE U.8. DEPT. OF AGRI. elow. antennae usually longer than the a Vee
DIVISION I.—CURSORIA
Legs of approximately equal size, hind pair not adapted for leaping. Tarsi 5-jointed, stridulatory organs absent, ovipositor almost always concealed, Included in this division are four families. The Grylloblattidae are confined to western North America and Japan; they are wingless insects with long ovipositor and cerci and exhibit close affini-
ties with the Saltatoria also. The Blattidae or cockroaches (q.v.), have a large shieldlike prothorax, very broad coxae and short,
FIG. 2.—EGG CAPSULE OF AMERICAN COCKROACH
body, 4-jointed tarsi and a long
broad ovipositor. Stridulation is effected by the insect rubbing its
right tegmen against a filelike area of the left tegmen and auditory organs are present on the fore tibiae. The Gryllidae include the crickets (q.v.) and their allies. The antennae are generally long and threadlike, the tarsi are usually 3-jointed and the ovipositor 1s
commonly long and slender (fig. 4). Stridulation takes place by rubbing the tegmina together and the auditory organs are on the fore tibiae, but unlike the Tettigoniidae the outer organ is larger
ORTIGUEIRA—ORTOLAN than the inner one of the same side. The tegmina differ from those of other Saltatoria in that they are bent downwards along the sides of the body when in repose. The eggs of Orthoptera are more or less cylindrical and in cockroaches (fig. 2) and mantids they are laid in protective capsules or oothecae, each containing 16 or more eggs. On hatching the young nymphs bear a close miniature resemblance to the adults except for the absence of wings. After a period of gradual growth, accompanied by a very variable number of moults, the adult condition is assumed. As previously menfe f FN | tioned, the saltatory forms are / | capable of stridulation, a feature that is almost confined to the males; auditory organs, on the other hand, are present in both sexes. Some of the most notorious stridulators are
945
the Bay of Biscay, between Capes Ortegal and Vares. Pop. (1920) 19,422. The population is very scattered. The industries are fishing and farming. There is an important coasting trade, despite the dangerous character of the coast-line and the fogs and gales.
ORTLER, the highest point (12,802 ft.) in Tirol, and in the whole of the Eastern Alps. It is a great snow-clad mass, which rises east of the Stelvio Pass, and a little south of the upper valley
had
\
44 h
the katydids (see GRASSHOPPER)
AZIS JIVH IVUNLYN
and the crickets, and in some cases the strident notes can be heard nearly a mile away. Many Orthoptera are wingless
(fig. 3), while among the stridulating forms the wings are
FIG. 3.—STICK INSECT (CARAUSIUS
SOmetimes reduced to the sound-
MOROSUS) producing portions of the tegmina only. The majority of the Orthoptera are herbivorous, and many of the grasshoppers and all the locusts are highly injurious insects—voracious devourers of all kinds of vegetation. Some of the cockroaches are omnivorous, the domestic species injuring
or fouling a great variety of materials, while the mantids are predators devouring various insects and other creatures. Although Orthoptera are predominantly terrestrial in habit, a few species are aquatic, the curious cricket Hydropedeticus, for example, skates actively over streams in Fiji. Many of the Tettigoniidae frequent trees and bushes, while some of the Gryllidae, notably the mole crickets and their allies, are subterranean. The curious small wingless crickets of the genus Myrmecophila live in close association with ants. Geographically the largest families are world-wide in range. The leaf insects, however, are restricted to the oriental region and the Grylloblattidae are confined to North America and Japan. The Mantidae and Phasmidae are common in the warmer regions of the world, but are absent from more
northern latitudes. Among individual species the oriental cock-
roach (Blatta orientalis) and some of its allies haye become practically cosmopolitan. In the fossil condition cockroaches are abundant, and form the greater part of the insect remains in cer- BY COURTESY OF THE U.S. DEPT. OF AGRItain of the Upper Carboniferous CULTURE rocks of western Europe. They FIG. 4.—HOUSE CRICKET (GRYLLUS persisted until Permian times, DOMESTICUS) after which their pre-eminence gradually declined until at the present day they form an insignificant part of the world’s insects. BIBLIOGRAPHY.—For the British Orthoptera see W. J. Lucas, British Orthoptera (1920), while for the European species see R. Tiimpel, Die Geradfiigler Mitteleuropas (1907-08), M. Burr, Synopsis of the Orthoptera of Western Europe (x910) and the handy work of C. Houlbert which forms two volumes in the Encyclopédie Scientifique (Paris, 1924-1927). For the North American species consult W. S. Blatchley, Orthoptera of North-Eastern America (1920). (A. D. I.)
ORTIGUEIRA,
a seaport of north-western Spain, in the
province of Corunna; on the northern slope of the Sierra de la Faladoira, on the river Nera and on the eastern shore of the Ria de Santa Marta—a winding, rock-bound and much indented inlet of
iz IN THE
be
a
ae.
Aay
E
ond
Uakani Cilla
ALP FARM, ON THE SLOPES OF THE HIGHEST PEAK EASTERN ALPS, BETWEEN THE VALLEYS OF TRAFOI
(12,802 FT.) AND SULDEN
of the Adige between the valleys of Trafoi (north-west) and of
Sulden (north-east). It was long considered inaccessible, but was conquered in 1804 by three Tirolese peasants. The first traveller to make the climb was Herr Gebhard in 1805 (sixth ascent). Many routes to the summit are now known.
ORTNIT or OTNIT, German hero of romance, was origi-
nally Hertnit or Hartnit, the elder of two brothers known as the Hartungs, who correspond in German mythology to the Dioscuri. His seat was at Holmgard (Novgorod), according to the Thidrekssaga (chapter 45), and he was related to the Russian saga heroes. Later on his city of Holmgard became Garda, and in ordinary German legend he ruled in Lombardy. Hartnit won his bride, a Valkyrie, by hard fighting against the giant Isungs, but was killed in a later fight by a dragon. His younger brother, Hardheri (replaced in later German legend by Wolfdietrich), avenged Ortnit by killing the dragon, and then married his brother’s widow. Ortnit’s wooing was corrupted by the popular interest in the crusades to an Oriental Brautfahrtsaga, bearing a resemblance to the French romance of Huon of Bordeaux (g.v.). See editions of the Heldenbuch and one of Ortnit and Wolfdietrich by Dr. J. L. Edlen von Lindhausen (Tiibingen, 1906).
ORTOLAN, Emberiza hortulana, a bunting (q.v.) celebrated
for the delicate flavour of its flesh. A native of most European countries—the British islands excepted—as well as of western Asia, it migrates southwards in autumn and returns about the end of April, Its distribution throughout its breeding range seems to
946
ORTONA—OSAGE
be very local. In habits it much resembles the yellow-hammer, but it wants the bright colouring of