Timeline of World History TIMELINE OF WORLD HISTORY
 
 

TIMELINE OF WORLD HISTORY
 

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1800 - 1899
 
 
1800-09 1810-19 1820-29 1830-39 1840-49 1850-59 1860-69 1870-79 1880-89 1890-99
1800 1810 1820 1830 1840 1850 1860 1870 1880 1890
1801 1811 1821 1831 1841 1851 1861 1871 1881 1891
1802 1812 1822 1832 1842 1852 1862 1872 1882 1892
1803 1813 1823 1833 1843 1853 1863 1873 1883 1893
1804 1814 1824 1834 1844 1854 1864 1874 1884 1894
1805 1815 1825 1835 1845 1855 1865 1875 1885 1895
1806 1816 1826 1836 1846 1856 1866 1876 1886 1896
1807 1817 1827 1837 1847 1857 1867 1877 1887 1897
1808 1818 1828 1838 1848 1858 1868 1878 1888 1898
1809 1819 1829 1839 1849 1859 1869 1879 1889 1899
 
 
 
 
 
 
 
CONTENTS
  BACK-1867 Part III NEXT-1868 Part I    
 
 
     
1860 - 1869
YEAR BY YEAR:
1860-1869
History at a Glance
 
YEAR BY YEAR:
1860 Part I
Treaty of Turin
First Taranaki War
Convention of Peking
Secession of South Carolina
Poincare Raymond
The Church Union
 
YEAR BY YEAR:
1860 Part II
Barrie James Matthew
Boucicault Dion
Dion Boucicault: "The Colleen Bawn"
Collins Wilkie
Wilkie Collins: "The Woman in White"
Wilkie Collins 
"The Moonstone"
"The Woman in White"
George Eliot: "The Mill on the Floss"
Di Giacoma Salvatore
Labiche Eugene-Marin
Multatuli
Multatuli: "Max Havelaar"
Alexander Ostrovski: "The Storm"
Chekhov Anton
Anton Chekhov
"Uncle Vanya"
 
YEAR BY YEAR:
1860 Part III
Degas: "Spartan Boys and Girls Exercising"
Hunt: "Finding of the Saviour in the Temple"
Manet: "Spanish Guitar Player"
Ensor James
James Ensor
Mucha Alfons
Alfons Mucha
Levitan Isaak
Isaac Levitan
Steer Philip Wilson
Philip Wilson Steer
Mahler Gustav
Mahler - Das Lied von der Erde
Gustav Mahler
Paderewski Ignace
Paderewski - Minuet
Ignace Paderewski
Suppe Franz
Franz von Suppe - Das Pensionat
Franz von Suppe
Wolf Hugo
Hugo Wolf - "Kennst du das Land"
Hugo Wolf
MacDowell Edward
MacDowell - Piano Sonata No. 1 "Tragica"
Edward MacDowell
Albeniz Isaac
Albeniz - Espana
Isaac Albeniz
 
YEAR BY YEAR:
1860 Part IV
Cesium
Rubidium
Fechner Gustav Theodor
Lenoir Etienne
Walton Frederick
Linoleum
Across the Continent
Burke Robert O'Hara
Wills William John
Stuart John McDouall
Grant James Augustus
"The Cornhill Magazine"
"The Catholic Times"
Heenan John Camel
Sayers Tom
The Open Championship
Park William
 
YEAR BY YEAR:
1861 Part I
Kansas
Confederate States of America
Davis Jefferson
First inauguration of Abraham Lincoln
American Civil War
First Battle of Bull Run
Battle of Hatteras
The American Civil War, 1861
 
YEAR BY YEAR:
1861 Part II
Siege of Gaeta
Emancipation Manifesto
Abduaziz
Louis I
 
YEAR BY YEAR:
1861 Part III
Dal Vladimir
Steiner Rudolf
Whitehead Alfred North
Charles Dickens: "Great Expectations"
Dostoevsky: "The House of the Dead"
George Eliot: "Silas Marner"
Oliver Wendell Holmes: "Elsie Venner"
Tagore Rabindranath
Charles Reade: "The Cloister and the Hearth"
Wood Ellen
Mrs. Henry Wood: "East Lynne"
Spielhagen Friedrich
Friedrich Spielhagen: "Problematische Naturen"
 
YEAR BY YEAR:
1861 Part IV
Garnier Charles
Anquetin Louis
Louis Anquetin
Godward John William
John William Godward
Bourdelle Antoine
Antoine Bourdelle
Korovin Konstantin
Konstantin Korovin
Maillol Aristide
Aristide Maillol
Melba Nellie
Royal Academy of Music, London
The Paris version "Tannhauser"
 
YEAR BY YEAR:
1861 Part V
Archaeopteryx
Thallium (Tl)
Hopkins Frederick Gowland
Mort Thomas Sutcliffe
Nansen Fridtjof
Fermentation theory
Baker Samuel
Baker Florence
The Bakers and the Nile
Beeton Isabella
Harden Maximilian
First horse-drawn trams in London
Order of the Star of India
Otis Elisha Graves
 
YEAR BY YEAR:
1862 Part I
Battle of Fort Henry
Second Battle of Bull Run
BATTLE OF ANTIETAM
Battle of Fredericksburg
Grey Edward
Briand Aristide
The American Civil War, 1862
 
YEAR BY YEAR:
1862 Part II
Rawlinson George
Ogai Mori
Ivan Turgenev: "Fathers and Sons"
Flaubert: "Salammbo"
Victor Hugo: "Les Miserables"
Barres Maurice
Maeterlinck Maurice
Hauptmann Gerhart
Wharton Edith
Schnitzler Arthur
Uhland Ludwig
 
YEAR BY YEAR:
1862 Part III
Albert Memorial, London
Manet: "Lola de Valence"
Manet: "La Musique aux Tuileries"
Nesterov Mikhail
Mikhail Nesterov
Klimt Gustav
Gustav Klimt
Rysselberghe Theo
Theo van Rysselberghe
Berlioz: "Beatrice et Benedict"
Debussy Claude
Debussy - Preludes
Claude Debussy
Delius Frederick
Frederick Delius - On Hearing the First Cuckoo in Spring
Frederick Delius
German Edward
Edward German - Melody in D flat major
Edward German
Kochel Ludwig
Kochel catalogue
Verdi: "La Forza del Destino"
 
YEAR BY YEAR:
1862 Part IV
Bragg William
Foucault Leon
Gatling Richard Jordan
Lamont Johann
Lenard Pnilipp
Sachs Julius
Palgrave William Gifford
The Arabian Desert
International Exhibition, London
 
YEAR BY YEAR:
1863 Part I
Arizona
Idaho
West Virginia
Emancipation Proclamation
Battle of Chancellorsville
BATTLE OF GETTYSBURG
Lincoln's "Gettysburg Address"
The American Civil War, 1863
 
YEAR BY YEAR:
1863 Part II
Isma'il Pasha
January Uprising
George I of Greece
Dost Mohammad Khan
Christian IX  of Denmark
Chamberlain Austen
Lloyd George David
Second Taranaki War
International Red Cross and Red Crescent Movement
 
YEAR BY YEAR:
1863 Part III
Huxley: "Evidence as to Man's Place in Nature"
Charles Lyell: "The Antiquity of Man"
Massachusetts Agricultural College
D'Annunzio Gabriele
Bahr Hermann
Dehmel Richard
Hale Edward Everett
Edward Everett Hale: "Man without a Country"
Hope Anthony
Charles Kingsley: "The Water Babies"
Longfellow: "Tales of a Wayside Inn"
Quiller-Couch Arthur
Stanislavsky Constantin
Stanislavsky system
 
YEAR BY YEAR:
1863 Part IV
Stuck Franz
Manet: "Dejeuner sur l'herbe"
Manet: "Olympia"
Meurent Victorine-Louise
The "Salon des Refuses" in Paris
Art in Revolt
Impressionism Timeline
(1863-1899)
Signac Paul
Paul Signac
Munch Edvard
Edvard Munch
Berlioz: "Les Troyens"
Bizet: "Les Pecheurs de perles"
Mascagni Pietro
Pietro Mascagni: Cavalleria rusticana
Pietro Mascagni
Weingartner Felix
Felix von Weingartner: Symphony No 6
Felix Weingartner
 
YEAR BY YEAR:
1863 Part V
Billroth Theodor
Butterick Ebenezer
Ford Henry
Graham Thomas
National Academy of Sciences
Sorby Henry Clifton
The Football Association, London
Grand Prix de Paris
Hearst William Randolph
Yellow journalism
Pulitzer Joseph
Nadar
History of photography
Alexandra of Denmark
Royce Henry
Cuthbert Ned
Coburn Joe
Mike McCoole
 
YEAR BY YEAR:
1864 Part I
Schleswig-Holstein Question
First Schleswig War
Second Schleswig War
Halleck Henry
Sherman William
BATTLE OF ATLANTA
Sand Creek massacre
Venizelos Eleutherios
Maximilian II of Bavaria
Louis II
First International Workingmen's Association
Confederate Army of Manhattan
The American Civil War, 1864
 
YEAR BY YEAR:
1864 Part II
Lombroso Cesare
Newman: "Apologia pro Vita Sua"
Syllabus of Errors
Dickens: "Our Mutual Friend"
Karlfeldt Erik Axel
Trollope: "The Small House at Allington"
Wedekind Frank
Zangwill Israel
 
YEAR BY YEAR:
1864 Part III
Stieglitz Alfred
History of photography
ALFRED STIEGLITZ
Dyce William
William Dyce
Jawlensky Alexey
Alexei von Jawlensky
Ranson Paul
Paul Ranson
Serusier Paul
Paul Serusier
Toulouse-Lautrec Henri
Henri de Toulouse-Lautrec
A More Tolerant Salon
Impressionism Timeline
(1863-1899)
Whistler: "Symphony in White, No. 2"
Roberts David
David Roberts "A Journey in the Holy Land"
D'Albert Eugen
Eugen d'Albert - Piano Concerto No.2
Eugen d’Albert
Foster Stephen
Stephen Foster - Beautiful Dreamer
Offenbach: "La Belle Helene"
Strauss Richard
Richard Strauss - Metamorphosen
Richard Strauss
Fry William Henry
William Henry Fry - Santa Claus Symphony
William Henry Fry - Niagara Symphony
 
YEAR BY YEAR:
1864 Part IV
Lake Albert
Bertrand Joseph
Calculus
Nernst Walther
Pasteurization
Wien Wilhelm
Rawat Nain Singh
The Surveyors
Kinthup
First Geneva Convention
Knights of Pythias
"Neue Freie Presse""
De Rossi Giovanni Battista
"In God We Trust"
Travers Stakes
Farragut David
 
YEAR BY YEAR:
1865 Part I
Union blockade in the American Civil War
Charleston, South Carolina in the American Civil War
Lee Robert Edward
Conclusion of the American Civil War
Assassination of Abraham Lincoln
Johnson Andrew
Causes of the Franco-Prussian War
Leopold II of Belgium
Harding Warren
George V of Great Britain
Ludendorff Erich
Free State–Basotho Wars
The American Civil War, 1865
 
YEAR BY YEAR:
1865 Part II
Baudrillart Henri
William Stanley Jevons: "The Coal Question"
Billings Josh
Belasco David
Campbell Patrick
Lewis Carroll: "Alice's Adventures in Wonderland"
Dodge Mary Mapes
Mary Mapes Dodge: "Hans Brinker, or The Silver Skates"
Kipling Rudyard
Rudyard Kipling
Merezhkovsky Dmitry
John Henry Newman: "Dream of Gerontius"
Mark Twain: "The Celebrated Jumping Frog of Calaveras County"
Walt Whitman: "Drum-Taps"
Yeats William Butler
 
YEAR BY YEAR:
1865 Part III
Serov Valentin
Valentin Serov
Wiertz Antoine
Antoine Wiertz
Vallotton Felix
Felix Vallotton
"Olympia" - a Sensation
Impressionism Timeline (1863-1899)
Nielsen Carl
Carl Nielsen - Aladdin Suite
Carl Nielsen
Glazunov Alexander
Glazunov - The Seasons
Alexander Glazunov
Dukas Paul
Paul Dukas "L'Apprenti Sorcier"
Paul Dukas
Meyerbeer: "L'Africaine"
Sibelius Jean
Jean Sibelius - Finlandia
Jean Sibelius
Wagner: "Tristan und Isolde"
 
YEAR BY YEAR:
1865 Part IV
Plucker Julius
Hyatt John Wesley
Kekule: structure of benzene
Antiseptic
Lowe Thaddeus
Mendelian inheritance
Sechenov Ivan
Whymper Edward
The High Andes
 Bingham Hiram
Rohlfs Friedrich Gerhard
Open hearth furnace
Martin Pierre-Emile
Ku Klux Klan
"The Nation"
Marquess of Queensberry Rules
"San Francisco Examiner"
"San Francisco Chronicle"
Mitchell Maria
 
YEAR BY YEAR:
1866 Part I
Cuza Alexandru
"Monstrous coalition"
Carol I
Austro-Prussian War
Battle of Custoza
Battle of Trautenau
Battle of Koniggratz
Battle of Lissa
Cretan Revolt of 1866–1869
MacDonald Ramsay
Sun Yat-sen
 
YEAR BY YEAR:
1866 Part II
Croce Benedetto
Soderblom Nathan
Larousse Pierre
Larousse: Great Universal Dictionary of the 19th Century
Friedrich Lange: "History of Materialism"
Benavente Jacinto
Dostoevsky: "Crime and Punishment"
Hamerling Robert
Ibsen: "Brand"
Kingsley: "Hereward the Wake"
Rolland Romain
Wells Herbert
H.G. Wells
"The War of the Worlds"

"The Invisible Man"
 
"A Short History of the World"
 
YEAR BY YEAR:
1866 Part III
Bakst Leon
Leon Bakst
Fry Roger
Kandinsky Vassili
Vassili Kandinsky
A Defender Appears
Impressionism Timeline (1863-1899)
Busoni Ferruccio
Ferruccio Busoni - Berceuse Elegiaque
Ferruccio Busoni
Offenbach: "La Vie Parisienne"
Smetana: "The Bartered Bride"
Satie Eric
Erik Satie: Nocturnes
Eric Satie
 
YEAR BY YEAR:
1866 Part IV
Aeronautical Society of Great Britain
Morgan Thomas Hunt
Nicolle Charles
Werner Alfred
Whitehead Robert
Whitehead torpedo
Doudart de Lagree Ernest
Panic of 1866
Thomas Morris
MacGregor John
 
YEAR BY YEAR:
1867 Part I
Manchester Martyrs
Austro-Hungarian Compromise of 1867
Nebraska
Constitution Act, 1867
Alaska Purchase
North German Confederation
Reform Act of 1867
Battle of Mentana
Mary of Teck
Baldwin Stanley
Rathenau Walther
Pilsudski Joseph
 
YEAR BY YEAR:
1867 Part II
Bagehot Walter
Walter Bagehot: "The English Constitution"
Freeman Edward Augustus
Freeman: The History of the Norman Conquest of England
Marx: "Das Kapital"
Thoma Ludwig
Soseki Natsume
Russell George William
Reymont Wladislau
Bennett Arnold
Balmont Konstantin
Pirandello Luigi
Galsworthy John
Charles de Coster: "The Legend of Thyl Ulenspiegel"
Ouida: "Under Two Flags"
Trollope: "The Last Chronicle of Barset"
Turgenev: "Smoke"
Zola: "Therese Raquin"
Ibsen: "Peer Gynt"
 
YEAR BY YEAR:
1867 Part III
Delville Jean
Jean Delville
Kollwitz Kathe
Kathe Kollwitz
Nolde Emil
Emil Nolde
Bonnard Pierre
Pierre Bonnard
Manet's Personal Exhibition
Impressionism Timeline (1863-1899)
Bizet: "La Jolie Fille de Perth"
Gounod: "Romeo et Juliette"
Offenbach: "La Grande-Duchesse de Gerolstein"
Johann Strauss II: The "Blue Danube"
Toscanini Arturo
Verdi: "Don Carlos"
Granados Enrique
Enrique Granados - Spanish Dances
Enrique Granados
 
YEAR BY YEAR:
1867 Part IV
Curie Marie
Michaux Pierre
Monier Joseph
Brenner Railway
Mining industry of South Africa
Dynamite
Thurn and Taxis
Chambers John Graham
London Athletic Club
Barnardo Thomas John
 
YEAR BY YEAR:
1868 Part I
British Expedition to Abyssinia
Battle of Magdala
Tokugawa Yoshinobu
Tenure of Office Act
Province of Hanover
Russian Turkestan
Mihailo Obrenovic III
Milan I of Serbia
Glorious Revolution
Horthy Nicholas
Fourteenth Amendment to the United States Constitution
 
YEAR BY YEAR:
1868 Part II
International Alliance of Socialist Democracy
Charles Darwin: "The Variation of Animals and Plants under Domestication"
Louisa May Alcott: "Little Women"
Robert Browning: "The Ring and the Book"
Wilkie Collins: "The Moonstone"
Dostoevsky: "The Idiot"
George Stefan
Gorki Maxim
Rostand Edmond
Edmond Rostand
"Cyrano De Bergerac"
 
YEAR BY YEAR:
1868 Part III
Bernard Emile
Emile Bernard
Vollard Ambroise
Slevogt Max
Max Slevogt
Vuillard Edouard
Edouard Vuillard
The Realist Impulse
Impressionism Timeline (1863-1899)
Bantock Granville
Bantock "Overture The Frogs"
Granville Bantock
Brahms: "Ein deutsches Requiem"
Schillings Max
Max von Schillings: Mona Lisa
Max von Schillings
Wagner: "Die Meistersinger von Nurnberg"
Tchaikovsky: Symphony No. 1
 
YEAR BY YEAR:
1868 Part IV
Lartet Louis
Cro-Magnon
Haber Fritz
Millikan Robert Andrews
Richards Theodore William
Scott Robert Falcon
Armour Philip Danforth
Badminton House
Garvin James Louis
Harmsworth Harold
Trades Union Congress
"Whitaker's Almanack"
Sholes Christopher Latham
Typewriter
 
YEAR BY YEAR:
1869 Part I
Presidency of Ulysses S. Grant
French legislative election, 1869
Prohibition Party
Red River Rebellion
Chamberlain Neville
Gandhi Mahatma
 
YEAR BY YEAR:
1869 Part II
Matthew Arnold: "Culture and Anarchy"
Eduard Hartmann: "The Philosophy of the Unconscious"
Mill: "On The Subjection of Women"
First Vatican Council
Blackmore Richard Doddridge
Blackmore: "Lorna Doone"
Flaubert: "Sentimental Education"
Gide Andre
Gilbert: "Bab Ballads"
Halevy Ludovic
Bret Harte: "The Outcasts of Poker Flat"
Victor Hugo: "The Man Who Laughs"
Leacock Stephen
Mark Twain: "The Innocents Abroad"
Tolstoy: "War and Peace"
 
YEAR BY YEAR:
1869 Part III
Lutyens Edwin
Poelzig Hans
Carus Carl Gustav
Carl Gustav Carus
Somov Konstantin
Konstantin Somov
Matisse Henri
Henri Matisse
Manet Falls Foul of the Censor
Impressionism Timeline (1863-1899)
Bruckner: Symphony No. 0
Pfitzner Hans
Pfitzner - Nachts
Hans Pfitzner
Wagner Siegfried
Siegfried Wagner "Prelude to Sonnenflammen"
Richard Wagner: "Das Rheingold"
Roussel Albert
Albert Roussel - Bacchus et Ariane
Albert Roussel
Wood Henry
 
YEAR BY YEAR:
1869 Part IV
Francis Galton: "Hereditary Genius"
Celluloid
Periodic law
Nachtigal Gustav
Cincinnati Red Stockings
Girton College, Cambridge
Nihilism
1869 New Jersey vs. Rutgers football game
Co-operative Congress
Lesseps Ferdinand
Suez Canal
 
 
 

Barnardo opens his first home for destitute children at Stepney, London
 
 
 
 
 HISTORY, RELIGION, PHILOSOPHY, ART, LITERATURE, MUSIC, SCIENCE, TECHNOLOGY, DAILY LIFE
 
 
 
 
YEAR BY YEAR:  1800 - 1899
 
 
 
1867 Part IV
 
 
 
1867
 
 
Curie Marie
 

Marie Curie, née Maria Salomea Skłodowska (born November 7, 1867, Warsaw, Congress Kingdom of Poland, Russian Empire—died July 4, 1934, near Sallanches, France), Polish-born French physicist, famous for her work on radioactivity and twice a winner of the Nobel Prize. With Henri Becquerel and her husband, Curie Pierre, she was awarded the 1903 Nobel Prize for Physics. She was the sole winner of the 1911 Nobel Prize for Chemistry. She was the first woman to win a Nobel Prize, and she is the only woman to win the award in two different fields.

 

Marie Curie
  From childhood she was remarkable for her prodigious memory, and at the age of 16 she won a gold medal on completion of her secondary education at the Russian lycée. Because her father, a teacher of mathematics and physics, lost his savings through bad investment, she had to take work as a teacher and, at the same time, took part clandestinely in the nationalist “free university,” reading in Polish to women workers. At the age of 18 she took a post as governess, where she suffered an unhappy love affair. From her earnings she was able to finance her sister Bronisława’s medical studies in Paris, with the understanding that Bronisława would in turn later help her to get an education.

Curie, Marie [Credit: Bettmann/Corbis]In 1891 Skłodowska went to Paris and, now using the name Marie, began to follow the lectures of Paul Appel, Gabriel Lippmann, and Edmond Bouty at the Sorbonne. There she met physicists who were already well known—Jean Perrin, Charles Maurain, and Aimé Cotton. Skłodowska worked far into the night in her student-quarters garret and virtually lived on bread and butter and tea. She came first in the licence of physical sciences in 1893. She began to work in Lippmann’s research laboratory and in 1894 was placed second in the licence of mathematical sciences. It was in the spring of that year that she met Pierre Curie.

Their marriage (July 25, 1895) marked the start of a partnership that was soon to achieve results of world significance, in particular the discovery of polonium (so called by Marie in honour of her native land) in the summer of 1898 and that of radium a few months later.

 
 
Following Henri Becquerel’s discovery (1896) of a new phenomenon (which she later called “radioactivity”), Marie Curie, looking for a subject for a thesis, decided to find out if the property discovered in uranium was to be found in other matter. She discovered that this was true for thorium at the same time as G.C. Schmidt did.

Turning her attention to minerals, she found her interest drawn to pitchblende, a mineral whose activity, superior to that of pure uranium, could be explained only by the presence in the ore of small quantities of an unknown substance of very high activity. Pierre Curie then joined her in the work that she had undertaken to resolve this problem and that led to the discovery of the new elements, polonium and radium. While Pierre Curie devoted himself chiefly to the physical study of the new radiations, Marie Curie struggled to obtain pure radium in the metallic state—achieved with the help of the chemist André-Louis Debierne, one of Pierre Curie’s pupils. On the results of this research, Marie Curie received her doctorate of science in June 1903 and, with Pierre, was awarded the Davy Medal of the Royal Society. Also in 1903 they shared with Becquerel the Nobel Prize for Physics for the discovery of radioactivity.

 
 

Pierre and Marie Curie in the laboratory
 
 
The birth of her two daughters, Irène and Ève, in 1897 and 1904 did not interrupt Marie’s intensive scientific work. She was appointed lecturer in physics at the École Normale Supérieure for girls in Sèvres (1900) and introduced there a method of teaching based on experimental demonstrations. In December 1904 she was appointed chief assistant in the laboratory directed by Pierre Curie.

The sudden death of Pierre Curie (April 19, 1906) was a bitter blow to Marie Curie, but it was also a decisive turning point in her career: henceforth she was to devote all her energy to completing alone the scientific work that they had undertaken. On May 13, 1906, she was appointed to the professorship that had been left vacant on her husband’s death; she was the first woman to teach in the Sorbonne. In 1908 she became titular professor, and in 1910 her fundamental treatise on radioactivity was published. In 1911 she was awarded the Nobel Prize for Chemistry, for the isolation of pure radium. In 1914 she saw the completion of the building of the laboratories of the Radium Institute (Institut du Radium) at the University of Paris.

Throughout World War I, Marie Curie, with the help of her daughter Irène, devoted herself to the development of the use of X-radiography. In 1918 the Radium Institute, the staff of which Irène had joined, began to operate in earnest, and it was to become a universal centre for nuclear physics and chemistry. Marie Curie, now at the highest point of her fame and, from 1922, a member of the Academy of Medicine, devoted her researches to the study of the chemistry of radioactive substances and the medical applications of these substances.

 
 

Marie Curie
  In 1921, accompanied by her two daughters, Marie Curie made a triumphant journey to the United States, where President Warren G. Harding presented her with a gram of radium bought as the result of a collection among American women. She gave lectures, especially in Belgium, Brazil, Spain, and Czechoslovakia. She was made a member of the International Commission on Intellectual Co-operation by the Council of the League of Nations. In addition, she had the satisfaction of seeing the development of the Curie Foundation in Paris and the inauguration in 1932 in Warsaw of the Radium Institute, of which her sister Bronisława became director.
One of Marie Curie’s outstanding achievements was to have understood the need to accumulate intense radioactive sources, not only to treat illness but also to maintain an abundant supply for research in nuclear physics; the resultant stockpile was an unrivaled instrument until the appearance after 1930 of particle accelerators. The existence in Paris at the Radium Institute of a stock of 1.5 grams of radium in which, over a period of several years, radium D and polonium had accumulated made a decisive contribution to the success of the experiments undertaken in the years around 1930 and in particular of those performed by Irène Curie in conjunction with Frédéric Joliot, whom she had married in 1926 (see Joliot-Curie, Frédéric and Irène). This work prepared the way for the discovery of the neutron by Sir James Chadwick and, above all, for the discovery in 1934 by Irène and Frédéric Joliot-Curie of artificial radioactivity.
 
 
A few months after this discovery, Marie Curie died as a result of leukemia caused by the action of radiation. Her contribution to physics had been immense, not only in her own work, the importance of which had been demonstrated by the award to her of two Nobel Prizes, but because of her influence on subsequent generations of nuclear physicists and chemists. Marie Curie, together with Irène Joliot-Curie, wrote the entry on radium for the 13th edition (1926) of the Encyclopædia Britannica.

In 1995 Marie Curie’s ashes were enshrined in the Panthéon in Paris; she was the first woman to receive this honour for her own achievements. Her office and laboratory in the Curie Pavilion of the Radium Institute are preserved as the Curie Museum.

Encyclopædia Britannica

 
 
 
1867
 
 
Faraday Michael, English chemist and physicist, d. (b. 1791)
 
 

Michael Faraday, ca. 1861
 
 
 
1867
 
 
Livingstone David explores Congo
 
 

Explorations of
Livingstone David.
 
 
see also: Explorations of David Livingstone
 
 
 
1867
 
 
Pierre Michaux begins to manufacture bicycles
 
 
Michaux Pierre
 

Pierre Michaux (June 25, 1813 - 1883) was a blacksmith who furnished parts for the carriage trade in Paris during the 1850s and 1860s. He may have become the inventor of the bicycle when he added pedals to a draisine to form a velocipede, the forerunner of the modern bicycle. However historic sources reveal other possible claimants such as his son Ernest Michaux and Pierre Lallement.

 
Pierre Michaux was born at Bar le Duc and worked as a blacksmith who furnished parts for the carriage trade in Paris during the 1850s and 1860s. He started building bicycles with pedals in the early 1860s.
 
He, or his son Ernest, may have been the inventor of this machine, by adapting cranks and pedals on the front wheel of a draisine.
 
 

Ernest Michaux and Michaudine velocipede
 
 
In 1868 he formed a partnership with the Olivier brothers under his own name, Michaux et Cie ("Michaux and company"), which was the first company to construct bicycles with pedals on a large scale, a machine which was called a velocipede at the time, or "Michaudine".

The design was based on the previous model, the only difference being that on the bicycles of the new company the serpentine frame was made of two pieces of cast iron bolted together, instead of wood, which made it more elegant and enabled mass-production.

In 1865 a blacksmith from Lyon named Gabert designed a variation on the frame which was of a single diagonal piece of wrought iron and was much stronger—by that time Pierre Lallement had emigrated to America, where he filed the only patent for the pedal bicycle.

  It soon became evident that the serpentine 45 kg cast-iron frames were not sturdy enough, and with competing manufacturers already producing bicycles with the diagonal frame, the Oliviers insisted that Michaux follow suit. The partnership was dissolved in 1869, and Michaux and his company faded into oblivion as the first bicycle craze came to an end in France and the USA. Only in England did the bicycle remain popular, and England was the site of all of the next major improvements to the machine.

Michaux is often given credit for the idea of attaching pedals to the dandy horse, and thus for the invention of the bicycle—however, bicycle historian David V. Herlihy thinks that it was Lallement who deserves that credit.

Michaux died in France.

From Wikipedia, the free encyclopedia
 
 

The Michaux velocipede had a straight fork and a spoon brake.
 
 
 
1867
 
 
Joseph F. Monier patents a reinforced concrete process
 
 
Monier Joseph
 

Joseph Monier (8 November 1823, Saint-Quentin-la-Poterie, France—13 March 1906, Paris) was a French gardener and one of the principal inventors of reinforced concrete.

 

Joseph Monier
  Overview
As a gardener, Monier was not satisfied with the materials available for making flowerpots. Clay was easily broken and wood weathered badly and could be broken by the plant roots. Monier began making cement pots and tubs, but these were not stable enough. In order to strengthen the cement containers, he experimented with embedded iron mesh. He was not the first to experiment with reinforced concrete, but he saw some of the possibilities in the technique, and promoted it extensively.
Monier exhibited his invention at the Paris Exposition of 1867. He obtained his first patent on 16 July 1867, on iron-reinforced troughs for horticulture. He continued to find new uses for the material, and obtained more patents — iron-reinforced cement pipes and basins (1868); iron-reinforced cement panels for building façades (1869); bridges made of iron-reinforced cement (1873); reinforced concrete beams (1878). In 1875 the first iron-reinforced cement bridge ever built was constructed at the Castle of Chazelet. Monier was the designer.
 
 
The important point of Monier's idea was that it combined steel and concrete in such a way that the best qualities of each material were brought into play. Concrete is easily procured and shaped. It has considerable compressive or crushing strength, but is somewhat deficient in shearing strength, and distinctly weak in tensile or pulling strength. Steel, on the other hand, is easily procurable in simple forms such as long bars, and is extremely strong. But it is difficult and expensive to work up into customized forms. Concrete had been avoided for making beams, slabs and thin walls because its lack of tensile strength doomed it to fail in such circumstances. But if a concrete slab is reinforced with a network of small steel rods on its undersurface where the tensile stresses occur, its strength will be enormously increased.

François Hennébique saw Monier's reinforced concrete tubs and tanks at the Paris Exposition and began experimenting with ways to apply this new material to building construction. He set up his own firm the same year and in 1892 he patented a complete building system using the material.

In 1886 German engineer Gustav Adolf Wayss (1851–1917) bought Monier's patent and developed it further. He conducted further research in the use of reinforced concrete as a building material, and established the firm of Wayss & Freytag.

 
 
Further details of career and projects
Saint-Quentin-la-Poterie is about 5 km north of Uzès and some 30 km north of Nîmes. Joseph was one of ten children born to a family of horticulturists in the service of the duc d'Uzès. All hands being needed in the fields, Joseph was not sent to school. By the age of 17 he had proved his worth as a gardener, and the duke offered him a post at his mansion in Paris. Joseph took the opportunity to attend evening classes and learned to read and write. When friends of the duke began to ask his advice, his horizons widened and he started to make the high-level contacts that were to define his later career. In 1846 he left the duke's service to take up a post at the Tuileries Gardens near the Louvre. Responsible for the orangery, he began to look for a more durable form of container for the orange trees, which were moved from the open air into the greenhouses during the winter.
 
Bridge at Chazelet.
 
 
He began to make them of cement (mixed with sand, cinders, and/or crushed firebricks) and reinforced them with a grid of iron rods. There was a general notion at the time that thermal expansion and contraction of embedded iron would rupture the concrete. It seems that Monier spent some years experimenting with his containers in order to prove that this was not the case.

In an era when municipal water supply systems had not yet been established, Monier realised that his containers could be used for the collection and storage of water for gardens. He continued his education with courses in horticulture and landscape gardening. In 1849, without quitting his post at the Tuileries, he opened a small workshop, and began to take on landscaping projects. These took him as far afield as Strasburg. The fashion at the time was to decorate large gardens with rockeries and grottoes and to form these from plain concrete. For further economy, formed hollow artificial boulders from his ferro-cement (French: "ciment et fer"). He also created small garden pavilions, shaping and carving the concrete surface to imitate the rustic wooden originals. In July 1867 he exhibited his ideas at the second Paris International Exhibition (Exposition universelle). In the same month he applied for his first patent for containers, which was granted as No. 77165. Soon after he applied for an addition covering pipes, and yet another for ornamental pools. His projects included a 20 cubic metre reservoir and a terrace roof. By 1869 his establishment included offices, workshops, and greenhouses, plus stables for eight draught horses and three carriage horses. In September of that year he applied for a patent for panels suitable for cladding buildings, and for use as pavers and tiles.

In 1870 he suffered a major reversal. Napoleon III had declared war on Prussia with disastrous results. Paris was under siege for 4 months and in December, starving citizens invaded Monier's property and removed everything edible, including the horses. His caretaker died attempting to resist them. In January 1871, the Prussian bombardment ruined what was left. Monier and his family clung on through the severe winter. Though peace was declared in March, the citizens of Paris refused to concede. Monier and his workers started rebuilding the business under the rigours of the Commune.

 
 
As life returned to normal, the business flourished. Monier's reputation spread mainly by word of mouth. He built a large number of reservoir tanks in this period. Although many were small, a tank at Bougival (1872) with a domical roof had a volume of 130 cubic metres. Two tanks of 1000 cubic metres each were built at what is now Bruyères à Sèvres. The two-storey reservoir at Pessac has a 10 cubic metre tank perched above a 20 cubic metre tank, the supporting columns being in the form of tree trunks.

Monier was careful to check with clients after some years, to ensure that his products had performed well, and to obtain testimonials. His customers included Alphonse de Rothschild, Baron Max de Springer, and Monsieur Tapinart, marquis de Tillière. Most of his projects were concentrated to the west of Paris, where he lived, and especially around the village of Neuilly.

In 1873 Monier applied for an addition to patent 77165 to cover bridges, and in 1875 built his first bridge for the marquis de Tillière. It spans 14 metres across the moat of the chateau. The girders are integral with the slab, and the guard rails are in the rustic style, imitating wood, a decorative technique described today by the term: faux bois (French for "false wood").

About 1875 Monier built a staircase leading to the offices above his workshop and applied for a patent to cover this form of construction. Another application in 1878 covered reinforced concrete railway sleepers. When granted, this became the basis for a series of further additions. It contained a clear statement that the cement protected the iron against rusting. An application in 1878 related to reinforced concrete T-beams.

  As municipalities expanded their water supply and sewerage networks, there was a growing need for pipes, but a diminishing need for reservoir tanks. Monier was obliged to go further from urban areas in search of clients. In 1886 he was granted Patent 175513 for a system applicable to housing. The technique is recorded in photographs of a demonstration house which is shown under construction; completed; and in course of demolition. Monier described the house as proof against earthquakes, ice, humidity, heat, and fire and received a commission to build such a house in Nice, possibly as a result of a recent earthquake. Monier's second son Paul asked to work on this project. On 24 November 1887, Paul was killed when he fell from the scaffolding. As Monier's eldest son, Pierre, had severed his relationship with his father over a family argument, Joseph found himself with no sons of working age to help him in the business.

In June 1888, the firm of "J Monier constructeur" was declared bankrupt, and in April 1889 went into liquidation. However, in 1890 he formed a new firm: "L'Entreprise générale de travaux en ciment J Monier". In 1891 came yet another application for a patent: for conduits for telephone and electricity cables. About this time Monier built his last-known project, a service reservoir for an Old People's Home at Clamart, donated by Marie de Ferrari, duchesse de Galliera (global coordinates 48.79756, 2.261623). The reservoir structure is 10 metres high and 8 metres in diameter. The floor of the tank is 8 cm thick, and the roof 5 cm thick. The exterior decoration was designed by architect Prosper Bobin in a neo-classical style. The reservoir is still extant (2010).

After this, it seems that Joseph was at least semi-retired, living with his three elderly sisters and his second wife.

 
 
Monier's son Pierre had moved to Noyon after the break with his father, established a family, and entered the same line of business, under the name "Monier fils". He probably returned to Paris in 1889, where he exhibited at the Exhibition of that year. The firm's projects included a reinforced concrete laundry building, and pipes for a sewage treatment plant. Unfortunately, Pierre died prematurely, apparently before 1900, without being reconciled with his father. By that year, a firm was trading as "Société des travaux en ciment de La Plaine-Saint-Denis, ancienne maison Monier fils" (i.e. formerly "Monier fils").

Projects completed by this firm include a partly in-ground reservoir at Vimoutier; an iconic elevated reservoir in the rustic style at Pontorson; the Cambodian Pavilion at the 1900 Exhibition; and two elevated reservoirs at Boullaye-Mivoie and Fonville, with their associated pump house.

In retirement, Monier was harassed by bailiffs and by the tax office, which reasoned that he should have been receiving large commissions from his many foreign patents. He sought refuge in the house of his son Lucien, by his second wife. In 1902 a number of foreign firms that had profited from his patents appealed to the President of France to grant him a pension, describing him as the inventor of reinforced concrete, and as their "former master" (ancien maître). They opened a subscription for his benefit, and contributions came from far afield. A petition was later organised asking that he be granted a post running a government tobacco kiosk. Monier expressed his gratitude for these efforts in a letter published in the journal "Le Ciment" in 1902. He died on 13 March 1906 and was buried in the municipal cemetery of Billancourt. The "Société des travaux en ciment" was still in operation in that year, when it exhibited at the Paris Exhibition.
 
 
Monier patents outside France
Monier took out patents in many countries, throughout Europe and overseas. Some of these were registered in the name of the patent agent, in accordance with local law, the British patent of 1883 being in the name of John Imray.

Typically, patents were valid for 15 years, but it was necessary to pay a significant yearly fee to maintain them. Monier opted to sell his rights outside France to local businessmen and engineers for a lump sum payment.

Monier's name was widely publicised through the work of Gustav Adolf Wayss (1851–1917). Wayss gained control of the Monier patents throughout Germany and Austria by a process of purchase and merger, and promoted the technique as "Das System Monier" or "Monierbau".

Research into the science and mathematics of reinforced concrete structures progressed rapidly in the last decade of the 19th Century. The main contributors working under the banner of Monierbau, were Matthias Koenen and Emil Mörsch. Work was initially concentrated on arch bridges, and only later extended to buildings.

 
Reservoir at Clamart.
 
 
The Monier name in Australia
Starting from the 1890s, patents were taken out on behalf of Wayss in Australia. Initially, the main products were pipes and arch structures using the Monier system as refined by Wayss and his colleagues. The White's Creek and Johnston's Creek Aqueducts are the first reinforced arch structures, in Australia. They were built by firms associated with Frank Moorhouse Gummow, and design engineer William (Wilhelm) Julius Baltzer in 1897/8.

Monier pipes produced by Gummow Forrest & Co, joined end-to-end, were used as tubular foundations for a number of bridges built by the Public Works Department of NSW, the first being over Cockle Creek near Newcastle.[ Joseph's name was perpetuated in the Monier Pipe Company of Melbourne, and its successor, the Monier Pipe & Reinforced Concrete Construction Company. The engineer for these companies was (Sir) John Monash. About 20 Monier arch bridges were built in Victoria.

From Wikipedia, the free encyclopedia
 
 
 
1867
 
 
Railroad completed through Brenner Pass
 
 
Brenner Railway
 

The Brenner Railway (German: Brennerbahn; Italian: Ferrovia del Brennero) is a major line connecting the Austrian and Italian railways from Innsbruck to Verona, climbing up the Wipptal (German for “Wipp Valley”), passing over the Brenner Pass, descending down the Eisacktal (German for “Eisack Valley”) to Bolzano/Bozen, then further down the Adige Valley to Roverto/Rofreit, and along the section of the Adige Valley, called in Italian the “Vallagarina”, to Verona. This railway line is part of the Line 1 of Trans-European Transport Networks (TEN-T). It is considered a "fundamental" line by the state railways Ferrovie dello Stato (FS).

 
History
The railway line was designed under the Austro-Hungarian Empire in the mid-19th century to ensure rapid and safe transport between Tyrol and northern Italy, especially Lombardy–Venetia. It was thus strategically important not only for economic but also for military reasons, as Austria was strongly committed to maintaining its borders south of the Alps.

The first section to be built was the lower section between Verona and Bolzano/Bozen. The design of this section was approved on 10 July 1853 by the engineer Alois Negrelli, an employee of the Südbahn, known for having built other Alpine railway lines and for developing a project of the Suez Canal.

The section was opened in two different parts: on 23 March 1859 between Verona to Trento/Trient and 16 May 1859 from Trento/Trient to Bolzano/Bozen. This construction was handled by the k.k. Nord- und SüdTiroler Staatsbahn (German: "North and South Tyrol State Railways"), but the company was taken over by the new Austrian Southern Railway (German: Südbahn) at the beginning of 1859.

Despite the loss of Veneto in the Third Italian War of Independence and its consequent shift of the border between Italy and Austria to Borghetto on the current boundary of Trentino and Verona in October 1866, the upper section from Bolzano/Bozen to Innsbruck was incomplete. The 127-km route from Innsbruck to Bolzano/Bozen took only three years to build.

This section had been under construction and was finally opened on 24 August 1867. The main designer and engineer, Karl von Etzel, died in 1865; he was not able to witness the completion of his work. After the Semmering railway, this Brenner Line was the second mountain railway built within the Austro-Hungarian Empire. It was also the first through line to cross over the Alps.

The section south of Borghetto became part of the Società per le strade ferrate dell'Alta Italia (Italian for Upper Italian Railways, SFAI) in 1866. In the 1885 reorganisation it was absorbed by the Società per le Strade Ferrate Meridionali (Adriatic Network). The line came under the control of Ferrovie dello Stato upon its establishment in 1905.

 
Map of the Brenner railway
 
 
In 1919, Italy acquired Trentino-South Tyrol under the Treaty of Saint-Germain-en-Laye and the Austro-Italian border moved to Brenner. The section from Trento/Trient to Brenner was subsequently electrified at 3,700 V at three-phase 16.7 Hz between 1929 and 1934. Electrification was converted to 3,000 V DC on 30 May 1965.

In preparation for the proposed Brenner Base Tunnel, the Innsbruck bypass was completed in 1994 to improve access to the Lower Inn Valley railway. The bypass consists of a 12.75-kilometre tunnel (Austria's longest) and aims to remove the bulk of the freight train traffic from Innsbruck. In Italy, several new sections have been built, removing sections of line with several short tunnels with small cross sections. These include the 13.159-metre long Sciliar tunnel opened in 1994, the 7.267-metre long Pflersch tunnel opened in 1999 and the 3,939-metre long Cardano tunnel opened in 1998.

From Wikipedia, the free encyclopedia
 
 

Freight train at the Brenner Pass
 
 

Innsbruck station at the north end of the Brenner railway
 
 
 
1867
 
 
Discovery of South African diamond field
 
 
Mining industry of South Africa
 

Mining in South Africa has been the main driving force behind the history and development of Africa's most advanced and richest economy, after Nigeria. Large scale and profitable mining started with the discovery of a diamond on the banks of the Orange River in 1867 by Erasmus Jacobs and the subsequent discovery and exploitation of the Kimberley pipes a few years later.

Gold rushes to Pilgrim's Rest and Barberton were precursors to the biggest discovery of all, the Main Reef/Main Reef Leader on Gerhardus Oosthuizen's farm Langlaagte, Portion C, in 1886, the Witwatersrand Gold Rush and the subsequent rapid development of the gold field there, the biggest of them all.

 
Diamond and gold production may now be well down from their peaks, though South Africa is still number 5 in gold but South Africa remains a cornucopia of mineral riches. It is the world's largest producer of chrome, manganese, platinum, vanadium and vermiculite. It is the second largest producer of ilmenite, palladium, rutile and zirconium. It is also the world's third largest coal exporter. South Africa is also a huge producer of iron ore; in 2012, it overtook India to become the world third biggest iron ore supplier to China, who are the world’s largest consumers of iron ore.

Due to a history of corruption and maladministration in the South African mining sector, ANC secretary-general Gwede Mantashe announced at the beginning of 2013 that mining companies misrepresenting their intentions could have their licences revoked.

 
 
History
Diamond and gold discoveries played an important part in the growth of early South African . A site northeast of Cape Town was discovered to have rich deposits of diamonds, and thousands rushed to the area of Kimberley in an attempt to profit from the discovery.

The British later annexed the region of Griqualand West, an area which included the diamond fields. In 1868, the republic attempted to annex areas near newly discovered diamond fields, drawing protests from the nearby British colonial government. These annexations later led to the First Boer War of 1880-1881.

Gold was discovered in the area known as Witwatersrand, triggering what would become the Witwatersrand Gold Rush of 1886. Like the diamond discoveries before, the gold rush caused thousands of foreign expatriates to flock to the region. This heightened political tensions in the area, ultimately contributing to the Second Boer War in 1899.

Ownership of the diamond and gold mines became concentrated in the hands of a few entrepreneurs, largely of European origin, known as the Randlords. South Africa's and the world's biggest diamond miner,

De Beers, was funded by baron Nathaniel Mayer Rothschild in 1887, and Cecil Rhodes became the Founding Chairman of the board of directors in 1888. Cecil Rhodes' place was later taken by sir Ernest Oppenheimer, co-founder of the Anglo-American Corporation with J.P. Morgan.

The gold mining industry continued to grow throughout much of the early 20th century, significantly contributing to the tripling of the economic value of what was then known as the Union of South Africa.

In particular, revenue from gold exports provided sufficient capital to purchase much-needed machinery and petroleum products to support an expanding manufacturing base.

As of 2007, the South African mining industry employs 493,000 workers. The industry represents 18% of South Africa's $588 billion USD Gross Domestic Product.

  Coal
South Africa is the world's third largest coal exporter, and much of the country's coal is used for power production. (about ~40%) 77% of South Africa's energy needs are provided by coal.

Gold
South Africa accounted for 15% of the world's gold production in 2002 and 12% in 2005, though the nation had produced as much as 30% of world output as recently as 1993. Despite declining production, South Africa's gold exports were valued at $3.8 billion USD in 2005. The US Geological Survey estimated in that as of 2002, South Africa held about 50% of the world's gold resources, and 38% of reserves.

Among the nation's gold mines are two of the deepest mines in the world. The East Rand Mine, in Boksburg, extends to a depth of 3,585 metres (11,762 ft). A 4-metre (13 ft) shallower mine is located at TauTona in Carletonville, though plans are in place to begin work on an extension to the TauTona mine, bringing the total depth to over 3,900 metres (12,800 ft) and breaking the current record by 127 feet (39 m). At these depths the temperature of the rocks are 140 °F (60 °C).

The gold in the Witwatersrand Basin area was deposited in ancient river deltas, having been washed down from surrounding gold-rich greenstone belts to the north and west. Rhenium-osmium isotope studies indicates that the gold in those mineral deposits came from unusual three billion year old mantle sourced intrusions known as komatiites present in the greenstone belts. The Vredefort Dome impact which lies within the basin and the nearby Bushveld Igneous Complex are both about a billion years younger than the interpreted age of the gold.

Diamonds
Ever since the Kimberley diamond strike of 1868, South Africa has been a world leader in diamond production. The primary South African sources of diamonds, including seven large diamond mines around the country, are controlled by the De Beers Consolidated Mines Company. In 2003, De Beers operations accounted for 94% of the nation's total diamond output of 11,900,000 carats (2.38 t). This figure includes both gem stones and industrial diamonds. Diamond production rose in 2005 to over 15,800,000 carats (3.16 t).

 
 
Platinum and palladium
South Africa produces more platinum and similar metals than any other nation. In 2005, 78% of the world's platinum was produced in South Africa, along with 39% of the world's palladium. Over 163,000 kilograms (5,200,000 ozt) of platinum was produced in 2010, generating export revenues of $3.82 billion USD.

Chromium
Chromium is another leading product of South Africa's mining industry. The metal, used in stainless steel and for a variety of industrial applications, is mined at 10 sites around the country. South Africa's production of chromium accounted for 100% of the world's total production in 2005, and consisted of 7,490,000 metric tons (7,370,000 long tons; 8,260,000 short tons) of material.

 
 
Working conditions
Conditions on most South African mines are very similar to those elsewhere except for the gold mines where the low geothermal gradient, i.e. the rate at which the temperature goes up with depth, is often as low as 9 °C per kilometre depth (compared with a world average of about 25 °C/km), and this, combined with narrow and very continuous orebodies in hard and competent rocks makes it possible to mine to depths unattainable elsewhere in the world.

Silica dust is an ever-present potential hazard so that all drilling dust and loose rock has to be wetted down at all times to prevent silicosis, a lethal disease that attacks the lungs. Unfortunately the narrowness of the inclined reefs/orebodies prevents mechanisation except in a very few cases and most work is very labour-intensive. Ventilation requirements to keep working conditions tolerable are huge and a survey of the South African gold mines indicated that the average quantity of ventilating air circulated was some 6 cubic metres per second (210 cu ft/s) per 1000 ton of rock mined per month.

Another serious problem is that of heat. In the deeper mines refrigeration of the intake air is often necessary to keep conditions tolerable and this is now becoming necessary on some platinum mines which, although shallower, have a higher geothermal gradient. Refrigeration is very energy hungry and it is currently a moot point whether ESKOM, the state power company, can supply the necessary power after its recent problems, which will cut power supplies to 90% of previous levels until at least 2012, when a new powerstation is ready.

The South African mining industry is frequently criticized for its poor safety record and high number of fatalities but conditions are improving. Total fatalities were 533 in 1995 and had fallen to 199 in 2006. The overall fatality rate in 2006 was 0.43 per 1,000 per annum but this hides some important differences.

  The gold mining rate was 0.71, platinum mining was 0.24 and other mining was 0.35. The reason for the difference is quite clear; the gold mines are much deeper and conditions are both more difficult and dangerous than on the shallower platinum mines.

Falls of ground dominated the causes at 72, machinery, transportation and mining accidents caused 70 and the remainder were classed as general. Of the falls of ground, approximately two thirds were on the deep gold mines, a reflection of the extreme pressure at depth and continual movement of to country rock. Amongst the machinery, mining and transportation fatalities were working on grizzlies without safety belts, working below loose rock in ore passes, getting crushed by that deadly combination of a loco and a ventilation door frame (the clearance between the two is only a few inches) and working on running conveyors, all direct contraventions of safety instructions. Drilling into misfires was also mentioned, a clear example of sloppy and unsafe mining.

It is difficult to see how falls of ground can be eliminated given their frequent unpredictability, which is increasing with depth, and the difficulties in providing continuous roof support as on longwall coal mines due to the violence of a face blast in the hard rock of the gold mines but clearly much can be done to improve training and to instill a sense of safe working practice in the miners, many of whom are relatively inexperienced.

Mine safety received considerable publicity in 2007, particularly after 3,200 workers were temporarily trapped underground at the Elandskraal mine after a compressed air pipe ruptured due to internal corrosion, broke lose and fell into the man-hoisting shaft. The workers were eventually rescued through the rock hoisting shaft after the blasting smoke had cleared. The incident caused South African President Thabo Mbeki to mandate full safety audits for all operating mines. This audit has caused additional facilities to shut down temporarily, including the nation's largest gold mine located at Driefontein.

 
 

Premier Diamond Mine, Cullinan, Gauteng, South Africa
 
 
2007 strike
In 2007 the South African National Union of Mineworkers, which represents the nation's mineworkers, engaged in a series of talks with the Chamber of Mines, an industry group. The meetings also saw the participation of the Commission for Conciliation, Mediation and Arbitration, a body with mediation authority over the dispute. On 27 November 2007, the National Union of Mineworkers announced that South African mineworkers would go on strike to protest at unsafe working conditions. The strike took place on 4 December, and impacted over 240,000 workers at 60 sites across the country, including mines devoted to the production of gold, platinum, and coal.

2012 Lonmin strike
The Lonmin strike was a strike in August 2012 in the Marikana area, close to Rustenburg, South Africa at a mine owned by Lonmin one of the world's largest primary producers of Platinum Group Metals (PGMs). A series of violent confrontations occurred between platinum mine workers on strike and the South African Police Service on Thursday, 16 August 2012, and resulted in the deaths of 34 individuals (30 were miners and 4 protestors), as well as the injury of an additional 78 miners. Occurring in the post-apartheid era, it was the deadliest incident of violence between police and the civilian population in South Africa since the 1960 Sharpeville Massacre and prompted the South African President, Jacob Zuma to declare a 6 day long week of mourning.

From Wikipedia, the free encyclopedia
 
 
 
1867
 
 
Nobel Alfred invents dynamite
 
 
Dynamite
 

Dynamite is an explosive material based on nitroglycerin, using diatomaceous earth (AmE: kieselgur; BrE: kieselguhr), or another adsorbent substance such as powdered shells or clay. Dynamites using organic materials as sorbents such as sawdust are less stable and such use has been generally discontinued. Dynamite was invented by the Swedish chemist and engineer Nobel Alfred in Geesthacht, Germany, and patented in 1867.

 
Invention, purpose, and use
Dynamite was invented by
Nobel Alfred and was the first safely manageable explosive stronger than black powder. Nobel obtained patents for his invention in England on May 7, 1867, in Sweden on October 19, 1867. After its introduction, dynamite rapidly gained wide-scale use as a safe alternative to black powder and nitroglycerin. Nobel tightly controlled the patents, and unlicensed duplicating companies were quickly shut down. However, a few American businessmen got around the patent by using a slightly different formula.

Nobel originally sold dynamite as "Nobel's Blasting Powder" but decided to change the name to dynamite, from the Ancient Greek word δύναμις dýnamis, meaning "power".

An industrialist, engineer, and inventor, the Swedish Nobel built bridges and buildings in Stockholm. His construction work inspired him to research new methods of blasting rock. Today Dynamite is mainly used in the mining, quarrying, construction, and demolition industries. Dynamite is still the product of choice for trenching applications, and as a cost-effective alternative to cast boosters. Dynamite is occasionally used as an initiator or booster for AN and ANFO explosive charges.

  Manufacture

Composition

Nitroglycerin by itself is a very strong explosive, but is extremely shock-sensitive (that is, physical shock can cause it to explode), and degrades over time to even more unstable forms, which makes it highly dangerous to transport or use.

Dynamite combines nitroglycerin with adsorbents and stabilizers, rendering it safe to use, but retaining the powerful explosive properties of nitroglycerin.

The most common composition of dynamite consists of three parts nitroglycerin, one part diatomaceous earth and a small admixture of sodium carbonate.

Form
Dynamite is usually sold in the form of cylinders about 8 in (20 cm) long and about 1.25 in (3.2 cm) in diameter, with a weight of about 0.5 lb troy (0.186 kg).

Other sizes also exist. The maximum shelf life of nitroglycerin-based dynamite is recommended as one year from the date of manufacture under good storage conditions. A stick of dynamite thus produced contains roughly 1 MJ of energy.

 
 
Storage considerations
Over time, regardless of the sorbent used, sticks of dynamite will "weep" or "sweat" nitroglycerin, which can then pool in the bottom of the box or storage area. For that reason, explosive manuals recommend the repeated turning over of boxes of dynamite in storage. Crystals will form on the outside of the sticks causing them to be even more shock, friction or temperature sensitive. This creates a very dangerous situation. While the risk of an explosion without the use of a blasting cap is minimal for fresh dynamite, old dynamite is dangerous. Modern packaging helps eliminate this by placing the dynamite into sealed plastic bags, and using wax coated cardboard.
 
 

Preparation of dynamite during the construction of the Douglas Dam, 1942.
 
 
Major manufacturers

South Africa

For several decades beginning in the 1940s, the largest producer of dynamite in the world was the Union of South Africa. There the De Beers company established a factory in 1902 at Somerset West. The explosives factory was later operated by AECI (African Explosives and Chemical Industries). The demand for the product came mainly from the country's vast gold mines, centered on the Witwatersrand. The factory at Somerset West was in operation in 1903 and by 1907 it was already producing 340,000 cases, 50 pounds (22 kilograms) each, annually. A rival factory at Modderfontein was producing another 200,000 cases per year.

There were two large explosions at the Somerset West plant during the 1960s. Some workers died, but the loss of life was limited by the modular design of the factory and its earth works, and the planting of trees that directed the blasts upward. There were several other explosions at the Modderfontein factory. After 1985, pressure from trade unions forced AECI to phase out the production of dynamite. The factory then went on to produce ammonium nitrate emulsion-based explosives that are safer to manufacture and handle.

  United States
Dynamite was manufactured by the E. I du Pont de Nemours Company until the mid-1970s.

Other American dynamite makers of that time period included the Hercules Corporation, Atlas, Trojan US Powder, Austin, and several other smaller firms.

Currently only Dyno Nobel manufactures Dynamite in the US. The only facility producing it is located in Carthage, Missouri, but the material is purchased from Dyno Nobel by other manufacturers, who put their label on the dynamite and boxes.

Non-dynamite explosives

Other explosives are often referred to or confused with dynamite:

TNT
Though both TNT and dynamite are high explosives, there is little similarity between them. Dynamite is a stabilized form of nitroglycerine while TNT is a chemical compound called trinitrotoluene.

The energy density (joules/kilogram or J/kg) of dynamite is approximately 125% that of TNT: 5.0 MJ/kg for dynamite vs 4.0 MJ/kg of TNT.

 
 

"Nobel's ExtraDynamite" manufactured by Nobel's old company,
Nitroglycerin Aktiebolaget.
 
 
"Extra" Dynamite
In the United States, in 1885, the chemist Russell S. Penniman invented "ammonium dynamite", a form of explosive that used ammonium nitrate as a substitute for the more costly nitroglycerin. Ammonium nitrate has only 85% of the chemical energy of nitroglycerin.

"Military dynamite"
"Military dynamite" is a dynamite substitute, formulated without nitroglycerin. It contains 75% RDX, 15% TNT, 5% SAE 10 motor oil, and 5% cornstarch, but much safer to store and handle for long periods than Nobel's dynamite. Military dynamite achieves greater stability by avoiding the use of nitroglycerin and uses much more stable chemicals.

From Wikipedia, the free encyclopedia
 
 
 
1867
 
 
Prussia buys mail service from the Thurn und Taxis family
 
 
Thurn and Taxis
 
The Princely House of Thurn and Taxis (German: das Fürstenhaus Thurn und Taxis) is a German noble family that was a key player in the postal services in Europe in the 16th century and is well known as owners of breweries and builders of many castles.
 
History
The Tasso (from the Italian for "badger") were a Lombard family in the area of Bergamo. The earliest records place them in Almenno in the Val Brembana around c.1200 before they fled to the more distant village of Cornello to escape feuding between Bergamo's Guelf Colleoni and the Ghibelline Suardi families. Around 1290, after Milan had conquered Bergamo, Omodeo Tasso organized 32 of his relatives into the Company of Couriers (Compagnia dei Corrieri) and linked Milan with Venice and Rome. The recipient of royal and papal patronage, his post riders were so comparatively efficient that they became known as bergamaschi throughout Italy.

Ruggiero de Tassis was named to the court of the emperor Frederick the Peaceful in 1443. He organized a post system between Bergamo and Vienna by 1450; from Innsbruck to Italy and Styria around 1460; and Vienna with Brussels around 1480. Upon his success, Ruggiero was knighted and made a gentleman of the Chamber. Jannetto de Tassis was appointed Chief Master of Postal Services at Innsbruck in 1489. Philip of Burgundy elevated Janetto's brother Francisco to captain of his post in 1502. Owing to a payment dispute with Philip, Francisco opened his post to public use in 1506. By 1516, Francisco had moved the family to Brussels in Brabant, where they became instrumental to Habsburg rule, linking the rich Low Countries to the Spanish court. The normal route passed through France, but a secondary route across the Alps to Genoa was available in times of hostility.

The name Thurn und Taxis arose from the translation into German of the family's French title. Charles V named Giovanni Battista de Tassis as master of his post in 1520; Maximilian I expanded their network throughout the Holy Roman Empire.

  In 1624, the family were elevated to grafen ("counts") and they formally adopted the German form of their name in 1650. They were named "princely" in 1695 at the behest of the emperor Leopold I.

Their postal service was lost in pieces over the centuries, with the Spanish network being bought by the crown in the 18th century and the German post being purchased by Prussia after the fall of the Free City of Frankfurt in 1866.

Rainer Maria Rilke wrote his Duino Elegies while visiting Princess Marie of Thurn and Taxis (née princess of Hohenlohe) at her family's Duino castle. Rilke later dedicated his only novel The Notebooks of Malte Laurids Brigge to the princess, who was his patroness.
Marie's relation to Regensburg's Thurn and Taxis is rather distant, however; she was married to Alexander Thurn and Taxis, a member of the family's branch that in the early 19th century settled in Bohemia (now Czech Republic) and became strongly connected to Czech national culture and history.

Several members of the family have been Knights of Malta.

The current head of the house of Thurn and Taxis is HSH Albert II, 12th Prince of Thurn and Taxis, son of Johannes and his wife, Gloria. The family is one of the wealthiest in Germany.

The family has resided in St. Emmeram Castle in Regensburg since 1748. The family's brewery was sold to the Paulaner Group (Munich) in 1996, but still produces beer under the brand of Thurn und Taxis.

From Wikipedia, the free encyclopedia
 
 
 
1867
 
 
"The Queensberry Rules" (Marquess of Queensberry Rules) by John Graham Chambers of the London Amateur Athletic Club
 
 
Chambers John Graham
 
John Graham Chambers (12 February 1843 – 4 March 1883) was a Welsh sportsman. He rowed for Cambridge, founded inter-varsity sports, became English Champion walker, coached four winning Boat-Race crews, devised the Queensberry Rules, staged the Cup Final and the Thames Regatta, instituted championships for billiards, boxing, cycling, wrestling and athletics, rowed beside Matthew Webb as he swam the English Channel and edited a national newspaper.
 
Early life
Chambers was born in Llanelli, Carmarthenshire, Wales, the son of William Chambers, a Welsh landowner of the Chambers Family. He was educated at Eton and Trinity College, Cambridge, where he graduated as B.A., won the Colquhoun Sculls and became President of the University Boat Club.

Career
Chambers codified the "Marquess of Queensberry rules" upon which modern-day boxing is based. In 1867, he established the rules, which include the required use of boxing gloves, the ten-count, and three-minute rounds. He is a member of the International Boxing Hall of Fame.

He was also a catalyst in the founding of British amateur athletics, having founded the Amateur Athletic Club in 1866, and was present at the formation of the Amateur Athletic Association in 1880.

Chambers also rowed twice in the Boat Race for Cambridge in 1862 and 1863, losing both times, and coached six Light Blues crews in 1865-66, again defeats, and 1871-74 when Cambridge put together four straight victories, including the first on sliding seats in 1873.

Later life
Chambers died, aged forty, at 10 Wetherby Terrace, Earls Court, London on 4 March 1883 and is buried in Brompton Cemetery.

From Wikipedia, the free encyclopedia
 
 
 
London Athletic Club
 

London Athletic Club (LAC) is a track and field club based in London, England. It is the oldest independent track and field club in the world and celebrated its first 150 years in 2013. More than sixty athletes connected with the club have since become Olympians and top athletics administrators in Britain. The club is currently based at Barn Elms, in West London.

 
Club Colours
London Athletic Club’s colours are Classic Green and Old Gold. The club's kit includes a green vest with a single horizontal gold band. Inside the gold band on the front of the vest is the name of the club or the club’s crest.
 
 
London Athletic Club’s Olympians
Over sixty members of London Athletic Club have competed at the Olympic Games. Australian Teddy Flack won the first Olympic medals for the club: double gold in the 800 and 1500 metres at the first modern Olympics in Athens. The London Olympics of 1908 saw 28 club members representing the UK and Wyndham Halswelle winning gold in the 400 metres by a controversial walkover. Several club members competed at the 1912 Olympics in Stockholm including Sidney Abrahams (Long Jump) and Philip Noel-Baker (800 and 1500 metres), who also captained the British Olympic team at Antwerp in 1920 after World War I. Also running for Britain at the Antwerp Olympics were R A Lindsay and Guy Butler in the winning 4 x 400 metre relay team. Guy Butler went on to win Olympic medals again in the 1924 Paris Olympics and the Amsterdam Olympics of 1928. Other club members had Olympic success in 1924 and 1928. In the 100 metres in 1924 Harold Abrahams won gold and Arthur Porritt won bronze while in the 800 metres Douglas Lowe won gold. In 1928 Lord Burghley won gold in the 400 metre hurdles and Douglas Lowe took the gold medal in the 800 metres. Douglas Neame (110 metre hurdles) and Vernon Morgan (3000 metre steeplechase) also competed at the 1928 Olympics. Club members Jack Powell (800 metres) and Roly Harper (110 metre hurdles) competed at the 1932 Olympics in Los Angeles. Pre-World-War II Olympic success continued with Frederick Wolff leading Britain’s 4 x 400 metres relay team to gold in Berlin in 1936, Brian McCabe reaching the 800 metres final and John Powell reaching the semi-final . After WWII, at the 1948 London Olympics, Michael Pope competed in the 400 metre hurdles. Four years later, John Disley won bronze in the 3000 metre steeplechase in Helsinki in 1952 and later became synonymous with the London Marathon. Javelin thrower Richard (Dick) Miller from Northern Ireland and hurdler Jack Parker also represented Great Britain at the 1952 summer olympics. Jack Parker along with fellow hurdler Harry Kane competed in the 1956 Summer Olympics in Melbourne in the 110 metre and 400 meter hurdles respectively. The high-jumper Geoff Parsons, who competed in the 1984 and 1988 Olympic Games, reached the final in 1988.
  History
The London Athletic Club is the oldest independent track and field club in the world: it was founded in 1863. Initially the club was named Mincing Lane Athletic Club because its members were mainly businessmen in the City of London.

Early Meetings
Its first meeting, on 27 June 1863, was at the (then recently-opened) West London Cricket and Running Grounds, Brompton. A later meeting, held on 9 April 1864 at Bow running grounds, was reported in The Sporting Life: “From the attendance….and the excellent sports exhibited, the club promises to become very popular”. Meetings were held at various locations across London: another was at the West London running grounds held on 25 November 1865.

On 16 January 1866 The Sporting Life reported that the Mincing Lane Athletic Club had been renamed the London Athletic Club, because “gentlemen from all parts of London and most of the principal pedestrians of the day [were] among its members”. Three years later, in 1869, the club moved its base to the newly-opened Lillie Bridge Grounds, a few hundred yards north of where Stamford Bridge Stadium is today. Then, in 1870, the brothers James and William Waddell, who had joined LAC as athletes, became treasurer and secretary. Profits soared and in 1877 they secured six and a half acres at Stamford Bridge. The grounds made LAC the premier club of the time. (The brothers fled the country in 1883 and they left the club in debt.)

The early meetings featured events such as cricket ball throwing, bicycle races and, in winter, regular “Assault at Arms” evenings which included fencing and boxing. The LAC even raised a rugby team. Charles Dickens, Jr wrote that in 1878 LAC had 700 active and non-active (i.e. non-competing) members; it held 90 competitions with over 1,000 competitors and in that year 268 new members had joined. In 1879 LAC held its own ‘national championships’, since its members had boycotted those of the Amateur Athletic Club based at Lillie Bridge and the forerunner to the governing body of the sport, the Amateur Athletic Association.

 
 
Stamford Bridge Years
In 1904 London Athletic Club moved to a new stadium and grounds at Stamford Bridge. The old stand it had used there was demolished and the new construction used spoil from excavating the tube lines of the London underground in order to level the land. The result was a grandstand overlooking a football field that was surrounded by a quarter-mile running track, a banked cycling track and terraces that held six thousand spectators. The inaugural meeting of the London Athletic Club at the new ground was held on 10 May 1905 (Chelsea Football Club used the ground in the winter months and its first match there was on 4 September 1905). The Bridge was to remain LAC’s base until 1933.
 
 
After Stamford Bridge
By 1933 the track at Stamford Bridge was being used for speedway and greyhound racing and so the club moved its base to White City.

In 1954 the club moved again to Hurlingham Park stadium, which had been opened by Roger Bannister four months after he had broken the four-minute mile barrier.

The club moved its base yet again in 1966 to Crystal Palace, then returned to Hurlingham in 1972 and later used Motspur Park, one of the locations in the film, “Chariots of Fire”. LAC President Sir Arthur Gold appeared in the film’s depiction of the memorial service for Harold Abrahams. Today the club uses Barn Elms athletic track in west London as its base.

The First International Athletics meetings and London Athletic Club
London Athletic Club was the leading track and field club in the 1870s, illustrated by the fact that its members held every track world record between 220 yards to 10 miles during that decade.

Walter Rye, the champion walker of the time, recalled in his autobiography what was arguably the first ever international athletics meeting, when a team from London Athletic Club weathered the Irish Sea to take part in a match in Ireland on 5 June 1876.

In 1895 the club sailed to America for a match against New York Athletic club. Another international match took place in 1903 – and was celebrated with a return match in 1985 – at Le Touquet, France. As well as track and field, the events included fencing, tennis, cycling and horse-riding.

  London Athletic Club’s Schools’ Meetings
The club initiated the idea of a national athletics meeting for English schools. The annual meetings began in the 19th century and until 1948 were restricted to public schools. The first complete London Athletic Club Public Schools’ Meeting was held at Queen's Club, on 10 April 1897. Boys competed at 100, 440, 880 yards, the mile, 120 yards hurdles, high jump and long jump. Later meetings were held at Stamford Bridge until 1933, then mainly at White City until 1962, and then at Motspur Park. Typically over 200 schools would compete each year in the 1940s and 1950s. The schools’ meetings would lead to further club competitions against public schools and grammar schools and several of the young athletes who competed would go on to join the club. The LAC Schools’ meetings were transferred to the Independent Schools’ Physical Education Conference in 1973.

100th and 150th Anniversaries
The 100th and 150th anniversaries were commemorated at historically significant locations for the club. The 100th anniversary dinner in 1963 was at the Clothworkers Hall, in Mincing Lane in the City of London–significant because the club was founded as Mincing Lane Athletic Club. HRH Prince Philip was guest of honour as President of the British Amateur Athletic Board and the President of the club, the Marquess of Exeter, was in the chair. The 150th anniversary celebration in 2013 was at Stamford Bridge stadium. The President, Richard Solomons, was in the chair and speakers included Lord Puttnam, producer of the Oscar-winning film “Chariots of Fire”, who was the guest of honour, the sports historian Philip Barker, and Vice-President, Dr John Disley.

From Wikipedia, the free encyclopedia

 
 
 
1867
 
 
Dr. T. J. Barnardo opens his first home for destitute children at Stepney, London
 
 
Barnardo Thomas John
 
Thomas John Barnardo (4 July 1845 – 19 September 1905) was an Irish philanthropist and founder and director of homes for poor children. From the foundation of the first Barnardo's home in 1867 to the date of Barnardo's death, nearly 60,000 children had been rescued, trained and given a better life.
 
Early life
Barnardo was born in Dublin, Ireland, in 1845. He was the fourth of five children (one died in childbirth) of John Michaelis Barnardo, a furrier, and his second wife, Abigail, an Englishwoman and member of the Plymouth Brethren. In the early 1840s, John emigrated from Hamburg to Dublin, where he established a business; he married twice and fathered seven children. The Barnardo origins are uncertain; the family "traced its origin to Venice, followed by conversion to the Lutheran Church in the sixteenth century", but others have claimed German Jewish roots for them.
 
 

Thomas John Barnardo
  Dr Barnardo's Homes
With the intention of qualifying for medical missionary work in China, Barnardo studied medicine at the London Hospital, and later at Paris and Edinburgh, where he became a fellow of the Royal College of Surgeons.

The evangelical work he carried on alongside his medical studies in London served to make him aware of the great numbers of homeless and destitute children adrift in the cities of England.

Encouraged by the support of the 7th Earl of Shaftesbury and the 1st Earl Cairns, he gave up his early ambition to lead a missionary's life in China, and began what was to prove his life’s work. The first of the "Dr Barnardo’s Homes" was opened in 1867 at 18 Stepney Causeway, London.

From then on the workload of his humanitarian venture steadily increased until, at the time of his death in 1905, he had established 112 district homes, besides mission branches, throughout the United Kingdom.

The object for which these institutions were started was to search for and to receive waifs and strays, to feed, clothe and educate them.

 
 

The system under which the institution was carried on is broadly as follows: the infants and younger girls and boys were chiefly "boarded out" in rural districts; girls above fourteen years of age were sent to the industrial training homes, to be taught useful domestic occupations; boys above seventeen years of age were first tested in labour homes and then placed in employment at home, sent to sea, or emigrated; boys of between thirteen and seventeen years of age were trained for the various trades for which they might be mentally or physically fitted. Besides the various branches necessary for the foregoing work, there were also, among others, the following institutions: a rescue home for girls in serious danger, a convalescent seaside home and a hospital for the terribly sick.

Barnardo and his wife, Syrie, were given a home in Barkingside as a wedding gift. There he created a 60-acre (24 ha) rural retreat, with the vision of creating a way of life for destitute children that resembled growing up in a village. On 9 July 1876, The Girls' Village Home was officially opened with 12 cottages by the then Lord Cairns. In the same year, a modern steam laundry was opened. Over the years, the number of cottages grew to a total of 66 in 1906, housing some 1,300 girls. The cottages were spread over three village greens next to Mossford Lodge at Barkingside, Ilford, Essex, that had been opened in 1873. By 1894, a multi-denominational Children's Church was dedicated, and The Girls' Village Home had become a real "garden city".

 
 
In 1899, the various institutions and organizations were legally incorporated under the title of "The National Association for the Reclamation of Destitute Waif Children", but the institution was always familiarly known as "Dr Barnardo’s Homes." Barnardo laid great stress on the religious teaching of the children under his care. Each child is now brought up under the influence and teaching of the denomination of the parents.

The homes were divided into two sections for religious teaching, Church of England and Nonconformists; children of Jewish and Roman Catholic parentage were, where possible, handed over to the care of the Jewish Board of Guardians in London, and to Roman Catholic institutions, respectively. In 1877, Barnardo was the resident physician at the Smedley Hydro Hotel in Southport. He also opened a children's school in Birkdale while he resided in Southport.

Barnardo was also a member of the Orange Order in Dublin.

Marriage and family
In June 1873, Barnardo married Sara Louise Elmslie (1842–1944), known as Syrie, the daughter of an underwriter for Lloyd's of London. Syrie shared her husband's interests in evangelism and social work. The couple settled at Mossford Lodge, Essex, where they had seven children, three of whom died in early childhood. Another child, Marjorie, appears to have had some form of intellectual disability, though details are unknown. Another daughter, Gwendolyn Maud Syrie (1879–1955), known as Syrie like her mother, was married to wealthy businessman Henry Wellcome, and later to the writer Somerset Maugham, and became a socially prominent London interior designer in the 1920s and 1930s.

 
A 1931 advertisement for Dr Barnardo's Homes.
 
 

Death
Barnardo died of angina pectoris in London on 19 September 1905, and was buried in front of Cairns House, Barkingside, east London. The house is now the head office of the children's charity he founded, Barnardo's.

After Barnardo's death, a national memorial was instituted to form a fund of £250,000 to relieve the various institutions of all financial liability and to place the entire work on a permanent basis. William Baker, formerly the chairman of the council, was selected to succeed the founder of the homes as Honorary Director. Barnardo was the author of 192 books dealing with the charitable work to which he devoted his life.

From the foundation of the homes in 1867 to the date of Barnardo's death, nearly 60,000 children had been rescued, trained and placed out in life. At the time of his death, his charity was caring for over 8,500 children in 96 homes.




 

Jack the Ripper suspect
At the time of the Whitechapel murders, due to the supposed medical expertise of the Ripper, various doctors in the area were suspected. Barnardo was named a possible suspect. Ripperologist Gary Rowlands theorized that due to Barnardo's lonely childhood he had anger which led him to murder prostitutes. However, there is no solid evidence he committed the murders. Critics have also pointed out that his age and appearance did not match any of the descriptions of the Ripper.

From Wikipedia, the free encyclopedia

 
 
 

 
 
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