ROBERT HENRY SCOTT, NOTED BRITISH METEOROLOGIST AND MINEROLOGIST.

WRITING TO OGDEN ROOD'S WIFE (OGDEN ROOD WAS A NOTED PHYSICIST ON COLOR THEORY)
LONDON, ENGLAND TO TYROL, AUSTRIA.

METEOROLOGIST OFFICE STATIONARY, LETTERHEAD AND REVERSE OF ENVELOPE.

LETTER PARTLY IN GERMAN, PARTLY IN ENGLISH. 
SHE WAS GERMAN, MATHILDE PRUNER ROOD)

LETTER IS PERSONAL NOT SCIENTIFIC.   

AS PICTURED.   BLUE STATIONARY.

NOT MUCH AVAILABLE IN AUTOGRAPHS/LETTERS BY ROBERT HENRY SCOTT, 
OUTSIDE OF THE ROYAL MUSEUM.

(STAMP IS VICTORIA, 6 PENCE PURPLE. IT IS LIGHTER AND CLEARER THAN IT APPEARS IN SCAN)


1868   "....    I DECIDED  ON TRYING KUFSTEIN + GIVING UP SCIENCE AT ZURICH IN FAVOR OF
OLD FRIENDS AT KUFSTEIN. WE SHALL BE AT BONN ON SUNDAY NEXT + MUNICH ABOUT EVE 
TUESDAY.......MANY THANKS ABOUT THE COINS. I WILL FETCH THEM MYSELF.....BEST LOVE TO
OGDEN......GETTING OUT OF LONDON + AWAY FROM WORK MAKES ONE HALF CRAZY....YRS VERY
SINCERELY  ROBERT H SCOTT.  
CAN YOU GET US 3 BEDS FOR THE NIGHT OF THE 14TH OR SHALL WE TAKE OUR CHANCE"


WILL SEND INSURED WITH TRACKING.



Scott, Robert Henry (1833–1916), meteorologist and mineralogist, was born 28 January 1833 in Dublin, youngest son among five sons and one daughter of James Smyth Scott, lawyer, and his wife Louisa, daughter of Charles Brodrick (qv), archbishop of Cashel. Robert was educated at Rugby School and TCD, where he was a classics scholar (1853), graduated in experimental physics (1855), and was also awarded a diploma from the Dublin school of engineering. For the next two years (1856–8) he studied chemistry, physics, and mineralogy at Berlin and Munich before returning to Dublin in 1859, where he called himself an agricultural and mining chemist. He had addresses at 13 Suffolk St. and 18 Ranelagh Rd, Dublin. An unsuccessful application was made for the chair of technology at Edinburgh University, but in 1862 the Royal Dublin Society appointed him keeper of minerals and lecturer on mineralogy. During his time with the RDS (1862–7) he carried out research on the sedimentary rocks and granites of Donegal and published several geological papers in the Journal of the Geological Society of Dublin, the Dublin Builder, and the Royal Dublin Society Journal. He published a Manual of volumetric analysis (1862) and also in 1862 collaborated with Professor Samuel Haughton (qv) in editing several books, including Mineral agent's handbook by G. C. Mahon, and Blowpipe vade mecum by Aquilla Smith (qv). One of his first publications on meteorology was his paper ‘On the storm of the 9th February 1861’ (RIA Proc., vii (1857–61), 395–401); his translation from German of Dove's book Das Gesetz der Stürme was published as The law of storms (1862).
In 1865 the British department of meteorology was reformed as the meteorological office under the administration of a committee appointed by the Royal Society. Edward Sabine (qv), president of the Royal Society and a close personal friend of Scott, invited him to become director of the new office. As the only candidate, he was appointed director in 1867, his title later changing to ‘secretary of the meteorological council’ in 1877, a position he held until 1900. The personal patronage of Sabine continued and no doubt influenced Scott's election as FRS in 1870. Scott's ability lay in administration rather than original scientific thinking, although he did publish two successful books, Weather charts and storm warnings (1876) and Elementary meteorology (1883), which ran to nine editions. He also contributed an extensive number of papers and articles to a range of publications, including the Proceedings of the Royal Society and the Quarterly Journal of the Royal Meteorological Society. Under his directorship the Valentia observatory was established on Valentia Island, Co. Kerry, in 1867. In 1892 the observatory was transferred to Westwood House on the mainland, where the latest available instruments were purchased and provided continuous records of pressure, temperature and humidity. Continuing his Irish connection, he provided weather charts to the 1896 RIA-funded expedition to Rockall Island and Bank, and after the trip organised the chemical analysis of the collected sea-water samples.

An active member of several societies, he was secretary (1874–1900) of the International Meteorological Committee, and foreign secretary (1873–1916) of the Meteorological Society, of which he was also secretary (1880–81) and president (1884–5). He continued his interest in mineralogy and was a founding member of the Mineralogical Society, of which he was general secretary (1881–8), editor of its journal Mineralogical Magazine (1881–91), president (1888–91), and trustee (1894–1916). In 1898 he received an honorary D.Sc. from TCD, and was also an officer of the Légion d'honneur.


(SEE BELOW)

Ogden Nicholas Rood
BornFebruary 3, 1831
DiedNovember 12, 1902 (aged 71)
NationalityAmerican
Alma materYale University
Princeton University
Scientific career
FieldsPhysics
Ogden Nicholas Rood (3 February 1831 in Danbury, Connecticut – 12 November 1902 in Manhattan) was an American physicist[1] best known for his work in color theory.

Career

At age 18, Rood became a student at Yale University, but after his sophomore year he transferred to Princeton University (then called the College of New Jersey), where he received his baccalaureate degree in 1852.[2] For the next two years he was successively a graduate student at Yale University, an assistant at the University of Virginia, and an assistant to Benjamin Silliman.[3] In 1854–1858, he lived in Germany, dividing his time between oil painting and academic studies in Berlin and Munich, working in the laboratory of Justus von Liebig. In 1858, shortly before returning to the U.S.A., he married Mathilde Prunner of Munich.[4] In 1858 he joined the faculty of the short-lived Troy University. After the closure of Troy University in 1861, and after a one year absence from the academic world, he attained an appointment as Chair of Physics at Columbia University, a position he held from 1863 until his death. In 1865 Rood was elected a member of the National Academy of Sciences. In 1869 he became a vice-president of the American Association for the Advancement of Science.

He was elected as a member to the American Philosophical Society in 1880.[5]

Legacy

In his book on color theory, Modern Chromatics, with Applications to Art and Industry (published in 1879, with German and French translations appearing in 1880 and 1881, respectively) Rood divided color into three constants: purity, luminosity, and hue—equivalent to James Clerk Maxwell's tint, shade, and hue.[6] As an amateur artist, Rood was a member of the American Watercolor Society. In 1874 he gave two lectures to the National Academy of Design in New York on "Modern Optics in Painting". Along with Maxwell and Michel Eugène Chevreul, Rood's work was an influence on the Impressionist artists and their successors. The painter Camille Pissarro defined the aim of the Neo-Impressionists in a letter: "To seek a modern synthesis of methods based on science, that is, based on M. Chevreul's theory of colour and on the experiments of Maxwell and the measurements of N.O. Rood."[7]

Rood's theory of contrasting colors was particularly influential on Georges-Pierre Seurat, the founder of Neo-Impressionism and the foremost Pointillist. Rood suggested that small dots or lines of different colors, when viewed from a distance, would blend into a new color. He believed that the complementary colors of his color wheel, when applied in pairs by the artist, would enhance the presence of a painting: "... paintings, made up almost entirely of tints that by themselves seem modest and far from brilliant, often strike us as being rich and gorgeous in colour, while, on the other hand, the most gaudy colours can easily be arranged so as to produce a depressing effect on the beholder.".[8] William Innes Homer considered Seurat was influenced by passages in Ogden Rood's Students' Text-book of Color; Or, Modern Chromatics, with Applications to Art and Industry.[9]

In his 1912 Color Standards and Color Nomenclature, Robert Ridgway named four colors for Rood: Rood’s Blue, Rood’s Brown, Rood’s Lavender, and Rood’s Violet.[