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Andrew Ure | |
|---|---|
 Andrew Ure | |
| Born | (1778-05-18)18 May 1778 Glasgow, Scotland |
| Died | 2 January 1857(1857-01-02) (aged 78) London, England |
| Spouse | Catherine Monteath 1807 - 1819 (divorced) |
| Scientific career | |
| Fields | Medicine,chemistry, andnatural philosophy |
| Institutions | Andersonian Institution, Glasgow |
Andrew UreFRS (18 May 1778 – 2 January 1857) was aScottish physician, chemist,scriptural geologist, and earlybusiness theorist who founded theGarnet Hill Observatory. He was afellow of theRoyal Astronomical Society and theRoyal Society. Ure published a number of books based on his industrial consulting experiences.
Andrew Ure was born inGlasgow in May 1778, the son of Anne and Alexander Ure, a cheesemonger. In 1801, he received anMD from theUniversity of Glasgow, and served briefly as an army surgeon before re-settling in Glasgow in 1803.[1]
Ure became a member of theFaculty of Physicians and Surgeons after his return to Glasgow.[1] He replacedGeorge Birkbeck as professor ofnatural philosophy (specialising in chemistry and physics) in 1804 at the recently formedAndersonian Institution (now known as University of Strathclyde). His evening lectures in chemistry and mechanics enjoyed considerable success and inspired the foundation of theÉcole des Arts et Métiers in Paris, and a number of mechanical institutions in Britain.[1]
Ure founded the Garnet Hill Observatory in 1808.[2] He and his wife resided in the observatory for several years. The observatory's reputation was second only toGreenwich's at that time. While in residence there, he was assisted bySir William Herschel, who had come to the area to lecture at the local Astronomical Society. Herschel also took time to help him install a new 14 feet (4.3 m) reflecting telescope (of Ure's design and manufacture). He was elected a Fellow of theRoyal Astronomical Society in 1811.[1][a]
In 1814, while giving guest lectures in Belfast, Ure consulted for the Irish linen board, and devised an 'alkalimeter' which gave volumetric estimates of the alkali contents of industrial substances.[b] He was also well known in academia at the time for his practical chemistry knowledge and abilities.[1]
On 4 November 1818 Ure assisted the professor of anatomy,James Jeffray,[4] in experiments he had been carrying out on the body of a murderer named Matthew Clydesdale, after the man's execution by hanging.[5][6] Jeffray claimed that, by stimulating thephrenic nerve, life could possibly be restored in cases of suffocation, drowning, or hanging.[6]
Every muscle of the body was immediately agitated with convulsive movements resembling a violent shuddering from cold ... On moving the second rod from hip to heel, the knee being previously bent, the leg was thrown out with such violence as nearly to overturn one of the assistants, who in vain tried to prevent its extension. The body was also made to perform the movements of breathing by stimulating the phrenic nerve and the diaphragm. When thesupraorbital nerve was excited 'every muscle in his countenance was simultaneously thrown into fearful action; rage, horror, despair, anguish, and ghastly smiles, united their hideous expressions in the murderer's face, surpassing far the wildest representations of Fuseli or a Kean. At this period several of the spectators were forced to leave the apartment from terror or sickness, and one gentleman fainted.'
— Andrew Ure (1819)[7]
In 1821 Ure published his first major book,Dictionary of Chemistry, a replacement forWilliam Nicholson's outdated dictionary. It came out two years afterWilliam Brande'sManual of Chemistry, and Ure was accused of plagiarism.[8] Subsequently, Ure accusedWilliam Henry andThomas Thomson of plagiarism of his own works.[9]
In 1822, he was elected aFellow of the Royal Society.[1] By 1830, Ure's outside interests led him to resign first from his chair and then from the institution. He moved to London and set himself up as a consulting chemist (probably the first such in Britain). His work included acting as anexpert witness, taking on government commissions, and making industrial tours of England, Belgium, and France. His visits to Englishtextile mills led to his 1835 publication ofThe Philosophy of Manufactures; followed byAn Account of the Cotton Industry in 1836; both dealing with thetextile industry conditions. In 1840, he helped found thePharmaceutical Society of Great Britain.[1]
His exposure to factory conditions led him to consider methods of heating and ventilation for workers, and he is credited with being the first to describe a bi-metallicthermostat.[10]
TheDictionary of Arts, Manufactures and Mines, Ure's chief and most encyclopaedic work, was published in 1837.[c] Enlarged editions were rapidly called for in 1840, 1843, and 1853. After his death, four further editions appeared—the last in 1878. This work was translated into almost every European language, including Russian and Spanish.The Times review said: "This is a book of vast research, and the variety of subjects embraced in it may be estimated by the fact that on the French translation it was thought advisable to employ nineteen collaborators, all regarded as experts in their special subjects."[11] Historical accounts of the advancement of geology regularly make mention of Ure.[12]
Ure was ascriptural geologist[13] and in 1829 publishedA New System of Geology[d] and was elected an original member of theGeological Society of London.[6] Ure promoted the study of geology, that "...magnificent field of knowledge." However, some criticised the book severely,[1] and "TheNew System of Geology was not a success, even among readers who might have been expected to be sympathetic, and it was soon forgotten." because "theNew System of Geology ... came just too late, at a time when the positions it so noisily defended were being quietly abandoned, leaving the author in slightly ridiculous isolation."[6] Lyell's claimed, falsely, that Ure wanted all promoters of the new geology "...to be burnt at Smithfield."[citation needed] Ure thought both Werner's and Hutton's theories violated every principle of mechanical and chemical science. A sound geological theory, he believed, ought to follow Bacon and Newton's example. And since geology and the Scriptures were the work of God, then they would agree when properly interpreted. Ure said that the Bible was important to the history of the earth. He distinguished between the present functioning of the universe and its origin in the past. For him, the proper science is the repeatable and experimental study of how creation functions in the present. But concerning the unobservable past, we create speculation.[14]
He married Catherine [née Monteath] Ure in 1807. By 1819 she had become the mistress of an Anderson's Institution colleague, and they divorced.[1]
Ure died on 2 January 1857 at 18 Upper Seymour Street,Portman Square, London.[15] Throughout his life he had a wide circle of friends and he communicated regularly with many principal scientists around the world. These all lamented his death.[16]Michael Faraday's posthumous description of him was:
…his skill and accuracy were well known as well as the ingenuity of the methods employed in his researches … and it has been stated that no one of his results has ever been impugned. His extensive knowledge enabled him to arrive at conclusions, and to demonstrate facts considered impossible by his compeers in science[17]
He is buried in the Terrace Catacombs ofHighgate Cemetery.[18] A secondary memorial was erected inGlasgow Cathedral by his daughter, Katherine MacKinlay. His eldest son, Alexander Ure (1808 - 13 June 1866), one of the senior surgeons ofSt. Mary's Hospital, Paddington, is also buried atHighgate Cemetery.[18]
Accounts of the development of geology routinely make reference to these figures,
