Hutton made a geological collection to illustrate his theory of the Earth, and frequently cited phenomena displayed by specimens in it to support his arguments. His followers also considered that the evidence provided by the collection would help to establish his views. After Hutton's death it was given to the Royal Society of Edinburgh which, however, under the terms of its charter, was obliged to lodge it in the Natural History Museum of the University. The Museum's curator, the Wernerian, Robert (...) Jameson, thought the collection of little account, and neither displayed it nor kept it together. By the mid-1830s most of it had been dispersed or thrown away, and nothing is known of it since. The list of specimens compiled by its first trustees has also disappeared. By piecing together information in Hutton's writings and letters, and in those of his friends, we learn something about the contents of the collection and how it was formed, and also add to our knowledge of his acquaintance. The final section of the article brings together all Hutton's descriptions of his rocks and minerals and, in doing so, demonstrates the weight of proof that he rested on careful visual analysis of hand specimens. (shrink)

By bringing together information in published and unpublished works of the eighteenth and early nineteenth century, notably Hutton's unpublished manuscript the ‘Elements of Agriculture’, it is possible to augment our meagre knowledge of Hutton's agricultural activities. His decision to farm is discussed, as are his time as a student of agriculture in East Anglia and on the Continent , his life as a farmer at Slighhouses in Berwickshire , his research after he returned to Edinburgh , and his opinions on (...) the role of government in agricultural affairs. The section on Slighhouses deals not only with Hutton's agricultural experiments and improvements, but also with his personal life, travel, and scientific studies. Investigation shows that his interest in agriculture gave impetus to his studies in other disciplines, and that his years as a farmer were ones of great intellectual activity which laid the foundation for many of his future achievements, particularly in geology. (shrink)

James Hutton held shares in the company that built the Forth and Clyde canal, and was closely involved in its construction. For seven years he attended meetings on and off the site, helping to decide on the route, the supply of building stone and other problems. As far as we know it is the only occasion on which he used his geological knowledge in a public enterprise.

James Hutton is known to have regarded exploration as an important source of geological knowledge, and to have studied the accounts of travellers with close attention. Unpublished letters in the Fitzwilliam Museum, Cambridge, however, show that he was more actively involved in exploration than had been previously supposed. During the preparation for Cook's second voyage, he gave advice about both geological and marine research. He advised Banks against making a major voyage to Arctic regions, on the grounds that it would (...) be unprofitable geologically. He encouraged Banks and other friends to measure sea and air temperatures on their voyages, and there are indications that he himself took part in marine experiments. His interest in oceanography, which has not been discussed before, is found to complement his work in meteorology. (shrink)

There are eleven previously unpublished letters between James Hutton and James Watt in the Doldowlod collection, which Birmingham City Archives acquires from Lord Gibson-Watt in 1994. They were written between 1774 and 1795. Very little of Hutton's other correspondence survives, so these letters add significantly to our knowledge. The earliest letters together with two letters from Hutton to George Clerk-Maxwell , describe geological tours that Hutton made through Wales, the Midlands, and the south-west of England in 1774. The correspondence after (...) 1774 reveals Watt's expertise in geology, and also discusses meteorology, varnish making, Symington's steam engines, the first experiments with steam navigation, pneumatic medicine, and other topics. (shrink)

(1994). The correspondence between James Hutton (1726–1797) and James Watt (1736–1819) with two letters from Hutton to George Clerk-Maxwell (1715–1784): Part I. Annals of Science: Vol. 51, No. 6, pp. 637-653.