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Between Hostile Camps: Sir Humphry Davy's Presidency of The Royal Society of London, 1820–1827

Published online by Cambridge University Press:  05 January 2009

David Philip Miller
Affiliation:
School of History and Philosophy of Science, University of New South Wales, Kensington, New South Wales, Australia, 2033.

Extract

The career of Humphry Davy (1778–1829) is one of the fairy tales of early nineteenth-century British science. His rise from obscure Cornish origins to world-wide eminence as a chemical discoverer, to popular celebrity amongst London's scientific audiences, to a knighthood from the Prince Regent, and finally to the Presidency of the Royal Society, provide apposite material for Smilesian accounts of British society as open to talents. But the use of Davy's career to illustrate the thesis that ‘genius will out’ is not without its problems. As Davy began to reap the benefits of his early chemical discoveries, and to acquire status and wealth, his dedication to research waned. The ‘new’ Davy who emerged in the years after Waterloo, though admired by many sections of the metropolitan scientific community, was also widely criticized. Ambivalence became marked with Davy's election to, and conduct in, the Presidency of the Royal Society.

Type
Research Article
Copyright
Copyright © British Society for the History of Science 1983

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References

I thank the Librarian of the Royal Society of London for permission to quote from the John Herschel papers. Material from the J.E. Smith and William Swainson papers is quoted by courtesy of the Linnean Society of London. Arnold Thackray, Jeffrey Sturchio, Robert Bud and an anonymous referee contributed valuable criticism.

1 For an historiographic examination of Davy biographies see Fullmer, J. Z., ‘Davy's biographers: notes on scientific biography’, Science, 20 01 1967, 155, 285–91CrossRefGoogle ScholarPubMed. Other major sources on Davy's life and works are: Paris, J. A., The life of Sir Humphry Davy, 2 vols., London, 1831Google Scholar; Davy, John, Manoirs of the life of Humphry Davy, 2 vols., London, 1836Google Scholar; Hartley, H., Humphry Davy, London, 1966Google Scholar; Fullmer, J. Z., Sir Humphry Davy's published works, Cambridge, Mass., 1969CrossRefGoogle Scholar. See also the recent collection of essays in Forgan, S. (ed.), Science and the sons of genius: studies on Humphry Davy, London, 1980.Google Scholar

2 Stimson, D., Scientists and amateurs: a history of the Royal Society, New York, 1948, pp. 206–9Google Scholar; Lyons, H. G., The Royal Society 1660–1940: a history of its administration under its charters, Cambridge, 1944, pp. 228–46Google Scholar; Todd, A. C., Beyond the blaze: a biography of Davies Gilbert, Truro, 1967, pp. 217–25.Google Scholar

3 Fullmer, J. Z., ‘Humphry Davy, reformer’Google Scholar, in Forgan, , op. cit. (1), pp. 5974 (59).Google Scholar

4 Stimson, Lyons, Todd and Fullmer all employ these unhelpful bifurcations. (It should be said, however, that despite our contrasting perspectives Fullmer and I agree on many of the details of Davy's Presidency). On the inadequacies of amateur/professional and scientific/ non-scientific dichotomies see, for example, Porter, R. S., ‘Gentlemen and geology: the emergence of a scientific career, 1660 1920’, The historical journal, 1978, 21, 809–36CrossRefGoogle Scholar and Reingold, N., ‘Definitions and speculations: the professionalization of science in America in the nineteenth century’, in Oleson, A. and Brown, S. C. (eds.), The pursuit of knowledge in the early American republic, Baltimore, 1976Google Scholar. Accounts which are informed by sensitivity to the complexities of the British scientific community in the early nineteenth century include Berman, M., Social change and scientific organisation: The Royal Institution, 1799–1844, Ithaca, 1978Google Scholar; Cannon, S. F., Science in culture: the early Victorian period, New York, 1978, pp. 137200Google Scholar; Morrell, J. B. and Thackray, A., Gentlemen of science. Early years of the British Association for the Advancement of Science, Oxford, 1981.Google Scholar

5 Miller, D. P., ‘The Royal Society of London, 1800–1835: a study in the cultural politics of scientific organization’, University of Pennsylvania Ph D dissertation, 1981.Google Scholar

6 On Banks see Cameron, H. C., Sir Joseph Banks K.B., P.R.S.: the autocrat of the philosophers, London, 1952Google Scholar; Smith, E., The life of Sir Joseph Banks, London, 1911Google Scholar; Dawson, W. R. (ed), The Banks letters, London, 1958Google Scholar; Miller, D. P., ‘Sir Joseph Banks: an historiographical perspective’, History of science, 1981, 19. 284292.CrossRefGoogle Scholar

7 Quoted in Smith, , op. cit. (6), p. 60Google Scholar. See also Green, J. R., A history of botany in the United Kingdom, London, 1914, p. 250.Google Scholar

8 Mackay, D. L., ‘A presiding genius of exploration: Banks, Cook and empire 1767–1805’, in Fisher, R. and Johnston, H. (eds.), Captain James Cook and his times, London, 1979, pp. 2139Google Scholar and idem, ‘Exploration and the economic exploitation of empire with particular reference to the work of Sir Joseph Banks’, University of London PhD dissertation, 1970.Google Scholar

9 Gage, A. T., A history of the Linnean Society of London, London, 1938Google Scholar; Flctcher, H. R., The story of the Royal Horticultural Society, 1804–1968, London, 1969, pp. 1956.Google Scholar

10 On the Board of Agriculture the best account is Harrison, W., ‘The Board of Agriculture, 1793–1822, with special reference to Sir John Sinclair’, University of London MA thesis, 1955Google Scholar. See also Mitchison, R., ‘The old Board of Agriculture (1793–1822)’, English historical review, 1959, 74, 4169CrossRefGoogle Scholar. On the Royal Institution see Berman, M., Social change and scientific organisation: the Royal Institution 1799–1844, Ithaca, 1978Google Scholar. Especially valuable on Banks's agricultural activities, and of wider scope than their titles suggest, are Carter, H. B., His Majesty's Spanish flock: Sir Joseph Banks and the merinos of George III of England, London, 1964Google Scholar and idem, (ed.), The Sheep and wool correspondence of Sir Joseph Banks 1781–1820, London, 1979, especially the introductory essay, pp. xviixxv.Google Scholar

11 Beaglehole, J. C. (ed.), The Endeavour journal of Joseph Banks 1768–1771, 2 vols., Sydney, 1962Google Scholar; Cust, L. and Colvin, S. (eds.), History of the Society of Dilettanti, London, 1914.Google Scholar

12 This argument is made at length and documented in Miller, , op. cit. (5), chapter 1.Google Scholar

13 Inkster, I., ‘Science and society in the metropolis: a preliminary examination of the social and institutional context of the Askesian Society of London, 1796–1807’, Annals of science, 1977, 34, 132CrossRefGoogle Scholar; Hays, J. N., ‘Science in the city: the London Institution, 1819–1840, The British journal for the history of science, 1974, 7, 146–62.CrossRefGoogle Scholar

14 The following account is based largely on Woodward, H. B., History of the Geological Society of London, London, 1907Google Scholar and Rudwick, M. J. S., ‘The foundation of the Geological Society of London: its scheme for co-operative research and its struggle for independence’, The British journal for the history of science 1963, 1, 325–55.CrossRefGoogle Scholar

15 Rudwick, , op. cit. (14), pp. 341–52.Google Scholar

16 See Coley, X. G., ‘The Animal Chemistry Club; assistant society of the Royal Society’, Notes and records of the Royal Society of London, 1967, 22, 173–85.CrossRefGoogle Scholar

17 Horner, Leonard to Greenough, George, 4 (–6) 04 1809Google Scholar, quoted in Rudwick, , op. cit. (14), p. 351.Google Scholar

18 Porter, R., The making of geology: earth science in Britain, 1660–1815, Cambridge, 1977, pp. 140–1.Google Scholar

19 Porter, R., ‘Gentlemen and geology: the emergence of a scientific career, 1660–1920’, The historical journal, 1978, 21, 809–36, (814).CrossRefGoogle Scholar

20 See Weindling, P. J., ‘Geological controversy and its historiography: the prehistory of the Geological Society of London’, in Jordanova, L. J. and Porter, R. (eds.), Images of the earth: essays in the history of the environmental sciences, Chalfont St. Giles, 1979, pp. 248–71.Google Scholar

21 Banks was well aware of the utilities of geology in such questions as drainage, water supply and mining as his patronage of both John Farey and William Smith indicates. (Carter, , Sheep and wool correspondence, op. cit. (7), p. xxivGoogle Scholar.) Banks was regarded as an authority on such matters. For example, Matthew Montagu, who had mining interests in Northumberland and Durham, expressed his delight on making Banks's acquaintance in these terms: ‘I have been walking with him [Banks]… the greater part of the morning and have been greatly amused with the conversation which has turned on the mineralogy of the country. He has promised me a lesson on mining in a neighbouring mine belonging to himself… I am happy in an opportunity of laying the foundation of an intimacy which may be very useful to me’. (Montagu, Matthew to MrsMontagu, , 17 06 1794Google Scholar, quoted in Blunt, R. (ed.), Mrs. Montagu Queen of the Blues, 2 vols., London, n.d., ii, 303).Google Scholar

22 See Morrell, J. B., ‘London institutions and Lyell's career: 1820–41’, The British Journal for the history of science, 1976, 9, 132146 (136–142)CrossRefGoogle Scholar

23 Horner, Leonard to Marcet, Alexander, 14 03 1816Google Scholar, National Library of Scotland, MS 9818, ff. 59–60. This letter was published in doctored form in Lyell, K. M., Memoir of Leonard Horner, F.R.S., F.G.S., 2 vols, London, 1890Google Scholar where the names of Lambert, Raper and Morton were omitted.

24 On Lambert see Renkema, H. W. and Ardagh, J., ‘Aylmer Bourke Lambert and his “Description of the Genus Pinus”’, Journal of the Linnean Society, botany, 19281931, 48 439–66Google Scholar. Raper is described in the list of the Horticultural society as of ‘13 Wimpole St. and Wendover Dean, Buckinghamshire’. He was FRS and FSA and at one time a member of the Royal Institution and the African Association. He was the author of An enguiry into the value of the ancient Greek and Roman coinage, London, 1772Google Scholar. On Morton, Lord (17611827) see The Complete Peerage, 12 vols, London, 19101959, ix, pp. 300–1.Google Scholar

25 I employ the term as defined by Taylor, E. G. R., The mathematical practitioners ofHanoverian Englant, 1714–1840 Cambridge, 1966, pp. 34.Google Scholar

26 The Royal Military Academy and the Royal Military College group included Charles Hutton, Olinthus Gregory, James Ivory, William Wallace, Peter Barlow and Samuel Hunter Christie. Among the city men who swelled the Practitioners' ranks were Francis Baily, Benjamin Gompertz and Stephen Groombridge. Basic biographical data can be found in Taylor, , op. cit. (25)Google Scholar. My characterization of the Practitioners as a group draws upon numerous biographical sources (see Miller, , op. cit. (5), pp. 96115Google Scholar) and upon Hans, N., New trends in education in the eighteenth century, London, 1951, pp. 106–10.Google Scholar

27 For accounts of the dissensions of the early 1780s see Stimson, D., Scientists and amateurs: a history of the Royal Society, New York, 1948, pp. 187–90Google Scholar and Cameron, , op. cit. (6), pp. 128–34.Google Scholar

28 Hutton hailed originally from a mining family in Newcastle, became a local schoolmaster and then moved to London as professor of mathematics at the Royal Military Academy. The best account of his life remains Bruce, John, A memoir of Charles Hutton LLD, FRS, Newcastle, 1823Google Scholar. The debates of the early 1780s can be traced in detail in the pamphlets promulgated at the time, including: An appeal to the Fellows of the Royal Society, concerning measures taken by Sir Joseph Banks, their president, to compel Dr Hutton to resign, London, 1784Google Scholar; An history of the instances of exclusion from the Royal Society, London, 1784Google Scholar; An authentic narrative of the dissensions and debates in the Royal Society, London, 1784.Google Scholar

29 Quoted in Taylor, , op. cit. (25) pp. 78–9.Google Scholar

30 Cameron, , op. cit. (6), pp. 234–42Google Scholar; Forbes, E. G., Greenwich Observatory: origins and early history (1675–1835), London, 1975, pp. 131–56.Google Scholar

31 Rodriguez, Josef, ‘Observations on the measurement of three degrees of the meridian, conducted in England by Lieut. Col. William Mudge’, Philosophical Transactions, 1812, 102, 321–51CrossRefGoogle Scholar; Gregory, OlinthusRemarks on Don Josef Rodriguez's animad versions on part of the Trigonometrical survey of England’, Philosophical magazine, 1813, 41, 178–94CrossRefGoogle Scholar. On Gregory, see ‘Memoir of Olinthus Gregory’, The imperial magazine, 1823, 5, 778–92.Google Scholar

32 Gregory, O., ‘Vindication of the attack on Don Rodriguez's paper in the Philosophical Transactions’, Annals of Philosophy, 1814, 3, 282–4Google Scholar. There are grounds for believing that there was such discrimination. See for example the, admittedly partisan account [Gregory, O.], ‘A review of some leading points in the official character and proceedings of the late president of the Royal Society’, London and Edinburgh philosophical magazine, 1820, 56, 161–74, 241–57Google Scholar. A systematic study of rejected candidates for the Royal Society during this period is badly needed.

33 Baily, Francis to Babbage, Charles, 11 11 1820Google Scholar, British Library, Add. MSS. 37182, f. 291. On Baily see Horton-Smith, L. G. H., The Baily family of Thatcham and later of Speen and of Newbury all in the country of Berkshire, Leicester, 1951, pp. 6980Google Scholar and Herschel, J. F. W., ‘Memoir of Francis Baily’, Monthly notices of the Royal Astronomical Society, 1844, 6, 89121.Google Scholar

34 Gregory, , ‘Late president of the Royal Society’, op. cit. (32).Google Scholar

35 Ibid., pp. 162, 256.

36 Cannon, W. F., ‘Scientists and broad churchmen: an early Victorian intellectual network’, Journal of British studies, 1964, 4, 6588CrossRefGoogle ScholarPubMed; Idem, ‘History in depth: the early Victorian period’, History of science, 1964, 4, 2038Google Scholar; Cannon, S. F., Science in Culture: the early Victorian period, New York, 1978.Google Scholar

37 Cannon, W. F., ‘John Herschel and the idea of science’, Journal of the history of ideas, 1961, 22, 215–39CrossRefGoogle Scholar. It has been pointed out to me that it may be misleading to treat the Cambridge Network as a homogeneous group. This is true. On the philosophical level much valuable work has been done in distinguishing differences in outlook within the group (See, for example, Wilson, D. B., ‘Herschel and Whewell's version of Newtonianism’, Journal of the history of ideas, 1974, 35, 7997CrossRefGoogle Scholar.) The same is true of pedagogical matters at Cambridge as revealed by Becher, H. W., ‘William Whewell and Cambridge mathematics’, Historical studies in the physical sciences, 1980, 11, 148CrossRefGoogle Scholar. My own work (see op. cit. (5), chapter 5) reveals important disagreements between Babbage, Herschel and Whewell about Royal Society reform around 1830. Nevertheless, these divergences only became marked after the period covered in this paper—in part as a result of differing responses to the events of Davy's Presidency. Therefore I am justified in treating the Cambridge Network as having a broadly unified outlook on science and its social organization.

38 See Rothblatt, S., ‘The student sub-culture and the examination System in early 19th century Oxbridge’, in Stone, L. (ed.), The university in society, 2 vols, Princeton, 1974, i, 247303 (266–68).Google Scholar

39 Babbage, G., Passages from the lift of a philosopher, London, 1864, pp. 26–7Google Scholar. Sources on the Analytical Society include Ball, W. W. Rouse, A history of the study of mathematics at Cambridge, Cambridge, 1889, pp. 117–37Google Scholar; Dubbey, J. M., The mathematical work of Charles Babbage, Cambridge, 1978, pp. 3148CrossRefGoogle Scholar; Enros, P. C., ‘The Analytical Society: mathematics at Cambridge university in the early nineteenth century’, University of Toronto PhD dissertation, 1979.Google Scholar

40 Babbage, , op. cit. (39), p. 29.Google Scholar

41 Memoirs of the Analytical Society, Cambridge, 1813Google Scholar; Lacroix, S. F., Elementary treatise on the differential and integral calculus, trans. Babbage, G. and Herschel, J. F. W., Cambridge, 1816Google Scholar; Babbage, C., Herschel, J. F. W. and Peacock, G., Examples to the differential and integral calculus, 2 vols. Cambridge, 1821Google Scholar. On the ‘mania analytica’ see Herschel, to Babbage, , 30 01 1817Google Scholar, Royal Society of London, Herschel papers, (hereafter RSHP), 2.71.

42 Quoted in Ball, , op. cit. (39), pp. 119–20.Google Scholar

43 Whewell, William to Herschel, John, 6 03 1817Google Scholar, quoted in Todhunter, I., William Whewell: an account of his writings with selections from his literary and scientific correspondance, 2 vols., London, 1876, ii, 1517Google Scholar; Becher, H. W., ‘William Whewell and Cambridge mathematics’, Historical studies in the physical sciences, 1980, 11, 148.CrossRefGoogle Scholar

44 For example, Airy, G. B., Mathematical tracts, Cambridge, 1826Google Scholar; Coddington, H., An elementary treatise on optics, Cambridge, 1823.Google Scholar

45 On some of the men trained under the new mathematical regime see Ball, , op. cit. (39), pp. 130–37.Google Scholar

46 Babbage, to Herschel, , n.d. (1814), RSHP, 2.21.Google Scholar

47 Dubbey, , op. cit. (39), pp. 220–21Google Scholar; Koppelman, E., ‘The calculus of operations and the rise of abstract algebra’, Archive for the history of the exact sciences, 19711972, 8, 155242.CrossRefGoogle Scholar

48 Hall, A. R., The Cambridge Philosophical Society: a history 1819–1969, Cambridge, 1969Google Scholar; Clark, J. W., ‘The foundation and early years of the Society’, Proceedings of the Cambridge Philosophical Society, 18891892, 7, i1Google Scholar; Winstanley, D. A., Early Victorian Cambridge, Cambridge, 1940.Google Scholar

49 Herschel, to Babbage, , 8 02, 1813, RSHP, 20.5.Google Scholar

50 See Herschel's remarks on the state of mathematics and astronomy in the early nineteenth century in DeMorgan, S. E., Memoir of Augustus De Morgan, London, 1882, p. 41.Google Scholar

51 Babbage, to Herschel, , 21 02 1816Google Scholar, RSHP.2.56. For accounts of the early careers of Herschel and Babbage in the metropolis see Buttman, G., The shadow of the telescope: a biography of John Herschel, New York, 1970, pp. 320Google Scholar and Moseley, M., Irascible genius: a life of Charles Babbage, inventor, London, 1964, pp. 5264.Google Scholar

52 Babbage, to Herschel, , n.d. (1814), RSHP, 2.27.Google Scholar

53 Babbage, to Herschel, , 1 12 1818Google Scholar, RSHP, 2.100; Gregory, , ‘Late president of the Royal Society’, op. cit. (32), p. 255.Google Scholar

54 Those active in instituting the Astronomical Society and/or members of its first council included Herschel, Babbage, Baily, Gregory, William Pearson, Patrick Kelly, Thomas Colby, Stephen Groombridge and James South.

55 Forbes, , op. cit. (30), p. 172Google Scholar; Grant, R., History of physical astronomy from the earliest ages to the middle of the nineteenth century, London, 1852, pp. 509–10Google Scholar; Baily, F., (ed. and trans.), Memoir on a new and certain method of ascertaining the figure of the earth by means of occultations of the fixed stars, by A. Cagnoli, London, 1819, Appendix, pp. 2836Google Scholar. On the reorganization of the Board of Longitude in 1818 see Miller, , op. cit. (5), pp. 313, 374–5, n. 25.Google Scholar

56 Dreyer, J. L. E. and Turner, H. H., History of the Royal Astronomical Society, 1820–1920, London, 1923, pp. 710Google Scholar; Baily, to Herschel, , 11 03 1820, RHSP, 3.37.Google Scholar

57 Neve, M., ‘The young Humphry Davy: or John Tonkin's lament’, in Forgan, S. (ed.) Science and the sons of genius: studies on Humphry Davy, London, 1980, pp. 122Google Scholar. The members of the Askesian Society with whom Davy was associated and a number of whom pursued chemical and medical careers conjointly may have provided him with a role-model which he first considered imitating but subsequently rose beyond. See Inkster, , op. cit. (13), pp. 21–2.Google Scholar

58 Hartley, , op. cit. (1), pp. 40–1Google Scholar; Berman, , op. cit. (10), pp. 4870Google Scholar. Berman's account of Davy at the Royal Institution should be contrasted with, for example, Jones, H. B., The Royal Institution: its founder and its first professors, London, 1871Google Scholar and Foote, G. A., ‘Sir Humphry Davy and his audience at the Royal Institution’, Isis, 1952, 43, 612.CrossRefGoogle Scholar

59 Berman, , op. cit. (10), pp. 70–1, 128–9.Google Scholar

60 Weld, C. R., A history of the Royal Society, 2 vols., London, 1848, ii, 287–8.Google Scholar

61 Berman, , op. cit. ( 10), pp. 62–6Google Scholar; Rudwick, , op. cit. (14), pp. 341–5, 350Google Scholar; Banks to Charles Greville in Dawson, W. R., op. cit. (6), p. 371.Google Scholar

62 Weindling, , op. cit. (20), p. 260.Google Scholar

63 Lyons, H. G., The Royal Society 1660–1940: a history of its administration under its charters, Cambridge, 1944, p. 218.Google Scholar

64 The tendency of chemists to be generally conformist in their attitudes towards institutional innovation, and their lack of aspiration to disciplinary identity when compared with astronomers and geologists, is an interesting and, so far as I am aware, as yet unexplained phenomenon. The Chemical Society of London was not formed until the early 1840s. Part of the explanation for this surely lies in the extent to which the pursuit of chemistry was allied to medicine and the industrial arts. See Bud, R. F., ‘The origins and early years of the Chemical Society of London’, University of Pennsylvania PhD dissertation, 1980.Google Scholar

65 On Davy's marriage and knighthood see Treneer, A., The mercurial chemist: a life of Sir Humphry Davy, London, 1963, pp. 118–30Google Scholar. On his fading ties with the Royal Institution see Berman, , op. cit. (10), p. 99.Google Scholar

66 Hartley, , op. cit. (1), p. 88.Google Scholar

67 Fullmer, J. Z., ‘Humphry Davy and the gunpowder manufactory’, Annals of science, 1964, 20, 165–94CrossRefGoogle Scholar; Hartley, , op. cit. (1), pp. 109–22Google Scholar; Siegfried, R. and Dott, R. H. Jr., ‘Humphry Davy as geologist’, The British journal for the history of science, 1976, 9, 219–27.CrossRefGoogle Scholar

68 Babbage, to Whewell, 15 05 1820Google Scholar, Trinity College Cambridge, Whewell papers, AM.a.200192.

69 See, for example, Stimson, , op. cit. (27), pp. 206–9Google Scholar and Lyons, , op. cit. (63), p. 230Google Scholar. But compare Gilbert, L. F., ‘The election to the presidency of the Royal Society in 1820’, Notes and records of the Royal Society of London, 19541955, 11, 256–79.CrossRefGoogle Scholar

70 Todd, A. C., Beyond the blaze: a biography of Davies Gilbert, Truro, 1967, pp. 212–17Google Scholar. Samuel Goodenough, Bishop of Carlisle, and one of the Royal Society's Vice-Presidents had this to say on Gilbert's withdrawal: ‘I am as sorry as you can be at our prospects in the Royal Society. Davies Gilbert was the man could he have broken off his long contracted habits of confined expenditure. When Sir Joseph first proposed it to him and when he introduced him to us, he at once expressed how happy he should be, declared he had £10,000 or £12,000 per annum which he could spend, and that he would most willingly devote it to the Royal Society. What has made him withdraw I know not. Perhaps Madam had a vote in the case, and I thought it was nonsense to a feather at such a price.’ (Goodenough, to Smith, , 5 08 1820Google Scholar, Linnean Society of London, Smith papers, (LSSP), 12.112.).

71 Corti, E. C., Leopold I of Belgium, London, 1923Google Scholar; Aronson, T., Defiant dynasty; the Coburgs of Belgium, Indianapolis, 1968Google Scholar. For reports of the Prince's candidacy see Babbage, to Herschel, , 22 05 1820Google Scholar, RSHP, 2.136 and Goodenough, to Smith, , n.d. (17 07 1820 postmark)Google Scholar, LSSP, 12.110. Goodenough mentions ‘Carlisle the Surgeon’ as the Prince's chief canvasser. Babbage reports having been approached by ‘Dr. M'Cullock’, almost certainly Macculloch, John (17731835)Google Scholar who was appointed physician to Leopold in 1820. Carlisle, Anthony (17681840)Google Scholar was surgeon to Westminster Hospital, surgeon-extraordinary to the Prince Regent and a veteran of the Banksian regime.

72 Goodenough, to Smith, , 7 06 1820Google Scholar, LSSP, 12.108; Frankland, to Smith, , 30 08 1820Google Scholar, LSSP, 15.109. Apparently the rumours were started by Sir Everard Home in an effort to subvert the Prince's candidature. (SirJohnston, Alexander to Duke of Somerset, 7 07 1820Google Scholar in Ramsden, Lady G., Correspondence of two brothers, London, 1906 pp. 275–7).Google Scholar

73 On the Duke see Ramsden, , op. cit. (72)Google Scholar. I have gleaned the information about the character of the Duke's support from reports in Goodenough, to Smith, , 17 07 1820Google Scholar, LSSP, 12.110 and Maton, W. G. to Smith, , 15 11, 1820Google Scholar, LSSP, 24.28. Hobhouse wrote canvassing letters for the Duke, for example, Hobhouse, to Babbage, , 27 06, 1820Google Scholar, British Library, Add. MSS. 37182, f. 272.

74 Bromhead, E. F. to Babbage, , 25 03 1820Google Scholar, British Library, Add. MSS. 37182, f.241; Dreyer, and Turner, , op. cit. (56), pp. 710.Google Scholar

75 Babbage, to Herschel, , 22 05 1820, RSHP, 2.136.Google Scholar

76 The following relies heavily on Gilbert, , op. cit. (69).Google Scholar

77 Ibid., p. 259.

78 Goodman, D. C., ‘William Hyde Wollaston’, D.S.B., 1976, 14, 486–94.Google Scholar

79 Goodman, D. C., ‘William Hyde Wollaston and his influence in early nineteenth-century science’, Oxford University D Phil dissertation, 1965, chapter 6.Google Scholar

80 Gilbert, , op. cit. (69), pp. 260265.Google Scholar

81 Davy, to Wollaston, , 25 06 1820Google Scholar, Royal Society of London, Miscellaneous manuscripts, 6.87.

82 Babbage, to Herschel, , n.d. (07 1820), RSHP, 2.139.Google Scholar

83 Herschel, to Babbage, , 12 08 1820, RSHP, 2.142.Google Scholar

84 Bromhead, to Babbage, , 26 06 1820Google Scholar, British Library, Add. MSS. 37182, f.270.

85 The nascent reform group were uncertain about Davy's attitude toward the literary dimension of the Banksian Learned Empire. Thus, when Herschel learned of the intention of several literary Fellows of the Royal Society to form a Royal Society of Literature, he wrote to Babbage: ‘What the deuce is this new Royal Society—I thought at first it had been only a knot of dilettanti who had got the King's ear in a drunken frolic, and intended to establish something like the “Society of Arcadians” in Italy for the cultivation of pastoral poetry. But it seems now to have taken a serious turn. I hope Sir H. will not take it into his head to propose an incorporation?’ (Herschel, to Babbage, , 19 12, 1820, RSHP, 2.150).Google Scholar

86 Quoted in Treneer, , op. cit. (65), p. 189.Google Scholar

87 This was part of Glenbervie, Lord's diary entry for 20 01 1817Google Scholar. See Bickley, F. (ed.), The diaries of Sylvester Douglas (Lord Glenbervie), 2 vols, London 1928, ii, 215.Google Scholar

88 Goodenough, to Smith, , 6 09 1820, LSSP, 12.114.Google Scholar

89 Goodenough, to Smith, , 16 09, 1820, 5 10, 1820, LSSP, 12.116 and 12.118.Google Scholar

90 The effort for Lord Colchester, though apparently trivial, is indicative of an important constituency in the Royal Society. Chief canvasser for Lord Colchester was John Wilson Croker, First Secretary of the Admiralty, who issued circulars in London on 28 Noember 1820 strongly recommending Colchester for the presidency. A similar, though more concerted, effort was made by Croker, John Barrow and Davies Gilbert in 1827 in support of Sir Robert Peel. This trio were very influential in Admiralty-Royal Society relations. But they were widely resented, especially amongst reformers, for their determination to monopolise power. On reading one of Croker's circulars Herschel remarked angrily that the First Secretary should be ‘kicked out of civilized society’. (Herschel, to Babbage, , 25 12 1820, RSHP, 2.151.Google Scholar) On the subsequent relations of this group with the reformers see Miller, op. cit. (5), pp. 313–28.Google Scholar

91 Davy, H., ‘Address of the president on taking the chair of the Royal Society for the first time; December 7th 1820 “On the present state of that body, and on the progress and prospects of science”’, in Davy, J. (ed), The collected works of Sir Humphry Davy, 9 vols. London, 1840, vii, 67.Google Scholar

92 Babbage, to Herschel, , 19 02 1821Google Scholar, RSHP, 2.155; Report of the council of the Aslronomical Society of London to the first annual meeting, 9 February, 1821, London, 1821, p. 44Google Scholar; Horner, Leonard to Marcet, Alexander, 8 11, 1820Google Scholar and Marcet, to Horner, , 5 01 1821Google Scholar, quoted in Lyell, K. M. (ed.), Memoir of Leonard Horner, F.R.S., F.G.S., 2 vols., London, 1890, i, 175–6, 181–5.Google Scholar

93 Herschel, to Babbage, , 2 12 1821, RSHP, 20.130.Google Scholar

94 Davy, to Herschel, , 21 11 1822, RSHP, 6.39.Google Scholar

95 Fullmer, J. Z., ‘The poetry of Sir Humphry Davy’, Chymia, 1960, 6, 102–26 (121–2)CrossRefGoogle Scholar. Hartley, , op. cit. (1), p. 136.Google Scholar

96 Herschel, to Babbage, , 4 03 1823, RSHP, 2.183.Google Scholar

97 South, to Herschel, , 19 12 1823, RSHP, 16.424.Google Scholar

98 Herschel, to South, , 21 12 1823, 8 01 1824, RSHP, 16.425 and 16.426.Google Scholar

99 See Davy, H., Six discourses delivered before the Royal Society at their anniversary meetings, on the award of the Royal and Copley medals; preceded by an address to the Society on the progress and prospects of science, London, 1827, pp. 1926, 76–7, 94–7Google Scholar. Compare also Davy's remarks on one of William Whewell's crystallographic papers as ‘an admirable application of mathematics to physical science, a species of investigation which the Royal Society has every disposition to encourage’. (Davy, to Whewell, , 14 06, 1824, Trinity College Cambridge, Whewell papers, AM. a. 20292).Google Scholar

100 South, J., Reply to a letter in the Morning Chronicle relative to the interest which the British govemment evinces in the promotion of aitronomical science, London, 1829, p. 30.Google Scholar

101 Royal Society Council minutes, 11 03 1824, vol. 10 (18221828), pp. 6970Google Scholar. This was by no means the end of the story. See Miller, , op. cit. (5), pp. 313–28.Google Scholar

102 Lyons, , op. cit. (63), p. 244.Google Scholar

103 Weld, , op. cit. (60), ii, 359–67, 392400Google Scholar. Williams, L. P., Mickael Faraday, a biography, New York, 1965, pp. 116–20Google Scholar, discusses the work of the optical glass commutee.

104 For example, this was the case in the 1822 committee on the causes of errors in the mural circle at the Royal Observatory and also in the Council's resolution of the same year to request the Lords of the Admiralty to give additional assistance to John Pond in order that the Greenwich observations could be continued through twenty-four hours each day. See Weld, , op. cit. (60), ii, 362, 367.Google Scholar

105 Miller, , op. cit. (5), chapter 3Google Scholar. See also Cawood, J., ‘The magnetic crusade: science and politics in early Victorian Britain’, Isis, 1979, 70, 493518.CrossRefGoogle Scholar

106 Herschel, to Babbage, , 26 04, 1822, RSHP, 20.139Google Scholar. The Hamilton referred to is almost certainly the Cambridge man Henry Parr Hamilton.

107 Minutes of the committee for the revision of the statutes of the Royal Society (1823), 6 03–17 04 1823, Royal Society of London, Committee Minute Book 1, pp. 61–9.Google Scholar

108 Goodenough, to Smith, , 3 05 1823, LSSP, 12.157Google Scholar. Lyons, , op. cit. (63), p. 243.Google Scholar

109 Berman, op. cit. (10), pp. 6670, 128–9.Google Scholar

110 Davy, to Peel, , 21 12 1824, British Library, Add. MSS. 40371, f.96.Google Scholar

111 Raffles, to Rev. DrRaffles, , 9 03 1825Google Scholar, quoted in Raffles, S., Memoir of the life and public services of Sir Thomas Stamford Raffles, 2 vols., London, 1835, ii, 366–7.Google Scholar

112 MacLeod, R. M., ‘Of medals and men: a reward System in Victorian science, 1826–1914’. Notes and records of the Royal Society of London, 1971, 26, 81105 (82–5).CrossRefGoogle Scholar

113 Moseley, , op. cit. (51), pp. 104–5.Google Scholar

114 Brande, to Herschel, , 26 10 1826Google Scholar, Royal Society of London, Miscellaneous correspondence, item 146. The geologist and reformer William Fitton noted the general wish that Babbage be appointed Secretary, the gratification it would afford Herschel, and the important link which would be forged if the concurrent campaign to have Babbage elected to the Lucasian professorship at Cambridge were also successful. (Fitton, to Whewell, , 14 11 1826Google Scholar, Trinity College Cambridge, Whewell papers, AM. a. 203155).

115 Fullmer, , op. cit. (67)Google Scholar; Davy, to Children, , 30 08 n.y. and 6 02 1816Google Scholar, British Library, Add. MSS. 38625, ff. 40, 44. Children owed his subsequent appointment at the British Museum in part to Davy's patronage. See Gunther, A. E., ‘John George Children F.R.S. (1777–1852) of the British Museum’, Bulletin of the British Museum (natural history) historical series, 19771980, 6, 75108.Google Scholar

116 Herschel, to Babbage, , 17 11 1826Google Scholar, quoted in Moseley, , op. cit. (51), p. 105Google Scholar. For an assessment of the strength of the Babbage lobby at this stage see Colby, Thomas to Ryan, Edward, 21 11 1826Google Scholar, British Library, Add. MSS. 37183, f. 373.

117 Ryan, to Babbage, , 24 11 1826Google Scholar, quoted in Moseley, , op. cit. (51), pp. 105–6.Google Scholar

118 Herschel, to Babbage, , 25 11 1826Google Scholar, quoted in Moseley, , op. cit. (51), p. 106.Google Scholar

119 Ryan, to Babbage, , 24 11 1826Google Scholar, quoted in Moseley, , op. cit. (51) pp. 105–6Google Scholar. Aspects of the affair remain mysterious. Babbage, Compare C., Passages from the life of a philosopher, London, 1864, pp. 186–7Google Scholar and ‘A letter from John Davy… in reply to a certain charge made by Charles Babbage Esq. F.R.S. against the late Sir Humphry Davy when President of the Royal Society’, Philosophical magazine 1865, 29, 164–68.Google Scholar

120 Todd, , op. cit. (70), pp. 217–19.Google Scholar

121 Lloyd, C., Mr. Barrow of the Admiralty: a lift of Sir John Barrow 1764–1848, London, 1970, p. 153Google Scholar. On the conflicting advice about the Royal Observatory see Croker, John Wilson to Brande, W. T., 14 03 1823Google Scholar; Barrow, J. to Brande, , 5 04 1826Google Scholar; and Barrow, to Brande, , 25 04 1826Google Scholar. Royal Society of London, MS 371. 18, 50, 51. On the copper sheathing of ships fiasco see Hartley, , op. cit. (1), pp. 137–40Google Scholar and Lauren, P. M., ‘Sir Humphry Davy's battle with the sea’, Chemistry, 1977, 50, 1417.Google Scholar

122 Lloyd, , op. cit. (121), p. 153.Google Scholar

123 Barrow, to SirPeel, R., 23 11 1827Google Scholar, British Library, Add. MSS. 40394, f.274.

124 Gage, , op. cit. (9), pp. 28–9.Google Scholar

125 Vigors, N. A. to Kirby, William, 1 10 1822Google Scholar in Freeman, John, Life of the Rev. William Kirby, M.A., F.R.S., F.L.S. etc. rector of Barham, London, 1852Google Scholar; Kirby, to MacLeay, W. S., 22 09 1822Google Scholar, Linncan Society of London, MacLeay papers.

126 Gage, , op. cit. (9), p. 30.Google Scholar

127 Mitchell, P. C., Centenary history of the Zoological Society of London, London, 1929, pp. 18, 65–6.Google Scholar

128 Harrison, , op. cit. (14), pp. 133–4.Google Scholar

129 Berman, , op. cit. (14), p. 101Google Scholar. From the 1820s the Horticultural Society took over a number of functions previously performed by Banks, notably the despatch of botanical collectons to various parts of the globe. This indicates the further diffusion of power within the natural history community. By the late 1820s the Horticultural Society was fraught with tensions between the elements of polite culture and scholarly natural history/vegetable physiology in its ranks. These tensions were epitomized by the contrasting outlooks and activities of Joseph Sabine and John Lindley. See Fletcher, , op. cit. (9), pp. 77106.Google Scholar

130 Miller, E., That noble cabinet: a history of the British Museum, London, 1973, pp. 118–50.Google Scholar

131 Miller, , op. cit. (5), pp. 46–8Google Scholar; Kirby, William to MacLcay, Alexander, 4 07, 1820Google Scholar, Linnean Society of London, MacLeay papers; ‘F.R.S.’, A letter to Sir Humphry Davy, Bart. &c. on his teing elected the President of the Royal Society; with some observations on the management of the British Museum, London 1821 pp. 1216.Google Scholar

132 Davy, to Peel, , 21 12 1824Google Scholar, British Library, Add. MSS. 40371, f.201. On Davy's visionary schemes for Britain's scientific organization in general see Fullmer, J. Z., ‘Davy's sketches of his contemporaries’, Chymia, 1967, 12, 127–50 (138–41).CrossRefGoogle Scholar

133 Miller, E., op. cit. (130), pp. 138–46.Google Scholar

134 Kirby, to MacLeay, W. S., 25 03 1822Google Scholar, Linnean Society of London, MacLeay papers.

135 Traill, to Swainson, , 26 01 1822 and 22 04 1822Google Scholar, Linnean Society of London, Swainson papers; Traill, T. S., ‘Review of the annual reports of the trustees of the British Museum, 1822’, Edinburgh review, 1823, 38, 379–98Google Scholar. See also Burchell, W. J.'s complaints about the fate of specimens which he had given to the Museum in his Travels to the interior of Southern Africa, 2 vols., London, 18221824, i, 267 and ii, 240 n.Google Scholar

136 Traill, to Swainson, , 27 07 1824Google Scholar, Linnean Society of London, Swainson papers. For the continuing struggles with respect to the Museum's provision for natural history see Gunther, A. E., A century of zoology at the British Museum tkrough the lives of two of its keepers 1815–1914, London, 1975, pp. 83–5.Google Scholar

137 Evans, J., A history of the Society of Antiquaries, London, 1956, p. 227Google Scholar; Miller, , op. cit. (5), pp. 43–4, 5153.Google Scholar

138 Evans, , op. cit. (137), pp. 246–50Google Scholar. The leadership of the Society of Antiquaries, including Henry Ellis, John Rokewode Gage, Nicholas Carlisle and Thomas Amyot, and many other FSAs were to be a vital source of support for the Duke of Sussex in the contest for the Royal Society presidency in 1830.

139 Hartley, , op. cit. (1), pp. 141–9Google Scholar; Todd, , op. cit. (70), pp. 224–39Google Scholar; Miller, , op. cit. (5), chapter 5.Google Scholar

140 Williams, L. P., ‘The Royal Society and the founding of the British Association for the Advancement of Science’, Notes and records of the Royal Society of London, 1961, 16, 221233CrossRefGoogle Scholar. Although Williams representa an extreme example of over-reliance on Babbagian ideology in framing historiographical perspectives, the practice is by no means dead. Nor is the situation improved by substituting a Herschel-centric account for Babbage-centric ones as does Cannon, , op. cit. (4).Google Scholar

141 Miller, , op. cit. (5), pp. 333–72, 383–92Google Scholar. On the question of the supposed lack of government support for science, historians have been misled by Babbage's demands for an increased level of support. Herschel, for one, felt that Babbage had gone too far on this (See Cannon, , op. cit. (4), pp. 183–4Google Scholar). I suggest that the reform group were concerned not so much with the level of government support as with access to the channels of influence which would enable them to direct such support as was secured. ‘Declinist’ agitation subsided in the 1830s precisely because a large measure of such control was in fact achieved. This question will be treated at length in a future paper.