William Roxburgh

William Roxburgh

William Roxburgh
Engraving by Charles Turner Warren
Born 29 June 1751
Underwood, Craigie, Ayrshire
Died 10 April 1815(1815-04-10) (aged 63)
Park Place, Edinburgh
Residence Calcutta
Nationality Scottish
Fields surgeon, botanist
Doctoral advisor John Hope
Author abbrev. (botany) Roxb.

William Roxburgh FRSE FRCPE FLS (3 or 29 June 1751 – 18 February 1815[1]) was a Scottish surgeon and botanist who worked extensively in India, describing species and working on economic botany. He is known as the founding father of Indian botany. He published numerous works on Indian botany, illustrated by careful drawings made by Indian artists and accompanied by taxonomic descriptions of a large number of plant species. Apart from the numerous species that he named, many species were named in his honour by his collaborators.


  • Early life 1
  • Career 2
  • Recognition 3
  • Posthumous honours 4
  • Notes 5
  • Sources 6
  • External links 7

Early life

The family details of Roxburgh and his birth are not known with certainty. He was born either on the 3rd or the 29th of June 1751 in the estate of Underwood in the parish of Craigie, Ayrshire or possibly Symington. His father may have worked in the Underwood estate or he may have been the illegitimate son of a well-connected family.[2] His early education is thought to have been local and he probably studied Latin as demonstrated by his letters and some descriptions. He studied medicine at Edinburgh University and matriculated around 1771 or 1772. He lived with the well-connected family of Dr John Boswell at Edinburgh during this period. He studied surgery under Dr. Alexander Monro and learnt botany under John Hope. He was probably exposed to studies in mathematics and physics which would make him interested in precise quantification later in life in studies on hemp. He joined as a surgeon's mate on an East India Company ship Houghton in 1772 serving under surgeon Richard Ballantyne. He also served on the Queen in 1774.[3] Several of these voyages took him to Madras and other ports in India. He joined the Madras Medical Service as an assistant surgeon on 28 May 1776 and was promoted to the rank of a surgeon in 1780. He received an M.D. on 12 January 1790 from Aberdeen college.[4][5]


Roxburgh's residence at the Acharya Jagadish Chandra Bose Indian Botanic Garden at Howrah.[6]

Roxburgh began work in the Carnatic from 1781 and replaced Patrick Russell as the Company Botanist in Madras on April 1789. His early work was on botany as superintendent in the Samalkot garden in the Northern Circars. Here he conducted economic botany experiments. He employed native artists to illustrate plants. He had 700 illustrations by 1790. He then succeeded Patrick Russell (1727–1805) as Naturalist to the Madras Government in April 1789. From 1793, he and Andrew Ross established a garden at Corcondah, where they worked on sugarcane and indigo. He also studied the prospects of introducing sago and other food crops to help alleviate the effect of famine.[7] He was invoted to fill the position of Superintendent at the Calcutta Botanical Garden where the death of Colonel Robert Kyd had created a vacancy.[8][9] He made rapid progress and acquired a good reputation and was later invited by the government of Bengal, to take charge of the Calcutta Botanical gardens from Colonel Robert Kyd in 1793 as Superintendent of the Company garden at Sibpur near Calcutta. A catalogue of the garden was made in 1814 – Hortus Bengalensis. He was succeeded by Francis Buchanan-Hamilton.

He had sent many of his illustrations to Sir Joseph Banks, who in May 1795, started publishing Plants of the coast of Coromandel in 3 volumes with over 300 drawings and descriptions of plants. The last part was published in March 1820.[9]

He meticulously collected vast amounts of meteorological data for years, and is considered as a pioneer in the collection of tropical meteorological data, to an extent unrivalled elsewhere until the 1820s.[5] He had begun collecting detailed meteorological data as soon as he set foot in India, at Madras, and is known to have taken measurements three times a day, using Ramsden barometers and Nairne thermometers, made by then reputed scientific instrument makers, Jesse Ramsden and Edward Nairne.[10] He trained under John Hope, who was the curator of the Edinburgh botanical garden as well an experimental physiologist. Roxburgh's interest in systematic meteorology may have stemmed from the influence of John Hope as well as his experiences at the Royal Society of Arts which, in the early 1770s, was greatly influenced by the climatic theories of Stephen Hales and Duhamel du Monceau. Such detailed measurements over many years led him to form an opinion on widespread famine and climate change in the empire.[5]

He became a member of the Asiatic Society, to whose Transactions he contributed, from time to time, many valuable papers. Amongst these was one of singular interest on the lacca insect, from which the substance lac is made.

In 1813, he returned to England due to poor health.[11]


Roxburgh monument at the Acharya Jagadish Chandra Bose Indian Botanic Garden.

In 1805, he received the gold medal of the Society for the Promotion of Arts for a series of highly interesting and valuable communications on the subject of the productions of the East and a second gold medal in 1803 for a communication on the growth of trees in India. On 31 May 1814, he was presented, in the presence of a large assembly, a third gold medal by the Duke of Norfolk (then, the president of the Society of Arts).

Soon after receiving this last honourable testimony of high respect, Roxburgh returned to Edinburgh, where he later died.

Posthumous honours

In 1820, at the Mission Press in Serampore, William Carey posthumously edited and published vol. 1 of Dr. William Roxburgh's Flora Indica; or Descriptions of Indian Plants. In 1824, Carey edited and published vol. 2 of Roxburgh's Flora Indica, including extensive remarks and contributions by Dr. Nathaniel Wallich. Carey and Wallich continued to work in the field of botany and in 1834, both Carey and Wallich contributed botanical specimens to the Royal Society for Agriculture and Botany's Winter Show in Ghent, Belgium.

Rosa roxburghii was initially named Rosa microphylla by Dr. Roxburgh in 1820, but because René Louiche Desfontaines had previously applied the name 'microphylla' to an unrelated European species in 1798. The name was then changed in 1823 by (Austrian botanist) Leopold Trattinnick.[12]


  1. ^ Robinson (2008):5-6.
  2. ^ Robinson (2008):5-7.
  3. ^ Robinson (2008):22.
  4. ^ Noltie, H.J. (1999). Indian botanical drawings 1793–1868.  
  5. ^ a b c Grove, R. H. (1997). Ecology, Climate and Empire. The White House Press. p. 128.  
  6. ^ "The Telegraph – Calcutta (Kolkata) | Metro | Restore Plan for Ruin." The Telegraph – Calcutta (Kolkata) | Metro | Restore Plan for Ruin. N.p., n.d. Web. 6 April 2013.
  7. ^ Robinson (2008):32-33.
  8. ^ Robinson (2008):38.
  9. ^ a b Sealy, J. R. (1956). "The Roxburgh Flora Indica Drawings at Kew". Kew Bulletin (Springer) 11 (2): 297–348.  
  10. ^ Roxburgh, W; Pringle, J. (1790). "A meteorological diary kept at Fort St George in the East Indies". Philosophical Transactions of the Royal Society 68: 180.  
  11. ^ Robinson (2008):73.
  12. ^ "The Chestnut Rose". southernedition.com. Retrieved 24 March 2015. 


  • Robinson, Tim (2008). William Roxburgh. The Founding Father of Indian Botany. Chichester, England: Phillimore. 

External links

  • Hortus Bengalensis (1814)
  • Plants of the coast of Coromandel on Botanicus
  • Flora IndicaSearchable online version of Scanned volumes [3] [4]