The son of German classical scholar and archaeologistChristian Gottlob Heyne and Therese Weiss, daughter of German composer and lutenistSylvius Leopold Weiss, Benjamin Heyne was born in Döbra, Germany. In later life, Heyne joined the Tranquebar Mission run by Moravians where he took an interest in the botanical gardens. Through William Roxburgh he obtained a position in the Madras Presidency as a botanist at Samalkot around 1794. He was involved in introducing new food plants to overcome famines and these included potatoes and breadfruit. After the fall of Tipu Sultan, he was appointed to look for a new site for a botanical garden in Mysore and he chose Lalbagh. He moved many specimens from Samalkot to Lalbagh. He was formally titled "Naturalist and Botanist" in 1802.[1] Heyne made an observation in 1815 that Bryophyllum calycinum was more acidic in taste in the morning than in the afternoon, among the earliest observations on Crassulacean acid metabolism.[2]
Heyne married Charlotte Rebecca, daughter of L.C. Topander of Jaganaikepuram in May 1803. A mistress, Mrs Maria Clasina Heyne is recorded of having died at Hyderabad on 9 April 1809 while his wife Charlotte died in Bangalore on 29 July 1816. Heyne died at Vepery.[3]
"A decided superiority must be given to useful plants over those which are merely recommended by their rarity or their beauty,... to collect with care all that is connected with the arts and manufacturers of this country, or that promises to be useful in our own; to give due attention to the timber employed in the various provinces of his route,... and to collect with particular diligence the valuable plants connected with his own immediate profession, i.e. medicine."[4]
An important task assigned to the colonial botanical gardens was dealing with malaria, the largest obstacle to colonial expansion.[4] Heyne was placed in charge of the Lalbagh botanical garden till 1812. He did a great deal of collecting at Coimbatore and Bangalore and compiled a large collection of plant specimens which were forwarded to London. He collected more than 350 species from the Western Ghats and more than 200 species were named by him.[5] He sent about 1500 of his Indian botanical specimens to the German botanist Albrecht Wilhelm Roth, whose work Novae plantarum species praesertim Indiae orientali (a book of Indian flora) is largely based on Heyne's botanical specimens.[6]
Mysore survey
Benjamin Heyne was assistant to Francis Buchanan on his Mysore Survey. He recorded in his Journal, his visits to sites with Col. Colin Mackenzie : "To Sautgur Hill (near Conjeeveram) with Mackenzie. Of the Sienite, they made formerly Cannon balls of which many are found lying all over the Hill." and at Nandydroog which was: "this morning cloathed with a white fog, when the rest of the country was Clear. The country hereabouts pretty well cultivated. Yesterday morning was with Capt. Mackenzie in the Fort, in which the houses, very few excepted, were empty. The garden in it that was formerly famous is entirely neglected and nothing in it worth attention but a few apple and coffee Trees."[7] Dr. Benjamin Heyne died at Madras in 1819.
1793. "Plants of the Coromandel coast: a collection of watercolor botanical drawings of 394 plants and flora". Not published
1800. Joseph Joinville, Thomas John Newbold, James Sowerby, Benjamin Heyne, Mark Wilks, HW Voysey, Theodore Edward Cantor, J. Postaus, John Grant Malcolmson. "List of minerals contained in the Museum of the Honble East India Company". 76 pp.
1813 February. "On the formation of sulphur in India", Benjamin Heyne, East India Company, Madras Army, doi:10.1080/14786441308638711, Philosophical Magazine Series 1, Volume 41, Issue 178 pages 101 - 104, Now published as: Philosophical Magazine Series 2
^MacGregor, Arthur (2018). "European Enlightenment in India: An episode of Anglo-German collaboration in the natural sciences on the Coromandel Coast, Late 1700s- Early 1800s". In MacGregor, Arthur (ed.). Naturalists in the Field: Collecting, Recording and Preserving the Natural World from the Fifteenth to the Twenty-First Century. Brill. pp. 384–386.
^Bonner, Walter; Bonner, James (1948). "The Role of Carbon Dioxide in Acid Formation by Succulent Plants". American Journal of Botany. 35 (2): 113–117. doi:10.2307/2437894. ISSN0002-9122. JSTOR2437894.