![]() FRANCIS: Philip Brookes Mason (1842-1903) – surgeon general Practitioner and naturalist. HOLMES: The Perfect Pest: natural history and the red squirrel in Nineteenth-Century Scotland (William T Stearn Prize 2014). FRIIS: Coffee and qat on the Royal Danish expedition to Arabia – botanical, ethnobotanical and commercial observations made in Yemen 1762-1763. van der MIJE: Review of the mounted skins and skulls of the extinct Falkland Island Wolf ( Dusicyon australis) held in museum collections. CHEVRIER: The identity of Richard of Richard’s Pipit ( Anthus richardi Vieillot, 1818). GRIGSON: New information on Indian rhinoceroses ( Rhinoceros unicornis) in Britain in the mid-eighteenth century. SCHNYDER: The publications and collections of Louis-Albert Necker (1786-1861).Ĭ. FUNK: A re-examination of C J Temminck’s sources for his descriptions of the extinct Japanese wolf. WOODMAN: Who Invented the Mule Deer ( Odocoileus hemionus)? On the Authorship of the Fraudulent 1812 Journal of Charles Le Raye. BLOCH: History of the extant museums specimens of the Faroese White-Speckled Raven. MOORE: Peeping at nature with the Reverend Charles A. AYRES: Isaac Bayley Balfour, Sphagnum moss, and the Great War (1914-1918). Cullman 3rd Library of Natural History and the Smithsonian Institution Libraries, Washington, D. The following papers and short notes have been formally accepted and published in Archives of natural history 42.1 in print and online in April 2015.Ĭontents Engraving of “CABREE or Missouri ANTELOPE” from A topographical description of the state of Ohio, Indiana Territory, and Louisiana (Cutler, 1812) Courtesy of the Joseph F. ![]() Milk of the Indian rhinoceros is low in fat and protein but high in lactose, which is comparable to the milk composition of other rhinoceros species and horses, but not African elephants.Archives of natural history, Volume 42 Pt 1 (2015) Rhino B gave birth to her eighth calf on 05 October 2013 samples were collected and 15 were chosen for the analyses (from colostrum to 13 mo postpartum). ![]() Rhino A gave birth to her third calf on 10 September 2012 three samples were collected and analyzed (colostrum, milk 1 wk and 2 wk postpartum). Milk samples were collected from two Indian rhinoceros cows from Zoo Basel. DM, ASH, CP, and EE were determined with a proximate analysis, lactose with infrared spectroscopy and an enzymatic method, minerals with an autoanalyzer, FA with gas chromatography, and GE with bomb calorimetry. The following parameters were measured: dry matter (DM), crude ash (ASH), crude protein (CP), ether extract (EE), nitrogen-free extract (NFE calculated), lactose, calcium (Ca), phosphorus (P), magnesium (Mg), fatty acids (FAs), and gross energy (GE). The objective of this study was to determine the major nutrient composition of Indian rhinoceros milk ( Rhinoceros unicornis) over the first 13 mo of an 18-mo lactation period and to compare the results to those of previous studies on rhinoceros, African elephant ( Loxodonta africana), and horse milk ( Equus ferus caballus). ![]()
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