|Skeleton cast of P. transouralicum, National Museum of Nature and Science, Tokyo|
Paraceratherium is one of the largest land mammal known. Its exact size is unclear because of the incompleteness of the fossils. The size of adults was about 4.8 metres (16 ft) tall, about 7.4 metres (24 ft) in length. Estimates of its weight have varied greatly.
Lifestyle[change | change source]
It was a herbivore that stripped leaves from trees. It had a long, low, hornless skull and long frontal and nasal bones. Its front teeth had a single pair of incisors in either jaw. They were round, pointed, and so large that they looked like small tusks. The upper incisors pointed straight downwards, while the lower ones jutted outwards. The upper lip was evidently extremely mobile. The neck was very long, the body big and strong, and the limbs long and thick, column-like.
Size[change | change source]
Its exact size is unclear because of the incompleteness of the fossils. Estimates have been based on skull, teeth, and limb bone measurements. However, the known bone elements are from individuals of different sizes. All skeletal reconstructions are composite extrapolations. This resulted in weight estimates from 11 to 20 tonnes. Its maximum height has been estimated as 6 metres (20 ft) at the shoulders. Its length was around 8 metres (26 ft) from front to back. As explained, such figure are only approximations. These figures are of the largest of the three species in the genus.
References[change | change source]
- previously called Indricotherium or Baluchitherium or just Indricothere
- Prothero D. 2013. Rhinoceros giants: the palaeobiology of Indricotheres. Indiana: Indiana University Press. ISBN 978-0-253-00819-0
- Gregory S. Paul (1992). "The size and bulk of extinct giant land herbivores". http://gspauldino.com/JVP92.pdf. Retrieved 16 February 2013.
- Fortelius M. & Kappelman J. 1993. The largest land mammal ever imagined. Zoological Journal of the Linnean Society 108: 85–101. 
- Tsubamoto T. 2012. Estimating body mass from the astragalus in mammals. Acta Palaeontologica Polonica, 259–265.