EON CODEX
Deinotherium

Deinotherium

Deinotherium giganteum

Image: File:Deinotherium giganteum.JPG - Wikimedia Commons (CC BY-SA)

Common NameHoe-tusker
Periodneogene
Eracenozoic
Age (Mya)20-2
LocationEppelsheim, Germany
Dimensions700
Typebody
Preservationgood
Dietherbivore
Habitatterrestrial

About Deinotherium

Deinotherium, whose name translates to 'terrible beast,' was a massive prehistoric relative of modern elephants that roamed across Africa, Asia, and Europe during the Miocene and Pliocene epochs. Standing up to 4 meters (13 feet) at the shoulder and weighing over 12 tons, it was one of the largest terrestrial mammals of its time. Its most striking and unusual feature was a pair of large tusks that emerged from its lower jaw, curving downwards and backwards in a distinctive 'hoe-like' shape. Unlike modern elephants, it lacked upper tusks. This unique tusk arrangement has led to considerable debate among paleontologists regarding their function. Theories suggest they were used for stripping bark from trees, digging for roots and tubers, or pulling down branches to access foliage. Deinotherium possessed a flexible, muscular trunk, similar to that of today's elephants, which it would have used for grasping food and drinking. As a large herbivore, it played a significant role in its ecosystem as a mega-browser, shaping the vegetation of the woodlands and savannas it inhabited. The first fossils, primarily teeth and the characteristic lower jaw, were discovered in Germany in the early 19th century. Deinotherium represents a fascinating and successful, yet ultimately extinct, branch of the proboscidean evolutionary tree, showcasing the diverse adaptations that have arisen within this iconic group of mammals.

Classification

domain
Eukaryota
kingdom
Animalia
phylum
Chordata
class
Mammalia
order
Proboscidea
family
Deinotheriidae
genus
Deinotherium
species
Deinotherium giganteum

Time Period

Period

neogene

Age

~20-2 Mya

Discovery

Location

Eppelsheim, Germany

Related Specimens

From the cenozoic era · body fossils