Several scenarios have been proposed to explain rapid net size increases in some early
Cenozoic mammalian lineages: sustained and gradual directional change, successive …

Forstercooperiines are a group of primitive rhinocerotoids with a relatively large body size in
the Eocene, and normally considered to be closely related to Giant Rhinos. Here we report a …

Extant perissodactyls (horses, rhinos, and tapirs) comprise a small portion of living
mammals, but fossil perissodactyls were more diverse and commonly dominated Paleogene …

Rhinoceroses have been considered to have originated from tapiroids in the middle Eocene;
however, the transition remains controversial, and the first unequivocal rhinocerotoids …

Amynodontidae is a family of Rhinocerotoidea (Mammalia, Perissodactyla) known from the
late Early Eocene to the latest Oligocene, in North America and Eurasia. European …

Abstract The Eocene perissodactyl family Palaeotheriidae has traditionally been considered
to be a nearly endemic European group within Equoidea, but a few palaeotheres have been …

We described a new pair of incomplete mandibles from the Qingshuiying locality, Northwest
China, and referred it to Eggysodon, E. lingwuensis sp. nov. The new species has a typical …

Cenozoic mammal evolution and faunal turnover are considered to have been influenced
and triggered by global climate change. Teeth of large terrestrial ungulates are reliable …

Abstract New cricetid (Cricetops dormitor, Eocricetodon sp., Eucricetodon cf. E. wangae,
Pappocricetodon schaubi) and dipodid (Allosminthus gobiensis n. sp., Allosminthus ernos …

Forstercooperiines are a group of large, primitive rhinocerotoids that are commonly
regarded as ancestral to later giant rhinos. However, the type genus of forstercooperiines …