Rich, TH, Hopson, JA, Gill, PG, Trusler, P., Rogers-Davidson, S., Morton, S., Cifelli, RL,
Pickering, D., Kool, L., Siu, K., Burgmann, FA, Senden, T., Evans, AR, Wagstaff, BE, Seegets …

The ear ossicles, preserved in skulls of a tiny Late Cretaceous multituberculate
Chulsanbaatar vulgaris from Mongolia are arranged as in modem mammals. This makes the …

A right petrosal from the? Aptian or Albian Khoobur locality is referred on the basis of size
and morphology to Prokennalestes trofimovi, the earliest eutherian previously known only …

A new myodont rodent is reported from the lower part of the Arshanto Formation in
Nuhetingboerhe of Nei Mongol, which represents one of the earliest and most primitive …

The description of two previously unknown petrosal specimens of Arsinoitherium highlights
a number of derived ungulate characteristics. A phylogenetic analysis based on ungulate …

Mammals are unique in being the only group of amniotes that can hear sounds in the upper
frequency range (> 12 kHz), yet details about the evolutionary development of hearing …

Here we describe the bony anatomy of the inner ear and surrounding structures seen in
three plesiomorphic crown mammalian petrosal specimens. Our study sample includes the …

The Nazlet Khater 2 (NK 2) skeleton was discovered in 1980 near Tahta in Upper Egypt by
the Belgian Middle Egypt Prehistoric Project (BMEPP; Vermeersch et al., 1984). This burial …

The three small bones of the human middle ear—the malleus, incus and stapes—have been
the subject of research since the mid fifteenth century (Arensburg et al., 1981) …

All Mesozoic mammaliaforms reported from China are briefly documented herein. These
forms can be divided into at least five major assemblages: Lufeng, Yanliao (Daohugou) …