P. media Inuzuka 2005[2] P. tabatai Tokunaga 1939[3]
Paleoparadoxia ("ancient paradox") is a genus of large, herbivorous aquatic mammals that inhabited the northern Pacific coastal region during the Miocene epoch (20 to 10 million years ago). It ranged from the waters of Japan (Tsuyama and Yanagawa), to Alaska in the north, and down to Baja California, Mexico.
^Paleoparadoxia in the Paleobiology Database. Retrieved March 2013.
^Paleoparadoxia media in the Paleobiology Database. Retrieved March 2013.
^"Yoshiwara, Shigeyasu". Sirenia.org. Archived from the original on October 13, 2018. Retrieved 11 March 2013.
Paleoparadoxia ("ancient paradox") is a genus of large, herbivorous aquatic mammals that inhabited the northern Pacific coastal region during the Miocene...
†Paleoparadoxiidae Genus: †Neoparadoxia Barnes, 2013 Type species †Paleoparadoxia repenningi Species N. repenningi Domning and Barnes, 2007 N. cecilialina...
energy of 42 GeV electrons in a meter-scale accelerator. There was a Paleoparadoxia found at the SLAC site, and its skeleton can be seen at a small museum...
similar to sirenian ribs, and very dense, like those of Behemotops and Paleoparadoxia; and extant, semi-aquatic mammals such as Eurasian beaver and hippopotamus...
to aquatic mammals such as the dugongid Dusisiren and the desmostyle Paleoparadoxia during the Miocene. At the boundary between the Miocene and the Pliocene...
extinct relatives, the Desmostylia. He identified and researched the Paleoparadoxia found during the excavation of Stanford Linear Accelerator at Stanford...
"Habitat preferences of the enigmatic Miocene tethythere Desmostylus and Paleoparadoxia (Desmostylia; Mammalia) inferred from the depositional depth of fossil...
81.8 cm (32.2 in) and comparable in size to the Steller's sea cow. Paleoparadoxia is also known as one of the largest desmostylians, with body length...
was also known at SLAC for her role in the building of the mounted Paleoparadoxia fossil skeleton display at the SLAC Visitors Center. Panofsky has received...
Poebrotherium Merycoidodon Hoplophoneus Mesohippus Paraceratherium Paleoparadoxia Protoceras Archaeotherium Janjucetus The Oligocene sees the beginnings...
Global Information
