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† Allomys
Allomys

Additional Functions

Grouping

Belong­ing to

 Gaeabionta  ⇒ Domäne: Eukaryota  ⇒ Reich: Animalia  ⇒ Mittelreich: Eumetazoa  ⇒ Klade: Triploblastica  ⇒ Klade: Nephrozoa  ⇒ Abzweig: Deuterostomia  ⇒ Stamm: Chordata  ⇒ Unterstamm: Vertebrata  ⇒ Infrastamm: Gnathostomata  ⇒ Superklasse: Tetrapoda  ⇒ Klasse: Mammalia  ⇒ Unterklasse: Theriiformes  ⇒ Infraklasse: Holotheria  ⇒ Superlegion: Trechnotheria  ⇒ Legion: Cladotheria  ⇒ Sublegion: Zatheria  ⇒ Infralegion: Tribosphenida  ⇒ Superkohorte: Theria  ⇒ Kohorte: Placentalia  ⇒ Superklasse: Euarchontoglires  ⇒ Klasse: Glires  ⇒ Ordnung: Rodentia  ⇒ Familie: Allomyidae

Taxo­nomic seg­ment

Gattung

This mentioned taxonomy is an attempt to make an conclusive assignment from the different classifications of various scientists. Because the taxonomy may change due to the latest investigative methods and other findings, our map is a guide only.

Name from

Corre­spond­ing author (Name, Year)

Marsh, 1877

Other languages

scientific

Allomys

Lebenszeitraum in Million Jahren (Ma)

Start age: 30.8 Ma - End age: 20.43 Ma
Phanerozoic
(Phanerozoikum)
Cenozoic
(Känozoikum)
Neogene
(Neogen)
Paleogene
(Paläogen)
Miocene
(Miozän)
Oligocene
(Oligozän)
Burdigalian
(Burdigalium)
Aquitanian
(Aquitanium)
Chattian
(Chattium)
Rupelian
(Rupelium)
15.98
20.44
20.44
23.03
23.03
27.82
27.82
33.9

Additional data by PBDB, License: CC BY

Motility: actively mobile
Habit: ground dwelling
Environment: terrestrial
Diet:

herbivore
Compositon of the remains:

phosphatic

Reference- and Source indication, Literature

Next lower taxonomy level

On the same taxonomic level (siblings) (Count: 7)

Taxonomic assignment (8)

References by PBDB, License: CC BY

  • J. Alroy, 2002 - Synonymies and reidentifications of North American fossil mammals - (), - (unpublished, English)
  • A. R. Tedrow, 1997 - New aplodontid rodents (Mammalia) from the Oligocene (Orellan and Whitneyan) of Slim Buttes, South Dakota - Paludicola (1), 80-90 (journal article, English)
  • A. D. Barnosky, 1986 - Arikareean, Hemingfordian, and Barstovian Mammals From the Miocene Colter Formation, Jackson Hole, Teton County, Wyoming - Bulletin of Carnegie Museum of Natural History (26), 1-69 (journal article, English)
  • J. M. Rensberger, 1983 - Successions of meniscomyine and allomyine rodents (Aplodontidae) in the Oligo-Miocene John Day Formation. Oregon - University of California Publications in Geological Sciences (124), 1-157 (journal article, English)
  • J. C. Merriam, 1907 - Tertiary Faunas of the John Day region - University of California Publications, Bulletin of the Department of Geology (5), 171-205 (journal article, English)
  • E. D. Cope, 1878 - On some of the characters of the Miocene fauna of Oregon - Proceedings of the American Philosophical Society (18), 63-78 (journal article, English)
  • O. C. Marsh, 1877 - Notice of some new vertebrate fossils - American Journal of Arts and Sciences (14), 249-256 (journal article, English)

IDs

GUSID (Global unique identifier short form) M5d_ph5xbEefEE4EKfxeYw
GUID (Global unique identifier) A67F9733-711E-476C-9F10-4E0429FC5E63
Database ID 58729