Taeniolabis
Temporal range: Danian, 65–64 Ma
Taeniolabis taoensis
Scientific classification Edit this classification
Domain: Eukaryota
Kingdom: Animalia
Phylum: Chordata
Class: Mammalia
Order: Multituberculata
Family: Taeniolabididae
Genus: Taeniolabis
Cope, 1882
Type species
Taeniolabis taoensis
Cope, 1882
Other species

Taeniolabis ("banded incisor")[2] is a genus of extinct multituberculate mammal from the Paleocene of North America.

Description

Restoration of T. taoensis
Taeniolabis taoensis skull, Am. Mus. 16321.

Taeniolabis is a member of the Taeniolabidoidea, a superfamily of multituberculates that are known for their highly derived teeth, and a short wide snout with a blocky head. [3] The teeth modifications were likely an adaptation for herbivory that may have resulted from rapid diversification of angiosperms at the very end of the Cretaceous, which would thus have created opportunities for novel specialization in herbivores.[4] It is the largest known multituberculate, as well as the largest allotherian mammal. [5][6] Species under this genus have been known under other names.[7] Taeniolabis taoensis is found frequently enough and in a very limited time range that it can be used as an index fossil for the Puercan faunal stage within Danian aged fossil deposits.[8][9]

Taxonomy

History

It is within the suborder of Cimolodonta and is a member of the superfamily Taeniolabidoidea. The genus was named by Edward Drinker Cope in 1882. [10] Species have also been placed with the genera Catopsalis and Polymastodon.

Species

Life reconstruction of Taeniolabis taoensis

Notes

  1. ^ Simmons 1987, pp 802-804
  2. ^ Palmer 1904, p 659. From Greek
  3. ^ Kielan-Jawoworska and Hurum, 2001
  4. ^ Wilson et al, 2012, pp 458-459
  5. ^ Rose 2006, p 60
  6. ^ Krause et al 2021, p 1085
  7. ^ Palebiology Database
  8. ^ Simmons 1987
  9. ^ Krause et al 2021, p 1085
  10. ^ Cope 1882, pg 604-605
  11. ^ Simmons 1987, pp 802-804
  12. ^ Cope 1882, pg 604-605
  13. ^ Wilson et al, 2012 Supplemental Table 5
  14. ^ Krause et al 2021, p 1086
  15. ^ Cope 1882, p 605
  16. ^ Krause et al 2021, p 1085 with lengthy discussion about estimates of size
  17. ^ Wilson et al, 2012 Supplemental Table 5

References

Further reading