Euchambersia
Sign in to saveEuchambersia is an extinct genus of therocephalian therapsids that lived during the Late Permian in what is now South Africa and China. The genus contains two species. The type species E. mirabilis was named by paleontologist Robert Broom in 1931 from a skull missing the lower jaw. A second skull, belonging to a probably immature individual, was later described. In 2022, a second species, E. liuyudongi, was named by Jun Liu and Fernando Abdala from a well-preserved skull. It is a member of the family Akidnognathidae, which historically has also been referred by as the synonymous Euchambersiida
Wikidata facts
- Parent taxon
- Akidnognathidae
- Image
- Euchambersia DB.jpg
Show 5 more facts
- taxon name
- Euchambersia
- Commons category
- Euchambersia
- taxon rank
- genus
- start time
- 256000000-
- end time
- 255000000-
Sources (1)
via Wikidata · CC0
~21 min read
Encyclopedic overview
12 sectionsContents
- Discovery and naming
- Description
- Teeth
- Maxillary fossa and associated canals
- Classification
- Paleobiology
- Venom
- Paleoecology
- South Africa
- China
- See also
- References
Euchambersia is an extinct genus of therocephalian therapsids that lived during the Late Permian in what is now South Africa and China. The genus contains two species. The type species E. mirabilis was named by paleontologist Robert Broom in 1931 from a skull missing the lower jaw. A second skull, belonging to a probably immature individual, was later described. In 2022, a second species, E. liuyudongi, was named by Jun Liu and Fernando Abdala from a well-preserved skull. It is a member of the family Akidnognathidae, which historically has also been referred by as the synonymous Euchambersiidae (named after Euchambersia).
Euchambersia was a small and short-snouted therocephalian, possessing large canines as is typical of the group. However, it is notable among therocephalians for possessing ridges on its canines and a large indentation in the side of the skull. It has been proposed that these structures supported a venom delivery mechanism. If this statement turns out to be true, then it would be one of the oldest known tetrapods to have this characteristic. In 2017, the internal structure of the skull of E. mirabilis has been used as stronger evidence in favour of the hypothesis that it was venomous; other possibilities, such as the indentation supporting some sort of sensory organ, still remain plausible.
Excerpted from Wikipedia’s “Euchambersia” article, available under the CC BY-SA 4.0 licence.