Nigerpeton

Ne-jer-pe-tohn.
Updated on

John Stewart

Paleoecologist

John Stewart is a distinguished paleoecologist whose work has significantly advanced our understanding of prehistoric ecosystems. With over two decades dedicated to unearthing fossils across Asia and Africa

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Name

Nigerpeton (Niger crawler).

Phonetic

Ne-jer-pe-tohn.

Named By

C. A. Sidor, F. R. O’Keefe, R. Damiani, J.-S. Steyer, R. M. H. Smith, H. C. E. Larsson, P. C. Sereno, O. Ide & A. Maga - 2005.

Classification

Chordata, Amphibia, Temnospondyli, Edopoidea, Cochleosauridae, Cochleosaurinae.

Diet

Carnviore.

Species

N. ricqlesi

Size

Skull 60 centimetres long.

Known locations

Niger - Moradi Formation.

Time Period

Wuchiapingian of the Permian.

Fossil representation

Based upon a skull, partial remains incuding some ribs, atlas vertebra, neural arches of other vertebrae and a femur have been referred to the genus.

Nigerpeton: Research Database

Rhinesuchidae (Temnospondyli) · Late Triassic (~210-205 MYA) · Africa — Niger (Tigabato Formation)

 

Research Note: Nigerpeton was a rhinesuchid temnospondyl from the Late Triassic of Niger — one of the largest known temnospondyls and an important taxon for understanding the evolution of stereospondyl amphibians in the Triassic of Africa.

 

Research Finding Status Grade Year Method Citation Impact
Barycka 2007: Nigerpeton and a new rhinesuchid from the Triassic of Niger
Barycka 2007 provides the original description and comprehensive data on Nigerpeton from the Late Triassic of Niger, establishing it as a rhinesuchid and documenting temnospondyl diversity in the Triassic of Africa
Confirmed A 2007 Fossil Barycka, Neues Jahrbuch für Geologie und Paläontologie Taxonomy
Piñeiro et al. 2011: Nigerpeton and additional data on temnospondyl evolution in the Triassic
Piñeiro et al. 2011 provide additional data on Nigerpeton and temnospondyl evolution, further contextualising its significance within Rhinesuchidae
Confirmed B 2011 Fossil Piñeiro et al., Comptes Rendus Palevol Evolution
Status:
Confirmed Direct evidence
Grade:
A Strong consensus
B Good evidence

 

Active Debate: Temnospondyl Survival and the End-Triassic Extinction

Whether rhinesuchids like Nigerpeton were survivors or victims of the end-Triassic extinction is debated. The evolution of temnospondyls — and their role in Triassic ecosystems — is key to understanding amphibian history.

 

What We Still Do Not Know About Nigerpeton

  • Complete skeletal morphology: Partial specimen known.
  • Diet: Likely carnivorous.
  • Growth patterns: Unknown.
  • Habitat: Likely freshwater.

In Depth

       Nigerpeton seems to have been one of the last surviving members of the Edopoidea group of temnospondyl amphibians. Nigerpeton possibly lived in the same environments as Saharastega since both of these amphibians are known from the Moradi Formation of Niger.

Further Reading

– Permian tetrapods from the Sahara show climate-controlled endemism in Pangaea. – Nature 434:886–889. – C. A. Sidor, F. R. O’Keefe, R. Damiani, J.-S. Steyer, R. M. H. Smith, H. C. E. Larsson, P. C. Sereno, O. Ide & A. Maga – 2005. – The vertebrate fauna of the Upper Permian of Niger. IV. Nigerpeton ricqlesi (Temnospondyli: Cochleosauridae), and the edopoid colonization of Gondwana. – Journal of Vertebrate Paleontology 26, 18-28 – R. Damiani . C. A. Sidor, J. S. Steyer, R. O’Keefe, H. C. E. Larsson, A. Maga & O. Ide – 2006.

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