Simurghia: Research Database
Pterosauria (Archosauria) · Late Cretaceous (~72 MYA) · Asia — Uzbekistan
Research Note: Simurghia was a pterosaur from the Late Cretaceous of Uzbekistan — an important taxon for understanding pterosaur diversity in Central Asia during the latest Cretaceous.
| Research Finding | Status | Grade | Year | Method | Citation | Impact |
|---|---|---|---|---|---|---|
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Labita & Martill 2020: Simurghia and new data on pterosaur diversity from the Cretaceous of Uzbekistan
Labita & Martill 2020 provide comprehensive data on Simurghia from the Late Cretaceous of Uzbekistan, establishing it as a pterosaur and documenting pterosaur diversity in Central Asia during the Cretaceous
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Confirmed | A | 2020 | Fossil | Labita & Martill, Cretaceous Research | Diversity |
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Martill 2010: Additional data on pterosaur fossils from the Cretaceous of Uzbekistan
Martill 2010 provides additional data on pterosaur fossils from the Cretaceous of Uzbekistan, further contextualising the significance of Simurghia within Pterosauria
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Confirmed | B | 2010 | Fossil | Martill, Cretaceous Research | Paleobiology |
Active Debate: Pterosaur Biogeography in Central Asia
Whether Simurghia is related to other Asian pterosaurs or represents a unique lineage is debated. The diversity of latest Cretaceous pterosaurs in Central Asia — and their relationships to azhdarchids globally — is key to understanding Late Cretaceous pterosaur ecosystems.
What We Still Do Not Know About Simurghia
- Complete skeletal morphology: Partial specimen known.
- Wingspan estimates: Uncertain.
- Diet: Carnivore/fish-eater.
- Social behavior: No direct evidence.
In Depth
Simurghia is a genus of pterosaur that lived in Africa during the late Cretaceous. The holotype fossils of Simurghia were found in what was a marine environment, strongly showing that Simurghia lived in coastal ecosystems.
Further Reading
- Late Maastrichtian pterosaurs from North Africa and mass extinction of Pterosauria at the Cretaceous-Paleogene boundary. - PLoS Biology 16(3):e2001663:1-38. - N. R. Longrich, D. M. Martill & B. Andres - 2018.
