The Maastrichtian fauna from India includes snakes that are still poorly known, but potentially of great interest. Two new Indian localities of Maastrichtian age have yielded snake fossils and another Maastrichtian locality from which snake fossils were previously reported has yielded additional specimens. Apart from the previously reported Indophis (?Nigerophiidae), snakes from these localities include taxa that are new for India (an indeterminate madtsoiid and the aniliid s.l. Coniophis) and some enigmatic forms, the latter represented by a compound bone and a vertebra. The madtsoiid and, perhaps, Indophis are of Gondwanan affinities, whereas the palaeogeographical origins of the other taxa are unknown. The indeterminate forms appear to b...
New anatomical observations and reinterpretations of previously identified structures have resulted ...
International audienceThe Ypresian Cambay Shale Formation at Vastan, Mangrol, and Tadkeshwar lignite...
Published by the Royal Society under the terms of the Creative Commons Attribution License http://c...
The Maastrichtian fauna from India includes snakes that are still poorly known, but potentially of g...
The early Eocene of Panandhro Mine (northwestern India) has produced a rich snake fauna largely domi...
The early Eocene of Panandhro Mine (northwestern India) has produced a rich snake fauna largely domi...
verse assemblage of snakes including at least ten species that belong to the Madtsoiidae, Palaeophii...
Derived large-mouthed snakes (macrostomatans) possess numerous specializations in their skull and lo...
Some of the most relevant fossil snakes that inform about the evolution and early diversity of the g...
Madtsoiidae is a speciose family of extinct snakes that achieved a wide Gondwanan and trans-Tethyan ...
<p>Madtsoiidae is a speciose family of extinct snakes that achieved a wide Gondwanan and trans-Tethy...
International audienceWe report here the discovery of madtsoiid snake remains from the early Paleoce...
The fossil of a second primitive snake from Cretaceous marine sediments is identi®ed and redescribed...
The Madtsoiidae were medium sized to gigantic snakes with a fossil record extending from the mid-Cre...
The Madtsoiidae are an extinct lineage of snakes known from the Late Cretaceous to the Late Pleistoc...
New anatomical observations and reinterpretations of previously identified structures have resulted ...
International audienceThe Ypresian Cambay Shale Formation at Vastan, Mangrol, and Tadkeshwar lignite...
Published by the Royal Society under the terms of the Creative Commons Attribution License http://c...
The Maastrichtian fauna from India includes snakes that are still poorly known, but potentially of g...
The early Eocene of Panandhro Mine (northwestern India) has produced a rich snake fauna largely domi...
The early Eocene of Panandhro Mine (northwestern India) has produced a rich snake fauna largely domi...
verse assemblage of snakes including at least ten species that belong to the Madtsoiidae, Palaeophii...
Derived large-mouthed snakes (macrostomatans) possess numerous specializations in their skull and lo...
Some of the most relevant fossil snakes that inform about the evolution and early diversity of the g...
Madtsoiidae is a speciose family of extinct snakes that achieved a wide Gondwanan and trans-Tethyan ...
<p>Madtsoiidae is a speciose family of extinct snakes that achieved a wide Gondwanan and trans-Tethy...
International audienceWe report here the discovery of madtsoiid snake remains from the early Paleoce...
The fossil of a second primitive snake from Cretaceous marine sediments is identi®ed and redescribed...
The Madtsoiidae were medium sized to gigantic snakes with a fossil record extending from the mid-Cre...
The Madtsoiidae are an extinct lineage of snakes known from the Late Cretaceous to the Late Pleistoc...
New anatomical observations and reinterpretations of previously identified structures have resulted ...
International audienceThe Ypresian Cambay Shale Formation at Vastan, Mangrol, and Tadkeshwar lignite...
Published by the Royal Society under the terms of the Creative Commons Attribution License http://c...