FIG. 4. — Pterosphenus biswasi n. sp., holotype, trunk vertebra (RUSB 2784-4), in anterior (a), dorsal (d), left lateral (l), posterior (p), and ventral (v) views, Ypresian of Panandhro Mine (HD Pit). Scale bar: 1 cm.Published as part of Rage, Jean-Claude, Bajpai, Sunil, Thewissen, Johannes G. M. & Tiwari, Brahma N., 2003, Early Eocene snakes from Kutch, Western India, with a review of the Palaeophiidae, pp. 695-716 in Geodiversitas 25 (4) on page 706, DOI: 10.5281/zenodo.465066
Madtsoiids are among the most basal snakes, with a fossil record dating back to the Upper Cretaceous...
Figure 2. Isolated precloacal vertebrae attributed to Pseudoepicrates stanolseni. A, anterior preclo...
Figure 5. Paratypes previously attributed to N. barbouri (= Pseudoepicrates). Letters A–D denotes th...
FIG. 2. — Pterosphenus kutchensis n. sp., holotype, trunk vertebra (RUSB 2721-1), from the Ypresian ...
FIG. 3. — Pterosphenus kutchensis n. sp. from the Ypresian of Panandhro Mine; A, trunk vertebra (RUS...
FIG. 5. — Comparison between Pterosphenus biswasi n. sp. and Pt. kutchensis n. sp., trunk vertebrae ...
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...
L\u27Éocène inférieur de Panandhro Mine (nord-ouest de l\u27Inde) a fourni une faune de serpents ric...
We describe a paleopheid snake (Palaeophis vastaniensis sp. nov.) from the early Eocene deposits of ...
Palaeopheid snake fossils from the Late Eocene Hardie Mine local fauna (l.f.) of Wilkinson County, c...
Figure 4. Comparison of the neural spine morphology between Chilabothrus, Epicrates and the fossils ...
International audienceThe Ypresian Cambay Shale Formation at Vastan, Mangrol, and Tadkeshwar lignite...
Figure 3. Paratypes attributed to P. stanolseni (MCZ 1977). Letters A–D denote the specimens. Anatom...
Madtsoiids are among the most basal snakes, with a fossil record dating back to the Upper Cretaceous...
Figure 2. Isolated precloacal vertebrae attributed to Pseudoepicrates stanolseni. A, anterior preclo...
Figure 5. Paratypes previously attributed to N. barbouri (= Pseudoepicrates). Letters A–D denotes th...
FIG. 2. — Pterosphenus kutchensis n. sp., holotype, trunk vertebra (RUSB 2721-1), from the Ypresian ...
FIG. 3. — Pterosphenus kutchensis n. sp. from the Ypresian of Panandhro Mine; A, trunk vertebra (RUS...
FIG. 5. — Comparison between Pterosphenus biswasi n. sp. and Pt. kutchensis n. sp., trunk vertebrae ...
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...
L\u27Éocène inférieur de Panandhro Mine (nord-ouest de l\u27Inde) a fourni une faune de serpents ric...
We describe a paleopheid snake (Palaeophis vastaniensis sp. nov.) from the early Eocene deposits of ...
Palaeopheid snake fossils from the Late Eocene Hardie Mine local fauna (l.f.) of Wilkinson County, c...
Figure 4. Comparison of the neural spine morphology between Chilabothrus, Epicrates and the fossils ...
International audienceThe Ypresian Cambay Shale Formation at Vastan, Mangrol, and Tadkeshwar lignite...
Figure 3. Paratypes attributed to P. stanolseni (MCZ 1977). Letters A–D denote the specimens. Anatom...
Madtsoiids are among the most basal snakes, with a fossil record dating back to the Upper Cretaceous...
Figure 2. Isolated precloacal vertebrae attributed to Pseudoepicrates stanolseni. A, anterior preclo...
Figure 5. Paratypes previously attributed to N. barbouri (= Pseudoepicrates). Letters A–D denotes th...