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26 results for “Dyrosaurus”
Figure 4 in A new species of Dyrosaurus (Crocodylomorpha, Dyrosauridae) from the early Eocene of Morocco: phylogenetic implications
Figure 4. Skull, cervical and dorsal vertebrae of Dyrosaurus maghribensis sp. nov., OCP DEK-GE 43, Ypresian of Daoui, in the Oulad Abdoun Basin, Morocco, in dorsal view.
Figure 2 in A new species of Dyrosaurus (Crocodylomorpha, Dyrosauridae) from the early Eocene of Morocco: phylogenetic implications
Figure 2. Dyrosaurus maghribensis sp. nov., Ypresian of Mera el Arech, in the Oulad Abdoun Basin, Morocco: A, skeleton of OCP DEK-GE 255, holotype; B, skeleton of OCP DEK-GE 252.
Figure 1 in A new species of Dyrosaurus (Crocodylomorpha, Dyrosauridae) from the early Eocene of Morocco: phylogenetic implications
Figure 1. Geographical position of the Oulad Abdoun and Algero-Tunisian Basins in which the two Dyrosaurus have been found. A, Geographical position of Morocco, Algeria, and Tunisia. B, Position of the Oulad Abdoun and Algero-Tunisian Basins on a simplified palaeogeographical reconstruction of the Basins during the early Eocene (Ypresian). Grey, sea; white, exposed land. [Modified from Furon, 1950; Arambourg, 1952; Sassi, 1974 (in Moody & Buffetaut, 1981); Herbig, 1986, 1991; Trappe, 1991; Meulenkamp et al., 2000.]
Figure 3 in A new species of Dyrosaurus (Crocodylomorpha, Dyrosauridae) from the early Eocene of Morocco: phylogenetic implications
Figure 3. Skull of Dyrosaurus maghribensis sp. nov., OCP DEK-GE 88, Ypresian of Daoui, Oulad Abdoun Basin, Morocco, in dorsolateral view.
Combined palaeohistological and isotopic inferences of thermometabolism in extinct Neosuchia, using Goniopholis and Dyrosaurus (Pseudosuchia: Crocodylomorpha) as case studies
<p>The evolution of thermometabolism in pseudosuchians (Late Triassic to the present) remains a partly unsolved issue: extant taxa (crocodilians) are ectothermic, but the clade was inferred ancestrally endothermic. Here we inferred the thermometabolic regime of two neosuchian groups, Goniopholididae (Early Jurassic to Late Cretaceous) and Dyrosauridae (Middle Cretaceous to Late Eocene), close relatives of extant crocodilians, in order to elucidate the evolutionary pattern across Metasuchia (Early Jurassic to the present), a clade comprising Neosuchia (Early Jurassic to the present) and Notosuchia (Middle Jurassic until Late Miocene). We propose a new integrative approach combining geochemical analyses to infer body temperature from the stable oxygen isotope composition of tooth phosphate and palaeohistology and phylogenetic comparative methods to infer resting metabolic rates (RMR) and red blood cells dimensions. †Dyrosaurus and †Goniopholis share with extant crocodilians similar lifestyles, body forms, bone tissue organization, body temperatures (Tb), metabolic rates and red blood cells dimensions. Consistently, we infer ectothermy for †Dyrosaurus and †Goniopholis with the parsimonious implication of neosuchians and metasuchians as being primitively ectothermic.</p>
Combined palaeohistological and isotopic inferences of thermometabolism in extinct Neosuchia, using Goniopholis and Dyrosaurus (Pseudosuchia: Crocodylomorpha) as case studies
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