Iguanomorpha (stem + crown Iguania) is a diverse squamate clade with members that predominate many modern American lizard ecosystems. However, the temporal and palaeobiogeographic origins of its constituent crown clades (e.g. Pleurodonta (basilisks, iguanas, and their relatives)) are poorly constrained, mainly due to a meagre Mesozoic-age fossil record. Here, we report on two nearly complete skeletons from the Late Cretaceous (Campanian) of North America that represent a new and relatively large-bodied and possibly herbivorous iguanomorph that inhabited a semi-arid environment. The new taxon exhibits a mosaic of anatomical features traditionally used in diagnosing Iguania and non-iguanian squamates (i.e. Scleroglossa; e.g. parietal foramen ...
The present distribution of lizards is usually explained as a result of relatively recent global eve...
SQUAMATA OPPEL, 1811 IGUANIA COPE, 1864 DEFINITION: The most recent common ancestor of Iguanidae *...
A fragmentary fossil lizard from Uquía Formation (Late Pliocene), Jujuy Province, Argentina, is desc...
Iguanomorpha (stem + crown Iguania) is a diverse squamate clade with members that predominate many m...
Iguanomorpha (stem + crown Iguania) is a diverse squamate clade with members that predominate many m...
This file contains supplementary text and 14 supplementary figures. The supplementary text provides ...
The fossil record shows that iguanian lizards were widely distributed during the Late Cretaceous. Ho...
BACKGROUND: Basal iguanodontian dinosaurs were extremely successful animals, found in great abundanc...
Background: Basal iguanodontian dinosaurs were extremely successful animals, found in great abundanc...
CONRAD, JACK L., NORELL, MARK A. (2007): A Complete Late Cretaceous Iguanian (Squamata, Reptilia) fr...
The record of Mesozoic lizards has, for many years, consisted of records of primitive lizards from t...
Squamates (lizards and snakes) are highly successful modern vertebrates, with over 10,000 species. S...
Basal iguanodonts are one of the most abundant, diverse, and widespread types of dinosaur and also a...
ABSTRACT—New material of polyglyphanodontine lizards from the Late Cretaceous has been found in vari...
The fossil record shows that iguanian lizards were widely distributed during the Late Cretaceous. Ho...
The present distribution of lizards is usually explained as a result of relatively recent global eve...
SQUAMATA OPPEL, 1811 IGUANIA COPE, 1864 DEFINITION: The most recent common ancestor of Iguanidae *...
A fragmentary fossil lizard from Uquía Formation (Late Pliocene), Jujuy Province, Argentina, is desc...
Iguanomorpha (stem + crown Iguania) is a diverse squamate clade with members that predominate many m...
Iguanomorpha (stem + crown Iguania) is a diverse squamate clade with members that predominate many m...
This file contains supplementary text and 14 supplementary figures. The supplementary text provides ...
The fossil record shows that iguanian lizards were widely distributed during the Late Cretaceous. Ho...
BACKGROUND: Basal iguanodontian dinosaurs were extremely successful animals, found in great abundanc...
Background: Basal iguanodontian dinosaurs were extremely successful animals, found in great abundanc...
CONRAD, JACK L., NORELL, MARK A. (2007): A Complete Late Cretaceous Iguanian (Squamata, Reptilia) fr...
The record of Mesozoic lizards has, for many years, consisted of records of primitive lizards from t...
Squamates (lizards and snakes) are highly successful modern vertebrates, with over 10,000 species. S...
Basal iguanodonts are one of the most abundant, diverse, and widespread types of dinosaur and also a...
ABSTRACT—New material of polyglyphanodontine lizards from the Late Cretaceous has been found in vari...
The fossil record shows that iguanian lizards were widely distributed during the Late Cretaceous. Ho...
The present distribution of lizards is usually explained as a result of relatively recent global eve...
SQUAMATA OPPEL, 1811 IGUANIA COPE, 1864 DEFINITION: The most recent common ancestor of Iguanidae *...
A fragmentary fossil lizard from Uquía Formation (Late Pliocene), Jujuy Province, Argentina, is desc...