Sauropsida (Greek for "lizard faces") is a clade of amniotes, broadly equivalent to the class Reptilia, though typically used in a broader sense to also include extinct stem-group relatives …

Sauropsids are a group of land vertebrates which includes all existing reptiles and birds and their fossil ancestors. They are one of the two groups which evolved from egg-laying amniotes in …

Identify amniotes called synapsids and sauropsids. Give a brief overview of reptile evolution. Explain why reptiles were able to replace amphibians as the dominant land vertebrates.

The Sauropsids. Sauropsida includes most of what was clasically known as "Reptilia" along with birds which are in effect glorified reptiles) and of course dinosaurs. Sauropsids therefore are …

Sauropsids and synapsids represent two distinct lineages of amniotes with different evolutionary paths. Sauropsids are characterized by their diapsid skull structure and adaptations like scales …

Sauropsids and mammals are amniotes, and, unlike amphibians, their full reproductive cycle occurs outside standing water. Birds, among other physiological properties, are …

Sauropterygia ("lizard flippers") is an extinct taxon of diverse, aquatic diapsid reptiles that developed from terrestrial ancestors soon after the end-Permian extinction and flourished …

Sauropsida ("lizard faces") is a group of amniotes that includes all existing birds and reptiles as well as their fossil ancestors and other extinct relatives. Large land animals are either in this …

The meaning of SAUROPSIDA is a group of vertebrates comprising the reptiles and birds.

Phylogenetic studies of the past three decades confirm the basal dichotomy of amniotes into synapsids (i.e. mammals and their fossil relatives) on the one hand and reptiles (e.g. …