Short Courses in Paleontology · 1994 · 81 citations · 79 references
Natural SciencesEvolutionary BiologyZoologyComparative AnatomyEvolutionary PaleontologyVertebrate PaleontologyCranial EvolutionMammalian EvolutionMammalian PaleontologyTransitional FossilsVertebrate EvolutionEvolution Of AmniotesGradual EvolutionMammalian Fossil RecordPrimate Fossil RecordReptile-to-mammal TransitionSynapsid EvolutionSynapsid-mammal TransitionSynapsid-to-mammal Transition
The Synapsida is the mammal-like ramus of the Amniota, the sister group of the Sauropsida (or Reptilia of Gauthier et al., 1988). Synapsids are characterized by the possession of a lateral temporal fenestra (Fig. 1A), among other features (see Gauthier, this volume). Of all the great transitions between major structural grades within vertebrates, the transition from basal amniotes to basal mammals is represented by the most complete and continuous fossil record, extending from the Middle Pennsylvanian to the Late Triassic and spanning some 75 to 100 million years. Structural evolution of particular functional systems has been well investigated, notably the feeding mechanism (Barghusen, 1968; Crompton, 1972; Crompton and Parker, 1978; Crompton and Hylander, 1986) and the middle ear (Hopson, 1966; Allin, 1975, 1986; Allin and Hopson, 1992), and these studies have demonstrated the gradual nature of these major adaptive modifications.
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Vertebrate Paleontology and Evolution
John H. Ostrom, Robert L. Carroll · Palaios · 1988 · 1.7K citations
Richard J. Estes, Alfred Sherwood Romer · Copeia · 1967 · 1.2K citations
AMNIOTE PHYLOGENY AND THE IMPORTANCE OF FOSSILS
Jacques Gauthier, Arnold G. Kluge, Timothy Rowe · Cladistics · 1988 · 1.1K citations · Full text
Vertebrate paleontology and evolution
Claude Guérin · Geobios · 1988 · 780 citations
Endothermy and Activity in Vertebrates
Albert F. Bennett, John A. Ruben · Science · 1979 · 716 citations
Life Sciences, Biology, Zoology +17