Zoological Journal of the Linnean Society · 1997 · 223 citations · 52 references
Life SciencesEvolutionary BiologyZoologyHerpetologyPhylogeneticsSpeciationEvolutionary RelationshipsMorphological PhylogeneticsMorphological SystematicsReptile BiologyVertebrate EvolutionLepidosaur EvolutionMammalian PhylogenyReptile EvolutionReptile MorphologySea Turtle PhylogenyVertebrate Phylogeny
A comprehensive analysis of amniote interrelationships is presented in an attempt to test turtle interrelationships. The results refute earlier hypotheses that turtles are related to parareptiles, i.e. to procolophonids or pareiasaurs. Instead, turtles are shown to be the sister-group of Sauropterygia, the two clades being nested within Sauria as sister-group of Lepidosauriformes. This scenario is also supported by several developmental and soft tissue characters which are shown to be congruent with the current phylogeny. The analysis strongly supports a monophyletic Parareptilia, sister-group of a monophyletic Eureptilia. The Diapsida, however, is paraphyletic unless it includes turtles and sauropterygians. Additionally, the position of turtles within Diapsida has major implications for the evolutionary history and/or significance of many characters, i.e. temporal fenestration.
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Vertebrate Paleontology and Evolution
John H. Ostrom, Robert L. Carroll · Palaios · 1988 · 1.7K citations
The Development of the Vertebrate Skull
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