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Anapsid

  • The Conservation Biology of Tortoises

    The Conservation Biology of Tortoises

  • Reptiles A. Cladistics 1. Many Groups of Organisms

    Reptiles A. Cladistics 1. Many Groups of Organisms

  • 29 | Vertebrates 791 29 | VERTEBRATES

    29 | Vertebrates 791 29 | VERTEBRATES

  • Evolution and Homology of the Astragalus in Early Amniotes: New Fossils, New Perspectives

    Evolution and Homology of the Astragalus in Early Amniotes: New Fossils, New Perspectives

  • GEOL 104 Dinosaurs: a Natural History

    GEOL 104 Dinosaurs: a Natural History

  • A Reassessment of the Taxonomic Position of Mesosaurs, and a Surprising Phylogeny of Early Amniotes

    A Reassessment of the Taxonomic Position of Mesosaurs, and a Surprising Phylogeny of Early Amniotes

  • 2Phylogenetic Systematics and the Origins of Amphibians and Reptiles

    2Phylogenetic Systematics and the Origins of Amphibians and Reptiles

  • THE ORIGIN of the TURTLE BODY PLAN: EVIDENCE from FOSSILS and EMBRYOS by RAINER R

    THE ORIGIN of the TURTLE BODY PLAN: EVIDENCE from FOSSILS and EMBRYOS by RAINER R

  • Amniotes a Closer Look O Si a L O N Nalysis Es Gy G 7A, 7B, 10A G Athers

    Amniotes a Closer Look O Si a L O N Nalysis Es Gy G 7A, 7B, 10A G Athers

  • Turtles in Transition

    Turtles in Transition

  • Complete Mitochondrial Genome Suggests Diapsid Affinities of Turtles (Pelomedusa Subrufa͞phylogeny͞amniota͞anapsids)

    Complete Mitochondrial Genome Suggests Diapsid Affinities of Turtles (Pelomedusa Subrufa͞phylogeny͞amniota͞anapsids)

  • Class REPTILIA the Upper Part of the Skull of Reptiles Is Modified Giving

    Class REPTILIA the Upper Part of the Skull of Reptiles Is Modified Giving

  • Captorhinus After Heaton & Reisz (1980); D: Milleretta After Gow (1972); E: Pareiasaurus After Gregory (1946)

    Captorhinus After Heaton & Reisz (1980); D: Milleretta After Gow (1972); E: Pareiasaurus After Gregory (1946)

  • A Reevaluation of Early Amniote Phylogeny

    A Reevaluation of Early Amniote Phylogeny

  • Reptiles, Dinosaurs, and Birds

    Reptiles, Dinosaurs, and Birds

  • Using RAG-1 and Morphological Characters to Define Phylogenetic

    Using RAG-1 and Morphological Characters to Define Phylogenetic

  • Fauna of Australia 2A

    Fauna of Australia 2A

  • Phylogenetic Systematics: Developing an Hypothesis of Amniote Relationships

    Phylogenetic Systematics: Developing an Hypothesis of Amniote Relationships

Top View
  • The Evolutionary Position of Turtles Revised
  • Biology and Health Care of Reptiles
  • Shedlock2009chap52.Pdf
  • Reptiles and Amphibians
  • 03 Dino-Mammal Like Reptile.Pdf
  • Skull Types in Reptiles
  • Reptiles and Dinosaurs Evolution of Reptiles
  • Vertebrate Phylogeny Continued O Evolution of the Tetrapods O Evolution of the Amniotes O Evolution of the Sauropsids O Evolution of the Synapsids
  • The Phylogeny of Early Eureptiles: Comparing Parsimony and Bayesian Approaches in the Investigation of a Basal Fossil Clade
  • History of Life-10-V-VII.Docx
  • LETTER Doi:10.1038/Nature14900
  • Molecules, Morphology, and the Monophyly of Diapsid Reptiles
  • Publications Files/Bever Et Al. 2015.Pdf
  • Complete Mitochondrial Genome Suggests Diapsid Affinities of Turtles (Pelomedusa Subrufa͞phylogeny͞amniota͞anapsids)
  • N65 - 25 5 90 1 87 - Progress Report (Continued) NSG-375
  • Reptiles 1) Amniotes A) Amphibians First Moved Onto Land, However They
  • Reptile Phylogeny and the Interrelationships of Turtles
  • The Dinosaur Book : the Ruling Reptiles and Their Relatives


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