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Blue Beach

  • New Crassigyrinus-Like Fibula from the Tournaisian (Earliest Carboniferous) of Nova Scotia

    New Crassigyrinus-Like Fibula from the Tournaisian (Earliest Carboniferous) of Nova Scotia

  • 1 Phylogenetic and Environmental Context of a Tournaisian Tetrapod Fauna

    1 Phylogenetic and Environmental Context of a Tournaisian Tetrapod Fauna

  • Early Vertebrate Evolution New Insights Into the Morphology of the Carboniferous Tetrapod Crassigyrinus Scoticus from Computed Tomography Eva C

    Early Vertebrate Evolution New Insights Into the Morphology of the Carboniferous Tetrapod Crassigyrinus Scoticus from Computed Tomography Eva C

  • 1 Phylogenetic and Environmental Diversity Revealed for Tournaisian Tetrapods

    1 Phylogenetic and Environmental Diversity Revealed for Tournaisian Tetrapods

  • An Ichnological Perspective on Some Major Events of Paleozoic Tetrapod Evolution

    An Ichnological Perspective on Some Major Events of Paleozoic Tetrapod Evolution

  • A Fish and Tetrapod Fauna from Romer's Gap Preserved In

    A Fish and Tetrapod Fauna from Romer's Gap Preserved In

  • Phylogeny of Paleozoic Limbed Vertebrates Reassessed Through Revision and Expansion of the Largest Published Relevant Data Matrix

    Phylogeny of Paleozoic Limbed Vertebrates Reassessed Through Revision and Expansion of the Largest Published Relevant Data Matrix

  • A Diverse Tetrapod Fauna at the Base of 'Romer's Gap'

    A Diverse Tetrapod Fauna at the Base of 'Romer's Gap'

  • A Fish and Tetrapod Fauna from Romer'S

    A Fish and Tetrapod Fauna from Romer'S

  • A Multimethod Analysis to Assess Locomotor Capabilities in Stem Tetrapods from Blue Beach (Tournaisian; Early Carboniferous), Nova Scotia

    A Multimethod Analysis to Assess Locomotor Capabilities in Stem Tetrapods from Blue Beach (Tournaisian; Early Carboniferous), Nova Scotia

  • A New Tetrapod from Romer's Gap Reveals an Early Adaptation for Walking Timothy R. Smithson1*, Jennifer A. Clack1 1University

    A New Tetrapod from Romer's Gap Reveals an Early Adaptation for Walking Timothy R. Smithson1*, Jennifer A. Clack1 1University

  • Reevaluation of the Largest Published Morphological Data Matrix

    Reevaluation of the Largest Published Morphological Data Matrix

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