Keel (bird anatomy)
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- Advanced Online Publication
- Cladistics and the Origin of Birds: a Review and Two New Analyses
- A Portrayal of Biomechanics in Avian Flight
- Vertebrate Anatomy Morphology Palaeontology ISSN 2292-1389 Published 2 May, 2019 Meeting Logo Design: Robin Sissons Editors: Alison M
- Correlated Evolution of Sternal Keel Length and Ilium Length in Birds
- Internal Anatomy
- Insight Into the Early Evolution of the Avian Sternum from Juvenile Enantiornithines
- The Effects of Body Size and Morphology on the Flight Behavior and Escape Flight Performance of Birds
- Section 3. Early-Flight Study: Methods, Status, and Frontiers
- The Evolution of Flightless Ratite Birds," Spectrum: Vol
- The Tetrapod Fauna of the Upper Permian Naobaogou Formation of China: 6. Turfanodon Jiufengensis Sp. Nov. (Dicynodontia)
- Tunas As a High-Performance Fish Platform for Inspiring the Next
- Lab 8 - Vertebrate Functional Morphology
- Osteology of the Unenlagiid Theropod Neuquenraptor Argentinus from the Late Cretaceous of Patagonia
- Avian Skeletal System
- Section 3. Early-Flight Study: Methods, Status, and Frontiers
- Phylum Chordata - Vertebrata Birds of All Higher Vertebrates, Birds Are Probably Best Known
- Shifts in Stability and Control Effectiveness During Evolution of Paraves Support Aerial Maneuvering Hypotheses for flight Origin