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- The Evolutionary Continuum of Limb Function from Early Theropods to Birds
- Lecture 2: Terrestrial Locomotion I Simple Analyses of Ballistic Movement
- The First Pterosaur Pelvic Material from the Dinosaur Park Formation (Campanian) and Implications for Azhdarchid Locomotion
- Guide to Terrestrial Animal Locomotion by Stephen Pecylak
- University of Cincinnati
- Aquatic Vs. Terrestrial Locomotion in Vertebrates
- Were Pterosaur Ancestors Bipedal Or Quadrupedal?: Morphometric, Functional, and Phylogenetic Considerations 21
- Differential Occupation of Axial Morphospace
- Forelimb Kinematics and Motor Patterns of the Slider Turtle
- Environmental Effects on Undulatory Locomotion in the American Eel Anguilla Rostrata: Kinematics in Water and on Land
- Mammalogy Lecture 11
- Mitigating Memory Effects During Undulatory Locomotion on Hysteretic
- Trackways Produced by Lungfish During Terrestrial Locomotion Peter L
- Evolution of Hindlimb Muscle Anatomy Across the Tetrapod Water-To-Land Transition, Including Comparisons with Forelimb Anatomy
- Early Vertebrate Evolution Follow the Footprints and Mind the Gaps: a New Look at the Origin of Tetrapods Per E
- Energetics and Mechanics of Terrestrial Locomotion
- Daubentonia Madagascariensis) Reveal Novel Biomechanical Trade-Offs Required for Walking on Gracile Digits
- Comparative Evidence for Quadrupedal Launch in Pterosaurs 159
- Archiving Version Alam
- Evaluation of the Functional Capabilities of Fins and Limbs for Moving on Land: Insights Into the Invasion of Land by Tetrapods" (2014)
- Tetrapod-Like Pelvic Girdle in a Walking Cavefish Brooke E
- 1 Locomotion G.V
- Terrestrial Movement Energetics: Current Knowledge and Its Application to the Optimising Animal Lewis G
- Kinematics of Terrestrial Locomotion in Harbor Seals and Gray Seals: Importance of Spinal Flexion by Amphibious Phocids Jennifer N
- The Evolution of Locomotion in Archosaurs
- Grizzly Bear (Ursus Arctos Horribilis) Locomotion: Forelimb Joint Mechanics Across Speed in the Sagittal and Frontal Planes Catherine L
- A Kinematic Synergy for Terrestrial Locomotion Shared by Mammals and Birds Giovanna Catavitello1,2*, Yury Ivanenko2, Francesco Lacquaniti1,2,3
- The Spine: a Strong, Stable, and Flexible Structure with Biomimetics Potential
- Locomotion in Elongate Fishes: a Contact Sport
- Behavioral Evidence for the Evolution of Walking and Bounding Before Terrestriality in Sarcopterygian fishes
- Locomotor Ontogeny and the Evolution of Avian Flight
- Gaits and Energetics in Terrestrial Legged Locomotion