A Step Forward: Functional Diversity and Emerging Themes of Slow-Speed Locomotion in Vertebrates

Keyphrases

• Vertebrates 100%
• Locomotion 100%
• Functional Diversity 100%
• Slow Speed 100%
• Gait 60%
• Deformable Substrate 60%
• Locomotor Activity 40%
• Predictive Models 20%
• In Silico 20%
• 3D Motion 20%
• Environmental Variability 20%
• One-size-fits-all 20%
• Kinematics 20%
• Locomotor 20%
• Species Interactions 20%
• Technological Progress 20%
• Tetrapods 20%
• Computer Model 20%
• Forward Propulsion 20%
• Computational Advance 20%
• Locomotor System 20%
• Static Surface 20%
• Imaging Systems 20%
• Walking Gait 20%
• System Energy 20%
• Vertebrate Remains 20%
• Environmental Context 20%
• Computational Power 20%
• Dinosaurs 20%
• Domesticated Species 20%
• Ancient Ecosystems 20%
• Kinematic Change 20%
• Extinct Animal 20%
• Neuromuscular Changes 20%
• Extinct Taxa 20%
• Computer-based Simulation 20%
• Uneven Terrain 20%
• Dynamic Stimuli 20%
• Unifying Principles 20%
• Speed Perturbation 20%

Neuroscience

• Behavior (Neuroscience) 100%
• Locomotion 100%
• Phylogenetics 50%
• Musculoskeletal System 50%
• Neuromuscular 50%

Agricultural and Biological Sciences

• Functional Diversity 100%
• Cladistics 50%
• Musculoskeletal System 50%
• Extinct Species 50%