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Digitigrade
The Evolution of Micro-Cursoriality in Mammals
Rethinking the Evolution of the Human Foot: Insights from Experimental Research Nicholas B
Normal and Abnormal Gaits in Dogs
The Influence of Foot Posture on the Cost of Transport in Humans
Spinal Motor Outputs During Step-To-Step Transitions of Diverse Human Gaits
FNR-417-W Animal Diversity and Tracking
The Role of Plantigrady and Heel-Strike in the Mechanics and Energetics of Human Walking with Implications for the Evolution of the Human Foot James T
Skeletal Correlates with Quadrupedalism and Climbing in the Anthropoid Forelimb: Implications for Inferring Locomotion in Mioce
Hadrosaurs As Ungulate Parallels: Lost Lifestyles and Deficient Data
The Evolution of Sauropod Locomotion
3D Hindlimb Joint Mobility of the Stem-Archosaur Euparkeria
Animal Evidence
Grizzly Bear (Ursus Arctos Horribilis) Locomotion: Gaits and Ground Reaction Forces Catherine L
Locomotion and Postural Behaviour Drinking Water
Evolution and Mechanics of Unguligrady in Artiodactyls
Anthropology Activity, Grade 11
A Bird-Inspired Passive-Elastic Ankle-Toe Exoskeleton Induces Digitigrade (Toe) Walking in Humans
Limb Bone Stress in the Mara Dolichotis Patagonum (Caviomorpha; Caviidae; Dolichotinae)
Top View
Odd-Toed Ungulates) Ungulates (Meaning Roughly "Being Hoofed" Or "Hoofed Animal") Are Mammals, Which Are Herbivorous, Terrestrial and Relatively Large in Size
Limbs in Mammalian Evolution
PLANTIGRADY and DIGITIGRADY in the FISSIPED CARNIVORANS by Léonard Ginsburg Mammalia 25(1): 1-21
Guide to Terrestrial Animal Locomotion by Stephen Pecylak
Introduced Herbivores Restore Late Pleistocene Ecological Functions
GEOL 104 Dinosaurs: a Natural History
Correlation Between the Morphology of the Feet and Muscle Fiber
A Novel Tool for Gait Analysis: Validation Study of the Smart Insole Podosmart®
The Greatest of Feet
The Biomechanics of Knuckle-Walking: 3-D Kinematics of the Chimpanzee and Macaque Wrist, Hand and Fingers Nathan E
Palaeontologia Electronica the DIGITAL PLATEOSAURUS I: BODY MASS, MASS DISTRIBUTION and POSTURE ASSESSED USING CAD and CAE on A
Ungulate Notes.Pdf
Lab 8 - Vertebrate Functional Morphology
Assessing Arboreal Adaptations of Bird Antecedents: Testing the Ecological Setting of the Origin of the Avian Flight Stroke
Transitions Between Foot Postures Are Associated with Elevated Rates of Body Size Evolution in Mammals
Animal Tracks *Location of Activity Provided by Staff*
Animal Locomotion and Track Patterns for STUDENTS
Getting a Grip on Tetrapod Grasping: Form, Function, and Evolution
Ardipithecus Ramidus: First Steps Or Missteps in Human Evolution?
GEOL 104 Dinosaurs: a Natural History
Ankle Torque Control That Shifts the Center of Pressure from Heel to Toe Contributes Non-Zero Sagittal Plane Angular Momentum During Human Walking
The Evolution of Locomotion in Archosaurs
Pathokinesiological Assessment And
POSTCRANIAL SKELETON and LOCOMOTOR ADAPTATIONS After Completing This Lab You Should Be Able to Recognize the Individual Major Bo
The Effect of Foot Posture on Capacity to Apply Free Moments to the Ground: Implications for Fighting Performance in Great Apes David R
Human Track X-Ray Paper
Captive Orangutan Locomotion and Its Relation to the Origin of Human Bipedalism
The African Ape-Like Foot of Ardipithecus Ramidus and Its Implications for the Origin of Bipedalism Thomas Cody Prang1,2*
Transitions Between Foot Postures Are Associated with Elevated Rates of Body Size Evolution in Mammals
10/26 SI a ECL 365 Terrestrial Locomotion 1. What Are the Five