Keyphrases
3D Geometric Morphometrics
100%
3D Structure
25%
Anthropological Studies
25%
Archaeological Survey
25%
Associated Functions
25%
Austria
25%
Behavior Reconstruction
25%
Biomechanical Analysis
100%
Bone Functional Adaptation
25%
Bone Shape
50%
Cambridge University
50%
Computed Tomography Data
50%
Cortical Bone Structure
25%
Data Methods
25%
Diaphysis
25%
Educational Experience
25%
European Universities
25%
Functional Adaptation
50%
Graduate Level
25%
Graduate Student Training
25%
High-resolution Computed Tomography
50%
Human Limbs
25%
Human Lower Limb
100%
Integrative Analysis
25%
International Collaboration
100%
Italy
25%
Limb Bones
25%
Lower Limb
25%
Mechanical Adaptation
25%
Morphological Analysis
25%
Morphometric Analysis
100%
New International
100%
Penn State
100%
Pennsylvania
25%
Physical Anthropology
25%
Shape Adaptation
25%
Simultaneous Analysis
25%
Skeletal Biomechanics
25%
Skeletal Variation
25%
State Universities
25%
Structure Function
25%
Support Planning
25%
Three-dimensional (3D)
25%
Undergraduate Courses
25%
Undergraduate Degree
25%
United States
25%
University of Bologna
50%
University of Vienna
50%
US Students
25%
Vienna
25%
Whole Bone
25%
Arts and Humanities
Austria
25%
Bologna
50%
Broader Impacts
25%
England
25%
Graduate students
50%
International collaboration
100%
Italy
25%
Morphological Analysis
25%
Pennsylvania
25%
Theoretical Concept
25%
Three-Dimensional
100%
Under-graduate
50%
University of Cambridge
50%
University of Vienna
50%
USA
50%
Usefulness
25%
Vienna
25%
Earth and Planetary Sciences
Anthropology
50%
Austria
50%
Biodynamics
50%
Bone Structure
50%
England
50%
Italy
50%
Morphology
50%
Pennsylvania
50%
Tomography
100%
United States
50%
United States of America
50%