| Session |
Author(s) |
Title |
71 |
Sivitilli, DM*; Weertman, WL; Busch, EL; Ullmann, JF; Smith, JR; Gire, DH |
Strategies of single arm foraging in Octopus rubescens in the absence of visual feedback |
71 |
Taylor-Burt, KR*; Biewener, AA |
Hindlimb skeletal anatomy and kinematics vary with swimming behavior in ducks |
71 |
Turner, ML*; Gatesy, SM |
Intermetatarsal mobility in the American alligator |
71 |
George, AB*; Westneat, MW |
Three-dimensional kinematic analyses reveal asymmetries in Xanthichthys auromarginatus (Balistidae) median fin biomechanics during steady balistiform swimming |
71 |
Amplo, HE*; Flammang, BE; Camp, C |
Flipping frogfish fins: Using XROMM to study frogfish pectoral fins during locomotion |
71 |
Bribiesca-Contreras, F*; Daley, MA; Badri-Spröwitz, A |
Effects of tendon-network mechanisms on avian terrestrial locomotion |
71 |
Klein, SM*; Chase, HT; Tobalske, BW |
Investigating chukar ontogeny can shed light on flight evolution and form-function relationships |
71 |
Rainbow, MJ*; Mack, ZM; Lee, ECS; Orr, CM |
Determinants of maximum wrist extension in humans and chimpanzees |
71 |
Li, EY*; Lee, ECS; Young, NM; Rainbow, MJ |
The impact of cranial-lateral scapular shape variations on glenohumeral ligaments |
71 |
Scheidt, A*; Geiger, SM; Wagner, FC; Mülling, CKW; Nyakatura, JA |
Sprawling locomotion aspects in a therian mammal? 3-Dimensional forelimb kinematics of Tamandua |
71 |
Lee, ECS*; Young, NM; Rainbow, MJ |
3D glenohumeral range-of-motion in living and fossil primates, predicted in silico from skeletal morphology |
