American Journal of Physical Anthropology · 1971 · 102 citations · 9 references
Life SciencesAnatomyEvolutionary BiologyBiological AnthropologyComparative AnatomyVertebrate PaleontologyBipedal LocomotionComparative BiomechanicsComparative OsteologyComparative Primate AnatomyLocomotor AdaptationsMammalian LocomotionArticular SurfacesComparative Limb AnatomyComparative Limb MorphologyFemoral AnatomyFemoral MorphologyLocomotionMammalian BiomechanicsQuadrupedal Locomotion
Abstract The anatomy of the distal femoral fragments from Sterkfontein is reviewed, including its orthopaedic and biomechanical implications with respect to locomotion pattern. Comparisons are made with other hominids and a number of quadrupedal primates. Items which are considered are the obliquity and robustness of the shaft, the anterior intercondylar groove, the intercondylar notch, and the contour of the medial and lateral articular surfaces. The distinctive hominid status of these specimens is shown by their extensive adaptation to bipedal locomotion. No feature is found which is not fully commensurate with completely bipedal locomotion; rather, their distinctive hominid character points to a need for a reanalysis of the gait pattern in these early Pleistocene hominids.
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Observations on the anatomy of the fossil Australopithecinae.
W E Clark · PubMed · 1947 · 162 citations
Life Sciences, Anatomy, Zoology +5
The evolution of bipedal walking in the Hominids
J. R. Napier · 1964 · 118 citations
Biomaterials Medical Devices and Artificial Organs · 1981 · 117 citations · Full text
The Characters of the English Thigh-Bone.
F G Parsons · PubMed · 1914 · 93 citations