The human fossil record is one of the most complete for any mammal. A basal ancestral species, Australopithecus afarensis, exhibits a well-preserved postcranium that permits reconstruction of important events in the evolution of our locomotor skeleton. When compared to those of living apes and humans, it provides insights into the origin and design of the modern human frame. Evolutionary aspects of the human hip and thigh are reviewed, including the unusual corticotrabecular structure of the human proximal femur, and our markedly elongated lower limb. It is postulated that the latter may be more related to birthing capacity than to locomotion.</p
Based on our knowledge of locomotor biomechanics and ecology we predict the locomotion and posture o...
The evolutionary emergence of humans’ remarkably economical walking gait remains a focus of research...
Bipedalism has long been recognized as the seminal adaptation of the hominin radiation and thus used...
The human fossil record is one of the most complete for any mammal. A basal ancestral species, Austr...
The human fossil record is one of the most complete for any mammal. A basal ancestral species, Austr...
Extensive osseous adaptations of the lumbar spine, pelvis, hip and femur characterize the emergence ...
Adaptations indicative of habitual bipedalism are present in the earliest recognized hominins. Howev...
There are several theories on how humans learned to walk, and while these all address the adaptation...
While there is broad agreement that early hominins practiced some form of terrestrial bipedality, th...
Abstract of paper presented at the 5th SASQUA Conference, July 1979Bipedalism is the hallmark of the...
<div><p>While there is broad agreement that early hominins practiced some form of terrestrial bipeda...
The postcranial skeleton of Australopithecus afarensis (AL 288-1) exhibits clear adaptations for bip...
Part 1 of this article outlined the extensive osseous adaptations around the hip that occurred in th...
In this preliminary reconstruction of Homo naledi’s gait we begin with the null hypothesis that it w...
The dispersal of the genus Homo out of Africa approximately 1.8 million years ago (Ma) has been unde...
Based on our knowledge of locomotor biomechanics and ecology we predict the locomotion and posture o...
The evolutionary emergence of humans’ remarkably economical walking gait remains a focus of research...
Bipedalism has long been recognized as the seminal adaptation of the hominin radiation and thus used...
The human fossil record is one of the most complete for any mammal. A basal ancestral species, Austr...
The human fossil record is one of the most complete for any mammal. A basal ancestral species, Austr...
Extensive osseous adaptations of the lumbar spine, pelvis, hip and femur characterize the emergence ...
Adaptations indicative of habitual bipedalism are present in the earliest recognized hominins. Howev...
There are several theories on how humans learned to walk, and while these all address the adaptation...
While there is broad agreement that early hominins practiced some form of terrestrial bipedality, th...
Abstract of paper presented at the 5th SASQUA Conference, July 1979Bipedalism is the hallmark of the...
<div><p>While there is broad agreement that early hominins practiced some form of terrestrial bipeda...
The postcranial skeleton of Australopithecus afarensis (AL 288-1) exhibits clear adaptations for bip...
Part 1 of this article outlined the extensive osseous adaptations around the hip that occurred in th...
In this preliminary reconstruction of Homo naledi’s gait we begin with the null hypothesis that it w...
The dispersal of the genus Homo out of Africa approximately 1.8 million years ago (Ma) has been unde...
Based on our knowledge of locomotor biomechanics and ecology we predict the locomotion and posture o...
The evolutionary emergence of humans’ remarkably economical walking gait remains a focus of research...
Bipedalism has long been recognized as the seminal adaptation of the hominin radiation and thus used...