Paleoanthropologists mark the divergence between apes and hominids with the adaptation ofbipedalism five to six million years ago. In this paper, I argue that while the first upright hominids occurred in this time frame, the process ofbecoming a fully efficient biped took much longer and was not complete until Homo erectus at 1.8 million years ago. To provide context to the puzzle ofhow and why our ancestors evolved upright walking, I examine many of the prevailing theories ofbipedal origins, including the aquatic ape hypothesis, the heat hypothesis, and the carrying hypothesis
Humans diverged from apes (chimpanzees, specifically) toward the end of the Miocene ~9.3 million to ...
Why did our earliest hominin ancestors begin to walk bipedally as their main form of terrestrial tra...
The »Open Source« Perspective deals with the spatio-temporal distribution pattern of Miocene hominid...
Abstract of paper presented at the 5th SASQUA Conference, July 1979Bipedalism is the hallmark of the...
In this article, I advance a novel hypothesis on the evolution of hominin bipedalism. I begin by arg...
Until recently, the last common ancestor of African apes and humans was presumed to resemble living ...
Motion analysis, as applied to evolutionary biomechanics, has experienced its own evolution over the...
Humans are primates, and as such, our overall anatomy is very similar to that of other members of th...
Background Debates over the evolution of hominin bipedalism, a defining human characteristic, revolv...
The unveiling in October 2004 of the remains of a pygmy-sized hominin recovered from a cave on the i...
Bipedal locomotion is the first feature to arise during human evolution and therefore used to define...
Theoretical adaptive landscapes and mathematical representations of key constraints of evolutionary ...
There are several theories on how humans learned to walk, and while these all address the adaptation...
Based on our knowledge of locomotor biomechanics and ecology we predict the locomotion and posture o...
SummaryWhy did our earliest hominin ancestors begin to walk bipedally as their main form of terrestr...
Humans diverged from apes (chimpanzees, specifically) toward the end of the Miocene ~9.3 million to ...
Why did our earliest hominin ancestors begin to walk bipedally as their main form of terrestrial tra...
The »Open Source« Perspective deals with the spatio-temporal distribution pattern of Miocene hominid...
Abstract of paper presented at the 5th SASQUA Conference, July 1979Bipedalism is the hallmark of the...
In this article, I advance a novel hypothesis on the evolution of hominin bipedalism. I begin by arg...
Until recently, the last common ancestor of African apes and humans was presumed to resemble living ...
Motion analysis, as applied to evolutionary biomechanics, has experienced its own evolution over the...
Humans are primates, and as such, our overall anatomy is very similar to that of other members of th...
Background Debates over the evolution of hominin bipedalism, a defining human characteristic, revolv...
The unveiling in October 2004 of the remains of a pygmy-sized hominin recovered from a cave on the i...
Bipedal locomotion is the first feature to arise during human evolution and therefore used to define...
Theoretical adaptive landscapes and mathematical representations of key constraints of evolutionary ...
There are several theories on how humans learned to walk, and while these all address the adaptation...
Based on our knowledge of locomotor biomechanics and ecology we predict the locomotion and posture o...
SummaryWhy did our earliest hominin ancestors begin to walk bipedally as their main form of terrestr...
Humans diverged from apes (chimpanzees, specifically) toward the end of the Miocene ~9.3 million to ...
Why did our earliest hominin ancestors begin to walk bipedally as their main form of terrestrial tra...
The »Open Source« Perspective deals with the spatio-temporal distribution pattern of Miocene hominid...