International audienceThis note introduces the types of models used in functional morphological research in order to clarify certain semantic issues and to present some examples of the use of extant model species to contribute to our understanding of bipedal locomotion. The existing models fall into two broad categories: “abstraction models” are simplifications/abstractions of living organisms, whereas “comparative models” are extant organisms used as models or analogues for other organisms (e.g. extinct species). In a palaeoanthropological context, comparative models may be selected for their close (but always imperfect) resemblance to the organism of interest, but some atypical model species can also produce insights not despite their imp...
We present a comparison of loaded and unloaded carrying gait parameters in humans, common chimpanzee...
International audienceObjective: Although extant nonhuman primates are not habitual bipeds, they are...
International audienceSetups that integrate both kinematics and morpho-functional investigations of ...
International audienceThis note introduces the types of models used in functional morphological rese...
A host of ecological, anatomical, and physiological selective pressures are hypothesized to have pla...
Primate locomotion is an interesting area of study due to primates’ variability in how they move. In...
This study investigates the foot and ankle myology of gibbons and bonobos, and compares it with the ...
One of the prominent questions in paleoanthropological studies is the origin of bipedalism. There ha...
When considering the array of terrestrial locomotor behaviors, bipedalism is a particularly rare way...
An animal’s locomotor abilities facilitate its interactions with the surrounding environment. Extant...
The ancestral condition from which humans evolved is critical for understanding the adaptive origin ...
International audienceIdentification of locomotion laws requires understanding the anatomical struct...
This study gives a qualitative and quantitative description of the different terrestrial locomotor m...
<div><h3>Background</h3><p>Acquisition of bipedality is a hallmark of human evolution. How bipedalit...
Primates exhibit high variability in their locomotion. The main pattern adopted by each species is s...
We present a comparison of loaded and unloaded carrying gait parameters in humans, common chimpanzee...
International audienceObjective: Although extant nonhuman primates are not habitual bipeds, they are...
International audienceSetups that integrate both kinematics and morpho-functional investigations of ...
International audienceThis note introduces the types of models used in functional morphological rese...
A host of ecological, anatomical, and physiological selective pressures are hypothesized to have pla...
Primate locomotion is an interesting area of study due to primates’ variability in how they move. In...
This study investigates the foot and ankle myology of gibbons and bonobos, and compares it with the ...
One of the prominent questions in paleoanthropological studies is the origin of bipedalism. There ha...
When considering the array of terrestrial locomotor behaviors, bipedalism is a particularly rare way...
An animal’s locomotor abilities facilitate its interactions with the surrounding environment. Extant...
The ancestral condition from which humans evolved is critical for understanding the adaptive origin ...
International audienceIdentification of locomotion laws requires understanding the anatomical struct...
This study gives a qualitative and quantitative description of the different terrestrial locomotor m...
<div><h3>Background</h3><p>Acquisition of bipedality is a hallmark of human evolution. How bipedalit...
Primates exhibit high variability in their locomotion. The main pattern adopted by each species is s...
We present a comparison of loaded and unloaded carrying gait parameters in humans, common chimpanzee...
International audienceObjective: Although extant nonhuman primates are not habitual bipeds, they are...
International audienceSetups that integrate both kinematics and morpho-functional investigations of ...