Modern human footprints reflect the specialized anatomy and function of the human foot, which is characterized by a fully adducted hallux [big toe in line with the other toes], a large and robust calcaneus [heel] and tarsal region, a pronounced medial longitudinal arch, and short toes.
Not exact matches
Using novel analytical techniques, they have demonstrated that these H. erectus
footprints preserve evidence of a
modern human style of walking and a group structure that is consistent with
human - like social behaviours.
The Laetoli
footprints, thought to have been made by Australopithecus, are quite similar to those of
modern humans except that the heel is narrower and the sole lacks a proper arch.
Here, we report hominin
footprints in two sedimentary layers dated at 1.51 to 1.53 million years ago (Ma) at Ileret, Kenya, providing the oldest evidence of an essentially
modern human — like foot anatomy, with a relatively adducted hallux, medial longitudinal arch, and medial weight transfer before push - off.
1) The authors provide stature and mass estimates from the
footprints using both
modern human and australopithecine reference samples.
Laetoli
footprints reveal bipedal gait biomechanics different from those of
modern humans and chimpanzees