Linked from

The 80 pages that link to Bipedalism, each with the reason it gives.

• Australopithecus afarensisNarrower topic: Australopithecus afarensis walked upright, as shown by its anatomy and footprints.

• WalkingNarrower topic: Walking is a common human form of bipedal locomotion.

• Australopithecus africanusNarrower topic: Pelvic, leg, and foot anatomy indicates that Australopithecus africanus walked upright.

• Ardipithecus ramidusNarrower topic: Ardi’s pelvis, feet, and lower limbs inform debate about early forms of upright walking.

• Laetoli footprintsNarrower topic: The tracks provide direct evidence that hominins walked upright on two legs.

• Theropod locomotionNarrower topic: Theropods moved chiefly on their hind limbs, freeing their forelimbs from weight-bearing.

• FootNarrower topic: The human foot’s structure reflects the demands of habitual upright walking.

• LaetoliNarrower topic: The Laetoli tracks provide direct evidence of ancient hominin bipedal walking.

• Lucy (Australopithecus)Narrower topic: Lucy’s pelvis and leg bones are central evidence that her species walked bipedally.

• ArdipithecusNarrower topic: Ardipithecus fossils provide evidence about bipedal movement early in hominin evolution.

• Australopithecus anamensisNarrower topic: The species’ knee and ankle fossils provide evidence for upright walking.

• ArdiNarrower topic: Ardi’s pelvis and lower limbs are central to assessing early forms of this locomotion.

• Australopithecus deyiremedaNarrower topic: Its fossil foot anatomy contributes evidence about early hominin upright walking.

• Facultative bipedalismNarrower topic: Facultative bipedalism is one pattern of bipedal locomotion, retaining another mode as well.

• Human legNarrower topic: Human leg form is adapted to this broader mode of locomotion.

• Kangaroo ratNarrower topic: Kangaroo rats are bipedal when they bound, despite being rodents.