Linked from

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

• OrnithomimusRelated: Ornithomimus moved on its two powerful hind limbs.

• TripedalismCompared with: It uses two supporting limbs rather than three.

• CarnotaurusRelated: Carnotaurus's hindlimbs supported a body adapted to moving on two legs.

• EuparkeriaRelated: Euparkeria's hindlimb proportions have prompted debate about its capacity for two-legged movement.

• GerenukRelated: Gerenuks briefly use a two-legged stance to reach foliage beyond ordinary browsing height.

• GiganotosaurusRelated: Its hind limbs supported an upright, two-legged stance.

• KentrosaurusCompared with: Kentrosaurus moved on four legs, unlike many early dinosaur lineages.

• PeramelemorphiaCompared with: Bandicoots use four limbs for ordinary movement, unlike specialized hopping marsupials.

• PoposauroideaRelated: Long hind limbs enabled bipedal locomotion in several poposauroid lineages.

• ProterosuchusCompared with: Proterosuchus is generally reconstructed as a four-legged animal, unlike many later archosaurs.

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

• CaenagnathidaeRelated: Caenagnathid limb fossils indicate animals that moved on two hind limbs.

• DilophosaurusRelated: Dilophosaurus's hindlimb anatomy indicates a two-legged stance and gait.

• EffigiaRelated: Effigia’s long hind limbs indicate habitual movement on two legs.

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

• Frilled lizardRelated: When fleeing, the lizard can run upright on its hind legs.

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

• HypsilophodonRelated: Hypsilophodon’s hindlimbs indicate it was adapted for fast, two-legged movement.

• JerboaRelated: Jerboas move on their two hind legs, unlike most rodents that walk on four.

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

• PostosuchusCompared with: Postosuchus was once reconstructed as bipedal, but its proportions support predominantly quadrupedal locomotion.

• SilesauridaeRelated: Several silesaurids show adaptations associated with moving on two hind limbs.

• UnipedalismCompared with: It differs from unipedalism as a whole-body mode while sharing single-support phases.

• AustralopithecineRelated: Habitual bipedalism distinguishes australopithecines despite their small brains.

• LagerpetidaeRelated: Lagerpetid hindlimb anatomy indicates that many members moved primarily on two legs.

• MacrotisRelated: Bilbies use their powerful hind limbs for hopping and rapid movement.

• PedetesRelated: Springhares travel in powerful two-legged bounds rather than a typical quadrupedal run.

• ScleromochlusRelated: Its hind-limb anatomy has prompted debate over whether it moved primarily on two legs.

• Sherwood WashburnRelated: Washburn’s focus on locomotion helped frame bipedalism as a problem linking anatomy, behavior, and evolution.

• SthenurusRelated: Sthenurus’s anatomy has been interpreted in relation to bipedal movement.