Linked from

The 16 pages that link to Dinosaur locomotion, each with the reason it gives.

• DinosaurRelated: Upright hind limbs are among the traits associated with dinosaur evolution.

• Dinosaur renaissanceRelated: Upright posture and limb mechanics supported depictions of agile, terrestrial animals.

• AnkylosauriaRelated: Ankylosaur fossils help test how heavily armored bodies affected terrestrial movement.

• StegosaurusRelated: Leg proportions and trackways inform estimates of Stegosaurus’s walking ability.

• Body massRelated: Estimated mass constrains the forces dinosaur limbs had to withstand during movement.

• Non-avian dinosaurRelated: Trackways and skeletons show how non-avian dinosaurs walked, ran, and supported their weight.

• SauropodomorphaRelated: Changes in limb posture track the transition from bipedal early forms to quadrupedal sauropods.

• BrachiosaurusRelated: Its long forelimbs and massive body inform reconstructions of sauropod movement.

• HeterodontosaurusRelated: Its proportions leave room for debate about how much time it spent on two or four legs.

• EdmontosaurusRelated: Edmontosaurus could move on two legs or four, as its anatomy suggests.

• EuoplocephalusRelated: Limb and body proportions help constrain how Euoplocephalus moved.

• YinlongRelated: Yinlong’s limb proportions are consistent with a small bipedal animal.

• LeaellynasauraRelated: Its posture and movement are reconstructed from incomplete skeletal evidence.

• UtahraptorRelated: Leg and foot anatomy inform estimates of how Utahraptor moved.