Linked from

The 26 pages that link to Cursoriality, each with the reason it gives.

• QuadrupedalismRelated: Cursorial quadrupeds modify limb proportions and gait for sustained terrestrial speed.

• EquidaeRelated: Long limbs and efficient strides help equids escape predators across open ground.

• EquusRelated: Long limbs and reduced toes help Equus species travel efficiently across open ground.

• RatiteRelated: Long legs and running ability help many ratites move efficiently without flight.

• Theropod locomotionRelated: A running-adapted build does not by itself establish an animal's top speed.

• DigitigradeRelated: Digitigrade posture can lengthen the effective limb and contribute to running adaptations.

• Maned wolfRelated: Long limbs help the maned wolf move and see above tall vegetation.

• UnguligradeRelated: Unguligrade limbs often accompany running adaptations, but toe-tip stance and cursoriality are not identical.

• Evolution of the horseRelated: Longer limbs and reduced side toes accompanied increasingly efficient running in many horse lineages.

• Canid evolutionRelated: Long-limbed, efficient locomotion became a notable feature of many open-country canids.

• OrnithomimosauriaRelated: Long legs and bipedal posture are central to interpretations of ornithomimosaur locomotion.

• PalaeotheriumRelated: Its limb proportions offer clues about how quickly and efficiently Palaeotherium could move.

• European hareRelated: The hare’s long limbs and flexible spine support fast travel across open terrain.

• AntilocapridaeRelated: Pronghorns are exceptional runners, and their body plan reflects this specialization.

• OrnithomimusRelated: Ornithomimus's long legs and light build are linked to running.

• ParaceratheriumRelated: Its long limbs invite comparison with running mammals, though great size imposed different limits.

• DholeRelated: Dholes can pursue prey over distance, making endurance relevant to their hunting strategy.

• EohippusRelated: Changes in limb proportions across equid history relate to faster, more open-country locomotion.

• SeriemaRelated: Long legs and terrestrial habits make running central to seriema ecology.

• AnoplotheriumRelated: Limb proportions help assess how Anoplotherium moved across its habitat.

• HypsilophodonRelated: Its long hindlimbs and light build have been associated with running.

• LitopternaRelated: Long, slender limbs in many litopterns indicate adaptation to rapid terrestrial locomotion.

• PhorusrhacosRelated: The bird's long legs suggest an anatomy suited to fast terrestrial movement.

• SilesauridaeRelated: Limb proportions provide evidence about silesaurid terrestrial locomotion.

• AepycamelusRelated: Its elongated limbs invite comparison with adaptations for fast or economical travel.

• CainotheriidaeRelated: Comparisons of cainotheriid limb bones help assess their capacity for rapid movement.