Linked from

The 18 pages that link to Terrestrial locomotion, each with the reason it gives.

• Arboreal locomotionCompared with: Unlike terrestrial travel, arboreal movement must manage gaps, flexible supports, and fall risk.

• Aquatic locomotionCompared with: Land movement depends on ground contact and gravity rather than fluid propulsion.

• MicroraptorCompared with: The arrangement of Microraptor's hindlimb feathers complicates estimates of its walking ability.

• NotosuchiaRelated: Many notosuchians had body proportions and limb postures suited to life away from water.

• GeladaRelated: Geladas forage on open highland grasslands, walking and running on the ground.

• ArthropleuraNarrower topic: Its trackways and body form bear on how a very large arthropod traveled on land.

• AzhdarchidaeRelated: Azhdarchid limb anatomy supports the view that these pterosaurs could walk efficiently.

• BaurusuchidaeRelated: Baurusuchid limb proportions and posture indicate active movement on land.

• Crowned pigeonRelated: Crowned pigeons spend much of their time walking through forest habitats.

• Egyptian mongooseRelated: Its elongated body and short legs support ground-level travel and foraging.

• BustardRelated: Bustards rely on strong legs and walking or running more than flight for everyday movement.

• Facultative bipedalismRelated: Ground travel is where facultative bipedal steps are commonly compared with four-limbed gaits.

• Ground rollerRelated: Ground rollers rely heavily on movement along the forest floor.

• BoverisuchusRelated: Boverisuchus had limb proportions associated with more land-based movement than living crocodilians.

• CoucalRelated: Strong legs let coucals walk and run through vegetation while searching for food.

• Flying and gliding animalsCompared with: Land travel is the main alternative for animals that lack aerial locomotion.

• MekosuchusRelated: Some Mekosuchus anatomy has prompted debate about terrestrial movement.

• MicrosauriaRelated: Robust limbs in some microsaurs support investigation of movement on land.