brachiation

It is thought this feature may help in brachiation when moving through the canopy.

During brachiation, the body is alternatively supported under each forelimb.

Their curved hands with long metacarpal bones allows for easy brachiation.

The arms are used to swing from tree to tree, which is known as brachiation.

They move and climb through the forest by hand over hand (brachiation) motion.

Brachiation allows robots to travel by swinging, only using energy to grab and release surfaces.

In lesser apes, these characteristics were adaptations for brachiation.

You couldn't beat brachiation in a forest.

It was a brachiation through space.

They have a fairly dorsally placed scapula to allow for increased mobility involved in brachiation.

It moves by climbing and brachiation.

Unlike many species of monkey, they have only a vestigial thumb, an adaptation which enables them to travel using brachiation.

Cylindrical force plates have also been constructed for studying arboreal locomotion, including brachiation.

Brachiation: amazing.

It can move easily through the trees and it uses its tail like an extra limb in a type of locomotion known as brachiation.

Brachiation is a specialized form of arboreal locomotion, used by primates to move very rapidly while hanging beneath branches.

The thumb is small enough to facilitate brachiation while maintaining some of the dexterity offered by an opposable thumb.

Brachiators use their arms to move from tree branch to tree branch, through a process called brachiation.

Brachiation, or swinging from the arms with assistance from the prehensile tail, is the most common form of suspensory locomotion.

As well as shaping the evolution of gibbon body structure, brachiation has influenced the style and order of their behaviour.

Unlike their relatives the gibbons, orangs do not leap, though they can swing from tree to tree, a process known as brachiation.

She took hold of the arm Seadreamer extended toward her, moved like brachiation from him to Brinn and the railing.

It is thought that gibbons gain evolutionary advantages through brachiation and being suspended by both hands (bimanual suspension) when feeding.

This diurnal and arboreal gibbon lives in primary tropical rainforest, foraging for fruits, using brachiation to move through the trees.

They swing with considerable grace from branch to branch using their hook-like hands alternately, a mode of locomotion known as brachiation.