Linked from

The 12 pages that link to Hindlimb, each with the reason it gives.

• AmbulocetusBroader topic: Ambulocetus retained substantial hind limbs, unlike later whales with greatly reduced ones.

• ArchaeocetiRelated: Archaeocete hind limbs range from weight-bearing legs to tiny remnants.

• BasilosaurusBroader topic: Basilosaurus retained tiny external hind limbs that could not support walking.

• Kangaroo locomotionBroader topic: The enlarged hindlimbs provide most of the force for kangaroo hopping.

• HareRelated: Long, powerful hindlimbs provide the leverage for a hare’s fast bounding gait.

• European hareRelated: Its elongated hind limbs power the hare’s rapid running and leaps.

• ForelimbCompared with: It is the forelimb’s corresponding rear appendage, often more specialized for propulsion.

• TriadobatrachusRelated: Its hindlimbs were developed, but not yet the specialized leaping limbs of many modern frogs.

• Western grey kangarooRelated: Its long, powerful hindlimbs enable its characteristic bounding locomotion.

• JerboaRelated: Elongated hind limbs provide the leverage for jerboa leaps.

• CaracalRelated: Long, powerful hindlimbs help the caracal leap to catch birds.

• PedetesRelated: Elongated hind limbs provide the leverage behind the springhare's bounding gait.