Linked from

The 13 pages that link to Ostrich, each with the reason it gives.

• CursorialityBroader topic: Its long-legged bipedal anatomy achieves high terrestrial speed without forelimb involvement.

• FlightlessnessBroader topic: Its reduced wings coexist with powerful legs suited to open terrestrial habitats.

• Cursorial locomotionBroader topic: Its long-legged bipedal locomotion provides a non-mammalian example of cursorial adaptation.

• RatiteBroader topic: It is the most familiar ratite and the group's largest living member.

• DeinonychusCompared with: Its running anatomy offers a living comparison, but not a direct model, for Deinonychus locomotion.

• Bird wingBroader topic: Its wings retain conspicuous functions despite being unable to power flight.

• Ground-dwelling birdBroader topic: Its powerful legs make terrestrial locomotion more important than flight.

• PalaeognathaeBroader topic: Ostriches represent an early-diverging living palaeognath lineage with a distinct African history.

• OrnithomimosauriaCompared with: Its appearance inspired the name and popular comparisons, but it is a living bird rather than a close fossil relative.

• OrnithomimusCompared with: Its body plan inspired Ornithomimus's name and offers a living, though imperfect, comparison.

• Common ostrichNarrower topic: The common ostrich is the sole living member of this genus.

• TinamouCompared with: Unlike the flight-capable tinamou, the ostrich is a highly specialized running ratite.

• TitanisCompared with: Its living anatomy offers a comparison for flightlessness, not direct kinship with Titanis.