Birdanatomy, or the physiological structure ofbirds' bodies, shows many unique adaptations, mostly aiding flight.Birdshave a light skeletal system and light but powerful musculature which, along with circulatory and respiratory systems capable of very high metabolic rates and oxygen supply, permit thebirdto fly.
Learn about the avian skeletal system, including how bone composition aid flight and function forbirds. Discover conditions & deformations.
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Birdswith different flight styles (e.g.,soaring, flapping, gliding) exhibit variations in the coracoid's size and shape. For example,soaringbirdslike eagles have strong, robust coracoids tosupportpowerful wing muscles, while smaller, agilebirdsmay have lighter, more slender coracoids.
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By studying its skeleton, Chatterjee estimated themaximumamount of power that its flight muscles could have generated. And while substantial, it was still 3.5 times less than the minimum amount of powerneededto fly. Instead, Chatterjee believes that Argentavis was a master glider.
In flyingbirds, bonesneedto be sufficiently strong and stiff to withstand forces during takeoff, flight, and landing, with a minimum of weight. The cross-sectional morphology and presence of reinforcing structures (struts and ridges) found withinbirdwing bones vary from species to species, depending on how the wings are utilized.
