Turkey Vulture (also known as Turkey Buzzard or John Crow)

This feather belongs to a large soaring bird with a wingspan of up to 6 feet. Turkey Vultures are characterized by their featherless red heads and dark plumage. In flight, they are easily identified by their dihedral (V-shaped) wing position and their tendency to rock unsteadily while soaring.

Uniformly dark brown to grayish-black on the upper surface (dorsal). The underside (ventral) often shows a more silvery or pale gray sheen on the vanes, contrasting with the dark rachis. There are no bands or spots, which is diagnostic for this species.

Densely pennaceous throughout the main vane for aerodynamic integrity, transitioning to plumulaceous (fluffy) barbs at the very base near the calamus. The barbicels are tight and functional despite some edge wear.

Relatively stiff and coarse with a matte finish. Vultures lack an uropygial gland for oiling, so the feather lacks the high gloss of many water birds, though it possesses a natural water-shedding structure.

Large size, solid dark brown/black coloration without barring, high degree of asymmetry, and a deep notch (emargination) on the inner vane.

Found in a wide variety of open and semi-open areas, including subtropical forests, shrublands, pastures, and deserts. They frequently roost in large trees or on rocky cliffs.

Extremely broad range from southern Canada to the southernmost tip of South America. Northern populations are migratory, traveling in large 'kettles' to the southern US and Central/South America for winter.

Obligate scavengers; they provide a vital ecological service by removing carcasses, which helps prevent the spread of diseases like anthrax and rabies in the environment.

Black Vulture (feathers are shorter and more squared), Juvenile Bald Eagle (feathers usually have some white mottling or different rachis color), and various Buteo hawks (which typically show banding).

Turkey Vultures have an extraordinary sense of smell, able to detect the gasses of decaying flesh from miles away. They also utilize 'urohidrosis'—defecating on their own legs—to cool down through evaporation and to kill bacteria.

Fair to Good. There is significant 'zipper' separation at the tip of the trailing edge and some fraying, suggesting this was a naturally molted feather that has seen significant flight use or weather exposure.