El Milano colilargo is instantly recognizable in the summertime skies of the Southeastern United States. Capable aerial acrobats, they cut a sleek and elegant figure as they glide through the air, the white of their bodies punctuated by the black edges along their wings and namesake forked tail. With a flick of its rudder-like tail, the kite can maneuver easily to change directions on a dime mid-flight without a wingbeat.
The Swallow-tailed Kite applies this same aptitude to long-distance migration, which takes the U.S. subspecies as far south as Brazil. (A second recognized subspecies is a year-round resident in Central and South America.) Once the breeding season has ended, kites take to the skies, sometimes migrating in groups of a thousand or more. These birds are rarely alone — their social nature is unique among most raptor species. However, new data on individual kites’ movements can help to create a brighter future for the whole species.
This species was in decline for decades. Their breeding range shrank by the 1940s, likely resulting from clearing and draining bottomland forests, and illegal shooting and perhaps egg collecting placed more pressure on the species. By the mid-20th century, the sight of their silhouettes in flight was far less common. After decades of conservation work, the population of Swallow-tailed Kites in the U.S. has stabilized, thanks, in part, to conserving large expanses and the sustainable management of working forests.
The forest habitats kites use for roosting, nesting, and raising young overlap with working forests integral to the production of fiber and forest products. Knowing how kites are using working forests is a key to their conservation, and the flights of individual birds can offer invaluable insight into forest management.



