Raptors injured from vehicle collisions, power line strikes and poisoning require specialized rehabilitation that respects their predatory nature, minimizes imprinting risk and maximizes successful return to wild populations.
Raptor rehabilitation sits at the intersection of individual welfare and conservation significance. These are typically apex predators that experience acute stress during handling and captivity — their physiological and behavioral stress response is highly sensitive and can cause capture myopathy if not carefully managed. Minimizing human contact during rehabilitation, using visual barriers in housing and handling only when necessary reduces the stress burden on individual birds. Flight reconditioning in appropriate facilities ensures birds can hunt successfully before release, preventing starvation of birds released prematurely. Lead poisoning rehabilitation requires chelation therapy and supportive care during neurological recovery. The welfare of individual birds and the conservation value of returning viable individuals to wild populations are aligned objectives in well-run raptor rehabilitation programs.