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Raptor Anatomy Fundamentals

Veterinary health professionals may be presented with raptors or birds of prey from the wild or those held for education, research, captive breeding, or falconry. If you are comfortable with the basics of avian anatomy and physiology, then you are well on your way to understanding raptors. However, this taxonomic group has many unique anatomic and physiologic adaptations that allow these birds to pursue and catch prey, including flight, beak, and talon modifications. The following collection of raptor
anatomy and physiology facts should serve the reader well during physical examination, clinical care, and/or necropsy.

Article 

Raptor Ophthalmology: Anatomy of the Avian Eye

A bird is a wing guided by an eye… Rochon-Duvigneaud: Lex Yeux et La Vision Des Vertebres

The avian eye is a large structure that takes up a significant portion of cranial mass. Raptors depend heavily on vision in order to compete successfully for survival. The posterior aspect of the eye fits snugly within the large bony orbit. The globes are separated by a thin interorbital septum, which measures significantly less than 1 mm in some areas…

Article 

Raptor Ophthalmology: The Ophthalmic Exam

In many birds, the eye is the most important sensory organ, and even partial impairment of vision has far-reaching consequences. Unfortunately, ocular lesions are a common finding during ophthalmic examination in birds of prey.

Article 

Raptor Ophthalmology: Ocular Lesions

The large size of the raptor eye and its relative lack of orbital protection superiorly and laterally means any form of head trauma frequently involves the eye and its associated structures. In one report, ocular injuries were most commonly caused by vehicular collision, gunshot and leghold traps. The most common clinical finding in birds of prey presented for medical attention is hyphema. Trauma may also lead to…