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BrainMaps: Barn owl brain images; Barn owl videos, photos and sounds—Internet Bird Collection; Barn owl—USGS Patuxent Bird Identification InfoCenter; Barn owl species account—Cornell Lab of Ornithology; Ageing and sexing barn owls—Blasco-Zumeta, Javier; Heinze, Gerd-Michael; Barn owl feathers Archived 4 March 2018 at the Wayback Machine ...
The barn owl (Tyto alba) is the most commonly studied for sound localization because they use similar methods to humans for interpreting interaural time differences in the horizontal plane. [4] This species has evolved a specialized set of pathways in the brain that allow them to hear a sound and map out the possible location of the object that ...
Three species that are sometimes considered to be a single species known as barn owl or common barn owl: Western barn owl Tyto alba, from Europe, Africa, and the Middle East; American barn owl Tyto furcata, from the Americas; Eastern barn owl Tyto javanica, from southeast Asia and Australasia; Andaman masked owl Tyto deroepstorffi endemic to ...
The American barn owl is a medium-sized, pale-coloured owl with long wings and a short, squarish tail. [3] However, the largest-bodied race of barn owl, T. f. furcata from Cuba and Jamaica, is also an island race, albeit being found on more sizeable islands with larger prey and few larger owls competing for dietary resources. [4]
This asymmetry allows the barn owl to determine the elevation of a sound by comparing sound levels between its two ears. Interaural time differences provide the owl with information regarding a sound’s azimuth; sound will reach the ear closer to the sound source before reaching the farther ear, and this time difference can be detected and ...
An eastern barn owl takes flight. The eastern barn owl (Tyto javanica) is usually considered a subspecies group and together with the American barn owl group, the western barn owl group, and sometimes the Andaman masked owl make up the barn owl. The cosmopolitan barn owl is recognized by most taxonomic authorities.
The barn owl has the most visually prominent facial disc, measuring about 110 mm (Simmons), while the great grey owl has the largest disc of any bird. Due to shared inner ear anatomy with barn owls, [ 1 ] it is theorized that the feathered dinosaur Mononykus may also have had a facial disc.
In enclosed rooms not only the direct sound from a sound source is arriving at the listener's ears, but also sound which has been reflected at the walls. The auditory system analyses only the direct sound, [13] which is arriving first, for sound localization, but not the reflected sound, which is arriving later (law of the first wave front). So ...