The structure of owls' ears enable them to rapidly spatially locate the origin of sounds that are literally as quiet as a mouse. Author Masakazu Konishi describes clever and elegant experimentation to discover owls' binaural hearing, while including beautiful infrared photography of owl flight. This Classic article was first published in the July–August 1973 issue, and is reprinted as part of American Scientist’s centennial year celebration. The author is widely recognized for his neuroethological research on prey capture auditory systems in owls and singing in songbirds
Survival depends on our ability to detect and integrate sensory information from multiple modalities...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
The structure of owls' ears enable them to rapidly spatially locate the origin of sounds that are li...
Payne and Drury (1958) were the first to demonstrate the ability of the barn owl (Tyto alba) to loca...
Payne and Drury (1958) were the first to demonstrate the ability of the barn owl (Tyto alba) to loca...
Payne and Drury (1958) were the first to demonstrate the ability of the barn owl (Tyto alba) to loca...
Human psychoacoustical studies have been the main sources of information from which the brain mechan...
In a series of seminal behavioral and electrophysiological experiments, Knudsen and Konishi studied ...
Human psychoacoustical studies have been the main sources of information from which the brain mechan...
Human psychoacoustical studies have been the main sources of information from which the brain mechan...
All locomotion produces sound and flight is no exception. In owls, flight sounds are quieted by thre...
During the 1971 International Ethological Conference in Edinburgh there was a symposium in which Ken...
During the 1971 International Ethological Conference in Edinburgh there was a symposium in which Ken...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
Survival depends on our ability to detect and integrate sensory information from multiple modalities...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
The structure of owls' ears enable them to rapidly spatially locate the origin of sounds that are li...
Payne and Drury (1958) were the first to demonstrate the ability of the barn owl (Tyto alba) to loca...
Payne and Drury (1958) were the first to demonstrate the ability of the barn owl (Tyto alba) to loca...
Payne and Drury (1958) were the first to demonstrate the ability of the barn owl (Tyto alba) to loca...
Human psychoacoustical studies have been the main sources of information from which the brain mechan...
In a series of seminal behavioral and electrophysiological experiments, Knudsen and Konishi studied ...
Human psychoacoustical studies have been the main sources of information from which the brain mechan...
Human psychoacoustical studies have been the main sources of information from which the brain mechan...
All locomotion produces sound and flight is no exception. In owls, flight sounds are quieted by thre...
During the 1971 International Ethological Conference in Edinburgh there was a symposium in which Ken...
During the 1971 International Ethological Conference in Edinburgh there was a symposium in which Ken...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
Survival depends on our ability to detect and integrate sensory information from multiple modalities...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...
Owls are the only truly nocturnal avian raptors and have evolved several unique adaptations to perfe...