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Bird Sense: What It's Like to Be a Bird
by Tim Birkhead
References to this work on external resources.
Wikipedia in English (1)
Amazon.com Amazon.com Review (ISBN 0802779662, Hardcover)
Amazon Best Books of the Month, April 2012: How do birds experience being alive? Bird behaviorist and scientific historian Tim Birkhead demystifies the world of experience of birds of all feathers from the inside out, showing how their unique physiology gives them sensory powers beyond our own—including the ability to see UV light, echolocate, and migrate by feeling magnetic forces. With the wit and wonder of David Attenborough, he relates how scientists have discovered what it means to be a bird, over centuries and as new technologies have opened a golden age of sensory knowledge. Undaunted by the breathtaking scope of avian diversity, Birkhead explores their varied realities—from “an emperor penguin diving in the inky blackness of the Antarctic seas” to “a flamingo, sensing invisible rain falling hundreds of kilometers away” to a robin, hearing an earthworm’s “tiny bristles rustling against the sides” of his burrow, and dozens more marvelous avians.
Though his subject will appeal most deeply to bird lovers (and those who’ve wondered what it is like to be an ornithologist), Bird Sense will pique the curiosity of anyone interested in how any creature's experience of the world is shaped by the body it inhabits. –Mari Malcolm
(retrieved from Amazon Thu, 12 Mar 2015 18:00:33 -0400)
Looks at the adaptive significance of bird behavior. A lifetime spent in ornithological research and old-fashioned bird-watching has convinced the author that "we have consistently underestimated what goes on in a bird's head." He describes how using the latest available tools, neurobiologists have uncovered new aspects of bird perception--e.g., the fact that female birds that see in the ultraviolet range chose mates on the basis of characteristics we can't directly perceive such as plumage markings. Even more fascinating, Birkhead explains that some birds "tend to use their right eye for close-up activities like feeding and the left eye for more distant activities such as scanning for predators." Another unexpected discovery which he hopes may prove relevant to the treatment of neuro-degenerative brain disease in humans is the plasticity of the brains of birds that live in temperate regions.
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