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Decoding the Body A Zen master and butcher by profession once said that until he understood the body he had repeatedly to sharpen his knives. After his illumination over the import of joint spaces, he never had to sharpen his implements again. Carving Nature at Its Joints surveys a variety of mammals from the mole to the rhinoceros. It offers fresh perspectives on anatomy, behavior, development, and evolution and explores Dr. Theodore Grand's methods for getting beyond-beneath, below, behind, and past-conventional top-down reductionist approaches. You will discover:why language is the primary…mehr

Produktbeschreibung
Decoding the Body A Zen master and butcher by profession once said that until he understood the body he had repeatedly to sharpen his knives. After his illumination over the import of joint spaces, he never had to sharpen his implements again. Carving Nature at Its Joints surveys a variety of mammals from the mole to the rhinoceros. It offers fresh perspectives on anatomy, behavior, development, and evolution and explores Dr. Theodore Grand's methods for getting beyond-beneath, below, behind, and past-conventional top-down reductionist approaches. You will discover:why language is the primary wrinkle in the fabric of science; why traditional disciplines are self-limiting; why "parts and wholes" are less problematic for physical than for biological and social sciences; why the buck stopped at Aristotle's laws of formal logic; why we are wedged between opposed cognitive systems.
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Autorenporträt
DR. THEODORE GRAND received his undergraduate degree in biology from Brown University and his doctorate in anthropology from UC Berkeley. He was staff primatologist at the Oregon Primate Center and worked with the departments of research and pathology at the National Zoo.Dr. Grand has travelled to Madagascar, Panama, Costa Rica, French Guyana, Venezuela, and Sri Lanka to study hundreds of metatherian and eutherian mammals. He has taught human anatomy in medical school and evolutionary biology at several universities. He has been a featured speaker for Sigma Xi, the Scientific Research Honor Society on themes of human evolution, science and film technology, and the biological bases of sport. His work has been published in numerous peer-reviewed scientific journals, and in 1991, his model for neuromuscular development in eutherians won a national research award from the Zoological Society of San Diego.