The Collins Encyclopedia of Animal Biology

Reference

Alexander, R. McNeill

Encyclopedias & Subject Guides

HarperCollins, Publishers

Bones: The Unity Of Form And Function

A celebration and exploration of the form and function of bones, blending science and art with a clear and fascinating text and beautiful photographs, shows the incredible complexity of the skeleton and demonstrates how adaptations have occurred.

Bones: The Unity of Form and Function

Science & Math

Biological Sciences

Macmillan General* Reference

Functional Design in Fishes

Prometheus+books

A tour of the human skeleton investigates the body's 213 bones and their relationship to other parts of the body.

Human Bones: A Scientific and Pictorial Investigation

Politics & Social Sciences

Diskin, Aaron

Anthropology

Pi Press

Energy for Animal Life (Oxford Animal Biology Series)

Life depends on energy, and the majority of animal activity centers around finding energy in the form of food. Energy for Animal Life, the first book in the innovative new Oxford Animal Biology Series, gives a thorough yet precise description of how animals get and use energy -- a central topic in understanding animal biology. From solar radiation and photosynthesis to food sources for herbivores and carnivores, this book encompasses the food chain. It compares the merits of different designs of the digestive system as well as of different strategies for finding and choosing food. Several chapters go beyond the question of feeding, exploring the energy costs of motion and the energy demands of growth and reproduction. The final chapter draws together all aspects of energy use to consider the energy budgets of several different animals and to assess the different energy gains and costs of their everyday activities in the wild. As a truly comparative book, it draws on patterns from a wide range of animal species and includes practical information for relevant experiments. It also avoids highly complicated examples, making Energy for Animal Life perfect reading for first and second year undergraduates taking a degree course in biological sciences.

Oxford University Press

Life depends on energy, and the majority of animal activity centers around finding energy in the form of food. Energy for Animal Life, the first book in the innovative new Oxford Animal Biology Series, gives a thorough yet precise description of how animals get and use energy -- a central topic in understanding animal biology. From solar radiation and photosynthesis to food sources for herbivores and carnivores, this book encompasses the food chain. It compares the merits of different designs of the digestive system as well as of different strategies for finding and choosing food. Several chapters go beyond the question of feeding, exploring the energy costs of motion and the energy demands of growth and reproduction. The final chapter draws together all aspects of energy use to consider the energy budgets of several different animals and to assess the different energy gains and costs of their everyday activities in the wild. As a truly comparative book, it draws on patterns from a wide range of animal species and includes practical information for relevant experiments. It also avoids highly complicated examples, making Energy for Animal Life perfect reading for first and second year undergraduates taking a degree course in biological sciences.

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Locomotion of Animals

Blackie

Examines how prehistoric animals lived, moved, and finally died out by using drawings and charts to make comparisons with large modern animals such as elephants

Dynamics of Dinosaurs and Other Extinct Giants

Earth Sciences

Columbia Univ. Pr.

Dynamics of Dinosaurs

Columbia University Press

How do we walk, chew, speak, or use our hands? How does a pitcher wind up? Why does arthritis inhibit motion? No robot could ever duplicate exactly the delicate and complex mechanisms of human movement, so unique is the operation of the body. In The Human Machine, R. McNeill Alexander explains the mechanical workings of the human body by using engineering principles. This fascinating book analyzes the full range of body motion and all aspects of human movement from everyday activities such as writing to sporting techniques such as weightlifting. The book accurately explains the mechanical principles involved, detailing such activities as swimming and cycling. Alexander also discusses mechanical faults and accidents - medical problems that might disturb the working of the body - including sprains, bone fractures, arthritis and heart attacks. While there are other books on athletic movement, they attempt to describe only rudimentary mechanics and do not draw on recent findings. The Human Machine presents current theories and the latest experiments, and offers a completely detailed and interdisciplinary analysis of human locomotion needed for those in physical education, sports science, physiotherapy, nursing, human biology, kinesiology, or biomechanics. Whether scientists or laypersons with little background in science, people interested in how their own bodies work will find The Human Machine engrossing.

The Human Machine: How the Body Works

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Books by Alexander, R. McNeill