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Science and Soccer 2nd edition offers a comprehensive and accessible analysis of the science behind the world's most popular sport, and important guidance on how science translates into practice.
Dynamic interceptive actions are those actions for which the body, or an implement, must be moved into the right place at the right time in order to accomplish a task. These actions are particularly prevalent in sport, for example reaching to catch a ball or running towards a target to make a tackle. This book is the first to offer a comprehensive review of existing theoretical research on dynamic interceptive actions, as well as close examination of specific, practical applications. The book includes material on: * catching * wielding tennis rackets * putting in golf * controlling and kicking a soccer ball. It is essential reading for anybody with a close interest in motor learning and control or skill acquisition, and will be of interest to students of sport psychology, movement science and coaching science.
This volume contains a selection of papers presented at the Congress on Science and Football in Lisbon in 2003. The meeting was held under the aegis of the International Steering Group on Science and Football.
The work for this book began with a course I created and taught called Animal Behavior. I always knew that there was a strong magnetic bond between people and animals, but it wasn't until I began working on my curriculum that I truly found out how strong this bond really was. Millions of people, young and old, will visit zoos and aquariums each year. People stand in front of the animals, hypnotized by the every movement of the animal. People seemed to be looking not just at the animal, but almost as if they were looking inside these animals, wondering and questioning about the lives of some of our most distant animal relatives. In my classroom, I found the exact same kinds of responses. The ...
Introduction to Sports Biomechanics has been developed to introduce you to the core topics covered in the first two years of your degree. It will give you a sound grounding in both the theoretical and practical aspects of the subject. Part One covers the anatomical and mechanical foundations of biomechanics and Part Two concentrates on the measuring techniques which sports biomechanists use to study the movements of the sports performer. In addition, the book is highly illustrated with line drawings and photographs which help to reinforce explanations and examples.
Following up on the success of Run Like You Stole Something, Why Dick Fosbury Flopped looks at sporting technologies and techniques from a popular science perspective, and discusses current-day sports science issues from an historical bent. The many informative, weird and fantastic anecdotes will provide entertaining reading for sports fans of all levels of experience and knowledge. The authors answer some really big sporting questions: * What did Dick do to have a flop named after him? * How did the golf ball get its dimples? * Upon which great and disastrous attempts from past decades are today's records built? * How would the great sporting names and the great events of the past match up on today's stage? * How have athletes' bodies changed over time? * What effects have performance enhancing drugs and drug tests had on world records? If you want to win friends and influence people with impressive explanations of amazing human feats and quirky facts about sporting paraphernalia, you need this book.
This is a practical guide to laboratory and field research in sports biomechanics. The text explains the key theory underlying biomechanics testing, along with advice concerning choice of equipment and how to use your laboratory equipment most effectively.
Biology of Sport publishes reports of methodological and experimental work on science of sport, natural sciences, medicine and pharmacology, technical siences, biocybernetics and application of statistics and psychology, with priority for inter-discyplinary papers. Brief reviews of monographic papers on problems of sport, information on recent developments in research equipment and training aids, are also published. Papers are invided from researchers, coaches and all authors engaged in problems of trining effects, selection in sport as well as biological and social effects of athletic activity durning various periods of man's ontogenetic development.
Biographical and genealogical sketches of the descendants of Colonel Richard Lee, with brief notices of the related families of Allerton, Armistead, Ashton, Aylett, Bedinger, Beverley, Bland, Bolling, Carroll, Carter, Chambers, Corbin, Custis, Digges, Fairfax, Fitzhugh, Gardner, Grymes, Hanson, Jenings, Jones, Ludwell, Marshall, Mason, Page, Randolph, Shepherd, Shippen, Tabb, Taylor, Turberville, Washington, and others.
Science and Racket Sports IV presents a selection of important contemporary research into the four core racket sport disciplines of tennis, badminton, squash and table tennis. It showcases the best of the peer-reviewed papers and keynote addresses presented at the Fourth World Congress of Science and Racket Sports, Madrid. Including contributions from many of the world’s leading racket sport scientists, researchers and practitioners, the book details cutting-edge research in six key areas: Physiology Biomechanics Sports medicine Psychology Performance analysis Pedagogy, sociology and coach education This invaluable collection touches on the most important issues within contemporary sport science, and explores the full range of theoretical, experimental and applied work within the study of racket sports. It is essential reading for all sports scientists, sports physicians, therapists and coaches working in this area.