Just one hundredth of a second separates elite swimmers from the podium, but what are the physical forces at work behind these tiny margins, and how can an understanding of them be used to improve your own technique in the pool? Swimming Science investigates, with each chapter focussing on a different area. From swimming technology, physiology, and psychology to hydrodynamics, the key principles of swimming science are addressed, with the content organised around a series of questions. What creates the drag in the water? How have swim suits evolved? Which muscles generate propulsion? How much force do elite swimmers use? Each question is investigated using up-to-date science and explanatory info-graphics.
Discover the secrets of physiology, hydrodynamics, and other scientific aspects of swimming to enhance your skills and speed! Low-impact, beneficial at any age, and just plain fun, swimming is an excellent workout—and the same scientific principles apply whether you’re competing for a medal or practicing your backstroke in the backyard. Each time you suit up and dive in, your body’s moving parts must work together to propel you through dozens of pounds of water resistance, somehow emulating the movements of species that evolved specifically for the water. What are the physical forces at work when you get in a pool, and what determines whether you will sink or swim? In this enlightening and useful volume, contributors break down every aspect of the sport. Swimming Science covers physiology, psychology, and safety, as well as hydrodynamics, nutrition, and technique. Each chapter examines these topics through a series of practical questions: *What are the forces acting on you when you swim, and how do your muscles best generate propulsion against those forces? *How much protein, salt, and iron should a swimmer consume, and how does energy from carbohydrates compare to energy from fats? *How important is the “swimmer’s physique” in competitive swimming, and is technique or strength more necessary for generating speed? These questions and more are examined with the aid of explanatory diagrams and illustrations. No matter whether you swim for exercise, enjoyment, or athletic achievement, Swimming Science adds a new dimension to the sport. “Swimming Science is a wonderful read for those interested in understanding how extraordinary athletes have been able to swim at incredible speed. But it is also an inspiring and potentially transforming read for ordinary people for whom swimming is simply a love story with the water.” —American Journal of Public Health
The long awaited new edition of Swimming updates the highly successful first edition edited by Costill, Maglishco and Richardson which was published in the early 1990s. The Second Edition contains less material on how to swim and more on the physics of swimming. It contains information on the latest methods of analyzing swim performances. It presents current sports science knowledge specifically relevant to coaching swimmers at club, county or national level. Covering characteristics of swimming including important concepts in propulsion, functional anatomy, physiology, biochemistry, biomechanics and psychology. The Handbooks of Sports Medicine and Science present basic clinical and scientific information in a clear style and format as related to specific sports events drawn from the Olympic Summer and Winter Games. Each Handbook is written by a small team of authorities co-ordinated by an editor who has international respect and visibility in the particular sport activity. Their charge is to present material for medical doctors who work with athletes, team coaches who have academic preparation in basic science, physical therapists and other allied health personnel, and knowledgeable athletes. Each volume represents up-to-date information on the basic biology of the sport, conditioning techniques, nutrition, and the medical aspects of injury prevention, treatment, and rehabilitation.
Editors Riewald and Rodeo assemble many of the world’s leading swimming experts to reveal the latest in research, technology, training, and performance across the sport. Authoritative and applicable, Science of Swimming Faster dives into the physiology, biomechanics, medicine, psychology, and training for swim performance while providing prescriptive advice along the way.
An illustrated guide to competitive swimming containing detailed overviews of the four primary strokes; racing strategies; and the most effective training methods and the science behind why they work.
2017 Amelia Bloomer List, Early Readers Nonfiction This picture book biography follows the life of Eugenie Clark, the Japanese-American scientist, researcher, and diver, who became famous as "The Shark Lady" for her groundbreaking discoveries about shark behavior. Before Eugenie Clark's groundbreaking research, most people thought sharks were vicious, blood-thirsty killers. From the first time she saw a shark in an aquarium, Japanese-American Eugenie was enthralled. Instead of frightening and ferocious eating machines, she saw sleek, graceful fish gliding through the water. After she became a scientist—an unexpected career path for a woman in the 1940s—she began taking research dives and training sharks, earning her the nickname "The Shark Lady."
- Learn about how your swimming machine works- Understand why you feel the way you do in practice- Over 300 illustrations to help you grasp the tough conceptsDon't be afraid! This is not biology class, this is swimming class. Your body is a Swimming Machine with a lot of moving parts. Knowing how these all work can help you understand why you feel the way you do at practice, why you train the way you do, and why you race the way you do.Complicated exercise science is translated into simple "picture book" format by Swim Smart founder Karl Hamouche, MD."Karl's book has helped me understand and even enjoy the very difficult topic of human physiology. I laughed (who knew Glycolysis could be funny?) and I continue to refer to various chapters throughout the season for support and clarification.Karl explains the complexity of the human body in clear, simple language that helps both coaches and athletes get straight to the point: "How can I go fast!?!" For example, last summer I read the Taper chapter to my group three weeks before our big meet and we had the most drama free Taper I've ever been a part of. We had a common language and noticed and named every stage along the way, and this helped all of us feel confident in the process and normalized the sensations that generally trigger uncertainty and doubt. We're doing the same thing with energy systems and I've never had more buy-in with both specific sets and overall cycles because we've got clarity around their purpose. Thank you, Karl, your book has helped me be a better coach!"- Megan Oesting, ASCA Coach of the year 2019, head coach of Eastern Iowa Federation and founder of MOSTswimtech.
