The Science of Equestrian Sports: Theory, Practice and Performance of the Equestrian Rider

ISBN-13: 9781138860391 / Angielski / Miękka / 2015 / 208 str.

Inga Wolframm

Opis

The Science of Equestrian Sports is a comprehensive study of the theory and practice of the equestrian rider in sport. While most scholarship to date has focused on the horse in competition, this is the first book to collate current data relating specifically to riders. It provides valuable insight into improving sporting performance and maintaining the safety of both the horse and the rider. Drawing on the latest scientific research, and covering every equestrian discipline from horseracing to eventing, the book systematically explores core subjects such as:

• physiology of the rider
• sport psychology in equestrian sport
• preventing injury
• biomechanics and kinematics
• coaching equestrian sport

This book is a holistic and scientific examination of the role of the rider in equine sports. It is essential reading for sport science students with an interest in equestrian sport and equitation. Furthermore, it will be an invaluable resource for instructors, coaches, sport psychologists, or physiologists working with equestrian athletes.

Spis treści

Introduction  Chapter 1: Motor Control of the Rider: On moving and being moved  Chapter 2: Performance Physiology and Rider Fitness: Riders are athletes too!  Chapter 3: Sport Psychology in Equestrian Sport: merely mind games?  Chapter 4: Coaching Riders: From a different perspective  Chapter 5: Injuries in Equestrian Sport: Dealing with it or part of the deal?  Chapter 6: Horse-Human Interactions: Art or science?  In Conclusion: Quo Vadis, Equestrian Science?

O autorze

Inga Wolframm is a Senior Lecturer at the University of Applied Sciences Van Hall Larenstein, the Netherlands, an accredited sport psychologist and a Council member of the International Society for Equitation Science (ISES). Her research interests focus on psychological, physiological and social processes in the rider, including horse-rider interactions.