In response to the lack of in-depth and up-to-date material focusing on effective athletic training, this manual provides clear guidelines, illustrations, an evidence base and a theoretical framework for proven effective soccer training in practice.

Manchester United’s Tony Strudwick leads an all-star panel in providing the most current research on soccer. Soccer Science features the world’s leading experts in soccer history, biomechanics, physiology, psychology, skill acquisition, coaching, tactical approaches, and performance and match analysis.

In this Part 1 we analyse the Distance and Intensity of Running, Physiological Demands of Football and Injuries and Prevention Techniques. We then present Speed & Agility Training Drills, Warm Up Drills & Injury Prevention, Strength and Conditioning Exercises. The 2nd book in this set focuses on Periodization, Seasonal Training & Small Sided Games

This book reviews the general acute effects and adaptations of small-sided and conditioned games (SSCGs) in terms of physiological responses, technical performance and methodology/periodization in the game of soccer. It also reviews the many studies conducted in the past decade to investigate the influence of SSCGs on physiological responses and technical performance in soccer training. SSCGs, which are smaller and adapted versions of formal team sports, are very popular training drills for players at all ability levels and competitive levels and offer an alternative to traditional fitness training. Exploring their role in depth, this book offers a valuable resource for academics, researchers and coaches with an interest in developing improved training techniques for soccer.

"Describes the science behind the sport of soccer, including kicking, ball control, and goalkeeping"--Provided by publisher.

Physical training is a key part of preparing to play soccer (football) at any level, but organising a genuinely effective training programme requires both an understanding the physiological principles involved and a practical knowledge of the demands of the game. This book provides clear guidelines, an evidence base and a theoretical framework for proven effective soccer training. Includes: planning seasonal training to peak at the right time training for strength, speed, aerobic and anaerobic fitness designing appropriate sessions for training and rehabilitation best methods for recovery from exercise and reducing injury risk preparation for play in different environmental conditions evaluating the effectiveness of training programmes diet, sleep, lifestyle, young players and long-term development. Clear explanations of the physiological concepts and sport science research evidence are given throughout, and the book contains many examples to illustrate the training principles in practice. This is an essential text for students of the game and a valuable resource for coaches, physical trainers and sport scientists working in soccer (football).

Strength and power are key elements of soccer performance. A stronger player can sprint faster, jump higher, change direction more quickly and kick the ball harder. Strength Training for Soccer introduces the science of strength training for soccer. Working from a sound evidence-base, it explains how to develop a training routine that integrates the different components of soccer performance, including strength, speed, coordination and flexibility, and outlines modern periodization strategies that keep players closer to their peak over an extended period. Dealing with themes of injury prevention, rehabilitation and interventions, as well as performance, the book offers a uniquely focused guide to the principles of strength and conditioning in a footballing context. Fully referenced, and full of practical drills, detailed exercise descriptions, training schedules and year plans, Strength Training for Soccer is essential reading for all strength and conditioning students and any coach or trainer working in football.