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From The CriticsReviewer: Scott M MacDonnell, B.S.(University of Delaware)
Description: This book examines methods for identifying an athlete's lactate threshold point and training principles for improving the intensity level associated with this point. Brief overviews of energy systems, heart rate calculations, overtraining principles, cardiovascular adaptations, oxygen transport, and nutritional requirements are also provided.
Purpose: The purpose is to provide athletes, trainers, and sports physicians the technical information necessary for optimizing training strategies and improving performance. Acclimation techniques are explained in detail and multiple races and workouts are analyzed and evaluated. These features provide the reader with insights into the complex physiological interactions occurring during athletic competitions.
Audience: The book is intended for athletes and trainers involved in endurance sports where maximal exertion is required. Although the primary focus is cycling, the basic principles can be applied to all endurance sports.
Features: Included is a brief overview of the energy systems used for various intensity activities and the nutritional requirements of these activities. This includes a discussion detailing the specificity of training required to optimize these energy systems. The relationship between Conconi's deflection point and the anaerobic threshold is also described in detail. Several methods for determining the deflection point are provided. These allow the reader to use the strategy most appropriate for a population. Whereas the abundant numeric data are best displayed in graph or tabular format, the graphs throughout the book are sometimes inconsistent with the data in the text.
Assessment: This should be a useful book for athletes competing in endurance events. It will allow the reader to implement testing and training strategies designed to increase performance. However, readers without a background in the sports sciences may find these implementation strategies challenging.