How to Maximize the Caloric Costs of Exercise

A Relatively Short Story

by Christopher B. Scott PhD



Book Details

Language : English
Publication Date : 12/20/2017

Format : Hardcover
Dimensions : 5.5x8.5
Page Count : 122
ISBN : 9781480853362
Format : Softcover
Dimensions : 5.5x8.5
Page Count : 122
ISBN : 9781480853355
Format : E-Book
Dimensions : N/A
Page Count : 122
ISBN : 9781480853348

About the Book

Regular physical activity creates a myriad of physiological changes within the human body, almost all of it good. Exercise is, in fact, the heart and soul of physical and athletic development. The book you are reading however is not about that - you’ll need to read about the enhancement of muscular performance elsewhere.

This is a book about the hows and whys of maximizing the caloric expenditure of exercise with the hopeful achievement of losing body fat. From such a perspective, I am at a current understanding that exercise designed to increase athletic ability does not necessarily carry-over to weight loss…the goal of weight reduction and the enhancement of physical performance require separate program designs.

As part of my learning (data collecting) and teaching (data promoting) background, I count calories for a living and have been happily at it for over 30 years. The following chapters present energy cost estimates – aka, calories (kcal) burned - based on numbers collected from actual laboratory measurements as well as speculative interpretations that have all been converted into an energy cost and fat loss appraisal: More vs. Less.

I continue to search for those specific types of exercises and activities that yield the largest numbers, with my primary objective being to find those physical movements with the best potential to maximize caloric costs and fat burning.

It is not a straightforward story…

About the Author

Christopher B. Scott, PhD, is an exercise physiologist with a thirty-five year career in fitness, science, medicine, and academia. His current teaching priorities reside within the Exercise Science program at the University of Southern Maine with a research agenda that focuses on the estimation of the energy costs of strength, speed, and power-related exercise and activities. He has published more than sixty research-related articles in peer-reviewed journals, and his findings on how exercise best contributes to weight loss have been presented worldwide.