CiNii 図書 - Kinanthropometry and exercise physiology laboratory manual : tests, procedures, and data

Kinanthropometry is the study of human body size, shape and form and how those characteristics relate to human movement and sporting performance. In this fully updated and revised edition of the classic guide to kinanthropometric theory and practice, leading international sport and exercise scientists offer a clear and comprehensive introduction to essential principles and techniques. Each chapter guides the reader through the planning and conduct of practical and laboratory sessions and includes a survey of current theory and contemporary literature relating to that topic. The book is fully illustrated and includes worked examples, exercises, research data, chapter summaries and guides to further reading throughout. Volume One: Anthropometry covers key topics such as: body composition, proportion, and growth evaluating posture, flexibility and range of motion children's physiology, maturation and sport performance field work statistical methods for kinesiology and sport accurate scaling of data for sport and exercise sciences. The Kinanthropometry and Exercise Physiology Laboratory Manual is essential reading for all serious students and researchers working in sport and exercise science, kinesiology and human movement. Roger Eston is Professor of Human Physiology and Head of the School of Sport and Health Sciences at the University of Exeter. Thomas Reilly is Professor of Sports Science and Director of the Research Institute for Sport and Exercise Sciences at Liverpool John Moores University.

Part 1. Body Composition, Proportion and Growth: Implications for health and performance 1. Human Body Composition R. Eston, M. R. Hawes, A. D. Martin and T. P. Reilly 2. Somatotyping W. Duquet and J. E. L. Carter 3. Physical Growth, Maturation and Performance G. Beunen Part 2. Goniometric Aspects of Movement 4. Posture P. H. Dangerfield 5. Flexibility P. Van Roy and J. Borms Part 3. Assessment of Physical Activity and Performance 6. Field Methods of Assessing Physical Activity and Energy Balance A. V. Rowlands 7. Assessment of Performance in Team Games T. Reilly 8. Special Considerations for Assessing Performance in Young Children A. Barker, C. Boreham, E. Van Praagh and A. V. Rowlands Part 4. Special Considerations 9. Anthropometry and Body Image T. S. Olds 10. Statistical Methods in Kinanthropometry and Exercise Physiology A. M. Nevill, G. Atkinson and M. A. Scott 11. Scaling: Adjusting for differences in body size E. M. Winter and A. M. Nevill

Kinanthropometry is the study of human body size, shape and form and how those characteristics relate to human movement and sporting performance. In this fully updated and revised edition of the classic guide to kinanthropometric theory and practice, leading international sport and exercise scientists offer a clear and comprehensive introduction to essential principles and techniques. Each chapter guides the reader through the planning and conduct of practical and laboratory sessions and includes a survey of current theory and contemporary literature relating to that topic. The book is fully illustrated and includes worked examples, exercises, research data, chapter summaries and guides to further reading throughout. Volume One: Anthropometry covers key topics such as: body composition, proportion, and growth evaluating posture, flexibility and range of motion children's physiology, maturation and sport performance field work statistical methods for kinesiology and sport accurate scaling of data for sport and exercise sciences. The Kinanthropometry and Exercise Physiology Laboratory Manual is essential reading for all serious students and researchers working in sport and exercise science, kinesiology and human movement. Roger Eston is Professor of Human Physiology and Head of the School of Sport and Health Sciences at the University of Exeter. Thomas Reilly is Professor of Sports Science and Director of the Research Institute for Sport and Exercise Sciences at Liverpool John Moores University.

Part 1. Body Composition, Proportion and Growth: Implications for health and performance 1. Human Body Composition R. Eston, M. R. Hawes, A. D. Martin and T. P. Reilly 2. Somatotyping W. Duquet and J. E. L. Carter 3. Physical Growth, Maturation and Performance G. Beunen Part 2. Goniometric Aspects of Movement 4. Posture P. H. Dangerfield 5. Flexibility P. Van Roy and J. Borms Part 3. Assessment of Physical Activity and Performance 6. Field Methods of Assessing Physical Activity and Energy Balance A. V. Rowlands 7. Assessment of Performance in Team Games T. Reilly 8. Special Considerations for Assessing Performance in Young Children A. Barker, C. Boreham, E. Van Praagh and A. V. Rowlands Part 4. Special Considerations 9. Anthropometry and Body Image T. S. Olds 10. Statistical Methods in Kinanthropometry and Exercise Physiology A. M. Nevill, G. Atkinson and M. A. Scott 11. Scaling: Adjusting for differences in body size E. M. Winter and A. M. Nevill

Kinanthropometry is the study of human body size, shape and form and how those characteristics relate to human movement and sporting performance. In this fully updated and revised edition of the classic guide to kinanthropometric theory and practice, leading international sport and exercise scientists offer a clear and comprehensive introduction to essential principles and techniques. Each chapter guides the reader through the planning and conduct of practical and laboratory sessions and includes a survey of current theory and contemporary literature relating to that topic. The book is fully illustrated and includes worked examples, exercises, research data, chapter summaries and guides to further reading throughout. Volume Two: Exercise Physiology covers key topics such as: neuromuscular aspects of movement skeletal muscle function oxygen transport, including haemotology, pulmonary and cardiovascular functions metabolism and thermoregulation VO2 kinetics physiological economy, efficiency and 'fitness' physiological limitations to performance assessment of energy expenditure, perceived exertion and maximal intensity. The Kinanthropometry and Exercise Physiology Laboratory Manual is essential reading for all serious students and researchers of sport and exercise science, kinesiology and human movement. Roger Eston is Professor of Human Physiology and Head of the School of Sport and Health Sciences at the University of Exeter. Thomas Reilly is Professor of Sports Science and Director of the Research Institute for Sport and Exercise Sciences at Liverpool John Moores University.

Part One. Neuromuscular Aspects of Movement 1. Skeletal Muscle Function, V. Baltzopoulos and N. P. Gleeson 2. Assessment of Neuromuscular Performance Using Electromyography, N. P. Gleeson Part Two. Oxygen Transport System and Exercise 3. Lung Function, R. G. Eston and L. M. Romer 4. Haematology, R. Maughan, J. Leiper and S. Shirreffs 5. Cardiovascular Function, N. T. Cable Part Three. Assessment of Energy and Efficiency 6. Metabolic Rate and Exercise Balance, C. B. Cooke 7. Maximal Oxygen Uptake, Economy and Efficiency, C. B. Cooke 8. Thermoregulation, T. Reilly and N. T. Cable Part Four. Assessment and Regulation of Energy Expenditure and Exercise Intensity 9. Control of Exercise Intensity Using Heart Rate, Perceived Exertion and Other Non-Invasive Procedures, R. G. Eston, J. G. Williams and J. Faulkner 10. Aerobic Exercise Performance, A. M. Jones, A. T. Vanhatalo and J. H. Doust 11. Assessment of Maximal Intensity Exercise, E. M. Winter and D. P. MacLaren Appendix: Relationships Between Units of Energy, Work, Power and Speed

Kinanthropometry is the study of human body size, shape and form and how those characteristics relate to human movement and sporting performance. In this fully updated and revised edition of the classic guide to kinanthropometric theory and practice, leading international sport and exercise scientists offer a clear and comprehensive introduction to essential principles and techniques. Each chapter guides the reader through the planning and conduct of practical and laboratory sessions and includes a survey of current theory and contemporary literature relating to that topic. The book is fully illustrated and includes worked examples, exercises, research data, chapter summaries and guides to further reading throughout. Volume Two: Exercise Physiology covers key topics such as: neuromuscular aspects of movement skeletal muscle function oxygen transport, including haemotology, pulmonary and cardiovascular functions metabolism and thermoregulation VO2 kinetics physiological economy, efficiency and 'fitness' physiological limitations to performance assessment of energy expenditure, perceived exertion and maximal intensity. The Kinanthropometry and Exercise Physiology Laboratory Manual is essential reading for all serious students and researchers of sport and exercise science, kinesiology and human movement. Roger Eston is Professor of Human Physiology and Head of the School of Sport and Health Sciences at the University of Exeter. Thomas Reilly is Professor of Sports Science and Director of the Research Institute for Sport and Exercise Sciences at Liverpool John Moores University.

Part One. Neuromuscular Aspects of Movement 1. Skeletal Muscle Function, V. Baltzopoulos and N. P. Gleeson 2. Assessment of Neuromuscular Performance Using Electromyography, N. P. Gleeson Part Two. Oxygen Transport System and Exercise 3. Lung Function, R. G. Eston and L. M. Romer 4. Haematology, R. Maughan, J. Leiper and S. Shirreffs 5. Cardiovascular Function, N. T. Cable Part Three. Assessment of Energy and Efficiency 6. Metabolic Rate and Exercise Balance, C. B. Cooke 7. Maximal Oxygen Uptake, Economy and Efficiency, C. B. Cooke 8. Thermoregulation, T. Reilly and N. T. Cable Part Four. Assessment and Regulation of Energy Expenditure and Exercise Intensity 9. Control of Exercise Intensity Using Heart Rate, Perceived Exertion and Other Non-Invasive Procedures, R. G. Eston, J. G. Williams and J. Faulkner 10. Aerobic Exercise Performance, A. M. Jones, A. T. Vanhatalo and J. H. Doust 11. Assessment of Maximal Intensity Exercise, E. M. Winter and D. P. MacLaren Appendix: Relationships Between Units of Energy, Work, Power and Speed

Kinanthropometry is the study of human body size, shape and form and how those characteristics relate to human movement and sporting performance. In this fully updated and revised edition of the classic guide to kinathropometric theory and practice, leading international sport and exercise scientists offer a clear and comprehensive introduction to essential principles and techniques. Each chapter guides the reader through the planning and conduct of practical and laboratory sessions and includes a survey of current theory and contemporary literature relating to that topic. The book is fully illustrated and includes worked examples, exercises, research data, chapter summaries and guides to further reading throughout. Divided into two volumes, addressing anthropometry and exercise physiology respectively, the Kinathropometry and Exercise Physiology Laboratory Manual is essential reading for all serious students and researchers working in sport and exercise science, kinesiology and human movement.

Volume One: Anthropometry Introduction Part 1: Body Composition, Proportion and Growth: Implications for Health and Performance 1. Human Body Composition 2. Somatotyping 3. Physical Growth, Maturation and Performance Part 2: Goniometric Aspects of Movement 4. Posture 5. Flexibility Part 3: Assessment of Physical Activity and Performance 6. Field Methods of Assessing Physical Activity and Energy Balance 7. Assessment of Exercise Performance in the Field 8. Special Considerations for Assessing Performance in Young Children Part 4: Special Considerations 9. Anthropometry and Body Image 10. Statistical Methods in Kinanthropometry and Exercise Physiology 11. Scaling: Adjusting for Differences in Body Size Volume Two: Exercise Physiology Part One. Neuromuscular Aspects of Movement 1. Skeletal Muscle Function 2. Assessment of Neuromuscular Performance Using Electromyography Part Two. Oxygen Transport System and Exercise 3. Lung Function 4. Haematology 5. Cardiovascular Function 6. Basal Metabolic Rate 7. Maximal Oxygen Uptake, Economy and Efficiency 8. Thermoregulation Part Three. Assessment and Regulation of Energy Expenditure and Exercise Intensity 9. Control of Exercise Intensity Using Heart Rate, Perceived Exertion and Other Non-Invasive Procedures 10. Limitations to Submaximal Exercise Performance 11. Assessment of Maximal Intensity Exercise Appendix: Relationships Between Units of Energy, Work, Power and Speed

Kinanthropometry and exercise physiology laboratory manual : tests, procedures, and data

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