The handbook consists of a solid theoretical and scientific rationale that is presented in a simple language, which both the beginning and advanced students can understand. It also presents a balance between quantitative and qualitative methods of research and analysis, and advocates for problem-focused methodology and mixed design when the questions asked by the researcher or the scientists require doing so. The most distinctive feature of the book is that the contents are presented in a hierarchy in terms of complexity. Therefore, the handbook can be used for teaching simple topics such as asking questions that deserve scientific methods of investigation, and simple statistical techniques, as well as complex multivariate methods of inquiry. The mathematical terms are presented in symbols and graphs only when the concepts were clarified in a simple language and friendly manner. Each of the chapters develops in a clear and sequential order, so that students and researchers accumulate knowledge based on concept mapping rather than memorization. The didactics of the book enable the learner to carry over the learning contents to other courses and apply them to other domains of interest.
Measurement in Sport and Exercise Psychology provides a complete analysis of the tools and methods used in sport and exercise psychology research. Each chapter of this accessible text presents key measurement variables and concepts, including their definitions; an evaluation of the measurement constructs and tools available; and an explanation of any controversies in each topic. The text includes access to an online resource that presents 14 measurement instruments in their entirety. This resource also contains additional web links to many other measurement instruments. Drawing on their experience as leading researchers in the field, editors Tenenbaum, Eklund, and Kamata have selected a team of recognized scholars to bring both breadth and depth to this essential resource. By thoroughly examining each measurement tool, Measurement in Sport and Exercise Psychology assists readers in determining strengths and limitations of each tool and discovering which tools are best suited to their research projects. Readers will also gain critical knowledge to expand the field by recognizing opportunities for new methods of measurement and evaluation. The text begins with a historical review of measurement in sport and exercise psychology followed by a comprehensive description of theories and measurement issues. It provides detailed information regarding ethical and cultural issues inherent in the selection of specific testing protocols as well as issues in interpreting meta-analysis. This is followed by discussion of the commonly used constructs and inventories in three areas: cognition, perception, and motivation measurement; emotion (affect) and coping measurement; and social and behavioral measurement. Recommendations for researchers and practitioners included at the end of each chapter provide starting points for considering ways to incorporate chapter content into research projects and professional practice. Tables located at the end of each chapter summarize key information for quick reference and provide online sources, when available, so that readers can access each measurement tool. Original source information is provided for those tools not available online. Measurement in Sport and Exercise Psychology assists readers in evaluating the effectiveness of specific measurement tools. As the most complete and up-to-date directory of tools and inventories in the field of sport and exercise, this text offers a thorough explanation of considerations, controversies, recommendations, and locations for accessing these measurement tools.
Measurement in Sport and Exercise Psychology provides a complete analysis of the tools and methods used in sport and exercise psychology research. Each chapter of this accessible text presents key measurement variables and concepts, including their definitions; an evaluation of the measurement constructs and tools available; and an explanation of any controversies in each topic. The text includes access to an online resource that presents 14 measurement instruments in their entirety. This resource also contains additional web links to many other measurement instruments. Drawing on their experience as leading researchers in the field, editors Tenenbaum, Eklund, and Kamata have selected a team of recognized scholars to bring both breadth and depth to this essential resource. By thoroughly examining each measurement tool, Measurement in Sport and Exercise Psychology assists readers in determining strengths and limitations of each tool and discovering which tools are best suited to their research projects. Readers will also gain critical knowledge to expand the field by recognizing opportunities for new methods of measurement and evaluation. The text begins with a historical review of measurement in sport and exercise psychology followed by a comprehensive description of theories and measurement issues. It provides detailed information regarding ethical and cultural issues inherent in the selection of specific testing protocols as well as issues in interpreting meta-analysis. This is followed by discussion of the commonly used constructs and inventories in three areas: cognition, perception, and motivation measurement; emotion (affect) and coping measurement; and social and behavioral measurement. Recommendations for researchers and practitioners included at the end of each chapter provide starting points for considering ways to incorporate chapter content into research projects and professional practice. Tables located at the end of each chapter summarize key information for quick reference and provide online sources, when available, so that readers can access each measurement tool. Original source information is provided for those tools not available online. Measurement in Sport and Exercise Psychology assists readers in evaluating the effectiveness of specific measurement tools. As the most complete and up-to-date directory of tools and inventories in the field of sport and exercise, this text offers a thorough explanation of considerations, controversies, recommendations, and locations for accessing these measurement tools.
Despite the prevalence of behavioral research conducted through genetic studies, there is an absence of literature pertaining to the genetics of motor behavior. Genetics and the Psychology of Motor Performance is the first book to integrate cutting-edge genetic research into the study of the psychological aspects of motor learning and control. The book's central line of enquiry revolves around the extent to which psychological factors central to motor proficiency - including personality, emotion, self-regulation, motivation, and perceptual-cognitive skills - are acquired or inherited. It explains how these factors affect motor performance, distilling the latest research into their genetic underpinnings and, in doing so, assessing the magnitude of the role genetics plays in the stages of motor development, from early proficiency through to expertise. Written by leading experts in the genetics of human performance and exercise psychology, and thoroughly illustrated throughout, Genetics and the Psychology of Motor Performance is a crucial resource for any upper-level student or researcher seeking a deeper understanding of motor learning. It is an important book for anyone studying or working in exercise psychology, motor development, exercise genetics, or exercise physiology more broadly.
The handbook consists of a solid theoretical and scientific rationale that is presented in a simple language, which both the beginning and advanced students can understand. It also presents a balance between quantitative and qualitative methods of research and analysis, and advocates for problem-focused methodology and mixed design when the questions asked by the researcher or the scientists require doing so. The most distinctive feature of the book is that the contents are presented in a hierarchy in terms of complexity. Therefore, the handbook can be used for teaching simple topics such as asking questions that deserve scientific methods of investigation, and simple statistical techniques, as well as complex multivariate methods of inquiry. The mathematical terms are presented in symbols and graphs only when the concepts were clarified in a simple language and friendly manner. Each of the chapters develops in a clear and sequential order, so that students and researchers accumulate knowledge based on concept mapping rather than memorization. The didactics of the book enable the learner to carry over the learning contents to other courses and apply them to other domains of interest.
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