Motor Learning and Performance 6th Edition With Web Study Guide-Loose-Leaf Edition

Motor Learning and Performance: From Principles to Application, Sixth Edition With Web Study Guide, enables students to appreciate high-level skilled activity and understand how such incredible performances occur. Written in a style that is accessible even to students with little or no knowledge of physiology, psychology, statistical methods, or other basic sciences, this text constructs a conceptual model of factors that influence motor performance, outlines how motor skills are acquired and retained with practice, and shows students how to apply the concepts to a variety of real-world settings.

The sixth edition of Motor Learning and Performance has been carefully revised to incorporate the most important research findings in the field, and it is supplemented with practice situations to facilitate a stronger link between research-based principles and practical applications. Other highlights include the following:

• A web study guide offers updated principles-to-application exercises and additional interactive activities for each chapter, ensuring that students will be able to transfer core content from the book to various applied settings.
• Extensive updates and new material related to the performance of complex movements expand the theoretical focus to a more in-depth analysis of dynamical systems and the constraints-led approach to learning.
• Narratives from Motor Control in Everyday Actions that appear in the web study guide tie each book chapter to concrete examples of how motor behavior is applicable to real life.
• Photo caption activities pose questions to students to encourage critical thinking, and answers to those questions are provided to instructors in the instructor guide.

As the text investigates the principles of human performance, pedagogical aids such as learning objectives, key terms, and Check Your Understanding questions help students stay on track with learning in each chapter. Focus on Research and Focus on Application sidebars deliver more detailed research information and make connections to real-world applications in areas such as teaching, coaching, and therapy.

The sixth edition of Motor Learning and Performance: From Principles to Application goes beyond simply presenting research—it challenges students to grasp the fundamental concepts of motor performance and learning and then go a step further by applying the concepts. Incorporating familiar scenarios brings the material to life for students, leading to better retention and greater interest in practical application of motor performance and learning in their everyday lives and future careers.

Audience

Introductory textbook for courses in motor learning, motor performance, and motor behavior; reference for movement practitioners, including coaches, teachers, therapists, athletic trainers, and human-factor experts.

Chapter 1. Introduction to Motor Learning and Performance
Why Study Motor Skills?
The Science of Motor Learning and Performance
Focus on Research 1.1: Paul M. Fitts
Focus on Research 1.2: Franklin M. Henry, Father of Motor Behavior Research
Defining Skills
Components of Skills
Classifying Skills
Measuring Skilled Performance
Understanding Performance and Learning
Summary
Learning Aids

Part I. Principles of Skilled Performance

Chapter 2. Processing Information and Making Decisions
The Information-Processing Approach
Focus on Application 2.1: Intent to Blow Whistle Rule in NHL
Reaction Time and Decision Making
Focus on Research 2.1: Donders’ Stages of Processing
Focus on Research 2.2: Hick’s Law
Focus on Application 2.2: Light Switches
Focus on Research 2.3: Assessing Anticipation Skills
Focus on Application 2.3: Cost/Benefit of Anticipating in Sprint Starting
Memory Systems
Summary
Learning Aids

Chapter 3. Attention and Performance
Focus on Application 3.1: William James on Attention
What Is Attention?
Limitations in Stimulus Identification
Focus on Research 3.1: Automatic Stimulus Processing in Basketball
Limitations in Response Selection
Focus on Research 3.2: Distracted-Driving Research
Limitations in Movement Programming
Focus on Research 3.3: The Double-Stimulation Paradigm
Focus of Attention During Action
Decision Making Under Stress
Focus on Application 3.2: Driver Panic and Unintended Acceleration
Summary
Learning Aids

Chapter 4. Sensory Contributions to Skilled Performance
Sources of Sensory Information
Processing Sensory Information
Focus on Application 4.1: Force Escalation Between Siblings
Principles of Visual Control
Focus on Research 4.1: “Blindsight” Reveals Dorsal and Ventral Stream Processing
Focus on Research 4.2: Gaze Control
Focus on Application 4.2: Visibility in Nighttime Car–Truck Accidents
Audition and Motor Control
Focus on Application 4.3: When Vision Distorts Performance
Summary
Learning Aids

Chapter 5. Motor Programs
Motor Program Theory
Evidence for Motor Programs
Focus on Research 5.1: The Henry–Rogers Experiment
Focus on Application 5.1: Checked Swings in Baseball
Focus on Research 5.2: Initiating a Motor Program
Motor Programs and the Conceptual Model
Problems in Motor Program Theory: Novelty and Storage
Generalized Motor Program Theory
Focus on Research 5.3: Invariances and Parameters
Focus on Application 5.2: Relative-Timing Fingerprints
Focus on Application 5.3: The Stereo System Analogy
Summary
Learning Aids

Chapter 6. Principles of Speed, Accuracy, and Timing
Fitts’ Law
Focus on Research 6.1: The Fitts Tasks
Focus on Application 6.1: Fitts’ Law in Everyday Actions
Schmidt’s Law
Speed–Accuracy Trade-Off Exceptions
Applying the Principles: Baseball Batting
Speed of Initiating Movement
Summary
Learning Aids

Chapter 7. Performance of Complex Movements
Traditional Approaches to Studying Complex Movement
Focus on Application 7.1: The Relative-Age Effect
Coordinating Discrete Movements
Focus on Research 7.1: Coordination in Golf Putting
Coordinating Continuous Movements
Focus on Research 7.2: Relative Phase: An Index of Coordination
Summary
Learning Aids

Part II. Principles of Skill Learning

Chapter 8. Introduction to Motor Learning
Motor Learning Defined
How Is Motor Learning Measured?
Focus on Research 8.1: Learning Curves: Facts or Artifacts?
Distinguishing Learning from Performance
Focus on Application 8.1: Self-Assessments of Learning
Transfer of Learning
Summary
Learning Aids

Chapter 9. The Motor Learning Process
Skill Acquisition
Focus on Research 9.1: Learning Never Ends
Focus on Application 9.1: Fitts and Bernstein on Learning to Play Ice Hockey
Focus on Research 9.2: A Constraints-Led Approach to Baseball Batting
Skill Retention
Skill Transfer
Summary
Learning Aids

Chapter 10. Organizing and Scheduling Practice
Motivation for Learning
Attentional Focus
Demonstrations and Modeling
Mental Practice
Focus on Application 10.1: Mental Practice in Stroke Rehabilitation
Organizing Practice and Rest Periods
Variable and Constant Practice
Focus on Research 10.1: Especial Skills: An Exception to Variable Practice?
Blocked and Random Practice
Summary
Learning Aids

Chapter 11. Augmented Feedback
Feedback Classifications
Functions of Augmented Feedback
Focus on Research 11.1: How Feedback Works
What Feedback to Give
How Much Feedback to Give
Feedback Timing
Focus on Application 11.1: Physical Guidance in Stroke Rehabilitation
Focus on Application 11.2: Physical Guidance in Learning to Swim
Summary
Learning Aids

Richard A. Schmidt, PhD (1941-2015) was a professor emeritus in the department of psychology at UCLA. At the time of his death, Schmidt ran his own business, Human Performance Research, conducting research and consulting in the area of human factors and human performance. Widely acknowledged as one of the leaders in research on motor behavior, he had more than 40 years of experience in the area of motor learning and performance.

The originator of both schema theory and impulse-variability theory (aka “Schmidt’s Law”), he founded the Journal of Motor Behavior in 1969 and was editor for 11 years. He authored the first edition of Motor Control and Learning in 1982 and the first edition of this book, Motor Learning and Performance, in 1991.

Schmidt was highly recognized for his contribution of a lifetime of research and writing. In recognition of his work, he received honorary doctorates from the Catholic University of Leuven in Belgium (in 1992) and the Université Joseph Fourier in France (in 1998). He was a longtime member of the North American Society for the Psychology of Sport and Physical Activity (NASPSPA), where he served as president in 1982 and received the organization’s two highest honors: the Distinguished Scholar Award for lifetime contributions to research in motor control and learning (in 1992) and the President’s Award for significant contributions to the development and growth of NASPSPA (in 2013). He was also a member of the Human Factors and Ergonomics Society and the Psychonomic Society and received the C.H. McCloy Research Lectureship from the American Alliance for Health, Physical Education, Recreation and Dance. His leisure-time passions included sailboat and Porsche racing.

Timothy D. Lee, PhD, is a professor emeritus in the department of kinesiology at McMaster University in Hamilton, Ontario. He has published extensively in motor behavior and psychology journals since 1980, served as an editor for the Journal of Motor Behavior and Research Quarterly for Exercise and Sport, and has been an editorial board member for Psychological Review. Until his retirement in 2014, his research was supported primarily by grants from the Natural Sciences and Engineering Research Council of Canada.

Tim has been a member, secretary-treasurer, and president of the Canadian Society for Psychomotor Learning and Sport Psychology (SCAPPS) and a member of the North American Society for the Psychology of Sport and Physical Activity (NASPSPA), the Psychonomic Society, and the Human Factors and Ergonomics Society. In 1980 Tim received the inaugural Young Scientist Award from SCAPPS, and in 2011 he was named a fellow of the society—its highest honor. He was named an international fellow by the National Academy of Kinesiology in 1999 and awarded the Distinguished Scholar Award by NASPSPA in 2017.

Tim is an avid golfer who competes in local, national, and international tournaments. He teamed with a good friend to win the Ontario Senior Better Ball Championship in 2017.

Applying the Principles: Baseball Batting
Try the y-V experiment
Understanding Fitts' Law

All ancillaries are free to adopting instructors and available online.

Instructor guide. Includes chapter summary notes for preparing lectures and ideas for presenting topics and engaging students in class discussions. Practical laboratory activities (two per chapter) include questions, examples, tables, and other relevant learning scenarios that can be printed out and handed in. Sample essay questions are provided for potential testing or student assignments. Also included are answers to the photo caption activities featured throughout the text.

Test package. Includes more than 250 true-or-false, multiple-choice, and fill-in-the-blank questions.

Chapter quizzes. A quiz at the conclusion of each chapter (9 or 10 questions each) helps instructors assess students’ comprehension of the most important concepts in the chapter. Chapter quizzes can be imported into learning management systems or be used in RTF format by instructors who prefer to offer a written quiz.

Presentation package plus image bank. Includes more than 250 PowerPoint slides that highlight material from the text and can be used for class discussion and demonstration. Instructors can easily add, modify, and rearrange the order of the slides.

The companion image bank includes most of the figures and tables from the text, sorted by chapter. These can be used to develop a customized presentation based on specific course requirements.

Web study guide. Features principles-to-application exercises and interactive activities for each chapter. The 44 narratives from Motor Control in Everyday Actions that are referenced in the book are provided in their entirety in the web study guide to illustrate how motor behavior is applicable to real life.