The Neuroscience Of Learning Principles And Applications For Educators Ebook

For over a century and a quarter, the science of learning has expanded at an increasing rate and has achieved the status of a mature science. It has developed powerful methodologies and applications. The rise of this science has been so swift that other learning texts often overlook the fact that, like other mature sciences, the science of learning has developed a large body of knowledge. The Science of Learning comprehensively covers this knowledge in a readable and highly systematic manner. Methodology and application are discussed when relevant; however, these aspects are better appreciated after the reader has a firm grasp of the scientific knowledge of learning processes. Accordingly, the book begins with the most fundamental and well-established principles of the science and builds on the preceding material toward greater complexity. The connections of the material with other sciences, especially its sister science, biology, are referenced throughout. Through these frequent references to biology and evolution, the book keeps in the forefront the recognition that the principles of learning apply to all animals. Thus, in the final section the book brings together all learning principles studied in research settings by demonstrating their relevance to both animals and humans in their natural settings. For animals this is the untamed environment of their niches; for humans it is any social environment, for Homo sapiens is the social and learning animal par excellence.

Learning: Principles and Applications provides students a current, comprehensive, and engaging introduction to the psychology of learning. Praised for its easy-to-read style and presentation of important contributions of both human and nonhuman animal research, the text helps readers understand the process of learning with coverage of classic experiments, contemporary research, real-world examples, applications, chapter-opening vignettes, and critical thinking questions. The Eighth Edition features expanded sections on theories of conditioning, a streamlined organization through two separate chapters on memory storage and retrieval, and enhanced pedagogy to better connect the material to the everyday lives of students.

Educational Neuroscience presents a series of readings from educators, psychologists, and neuroscientists that explore the latest findings in developmental cognitive neurosciences and their potential applications to education. Represents a new research area with direct relevance to current educational practices and policy making Features individual chapters written collaboratively by educationalist, psychologists, and neuroscientists to ensure maximum clarity and relevance to a broad range of readers Edited by a trio of leading academics with extensive experience in the field

Brain-Based Learning and Education presents a new type of education that uses brain-based and self-control theory-driven training. Leaving aside the current focus in education on content knowledge, it examines essential character strengths such as selfcontrol, persistence, creativity, attention, memory, and social learning, and relates their relevance to learning. By bridging the research and application gap in education, this text not only covers the latest findings related to learning and teaching but also provides insights for application and practice for brain-based methods in health and education. This integration of neuroscience and education takes us from a deep understanding of brain function to the frontline of the classroom. Explains an integrative training mechanisms from the behavioral, neuroscientific, and physiological perspectives Presents brain-based practice methods that can be readily applied to the education system Addresses additional issues, such as stress, wandering mind, and individuality Includes stories and findings related to the brain, learning, and teaching

This book reviews how people and animals learn and how their behaviors are changed as a result of learning. It describes the most important principles, theories, controversies, and experiments that pertain to learning and behavior that are applicable to diverse species and different learning situations. Both classic studies and recent trends and developments are explored, providing a comprehensive survey of the field. Although the behavioral approach is emphasized, many cognitive theories are covered as well, along with a chapter on comparative cognition. Real-world examples and analogies make the concepts and theories more concrete and relevant to students. In addition, most chapters provide examples of how the principles covered have been applied in behavior modification and therapy. Thoroughly updated, each chapter features many new studies and references that reflect recent developments in the field. Learning objectives, bold-faced key terms, practice quizzes, a chapter summary, review questions, and a glossary are included. The volume is intended for undergraduate or graduate courses in psychology of learning, (human) learning, introduction to learning, learning processes, animal behavior, (principles of) learning and behavior, conditioning and learning, learning and motivation, experimental analysis of behavior, behaviorism, and behavior analysis. Highlights of the new edition include: -A new text design with more illustrations, photos, and tables. -In the Media, Spotlight on Research, and Applying the Research boxes that highlight recent applications of learning principles in psychology, education, sports, and the workplace. -Discussions of recent developments in the growing field of neuroscience. - Coverage of various theoretical perspectives to the study of learning—behavioral, cognitive, and physiological. - Expanded coverage of emerging topics such as the behavioral economics of addictions, disordered gambling, and impulsivity. -New examples, references, and research studies to ensure students are introduced to the latest developments in the field. - A website at www.routledge.com/9781138689947 where instructors will find a test bank, Powerpoint slides, and Internet links. Students will find practice questions, definitions of key terms, chapter outlines, and Internet sources for additional information.

This book brings together contributions from scientists and educators at the forefront of interdisciplinary research efforts involving neuroscience and education. It includes consideration of what we know about brain function that may be relevant to educational areas including reading, mathematics, music and creativity. The increasing interest of educators in neuroscience also brings dangers with it, as evidenced by the proliferation of neuromyths within schools and colleges. For this reason, it also reviews some of the more prominent misconceptions, as well as exploring how educational understanding can be constructed in the future that includes concepts from neuroscience more judiciously. This book will be of interest to educators, policymakers and scientists seeking fresh perspectives on how we learn. This book was published as a special issue in Educational Research, a journal of the National Foundation for Educational Research (NFER).

Raise the bar with the best of what is known about how the brain/mind learns Higher-order skills such as critical thinking, planning, decision-making and persistence are the key to success for today’s students. Fully revised to respond to the Common Core and other timely developments, this indispensable guide builds the bridge from brain research to classroom practice. The updated third edition offers More strategies to deeply engage students and build foundational learning skills Guidance on peer-based professional development through Process Learning Circles Reflective questions and checklists for assessing progress Updated, real-life examples Bridge research to practice through these innovative strategies to create a school environment where students and faculty learn and thrive.

This thoroughly updated edition provides a balanced review of the core methods and the latest research on animal learning and human memory. The relevance of basic principles is highlighted throughout via everyday examples to ignite student interest, along with more traditional examples from human and animal laboratory studies. Individual differences in age, gender, learning style, cultural background, or special abilities (such as the math gifted) are highlighted within each chapter to help students see how the principles may be generalized to other subject populations. The basic processes of learning – such as classical and instrumental conditioning and encoding and storage in long-term memory in addition to implicit memory, spatial learning, and remembering in the world outside the laboratory – are reviewed. The general rules of learning are described along with the exceptions, limitations, and best applications of these rules. The relationship between the fields of neuropsychology and learning and memory is stressed throughout. The relevance of this research to other disciplines is reflected in the tone of the writing and is demonstrated through a variety of examples from education, neuropsychology, rehabilitation, psychiatry, nursing and medicine, I/O and consumer psychology, and animal behavior. Each chapter begins with an outline and concludes with a detailed summary. A website for instructors and students accompanies the book. Updated throughout with new research findings and examples the new edition features: A streamlined presentation for today’s busy students. As in the past, the author supports each concept with a research example and real-life application, but the duplicate example or application now appears on the website so instructors can use the additional material to illustrate the concepts in class. Expanded coverage of neuroscience that reflects the current research of the field including aversive conditioning (Ch. 5) and animal working memory (Ch. 8). More examples of research on student learning that use the same variables discussed in the chapter, but applies them in a classroom or student’s study environment. This includes research that applies encoding techniques to student learning, for example: studying: recommendations from experts (Ch. 1); the benefits of testing (Ch. 9); and Joshua Foer’s Moonwalking with Einstein, on his quest to become a memory expert (Ch. 6). More coverage of unconscious learning and knowledge (Ch. 11). Increased coverage of reinforcement and addiction (Ch. 4), causal and language learning (Ch. 6), working memory (WM) and the effects of training on WM, and the comparative evolution of WM in different species (Ch. 8), and genetics and learning (Ch. 12).