Bridging the world of reading instruction and applied cognitive neuroscience, this book presents research-backed reading instructional methods and explains how they can be understood through the lens of brain processes. Dispelling myths about neuroscience, Spence and Mitra explore how brain-based research informs literacy research in a way that is clear and accessible to pre-service teachers. Chapters address theories of reading, social-emotional learning, phonological processes, embodiment, multilingualism, reading comprehension, and more. Featuring examples of instruction and consistent "Did you know?" and "Food for thought" sections, readers will come away with a greater understanding of the reading brain and how neuroscience can facilitate effective instruction. Delving into the extent to which neuroscience can underpin reading research, this text is ideal for pre-service teachers, educators, and students in the fields of language arts and literacy, as well as cognitive neuroscience.

Foreword by Baroness Susan Greenfield CBE. In Neuroscience for Teachers: Applying Research Evidence from Brain Science, Richard Churches, Eleanor Dommett and Ian Devonshire expertly unpack, in an easy-to-read and instantly useable way, what every teacher needs to know about the brain and how we really learn and what that suggests for how they should teach. Everyone is curious about the brain including your learners! Not only can knowing more about the brain be a powerful way to understand what happens when your pupils and, of course, you pick up new knowledge and skills, but it can also offer a theoretical basis for established or new classroom practice. And as the field of neuroscience uncovers more of nature's secrets about the way we learn and further augments what we already know about effective teaching this book advocates more efficient pedagogies rooted in a better understanding and application of neuroscience in education. By surveying a wide range of evidence in specific areas such as metacognition, memory, mood and motivation, the teenage brain and how to cater for individual differences, Neuroscience for Teachers shares relevant, up-to-date information to provide a suitable bridge for teachers to transfer the untapped potential of neuroscientific findings into practical classroom approaches. The key issues, challenges and research are explained in clear language that doesn't assume a prior level of knowledge on the topic that would otherwise make it inaccessible therefore enabling more teachers to better comprehend the lessons from neuroscience while the authors also take care to expose the ways in which 'neuromyths' can arise in education in order to help them avoid these pitfalls. Laid out in an easy-to-use format, each chapter features: 'Research Zones' highlighting particular pieces of research with a supplementary insight into the area being explored; 'Reflection' sections that give you something to think about, or suggest something you might try out in the classroom; and concluding 'Next steps' that outline how teachers might incorporate the findings into their own practice. The authors have also included a glossary of terms covering the book's technical vocabulary to aid the development of teachers' literacy in the field of neuroscience. Packed with examples and research-informed tips on how to enhance personal effectiveness and improve classroom delivery, Neuroscience for Teachers provides accessible, practical guidance supported by the latest research evidence on the things that will help your learners to learn better. Suitable for LSAs, NQTs, teachers, middle leaders, local authority advisers and anyone working with learners.

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

The Science of Reading: A Handbook brings together state-of-the-art reviews of reading research from leading names in the field, to create a highly authoritative, multidisciplinary overview of contemporary knowledge about reading and related skills. Provides comprehensive coverage of the subject, including theoretical approaches, reading processes, stage models of reading, cross-linguistic studies of reading, reading difficulties, the biology of reading, and reading instruction Divided into seven sections:Word Recognition Processes in Reading; Learning to Read and Spell; Reading Comprehension; Reading in Different Languages; Disorders of Reading and Spelling; Biological Bases of Reading; Teaching Reading Edited by well-respected senior figures in the field

A bold, brain-based teaching approach to culturally responsive instruction To close the achievement gap, diverse classrooms need a proven framework for optimizing student engagement. Culturally responsive instruction has shown promise, but many teachers have struggled with its implementation—until now. In this book, Zaretta Hammond draws on cutting-edge neuroscience research to offer an innovative approach for designing and implementing brain-compatible culturally responsive instruction. The book includes: Information on how one’s culture programs the brain to process data and affects learning relationships Ten “key moves” to build students’ learner operating systems and prepare them to become independent learners Prompts for action and valuable self-reflection

This practical resource draws on the best of neuroscience to inform decision-making about digital learning. We live in unprecedented times that have pushed schools to make many decisions that have been postponed for years. For the first time since the inception of public education, teachers have been invited to redesign the learning landscape by integrating an intelligent selection of digital educational resources and changing pedagogical approaches based on information from the learning sciences. This handbook will help teachers make the most of this opportunity by showing them how to use digital tools to differentiate learning, employ alternative options to standardized testing, personalize learning, prioritize social-emotional skills, and inspire students to think more critically. The author identifies some gems in quality teaching that are amplified in online contexts, including 40 evidence-informed pedagogies from the learning sciences. This book will help all educators move online teaching and learning to new levels of confidence and success. Book Features: Provides quick references to key planning tools like decision-trees, graphics, app recommendations, and step-by-step directions to help teachers create their own online learning courses.Guides teachers through a 12-step model for instructional design that meets both national and international standards.Shows educators how to use an all-new Digital Resource Taxonomy to select resources, and how to research and keep them up to date.Explains why good instructional design and educational technology are complementary with best practices in learning sciences like Mind, Brain, and Education Science.Shares ways teachers can leverage technology to create more time for the personalized aspects of learning. Shows educators how to design online courses with tools that let all students begin at their own starting points and how to differentiate homework.Offers evidence-informed pedagogies to make online intimate and authentic for students.

Although educators are expected to bring about functional changes in the brain--the organ of human learning--they are given no formal training in the structure, function or development of the brain in formal or atypically developing children as part of their education. This book is organized around three conceptual themes: First, the interplay between nature (genetics) and nurture (experience and environment) is emphasized. Second, the functional systems of the brain are explained in terms of how they lead to reading, writing and mathematics and the design of instruction. Thirdly, research is presented, not as a finished product, but as a step forward within the field of educational neuropsychology. The book differs from neuropsychology and neuroscience books in that it is aimed at practitioners, focuses on high incidence neuropsychological conditions seen in the classroom, and is the only book that integrates both brain research with the practice of effective literacy, and mathematics instruction of the general and special education school-aged populations.