In this new edition of the highly regarded "Why Don't Students Like School?" cognitive psychologist Daniel Willingham turns his research on the biological and cognitive basis of learning into workable teaching techniques. This book will help you improve your teaching practice by explaining how you and your students think and learn. It…

Purpose: Although the field of neuroscience has evolved dramatically, little research has attempted to conceptualize the impact of neuroscience on the field of human resource development (HRD). The purpose of this study is an integrative review of the influential relationship between neuroscience and workplace learning including applicable…

Latest research suggests that the most effective methods on education are those which utilize technological tools that provide an interactive approach to learning. Exploratory technology which involves augmented reality applications in the regular school program, gives the opportunity to young learners to become autonomous and active in their…

Depressive brooding--a passive ruminative focus on one's problems, negative mood and their consequences--is a thinking style that places individuals at a greater risk to develop future psychopathology. In this study, we investigated whether inter-individual differences in depressive brooding are related to neural differences underlying the…

Following a traumatic brain injury, including a mild concussion, most students will have some degree of memory impairment. It can take 1-3 years for a child's memory to improve to its maximum capability following injury. Children cannot wait that long before returning to school. Teachers need to know how to diversify their instruction in order to…

In the digital age, your students have the ways, means, and speed to gather any information they want. But they need your guidance more than ever. Discover how digital technology is actually changing your students' brains. Learn why this creates new obstacles for teachers, but also opens up potential new pathways for learning. You will understand…

This article deals with brain research. It discusses how a growing understanding of the way the brain functions offers new insights into the minds of students at all stages of development. Brain-based research deals with classroom-relevant concerns, such as sensory perception, attention, memory, and how emotions affect learning. The goals for…

There is an intricate literacy to Gardner's multiple intelligences theory that unlocks key entry points for differentiated learning. Using a well-articulated framework, rich with graphic representations, Williams provides a comprehensive discussion of multiple intelligences. He moves the teacher and students from curiosity, to confidence, to…

Since the 1990s was declared to be the decade of the brain, technology has advanced enough through MRIs, CAT Scans and PET Scans, that live brains have been able to be studied. Although this is still a relatively new field of study, what has been discovered thus far, has wide reaching implications for educators in the area of pedagogy and how to…

If you've ever felt unprepared to teach students with learning disabilities, here's a book that will extend your brain-friendly teaching practices to address students with learning disabilities and other special challenges. Neurologist and classroom teacher Judy Willis explains how the research on how people learn can help you: (1) Build safe and…

Electrical brain activity (EEG) was recorded while 13 male and 11 female college students performed a series of recognition and memory tasks. The subjects were right-handed and between 21 and 42 years old. The selected tasks varied in cognitive load from simple recognition of a word flashed on a computer screen to relatively complex serial and…

This book reviews how the brain processes, stores, and retains information and how teachers can guide students in accessing this information by utilizing their individual learning styles and strengths. It offers practical strategies and applications for accessing these sensory pathways, connecting learned content to the real world. Seven chapters…

This book uses an analogy of "The Wizard of Oz" to offer information about cognitive research, sharing simple tactics for implementing these ideas in the classroom. The book discusses expert findings about brain growth, structure, and functions to help teachers and administrators foster a love of learning in all students. Key features…

This book presents a reality-based approach to classroom instruction designed to help learners at all levels achieve lifelong success. It offers teaching strategies, activities, and applications to enhance student achievement, stressing the importance of learning through discovery, creativity, application, adaptation, and high level thinking. It…

This book adds to the growing body of knowledge and research suggesting that educators need to move beyond simplistic, narrow approaches to teaching and learning. In Part I, "Accessing the Brain's Potential," current educational practices are examined in light of critical findings of brain researchers. In Part II, "Facts and…