Teach the Way the Brain Learns discusses organizing learning experiences under themes. Once the brain has stored basic concepts in the curriculum, the storing-by-association system of the brain attaches new information to those basic concepts, building new ones as students have learning experiences that involve them in integrated subject matter. Thematic teaching has been around for quite a while, stemming from John Dewey and 'learning by doing.' Teachers need to return to it in view of the effects of narrowed curricula resulting from nationwide emphasis on testing and on rating schools based on student achievement. This book provides ways for teachers to link subjects and areas of learning for various teaching situations and takes readers from simple correlation through using published thematic units now available and on to developing their own interdisciplinary themes or in team efforts with other colleagues.

This essential resource provides parents and educators of students of all ages with research-based, classroom-proven strategies for how to implement brain-compatible learning into your curriculum.

Raise your ELL success quotient and watch student achievement soar! "How the ELL Brain Learns" combines current research on how the brain learns language with strategies for teaching English language learners. Award-winning author and brain research expert David A. Sousa describes the linguistic reorganization needed to acquire another language after the age of 5 years. He supplements this knowledge with immediately applicable tools, including: A self-assessment pretest for gauging your understanding of how the brain learns languages Brain-compatible strategies for teaching both English learners across content areas An entire chapter about how to detect English language learning problems

Apply the newest brain research to enhance all students’ learning Educational neuroscience consultant David A. Sousa continues his tradition of translating new findings into effective classroom strategies and activities in this updated version of his bestselling text. This fifth edition integrates recent developments in neuroscience, education, and psychology and includes New information on memory systems, especially working memory capacity Updated research on how the explosion of technology is affecting the brain Current findings on brain organization and hemispheric specialization New evidence on how learning the arts enhances cognitive processing and creativity An expanded resources section More than 150 new or updated references

Learn how the brain processes mathematical concepts and why some students develop math anxiety! David A. Sousa discusses the cognitive mechanisms for learning mathematics and the environmental and developmental factors that contribute to mathematics difficulties. This award-winning text examines: Children’s innate number sense and how the brain develops an understanding of number relationships Rationales for modifying lessons to meet the developmental learning stages of young children, preadolescents, and adolescents How to plan lessons in PreK–12 mathematics Implications of current research for planning mathematics lessons, including discoveries about memory systems and lesson timing Methods to help elementary and secondary school teachers detect mathematics difficulties Clear connections to the NCTM standards and curriculum focal points

Use research- and brain-based teaching to engage students and maximize learning Lessons should be memorable and engaging. When they are, student achievement increases, behavior problems decrease, and teaching and learning are fun! In 100 Brain-Friendly Lessons for Unforgettable Teaching and Learning K-8, best-selling author and renowned educator and consultant Marcia Tate takes her bestselling Worksheets Don’t Grow Dendrites one step further by providing teachers with ready-to-use lesson plans that take advantage of the way that students really learn. Readers will find 100 cross-curricular sample lessons from each of the four major content areas: English/language arts, mathematics, science, and social studies. Plans designed around the most frequently taught objectives found in national and international curricula. Lessons educators can immediately replicate in their own classrooms or use to develop their own. 20 brain-compatible, research-based instructional strategies that work for all learners. Five questions that teachers should ask and answer when planning brain-compatible lessons and an in-depth explanation of each of the questions. Guidance on building relationships with students that enable them to learn at optimal levels. It is a wonderful time to be a teacher! This hands-on resource will show you how to use what we know about educational neuroscience to transform your classroom into a place where success if accessible for all.

This interdisciplinary conversation combines educational theory with Bible scholarship to help teachers of the Bible move beyond conveying information to revealing the transformative power of the scripture.

Discover more than one hundred of Sharon Bowman's training-room-proven exercises and activities -- many derived from the high-impact strategies of NLP and Accelerated Learning -- and reduce delivery time, increase retention and improve knowledge and skill transfer. These back-pocket activities are easy, quick, topic-related, and fun, and you can draw on with a minimum of preparation. The Ten-Minute Trainer features a variety of exercises, ranging from one to ten minutes in length, and provides content-specific exercises as well as activities for transitioning between topics and gauging understanding. You'll find a useful answer section that explains the brain research behind the book and a special section on learning styles that ties in with the philosophy of "learn it fast and make it last." Order your copy of this effective resource today!

The purpose of this Master Thesis at Argosy University in December 2010 was to identify dominant learning modalities, as understood by the nine Multiple intelligences of Dr. Howard Gardner (Garner, 1993), the intelligences of right/left-brain dominance processing fields leading to whole brain theory in education. It can be called the Balanced Whole Learner, Whole Mind/Open mind learning methods. The brain dominance seems to be part of the Multiple Intelligence preference fields (Connell, 1996). Fifty secondary students, ten diverse adult learners, two administrators and eight teachers were part of the surveys done through 2009-2010. At the back of the text are diagnostic surveys, a potential interested person can take to determine their dominant learning styles. The questions that were asked was whether or not the adult learner or students were aware of the learning style preferences, and did they want to be aware of them.? The second focus was did their heritage, language, culture, educational level, or gender affect their learning style preferences? The researcher found positive data that supports these issues. The other information supports that brain dominance, MI theories are interwoven within each other as a composite Whole Brain Learning Theory. The text gives resources, findings and recommendations on how it can be implemented in a public school learning environment. The modalities can be integrated into a composite whole, and not separate categories, but an interwoven process to discover a persons brain processing. This is a valuable resources for an administrator, teacher, student, and adults to understand their unique method of processing information called the Whole Brain Learning Theory of education.

Zusammenfassung: This practical guide assists university faculty in developing and implementing service-learning courses and projects across multiple disciplines. It examines how embedding academic service-learning projects into the core curricula benefits not only the students, but also their universities and communities. The book describes ways in which service learning becomes a powerful teaching method using step-by-step explanations, real-world examples, and instructor checklists and handouts. Chapters detail how to integrate academic service-learning projects into classroom pedagogy and evaluate student experience. Key areas of coverage include: Strategies for ensuring that students engage with academic service-learning projects from the initial stages through completion. Guidance on embedding an academic service-learning curriculum into traditional coursework to supplement students' textbook knowledge and classroom experiences to address real-world problems in the community. Research confirming the ways in which students learn more and score higher on end-of-the-semester tests when courses incorporate academic service-learning projects. Steps to incorporate service-learning projects across various disciplines and coursework to enrich student learning and produce positive outcomes for universities and communities. Service Learning in Higher Education is an essential resource for professors and graduate students as well as teachers and educational professionals in such varied fields as school and clinical child psychology, educational psychology, social work, pedagogy, educational practice and policy, sociology, anthropology, and all related disciplines