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Goodwin, Bryan – McREL International, 2018
This paper proposes a synthesis of the science of learning into a "model" teachers can follow and apply right away in their classrooms. Recent studies in neuroscience show that that our brains appear to actively and purposefully forget most of what we learn--continually clearing out old and unneeded memories to allow us to focus on more…
Descriptors: Brain, Memory, Learning Processes, Neurosciences
Boaler, Jo; Munson, Jen; Williams, Cathy – Jossey-Bass, An Imprint of Wiley, 2017
The most challenging parts of teaching mathematics are engaging students and helping them understand the connections between mathematics concepts. In this volume, you'll find a collection of low floor, high ceiling tasks that will help you do just that, by looking at the big ideas at the fourth-grade level through visualization, play, and…
Descriptors: Mathematics Instruction, Learner Engagement, Elementary School Mathematics, Grade 4
Carlsson-Paige, Nancy – Defending the Early Years, 2018
Many parents find it hard to make decisions about screen time for their kids because advice comes from different directions and often conflicts. In the field of child development, there are decades of theory and research that can be very helpful as a guide for screen and digital device use with young kids. These ideas can be a resource for parents…
Descriptors: Young Children, Child Development, Information Technology, Mass Media Use
Green, Linda Schwartz; Casale-Giannola, Diane – Corwin, 2011
Research indicates that students of all ages and demographics benefit from active learning strategies. The challenge is translating what we know into what we do. Award-winning educators Linda Schwartz Green and Diane Casale-Giannola build that bridge with more than 40 easy-to-implement strategies for today's inclusive classroom. This practical…
Descriptors: Classroom Techniques, Learning Disabilities, Learning Strategies, Active Learning
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Leamnson, Robert – Change, 2000
Recent research suggests that thinking of learning as an activity of the brain will lead to greater understanding of how and why students learn and how faculty can better facilitate learning. Discusses: genetic contributions; epigenetic growth; the synapse; stabilizing synapses; pedagogy; the role of emotions; kinds of learning; active learning;…
Descriptors: Active Learning, Brain, Elementary Secondary Education, Genetics
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Frantz, Kyle – Science Teacher, 2007
Initiatives in education reform emphasize inquiry-based active learning and real-world relevance to increase science literacy nationwide. Active teaching and learning approaches yield rapid intellectual development and may increase interest and motivation to learn science. Incorporating the topic of drug use with neuroscience, biology, psychology,…
Descriptors: Narcotics, Learning Motivation, Educational Change, Adolescents
Thomas, Alice, Ed. – Center for Development and Learning, 2004
This issue of the quarterly newsletter, "PLAINTalk," is the first in a four part series, reprinting chapters from Sharon and Craig Ramey's book, "Going to School." This issue presents practical and useful techniques for parents, covering the following topics: (1) How Parents Can Help Children Learn; (2) How Does Your Child's Brain Work; (3) The…
Descriptors: Children, Brain, Parent Role, Parents as Teachers