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Richey, J. Elizabeth; McEldoon, Katherine; Belenky, Daniel – Pearson, 2023
Pearson's Learning Foundations describe the optimal conditions for learning and reflect the learner experience Pearson hopes their products will create. Pearson does this by incorporating the Learning Design Principles. Each of the Learning Design Principles goes into detail about a key principle, supporting product design and marketing by…
Descriptors: Active Learning, Teaching Methods, Memory, Learner Engagement
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
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Tawfik, Andrew A.; Kim, Kyung; Hogan, Maureen; Msilu, Fortunata – Journal of Educational Computing Research, 2019
Theorists suggest that collaboration is a key aspect in online, inquiry-based learning. However, research finds that meaningful interaction is challenging, and learners struggle to sustain interaction. One way to scaffold collaborative problem-solving is through case libraries; however, few studies have explored how the type of experience depicted…
Descriptors: Success, Failure, Problem Solving, Inquiry
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Markant, Douglas B.; Ruggeri, Azzurra; Gureckis, Todd M.; Xu, Fei – Mind, Brain, and Education, 2016
Despite widespread consensus among educators that "active learning" leads to better outcomes than comparatively passive forms of instruction, it is often unclear why these benefits arise. In this article, we review research showing that the opportunity to control the information experienced while learning leads to improved memory…
Descriptors: Active Learning, Learning Processes, Outcomes of Education, Teaching Methods
Subramony, Deepak Prem; Molenda, Michael; Betrus, Anthony K.; Thalheimer, Will – Educational Technology, 2014
In response to the wide-scale proliferation of "the cone of learning"--a fanciful retention chart confounded with Dale's Cone of Experience--the authors make four major claims debunking this fantasy and provide documentary evidence to support these claims. The first claim is that the data in the mythical retention chart do not make…
Descriptors: Educational Research, Research Methodology, Validity, Data Collection
Subramony, Deepak Prem; Molenda, Michael; Betrus, Anthony K.; Thalheimer, Will – Educational Technology, 2014
Critics have been attempting to debunk the mythical retention chart at least since 1971. The earliest critics, David Curl and Frank Dwyer, were addressing just the retention data. Beginning around 2002, a new generation of critics has taken on the illegitimate combination of the retention chart and Edgar Dale's Cone of Experience--the corrupted…
Descriptors: Educational Research, Research Methodology, Validity, Data Collection
Subramony, Deepak Prem; Molenda, Michael; Betrus, Anthony K.; Thalheimer, Will – Educational Technology, 2014
The authors are attempting to set the record straight regarding the sources frequently cited in the literature of the mythical retention chart and the corrupted Dale's Cone. They point out citations that do not actually connect with relevant works; provide correct citations of sources that are often cited erroneously; add references for overlooked…
Descriptors: Educational Research, Research Methodology, Validity, Data Collection
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Voss, Joel L.; Galvan, Ashley; Gonsalves, Brian D. – Neuropsychologia, 2011
Memory retrieval can involve activity in the same sensory cortical regions involved in perception of the original event, and this neural "reactivation" has been suggested as an important mechanism of memory retrieval. However, it is still unclear if fragments of experience other than sensory information are retained and later reactivated during…
Descriptors: Learning Strategies, Memory, Memorization, Brain Hemisphere Functions
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Waltereit, Robert; Mannhardt, Sonke; Nescholta, Sabine; Maser-Gluth, Christiane; Bartsch, Dusan – Learning & Memory, 2008
Memory extinction, defined as a decrease of a conditioned response as a function of a non-reinforced conditioned stimulus presentation, has high biological and clinical relevance. Extinction is not a passive reversing or erasing of the plasticity associated with acquisition, but a novel, active learning process. Nifedipine blocks L-type voltage…
Descriptors: Stimuli, Pharmacology, Active Learning, Animals
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Clark, Ruth Colvin; Mayer, Richard E. – Performance Improvement, 2008
A learner-centered approach is a central feature of instruction based on a constructivist learning model. However, there is some confusion regarding the requirement for behavioral activity as a prerequisite for a learner-centered environment. We offer evidence in this article that some types of behavioral activity can interfere with cognitive…
Descriptors: Constructivism (Learning), Active Learning, Learning Processes, Teaching Methods
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Barad, Mark; Cain, Christopher K.; Blouin, Ashley M. – Learning & Memory, 2004
Extinction of classically conditioned fear, like its acquisition, is active learning, but little is known about its molecular mechanisms. We recently reported that temporal massing of conditional stimulus (CS) presentations improves extinction memory acquisition, and suggested that temporal spacing was less effective because individual CS…
Descriptors: Active Learning, Animals, Learning Processes, Cues
Caine, Geoffrey; Caine, Renate Nummela – Zip Lines: The Voice for Adventure Education, 1997
Describes the process of active learning--consolidation and internalization of information that is personally meaningful and conceptually coherent. Discusses downshifting (a self-protective response that includes reversion to routine behaviors) and the educational practices and conditions that lead to it or reduce it. Describes 12 principles of…
Descriptors: Active Learning, Brain, Cognitive Processes, Critical Thinking
Cromley, Jennifer – 2000
This book, developed for adult educators who teach or tutor reading in General Educational Development (GED) classrooms and for teacher trainers, contains 18 fact sheets on learning and thinking, each about 10 pages long. The following fact sheets are included: (1) Literature Is Not Science; (2) Making Connections; (3) Mental Models; (4) Thinking…
Descriptors: Active Learning, Adult Basic Education, Adult Educators, Cognitive Development