Failure can be an effective tool for learning, but it comes with negative consequences. Educators and learners should practice strategies that leverage the benefits of failure while managing its negative consequences on learners' motivation and persistence. Towards that goal, this paper examines the biological effects of failure on learning to (1)…

This article provides an overview of adult learning theory, focusing on the theories covered in this issue of New Directions in Adult and Continuing Education. In offering a brief synopsis of each article and reflecting on the ways adult learning theories have evolved since the first update was published in 1993, this article explains several…

The problem addressed by this study was the commonly held belief that lack of confidence, preparedness, educational neuromyths, and little or no professional development are factors that impede early childhood teachers' implementation of brain-based learning strategies in the daily curriculum design structure. This qualitative narrative inquiry…

It seems reasonable to suppose that educational practices should be informed by philosophical and scientific understandings of the character and operation of mental processes. Clark and Chambers' 1998 'The Extended Mind' is a seminal paper in the philosophy of mind, but has received limited attention by educational researchers. Their Extended Mind…

This report provides an overview of neuroscience research that is applicable for science educators. It first offers a brief analysis of empirical studies in educational neuroscience literature, followed by six science concept learning constructs based on the whole brain theory: gaining an understanding of brain function; pattern recognition and…

This paper critically examines the application of research into cognitive neuroscience to educational contexts. It first considers recent warnings from within the neuroscientific community itself about the limitations of current neuroscientific knowledge and the urgent need to dispel popular "neuromyths" which have become accepted in…

This paper discusses brain-based learning and its relation to classroom instruction. A rapidly growing quantity of research currently exists regarding how the brain perceives, processes, and ultimately learns new information. In order to maximize their teaching efficacy, educators should have a basic understanding of key memory functions in the…

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…

An item that stands out (is isolated) from its context is better remembered than an item consistent with the context. This isolation effect cannot be accounted for by increased attention, because it occurs when the isolated item is presented as the first item, or by impoverished memory of nonisolated items, because the isolated item is better…

This booklet examines the learning process in reading, not with an eye to simple solutions, but with concern about problems and potential remedies. Within this framework, it discusses research on the brain and learning processes and suggests some ways to improve instruction for all children in grades K-8. After an introduction, sections of the…

Discusses two models of the mind: the influential model of "mind as container," in which the mind is akin to a computer storing data; and a connectionist model, in which the brain does not actually store or contain knowledge in the sense traditionally believed. Discusses the second model's implications for education. (EV)

Describes a learner-centered training model which draws from recent research on brain-based learning, multiple intelligences, and emotional intelligences. Emphasizes the importance of attending to trainees' emotional, physical, and social environments in addition to their cognitive environment. (EV)

Argues that viewing learning from a biological basis is particularly fruitful for technology-and-science education. Demonstrates the potency of this new view of learning in making sense of the findings of empirical studies of technology-and-science learning, modeling technology-and-science education as a set of five natural and contiguous acts.…

Describes the author's research on learning and brain activity, which involved more than 5,000 students and faculty members. Explores six stages of learning: (1) preparing to learn; (2) starting to learn; (3) consolidation; (4) branching out; (5) gaining fluency; and (6) continued improving. States that merging educational research with…

This book offers practical applications for exploring multiple intelligences in the classroom to help each student express his or her own personal learning rainbow. Special features of the book include seven complete lesson plans ready to be adapted to any grade level; objectives, activities, and applications that meet U.S. and California…