Thanks to unprecedented advances in brain science, we know more about the brain today than ever before. But what does that science tell us about how we learn? How can we capture the power of neuroscience research so that it benefits our students? Judy Willis and Malana Willis answer these questions with clarity and insight, translating recent…

When information is presented to students, it goes into the working memory of their brain. But the information quickly fades away unless something is done to trigger its move into the brain's long-term memory where it is stored and recalled later. This article offers established facts, understandings, and practices that teachers can use to help…

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…

When teaching a lesson, do students remember the information the next day? The next week? Will they retain that information long enough to use it on a high-stakes test and, most importantly, will they retain it well enough to make use of it in their lives beyond school? "How to Teach So Students Remember" offers seven steps to increase students'…

The author's secondary school mathematics students have often reported to her that quadratic relations are one of the most conceptually challenging aspects of the high school curriculum. From her own classroom experiences there seemed to be several aspects to the students' challenges. Many students, even in their early secondary education, have…

This Fastback contends that educators are in the memory business, that memory is probably our most maligned faculty, that forgetting is a fact of life, and that overall memory skills can be learned. The booklet addresses the following questions: How justified are people's complaints about memory? How much is myth and how much is fact? What memory…

This book is a comprehensive guide to learning and memory strategies for all students and especially those with learning problems. Chapter 1, on memory and the brain, explains brain cells, the cortex, function of the cerebral lobes, and other brain structures. Chapter 2 examines the memory process and discusses sensory memory, short-term memory,…

Describes the theoretical models which suggest different "levels" in memory processing, corresponding to the short-term and long-term storage of information. Reviews studies substantiating this perspective and outlines strategies for the use of "levels" in developmental education design, as an alternative to rote memorization. (PAA)

Investigates the impact and relationship of notetaking techniques, notetaking functions, and measures of working memory on learning in an introductory college economics course. Compares conventional (taking notes in the customary fashion) with the outline method (recording notes in spaces on an instructor-provided outline). Includes suggestions…

This guide is designed for those teaching return-to-study courses for adults. It is divided into two parts. A course guide begins by explaining why past approaches for equipping students for academic success are unhelpful. The approach used in this guide is described by drawing on cognitive psychology, especially about short- and long-term memory,…