Explore young children's remarkable everyday math that can lay the groundwork for formal math education in kindergarten and beyond. Readers will learn how math is embedded in children's everyday lives, how daily routines contribute to the development of important math concepts, and what adults can do to foster the joy of early math learning.…

Children's ways of learning are as different as the colors of the rainbow. All children have different personalities, preferences and tastes; they all have a certain way they prefer to learn. Teachers and parents need to be aware of and value these differences. Children's brains develop faster from birth to age three than any other time, and more…

In this important book for pre- and in-service teachers, early math experts Douglas Clements and Julie Sarama show how "learning trajectories" help diagnose a child's level of mathematical understanding and provide guidance for teaching. By focusing on the inherent delight and curiosity behind young children's mathematical reasoning,…

How do children learn math--and why do some children struggle with it? The answers are in "Number Sense and Number Nonsense," a straightforward, reader-friendly book for education professionals and an invaluable multidisciplinary resource for researchers. More than a first-ever research synthesis, this highly accessible book brings math…

Reasons for the relative lack of literature dealing with spatial concepts of low-vision children are suggested, and two assumptions are seen as invalid: (1) that knowledge of spatial concepts is not important for persons with low vision and (2) that children with low vision have adequate knowledge of spatial concepts. (CL)

This article highlights ideas, adaptations, and strategies that have been effective for educators teaching students with visual impairments. Strategies are shared for teaching the concepts of left and right, using alphaboxes for teaching the alphabet, using CDs for Braille reinforcement activities, and using a lawn compass to teach orientation.…

Research with gifted children has identified certain clusters of traits which are directly related to a visual/spatial orientation in learning. This article presents common traits of visual/spatial learners, including introversion and behavior problems, and offers adaptive techniques that have been found effective in teaching "nonsequential"…

This article describes the physiological mechanisms involved in three-dimensional depth perception and presents a variety of distance and depth cues and strategies for detecting and estimating curbs and steps for individuals with impaired vision. (Author/DB)

Reviews the development of spatial organization in children with blindness. Discusses the importance of motor exploration, tactual development, and spatial representation as critical factors in developing spatial and cognitive organizations of their surroundings. Suggests seven specific activities to improve spatial organization in blind children.…

The acquisition of spatial terms in the language development of young children is examined. Two primary theories of word meaning and concept acquisition are reviewed, followed by a summary of current developmental research on spatial terms and factors influencing acquisition. Finally, guidelines for the assessment and teaching of spatial terms are…

The article reviews the role of the vestibular system, tactile system, kinesthetic system, visual system, balance, locomotion, body awareness, spatial system, mildline crossing, bilateral integration, form perception, and eye-food coordination in promoting an integrated motor base on which later learning is built. (CL)

This book presents games for children, teenagers, and adults, explaining how each game can help children develop in a holistic way. It begins by discussing tips for teaching games, how to deal with children who break the rules, and what type of equipment to use. The book provides help on how to approach play within each of the different age…

What should constitute a preschool mathematics program for children ages 3 and a half to 5 years? What mathematical ideas could youngsters explore? This paper discusses six broad mathematical concepts for investigation by preschoolers: number, space and location, shape, patterns, measurement, and permutations. For each big idea, activities are…

Presents a methodology designed to strengthen the cognitive effects of using graphing calculators to solve polynomial equations using pattern matching, searching, and heuristics. Discusses pattern matching as a problem-solving strategy useful in the physical, social, political, and economic worlds of today's students. (DDR)

Describes a successful mother/daughter math club started by a third grade teacher which is designed to help participants increase positive feelings about mathematics; further develop problem-solving skills, especially involving construction and spatial visualization tasks; and become familiar with women's contributions to the world of mathematics.…