Spatial ability is important to science, technology, engineering, and math (STEM) success, but spatial talents are rarely developed in schools. Likewise, the gifted may become STEM innovators, but they are rarely provided with pedagogy appropriate to develop their abilities in schools. A stratified random sample of volunteer participants (n = 75)…

Studies of the development of spatial representation have led to blind children being characterized as deficient, inefficient, or different when compared to sighted children. The study described involved 68 blind and blindfolded sighted students (7 to 18 years old) who explored a real or model room, either freely or guided along a predetermined…

Indicates that spatial ability describes a variety of different behaviors and briefly reviews efforts to define intelligence factors and identify processes involved in solving tasks requiring spatial ability. (DS)

This series of activities on spatial relationships was designed to help users acquire the skills of spatial visualization and orientation and to improve their effectiveness in applying those skills. The series contains an introduction to spatial orientation with several self-directed activities to help improve that skill. It also contains seven…

A circuit approach and station techniques are used to depict perceptual motor games for handicapped and nonhandicapped children. Twenty activities are described in terms of objectives, materials, and procedures, and their focus on visual tracking, visual discrimination and copying of forms, spatial body perception, fine motor coordination, tactile…

Research on hemispheric mode functioning indicates that some connections exist between learning disabilities (LD) and right-mode dominance, which suggests that instruction should be offered to develop right hemispheric (spatial perception) abilities in LD persons. The influence on student drawing of the right-left hemispheric shift during reading…

The papers in this monograph were presented at the first annual conference on theories and research related to learning styles, hemisphericity, and other cognitive-related issues in education. They include: (1) "The Microcomputer and Learning Theory" (Carl Edeburn); (2) "Poems Take Two Brains (or: Poetry Ain't for Halfwits)" (Jack Kreitzer); (3)…

An educational program was designed to introduce spatial concepts to 30 congenitally/early-blinded children, aged 8-14, using a modified Optacon of Telesensory Systems, Incorporated. Using the vibrotactile stimulation device, the children learned to identify various objects correctly and to describe their relative spatial arrangements. (Author/JDD)

This is volume 3 of the series of translations of books from the Soviet literature on research in the psychology of mathematics instruction and on teaching methods influenced by the research. This volume presents a detailed and careful technical analysis of the constituent aspects underlying spatial thinking as well as interesting reports of…

Visual recognition, navigation, tracking, and imagery are posited to involve some of the same types of representations and processes. The first part of this paper develops a theory of some of the shared types of representations and processing modules. The theory is developed in light of neurophysiological and neuroanatomical data from non-human…

Sex differences in cerebral organization and functioning, and the apparent superiority of males in spatial ability are examined in this paper. Attention is given to several kinds of cognitive and perceptual tasks in which sex differences in spatial ability have been shown to exist; among these are tasks involving: (1) recall and detection of…

Reviews research about young childrens' focusing on the ability to transform a perceived scene into another representation. Reports on a study of 109 children and 18 college-age students on their ability to mold a lump of clay into a three-dimensional figure. Finds that cognitive maturity alone does not automatically lead to competence. (CFR)