Offers a Tangram Teaching Guide that provides a five-step developmental sequence for teaching tangramming to young children. Includes teaching resources and a checklist summarizing the teaching sequence. Asserts that tangram experiences help children develop positive attitudes toward geometry, further their shape identification and classification…

Artistic giftedness in 217 4-, 6-, 8-, and 10-year olds was investigated from a neo-Piagetian perspective, which articulates the increasingly complex structures for representing spatial relations in drawing during middle childhood. Gifted children structured spatial relations, composed their drawings, and used color similarly to average children,…

Describes the development of a test designed to allow meaningful and widespread computerized testing of various spatial factors. Examines the differences between traditional paper and pencil and computerized versions of the same test. Compares an interactive test designed to measure a working memory factor to the computerized version of…

Compares results of Successive Perception Test I (SPT) for the study population of freshman engineering students to their results on the group-administered Purdue Spatial Visualization Test: Visualization of Rotations (PSVT) and the individually administered Haptic Visual Discrimination Test (HVDT). Concludes that either visual and haptic…

Explains the Geometric Standard of the "Principles and Standards for School Mathematics" (NCTM, 2000) which emphasizes the usefulness of geometric ideas in representing and solving problems across the mathematics curriculum. Discusses this Standard and illustrates it with classroom examples. (Contains 45 references.) (YDS)

Nine experiments examined 6- to 10-month-olds' formation of an abstract category representation for "between." Findings indicated that older, but not younger infants, could form an abstract category representation for "between" when performing in an object-variation version of the between categorization task. Six- to…

Reports on a study in which three 3rd grade students were presented with the volume of cuboids. Examines the problem solving actions students demonstrate and analyzes students' strategies and solutions. Explores the connection between spatial structuring and the use of numerical operation. Considers perseverance and control emerging when solving…

Eighty-two elementary school children with attention deficit disorder (ADD) and dyslexia made more errors than 83 normally reading children with ADD on a test of rhyme and alliteration. A subgroup of dyslexic children who were sensitive to rhyme and alliteration scored higher than other dyslexic children on a test of spatial ability. (Author/DB)

Investigated differences in performance between sexes on a spatial visualization task constructing pentaminos and whether supplying clues to the learner to guide would be a factor in performance. Concluded that males were more adept at identifying the shapes than females. (YP)

Reports two experiments in which plain blocks of various sizes were presented in various spatial orientations to children three-eight years old in an attempt to establish how they represent three-dimensional spatial relations pictorially. Results showed that young children represented depth in the array vertically in the picture plane. (RH)

College students participated in a study to test competing hypotheses derived from Bem's gender schema theory and Spence's gender identity theory. In two samples, sex, self-concept, and spatial activities made significant direct contributions to the prediction of spatial performance, supporting Spence's theory. (RH)

The article reports successful training with traditional visually handicapped orientation and mobility methods of a woman with no visual impairment but a neurological processing deficit leaving her unable to process spatial relationships. (Author/DB)

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"…

A study involving 477 female and 501 male fifth through eighth graders was conducted to investigate the differences in spatial visualization abilities and effects of instruction on spatial visualization skills of students by grade and sex. Instruction in visualization proved effective across grade and sex; retention of effects persisted after one…

Summarizes the result of research which considers the effect of women's hormone level on specific skills. Reports that low estrogen levels allow women to excel at spatial skills, but perform poorly at complex motor tasks and speech articulation. Discusses some implications and further research ideas. (YP)