Investigations of the effects of visual imagery and pictorial stimuli on young children's oral prose learning indicated: (1) age differences affect the ability to profit from self-generated imagery; (2) experimenter-provided cues help to generate imagery; and (3) the type of cue provided relates to the kind of information recalled. (Author/GDC)

Two types of instruction were emphasized in the solution of insight problems. One study directed subjects to reformulate their initial view of the problem to avoid unnecessary assumptions about it; another required visualization of problem components. Results indicated that reformulation instructions contributed to performance, but visualization…

Describes ways for developing visual imagery in the early childhood education program, preparing children for discrimination learning and reading instruction. (RL)

First semester college students (n=92), during their second week of classes, participated in a two (received grade point average information vs. no information) by two (imagined academic achievement scenarios vs. no scenarios) by two (received reattribution information vs. no information) intervention program designed to enhance their academic…

Explores the effect of continuous training on tonal and auditory memory. Does so by comparing the auditory short-term memory skills of English and American children, ages five, six, and seven. (RKM)

This article outlines a series of investigations in graph theory which simultaneously gives exercises in visualization. It is argued that one of the advantages of classroom investigations is that students can be lead to an intuitive grasp of advanced mathematics. (PK)

This article examines naive conceptions of spatial reference that children bring to Logo programing language learning. Students from Grades 4, 5, 6, and 8 were introduced to six Logo commands, and then were tested on predicting the output for instances of each of the commands. (Author/LMO)

Noting the use of mental pictures to aid students' learning--the keyword method--is effective for both good and poor readers, describes specific methods, provides research to support their use, and presents classroom applications that lead from teacher instruction to students' independent learning. (NH)

Evaluated effectiveness of six instructional programs (each dealing with a different aspect of a spatial task related to diagrams of three-dimensional structures) with Bahraini students (ages 13- to 17-years-old). All brought about a significant degree of learning over all age groups. Implications of these and other findings are discussed.…

Studies the ability of 5-month-old infants to recall temporal information and use temporal organization by training them to fixate a hierarchically structured or unstructured sequence of stimuli which appeared in four spatial positions. Results are interpreted within a temporal organizational framework; infants appear to use organization within…

A paired-associate memory task with pictures and words as items was used to categorize fourth graders into four learner types (high/low picture x high/low word performance). Poor paired-associate learners profited more than did good paired-associate learners from picture aids on the prose task. (Author/BW)

Strategic differences in spatial tasks are explained in terms of different cognitive coordinate systems that subjects adopt such as standard versus arbitrary, task-defined axes. A theoretical account of mental rotation of individuals of low and high spatial ability solving problems from psychometric tests is instantiated as computer simulation…

Four computer programs are reviewed. Programs emphasize problem solving in science, visual and spatial thinking, word processing, and health awareness. Hardware requirements, recommended grade levels, manufacturer, purchase agreement, and current price are included. (JN)

Research in science education demonstrates the importance and effectiveness of the hands-on approach in student learning. Activity- oriented instruction offers multi-modal opportunities for learning science. However, there is very little research on the sensory nature of hands-on science learning. How do science educators describe lab activities…

Today's technology gives us a great opportunity to complement the subtlety of human thought with the power and accuracy of modern computers. In this presentation I consider fundamental modes of human thinking to see how enactive, visual and symbolic methods can be used in a versatile way with the support of well-designed software. My analysis…