The term learning styles (LS) describes the notion that individuals have a preferred modality of learning (i.e., vision, audition, or kinesthesis) and that matching instruction to this modality results in optimal learning. During the last decades, LS has received extensive criticism, yet they remain a virtual truism within education. One of the…

The purpose of this article is to examine the background and purpose of using dominance profiles to assist coaches in determining learning preferences for themselves and their athletes. Dominance profiles can provide information that will help coaches understand the differences in how athletes think, act, and learn. Dominance profiles can help…

Reading is a basic life skill. Unfortunately, in 2007, only 29% of all eighth graders were able to comprehend at or above a proficient reading comprehension level. Sensory learning styles (kinesthetic, tactile, auditory, and visual) affect the way that students prefer to learn and the areas in which they will have difficulty learning. This study…

Examines visual cognitive processes having to do with perception, the assimilation of new information, and learning by analogy, and identifies instructional strategies to control each process. Discussion of relationships between visual learning and instruction includes implications for research and design. An extensive bibliography is provided.…

Cited is research which indicates that ocular motor abnormalities in children with reading difficulties are factors in the processing of visual information. (CL)

Results indicated no interaction between modality preference and reading method. The visual method of teaching resulted in higher achievement regardless of modality preference; however, children with an auditory modality preference were generally superior in achievement compared to those with a visual preference. (Author)

Kindergarten children were exposed to a behavior modification training activity involving perceptual scanning, which was designed to increase the field-independent mode of perception. The training was evaluated, based upon a group of 18 experimental subjects and a control group of 17 children. Subjects in the training group were individually…

A U.S. Air Force study was designed to develop instruction based on the supplantation theory, in which tasks are performed (supplanted) for individuals who are unable to perform them due to their cognitive style. The study examined the effects of linear and multiple imagery in presenting a task requiring visual comparison and location to…

In a study that investigated differences in the processing styles of beginning readers, a Pictograph Sentence Memory Test (PSMT) was administered to first and second grade students to determine their processing style as well as to assess instructional effects. Based on their responses to the PSMT, the children were classified as either visual or…

This volume contains 53 articles grouped under five headings: (1) Research (14 papers on such topics as cognitive style and cognitive strategies, visual literacy training, and the impact of diagrams, type styles, and computer graphics on learning); (2) Theory (nine papers on such topics as the development of visual literacy concepts, cognition and…

Describes the Agam program, a 36-unit curriculum program to introduce students to basic visual concepts and that applies visual abilities and visual thinking to learning tasks. Describes two units at the third grade level, "Ratio and Proportion" and "Numerical Intuition," and makes observations of the students' learning. (MDH)

Presentations at the International Visual Literacy Association conference are grouped under five topics, a prologue, and an epilogue: (1) Prologue--"Writing About Visual Literacy" (Roberts A. Braden); (2) Visible Language--four papers concerning picture books, the Macintosh and Laserwriter, the design of library signs, and visual literacy and…

Thirty-five second-grade learning disabled children participated in a visual information processing training program designed to teach analysis of visual material into component parts, systematic scanning of visual arrays, pick-up, description, and memory storage of distinctive information, and efficient solution of visual match-to-sample…