Describes a study of undergraduates that investigated the effects of mental imagery during training on posttest scores. Speed of retrieval time versus accuracy is discussed; perception of imagery use is examined; and treatments of experimental and control groups are described. (23 references) (LRW)

Describes strategies that use trade books to teach science to primary students. Strategies include (1) developing concepts and vocabulary; (2) using concrete manipulatives to reinforce learning; (3) encouraging retelling; (4) developing class summaries; and (5) developing visual imagery. (MDH)

Organized from the viewpoint of information retrieval theory, this review addresses issues of chemical information representation, comparison and matching, and retrieval strategies. Additional topics include similarity and clustering, visualization, and molecular diversity. Trends in research and application are identified, and gaps in the…

Reports on a study to determine whether the presence of coordinate axes in a test of spatial-visualization ability affects scores and response times on a mental-rotations task for students enrolled in undergraduate introductory graphic communications classes. Based on Pavios's dual-coding theory. Contains 36 references. (DDR)

Features activities designed to enhance students' spatial reasoning ability combining geometry, language arts, and visual arts. (ASK)

This study analyzes the impact of an integrated sensory model within a thermal equilibrium visualization. We hypothesized that this intervention would not only help students revise their disruptive experientially supported ideas about why objects feel hot or cold, but also increase their understanding of thermal equilibrium. The analysis…

For three biology professors, visualizing molecular processes is central to thinking in their discipline. This chapter reports their attempts at getting students to make this same cognitive move and the results of their assessments. (Contains 2 figures.)

The STArt! teaching Science Through Art program was developed to help both students and teachers address the new California Science Content standards. An initial presentation of program introduces molecular visualization using narrative discussions, handheld models, visualization software and art workshops and it also emphasize low-cost materials,…

Computer-based learning environments commonly comprise symbolic as well as static and dynamic pictorial representations, frequently combined with the possibility of modifying them interactively. While multiple, dynamic and interactive external representations have the potential to improve learning in various ways, they also place specific demands…

This paper examines part of a set of students who were followed during their first-term, first-year studies in formal definition-based real analysis at a British university. It explores the approaches to problems about convergence of sequences and series made by students who have a tendency to include visual imagery in their reasoning. We explore…

This study involved fourth grade children as co-researchers of their engaged, aesthetic reading experience. As members of the "Readers as Researchers Club," they documented their engagement with text--how they create, enter, and sustain the story world. The children, who self-identified as avid readers, explored the activities central to their…

Research has shown that technology-enhanced visualizations can improve inquiry learning in science when they are designed to support knowledge integration. Visualizations play an especially important role in supporting science learning at elementary and middle school levels because they can make unseen and complex processes visible. We identify 4…

The "ISSS Annual Conference Proceedings" is a peer-reviewed professional publication published once a year following the annual conference. The following papers are included in the 2013 proceedings: (1) Teaching About Asia in a Social Science Education Program (Cyndi Mottola Poole and Joshua L. Kenna); (2) Teaching Students about…

In educational settings, computers provide specific possibilities of visualizing information for instructional purposes. Besides the use of static pictures, computers can present animated pictures which allow exploratory manipulation by the learner and display the dynamic behavior of a system. This paper develops a theoretical framework for…

This guide encourages a learning environment that allows for creativity. Creative theory, assessment, and talent identification information is given. Student activities are presented to encourage creative problem solving, dispel myths and misunderstandings about creativity, provide exercises in brainstorming, creative thinking, and making cross…