The Tactile Diagrams Research Project at Loughborough University of Technology (England) developed 164 tactile diagrams for teaching 22 biological themes to blind students. Evaluation of the diagrams found most to be effective when properly introduced to students, and used with supporting text or tapes. (CB)

Described is a project in which art education graduate students in Perth, Australia, built a story mural for blind children. Using an Australian adaptation of "The Wizard of Oz," they created a mural with textures and objects that illustrated the story carried in print and braille. (SJL)

This article describes how to make tactile charts for students who are blind and in the allied health professions on the basis of medical images and how students who are blind evaluate these charts. Editing rules for creating the charts are discussed. (Contains references.) (CR)

The goal of this project was to devise new methods of producing tactile facsimiles of microscopic images for the blind and visually impaired biology students at the secondary and college level. The numerous raised-line images that were produced were assembled along with brailled and large print student instructions, audio cassette tapes describing…

Recounts a college economics professor's attempts to explain macroeconomic concepts to a blind student. Considers how explanations of economics principles often rely on graphic presentations. Describes experimental tactile adaptation, using graphs made out of sandpaper, yarn, spaghetti, and other materials. Recommends developing prefabricated…

This project investigated the provision of a set of core tactile and large print diagrams and supporting materials for degree level psychology study, containing diagrams that are central to the majority of UK psychology courses, as an alternative to providing many different bespoke diagrams for individual students. Interviews with 12 blind and…

Describes some adaptations made in a university physics laboratory course to accommodate a student with total visual impairment. (WRM)

Discusses a project at the University of Louisville in which chemistry laboratories are being adapted for use by blind students. Describes the operational analysis of tasks normally performed in labs. Provides specific recommendations on how to utilize new technologies to enable blind students to conduct hands-on learning experiments. (TW)