Provides strategies for adapting microscope activities for students with disabilities. The following factors are considered: (1) mainstreaming strategies; (2) laboratory techniques; (3) observing and classifying; (4) vocabulary and terminology; and (5) safety. (ZWH)

Includes book reviews of science trade books written in Spanish from the following categories: (1) Animals, (2) Encyclopedic Series, (3) Nature, and (4) Physical Science. (ZWH)

Presents answers from a teacher, a curriculum developer, and the educational literature to the question "How is hands-on learning evaluated?" Describes different approaches to performance-based assessments including performance tasks, observational checklists, and portfolios. (PR)

Reports on interviews with three music educators about interdisciplinary teaching methods. Asserts that students' musical curiosity must be satisfied to help create well-rounded musicians. Includes a teaching example demonstrating the three basic physical characteristics of sound. (CFR)

Describes a collaborative project involving teachers, administrators, university faculty, and museum staff that developed two interdisciplinary instructional kits. Includes four lesson plans combining social studies, language arts, science, and mathematics with art instruction. Also includes four full-page, color photographs of art objects. (CFR)

This study examined whether students could learn counterintuitive science concepts by reading and discussing ideas. Ninth graders read texts, answered questions, then completed control activities or engaged in scaffolded discussions. Students who read expository text and students who participated in scaffolded discussion performed better than…

Presents a project-based curriculum, Foundations of Science (FOS), that integrates the physical and biological sciences. Consists of three years of integrated science based on: integrating science disciplines, project-based science, inclusion of authentic problems, and routine uses of technology. (nine references) (JRH)

Describes a project that uses a computer and a dot matrix printer to simulate the holographic recording process of simple object structures. The process' four steps are (1) superposition of waves; (2) representing the superposition of a plane reference wave on the monitor screen; (3) photographic reduction of the images; and (4) reconstruction of…

Describes the Mathematics Correspondence School that was organized in late 1960s and still directed by the author, to serve about 1,000 Russian secondary students in small cities and remote villages. Discusses this project's extension to other disciplines, and the introduction of English versions of the school's textbooks via this regular journal…

Describes the process of osmosis from its discovery by Nollet in 1848 to modern applications. Uses experimental descriptions, illustrations, and photographs to explain osmosis. Discusses the technology of producing perfect filters and their applications in reverse osmosis to purify salt water and to filter blood in kidney machines. (PR)

Describes an evaluation of two video modules developed at the University of Plymouth (United Kingdom) to interest and motivate students in learning mathematics. Videos to teach the concepts of motion and of momentum and collisions are described; students' and teachers' attitudes are discussed; and evaluations of revised versions are reported.…

Describes one individual's efforts to help support early science education by making presentations to children in elementary schools. Discusses the following aspects of the program: (1) getting started; (2) obtaining funding; (3) assessing students ability levels; and (4) deciding what hands-on experiences to give students. (MDH)

Describes an activity to construct polyhedra resembling molecular structures. Each face forms regular polygons made up of balls. Step-by-step directions are provided to perform the constructions. (MDH)

Suggests seven take-home experiments geared toward the topic of energy that can be utilized in large, general-education physics classes that do not include laboratory sessions. An appendix provides details for the experiment to measure the heat of fusion of water. (MDH)

Describes a method of teaching physics for mastery. The method includes writing assignments on journal sheets, discussions of major concepts by student teams, and individual mastery conferences using questions formulated around the results of the group discussions. Discusses the ramifications of using this method. (MDH)