Described is a study to determine the long-range impact of the Pennsylvania Nuclear Science Prolect. Findings include that fewer than one-half participants are still teaching the pilot program, that school/teachers who "dropped out" averaged three years from initial involvement, and that student interest and scheduling problems are two…

Describes aspects of the current status of biology teaching at the pre-college level, from an analysis of data collected from three NSF surveys, the NAEP, current textbooks, and other sources. Discusses previous and prospective viewpoints regarding goals of biology education, its curriculum, teachers, laboratory, and contemporary status. (CS)…

Identified are common features of the present implementation of new school physics teaching in Southeast Asia. Implementation aids, methods, and teacher comprehension, student cognitive levels, learning styles, and a more functional physics curriculum are discussed. (DS)

Identified are reasons for discrepancies between desired states and actual practice of problem solving and reflective thinking. Issues discussed include describing the development of problem solving, using problem solving methods in instruction, outcome of developing students' problem solving abilities, and reasonable expectations of attaining the…

Summarizes representative research relating to the critical role of attention in concept formation in science. Topics discussed include curing, manipulation of symbols, and directions for focusing attention on particular aspects of concepts. (Author/DS)

Ideas are given for including fungi in classroom activities for high school biology students. A discussion on the science of taxonomy leads into a discussion on the position of fungi in the five kingdom classification scheme of organisms. Suggestions are given for observing their growth and development. (SA)

Discussed are three aspects of the development of computer-aided learning materials: (1) reconstructing a beginning college physics course to be more efficient and flexible; (2) exploring simulations and learning sequences not usually accessible to students; (3) dissemination of project ideas to administrators and faculty elsewhere. (CS)

Presents a rationale for teaching a course to high school students on the influence of science and technology on society. Bioethics and food, and world hunger are two of the topics included in the course outline. References are given for simulation games, readings, and audiovisual materials. (SA)

Describes experiences in establishing an animal caretaker program for New York City students. The program works with cooperation from the United Pet Dealers Association and support from the pet industry. (SA)

Describes a physics course designed for nonscience majors citing some observations, ideas, and methods that were used in teaching the course and in motivating the students. (GA)

Reports a study of the effects of teaching the Elementary School Sciences Program (ESSP) on attitudes towards science of elementary school teachers. (SA)

The following aspects of the radiochemistry program at San Jose State University in California are described: the undergraduate program in radiation chemistry, the new nuclear science facility, and academic programs in nuclear science for students not attending San Jose State University. (BT)

Describes an undergraduate chemical engineering course which has been taught by a self-paced instructional method at Howard University, Washington, D.C. The instructional method, course description, and students' grades are also discussed. (HM)

Recommendations are given for obtaining high quality preparations of chromosomes with relatively little equipment using an improved Feulgen-squash technique. (Authors/SA)

This paper, presented at the conference on the role of the laboratory in physics education which was held in Oxford, England in July 1978, describes the role of the laboratory in school and university physics in Eastern Europe. (HM)