Presented are the reasons why the earth sciences must play a major role in curriculum renovation. Philosophical, methodological, and conceptual contributions to K-12 curriculum content are discussed. (KR)

The advantages of using videoconferencing in engineering education are stressed. Discussed are technological change, engineering practice, faculty development, educational effectiveness, and teleconferencing vendors. An example of a campus-based teleconferencing service is cited. (CW)

Described is a curriculum survey of general chemistry courses at the college level and an evaluation survey of the advanced placement chemistry examination. Results indicated that the AP chemistry course should remain broad in coverage and should expand its laboratory component. Analyses also indicated that the AP exam was appropriate and valid.…

Described are efforts of the Open University (United Kingdom) to retrain physics teachers using distance learning strategies. Discussed are the teacher shortage, the program design, styles of delivery, group activities, content, teacher types, and the National Curriculum. (CW)

The status of science education in the United States from the point of view of the National Association of Biology Teachers is discussed. International comparisons, and the results of education at these levels is described. Suggestions for the improvement of science education are provided. (CW)

Analyzes efforts by school districts reorganizing science curricula in Illinois. Describes state goals for Illinois: Knowledge and Vocabulary; Science-Technology-Society; Scientific Enterprise; and Science Process. Discusses how school districts emphasize the 4 state goals for grades 3, 6, 8, and 11. (YP)

Describes a three-day classroom activity combining criminal investigations and scientific skills, especially observation skills. Provides detailed classroom procedures with an illustration of eight basic fingerprint patterns and a classification chart. (YP)

Analyzed is the role of formal logic in the development and investigation of science education. Investigated are the use of logical relations in the learning of abstract concepts and the development of efficient cognitive processes in the context of science curricula. (Author/YP)

Claims that what is needed is not simply powerful and elegant technology but appropriate technology. Discusses the impact of tacit knowledge and scientism. Recommends the propagation and implementation of the ideal of an organic society, and the return to the ideal of liberal and moral education. (YP)

Discusses the issues of animal hunting. Provided is a comparison table of the hunter's view and anti-hunting activists views with six questions to consider. Lists 5 references. (YP)

Provides three classroom examples showing students how chemical engineering techniques can supply partial answers to social questions, such as environmental issues. Examples are depletion of the ozone layer, nuclear winter, and air pollution by chemical solvents. (YP)

Summarized are factors that have been identified as playing a role in the continued strength of the geology department at Carleton College. Discussed are the local environment, curriculum, teaching methods, and the atmosphere of the department. Suggestions for increasing the strength of academic geology departments are provided. (CW)

Discussed are procedures for increasing understanding and appreciation of geology among undergraduates. Included are using student-centered approaches, deemphasizing the use of conventional textbooks, increasing the use of nonspecialized field programs, and increasing the experimental dimensions of geology programs. (CW)

Investigates the effect of a directed-inquiry approach to learning science process skills and scientific problem solving in the high school biology laboratory. Reports no main effect of the approach but an interaction effect of the approach and cognitive development. (Author/YP)

Introduces three laboratory exercises which develop an understanding of principles of mechanics by using examples of bicycle operation: Newton's laws, statics and dynamics, and energy relationships. Describes related theory and laboratory procedures with diagrams and pictures in each exercise. (YP)