Outlines procedures for helping students develop and clarify their understanding of science terms and concepts. Explains the semantic feature analysis strategy, concept ladder, concept-relationship procedure, semantic mapping, and use of the word card as ways to teach reading in science. (RT)

Described is a study which was conducted as an exploratory assessment of science reviewers' perceptions for the future of science education. Arrives at interpretations for identified categories of computers and high technology, science curriculum, teacher education, training, certification, standards, teaching methods, and materials. (RT)

Describes five basic concepts, such as displacement, velocity, momentum, force, and moment of force. Discusses an experimental model to improve the intuitive understanding of acceleration in a straight line and a non-linear situation. (YP)

Argues that there are five domains of science education: knowing and understanding, exploring and discovering, imagining and creating, feeling and valuing, using and applying, and not just the two domains of content and process which many people view as being science. (RT)

An introductory science seminar about the physiology of human movement at Hampshire College is described. Students are required to begin defining and answering their own research questions and elements of collaborative learning are included. (MLW)

Describes the ENLIST Micros program and manuals based on results of a national needs assessment. The program name came from the object of the program to ENcourage LIteracy of Science Teachers in the use of Microcomputers. Listed are 18 objectives for training materials and 12 appendices. (YP)

Describes the National Sea Grant Program and eight types of education programs. Examines funding patterns from 1976 through 1987. Assesses current status of education within the Program using a director's survey. Discusses some implications for science educators. Provides the conceptual scheme for aquatic studies and a directory of the programs.…

Discusses the needs and properties of human systems including issues of safety and the holistic approach in engineering. Lists a suggested introductory engineering curriculum. Describes characteristics of future realities in managing technology. (YP)

Provides listings of general and specific recommendations that can be used by individual teachers, curriculum specialists, and school districts wishing to develop Science-Technology-Society materials adaptable to the needs of urban students. (RT)

Higher-order thinking skills in science and mathematics were compared for high school students in large and small schools, controlling for SES, number of advanced courses offered, and enrollment rate in those courses. School size, number of advanced courses offered, and rurality had no effect on high-order thinking skills. (KS)

Analysis of the relative contribution of age, gender, and verbal and mathematical reasoning abilities (measured by subtests of the Scholastic Aptitude Test) as predictors of success in accelerated secondary science courses found that a composite of verbal and mathematical reasoning ability was the most powerful predictor and verbal reasoning…

Describes an interdisciplinary project from the University of Costa Rica conducted to contribute to the improvement of science teaching in primary schools by adopting the Science Curriculum Improvement Study. Changes included the use of woods, rocks, shells, and rain water in science class and integration of science with other subjects. Student…

Presents a narrative account of an activity designed to extend the understanding of both science curriculum and alternative assessment for prospective science teachers enrolled in an advanced undergraduate course. The activity models instructional practice in a methods class. (LZ)

Changes are being made in the medical physiology undergraduate curriculum at Leeds to help students take greater responsibility for their own learning. Describes the use of problem-based assignments, workbooks, clinical case studies, and computer-based learning exercises in the physiology course to encourage student-directed learning. (LZ)

Presents year-long, elementary science projects that address the question of why daylight hours vary in length according to locality. Provides three instructional units designed to commence in September, including data collection activities for sunny days encouraging later classroom calculations; on-going graphing activities; and modeling…