Programs should emphasize application, stress useful work, encourage student participation in planning, cross discipline barriers, and relate to real, human, and social problems. They should accommodate differences in student interests and abilities, teacher preference, and local conditions. (DF)

Four middle/junior high school programs, winners in the National Science Teachers Association's Search for Excellence in Science Education are described. Programs focus on: (1) note-taking in the laboratory; (2) natural history expeditions; (3) environmental physical science (social and scientific ecological studies); and (4) use of teaching teams…

Describes how an integrated approach to scientific investigation was used to provide a better image of science to potential college students. (ZWH)

A rationale is presented placing the teaching of science in a more meaningful context for the layman and requiring new synthesis of subject matter, less oriented to emphasizing the structure of disciplines. (DF)

Science outside the classroom is integrated by dealing with real problems in a real world which is opposite the precise, neat, and nonrelevant science that the student receives in school. (DF)

Focuses on science competitions by describing the objectives of and strategies used in several types of school competitions. Includes, when applicable, sources of additional information on specific programs (such as the Duracell Scholarship Competition and the Junior Science and Humanities Symposium). (JN)

A description of the present position of the FUSE organization relative to the development of unified science programs is discussed, including the related purposes and directions that characterize the newly established center. (DF)

Interdisciplinary modules that are interchangeable can be arranged to emphasize the interrelationships of science and to open many flexible options in science curriculum. (DF)

It is suggested that integrated programs can be used with students from primary through college levels. Models are presented covering the process, thematic, applied science, environmental, project, concept, and pattern approaches. The importance of teacher education for such programs is also discussed. (DF)

It is argued that science and society should not be separated or divided because they are two parts of a continuum of physical and social systems that lend themselves to the same kinds of questions and question answering and are bound together by a problem-centered approach. (DF)

Described is an annual science bowl held in Havenscourt Junior High, Oakland, California, for ninth grade science students. Patterned after TV's "College Bowl," the science bowl involves panels of students competing to answer objective questions and practical challenges. Indirect benefits to students include increased community support and review…

A high school senior describes her adventures as part of an eight-week glacier expedition in Alaska and British Columbia. Also includes information on how to obtain unique summer enrichment opportunities for teachers and students. (ZWH)

New objectives in science education will include man and the environment, science and society, and teaching moral values through science. Describes broad generalizations which exist or are implied in current programs as well as those new generalizations which are or will be included in developing programs. (DF)

Describes (in five separate articles) successful programs across the country in which business and education have paired up for the benefit of both. They include an intensive six-week summer program in which students join an Iowa State University research team (funded by the Iowa Utility Commission). (JN)