Presented are the author's impressions of the status of chemical education during the period from the mid-fifties to late sixties. (HM)

This publication of the Biological Sciences Curriculum Study (BSCS) presents an updated report on "Me in the Future," a curriculum development project that started in 1975 for educable mentally handicapped (EMH) students of secondary school age. The report introduces the project and describes its stages of development. The evaluation of…

THIS MANUAL IS DESIGNED FOR STUDENTS IN UPPER ELEMENTARY GRADES STUDYING THE SCIENCE CURRICULUM IMPROVEMENT STUDY (SCIS) UNIT "POSITION AND MOTION". THE OVERALL STRUCTURE OF THE UNIT FOLLOWS A CYCLE OF PRELIMINARY EXPLORATION, INVENTION OF SPECIFIC CONCEPTS RELATED TO REFERENCE FRAMES, AND DISCOVERY OF THE USEFULNESS OF THE CONCEPT.…

Factors influencing the implementation of physics curriculum projects are examined. Large scale implementation of curriculum projects is discussed in terms of involving representatives of many groups, including the government, the educational system, technical colleges, industry, professional associations, examining boards, parents, and society.…

The interrelation of science content and process is discussed in terms of analytic and systemic concepts. Analytic concepts identify the type or form of systemic concepts found in particular disciplines. In terms of analytic concepts, science processes such as observation, deduction, and prediction can be identified and defined as operations…

Factors related to the decisions of schools to adopt or not adopt an innovation in science education were studied. The investigations tested a five-factor model of the adoption process which was developed by the author and others during a previous investigation. Data were collected from a sample of 219 American physics teachers who had attended…

As a part of the unit materials in the series produced by the Australian Science Education Project, this teachers' guide is composed of four parts: introductory remarks, a core relating to bubbles and drops, options, and diagnostic tests. Materials are designed for students working at their own pace, either individually or in small groups.…

As a part of the unit materials in the series produced by the Australian Science Education Project, this teacher edition is primarily composed of three parts: a core, a number of options, and test forms. The core is concerned with seashores, wind, waves, life on seashores, and rocky shore ecosystems. Options are given under the headings: Pollution…

As a part of the unit materials in the series produced by the Australian Science Education Project, this teacher edition is primarily composed of a core relating to simple circuits, a test form, and options. Options are given under the headings: Your Invention; "How Long Does a Call Last?"; One, Two, Three Wires; Parallel Circuits; More…

As a part of the unit materials in the series produced by the Australian Science Education Project, this teacher edition is primarily composed of two sections: a core relating to nonverbal communication and a number of options. The core is concerned with body talk, signal meanings, facial expressions, and signal studies. Options are given under…

The successful implementation of the Science Curriculum Improvement Study (SCIS) program in a school district through the use of science curriculum leaders is described. The leaders were classroom teachers in the district. The role of the curriculum leaders is detailed. (CP)

Argues for the inclusion of a history of science component into the secondary school science curriculum. Provides examples of instances in which a historical perspective would be a suitable means to study a topic. (CP)

Describes changes and effects of the Israeli paper-and-pencil matriculation examination in biology since first analysis in 1972. The examination has been significant for implementing an inquiry-oriented high school biology program based on the Biological Sciences Curriculum Study. Implications for upgrading science education are discussed.…

Discusses reasons for the failure of the post-Sputnik science curricula and offers criteria for selecting relevant curriculum content, suggesting that these curricula focus on problem-solving. Lists seven problem areas (technological, environmental, empirical, historical, aesthetic, philosophical, and futuristic) with recommended topics for each…