A self-paced format is used to teach physical science on three levels: (1) regular program; (2) challenging readings and experiments for academically gifted; and (3) modified textbooks for students with reading/learning difficulties. (Author/JN)

Based upon the overlap of science education and environmental education, an elementary and secondary school science curriculum is proposed which vertically and horizontally integrates the themes of energy and the environment into science. Topics discussed include instructional materials and teacher education. (DC)

Describes the development of a two-week National Science Foundation (NSF)-funded course at the Virginia Military Institute to promote the lecture demonstration technique. (SK)

Information is presented, based on two visits to the USSR combined with a reading acquaintance of Soviet science education, about education in science in Soviet schools. (PB)

Reports results of a study which identified differences between schools (N=64) which accepted, rejected, or made exploratory use of an innovative marine curriculum. Includes brief descriptions of course units and the study's implications. (DS)

Discusses the rationale underlying the production of 16 interactive teaching packages designed to demonstrate to 15-16 year olds the historical, domestic, industrial, economic, and socio-moral implications of chemistry. Briefly describes each package and reviews assessment results. (DS)

Describes a course using the prospect of living in space for motivating students to learn basic physics as well as differences between pure science and technology. Includes course content and a sample final examination. (Author/JN)

Discusses the use of microcomputers as a universal instrument to replace more expensive instrumentation in many traditional labs. Describes the availability of microcomputers as inexpensive educational tools which can be used successfully in labs with minimal requirements on the computer. (SK)

Describes a quantitative hands-on approach for teaching science to elementary school teachers. Program materials have been presented to students in undergraduate elementary teacher education and to teachers in the Chicago metropolitan area. The program has resulted in measured improvement in science skills of elementary school children. (Author/SK)

The status of bilingual education in the United States is discussed with emphasis on science teaching. The impetus for the article comes from a final report of the office of Bilingual Education which states that one-half of the children with limited English proficiency are of Spanish-language background. (SA)

Presents the impressions of the 13-member American science education delegation to the People's Republic of China. Describes the precollege education in terms of quality, practices, extracurricular opportunities, and the new unified national curriculum. (SA)

Describes the three phases of the development of the pilot project on science concepts learning which was designed to be implemented nationally by the participating countries of the Southeast Asian Ministers of Education Organization (SEAMEO). (HM)

The three stages of evaluation of the instructional modules of the Crustal Evolution Evaluation Project (CEEP) are described. Self-instructional evaluation procedures were developed and used. These are presently available to science educators through NAGT or the ERIC system. (SA)

Discusses how teachers can teach science to elementary students with deafness. Urges the need to provide scientific knowledge in an accessible language and to encourage "hands on" experiences with a variety of materials. Addresses how science can increase competency in reading and writing English. (CR)

Identifies and describes misconceptions held by preservice elementary teachers about the greenhouse effect, atmospheric ozone, and acid precipitation. (Contains 28 references.) (DDR)