Discusses various issues in science curriculum/instruction and proposes that the National Science Teachers Association assume the responsibility for establishing quality science instruction. Topics/Issues include, among others, competencies science teachers will need in the future, computer oriented programs, and interdisciplinary science…

Described is the secondary science teacher's answer to the needs of their limited English proficiency students. Topics include the parallels between acquiring a first and a second language, the kind of learning environment most conducive to language learning, and scientific processes which are used for instructing students with English as a second…

Compares changes in attitudes toward science and open-mindedness in treatment and nontreatment groups of preservice elementary teachers enrolled in an inquiry-oriented methods course and an expository freshman physics course, respectively. Concludes that course design effects a difference in attitude and open-mindedness. (CS)

Tests Suggestology as an appropriate teaching-learning method for college juniors and seniors in an elementary science methods course. Results indicate higher levels of achievement in the Suggestology classes than in the traditional teaching-learning method classes. (CS)

Describes how high school biology teachers can use the Global Learning and Observations to Benefit the Environment (GLOBE) program protocols and data in their classrooms. Includes background information on plant phenology, an overview of GLOBE phenology protocols and materials, and implications for protocols with both deciduous trees and grasses…

Described is a survey of two-year chemical technology programs in the United States. The results of the survey are presented, and a set of recommendations for the improvement of chemical technology programs is presented. (CW)

Compares current science education reform efforts with those of the 1960s to enhance student learning. Discusses how an "alternative models" view of scientific explanation can contribute to reforms of course goals, social aspects of science learning, instructional practices, and roles for technology. Contains 50 references. (ZWH)

The lack of a vision of sustainability in contemporary science education is discussed. Policies for curriculum and instruction that will enhance sustainable growth that are based on the ideas of fulfilling basic human needs, improving the environment, conserving resources, and developing a sense of community are presented. (KR)

Reports a study (n=41) of the effectiveness of in-depth, conceptually integrated instruction delivered via a videodisc program in eliminating children's alternative frameworks in science. This curriculum, which did not directly address alternative frameworks during instruction, changed 92% of the alternative frameworks held by students to…

Through a review of the literature, looks at instructional and curricular issues related to the student-as-scientist model and the critical nature of the teacher's role in expanding school science activities to include this model. (SM)

Four reports are presented including "Alternative Approaches to Assessment of Practical Work in Science"; "Introducing Multicultural Science Teaching to a Secondary School"; "A Case Study on the Relative Performance of Boys and Girls in Chemistry Part II"; and "An INSET Technique--Developing a New Consensus." (CW)

Describes the effects of teacher subject-matter knowledge on classroom discourse at the level of individual utterances. Details analyses conducted in a year-long study of language in the classrooms of four new biology teachers. Among the findings are that these teachers talked more, asked more questions, and relied heavily on low cognitive level…

Explains how Darwin's observations and experiments can be used to show the true nature of science and good scientific methods. (PR)

Provides reasons for pursuing interdisciplinary study, reviews past interdisciplinary efforts, presents in detail a course model, and summarizes student and faculty reaction. (PR)

Describes strategies that use trade books to teach science to primary students. Strategies include (1) developing concepts and vocabulary; (2) using concrete manipulatives to reinforce learning; (3) encouraging retelling; (4) developing class summaries; and (5) developing visual imagery. (MDH)