Presents a method to teach science, technology, and society issues under an extra credit format. Describes a seven-stage format for the choice, debate, and evaluation of an issue by the students. Stresses the value of this project in terms of increased student skills and awareness. (CW)

Advocates using classic lectures in chemistry as guidelines for good teaching. Uses quotes from an 1848 book of lectures by John Scoffern to illustrate teaching principles relating to teacher enthusiasm, relevant materials, simple demonstrations, good laboratory experiences, nomenclature, and practical applications. (TW)

This teacher's guide presents teaching suggestions and presentation materials on the serious and growing problem of watershed (river basin) pollution, what it is, and what actions citizens can take to reduce it. The lesson is divided into seven parts and may be completed in two or more class periods. Student handouts include: (1) "Watershed…

Reviews a science textbook entitled "Logical Reasoning in Science & Technology" which teaches traditional scientific facts, principles, and processes embedded in a social and technological context meaningful to an adolescent. Stresses critical-thinking and decision-making skills. Contains 28 references. (DDR)

Reveals the stormy relationship and ongoing controversy surrounding the scientific collaboration of Otto Hahn and Lise Meitner. Discusses the controversial 1944 Nobel Prize award to Hahn (ignoring the equal contribution of Meitner), the reaction of the scientific community, and the post-war years of both Meitner and Hahn. (MJP)

A selection of Views on Science-Technology-Society (VOSTS) items was made and administered to postgraduate trainee science teachers. Findings are discussed, compared with those from the Canadian study, and reviewed in the context of professional development of science teachers. (Author/DKM)

Presented are ideas for a six-year science curriculum for secondary school science education. Exposure to biology, chemistry, physics, and earth sciences for the purpose of preparing students to enter college is proposed. The integration of the science disciplines during all six years is emphasized. (CW)

The development of the Science/Society/Technology (STS) movement in the United States is reviewed. The basic philosophy of STS instruction is discussed. Traditional instruction is compared to STS instruction. Suggestions for making STS instruction more effective are provided. (CW)

Describes a study to determine if a school district implementing an unfamiliar curricular change completed the same tasks as those using a model developed by Bishop. Reports that the district was more task oriented when confronted with an unfamiliar curricular change than previously reported. (MVL)

Investigated were gender-related differences in the relationship between the development of formal reasoning skills and learning interests during the early adolescent stage. Results indicated that adolescent boys appeared to develop patterns of formal reasoning before their female classmates. Differences in subject preferences were also found. (CW)

Explores the sources of beliefs about science-technology-society topics and investigates the degree of ambiguity harbored by four different response modes, such as Likert-type, written paragraph, semistructured interview, and empirically developed multiple choice. Finds that mass media have a greater impact than science classes. (Author/YP)

Described is an activity in which students learn about the minerals industry in the United Kingdom as well as the properties of rocks. Emphasized is the impact of human activity on the Earth. The variety of mineral resources in the United Kingdom and the environmental issues are discussed. (KR)

Three cooperative projects are described and serve as examples of collaborative efforts between high school science teachers and university faculty members. The cooperative programs include "The Frontiers of Science,""School-University Partnership for Educational Responsibility," and "The Project Advance Program." (KR)

An experiment in which students collect and analyze data on the population size of a real organism rather that on a model is presented. The activity allows for the integration of mathematics, graphing techniques, and the use of computers. The lesson is designed to follow the learning cycle format. (KR)

Grade 10 students (n=1,564) perceptions of classroom practices and activities, as well as their attitudes toward science teaching and school science, were assessed in British Columbia. Major findings were that students do not appreciate the most prevailing contemporary practices in science classes and that they prefer science teaching and learning…