Describes a project that introduces students to the field of biotechnology and provides them with an understanding of the basic principles and techniques as well as an opportunity to participate in experimental methodology. Presents specific science projects that deal with polymorphism in the lipase gene and the genetic engineering of a lipase…

Outlines the importance of teaching the methods of science. Describes ways in which teachers can incorporate lessons about scientific methodology into any existing introductory science course. (JRH)

This review is organized under these headings: aims of science education; the image of science; why a philosophy of science; the nature of scientific knowledge and the role of theory; scientific method; practice of science by the community of scientists; and the role of practical work. (JN)

A teacher of students with hearing impairments outlines ways to integrate use of the scientific method into science laboratory experiences. A sample experiment is outlined, and the value of the applied science experiences for students who are concrete learners is stressed. (DB)

Described are several physics activities developed by a high school: research corner, exploring an invention, construction projects, archives report and archives update, short term research and design projects, essay contest, and special projects. (YP)

Offers an author's understanding of investigative research and shows how it can be accomplished in a one-semester, nonmajors, first-year biology course. (ZWH)

Argues that, to make nonscientist students scientifically literate, they need to know the process by which science works, the so-called scientific method. (PR)

Discussed are the selecting, assessing, and managing of students' investigational works showing how they fit in with the General Certificate of Secondary Education (GCSE) Physics (mature) for London and the East Anglian Group. (YP)

This chapter summarizes a number of cases in which the Supreme Court has dealt with the separation of church and state question presented by the First Amendment. These include an Arkansas statute that excluded Darwinian theory from the high school science curriculum. The Court declared the statute unconstitutional because the exclusion was…

Offers three reasons to teach science to nonscientists--curiosity, technological bewilderment, and technological necessity, and offers some ideas on how courses addressed to these ideas ought to be taught. (PR)

Describes a second year, high school biology course in which students learn how to do independent investigations. Focuses on the research methodology used by the students (including Campbell and Stanley designs) and instructional strategies. (JN)

Develops a teaching scheme for 11-13 year-olds based on different types of investigational practical work. Includes discussion of difficulties in investigations, four types of investigations, and deployment in the curriculum. (YP)

Rather than emphasize specific facts, teaching science should help develop the whole person. Children learn science best when they are able to choose what they want to know. Suggestions for "living science" rather than parroting facts are offered. (DF)

This is the outline of a course designed to explore the complex interrelationships between science, technology and society. Units include: an introduction to the nature of science; exploration of the scientific method and its limitations; impact of science on learning; development of a technological society; and selected topics of modern science.…

This paper considers the term "authentic science" and its meaning with respect to science education. In particular, three relevant denotations of authenticity are applied to nine facets of science. These facets include methodological and epistemological aspects of science, personal, private, public, historical, societal and technological…