Examination of controversial scientific issues provide an accurate picture of science. Examples, drawn from the physical and life sciences, show how complex and subtle scientific issues may be; how difficult it may be to perform and interpret experiments; and how science constitutes a vigorous, self-correcting mode of inquiry. (Contains 45…

Addresses the problem of school-sponsored assemblies featuring guest speakers who present creation science on school premises. A science teacher who spoke at a follow-up assembly established two goals: (1) to present authoritative information about evolution; and (2) to help students evaluate the creation speaker's arguments against evolution.…

The president of the National Environmental Health Association (NEHA) discusses the current state of environmental education and suggests several key issues to address when designing programs: (1) the basis of the program must be sound, unbiased science; (2) critical thinking must be at the core of the learning experience to make it effective and…

Describes eliciting teachers' views on the nature of science, interpreting and understanding these views, and developing these views in the context of initial or in-service teacher education. Contains 28 references. (DDR)

Reports on a study of the contributions fieldwork made to Spanish secondary students' (n=67) understandings of concepts and principles of ecology. Concludes that fieldwork helps clarify ecological concepts and intervenes directly in the development of more favorable attitudes toward the defense of the ecosystem. Contains 47 references. (Author/WRM)

Presents a lesson that addresses the scientific aspects of the evolution versus special creation controversy by having students gather evidence from the fossil record and analyze that evidence using critical-thinking skills. Contains 13 references. (WRM)

Examines whether secondary science teachers in England give students opportunities to develop and rehearse the skills of argumentation during their lessons. Finds that classroom discourse was largely teacher-dominated and tended not to foster the reflective discussion of scientific issues. Contains 43 references. (Author/WRM)

Describes how oral and written-discourse processes in a high school physics class are related to sociocultural practices in scientific communities. Finds that students' appropriation of scientific discourse was related to the framing activities of the teachers and the social practices established over time in the classroom. Contains 74 references.…

Investigates conceptions of the geosciences held by a university geology instructor and five students before and after a teaching intervention. Argues for the use of repertory grids to elicit personal constructs. Advocates targeting the societal aims of geological education within a constructivist framework. Contains 54 references. (Author/WRM)

Teaching science is justified by linking scientific ways of thinking with the advancement of democratic society. Claims that science education must reflect the ways in which the theories and practices of science are constrained by the real world. Presents three goals of science education that can help defend it from antiscientific criticisms.…

Discusses research on the effects of having high school students (n=91) read four popular media reports of science. Finds a lack of systemic relationship between students' degree of certainty in their beliefs and the support that the reports offer for those beliefs due to the fact that students seemed unable to fully integrate their background…

Identifies four views of the nature of the science/technology relationship: Idealist, Demarcationist, Materialist, and Interactionist. Analyzes high school physics textbooks in light of these relationship types and finds that the texts are dominated by an idealist storyline that presents a limited view of the history and philosophy of…

Describes a study of the ways in which 9- to 16-year-old students attempted logical problems related to coordinating theory and evidence when the theories in question are scientific. Finds that most students made some reference to evidence in selecting and using their explanations, although most students also seemed capable of holding theory and…

Beginning secondary students find it easier to express their understanding of scientific evidence verbally rather than in writing. Concludes that much work can be done to improve the critical nature of the dialog pupils enter into in their written work, thus making their level of procedural understanding more clear. Contains 27 references.…

Addresses some criticisms of the Cognitive Acceleration through Science Education (CASE) project. Offers a different description of the CASE teaching method and presents evidence from the program. Contains 20 references. (Author/WRM)