Discusses salient characteristics of scientific enterprise including laws (natural regularities), explanation and prediction, testability, confirmation, and falsifiability, tentativeness, and professional integrity. Argues that "creation-science" lacks each of these essential characteristics. (JN)

Examines "creation-science" under First Amendment's Establishment Clause, focusing on whether creationist claims were developed through scientific discourse or prepared to advance religious conclusions. Considers whether religious criteria govern selection/organization/interpretation of data and if body of information is intended to encourage…

Discusses various legal and scientific issues related to the McLean v. Arkansas 590 (balanced treatment of creationism/evolution), including nature of "creation-science," responses from scientists and lawyers, focus of the plaintiff's case (anticreationism), nature of science, and one example illustrating creationist tendency to use…

Presents and analyzes a bill modeled after Arkansas 590 (balanced treatment of creationism/evolution). Cites wording from the original bill and modifications in the new bill. Indicates that most of the substantial differences are found in the "Definitions" section. (JN)

Some aspects of use of the LOGO programing language are discussed. The ideas focus on the creation of geometric patterns, particularly as viewed from the perspective of a beginner with this language. The material is designed to stimulate individual experimentation and exploration. (MP)

Reports on the Balanced Treatment for Creation-Science and Evolution-Science Act requiring that "creation science" and evolution receive "balanced treatment" in classroom lectures, textbooks, library materials used, science and humanities, and other educational materials or programs in Louisiana public schools. (JN)

Reviews the role of logic in the laboratory, group work in science, the role of history and philosophy in school science education, brainstorming in the classroom to invent a model, and the scientific debate. (JN)

Analyzes a National Science Foundation report, "Science and Engineering Education for the 1980s and Beyond," prepared for the President and Department of Education. Provides information on the status of science and engineering education in the United States. (Author/SK)

Presents text of the testimony on March 3, 1981 of the President of the National Science Teachers' Association to a Subcommittee of the U.S. House of Representatives regarding the the Reagan Administration's Office of Management and Budget (OMB) proposed cuts in the science education budget of the National Science Foundation. (CS)

Argues that naturalistic research is appropriate for studying science education. Stages of naturalistic research are explained and illustrated with material from NSF-sponsored Case Studies in Science Education. Problems in traditional research methods are presented as justification for inductive models or models based on multiple methods,…

Summarizes four stages in the development of causality obtained from interviews with Filipino children (N=1,228), reporting how they responded to questions and effect of grade/age levels on their characteristic responses. Includes a fifth stage, a logical analysis of what would be required of an adolescent trying to understand the sciences.…

Considers an aspect of children's thinking and learning: the set of beliefs or expectations they hold about the way natural phenomena occur and how they affect the sense pupils make of experiences we give them in science classes. Implications for instruction are addressed. (Author/SK)

Traces the development of a pencil and paper instrument which measures the change in pupils' (N=576) conception of the particle model of matter. Responses of four groups of children in grades 5-12 and university sophomore nonscience majors revealed that some cognitive difficulties are experienced at all ages. (CS)

Science educators (N=28) were asked to indicate whether 23 policy statements and 24 corresponding statements of needed research (appearing in "Crisis in Science Education") represented a critical need, a definite need or a low priority need. Statements seen as critically important by one-half or more respondents are listed and discussed.…

Discusses three general characteristics and four criticisms of meta-analysis (statistical analysis of the summary findings of many research studies). Illustrates application of meta-analysis on research studies relating to school class size and achievement and inquiry teaching of biology. (JN)