Offers a model of scientific thought based on the multidisciplinary integration of the sciences. Stresses the importance of constructions/deconstructions of meanings, codifications/decodifications of symbols, and structurations/destructurations of conceptual operations in the development of scientific thought and in the modification of human…

Described are ways of utilizing intuition in scientific discovery. Students are directed to read detective stories and biographical accounts of scientists in order to gain understandings of the differences between intuition and deduction. Questions, information, and teaching suggestions are included. (Author/DB)

This paper is based on the view that, although scientists rely on research values such as predictive accuracy and testability, scientific research is still subject to the unscientific values, attitudes, and emotions of the scientists. It is noted that undergraduate students are likely not to think critically about the science they encounter. A…

Surveys newspaper, magazine, and book literature about the Loch Ness monster from 1933 to 1983. Characterizes the literature by attitude, length, belief, and jocularity. Illuminates the problem of identifying demarcation criteria for what may be classed as science and as pseudoscience. (CW)

Reports on a study in which the Introductory Science Teacher Education (ISTE) instructional package was used to promote favorable science related attitudes in preservice teachers in Nigeria. Reports that the ISTE could produce better science related attitudes than the traditional science teacher program. (CW)

Examined the effect of matching learners' cognitive styles with science learning activities on changes in science knowledge and attitudes. Fifty-six elementary education majors, identified as Sensing Feeling types on the Myers-Briggs Type Indicator, participated in the study. Results revealed no significant differences between matched and…

Discusses responses to student questionnaires used to identify the effect of instructional strategies on study practices and attitudes towards biology. Concludes that while organized teaching has a stronger effect on study skills, teaching by enquiry has a stronger effect on curiosity and interest. (Author/CW)

Advocates that reflection and discussion about the limits of science should be a component of science instruction. Cites examples of the limitations of science and includes suggestions for teaching science while recognizing its boundaries. (ML)

A child-centered model for elementary school gifted science education is proposed, utilizing an open environment, the scientific method, the teacher as facilitator, and techniques for affective development to attain scientific concepts, develop scientific skills, and foster appropriate scientific attitudes. (JDD)

Discusses a study that was designed to track achievement in science during a school year and determine if self-reports of affective constructs could be successfully used to predict achievement. Demonstrates that affective behaviors in the science classroom are strongly related to achievement. (CW)

This report outlines the stages of development and validation of the Attitude Toward the Subject Science Scale (ATSSS). The instrument, developed in accordance with the Ajzen and Fishbein (1980) theory of attitude assessment, can be used by junior secondary science teachers or administrators to assess student attitudes toward the subject science…

Claims that science takes a reductionist approach that has led to a fragmented view of the world. Argues that such a worldview lies at the heart of ecological crises. Calls for a new holistic approach to science. (TW)

Explores the variables that affect students' decisions to enroll in elective physical science courses in high school. Reviews the results of a survey of 875 eleventh grade students in Israeli academic high schools. Infers relationships between attitude and enrollment using regression analysis. (CW)

Proposes that students learn and do chemistry based on their own beliefs. Expresses concern that the educational system supports and rewards the learning of facts over the learning of concepts and general skills. Offers suggestions for instructional improvement. (TW)

Provides several reasons for the lack of the classroom teacher's involvement in science education research. Explains the purposes, advantages, involvements, and kinds of research. States that without teachers as researchers, there is an inability to put knowledge to practice. (RT)