Author asserts that many historical anecdotes used in science instruction have little basis in reality. The purpose of this paper is to provide a critique of the way in which the "Wilberforce and Huxley debate at Oxford" anecdote is employed in the teaching of evolution and to suggest a more positive role for this incident in science…

Notes an increased level of interest in the history and philosophy of science by science teachers of all levels. Points to the affective outcomes which the efforts may produce. (CP)

Assesses interest in history and philosophy of science in the last decade by primary, secondary, and tertiary science educators. Identifies different approaches to science history and discusses the recent increased awareness on values clarification. (CP)

Discusses a study which explored the possible value of the history of science to understanding student misconceptions. Focused on photosynthesis and examined relationships between students' conceptual difficulties and the transformation of concepts through time. Student responses suggest that the history of science can be used to anticipate…

Refutes scientific creationists' arguments that the earth is less than 10,000 years old by presenting information related to the time scales for creation and evolution models, times from stellar distances, Kelvin's estimate of the earth's age, radioactive decay, radiometric dating, and the decay of the earth's magnetic field. (DC)

Presented in this document are essays related to a research project focusing on conceptual obstacles which confine and inhibit scientific understanding (conceptual barriers). These include a short summary of research activities; research methodology; outline of a theory and summary of supporting evidence related to conceptual barriers encountered…

Offers the opinion that the creative and imaginative dimension of chemistry can be added in chemistry instruction through the acknowledgement of ambiguity in experimentation and science history. (CS)

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)

This book provides titles, author information, and abstracts of presented papers at the 1993 National Association of Research in Science Teaching Conference. The abstracts are divided into the following sections: (1) Alternative Assessment; (2) Approaches to Research; (3) Conceptual Change; (4) Gender and Equity; (5) History, Philosophy, and…

Provides a selected bibliography of items from the periodic literature that pertain to a variety of variables involved in the relationship between science, technology, and society. Includes the address of the author for the purpose of obtaining reprints. (TW)

Describes a course for graduate science education students in the history, philosophy, and nature of science. Topics addressed include the course motivation and evolution; aims, topics, and goals; organization and instructional methodology; a reading list; projects; and grading and evaluation. (PR)

Discusses some of the major research in science education published during the last 10 years in order to raise some of the methodological issues involved. Illustrates the progress that has been made along the path toward a science of teaching science. (CW)

Presents a brief review of the historical background of Personalized System of Instruction (PSI) by one of its founders. Reflects on the past and future for this form of individualized instruction. (CS)

Past, present, and future trends in chemical education are discussed. Among the areas considered are the earliest traditions in chemistry, lessons learned from past experiences, research in chemical education, fostering excellence in precollege science education, and instructional innovation in chemistry. (JN)

A bibliography and short historical background are provided within this description of the integrated science thrust in science education. Detailed are the philosophy and methodology as outlined by FUSE, the Federation for Unified Science Education. (CS)