Scientific media education is the ability to draw on a knowledge of the media and science, in order to choose, understand, evaluate, and respond to representations of science across diverse media genres. We begin this manuscript by reviewing research that shows scientific media education is one of the most important content areas that could be…

In this article the author takes as a point of departure certain discursive practices employed by physicists credited with popularizing the field of quantum mechanics in order to posit the relationship between space, learning, and the perception of pedagogical realities as trans-local phenomena. More specifically, through this article the author…

In Australia we are at a crossroads in science education. We have come from a long history of adopting international curricula, through to blending international and Australian developed materials, to the present which is a thoroughly unique Australian curriculum in science. This paper documents Australia's journey over the past 200 years, as we…

Reform based curriculum offer a promising avenue to support greater student achievement in science. Yet teachers frequently adapt innovative curriculum when they use them in their own classrooms. In this study, we examine how 19 teachers adapted an inquiry-oriented middle school science curriculum. Specifically, we investigate how teachers'…

Aligns science curricula with the current benchmarks and standards. (Contains 45 references.) (YDS)

Presents a simple pedagogical model to teach the importance of antiparallel complementarity in nucleotide pairing when replication, transcription and coding are initially introduced. (HM)

This paper states that there is a tradition of inquiry learning in science that dates at least to the 1950s and early 1960s. Inquiry learning approaches are still in fashion in that the teacher facilitates learning and a hands-on approach to actively involve students. Process approaches are still being used, and the aspects of science education…

In part 1 (SE 532 193) an outline of Ausubel's learning theory was given. The application of the theory to elementary school science is addressed in this part, clarifying what elementary science means and indicating how it relates to what may be expected to be already known by elementary school children. (Author/JN)

Discusses concept development in arithmetic, classificatory logic, and space and geometry and assesses the Weikart Cognitively Oriented Curriculum and the Nuffield science and mathematics series. (SB)

Attempts to identify common assumptions which underlie introductory courses in organic chemistry, and relates these to some learning difficulties experienced by students. (Author/JR)

Analyzes the meaning of Piaget's concept of abstraction and provides discussion of some of its shortcomings. (HM)

Discusses the existing design of some undergraduate physics courses, and outlines the general aims which will give the development of a physics curriculum a definite direction and approach. (GA)

Describes special factors and procedures which are utilized in an introductory physical science course for nonscience majors. It is designed to enable students who are at a concrete or transitional stage to attain the formal operational level of development. (Author/SL)

This bibliography relates the various experimental studies done in elementary school science. Every attempt was made to provide a bibliography that is as comprehensive as possible. Only a selected number of the publications put out by the projects themselves are listed. Bibliographical information is provided for obtaining a continuous source of…