This dissertation takes a close look at how district-level instructional coaches support teachers in learning to shifting their instructional practice, related to the Next Generation Science Standards. This dissertation aims to address how re-structuring professional development to a job-embedded coaching model supports individual teacher learning…

A project is described wherein the major activity is assistance to schools for implementing or revising science curriculum programs in Iowa schools. Programs emphasized include all grade levels. Assistance is provided in the areas of mathematics and social studies as well as science. A K-12 Environmental Studies Program was developed by the…

The abolition of college science requirements is suggested in order for the anticipated decrease in enrollment to shock institutions into a re-examination and reorganization of undergraduate programs. (CP)

This study presents a holistic framework which can be used as a basis for decision-making at various points in the curriculum-instruction development process as described by Johnson in a work published in 1967. The proposed framework has conceptual bases in the work of Thomas S. Kuhn and David P. Ausubel and utilizes the work of several perceptual…

The approach used in North Carolina for bringing about changes in science instruction in elementary schools was based mainly on the idea that teachers and local administrators should participate fully in making curricular decisions. A bulletin was produced which provided detailed outlines, examples and procedures for evaluating curriculum…

Presents the view that "developmental research" is needed in which small-scale curriculum development is cyclically coupled to in-depth classroom research of teaching-learning processes. Such "didactical" research methodology should result in worked-out examples of successful ways of teaching, according to new conceptual…

The American Association for the Advancement of Science has launched a project to find ways to teach science to nonscientists and to determine what constitutes a liberal-arts science education. The effort grew from a Holmes Group recommendation to improve the quality of teacher education. (MSE)

Science teachers say that improving science education requires smaller classes, adequate resources, better staff development, and more teacher collaboration. Poor achievement on the Third International Mathematics and Science Study stems from watered-down curricula, teacher knowledge gaps, and student failures in "gate-keeping" courses.…

This handbook contains several suggestions for introducing and maintaining innovative science activities. It supplements the published research findings of the Harvard Study Committee ("Essentially Elementary Science") as well as the summary of those findings ("Something of Value") by offering teachers, administrators, school committee directors,…

This document highlights the aims and activities of a project designed to modernize and update physics teaching and physics curriculum in the Netherlands by developing materials for use with students aged 12-18 at intermediate general, higher general, and pre-university schools. Following general information (including a brief description of the…

Reviews data from around the world documenting differences in educational attainment of males and females with emphasis on scientific subjects. Considers social and cultural factors which account for these differences and offers concrete ideas for creating a less sex-differentiated science and technology. (JDH)

Examines what can be done to reintroduce content and process instruction from the earth sciences into the world's science curricula, especially at the secondary level. The earth system provides a conceptual theme as opposed to a disciplinary theme for organizing such integrated curricula, absent from prior efforts. (LZ)

Summarizes what has been learned from recent major studies of the status of science teaching in developed countries and makes recommendations about appropriate future directions for science education. (JDH)

Maintains that new approaches to science education must be interdisciplinary, stress the social relevance of science, and be implemented from clear objectives that are matched with rational procedures. Presents broad goals for future science education. (JDH)

Suggests research in science education is necessary to improve science programs; reviews science education research results on reasons students see little value in science education; and discusses science education goals and what is known about how children learn, suggesting findings in these areas should be considered in developing science…