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Crow, Tracy, Ed. – ENC Focus, 1996
The Eisenhower National Clearinghouse for Mathematics and Science Education (ENC) helps teachers by offering a broad assortment of services that enable them to quickly locate educational resources. This document is one in a series of print catalogs designed to give educators information about curriculum resources available for teaching math and…
Descriptors: Active Learning, Educational Resources, Elementary Secondary Education, Hands on Science
Schwenz, Richard W., Ed.; Moore, Robert J., Ed. – 1993
Many teachers and other educators have expressed a concern regarding the lack of student interest in many of the traditional science courses. Concerns have also been expressed by teachers of their dissatisfaction with much of the lecture material and the laboratory exercises in some science classes. To help rectify this problem a collaborative…
Descriptors: Demonstrations (Science), Higher Education, Instructional Materials, Physical Chemistry
Lemke, J. L. – 1993
Most conventional school science curricula and the teaching practices that implement them offer students no firsthand contact with working science. This paper seeks to answer the following questions: (1) How can "school science" claim to offer a basis for education in or about science at all? (2) What is the status of this claim in relation to…
Descriptors: Concept Formation, Elementary Secondary Education, Experiential Learning, Inquiry
Heppner, Frank; And Others – 1989
Without a formal mechanism to produce consensus, American colleges generally have come to agree on what constitutes an appropriate set of course requirements for Biology and Zoology majors. This report describes a survey of American four-year colleges and universities offering biology and/or zoology degrees. Questionnaires were sent to 741 biology…
Descriptors: Biology, Curriculum Design, Curriculum Development, Higher Education
PDF pending restorationMoore, G. Robert; Moore, Peggy – Here's How, 1992
Elementary principals who agree with the premise of Project 2061 of the American Association for the Advancement of Science (AAAS) must find answers to the question, "How do you ensure that science becomes an integral part of the elementary school curriculum?" This document describes an elementary school principal's survey of her…
Descriptors: Educational Change, Elementary Education, Elementary School Teachers, Principals
Altman, Paula, Comp. – 1994
This publication provides a list of generally available free or low-cost energy-related educational materials for primary and secondary students and educators. The list contains 113 references listed alphabetically by the corporation or government department that produced the materials. Each entry contains the producer of the materials, a…
Descriptors: Elementary Secondary Education, Energy, Environmental Education, Instructional Materials
Peer reviewedRosse, Cornelius; Swanson, August G. – Journal of Medical Education, 1975
The curriculum at the University of Washington places responsibility on the student in planning his education. Four entering classes elected a high number of credits in anatomy and pharmacology. A need for basic science courses is perceived by the medical student, and their voluntary election is bound to facilitate learning. (Editor/PG)
Descriptors: Curriculum, Higher Education, Medical Education, Medical Students
Daley, Laverne – Momentum, 1975
Students involved in a science fair each spring learned their science through projects designed to prepare them for thr future. (RK)
Descriptors: Elementary Schools, Program Descriptions, Program Design, Program Evaluation
Peer reviewedSchwab, Joseph J. – Journal of Research in Science Teaching, 1974
The author proposes that science curriculums be altered from teaching specialized subject matter and that more time be devoted to applying the disciplines to practical problems as well as imparting competencies in inquiry and values and attitudes concerning evidence and argument, certainty and uncertainty. (BR)
Descriptors: Curriculum, Curriculum Development, Decision Making, Science Curriculum
Dangel, Timothy R. – 1983
This evaluation report describes the process by which a large urban-suburban school system evaluated a locally developed, systemwide, kindergarten through grade 12 science program and the results of the evaluation. The evaluation was based upon a set of broad evaluation questions related to three components of the science program: (1) the science…
Descriptors: Elementary Secondary Education, Evaluation Methods, Models, Program Effectiveness
Lips, Hilary M.; And Others – 1985
The usefulness of the self-schema construct for understanding and predicting human behavior and the reason for the gender-relatedness of certain behaviors and experiences were investigated in three studies. The studies examined cognitive correlates of two gender-related behaviors that are more characteristic of and problematic for women than for…
Descriptors: College Students, Females, Higher Education, Mathematics Anxiety
Peer reviewedGeorge, S. – Journal of College Science Teaching, 1974
Briefly describes a physics course for nonmajors which focuses on light and color. (PEB)
Descriptors: College Science, Color, Curriculum, Instruction
Harris, John L. – NJEA Review, 1974
The "thorough and efficient" science program must involve all students with their minds and their hands in science activities that make sense to them. (Editor)
Descriptors: Curriculum Design, Educational Objectives, Learning Experience, Science Activities
Peer reviewedTamir, P. – Journal of Research in Science Teaching, 1974
Summarizes the results of three studies designed to determine whether Israeli middle and secondary school students have a stronger preference for the study of animals or of plants. (JR)
Descriptors: Biology, Botany, Educational Research, Science Curriculum
Peer reviewedZoller, Uri; Watson, Fletcher G. – Science Education, 1974
Suggests that technology education is an essential component of future science curricula for non-science secondary students. Explores some of the important issues and problems, and suggests directives for action, in moving toward technology education in the high schools. (JR)
Descriptors: Curriculum Development, Educational Innovation, Science Curriculum, Science Education


