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Peer reviewedKnight, David W.; Bethune, Paul – Journal of Reading, 1972
Descriptors: Content Area Reading, Developmental Reading, Reading Achievement, Reading Research
Day, David E.; George, Louise Y. – J Negro Educ, 1970
Examines the problems of introducing a new science curriculum to three inner-city elementary schools in Atlanta which are characterized by continual educational failure. (JM)
Descriptors: Curriculum Development, Disadvantaged Youth, Educational Innovation, Elementary School Curriculum
Bybee, Rodger W. – Colorado Journal of Educational Research, 1971
Descriptors: Course Organization, Earth Science, Inservice Teacher Education, Instructional Materials
Smith, Herbert A. – Rev Educ Res, 1969
A review of research indicates a lack of studies dealing with the impact of methods and materials on student attitudes, understanding, performance, and motivation. Research tends to be discipline-centered rather than pupil-or learning- centered. (Author)
Descriptors: Curriculum, Curriculum Development, Educational Objectives, Educational Research
Peer reviewedDavies, Leslie – Journal of Chemical Education, 1983
The British name for cooperative education is "sandwich courses," indicating the interpolation of academic studies and paid work experience periods. Discusses development of and current cooperative programs/experiences, Salford integrated sandwich courses, integrated chemistry courses, organization/assessment of industrial training…
Descriptors: Chemistry, Cooperative Education, Engineering Education, Foreign Countries
Peer reviewedWilson, Jack M. – Journal of College Science Teaching, 1983
Examines current status of college science education in light of recent calls for reintroduction of science into liberal arts curriculum, presenting a course sequence as basis for discussion. Proposes advantages of and need for a committee to monitor courses in the sequence. Also lists advantages of increased exposure to science. (JM)
Descriptors: College Science, Core Curriculum, Curriculum Design, Curriculum Development
Peer reviewedMiddlecamp, Catherine Hurt; Kean, Elizabeth – Journal of Chemical Education, 1983
Discusses faculty and student contributions to student academic failure, suggesting changes in the chemistry curriculum to accommodate increased numbers of non-traditional students. Also suggests creating compensatory programs, leaving content and teaching system intact for traditional students. Factors in developing such programs are considered.…
Descriptors: Academic Failure, Chemistry, College Science, Compensatory Education
Peer reviewedNeerinck, D.; Palmer, C. R. – Higher Education, 1983
Freshmen attitudes toward the chemistry curriculum were compared with their attitudes and academic career patterns after four years. Using discriminant analysis, it was possible to predict about 70 percent of those who would remain chemistry majors. (MSE)
Descriptors: Chemistry, College Freshmen, Foreign Countries, Higher Education
Peer reviewedSchool Science Review, 1983
Papers presented include: (1) CORE science--an exploratory study of pupils' perceptions of their science course; (2) chemistry and science philosophy; (3) taxonomy of scientific words (focusing on language of science, science words, theories of meaning, uses/implications of the taxonomy); and (4) description of experimental studies, a 16+ work…
Descriptors: Biology, Chemistry, Classification, Core Curriculum
Peer reviewedWatts, D. Michael – Physics Education, 1983
Discusses seven energy frameworks (such as human-centered energy, energy as an ingredient, energy as a product, and energy as an obvious activity), illustrated by extracts taken from transcripts of students interviewed by the interview-about-instances approach. Considers difficulty in effecting as well as methods for creating conceptual change.…
Descriptors: Concept Formation, Concept Teaching, Energy, Physics
Peer reviewedLipeles, Enid S. – Journal of Chemical Education, 1982
General course content of and instructional strategies for two high school chemistry courses are described. Includes a list of experiments done during the 40-week school year. (SK)
Descriptors: Chemistry, College Bound Students, College Preparation, Course Descriptions
Peer reviewedBlumberg, Avrom A. – Journal of College Science Teaching, 1983
Topics and instructional strategies for an upper-level, problem-oriented science and society course at De Paul University are described. Objectives and grading procedures for "Problems in Modern Warfare, Arms Control, and Disarmament" are also described. Course syllabus, bibliography, and sample quizzes/examinations are available from…
Descriptors: College Science, Course Content, Course Descriptions, Disarmament
Peer reviewedGelinas, Douglas; Haynes, Julian – Journal of College Science Teaching, 1982
An instructional system at the University of Maine (Orono) was developed to address problems unique to this institution. The system consists of biology instructional modules, variable pacing through computer-generated examinations, and variable credit. Although lectures were initially eliminated, they were reinitiated to motivate students and help…
Descriptors: Biology, College Science, Computer Assisted Testing, Course Descriptions
Schmiess, Elmer – Insights, 1983
Skills needed for problem-solving are discussed. Examples of defining problems, questioning, observing, classifying, predicting, and confirming are provided. An overview of the Elementary Science Study (ESS) program, including a list of ESS units (grouped by subject matter), is also provided. (Author/JN)
Descriptors: Elementary Education, Elementary School Science, Problem Solving, Process Education
Peer reviewedPottenger, Francis M. – Educational Perspectives, 1982
Issues related to problems in developing and disseminating science curricula are discussed, focusing on experiences in the Pacific region. These include frequent curriculum changes, lack of articulation among disciplines, and curriculum change without adequate pre-/in-service teacher education. Recommendations to improve the situation are also…
Descriptors: Articulation (Education), Curriculum Development, Educational Trends, Elementary School Science


