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Fleer, Marilyn – Science Education, 1993
Examines the research literature in science education to determine how appropriate it is for teaching science to young children 3-5 years of age. In the context of this discussion, a model for the teaching of science in early childhood is presented. For clarity and continuity, the example of teaching electricity is used throughout. (PR)
Descriptors: Concept Formation, Educational Research, Electricity, Literature Reviews
Burton, Jeff – Winds of Change, 1993
The Subsistence Science and Video Project allows Alaska Native high school and college students to carry out field studies in basic and ocean science on St. Lawrence Island and to document their learning on videotape. The goal is a culturally relevant science program that links Western science with traditional subsistence activities. (LP)
Descriptors: Alaska Natives, American Indian Culture, College Students, Community Involvement
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Nye, Barbara A.; Thigpin, Carol G. – Journal of Elementary Science Education, 1993
Assessed the impact of intensive one-week "An Integrated Mathematics and Science" (AIMS) institutes on participant satisfaction and on actual classroom practices during the year following the institute. Findings indicate that participating teachers (n=142) had a high degree of satisfaction. Changes in teaching and content were made by…
Descriptors: Educational Research, Elementary Education, Elementary School Science, Inservice Teacher Education
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Cross, R. T. – Research in Science and Technological Education, 1993
This paper considers the challenge confronting educators when considering the impact of risks generated by science and technology on the lives of citizens. (PR)
Descriptors: Case Studies, High Schools, Radiation Effects, Risk
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Postiglione, Ralph A. – American Biology Teacher, 1993
Describes an activity having students use a microscope to observe the "hooks" and "loops" found in Velcro and on the seeds of the cocklebur plant. (PR)
Descriptors: Biology, Botany, High Schools, Learning Activities
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Machold, Dolf K. – Science and Education, 1992
Suggests that disinterest in physics occurs because students and adults can apply everyday concepts to solve problems without understanding the underlying physics concepts. Proposes Wagenschein's Exemplary-genetic Method to teach physics and illustrates the method with examples taken from history. (MDH)
Descriptors: Concept Formation, Moons, Physics, Problem Solving
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Klopfer, L. E.; And Others – Science Education, 1992
Explores high school student's postinstructional knowledge about mass, volume, weight, and density in terms of what students need to know to successfully solve academic physical science problems. Presents definitions of the concepts, discusses hypothesized knowledge deficiencies, and suggests implications for instructional design. (Contains 31…
Descriptors: Cognitive Processes, Cognitive Style, Density (Matter), High Schools
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Miller, Dorothy – Science Activities, 1993
Presents an activity in which students in grades 5-8 learn about snail reproduction by observing and charting the activities of land snails, freshwater snails, and slugs. Instructions to implement and extend the activity are provided. (MDH)
Descriptors: Animal Behavior, Aquariums, Biology, Intermediate Grades
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Terry, Thomas M. – Journal of College Science Teaching, 1993
Describes two curriculum approaches used at a college as an alternative to traditional introductory science-survey courses. The first course is entitled "Nature of Science" and the second is "Current Research." (PR)
Descriptors: College Science, Course Descriptions, Higher Education, Introductory Courses
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Niedermeyer, Fred; Ice, Kay – Science and Children, 1992
Describes a series of environmental education instructional units for grades K-6 developed by the Think Earth Consortium that cover topics such as conservation, pollution control, and waste reduction. Provides testimony from one sixth-grade teacher that field tested the second-grade unit. (MDH)
Descriptors: Conservation (Environment), Course Descriptions, Curriculum Development, Elementary Education
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McKee, Judith A. – Science and Children, 1992
Describes a unit of study for elementary school science on bats. Students investigate the different types of bats; examine their behavior; find facts that other students are unlikely to know; write stories about bats; and examine the concept of echolocation, the means by which bats navigate. Suggests integrated activities for mathematics…
Descriptors: Animal Behavior, Elementary School Science, Grade 2, Misconceptions
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Wood, David – Science Scope, 1992
Integrating environmental education into the science curriculum helps students develop environmental knowledge and attitudes. Describes an exemplary eighth-grade environmental science class, cites other similar programs, and discusses the advantages of environmental science courses over traditional science courses. (MDH)
Descriptors: Demonstration Programs, Environmental Education, Integrated Curriculum, Junior High Schools
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Holme, Thomas – Journal of Chemical Education, 1998
Describes a way to enhance student/instructor communication through regular student feedback on key concepts. Argues that examinations also serve this purpose but are too infrequent and that anonymous quizzes can be used effectively. (DDR)
Descriptors: Chemistry, Computer Networks, Concept Formation, Higher Education
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Yerrick, Randy; Vellom, Paul – Science Education International, 1998
Offers a critique of American schools to provide helpful insight to teachers, researchers, and reformers of national systems who struggle with deeply rooted cultural divisions. Contains 36 references. (DDR)
Descriptors: Constructivism (Learning), Criticism, Educational Change, Elementary Secondary Education
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Murphy, Patricia – Primary Science Review, 1998
Recommends that numeracy be better coordinated and integrated across the curriculum and that teachers examine the image of mathematics presented to children. Discusses the value of eliciting children's ideas about and experiences with numbers and measuring. (DDR)
Descriptors: Concept Formation, Elementary Education, Foreign Countries, Hands on Science
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