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Peer reviewedLemons, John – Bioscience, 1994
Offers some perspectives regarding philosophical and practical issues that need to be considered before decisions are made regarding initiatives to develop an entry-level certification program and development of accreditation standards for college and university environmental and related programs. (ZWH)
Descriptors: College Programs, Environmental Education, Higher Education, Science Curriculum
Peer reviewedUno, Gordon, E. – American Biology Teacher, 1994
Provides an assessment of national standards for precollege science courses, specifically precollege botanical education. The article provides suggestions for instructors to aid in ensuring that more botany is taught at all educational levels. (ZWH)
Descriptors: Botany, High Schools, Instructional Improvement, National Standards
Peer reviewedSpeece, Susan – American Biology Teacher, 1993
Describes the work taking place on the National Science Education Standards and its three working groups of curriculum, assessment, and teaching. Discusses the implications of the standards for biology teachers. (PR)
Descriptors: Biology, Elementary Secondary Education, Science Curriculum, Science Education
Peer reviewedHobson, Brian – Australian Science Teachers Journal, 1997
Describes a worksheet developed to enable students to learn the rules for assigning oxidation states. Employs an active learning approach. Also includes a copy of the worksheet. (DDR)
Descriptors: Active Learning, Chemistry, Foreign Countries, Science Curriculum
Overcoming an All-Too-Common Problem: Solving the Mismatch between Science Curricula and Assessment.
Jones, Russell W. – Australian Science Teachers' Journal, 1998
Describes a proven three-step method used by teachers in Australia and the United States for developing assessment strategies to match existing science curricula. Includes sample assessments. (DDR)
Descriptors: Elementary Secondary Education, Foreign Countries, Learning Strategies, Science Curriculum
Peer reviewedBoothe, Heather – Legacy, 2000
Archaeology is the most integrated discipline that combines such diverse fields as anthropology, geology, biology, history, and art among others. Describes Project Archaeology's "Intrigue of the Past" teachers' activity guide, the objective of which is to educate students to take responsible and thoughtful actions towards their…
Descriptors: Archaeology, Cultural Education, Educational Change, Grade 7
Peer reviewedRaggett, Matthew – Physics Education, 2000
Stresses the value of graphing and computer algebra systems calculators when teaching about waves. Discusses how to input data into these calculators. Highlights the Texas Instruments' (TI) Web site at http://www.ti.com. (YDS)
Descriptors: Educational Technology, Grade 8, Graphing Calculators, Graphs
Peer reviewedMcDuffie, Thomas E., Jr. – Science Activities, 2000
Describes a classroom activity that explores the strength of spaghetti. Provides students an opportunity to explore a common substance in a scientific way; measure the strength of various sizes and amounts of spaghetti; gather, record, and translate quantitative data; use calculators; and present data. (YDS)
Descriptors: Construction (Process), Hands on Science, Integrated Activities, Middle Schools
de Vries, Marc J. – Journal of Technology Studies, 2000
Investigates the relationship between science and technology in industrial research laboratories, comparing the lab as "ivory tower" with the customer-oriented science approach. Describes similar patterns in science and technology curricula. Concludes that mutual commitment and shared project work would benefit integration of science and…
Descriptors: Curriculum Development, Laboratories, Research and Development Centers, Science Curriculum
Peer reviewedRakow, Steven J.; Bell, Michael J. – Childhood Education, 1998
Discusses the "National Science Education Standards" released by the National Research Council in 1995, as it relates to teaching young children. Focuses on two areas: "Science Teaching Standards," how teachers should be facilitating scientific understanding in young children; and "Science Content Standards," what…
Descriptors: Academic Standards, Curriculum Design, Early Childhood Education, Science Curriculum
Peer reviewedMann, Jennifer; Williams, Karen; Rutledge, Carl – Journal of College Science Teaching, 1998
Details a project designed to bolster the quality of astronomy education through teacher workshops. Workshop topics include the solar system, stars, stellar evolution, galaxies, and cosmology. The Learning Approach Questionnaire (LAQ) is used to determine the effects of the workshops. (DDR)
Descriptors: Astronomy, Curriculum Development, Educational Strategies, Higher Education
Peer reviewedThompson, Greg – Journal of Agricultural Education, 1998
Winners of the National Future Farmers of America Agriscience Teacher of the Year Award (n=131) generally believed that integrating science helps students understand concepts and their agricultural applications and that integration would increase enrollment. They felt teachers needed more preparation time for integration. (SK)
Descriptors: Agricultural Education, Agricultural Sciences, Awards, Integrated Curriculum
Peer reviewedRenkas, Cindy – Science and Children, 1998
Describes one way that a school and community in South Carolina are meeting Goal Eight of Goals 2000 by involving parents and their children in two family science programs called the World of Wonders and Families Experiencing Science Together. (DDR)
Descriptors: Elementary Education, Parent Participation, School Community Relationship, Science Activities
Peer reviewedLynch, Sharon – Journal of Research in Science Teaching, 2001
Discusses the policy and practice implications of five articles published in this issue. Argues that the "one size fits all" approach cannot work in systemic reform. (Contains 23 references.) (YDS)
Descriptors: Constructivism (Learning), Culture, Educational Change, Equal Education
Peer reviewedOrdman, Alfred B. – Journal of Chemical Education, 1996
Presents a description for an undergraduate course designed to ensure that all science students have access to basic abilities early enough to apply them in their major. Focuses on scientific writing, speaking, literature searching, career planning, and other valuable skills that can prepare students for upper-level courses and entry into the job…
Descriptors: Basic Skills, Chemistry, Communication Skills, Course Descriptions


