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Peer reviewedD'Allura, Jad Alan – Journal of Geological Education, 1991
Discusses modifications of the usual lecture approach for a environmental geology course by including class discussion, class projects, and group projects which are designed to help students see the relevance of geology to their lives. Author claims that in this interactive approach both instructor and students become more actively involved in the…
Descriptors: Discussion (Teaching Technique), Earth Science, Geology, Group Activities
Peer reviewedMacdonald, R. Heather – Journal of Geological Education, 1991
Describes two writing assignments for students in a large physical geology class. For the first assignment, students write two descriptions of the same rock. One is written for students and the instructor the other for people with no background in geology. For the second assignment they write one of four topics. (Author/PR)
Descriptors: Content Area Writing, Earth Science, Geology, Higher Education
Peer reviewedStanesco, John David – Journal of Geological Education, 1991
Describes the learning log as a personal journal divided into five sections. The "Noting" section functions as a typical notebook. The "Creating" section is for students to express themselves. Students use the "Telling" section to answer examination questions and write other assignments. In the "Listening"…
Descriptors: Content Area Writing, Earth Science, Field Trips, Geology
Peer reviewedCarson, Robert James; Sadd, James Lester – Journal of Geological Education, 1991
Describes writing environmental impact statement concerning land use as assignment in geology courses. Students select area, propose land-use project, analyze available literature, choose specific site within map area for project, and write report addressing site access, water supply, liquid and solid waste disposal, mitigation of environmental…
Descriptors: Content Area Writing, Earth Science, Geology, Higher Education
Peer reviewedMirsky, Arthur – Journal of Geological Education, 1991
This paper reviews attempts to introduce writing skills to undergraduate geoscience students, reports on the status of technical writing in geoscience curriculum, and describes a fully integrated approach to writing across the geosciences curriculum, based on a required sophomore-level technical writing course. The technical writing course leads…
Descriptors: Content Area Writing, Earth Science, Geology, Higher Education
Peer reviewedYelderman, Joe Calvin, Jr.; Hayward, Oliver Thomas – Journal of Geological Education, 1991
Based on their experiences the authors contend that increased emphasis on communication skills in the geologic curriculum results in the graduation of better geologists. The authors describe writing assignments, including first-year one-page papers, upper-level assignments, memos, oral presentations, projects, field notebooks, and senior thesis.…
Descriptors: Content Area Writing, Earth Science, Geology, Higher Education
Peer reviewedConrad, Susan Howes – Journal of Geological Education, 1991
An assignment centered on reading journal articles and writing abstracts is an effective way to improve student reading and writing skills in sedimentology and stratigraphy laboratories. Each student reads two articles and writes informative abstracts from the author's point of view. (PR)
Descriptors: Abstracting, College Science, Earth Science, Geology
Peer reviewedMcGinnis, James Randy; Padilla, Michael J. – Science Teacher, 1991
The relationship between specific gravity, salinity, and density in brine solutions is investigated. Students construct hydrometers to reinforce concepts learned in oceanography. Background information, salt requirements for the unknowns, directions, and reproducible worksheets are included. (KR)
Descriptors: Density (Matter), Earth Science, Oceanography, Problem Solving
Peer reviewedWulfson, Stephen E., Ed. – Science and Children, 1994
Reviews the following computer programs: "Restless Earth" (National Geographic Society); "Science Cap 2.0" (DEMCO); "My Own Stories (MECDC); Wild Science Arcade (Binary Zoo); "Out and About" (Optical Data); "Botanical Gardens" (Sunburst); "BodyScope" (MECC); and "Mineral, Where and Why?" (Arizona Board of Regents). (PR)
Descriptors: Biology, Computer Assisted Instruction, Computer Software Reviews, Earth Science
Peer reviewedBohigas, Xavier – School Science Review, 1993
Describes a course where students design and construct a sundial, once they understand the apparent movement of the sun. Explains general issues of daily astronomy and describes the design and construction of three sundials. (PR)
Descriptors: Astronomy, Earth Science, High Schools, Physical Sciences
Peer reviewedMatsumura, Molleen – Reports of the National Center for Science Education, 1998
Addresses the problem of school-sponsored assemblies featuring guest speakers who present creation science on school premises. A science teacher who spoke at a follow-up assembly established two goals: (1) to present authoritative information about evolution; and (2) to help students evaluate the creation speaker's arguments against evolution.…
Descriptors: Agenda Setting, Bias, Creationism, Earth Science
Peer reviewedBezzi, Alfredo – Science Education, 1999
Investigates conceptions of the geosciences held by a university geology instructor and five students before and after a teaching intervention. Argues for the use of repertory grids to elicit personal constructs. Advocates targeting the societal aims of geological education within a constructivist framework. Contains 54 references. (Author/WRM)
Descriptors: Cognitive Structures, Constructivism (Learning), Earth Science, Educational Philosophy
Peer reviewedWiley, David A.; Royce, Christine Anne – Science and Children, 2000
Recommends the use of meteor scenarios in the classroom and describes how to conduct this activity. Discusses how to integrate mathematics, language arts, and social studies into the science curriculum. (YDS)
Descriptors: Earth Science, Elementary Secondary Education, Experiential Learning, Integrated Curriculum
Peer reviewedZimmet, Nancy – English Journal, 2000
Describes how 20 high school teachers and university professors collaborated to initiate writing projects across the high school curriculum. Notes that the group learned the most about how to develop their collaborative cross-curricular writing program from projects in earth science and chemistry. Suggests that teaching students how to help one…
Descriptors: Chemistry, College School Cooperation, Cooperative Learning, Earth Science
Peer reviewedBrown, Susan W.; Hansen, Terri M. – Science Scope, 2000
Introduces an activity that features 16 oceanography work stations and integrates other disciplines. Assigns students different oceanic life forms and requires students to work in stations. Explains seven of 16 stations which cover oil spills, the periodic table, ocean floor, currents, and classification of oceanic organisms. (YDS)
Descriptors: Classification, Computer Uses in Education, Critical Thinking, Earth Science


