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Boone, William John – Science Scope, 1993
Describes three activities to help students understand plate tectonics. (PR)
Descriptors: Earth Science, Junior High Schools, Learning Activities, Plate Tectonics
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Sumrall, William J.; Wicker, Carrol A. – Science Scope, 1993
Describes types of sand and presents science activities using sand. (PR)
Descriptors: Earth Science, Junior High Schools, Learning Activities, Middle Schools
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Pinkham, Chester A.; Barrett, Kristin Burrows – Science and Children, 1992
Describes four experiments that enable students to explore the phenomena of evaporation and condensation and determine the relative humidity by measuring air temperature and dew point on warm September days. Provides tables to calculate saturation points and relative humidity. (MDH)
Descriptors: Concept Formation, Earth Science, Elementary Education, Humidity
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Espinoza, Fernando – Science Activities, 2000
Discusses physics, earth science, and physical science concepts that are challenging for students and teachers because they are difficult to understand and demonstrate. Identifies ratio and inverse-square as a unifying-concept approach according to the National Education Standards. Supports teaching based on student-centered activities, long-term…
Descriptors: Concept Teaching, Earth Science, Elementary Secondary Education, Hands on Science
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Perry, Laurie – Science and Children, 2000
Uses multimedia to teach geology to fourth grade students. Explains the HyperStudio project and discusses students' reflections on this project. (YDS)
Descriptors: Computer Uses in Education, Constructivism (Learning), Earth Science, Elementary Education
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Barker, Marianne – Science Scope, 2000
Describes a three-week activity unit on earthquakes that addresses the National Science Education Standards. Includes mantle convection, crust, plate tectonics, and faults concepts. (YDS)
Descriptors: Activity Units, Earth Science, Earthquakes, Hands on Science
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Trend, Roger – International Journal of Science Education, 2000
Describes a study of preservice elementary teachers' (n=179) perceptions of geologic time. Finds that the respondents perceived events in Earth's geological past as falling into three distinct clusters: extremely ancient, less ancient, and geologically recent. Finds also that the teachers' grasp of relative time is more secure than their grasp of…
Descriptors: Earth Science, Foreign Countries, Geology, Higher Education
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Kopaska-Merkel, David C. – Journal of Geoscience Education, 1995
Explains an activity in which students construct a simulated ice core. Materials required include only a freezer, food coloring, a bottle, and water. This hands-on exercise demonstrates how a glacier is formed, how ice cores are studied, and the nature of precision and accuracy in measurement. Suitable for grades three through eight. (Author/PVD)
Descriptors: Demonstrations (Science), Earth Science, Geology, Hands on Science
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Hannah, Judith L. – Journal of Geoscience Education, 1996
The National Science Foundation (NSF) sponsors a range of programs to fund innovative approaches to teaching and learning. Focuses on NSF's expectations for project evaluation beginning with a definition of evaluation and a discussion of why evaluation is needed. Also describes planning, formative, and summative evaluation stages and concludes…
Descriptors: Earth Science, Educational Change, Federal Programs, Geology
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Hoz, Ron; Bowman, Dan; Kozminsky, Ely – Instructional Science, 2001
Discussion of prior learning and acquired knowledge focuses on a study at Ben Gurion University (Israel) that examined the occurrence and nature of learning in an earth science course and its relations with prior knowledge from a prerequisite course. Highlights include concept definitions; cognitive mapping; course sequencing; and course design.…
Descriptors: Cognitive Mapping, Concept Formation, Earth Science, Foreign Countries
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Baker, D. Blane; Sproles, Robert; Good, Glenn – Journal of College Science Teaching, 2000
Demonstrates a model system that recreates seasonal processes on Mars. Lists necessary materials and explains the construction of the demonstration. Provides discussion questions. (Contains 11 references.) (YDS)
Descriptors: Active Learning, Astronomy, Chemistry, Demonstrations (Science)
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Dimitrov, Dimiter M.; McGee, Steven; Howard, Bruce C. – School Science and Mathematics, 2002
Reports on a study designed to measure changes in students' science proficiency produced by a multimedia learning environment. Describes the inquiry-based design of Astronomy Village, which supports middle school students in learning fundamental concepts in life, earth, and physical sciences. Results indicate sizable treatment effects for two…
Descriptors: Astronomy, Biological Sciences, Earth Science, Experiential Learning
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Flaccus, Kathleen; Vlieg, Julie; Marks, Jane C.; LeRoy, Carri J. – Science Teacher, 2004
Fossil Creek had been dammed for the past 90 years, and plans were underway to restore the stream. The creek runs through Central Arizona and flows from the high plateaus to the desert, cutting through the same formations that form the Grand Canyon. This article discusses the Fossil Creek monitoring project. In this project, students and teachers…
Descriptors: Earth Science, Water Quality, High School Students, Secondary School Science
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Mueller, Michael P.; Valderrama, Paige – Science Teacher, 2006
For many years, the planet Mars was nothing more than a little red dot in a sea of stars and a blur in many science classrooms. Recent focus on the planet, however, has led to incredible teaching opportunities, such as the Mars Student Imaging Project (MSIP) facilitated by Arizona State University's Mars Education Program. The MSIP curriculum…
Descriptors: Science Instruction, Earth Science, Astronomy, Student Attitudes
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Gatrell, Jay D. – Journal of Geography, 2004
Geo-educators focus on content standards, particularly the 1994 "Geography for Life" standards, as the primary rationale for integrating geo-spatial technologies into preservice teacher education programs. In this paper, an alternative framework is proposed to infuse GIS and GIScience into existing teacher education programs. Specifically, the…
Descriptors: Information Technology, Geography, Educational Technology, Geography Instruction
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