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Peer reviewedHoekstra, Bud – Science Teacher, 1982
Materials needed and instructions for constructing a model (groundwater terrarium) to examine the water cycle and its effects are provided. Suggested activities and demonstrations are also provided. (SK)
Descriptors: Earth Science, Environmental Education, Geology, Instructional Materials
Peer reviewedTomley, David – Journal of Biological Education, 1982
Some simple field investigations on plant water relations are described which demonstrate links between physiological and external environmental factors. In this way, a more complex picture of a plant and how it functions within its habitat and the effects the environment has on it can be built up. (Author/JN)
Descriptors: Botany, College Science, Ecology, Environmental Influences
Markle, Sandra – Instructor, 1983
Facts about the geological formation and modern functions of Niagara Falls are given in this article, the second in a series about natural wonders. Questions for class discussion, directions for making a model waterfall, possible writing topics, and resources for further information about waterfalls are included. (PP)
Descriptors: Class Activities, Earth Science, Elementary Education, Inquiry
Intercom, 1982
Presents three lessons which demonstrate to junior high students in geography courses that knowledge of "where things are happening" is essential to an understanding of global issues. Students use the basic tools of geography to examine population distribution, world resources, and the water crisis. (RM)
Descriptors: Environmental Education, Geography Instruction, Global Approach, Junior High Schools
Markle, Sandra – Instructor, 1982
Science instruction activities listed in this article can be duplicated for parents and children to work on together at home. Topics covered include: (1) investigating water; (2) plants and animals; (3) the human body; (4) sorting and classifying; and (5) shadows. (CJ)
Descriptors: Biology, Classification, Elementary Education, Elementary School Science
Instructor, 1982
Due to increasing energy demands and decreasing supplies, it is important for teachers to provide students with a solid foundation for energy decision making. Activities are presented which offer hands-on experiences with four sources of energy: wind, water, sun, and fossil fuels. (JN)
Descriptors: Conservation Education, Discovery Learning, Elementary Education, Energy Conservation
Peer reviewedMcIntyre, Margaret, Ed. – Science and Children, 1979
Presents thirteen concepts about water and suggests science activities for each. Designed as early childhood learning experiences. (MA)
Descriptors: Concept Formation, Early Childhood Education, Environmental Education, Learning Activities
Peer reviewedDeWall, Allan E. – Science and Children, 1980
Explains how a shoreline is formed and how it changes, and why its changes do not always coincide with human plans. Subjects discussed include beaches, beach processes, inlets and beaches, and a marine glossary. (Author/DS)
Descriptors: Biological Sciences, Curriculum Enrichment, Earth Science, Environmental Education
Peer reviewedFodero, Severio D. – Journal of the American College Health Association, 1976
University health services along with local and state agencies have the responsibility through a coordinated effort to insure that acceptable environmental sanitation standards are maintained during mass gatherings at athletic events. (MB)
Descriptors: Air Pollution, Athletics, Environmental Standards, Food Handling Facilities
Lasker, Martin – Parks and Recreation, 1976
A park and promenade along a city river front have restored a decaying area and revitalized a problem neighborhood. (JD)
Descriptors: Community Change, Community Recreation Programs, Cooperative Planning, Land Use
Peer reviewedRandall, Jack – Journal of Chemical Education, 1997
Describes a high school chemistry class that regularly studies a local river to incorporate hands-on environmental studies into chemistry topics. This integration has proven to be a successful technique to make science come alive for students, arouse students' curiosity, and convince students that chemistry is indeed everywhere. (DKM)
Descriptors: Chemistry, Environmental Education, Hands on Science, High Schools
Weber, Jean Marie – Momentum, 2002
Argues that physical activity and water can increase brain activity, and hence, learning. Findings of neuroscientists regarding the brain can inform educators. Brain-based teaching emphasizes teamwork, cooperative learning, and global responsibility. Argues against gathering information without relevance. Connects brain-based learning concepts to…
Descriptors: Brain, Catholic Educators, Catholic Schools, Cognitive Processes
Peer reviewedKoschmann, Mark; Shepardson, Dan – Science and Children, 2002
Details the development of a professional development program by teachers, for teachers focused on the use of a pond ecosystem. Explores watersheds, water flow, and water composition. (DDR)
Descriptors: Biology, Ecology, Educational Strategies, Elementary Education
Peer reviewedEtgen, John – Science Scope, 2002
Describes a hands-on activity, Hitting the Mark, which is found in the "Healthy Water, Healthy People Water Quality Educators Guide" in terms of its objectives, materials, background, procedures, activities, and assessment. (KHR)
Descriptors: Environmental Education, Hands on Science, Lesson Plans, Middle Schools
Peer reviewedVandas, Steve – Science Scope, 1997
Discusses watersheds and floods. Includes an insert that provides a visual example of many different watersheds, illustrates a flood and different ways that flood plains are developed, and contains activities designed to assist students in learning about watersheds and floods. Lists water resources available on the World Wide Web. (JRH)
Descriptors: Floods, Intermediate Grades, Junior High Schools, Middle Schools


