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Hawkins-Sager, Susan – Audiovisual Instruction, 1978
The energy crises may ultimately provide a persuasive rationale for educational technology. (Author/STS)
Descriptors: Educational Technology, Elementary Secondary Education, Emergency Programs, Energy
Peer reviewedHirst, Eric; Carney, Janet – Science, 1978
An engineering-economic simulation model of residential energy use is employed to evaluate the effects of nine different residential energy-use "futures" as to economic impact on Americans to the year 2000. (Author/CP)
Descriptors: Conservation (Environment), Economics, Energy, Energy Conservation
Peer reviewedMcCollum, Dannell – Social Studies, 1977
Describes a technique for involving students in energy awareness and conservation. Students are asked to compare their families' electric bills, to calculate amounts of strip-mined land needed to fill families' annual power needs, and to estimate annual energy consumption based on electrical gadgets in their homes. (Author/AV)
Descriptors: Elementary Secondary Education, Energy Conservation, Environmental Education, Fuel Consumption
Nanni, Robert – School Business Affairs, 1978
A computerized power management project at Leyden Township High School District 212, Illinois, minimizes electrical power usage and gas fuel consumption by controlling the on/off air handling cycle intervals. (MLF)
Descriptors: Air Flow, Building Operation, Computer Science, Electricity
Peer reviewedWallenberg, Bengt – OECD Observer, 1977
The information collected from the accident at the Ekofisk offshore oil field is used to examine the environmental consequences and the costs of marine oil pollution. As offshore drillings increase throughout the world, there is a need for more information on this pollution problem and for more cooperation among nations. (MA)
Descriptors: Ecological Factors, Economics, Environmental Education, Fuels
Gross, James G.; Pierlert, James H. – Journal of Architectural Education, 1977
Current activity intended to lead to energy conservation measures in building codes and standards is reviewed by members of the Office of Building Standards and Codes Services of the National Bureau of Standards. For journal availability see HE 508 931. (LBH)
Descriptors: Architectural Education, Building Design, Construction (Process), Design Requirements
Peer reviewedSchafer, Eldon G.; Birch, Anthony D. – Community and Junior College Journal, 1977
A detailed description of a community college's successful efforts to reduce its energy consumption by modifying its central heating and cooling plant. (DC)
Descriptors: Community Colleges, Conservation (Environment), Energy, Energy Conservation
Gresham, Robert – School Business Affairs, 1984
Because diesel engines are more economical and longer-lasting than gasoline engines, school districts are rapidly increasing their use of diesel buses. Dependence on diesel power, however, entails vulnerability to cost increases due to the unreliability of crude oil supplies and contributes to air pollution. (MCG)
Descriptors: Air Pollution, Costs, Depleted Resources, Diesel Engines
Rocchio, Frank – American School Board Journal, 1984
By using an energy audit, the Cheyenne Mountain School District No. 12 (Colorado) identified fuel-consuming areas in its schools and reduced the annual increases for fuel from 25 to 5 percent. Six steps to energy savings will work for other districts as well. (JW)
Descriptors: Budgeting, Budgets, Building Operation, Climate Control
Peer reviewedDavies, P. – Economics, 1984
A questionnaire that college economics students can use to investigate the degree and nature of competition in the retail market for petrol is provided. A simple computer program is included to help in the analysis of the questionnaire. (Author/RM)
Descriptors: Competition, Computer Assisted Instruction, Computer Software, Economics Education
Tybinka, JoAnne – USA Today, 1984
ingency on oil supplies will recur later in the 1980s, confirming the need for careful energy planning. Among the factors to be taken into account are: changes in values that affect how people use energy; centralized solutions versus solutions geared to individual and regional needs; and effective use of conservation.
Descriptors: Depleted Resources, Ecological Factors, Energy Conservation, Fuel Consumption
Curzie, William D., Jr. – American School and University, 1976
A checklist of practices is included with the admonition that schools have a moral duty to teach and practice energy conservation. (Author/MLF)
Descriptors: Administrator Responsibility, Check Lists, Conservation Education, Elementary Secondary Education
Energy Information Administration (DOE), Washington, DC. – 2001
This resource guide provides students, educators, and other information users with a list of generally available free or low-cost energy-related educational materials. The 163 organizations listed are each related to the subject fields of coal, electricity, energy efficiency/energy conservation, the environment, geosciences/earth sciences, natural…
Descriptors: Conservation (Environment), Ecology, Educational Resources, Elementary Secondary Education
Barry, Dana M. – 2001
Burning things like wood, fossil fuels, and gasoline are the easy way of capturing energy in today's society. In this paper, the risks of using combustion as an energy source are discussed and acid rain, air pollution, and greenhouse effects are described. Additional student activities and resources are included. In addition to being informative,…
Descriptors: Acid Rain, Air Pollution, Conservation (Environment), Energy
Peer reviewedSkelly, Alvin G. – CEFP Journal, 1973
Summarizes three articles on energy conservation in the schools and presents the recommendations from those articles to educational planners. See EA 504 047, EA 504 048, and EA 504 050. (DN)
Descriptors: Building Operation, Cost Effectiveness, Educational Facilities, Educational Facilities Design


