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O'Neill, Julie Treick – Rethinking Schools, 2012
Natural gas production in Wyoming is a lucrative and influential industry. All the perks--jobs, education spending, the budget surplus--are huge incentives for communities and the fossil fuel-friendly state legislature to play along, to stay silent. And many are willing. There has been natural gas production in the state for almost a century, but…
Descriptors: Hydraulics, Fuels, Global Education, Site Analysis
National Wildlife, 1974
This article is a brief overview of the energy problems of today and of the future. Energy sources, factors contributing to fossil fuel shortage, energy conservation, energy demands and uses in the United States, and the advantages and disadvantages of alternative fuels are discussed. (TK)
Descriptors: Conservation Education, Energy, Energy Conservation, Environment

Abelson, Philip H. – Science, 1973
Discusses the serious nature of the Energy Crisis'' and the dependence of the United States economy on imported hydrocarbons. Urges immediate action to alleviate the situation by increasing domestic production of oil, substituting coal for oil, and by conservation, especially in the use of automobile fuel. (JR)
Descriptors: Conservation Education, Editorials, Energy, Environmental Education
Wall, Roger – Principal, 1981
Highlights two schools that have reduced their energy usage, one through such methods as weatherization and solar water collectors, and the other through switching from burning oil to burning wood pellets. (JM)
Descriptors: Conservation Education, Elementary Secondary Education, Energy Conservation, Expenditures
Cross, William M. – 1980
Directors of the 51 agricultural experiment stations in the United States (including Guam) were mailed questionnaires inquiring as to the extent of requests which had been received for information about wind, solar, and other energy alternatives such as wood and gasahol. There was a total response of 88% with three mailings. The returned…
Descriptors: Agriculture, Conservation Education, Decision Making, Energy
New York State Education Dept., Albany. – 1980
Provided in this document are 18 energy conservation activities designed to supplement regular classroom learning activities. A matrix correlating activity number with grade level and subject areas is included. Titles of activities are: puzzles; energy quiz; energy-related careers; reading a meter; trading calories for kilo-watts; conserving home…
Descriptors: Career Exploration, Conservation Education, Energy, Energy Conservation
Synectics Group, Inc., Washington, DC. – 1983
The Institutional Conservation Program (ICP) is a voluntary grant program designed to help such non-profit institutions as schools, hospitals, local governments, and public care facilities save energy and reduce anticipated energy-related costs. Another primary ICP goal is to conserve oil, thereby reducing the nation's dependence on imported…
Descriptors: Conservation Education, Cost Effectiveness, Energy, Energy Conservation
Clark, Wilson – 1975
The author initially describes the basic physical principles associated with energy and the rise of energy usage in the United States. Also discussed are the ways energy limits growth and its use in various sectors of society. It is suggested that the decentralization of America's electrical system will save a great deal of energy. A variety of…
Descriptors: Conservation Education, Cost Effectiveness, Electricity, Energy
Kropp, Dianne – Florida Vocational Journal, 1980
Vocational education should be an instrumental force in training workers for the demands of energy conservation measures and the use of new sources of energy. (SK)
Descriptors: Conservation Education, Energy Conservation, Fuel Consumption, Vocational Education
Navarro Coll., Corsicana, TX. – 1979
This module is the first in a series of eleven modules in an energy conservation curriculum for secondary and postsecondary vocational students. It is designed for use by itself, to be integrated with the other ten modules into a program on energy conservation, or to be integrated into conventional vocational courses as a unit of instruction. The…
Descriptors: Conservation Education, Depleted Resources, Energy, Energy Conservation
Campbell, Bruce, Comp. – 1977
Background papers are supplied that outline the energy education needs for New Jersey schools and show the dimensions of the energy crisis in terms of the availability of fuel sources. A curriculum model for Introduction to Energy and Energy Conservation is supplied with background information written for all teachers from kindergarten through…
Descriptors: Conservation Education, Curriculum Development, Curriculum Guides, Depleted Resources

LaHart, David E. – 1980
This guide is intended to assist the teacher in exploring energy issues and the technology of solar energy conversion and associated technologies. Sections of the guide include: (1) Rationale; (2) Technology Overview; (3) Sun Day Suggestions for School; (4) Backyard Solar Water Heater; (5) Solar Tea; (6) Biogas; (7) Solar Cells; (8) Economics; (9)…
Descriptors: Conservation Education, Curriculum Development, Elementary Secondary Education, Energy

Kramer, Eugene – Bulletin of the Atomic Scientists, 1973
Congested cities can be used to advantage in conserving energy. With present technology, solid wastes can be recycled and used in environmental-industrial parks to supply energy for cities. (PS)
Descriptors: Conservation Education, Energy, Environmental Education, Fuels
Floyd, Alice Ann; And Others – 1981
Four energy conservation concept areas are developed in this unit: (1) energy resources are many and varied and have evolved over a long period of history; (2) as much as 30 to 50 percent of the energy in the United States is wasted; (3) homes, offices, and schools account for 24 percent of total energy consumption and savings can be made through…
Descriptors: Conservation Education, Energy, Energy Education, Fuel Consumption
Pfisterer, William, Ed. – 1982
The nine units in the curriculum guide on energy options focus on energy from coal, the sun, petroleum, the wind, water, and trees; and on heat pumps, energy conservation, and agriculture and energy. The units are comprised of from two to seven lessons. Each lesson contains objectives, approximate time, procedure, evaluation questions or methods,…
Descriptors: Agriculture, Coal, Conservation Education, Elementary Secondary Education