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Post, R. F. – Bulletin of the Atomic Scientists, 1971
Descriptors: Economic Factors, Energy, Fuels, Magnets

Mills, G. Alex – Environmental Science and Technology, 1971
With natural gas supplies unable to keep up with the demand, coal gasification is suggested as an alternative. (Author/CP)
Descriptors: Energy, Environmental Education, Fuels, Industry

Jones, Lawrence W. – Science, 1971
Descriptors: Air Pollution, Depleted Resources, Energy, Fuels

Delcoigne, Georges C.; Rubinstein, G. – Bulletin of the Atomic Scientists, 1971
Descriptors: Fuels, International Programs, Laws, Military Organizations

Kash, Don E. – Oceanus, 1983
The continuing controversey over offshore oil/gas has given impetus to searching for domestic energy alternatives. The need for and types of several alternative sources are discussed. Indicates that the United States needs to pursue both offshore and other domestic liquid-fuel sources if it is to avoid becoming increasingly dependent on imports.…
Descriptors: Energy, Energy Conservation, Fuels, Geophysics
Pusey, Robert H. – American School and University, 1981
Coal has great potential for use in many school systems. Domestic supplies are abundant with relatively stable prices. Equipment is available for clean and efficient combustion of coal with little or no impact on environmental quality. Cost estimates are provided. (Author/MLF)
Descriptors: Cost Effectiveness, Elementary Secondary Education, Fuel Consumption, Heating

Zerega, Anne Marie – Journal of Social Issues, 1981
Examines the role social science plays in federal transportation energy conservation policy; assesses the current forms and degree of consideration of social issues in transportation energy policy; and identifies contributions that the social sciences could make in achieving energy conservation goals. (Author/MK)
Descriptors: Energy Conservation, Fuel Consumption, Public Policy, Social Science Research
Robison, Rita – American School and University, 1981
Skidmore College (New York) has demonstrated that waste oil can be burned, undiluted, as a primary fuel, and that it is environmentally safe and cost-efficient. (Author/MLF)
Descriptors: Cost Effectiveness, Environmental Influences, Fuels, Higher Education
Splettstoesser, John F. – Geotimes, 1977
Describes geological research and developments during 1976 in Antartica, Alaska, and Greenalnd, especially in the area of petroleum resources. (MLH)
Descriptors: Area Studies, Earth Science, Fuels, Geographic Regions

Lawrence, Richard – Green Teacher, 2002
Proposes that study of biodiesel as a healthier alternative to petroleum diesel be included in the curriculum. Suggests that teachers will play a critical role during the transition away from fossil fuel technologies. Provides background information and web-based resources. (DLH)
Descriptors: Air Pollution, Bus Transportation, Elementary Secondary Education, Environmental Influences

Greenwald, Martin – Technology Teacher, 1992
Issues of the state of the economy, fuel consumption, environmental protection, interdependence, and global competition are relevant to technology education and must be addressed to shape the economic and technological future of the United States. (SK)
Descriptors: Competition, Conservation (Environment), Economics, Fuels

Deal, Walter F., III – Technology Teacher, 1993
Discusses the wide variety of energy resources. Suggests that increasing demands are being placed on traditional sources and that new developments will be needed to maintain and improve the quality of the environment. Includes a student learning activity. (JOW)
Descriptors: Alternative Energy Sources, Energy Education, Fuels, Global Approach
Herman, Dan – American School & University, 1999
Explains how advances in diesel and alternative fuels has caused schools to reconsider their use for their bus fleets. Reductions in air pollution emissions, cost-savings developments, and the economies experienced from less downtime and maintenance requirements are explored. (GR)
Descriptors: Air Pollution, Elementary Secondary Education, Fuels, Public Schools
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
Scharmann, Larry, Ed.; Lay, Gary, Ed. – 1980
Intended primarily but not solely for use at the postsecondary level, this curriculum guide contains six units on energy efficiency that were designed to be incorporated into an existing program in automobile mechanics. The following topics are examined: drivers and public awareness (relationship between driving and fuel consumption); ignition…
Descriptors: Auto Mechanics, Behavioral Objectives, Conservation Education, Curriculum Guides