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Shaheen, Esber I. – Environmental Science and Technology, 1974
Issues surrounding the recent oil shortages are discussed and alternate sources reviewed are nuclear power, fusion, solar energy, geothermal energy, magnetohydrodynamics coal gasification, windmills and tidal power. (JP)
Descriptors: Ecology, Energy, Environment, Fuel Consumption
Asimov, Isaac – National Wildlife, 1973
How this energy source was created, its meaning to mankind, our drastically reduced supply, and why we cannot wait for nature to make more are considered. Today fossil fuels supply 96 percent of the energy used but we must find alternate energy options if we are to combat the energy crisis. (BL)
Descriptors: Earth Science, Energy, Environment, Fuel Consumption
Solar Age, 1980
This directory is intended as a guide to organizations, publications, and other information concerning biomass fuels. Major sections of the directory include: (1) Organizations and Publications (General); (2) Overview (generic information on biomass fuels); (3) Thermal Conversion; (4) Gaseous Fuels; and (5) Alcohol Fuels. Each entry in the…
Descriptors: Agriculture, Biology, Energy, Energy Conservation
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Starkman, Ernest S. – Environmental Science and Technology, 1975
Descriptors: Air Pollution, Economics, Environment, Fuel Consumption
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Science, 1980
Proposes that human comfort could be provided in otherwise chilly surroundings by filling the occupied space with electromagnetic energy of cm wavelength. Considerable energy savings could be realized from the resultant ability to lower interior temperatures and maintain comfort in the building. (Author/RE)
Descriptors: Building Design, Energy, Energy Conservation, Environment
Meetham, A. R. – 1964
Although atmospheric pollution can be reduced or eliminated in many different ways, each way involves questions of economics, the time factor, availability of materials, priority over other urgent reforms, and individual and social psychology. To provide a basis for consideration of these questions, this book gives information not only about the…
Descriptors: Air Pollution, Chemical Reactions, Ecological Factors, Environment
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Whipple, Chris – Science, 1980
The energy required to build and install solar space- and water-heating equipment is compared to the energy saved under two solar growth paths corresponding to high and low rates of solar technology implementation. (Author/RE)
Descriptors: Energy, Energy Conservation, Environment, Fuel Consumption
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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
Norman, Colin – 1978
The infusion of technology into society has created social and environmental problems as well as benefits. Four concerns linked with technology are discussed in this paper: rising unemployment, growing social inequalities, dwindling oil and gas reserves, and potential long-term ecological problems. Indiscriminate transfer of modern labor-saving…
Descriptors: Depleted Resources, Developed Nations, Developing Nations, Ecological Factors
Indiana State Dept. of Public Instruction, Indianapolis. Div. of Curriculum. – 1980
This guide is intended to help teachers integrate energy education into middle schools or junior high schools. A teacher's section includes an introduction, bibliography, and glossary. Thereafter, teacher materials sections and student materials sections are paired under topical headings addressing world-wide energy iasues. Energy issues are…
Descriptors: Conservation Education, Curriculum Development, Economics, Elementary Secondary Education