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Fiester, Kenneth – Worklife, 1977
Describes various energy-related projects and legislation, with new job estimates, to improve or design buildings and methods to reduce the annual growth in energy consumption by reducing gasoline consumption, cutting oil imports, increasing coal production, insulating buildings, and installing solar energy devices. (MF)
Descriptors: Climate Control, Employment Opportunities, Employment Projections, Energy Conservation
Hanson, Jeannie; And Others – College Store Journal, 1977
Minnesota's bookstore is housed in an award-winning underground building designed to save energy and space while providing scenery. It includes vaulted ceilings, slanted windows, a recessed courtyard, platforms, mezzanines, and plants growing in bookcases. A solar energy unit supported by a federal grant is incorporated in the design. (LBH)
Descriptors: Bookstores, Building Design, College Stores, Construction (Process)
Cuscaden, Rob – Building Design and Construction, 1976
Presently available design techniques, technologies, and management practices can significantly reduce the energy requirements of new buildings. A two-part section discusses solutions to the energy problem in the commercial, institutional, and industrial fields. (Author/MLF)
Descriptors: Building Design, Building Innovation, Building Systems, Electrical Systems
Kohl, Herb – Teacher, 1979
The author explains some of the activities he uses in his upper elementary energy curriculum when dealing with these topics: the definition of energy; gasoline consumption; energy conversion; solar energy; and the politics of energy. Resource agencies to which students may write for information are listed. (SJL)
Descriptors: Elementary School Science, Energy, Energy Conservation, Fuel Consumption
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

Brubaker, C. William – Planning for Higher Education, 1982
New energy-responsible buildings will not only use less energy, but will be more comfortable, more closely attuned to nature, and will create a better learning and living environment. The most cost-effective planning decisions have to do with good passive solar design and sensible operations. (MLW)
Descriptors: Building Design, Building Innovation, Climate Control, College Buildings

Bennett, David J. – Planning for Higher Education, 1982
The new Civil/Mineral Engineering Building on the University of Minnesota Minneapolis campus is a demonstration design in energy conservation and innovation in active and passive solar energy applications. Its antecedents at the university represent contributory steps in the identification of issues and the development of design principles. (MLW)
Descriptors: Building Design, Building Innovation, College Buildings, Educational Facilities Planning
Watson, Donald – Progressive Architecture, 1979
Some quantitative methods are illustrated that might be used to select design elements that are appropriate year-round and matched to the annual climate profile, and, in addition, to apportion architectural and mechanical strategies so that they complement one another. (Author/MLF)
Descriptors: Architectural Programing, Architectural Research, Building Design, Climate
Rush, Richard – Progressive Architecture, 1980
An architect designed his combination living and working structure with a central solar heated area and nine thermal zones to make the most efficient use of energy collected. (Author/MLF)
Descriptors: Air Flow, Building Design, Building Innovation, Energy Conservation

Journal of Chemical Education, 1979
Information is presented on the use of solar energy for heating and cooling. (BB)
Descriptors: Climate Control, Energy, Energy Conservation, Environmental Education
Building Design and Construction, 1977
Describes 21 completed projects now using solar energy for heating, cooling, or electricity. Included are elementary schools in Atlanta and San Diego, a technical school in Detroit, and Trinity University in San Antonio, Texas. (MLF)
Descriptors: Building Innovation, Cost Effectiveness, Educational Facilities Design, Elementary Education
Caldwell, William; And Others – 1980
This activity and record book is designed for unit 2 (ages 12-14) of the Nebraska 4-H Energy Project. Aims, energy attitudes to be developed, and instructions are provided for each activity. Activities include: (1) a word search of energy-related words (with definitions provided); (2) determining fuel waste; (3) reading electric/gas meters and…
Descriptors: Climate Control, Conservation Education, Electrical Appliances, Elementary Secondary Education
Carlton, Linda L. – 1982
Energy activities are provided in this student activity book. They include: (1) an energy walk; (2) forms of energy in the home; (3) energy conversion; (4) constructing a solar hot dog cooker (with instructions for drawing a parabola); (5) interviewing senior citizens to learn about energy use in the past; (6) packaging materials; (7) insulation;…
Descriptors: Climate Control, Conservation Education, Elementary Secondary Education, Energy
Rose, Harvey, Ed. – 1982
Twenty articles addressing different aspects of solar energy are compiled in this book. They represent the views of different governmental and non-governmental organizations, members of congress, and other individuals including, for example, Barry Commoner and Amory Lovins. Topics discussed include the need for federal support, passive solar…
Descriptors: Alternative Energy Sources, Conservation Education, Economic Factors, Energy
Council on Environmental Quality, Washington, DC. – 1978
This report discusses many of the economic and policy questions related to the widespread introduction of solar power, presents recent progress in developing solar technologies and advancing their economic feasibility, and reviews some recommendations that have been made for achieving the early introduction and sustained application of solar…
Descriptors: Economics, Energy, Energy Conservation, Environmental Education