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Showing 1 to 15 of 35 results Save | Export
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Temple, Paul – Perspectives: Policy and Practice in Higher Education, 2010
The development of a "sustainability agenda" in higher education (HEFCE 2009) is, it seems to the author, a classical example of supercomplexity in action. In this article, the author argues that the challenge for universities in responding as organisations to the demands of sustainability--which must, in the end, mean reducing fossil…
Descriptors: Higher Education, Fuels, Sustainability, College Administration
Carlson, Scott – Chronicle of Higher Education, 2008
Some years ago, bringing up peak oil--the concept that oil production will crest and then decline, leading to all sorts of trouble in society--might have made one seem like the kind of person who frequents Web sites that sell survival books and freeze-dried food. Today such discussion has pretty much hit the mainstream. Last month The Wall Street…
Descriptors: Research and Development, Energy Education, Energy Management, Controversial Issues (Course Content)
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Rose, Mary Annette – Technology Teacher, 2009
This article presents the author's critique on Stephen L. Baird's article in the November 2008 issue of "The Technology Teacher", which describes a contemporary debate about opening more U.S. land and coastal regions to oil and gas exploration and production (E&P). While Baird's thesis epitomizes the goal of a technologically literate citizen, his…
Descriptors: Fuels, Marine Biology, Environmental Education, Environmental Influences
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Deal, Walter F., III – Technology Teacher, 2005
Recently, the price of gasoline seems to keep going up and up with seemingly no limit in sight. Accordingly, the price of a barrel of oil is in excess of sixty dollars today, when just a few years ago it was around twelve to fifteen dollars a barrel. There are many intertwined answers as to why the price of oil and gasoline are increasing.…
Descriptors: Fuels, Energy, Fuel Consumption, Energy Education
McKnight, Regis Q.; McKnight, Nancy T. – Review, 1987
Argues that using outdoor classrooms to examine environmental studies will help heighten the student's awareness of the importance of protecting our environment. Describes how such a land laboratory could be developed. (RKM)
Descriptors: Ecology, Elementary Education, Energy Education, Environmental Education
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Totten, Michael – Social Science Record, 1986
This article explores the possibility of terrorist acts against nuclear power stations. It includes information on reactor security, public policy, and alternative courses of action deemed to increase public safety and cost efficiency. (JDH)
Descriptors: Energy Education, Energy Management, Nuclear Power Plants, Power Technology
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Beynon, John – Physics Education, 1990
Energy as an abstract concept is discussed, and the effect of using inappropriate language in the teaching of energy is considered. The storage of energy is illustrated using gravitation and the combustion of coal as examples. (CW)
Descriptors: Classroom Communication, Energy, Energy Education, High Schools
Kolat, Pavel; Noskievic, Pavel; Novacek, Alexej – 1998
This paper discusses the importance of energy and its association with the modern economy. Presently, 40% of Europe's electricity needs are based on coal. Preparing a clean energy technology requires improvements in conventional steam cycle technology. Education plays an important role in energy use, and universities need to organize education…
Descriptors: Chemical Engineering, Coal, Energy Education, Energy Management
Kuhn, David J. – Illinois Schools Journal, 1988
Energy education must be integrated into the dynamics of our rapidly changing society. The use and interaction of the cognitive and affective areas in the development of energy education programs should be emphasized. If these programs are implemented, they may contribute to a more knowledgeable and socially conscious society. (BJV)
Descriptors: Cognitive Development, Curriculum Development, Elementary Secondary Education, Energy Conservation
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Marker, Gerald W. – Social Studies, 1991
Observes that little energy education work has been done since the early 1980s. Recommends teaching about (1) the coming transition from petroleum to other energy sources; (2) the time and policy decisions involved in the transition; (3) the need to avoid reliance upon a single, simple solution to energy problems; and (4) the link between energy…
Descriptors: Curriculum Development, Educational Needs, Educational Trends, Elementary Secondary Education
Secken, Nilgun – Online Submission, 2006
At present many countries in the world consume too much fossil fuels such as petroleum, natural gas and coal to meet their energy needs. These fossil fuels are not renewable; their sources are limited and reducing gradually. More importantly they have been becoming more expensive day by day and their damage to the environment has been increasing.…
Descriptors: Foreign Countries, Fuels, Energy, Energy Education
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Prideaux, Ned – School Science Review, 1995
Describes two broad approaches to the introduction of the concept of energy in school science: the psychology-driven positions and the academic physics-driven positions. Outlines interrelationships, relative merits in certain circumstances, and the extent they might feed into each other. Presents historical evidence that they may not be as…
Descriptors: Educational Strategies, Elementary Secondary Education, Energy, Energy Education
Vogl, Robert; Vogl, Sonia – Journal of Outdoor Education, 1994
Editorializes briefly upon general progress in solar energy with a focus on electricity generated by a range of solar technologies. Suggests a major educational effort is essential to increase public's awareness of benefits and limitations of solar electricity. Briefly describes a multidisciplinary solar energy education kit for grade levels from…
Descriptors: Alternative Energy Sources, Conservation Education, Electrical Systems, Electricity
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Leon, Warren – Social Education, 1992
Discusses themes and ideas for social studies teachers to use in teaching about energy. Addresses energy transitions, the rate of technology change, energy and economic growth, and comparing and developing new energy sources. Concludes that students need a historical and social context for understanding the environmental and economic problems that…
Descriptors: Alternative Energy Sources, Ecological Factors, Elementary Secondary Education, Energy
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Taber, Keith S. – School Science Review, 1989
Notes that energy is a difficult concept to learn and provides problems for many students. Stresses that if the science education community were to develop a standard nomenclature of energy-related terms, it would be possible to eliminate some of the difficulties without reducing depth of treatment. (Author/MVL)
Descriptors: Energy, Energy Education, Misconceptions, Physics
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