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Postma, Dirk Willem; Smeyers, Paul – Journal of Moral Education, 2012
After the moral framework of sustainable development, the focus on climate change appears to take a lead in the practice and theory of environmental education. Inherent in this perspective is an apocalyptic message: if we do not rapidly change our use of energy resources, we will severely harm the life conditions of our children and grandchildren.…
Descriptors: Environmental Education, Energy Conservation, Climate, Sustainable Development
Johnson, William C.; Kraemer, Steven; Ormond, Paul – Facilities Manager, 2011
Self-declared energy and carbon reduction goals on the part of progressive colleges and universities have driven ground source geothermal space heating and cooling systems into rapid evolution, as part of long-term climate action planning efforts. The period of single-building or single-well solutions is quickly being eclipsed by highly engineered…
Descriptors: Climate Control, Energy Conservation, Conservation (Environment), Colleges
Massiha, G. H.; Houston, Shelton; Rawat, Kuldeep S. – Tech Directions, 2011
Many technology students--and especially those interested in environmental and energy issues--can benefit from learning about power ratings and the energy usage of electrical systems like the electrical equipment and appliances found in most homes. Students enrolled in electronics and construction technology courses learn to determine the power…
Descriptors: Energy, Technology Education, Energy Conservation, Equipment
Lombardo, Vincenzo; Fiordilino, Emilio; Gallitto, Aurelio Agliolo; Aglieco, Pasquale – Physics Education, 2012
We discuss an experiment on wind energy performed with home-made apparatus. The experiment reproduces a laboratory windmill, which can pump water from a lower level to a higher one. By measuring the gain of the gravitational potential energy of the pumped water, one can determine the power extracted from the wind. The activity was carried out with…
Descriptors: Energy, Mechanics (Physics), Energy Conservation, High School Students
Darling, Gerald – Science Scope, 2012
Middle school students hear about energy continuously: in the news, in many of their classes, and at home. Most students realize that recent wars have been fought over energy resources, and many will accept that overreliance on fossil fuels is changing the global climate. Students understand that as the world population surges past seven billion,…
Descriptors: Climate, Fuels, Energy Education, Middle School Students
Weisbord, Dano – Sustainable Endowments Institute (NJ1), 2012
Developing return-oriented green revolving funds (GRFs) is a rapidly growing trend at colleges and universities. A green revolving fund (GRF) is a special account designated for investment in on-campus projects that improve energy efficiency or decrease material use. GRFs invest in a variety of cost-saving initiatives, resulting in significant…
Descriptors: Educational Finance, Energy Conservation, Expertise, Sustainability
Balek, Bill – American School & University, 2012
Green cleaning plays a significant and supportive role in helping education institutions meet their sustainability goals. However, identifying cleaning products, supplies and equipment that truly are environmentally preferable can be daunting. The marketplace is inundated with products and services purporting to be "green" or environmentally…
Descriptors: Sanitation, Sustainability, School Safety, Hazardous Materials
MacGarry, Ann – School Science Review, 2014
The article outlines a couple of the most recent resources developed by the Centre for Alternative Technology for teaching about energy. The key elements are providing sound information on all the significant sources and inspiring pupils to make their own decisions about energy futures based on evidence. Our experience is that engaging pupils in…
Descriptors: Energy, Energy Education, Teaching Methods, Decision Making
Capalbo, Mike A. – American School & University, 2011
Today's education institution kitchens are colorful and inviting, designed with curvature and stainless steel to compete with local restaurants, offering more variety and efficiency to the demanding health-conscious "Generation Me" consumer who is short on time and big on selection. In short, campus eateries are less "cafeteria" and more "cafe."…
Descriptors: Food Service, Energy Conservation, Dining Facilities, Educational Facilities Design
Gordon, Dan – T.H.E. Journal, 2011
A 2008 study by the management-consulting firm McKinsey & Co. projected that the world's data centers would surpass the airline industry in greenhouse gas emissions by 2020. Certainly adding to those emissions are K-12 districts, whose data centers hold the equipment that serves as the backbone for an ever-growing number of computing initiatives.…
Descriptors: Elementary Secondary Education, Energy Conservation, Energy Management, Climate Control
Kennedy, Mike – American School & University, 2011
Education officials used to debate whether they could afford to pursue green design and construction. Now the green movement has gained a foothold not just in education, but in society at large, and the prevailing attitude seems to have shifted. Can schools afford "not" to go green? As budgets are slashed repeatedly, education administrators must…
Descriptors: Financial Support, School Buildings, Educational Facilities Design, Energy Conservation
Krueger, Glenn – School Business Affairs, 2012
Reducing school district energy expenditures has become a universal goal. However, school board members, superintendents, and directors of buildings and grounds are often unaware of the many options available to conserve energy. School energy conservation used to be relatively simple: turn off the lights and turn down the heat in the winter and…
Descriptors: Management Systems, Climate Control, Energy Conservation, Lighting
Fuchs, Willi – Journal of Education for Sustainable Development, 2012
Modern societies aim to solve the global challenges of the 21st century with sustainable solutions such as resource efficiency, use of renewable energy sources and recycling. Engineers are called upon to create the cutting edge technological solutions that can help to address these challenges. In developed as well as in developing countries,…
Descriptors: Engineering Education, Energy Conservation, Energy, Engineering
Finley-Brook, Mary; Zanella-Litke, Megan; Ragan, Kyle; Coleman, Breana – Liberal Education, 2012
Colleges across the country are hosting on-campus renewable energy projects. The general assumption is that trade schools, community colleges, or technology-oriented universities with large engineering departments make the most appropriate sites for training future leaders in renewable energy innovation. While it makes sense to take advantage of…
Descriptors: General Education, Liberal Arts, Energy, Power Technology
Bartkovich, Kevin G. – Mathematics Teacher, 2013
The standard for measuring fuel efficiency in the U.S. has been miles per gallon (mpg). However, the Environmental Protection Agency's (EPA) switch in rating fuel efficiency from miles per gallon to gallons per hundred miles with the 2013 model-year cars leads to interesting and relevant mathematics with real-world connections. By modeling…
Descriptors: Efficiency, Fuels, Energy Education, Fuel Consumption