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Carter, Leesa – School Business Affairs, 2011
When trying to reach their sustainability goals, schools and school districts often run into obstacles, including financing, training, and implementation tools. Last fall, the U.S. Green Building Council-Georgia (USGBC-Georgia) launched its High Performance, Healthy Schools (HPHS) Program to help Georgia schools overcome those obstacles. By…
Descriptors: Program Effectiveness, Energy Conservation, School Buildings, Educational Facilities Design
Buchanan, Susan – Facilities Manager, 2011
With detailed information about the costs and benefits of potential green investments, educational facilities can effectively evaluate which initiatives will ultimately provide the greatest results over the short and long term. Based on its overall goals, every school, college, or university will have different values and therefore different…
Descriptors: Educational Facilities Improvement, Educational Facilities Planning, Facilities Management, Energy Conservation
Moretti, Richard D.; Conte, Philip R. – Educational Facility Planner, 2012
The Seaford School District, Seaford, Delaware, determined that a component of their "reinvention" of Seaford High School would be the creation of a New Tech Academy, affiliated with the New Tech Network and housed in an addition to that building. The New Tech Network, headquartered in Napa, California, is a rapidly growing association…
Descriptors: High Schools, Facility Expansion, Educational Facilities Planning, Educational Facilities Design
Bennett, Bob – American School & University, 2009
Soaring energy prices and tightening school budgets don't mix well. In fact, millions of children across the United States are being educated in energy-leaking, unhealthful facilities in dire need of physical upgrade and systems modernization. Increasing numbers of K-12 districts and institutions of higher learning are turning to performance-based…
Descriptors: Educational Facilities Improvement, Cost Effectiveness, Energy Conservation, Performance Contracts
Heras, Jose A. – European Journal of Physics, 2009
The covariant Maxwell equations are derived from the continuity equation for the electric charge. This result provides an axiomatic approach to Maxwell's equations in which charge conservation is emphasized as the fundamental axiom underlying these equations.
Descriptors: Energy, Equations (Mathematics), Science Instruction, Energy Conservation
Benacka, Jan; Stubna, Igor – International Journal of Mathematical Education in Science and Technology, 2009
This note gives the solution to the motion of a perfectly hard ball that was launched against a perfectly hard inclined plane. The solution comprises recurrent formulas that give the parts of the trajectory between the impacts, which are parabolas. In the upward part of the motion, the parabolas become higher and narrower, in the downward part…
Descriptors: Energy Conservation, Physics, Motion, Spreadsheets
Carlson, Scott – Chronicle of Higher Education, 2009
Each year at Utica College, a tiny pot of money stands as a kind of symbol of where the college hopes to go and how close it sits to the edge. In a $55-million budget, after the college has paid its employees, heating bills, and other expenses, about $150,000 is left over for what the college calls its initiative fund. Todd S. Hutton, the…
Descriptors: Energy Conservation, Resource Allocation, Budgets, Educational Facilities Improvement
Childress, Vincent W. – Technology Teacher, 2009
The current worldwide concern over energy is primarily related to imported oil, oil drilling and refining capacity, and transportation capacity. However, this concern has bolstered interest in a broader range of "green" energy technologies. In this article, the author discusses the use of hydroelectricity as an alternative energy source…
Descriptors: Fuels, Engines, Energy, Energy Conservation
Wolgelenter, Nina – School Business Affairs, 2011
School districts' ongoing efforts to promote sustainability in America's education facilities are helping raise awareness of social responsibility and promoting the positive effects that greening their learning environments has on the general health and productivity of students. One institution that's taking the lead in this movement is Chandler…
Descriptors: School Maintenance, Social Responsibility, Energy Conservation, Energy Education
Smith, Molly; Peterson, David – Educational Facility Planner, 2010
In this economy, it's hard to implement any kind of school facility improvement plan with tight budgets and rising energy costs. The following strategies and suggestions are just some of the many ways schools can reach toward sustainability. In creating this presentation, our objective was to point out what you can do to save energy right now with…
Descriptors: Energy Conservation, Facility Improvement, Energy Management, Sustainable Development
Kamata, Masahiro; Tamamura, Yuna – Physics Education, 2010
In Japan, junior high school students learn about energy conversion between kinetic and potential energy. In addition, they learn about energy conversion among different kinds of energy, such as mechanical, electrical, thermal, light and chemical. As for the conversion between electrical and light energy, teachers usually use lamps or LEDs to…
Descriptors: Foreign Countries, Junior High School Students, Energy Conservation, Light
Duin, Ann Hill; Baer, Linda L. – Planning for Higher Education, 2010
Higher education institutions must be resilient as they face vastly increased expectations for sustainable environments, global focus, and technological support. Speed of response to these expectations ultimately depends on shared vision, shared agreement, and shared accountability. In this article, the authors challenge all those engaged with…
Descriptors: Higher Education, Global Approach, Leadership Responsibility, Sustainable Development
Twyman, Janet S. – Behavior Analyst, 2010
Whatever adults might accomplish on the green behavior change front, any sustained success in combating climate change will require the help of the world's more than 2.2 billion children. In "TerraKids," Janet Twyman describes a possible Web site where kids learn about their family's carbon footprint and what they can do to help reduce it.…
Descriptors: Behavior Change, Climate, Web Sites, Environmental Education
Kennedy, Mike – American School & University, 2010
When the subject of buildings and daylighting arises, most people's thoughts will turn first to windows. To the uninitiated, it seems a simple formula: more windows, more daylight; fewer windows, less daylight. But designers know that effective use of daylighting in a building design involves more than just letting in light to otherwise darkened…
Descriptors: Building Design, Energy Conservation, Energy Management, Energy
Lazaros, Edward J.; Spotts, Thomas H.; Verdon, Jessica E. – Science Activities: Classroom Projects and Curriculum Ideas, 2010
This activity promotes ways to save electricity in the home. Students identify electronic devices in the home and examine wattage, hours of use per month, estimated wattage per month, kilowatt hours per month, average retail price per kilowatt hour in each state, and the estimated cost per month. Students gain an appreciation for how saving power…
Descriptors: Interdisciplinary Approach, Energy Conservation, Science Instruction, Learning Activities