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Livia Somerville; Matthias Stucki; Regula Keller – International Journal of Sustainability in Higher Education, 2025
Purpose: The purpose of this study was to evaluate the environmental footprint of a university of applied sciences in 2019 and 2020, including the effects of the lockdown periods. The study identified the main sources of emissions and assessed the pandemic-related effects. Design/methodology/approach: Using the life cycle assessment methodology,…
Descriptors: Foreign Countries, Universities, COVID-19, Pandemics
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Ben Goldman – portal: Libraries and the Academy, 2024
It is now widely understood that societies must rapidly decarbonize to avoid the worst impacts of future climate change. To contribute to this urgent effort, academic libraries should develop an understanding of the carbon footprint resulting from their activities. This article shares the results of an effort at the Penn State University Libraries…
Descriptors: Academic Libraries, Climate, Influence of Technology, Conservation (Environment)
Hurowitz, Amanda – Understanding Our Gifted, 2010
Sometimes students come up with crazy ideas. When this author first started teaching at Thomas Jefferson High School for Science and Technology in Virginia five years ago, she had a sophomore share such an idea with her. He wanted to put solar panels on the school's roof as a way to reduce the school's carbon footprint and set a bright clean…
Descriptors: Sustainable Development, Conservation (Environment), Ecology, Energy Conservation
Brown, Julie Paul; Hillman, Luce R. – Facilities Manager, 2010
Most colleges and universities have taken great strides in recent years to embrace "being green." As part of this process, many institutions have established an Office of Sustainability or similar department to implement these practices and foster the image of environmental consciousness that the universities want to project. Institutions are…
Descriptors: Historic Sites, Higher Education, Sustainability, Sustainable Development
Boulard, Garry – Diverse: Issues in Higher Education, 2009
Addressing ongoing and costly deferred-maintenance needs is a challenge for any two- or four-year school. During an economically challenging time, many HBCUs have put energy efficiency and other green projects on the back burner. However, some are finding that deferred maintenance does not have to be a barrier to becoming green. Despite budget…
Descriptors: School Maintenance, Energy Conservation, Educational Finance, Community Colleges
Erickson, Paul W. – American School & University, 2008
Education institutions that embrace green concepts in their construction projects are able to provide safe and healthful learning environments that are responsive to the community. Carrying out these strategies can enhance student learning, reduce health and operations costs, and enhance the quality of a school. Moreover, these high-performing…
Descriptors: Educational Facilities Design, Energy Conservation, Academic Achievement, Environmental Influences
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Musgrove, P. – Physics Education, 1978
Explores the possibility of installing offshore windmills to provide electricity and to save fuel for the United Kingdom. Favors their deployment in clusters to facilitate supervision and minimize cost. Discusses the power output and the cost involved and urges their quick development. (GA)
Descriptors: Depleted Resources, Ecology, Electricity, Energy
Davidson, J. – 1987
Uneven economic growth, rapid population increases, and high costs of fossil fuels have caused much of the human race to experience an energy crisis. For the world's poor people the energy requirements consist mainly of firewood. This crisis will be aggravated further as population trends begin to overwhelm natural resources. Future demands for…
Descriptors: Alternative Energy Sources, College Science, Ecology, Economics
Fogl, John; Landes, Nancy – 1979
This module consists of three activities and an evaluation section. Each activity can be conducted in class or assigned as homework. Activity 1 introduces the students to food chains and energy transfers through trophic levels. Activity 2 explores energy inputs and outputs in the United States food system and encourages the student to identify…
Descriptors: Class Activities, Conservation Education, Curriculum Development, Ecology
Brown, Lester R. – 1978
The purpose of this book is to examine the interaction of the world's ecological, economic, and social systems. It is divided into 12 chapters, with the first chapter providing an introduction and overview. Chapter two assesses the dimensions of the ecological stresses being put on the environment, specifically, the world's oceans, forests,…
Descriptors: Birth Rate, Climate, Climate Control, Conservation (Environment)