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Andrea Tomassi; Alessandro Caforio; Elpidio Romano; Ernestina Lamponi; Alessandro Pollini – Journal of Environmental Education, 2024
Following the severe impact of capitalist industrialization on the environment, the EU has funded several projects in the context of the European Green Deal to pursue climate neutrality by 2050. Some of these projects attempt to achieve zero emissions through political participation, while others by committing EU citizens to adopt sustainable…
Descriptors: Environmental Education, Conservation (Environment), Climate, Energy
Jorling, Thomas C. – New England Journal of Higher Education, 2021
Climate change is real and accelerating. It requires an urgent response that focuses all the strategies and tactics necessary to stabilize the Earth's temperature regime. According to Thomas Jorling, the objective to guide research, development and implementation is straightforward: Achieve an all-electric economy. Simply put, all sectors of…
Descriptors: Climate, Change, Energy, Energy Conservation
Lindsay, Georgia; Cole, Laura B.; Akturk, Aysegul; Akin, Heather – Applied Environmental Education and Communication, 2021
When museums commission green buildings, those buildings are often covered in the press. To understand the educational potential of green building press coverage, we qualitatively analyzed 96 articles about eight U.S. green science museums. We found that journalists who cover green buildings highlight green roofs, material choices,…
Descriptors: Museums, Sustainable Development, Buildings, Building Design
Xie, Xiaohuan; Qin, Shiyu; Gou, Zhonghua; Yi, Ming – International Journal of Sustainability in Higher Education, 2021
Purpose: Aiming to find out how to incorporate green building into the architectural curriculum, this study aims to explore the psychological path for cultivating architectural students' awareness and motivation to learn the green design concepts and related technologies. Design/methodology/approach: Based on a global review of relevant…
Descriptors: Building Design, Architectural Education, Energy Conservation, Ecological Factors
Westberg, Johannes – Educational Governance Research, 2018
While the architecture, educational ideas and material culture of nineteenth century school buildings have been properly investigated, we know less about the actual processes involved in designing and building schools. These processes are explored in this chapter, allowing the influence of local decision-makers, school designers, builders and…
Descriptors: Architecture, School Buildings, Educational History, Governance
Masters, Heidi; Hilgendorf, Chelsey; Stundahl, Lisa; Gresl, Megan; Jentsch, Amber – Science and Children, 2019
To support elementary school students in finding a solution to an engineering problem, the authors developed a series of five lessons using the 5E Instructional Model (Bybee 2014). The lessons align with the "Next Generation Science Standards" and the "Common Core State Standards" and integrate the teaching and learning of…
Descriptors: Science Instruction, Teaching Methods, Grade 2, Elementary School Students
Srinivasamohan, Ashwini; Walton, Judy; Wagner, Margo – Association for the Advancement of Sustainability in Higher Education, 2012
This quote by ecologist, "Silent Spring" author and Chatham University alum Rachel Carson reminds us of the everyday tenacity needed in working to advance a sustainable and just world. This publication celebrates that tenacity in the higher education sector, specifically among institutions in the Pittsburgh area. Historically known for…
Descriptors: Higher Education, Building Design, Sustainability, Colleges
Jain, Rishee K. – ProQuest LLC, 2013
The built environment accounts for a substantial portion of energy consumption in the United States and in many parts of the world. Due to concerns over rising energy costs and climate change, researchers and practitioners have started exploring the area of eco-informatics to link information from the human, natural and built environments.…
Descriptors: Energy Conservation, Social Networks, Feedback (Response), Energy
Charnley, Fiona; Fleming, Paul; Fleming, Margaret; Mill, Greig – School Science Review, 2010
The UK Government's Building Schools for the Future programme has provided schools with a unique opportunity to improve education for sustainable development substantially by giving pupils the chance to study within a real-life context. This article documents an engagement project in which experts in low-energy building design are facilitating…
Descriptors: Foreign Countries, Educational Facilities Design, Energy Conservation, Sustainable Development
Utebay, Kudret – Educational Facility Planner, 2011
Every building, from the smallest school to the tallest skyscraper, uses energy. This energy is most often generated by burning fossil fuels, which releases greenhouse gases into the atmosphere and contributes to climate change. Existing commercial buildings offer a significant opportunity for low-cost, immediate emissions and energy cost…
Descriptors: Building Design, Fuels, Energy Conservation, Climate
Martinez, Luis A. – ProQuest LLC, 2009
In the United States, 21% of all energy is used in residential buildings (40% of which is for heating and cooling homes). Promising improvements in residential building energy efficiency are underway such as the Building America Program and the Passive House Concept. The ability of improving energy efficiency in buildings is enhanced by building…
Descriptors: Structural Elements (Construction), Conservation (Concept), Energy Conservation, Energy
Baird, Stephen L. – Technology Teacher, 2008
An insatiable appetite for energy, a burgeoning world population, and a heightened awareness of climate change are focusing global attention on sustainability, an issue that may very well determine the future course of civilization. The pursuit of a sustainable lifestyle today is of paramount importance for future generations. Achieving…
Descriptors: Building Design, Energy Conservation, Media Selection, Energy
National Research Council of Canada, Ottawa (Ontario). Div. of Building Research. – 1968
One hundred different topics related to the technical aspects of building design and construction are discussed. The major areas of discussion are--(1) the effects of climate on building materials, (2) site and soil analysis, (3) acoustical and thermal design considerations, (4) fire and building design, (5) structural analysis and design, and (6)…
Descriptors: Acoustics, Building Design, Building Systems, Building Trades
Cuscaden, Rob – Building Design and Construction, 1975
The difficulties and the accomplishments of an Alaskan-based architectural firm. (MLF)
Descriptors: Architects, Building Design, Climate, Construction (Process)
Mooij, D. – 1974
This publication provides data on the angles governing the design of sunshading devices for educational buildings in the countries of the Asian region and gives examples of the ways in which these data can be used. Different methods of excluding direct sunlight from teaching spaces are illustrated in a series of diagrams that show exclusion by…
Descriptors: Building Design, Climate, Climate Control, Light