Welcome to Green Campus Initiative - Working Together for a Sustainable Future
K-8 Education Grade 9-12 Education Colleges & Universities
It's not easy being green! - Kermit T. Frog   Home Colleges & Universities 12 Steps toward Sustainability Teaching & Research

 
Teaching and Research
 
  Organizational Assistance   Best Practices  
  • The Campus as a Learning Laboratory
    Having courses in ecology and sustainable energy is not enough. Ensure your campus is a learning laboratory. Use renewable technology on campus to demonstrate possible sources of alternative power. Making these systems an ordinary sight by demonstrating their use promotes sustainability, dispelling myths about such power sources ineffectiveness. For more on use of onsite renewable energy see the Energy Purchasing portion of this website. Green spaces on campus, especially those composed of native species, act as “living laboratories.” They serve as examples of local ecology, and are places where students of ecology can utilize their training.
    Every university should make environmental studies, ecology, sustainable energy, or sustainable development part of a university’s core curriculum. Every student should be required to demonstrate at least a general understanding of the local ecology and technology being promoted on campus.
  • Demonstrate Sustainable Technology
    When teaching sustainable practices, a university should practice as it preaches. Also, sustainable technology on campus gives students live examples of the very systems they are learning about. Use renewable energy, water conservation systems, or advanced building designs or other sustainable technologies on campus. Not only do these reduce environmental impact, but also act as demonstrators to students. The presence of these technologies on campus shows the student body that these technologies work.
  • Teach Environmental Literacy
    Environmentalism carries with it a jargon like any discipline. Ensure your students can understand the vocabulary of ecology, earth science, and sustainable technology. It is imperative for students to be able to draw their own conclusions as to which environmental and energy options seem plausible and which do not. This enables students to make rational, informed voting choices concerning the environment throughout their lives.
  • Engage in Community Outreach
    Universities often are often among great stimulators of the local economy and have an impact on the local culture. As a significant member of the local community, a university should participate in community outreach programs targeted at sustainability. Have students develop and manage these programs. Students, faculty, and staff can also participate in public policy dialog at the local, regional and state level.
  • Take an Interdisciplinary Approach
    Taking an interdisciplinary approach sustainable development is not only a scientific concept; it is also, philosophical, sociological, political, and economic. When teaching sustainability at your school, discuss how all these disciplines are pertinent. Treating these disciplines as discrete distorts their interrelatedness concerning matters of sustainability.
  • Strengthen Core Programs to Promote Sustainability
    Environmental earth science departments are likely to already have courses on environmentalism and sustainable energy. However, economics departments should be encouraged to offer courses on the economic impact of environmental policy and sustainable technology. Political science departments should also be encouraged to offer courses on how such issues are politicized. Anthropology and sociology can also be brought to bear to outline the effects of environmental problems in populations, and demonstrate the cultural or social responses to environmental activism and environmental regulation. It is also necessary to examine environmental and sustainability issues from a philosophical standpoint rather than treating these issues through a social science alone as philosophy can often offer valuable perspective on many ethical issues. Sustainability also requires students to think systematically, a task which philosophy is readily able to train students for.
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