Personal tools
You are here: Home > Understanding Sustainability Resources Page

Resources for Understanding & Teaching Sustainability

This website was designed as a clearinghouse of information to help teachers, students, and others interested in finding meaning in the sustainability concept -- what it is, how and why it came to be, and how it is being implemented, supported, and challenged. This homepage is connected to a database of some 6,000 entries including academic publications, news articles, reports, videos, and websites. The topics vary widely across all fields. The database was launched in June 2013 and will undergo continuous development and improvemen. [Please send comments to: sustainuwo@uwosh.edu]

database.jpg Click HERE for the complete searchable Database

 

Sustainability Lesson Plans – Crafted specifically for UWO (Click Here)

 

Why Teach Sustainability?

“Sustainability implies that the critical activities of a higher education institution are (at a minimum)

ecologically sound, socially just, and economically viable, and that they will continue to be so for future
generations. A truly sustainable college or university would emphasize these concepts in its
curriculum and research, preparing students to contribute as working citizens to an environmentally
sound and socially just society.
The institution would function as a sustainable community, embodying
responsible consumption of food and energy, treating its diverse members with respect, and supporting
these values in the surrounding community.”

Association of University Leaders for a Sustainable Future

A central goal of a liberal arts education is to broadly train students so that they may become responsible citizens who can understand and respond to the complex issues that they face. Sustainability represents a complex, interconnected and ever-changing set of issues, and the University of Wisconsin Oshkosh has adopted it as an Essential Learning Outcome in its new general education program, the University Studies Program.

The sustainability concept grew out of concerns that post-World War II development efforts were falling short on two fronts: 1) although they were contributing to economic growth, they were performing poorly in improving human welfare in many regions; 2) they were depleting resources faster than they could be renewed or substituted, degrading the environment in many places, pushing global biogeochemical thresholds in unprecedented ways, and undermining ambitious nature conservation efforts.

In this context, sustainability represents the merging of conservation and development goals for the long-term health of human societies and Earth’s life-giving processes that support them. Sustainability is now widely accepted as the way forward by governments, businesses, educational institutions, NGOs, communities, and individuals worldwide.

Below are some resources that may be of value as you begin incorporating sustainability ideas into your courses. These resources are part of a Sustainability Reference Database that contains academic and popular articles, books, reports, videos, links, and other resources related to sustainability.

Link to the complete, searchable Sustainability References Database

Introductory Materials

Key Concepts

Energy

Special Topics

Special Topics

Critiques
Anthropocene (the time period defined by human action)

Conventional Fossil Fuels

Bee colony collapse

Environmental health

Defining sustainability Basic human needs
Coal
Biomimicry Biodiversity and human health
Sustainability and the liberal arts
Biodiversity loss
Oil
Campus basics BPA and other endocrine disruptors

Historical Roots of Sustainability

Climate change/Global warming
Natural gas
Campus green fund Global change / global warming and human health
Pre-1960
Climate change skepticism
Nuclear energy Carbon sequestration
Fair trade
Post-1960
History of our understanding of the issues

Renewable Energy

Consumption Green design
Seminal works
IPCC (Intergovernmental Panel on Climate Change) Research Reports
Biomass (all forms)
Deforestation Hypoxic "dead zones"

Ecological Economics

Recent apparent "pause" in surface global warming trend
Biodiesel
Eco Communities Landscaping
Critiques of modern economics
Sea level rise
Biogas from digesters
Energy efficiency Neoliberalism
Discount rates
Solutions and idea's to confront climate change
Ethanol
Efficiency and Jevons' Paradox (if I don't use it, someone else will)
Nonprofit, nongovernmental org's
Externalities (excluded  costs)
Cognition (how we think about and perceive issues)
Solid biomass
Fugitive (or unburned) methane emissions
Ozone Depletion
Market failures and innovation
Collapse of societies
Comprehensive large-scale renewable energy plans
Human-induced earthquakes (associated with fracking)
Precautionary principle
Perverse subsidies
Development and challenges to development
Geothermal
Net energy (energy return on energy investment - EROI)
Sense of place

Natural Capital

Research Strategies

Hydroenergy

Food and Agriculture

Social justice
Ecosystem services
Knowledge to action
Solar
Food deserts

Other Resources

Ecological footprint
Participatory approaches
Wind energy
Food miles
Bibliographies & literature reviews
Human population
Transdisciplinary research

Unconventional Fossil Fuels

Food movements
Journals
Planetary boundaries The UWO sustainability rubric (password required)
Hydraulic fracturing (fracking)
Genetically modified organisms (GMOs)
News sources (Sustainability)
Resilience USP resources for the Sustainability Signature Question
Methane hydrates (frozen natural gas)
Permaculture (including agroforestry, silviculture, restoration agriculture and more)
Recommended books
Vulnerability Sample Syllabi: examples of how sustainability can be taught in a variety of disciplines
Tar sands
Processed and fast foods
Videos

by Hansen, Shawn M. last modified Oct 22, 2014 02:29 PM
Contributors: brian kermath, stephanie spehar

Teaching Resources CTA

Campus Sustainability Plan

CSP_Logo.jpg

initiativesleed.jpg

initiativesenergy.jpg

Fair Trade

initiativefairtrade.jpg