Analyzing An Environmental Stress in Detail
A. For a given environmental stress or problem:
1. Describe the core of the environmental stress, including proximate causes and proximate effects.
2. What extended effects of the stress are significant (both upstream and downstream)?
3. Who gains and who loses from these extended effects, and what/how?
4. How does the stress contribute to, or impede, sustainable relations between humans and environment?
5. What are the general and basic causes of the stress?
6. Who benefits most from activities causing the stress?
7. What solutions to the stress have been taken or proposed? (Include both sham and actual solutions, with examples of each.)
8. What can you do, both directly and indirectly, to lessen the stress?
OPTIONAL: B. Typical Responses to Each Stage of an Environmental Stress
Before answering the questions above, it is helpful to estimate the developmental stage of the specific issue at hand. For each of five commonly-occurring stages (incipient, emergent, crisis, abating, residual), the table below indicates typical responses (by capitalists, the public, and government), which tend to suggest, and also limit, what can be done about the problem. For instance, if the stress is incipient or emergent-- such as genetic engineering of crops, currently-- then solutions typically call for expanding public knowledge and political action; whereas a problem in crisis stage may require vigorous factual attacks against corporate disinformation and buying of legislators.
| Stage | Knowledge/ Understanding of Problem | Capitalist Economic Response | Public Response | Political/ Governmental Response |
| Incipient | scientific | ignore | local only | ignore |
| Emergent | limited public | deny | enviros | discuss |
| Crisis | wide but shallow public "news" | PR to avert blame; promote business-as-usual & technofix "solutions" | let's treat proximate causes and symptoms | remediate worst aspects; largely ignore prevention (sustaining the problem) |
| Abating | put on back page | socialize costs | again local only | some structural reform |
| Residual | archival | ignore | only victims recall | reforms weakened |
OPTIONAL: C. Temporal and Spatial Characteristics of Selected Environmental Stresses
| Stress | Present Stage | Emergent Period | Spatial Scale | Distribution |
| Petroleum use | crisis | 1950s | global | worldwide |
| Marine oil pollution | crisis | 1970s | sub-country | oceans nearly worldwide |
| Global warming | emergent | 1980s | global | worldwide |
| Plastics, pesticides & other POPs | crisis | 1950s | regional | worldwide |
| Car culture | crisis | 1930s | regional | urban areas |
| Lead pollution | residual | 1930s | sub-country | urban & industrial areas |
| Acid rain | crisis | 1970s | regional | MDCs |
| Nuclear radiation | crisis/ abating | 1940s | country | nuclear power & weapons areas |
| Deforestation | crisis | varies regionally | regional | low- and mid-latitudes |
| Agricultural bioengineering | incipient/ emergent | present | regional | most agricultural regions |
| Overfishing | crisis | 1970s | regional | oceans nearly worldwide |
| Shrimp farming | emergent | 1980s | country | tropical coasts |
| Plant & animal invaders | abating | 1600s | regional | worldwide (esp. W. Hemisphere & islands) |
| Amphibian decline | emergent | 1990s | regional* | land worldwide? |
| Big dams | crisis | 1970s | sub-country | worldwide |
*regional scale as used here means supra-country or transnational, but not global
Course Home / Model of Enviro Stress
Thomas Detwyler maintains this page (tdetwyle@uwsp.edu)
Last updated 17 October 1999
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