More academics ponder peak oil
The Center for Public Health at Johns Hopkins University in Maryland will examine the global peak oil theory and its potential impact on public health at a conference in March. People in health care or related industries who are interested in learning more about this can participate in the conference by Web cast.
According to the conference agenda, organizers aim to:
• Describe the linkages among peak oil, climate change, the built environment, and declining
ecosystems;
• Analyze the key implications of peak oil and the linkages to public health;
• Explain the implications of peak oil to key economic sectors like transportation, health
care, and food production and distribution; and
• Describe critical planning activities that must be undertaken to prepare for the challenges
to public health, health care, disaster preparedness, and communities.
The last university that I am aware of that looked at this issue was the College of Public Health at Ohio State University.
Of course, we don't know how the oil situation will play out as its production and consumption are influenced by many factors. People who believe global oil production will soon peak have different prognoses for potential impacts on the U.S., with some believing the country will transition to other energy sources without major economic and social disruptions and others claiming peak oil will have devastating effects on society. They also differ on whether the public or private sector should be most responsible for curtailing society's petroleum use.
Not sure yet where Johns Hopkins academics stand, but a Q&A interview with Brian Schwartz, professor in the Johns Hopkins Bloomberg School of Public Health and co-director of the School’s Program on Global Sustainability and Health, provides some clues:
Question: What should governments and communities be doing to prepare for peak oil?Answer: To maintain industrial society and other aspects of our current way of living, energy must be rapidly scalable to capacity, be transportable and storable, and have a high EROEI (energy return on energy invested). It must be energy--dense and renewable, because if it is not, it only postpones the problem, and it must be ecologically sane and not exacerbate climate change. However, there are probably no alternatives to oil that meet all of these criteria. If we had started planning for peak oil 30 years ago—and we could have because it was predicted even before that—with a transition to other energies, public transit, energy-efficient building, and a different built environment than our current sprawling one, we could have avoided much of the likely disruption that is coming. However, we did not do this. So, once we pass peak and begin removing huge quantities of energy inputs to our current ways of living, we will notice it profoundly.
It is thought that nothing that governments do now can entirely prevent some of the challenges that are coming, because we cannot scale up any new energy regime rapidly enough. Experts on peak oil have argued that communities must start planning for this by enhancing their community resilience, by re-localizing and provisioning food locally, for example. The impacts are wide-ranging and the work that needs to be done is extensive. More can be read about this at http://postcarboncities.net and other sources. Many U.S. cities have begun this planning. For example, Portland, Oregon’s peak oil planning describes the different way of life that is coming and what must be done.
The Program on Global Sustainability and Health that Schwartz is a member of describes future communities as:
• Locally based
• Decentralized
• Downscaled
• Low energy
• Resource conserving
• Reorganized for local and regional food production and distribution
• Based on international cooperation
