Ma and Pa solutions to global warming
The prairies offer opportunities for capitalizing on environmentally friendly farming practices and potentially useful agricultural waste to produce jobs, economic growth, commercial opportunities, and renewable energy sources, according to a perspective article published in the current issue of the International Journal of Private Law. Ronald Griffin, Professor of Law at Washburn University, Topeka, Kansas, asks what can leaders do for a desperate and aging population in an environment faced with global warming to re-engage a region that blankets eight states.
The Great Plains are dotted with oil patches, public utilities, farms, ranches, feed lots, meat-packing plants, medium-size cities, military bases and tiny towns feeding on agricultural activity, explains Griffin. Hidden in this vast region are major resources yet to be tapped aside from the great agricultural assets. He cites marketable sod, fertilizers, bio-methane, and renewable electricity generation as answers to his question. Artificial wetlands also offer sites for the sequestration of the greenhouse gas carbon dioxide. Projects associated with trapping heat, fuel resources and greenhouse gas capture could all contribute to efforts to ward off debilitating climate change.
"When the climate sours, farm economies clank and civilisation burps, people abandon their homesteads and trek somewhere to find jobs and opportunities to improve their lot," says Griffin. "Climate change inspires some of this." But there is an alternative that does not simply hanker for the agricultural "good-old days" which actually never existed, "We must make business climate conscious and climate consciousness profitable," he adds.
Environmental change, energy shortages, and economic downturn are not discrete challenges, there is a connectivity between all three aspects of the threats facing the world today, asserts Griffin. Addressing any of these three problems without facing up to the others will not provide a lasting solution and could make matters worse. In fact the US is facing a single crisis brought on by an overall design defect in the modern industrial machine, he adds.
Farmers can siphon stuff from nature's life cycle better than anybody. Exploiting this life skill captures the prairie's potential. It generates food for us, harnesses renewable energy, and addresses our concerns about rising carbon dioxide levels.
Source: Inderscience Publishers
Related
- Biodesign's Rittmann offers promising perspectives on society's energy challengeTue, 3 Jun 2008, 11:15:19 EDT
- Polluting China for the sake of economic growthFri, 27 Apr 2012, 11:38:37 EDT
- Waste could generate up to 7 percent of electricity in SpainTue, 23 Feb 2010, 9:32:07 EST
- Strategic farming practices could help mitigate global warmingThu, 15 Jan 2009, 12:36:33 EST
- Contaminated site remediation: Are nanomaterials the answer?Wed, 8 Jul 2009, 16:45:30 EDT
Other sources
- Ma and Pa solutions to global warmingfrom Science CentricThu, 9 Apr 2009, 11:00:44 EDT
- Ma and Pa solutions to global warmingfrom PhysorgWed, 8 Apr 2009, 14:07:14 EDT
- Ma and Pa solutions to global warmingfrom Science BlogWed, 8 Apr 2009, 12:35:30 EDT
Latest Science Newsletter
Get the latest and most popular science news articles of the week in your Inbox! It's free!Learn more about
Check out our next project, Biology.Net
Popular science news articles
- New compound excels at killing persistent and drug-resistant tuberculosis
- How useful is fracking anyway? Study explores return of investment
- Directed in vitro technique may increase insulin resistance among offspring
- IQ link to baby's weight gain in first month
- Chemical probe confirms that body makes its own rotten egg gas, H2S, to benefit health
- Even with defects, graphene is strongest material in the world
- Detection of the cosmic gamma ray horizon: Measures all the light in the universe since the Big Bang
- Genetic engineering alters mosquitoes' sense of smell
- Allosaurus fed more like a falcon than a crocodile, new study finds
- 'Popcorn' particle pathways promise better lithium-ion batteries