Tag Archive: water supply


This short documentary provides a glimpse into an unusually important, and long-running research and demonstration project, called the Texas Coalition for Sustainable Integrated Systems Research (TeCSIS) and the Texas Alliance for Water Conservation (TAWC) that started with a grant from SARE to form TeCSIS. This combined project (TeCSIS/TAWC) involves scores of scientific researchers, educational institutions, government agencies, and local area farmers (producers) that are trying to find answers to extend the life of the aquifer, and promote more sustainable, economic viability for this invaluable agricultural region.

“We will have to develop much more sustainable, or durable forms of food production because the way we have done things up to now are no longer as viable as they once appeared to be.” Prince Charles speech on the future of food, May 4th, 2011

 

Mankind is not on a timeless journey; as with all of life, our destiny is defined within the bounds of finite hope and promise. The magnificent bounty of nature, easily mistaken as being endless in supply, provides the foundation for all living things; it sustains the air we breath, the land we sow, the water, and other essential minerals in the earth, to create the necessary conditions for life to begin, and for it to continue to flourish. But nature’s abundance is not without limits, and in particular, the human species must learn how to navigate life’s path less destructively, and less rapacious of the natural world’s finite resources. Quite simply, unless we change course in time, having consumed both house and home—we may find ourselves plunged— as other civilizations before us— into sudden extinction.

 

Lubbock, Texas area from the air, showing center pivot irrigation circles.Lubbock, Texas area from the air, showing center pivot irrigation circles.

On the southern high plains of Texas, on a time-scale less than an average human lifetime, growing concerns over water scarcity are playing out. In this semi-arid region of the country that represents the largest contiguous land mass dedicated for production agriculture, the total annual rainfall may be 18 inches, or in some years, substantially less. Since the rainfall is not distributed evenly over the growing season, or to be counted upon when most needed, the majority of the agricultural production, around 70% of food and fiber grown in this region, comes from irrigated lands.

 

The single source of irrigation is ancient water from a massive, underground aquifer. The Ogallala Aquifer is one of the largest, fresh water aquifer’s in the world, and was formed millions of years ago from the erosion of the Rocky Mountains. It traverses through portions of eight states (Colorado, Kansas, Nebraska, New Mexico, Oklahoma, South Dakota, Texas, and Wyoming), providing 30% of the total water used in irrigation of agriculture, and accounts for an astounding 20% of the entire agricultural output of the country.

 

More efficient center pivot irrigation of a cotton field in Hale county.

By the early 1970′s, it became clear that the aquifer was declining significantly in the Southern High Plains region, most notably in Texas. Due to heavier use and highly inefficient irrigation methods that began about 1950, and a lack of adequate recharge to replenish the aquifer’s supply, better water management practices to extend this finite resource were required.

 

This short documentary provides a glimpse into an unusually important, and long-running research and demonstration project, called the Texas Coalition for Sustainable Integrated Systems Research (TeCSIS) and the Texas Alliance for Water Conservation (TAWC) that started with a grant from SARE to form TeCSIS. This combined project (TeCSIS/TAWC) involves scores of scientific researchers, educational institutions, government agencies, and local area farmers (producers) that are trying to find answers to extend the life of the aquifer, and promote more sustainable, economic viability for this invaluable agricultural region.

 

TAWC project manager, Rick-Kellison, talks to dry-land farmer Keith PhillipsTAWC project manager, Rick-Kellison, talks to dry-land farmer Keith Phillips

For the 20 Hale and Floyd county, west Texas producers participating in the TAWC demonstration project, there are 30 different sites involved. Ranging from monoculture cotton and monoculture corn, to multi-crop, integrated forage livestock systems— this project created a fundamental shift in producer attitude. The prior emphasis of always trying to maximize production yields, shifted toward a more sustainable effort to develop measurable practices that maximize the net return of the producers, factoring in all their input costs, including their water usage. For example, before all the measuring and analysis that took place through the TECSIS/TAWC project, farmers often continued to water later into the growing season, not realizing that their extended water use did not produce enough gain to offset their higher input costs of more fertilizer and increased (water) pumping costs. By coordinating with other experts in this project, producers were able to set realistic goals of anticipated production yields, lowering their input costs (including their water consumption), but improving their economic bottom-line. They learned that maximum returns keep farmers in business; maximum yields do not.

 

There is another ambitious goal of this project that may be as important as its efforts to extend the life of the aquifer in this region. Only 2.5% of the Earth’s water is freshwater. Roughly two-thirds of that water is frozen, leaving less than 1% available for growing crops, and for drinking supplies. The transferrable knowledge that is gained through this unique type of cooperative research effort may offer valuable clues to other semi-arid regions in the world who are facing similar critical water scarcity challenges.

When we look toward the very near future, with an anticipated 2 billion more global inhabitants expected by 2050, better conservation of these fresh groundwater resources will be critical for our continued well-being.

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Can the 2012 Farm Bill protect the Ogallala Aquifer?

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A new report offers compelling evidence that fracking for natural gas is killing domestic animals like horses, cattle, goats, and sheep. The dead animals provide a strong warning that fracking can harm humans — something the fracking industry has consistently denied.

“Fracking” is short for “hydraulic fracturing” — a well-drilling process that pumps water, sand and numerous toxic chemicals a mile or so below ground to release natural gas trapped in rocks. If all goes well, the deep rocks shatter, releasing gas, which is piped directly to the surface where it becomes part of the nation’s energy supply or is exported. If all doesn’t go so well, some of the fracked gas and toxic chemicals start moving around through cracks and fissures below ground, where they sometimes mix with underground water supplies, perhaps ruining a valuable aquifer forever.The new report, “Impacts of Gas Drilling on Human and Animal Health,” by Michelle Bamberger and Robert Oswald appeared in New Solutions (Jan. 2012). Bamberger is a practicing veterinarian and Oswald a professor of pharmacology in the Cornell College of Veterinary Medicine. The two spent a year evaluating all available fracking-related reports on sick or dying animals. Secrecy surrounds the fracking industry, but a few “natural experiments” have provided powerful evidence that fracking can harm animals. On one farm, 60 cows were pastured near a creek where fracking fluids had reportedly been dumped; another 36 cattle were pastured without access to the creek. Of the 60 cows, 21 died and 16 more failed to produce calves the following spring. Among the 36 not exposed, health problems were absent.A second natural experiment occurred on another farm where 140 cows were exposed to fracking wastewater after an impoundment liner failed. Of the 140 exposed cows, about 70 died and there was a high incidence of stillborn and stunted calves. Some 60 other cows from the same herd were held in a separate pasture free from toxicants. None of them developed any health or reproductive problems.

In the Energy Policy Act of 2005, Congress gave fracking a green light by exempting it from the Clean Water Act and the Safe Drinking Water Act. At the bidding of the oil and gas industry, Congress basically said, “We want this gas out of the ground by any means necessary.” Now, six years later, some 450,000 fracking wells have been drilled in 31 states. Already 30 percent of all U.S. natural gas comes from fracking. The practice started in the west — Colorado, Oklahoma, New Mexico, Texas, Wyoming. Then it went south — Arkansas, Alabama, Louisiana. Now it’s moving east to Ohio, Maryland, Pennsylvania and New York. If the fracking industry continues to have its way, tens of thousands more fracking wells will be drilled and billions of gallons of water mixed with industrial poisons will be pumped underground.

If you’ve seen the Oscar-nominated documentary film Gasland, you’ll never forget those flames shooting out of Marsha Mendenhall’s kitchen faucet in Weld County, Colorado. Or the Fox-31 News report on KDVR-TV (Denver) showing flames shooting from a faucet inside the home of Jesse and Amee Ellsworth in Fort Lupton, Colo. — accompanied by gas frackers offering straight-faced denials that they’ve ever seen any proof that fracking has contaminated water.

That’s the root of the problem. The fracking industry claims there’s no scientific proof (only “anecdotal evidence”) that their technology has ever caused “unreasonable” harm, and until such proof exists, they have a legal right to frack away. To ordinary people, flaming faucets and dead animals make it obvious that fracking can contaminate water with chemicals that can kill. Indeed, in December, U.S. Environmental Protection Agency issued a draft report concluding that fracking has contaminated underground drinking water supplies in Wyoming. It looks like an open-and-shut case, but it’s not because of the way our laws work.

As legal scholar Joseph Guth has shown, the U.S. legal system is strongly biased in favor of economic growth — even growth that is acknowledged to harm human health and the natural environment. This is why the environmental movement, despite decades of really hard work, has not been able to turn back the tide of destruction. U.S. environmental law commonly presumes that all economic growth is safe and that it is “reasonable” until someone can prove otherwise. Citizens who file a lawsuit to prevent harm from frackers typically must prove that 1) a chemical or activity will cause harm; and 2) the harm is “unreasonable.” The test of what’s “reasonable” is a cost-benefit analysis to show that the costs (harms) outweigh any benefits to society.

Government regulators face exactly the same hurdle. Before they can regulate an activity like fracking they must show that the benefits of regulation outweigh the costs. Proving that fracking causes harm is just the beginning for plaintiffs and regulators. Even if the law acknowledges that substantial harm is caused by fracking, that horses and cattle and sheep are getting sick, and very likely humans too, the economic benefits are still assumed to outweigh the costs. As far as the law is concerned, such costs may be regrettable, but they are a “reasonable” price to pay for economic activity until a cost-benefit analysis shows otherwise. There are three bed-rock legal principles at work here:

(1) The fracking industry does not have to prove that fracking is safe or that its benefits outweigh its harms — the law presumes that both are true and it’s up to the public to prove otherwise. This means that considerable damage must occur before anyone can prove causation and then begin to ask whether the harm is “reasonable” by a cost-benefit test. This is especially true if the activity is exempt from federal statutes and people who are harmed must rely on the courts.

(2) Industry is not required to provide information that might enable the public to prove that fracking causes harm or that the harms of fracking outweigh the benefits. Claiming “trade secrets,” industry can stonewall, and it does. In 2011, a government investigation found that, between 2005 and 2009, fracking companies pumped at least 94 million gallons of 279 products into the ground containing at least one chemical that the manufacturers deemed proprietary or a trade secret.

(3) The industry (and any agencies that regulate the industry) do not have to show that frackers are fulfilling the nation’s energy needs in the least-harmful way possible — that question simply never comes up. The law presumes that economic activity has a net social benefit and therefore should continue as-is, unquestioned. That legal presumption prevents society from searching for the least damaging way to live on the earth. As a result, harms multiply.

Given these three legal principles, it’s obvious that a few simple changes in the law could turn things upside down and finally make it possible to protect the environment and people’s health. The law could be changed to:

(1) require energy companies to produce full information about their operations;

(2) make them show that their energy production methods are safe and that they are meeting the nation’s energy needs in the least harmful way possible (thus forcing a detailed comparison to biofuels, coal, geothermal, oil, nuclear, solar, tidal, and wind); and

(3) at the very least make them offer proof that the benefits they provide outweigh the harms they cause. No data, no fracking. No safest method, no fracking. No maximum net benefit, no fracking.

These kinds of legal reforms are not pie in the sky. They are happening in the real world, especially in Europe. In the United States, these simple but revolutionary changes are unthinkable so long as private money is sloshing around in our elections. Therefore, getting private money out of elections is the necessary first reform — the reform that would make all other reforms possible.

Until then, we’ll have the best Congress that money can buy and the frackers will continue to have their way with us.

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An earlier version of this article appeared on Alternet Jan. 19, 2012.

Peter Montague is a journalist, historian and science writer living in New Brunswick, N.J. From 1986-2009, he edited and published Rachel’s Democracy & Health News. Currently he serves as executive director of Environmental Research Foundation. He (more…)
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