What's the difference?They have no clue
The water table may have already been shrinking
It may still be rising
What's the difference?They have no clue
The water table may have already been shrinking
It may still be rising
Global Water Resources
About 70% of the earth's surface is covered in water, but 97% of it is saltwater, which is unfit for human use. Saltwater cannot be used for drinking, crop irrigation or most industrial uses. Of the remaining 3% of the world's water resources, only about 1% is readily available for human consumption.
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Global Shortage
Rapid industrialization and increasing agricultural use have contributed to worldwide water shortages. Areas that have experienced water shortages include China, Egypt, India, Israel, Pakistan, Mexico, parts of Africa and the United States (Colorado, California, Las Vegas and the East Coast), to name but a few.
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Conclusion
Recent years have seen an upswing in the demand for investments that seek to profit from the need for fresh, clean water. If the trend continues, and by all indications it will, investors can expect to see a host of new investments that provide exposure to this precious commodity and to the firms that deliver it to the marketplace.
http://www.investopedia.com/articles/06/water.asp
Show the science![]()
We are farmers, bakers, vintners, millers, chefs, and food-makers of all kinds. Every day, we devote ourselves to the care of our communities. We are proud to nourish our neighbors and to bring life to our land. We have examined the evidence, and we are convinced that the exploitation of shale gas in New York will bring our communities to harm.
We are aware that those who will profit most from shale gas exploitation claim that it is safe, economically and environmentally sound, and a benefit to all. We are not convinced. Not remotely.
https://www.change.org/petitions/farmers-and-food-producers-against-fracking
Show the science
I think is dog shit
Is it being stopped somewhere?the OP science is indeed, as far as informing how it actually effects Americans and their communities who are demanding more convincing science than that crap.
Support a ban, but it's not banned right250+ American communities are just dismissed as 'eco-nuts' based on what?
Big oil and gas companies are doing everything they can to open New York up to dirty hydrofracking. Hydrofracking is a new kind of gas drilling that would blast millions of gallons of chemical-filled water into New York’s earth and could poison the water supply for millions of New Yorkers, threatening New York’s air, water, land, and communities.
New studies released regularly link fracking related activities to contaminated groundwater, air pollution, and most recently illness, death and reproductive issues in cows, horses and other wildlife.
That’s why New Yorkers Against Fracking, a new coalition including Food & Water Watch, supports a fracking ban. We are joining together to tell Governor Cuomo and leaders in Albany to stand up for New Yorkers to keep our water and our state safe by banning hydrofracking.
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We are farmers, bakers, vintners, millers, chefs, and food-makers of all kinds. Every day, we devote ourselves to the care of our communities. We are proud to nourish our neighbors and to bring life to our land. We have examined the evidence, and we are convinced that the exploitation of shale gas in New York will bring our communities to harm.
We are aware that those who will profit most from shale gas exploitation claim that it is safe, economically and environmentally sound, and a benefit to all. We are not convinced. Not remotely.
https://www.change.org/petitions/farmers-and-food-producers-against-fracking
A deadly pollution known as PM2.5 is currently killing over three million people each year, primarily in the developing world, demonstrates Richard Muller (Professor of Physics at the University of California, Berkeley since 1980) in Why Every Serious Environmentalist should favour Fracking. His co-author, Elizabeth Muller, is his daughter and co-founder (with him) of Berkeley Earth, a non-profit working on environmental issues.
As such, air pollution is currently harming far more people than the more distant challenge of global warming – particularly for emerging economies such as China and India. They state:
“The Health Effects Institute estimated that air pollution in 2010 led to 3.2 million deaths that year [across the world], including 1.2 million in China and 620,000 in India. And the pollution is getting worse as global use of coal continues to grow…
The Mullers argues that both global warming and air pollution can be mitigated by the responsible development and utilisation of shale gas:
“China not only has the greatest yearly death toll from air pollution, but is also key for mitigating global warming. China surpassed the US in CO2 production in 2006; growth was so rapid that by late 2013, China’s CO2 emissions are nearly twice those of the US. If its growth continues at this rate (and China has averaged 10% GDP growth per year for the past 20 years) China will be producing more CO2 per person than the US by 2023. If the US were to disappear tomorrow, Chinese growth alone would bring worldwide emissions back to the same level in four years. To mitigate global warming, it is essential to slow worldwide emissions, not just those in the developed countries. And we feel this must be done without slowing the economic growth of the emerging world…”
“It is believed that China has enormous reserves of shale gas, perhaps 50% larger than those of the US. If that shale gas can be utilised, it offers China a wonderful opportunity to mitigate air pollution while still allowing energy growth… Industry experts believe that the cubic metres of gas recovered from a given well can be doubled in the near future by better design of the fracking stages to match geologic formation characteristics. And they also believe that number could double again in the next decade. Soon that will mean four times the production for only a minor increase in cost. Such an advance is expected to turn currently difficult fields into major producers, to open up fields in China, Europe, and the US that are currently unprofitable.”
The authors consider some of the concerns raised by opponents of fracking; and conclude that they are either largely false or can be addressed by appropriate regulation.
Developed economies should therefore help emerging economies switch from coal to natural gas; and shale gas technology should be advanced as rapidly as possible and shared freely.
And China and Europe are well placed to take advantage of fracking. The high price paid in China and Europe for imported natural gas, typically US$10 per million BTU (compared to the US$3.50 in the US) means that the cost of shale drilling and completion can be much higher and still be profitable.
The Mullers conclude that environmentalists should recognise the shale gas revolution as beneficial to society – and lend their full support to helping it advance.
DOWNLOAD FREE PDF
Source: http://www.cps.org.uk/publications/...ious-environmentalist-should-favour-fracking/
http://wattsupwiththat.com/2013/12/...ious-environmentalist-should-favour-fracking/
It was 3am on a Saturday Tom...
Every post you make makes you sound like a bitter slacker sitting on a couch begging for more.Every post you have ever made makes you sound like you are awake at 3am on a Saturday. YOu never follow the post. You are always bias. You rate beer like a girl rates wine.
Just drink a beer and be a man kid.
Damn, who should I listen to? A Baker, or a geological scientist?
Elizabeth A. Muller is co-founder and Executive
Director of Berkeley Earth, and founder and Managing Director of the China Shale Fund, an investment fund that brings together the bestgeological minds for innovation in shale gas in China.
Fracking and our food
So back to the question at hand: what does hydrofracking mean for farmers and our food system?
In short: it ain’t good.
http://www.farmaid.org/site/apps/nlnet/content2.aspx?c=qlI5IhNVJsE&b=2723877&ct=10863325
Groundwater depletion
Groundwater is a valuable resource both in the United States and throughout the world. Where surface water, such as lakes and rivers, are scarce or inaccessible, groundwater supplies many of the hydrologic needs of people everywhere. In the United States. It is the source of drinking water for about half the total population and nearly all of the rural population, and it provides over 50 billion gallons per day for agricultural needs. Groundwater depletion, a term often defined as long-term water-level declines caused by sustained groundwater pumping, is a key issue associated with groundwater use. Many areas of the United States are experiencing groundwater depletion.
http://ga.water.usgs.gov/edu/gwdepletion.html
The hydrofracking process mixes huge amounts of water—between 200,000 and 6 million gallons, in fact—with sand and a heap of chemicals, which are then injected into wells at very high pressures to break up rock formations and release natural gas or oil.
First introduced commercially by Halliburton in 1949, hydrofracking didn’t make it big until an enormous (and controversial) loophole in the 2005 Energy Policy Act exempted it from the Safe Drinking Water Act, the Clean Water Act, the CLEAR Act and from EPA regulation.[2] With the government’s blessing, by 2008 hydrofracking was used in 90% of the thousands of new wells drilled in the U.S. each year. Those new wells, introduced in at least 34 states, have been placed increasingly closer to homes, farms, towns, cities, public spaces and parks.[3]
Though the industry insists hydrofracking is safe, precise and controlled, experience has shown otherwise. The hydrofracking process is violent, blasting sections of rock and freeing not only fuel, but also wastewater and chemicals along with it. Each well can produce over a million gallons of wastewater laced with heavy metals, corrosive salts, naturally-occurring carcinogens like benzene and radioactive elements like radium, in addition to carcinogenic chemicals used in the process. Much remains unknown about what happens deep in the earth’s crust as a result of a hydrofracking well. For example, it’s unclear how far wastewater and chemicals can spread or if hydrofracking deepens existing fissures in the earth that allow for leakage into groundwater and streams. While companies can capture some wastewater for reuse or storage in holding ponds, estimates are that anywhere from 20-70% of hydrofracking wastewater remains underground.[4]
What exactly do you think happens to the millions of gallons of toxic water when they're done?God, I despair at people's lack of imagination. Fracking is the greatest damn thing to have happened for 100 years, to be able to gain energy self sufficiency, stuff the Saudi's and reduce CO2 and particulate emissions by a massive amount should be celebrated. Yet all you get, from the usual suspects, is churlishness and small mindedness.
I think you can dig up what you want in an activist report. It's allowed almost everywhere because it's injecting water thousands of feet below the water table. Are there bad small companies. Yes
Is it perfect No
I would ban BP
I would make them disclose the chemicals in franking water.
How can you test for something if they are hiding what would be in the waist water.
That must have been a dick whispering in George's ear telling him what to do!
i'm skeptical as well... the cost/benefit analysis seems unconvincing...
http://www.foodandwaterwatch.org/water/fracking/
water is a rare commodity. the local communities hate fracking but hey, all of this investment activity has been great for those who will profit...
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http://www.investopedia.com/articles/06/water.asp
and since WHEN can we just trust any corp to place human safety over profits?
who knows what they will be willing to pump into the ground for another dollars profit