Associated Press

The Associated Press has a breaking investigative story out today revealing that the Obama Administration's Environmental Protection Agency (EPA) censored a smoking gun scientific report in March 2012 that it had contracted out to a scientist who conducted field data on 32 water samples in Weatherford, TX.

That report, according to the AP, would have explicitly linked methane migration to hydraulic fracturing ("fracking") in Weatherford, a city with 25,000+ citizens located in the heart of the Barnett Shale geologic formation 30 minutes from Dallas.

It was authored by Geoffrey Thyne, a geologist formerly on the faculty of the Colorado School of Mines and University of Wyoming before departing from the latter for a job in the private sector working for Interralogic Inc. in Ft Collins, CO. 

This isn't the first time Thyne's scientific research has been shoved aside, either. Thyne wrote two landmark studies on groundwater contamination in Garfield County, CO, the first showing that it existed, the second confirming that the contamination was directly linked to fracking in the area.

It's the second study that got him in trouble.

"Thyne says he was told to cease his research by higher-ups. He didn’t," The Checks and Balances Project explained. "And when it came to renew his contract, Thyne was cut loose."

The race is on for the up-and-coming U.S. tar sands industry. To date, the tar sands industry is most well-known for the havoc it continues to wreak in Alberta, Canada - but its neighbor and fellow petrostate to the south may soon join in on the fun. 

On Oct. 24, the Utah Water Quality Board (UWQB) approved the first ever tar sands mine on U.S. soil, handing a permit to U.S. Oil Sands, a company whose headquarters are based in Alberta, despite it's name. 

In a 9-2 vote, the UWQB gave U.S. Oil Sands the green light to begin extracting bitumen from its PR Spring Oil Sands Project, located in the Uinta Basin in eastern Utah. The UWQB concluded that there's no risk of groundwater pollution from tar sands extraction for the prospective mining project.  

Members of the public were allowed to attend the hearing but "were not permitted to provide input," according to The Salt Lake Tribune. 

A storm is brewing in Buffalo and it's not the record snow storm typically associated with upstate New York. Rather, it's taking place in the ivory tower of academia and revolves around hydraulic fracturing, or "fracking," for unconventional gas in the Marcellus Shale basin. 

Public funding has been cut to the tune of over $1.4 billion over the past five years in the State University of New York (SUNY) public university system under the watch of current Democratic Party governor and 2016 presidential hopeful Andrew Cuomo and his predecessor, David Paterson.

These cuts have created new opportunities for the shale gas industry to fill a funding vacuum, with the SUNY system's coffers hollowed out and starved for cash. 

“It’s a growing problem across academia,” Mark Partridge, a professor of rural-urban policy at the Ohio State University, said in an interview with Bloomberg. “Universities are so short of money, professors are under a lot of pressure to raise research funding in any manner possible.”

The oil industry's eagerness to fill the void for its personal gain can be seen through the case study of what we at DeSmog have coined the ongoing "Shill Gas" study scandal at the State University at Buffalo (SUNY Buffalo).

Among other findings, a DeSmog investigation reveals that one of the lesser-known offshoots of the Scaife family foundations, key bankrollers of the climate change denial machine, may potentially soothe SUNY Buffalo's budget woes with funding for the university-connected Shale Resources and Society Institute.

The rush to drill for unconventional gas, enabled by a process popularly known as "fracking," or hydraulic fracturing, has brought with it much collateral damage. Close observers know about contaminated water, earthquakes, and climate change impacts of the shale gas boom, but few look at the entire life cycle of fracking from cradle to grave.

Until recently, one of the most underlooked facets of the industry was the "cradle" portion of the shale gas lifecycle: frac sand mining in the hills of northwestern Wisconsin and bordering eastern Minnesota, areas now serving as the epicenter of the frac sand mining world.

The silence on the issue ended after several good investigative stories were produced by outlets in the past year or so, such as Wisconsin Watch, PR Watch, The Wisconsin State Journal, the Associated Press, The Wall Street Journal, Orion, EcoWatch, and most recently, Tom Dispatch. These various articles, all well worth reading, explain the land grab currently unfolding in the Midwest and the ecological damage that has accompanied it. 

To put it bluntly, there could be no shale gas extraction without the sand. As Tom Dispatch's Ellen Cantarow recently explained,

That sand, which props open fractures in the shale, has to come from somewhere. Without it, the fracking industry would grind to a halt. So big multinational corporations are descending on this bucolic region to cart off its prehistoric sand, which will later be forcefully injected into the earth elsewhere across the country to produce more natural gas. Geology that has taken millions of years to form is now being transformed into part of a system, a machine, helping to drive global climate change.

Frac sand, which consists of fine-grained sillica, can cause the respiratory illness, silicosis. Washing the frac sand in preparation for the fracking process is also a water intensive process, particularly threatening in the age of increasing water scarcity in the United States and around the world.