Saturday, June 21, 2014

Thousands of oil and gas wells in Pennsylvania suspected of leaking methane

A hydraulic fracturing site in South Montrose,
Pennsylvania. (Spencer Platt / Getty Images / AFP)
RT | Jun 20, 2014

Thousands of abandoned oil and gas wells across the state of Pennsylvania could be leaking methane gas into the atmosphere, a new report states.

If true, it could mean the same is happening in old wells all over the United States, potentially contributing to climate change in ways that are not effectively documented by government groups like the Environmental Protection Agency.

The study was conducted by Princeton University scientist Mary Kang, and involved the inspection of 19 abandoned oil and gas wells in Pennsylvania. According to a report by the Guardian, each well was confirmed to be leaking various amounts of methane – a greenhouse gas that, over the course of a century, is about 34 times more powerful than carbon dioxide.

Since Pennsylvania is home to anywhere between 280,000 and 970,000 abandoned oil and gas wells, the possibility that thousands of them are releasing methane is cause for concern.

What’s more, the EPA does not account for methane in its federal estimates for total US greenhouse gas emissions, and Kang’s study stated that Pennsylvania’s current regulations are insufficient for controlling the wells’ methane leaks. Wells are not routinely inspected by officials, and the state’s rules are geared towards liquids, not gases.

Although Kang would not comment on the issue since her study is under review, Duke University’s Robert Jackson has also conducted research revealing methane leaks to be a problem in the US, and he said it was one worth seriously looking into.

“The emissions from single wells were relatively small, but there are hundreds of thousands of such wells in Pennsylvania alone,” he told the Guardian. “The total emissions could be as much as one eighth of all methane released by human activities in the state."

Concern over a link between methane and oil exploration also made headlines earlier this month, when scientists found a link between the high levels of the gas in Parker County, Texas, and neighboring fracking operations. As RT reported previously, the Texas Railroad Commission found the link to be “inconclusive,” but closer inspection of the data by another earth scientist said it’s clear the methane in the water supply came from the fracking process.

Separate tests by the University of Texas at Arlington, meanwhile, found methane levels in the water to be much higher than the Railroad Commission did.

In Pennsylvania, though, it will likely be unclear just how much methane is being released until more studies are conducted encompassing more wells. Pennsylvania State University professor Terry Engelder said that although methane is obviously leaking from some wells, chances are that not all of them are, since some geologic formations release lots of gas early in the drilling operation and less later.

Cornell University’s Lawrence Cathes, meanwhile, downplayed methane leakage’s present effect on the climate, but said if Kang’s study is accurate, it might help to reduce emissions going forward.

“I don’t think presently leaking wells will change our perspective on greenhouse warming because their leakage has already been accommodated by the climate system and methane is only 20 to 30 percent the total greenhouse forcing at present,” Cathles told the Guardian. “What matters is how methane leakage changes in the future. If the well leakage is significant, reducing it in historic wells might reduce greenhouse forcing somewhat (and thus present a remedial opportunity).”
 

Friday, June 20, 2014

Jun 18 and still snowing in Wyoming

Ice Age Now | Jun 18, 2014

Here’s a live webcam from US 26/287 Wind River Lake - mile marker 26.05 (0.7 miles west of Teton/Fremont County Line).



I know, I know, the global warming crowd will try to tell you that this is “not all that unusual.” But weren’t they insisting that the ski areas would soon go out of business?

Interesting how they keep on changing their story. I haven’t had to change my story since day one, namely, that we’re headed into an ice age.

http://www.wyoroad.info/highway/webcameras/US26287WindRiverLake/US26287WindRiverLake.html

Thanks to Phil Peterson for this link

25 Shocking Facts About The Earth’s Dwindling Water Resources

© ECB
Economic Collapse Blog | Jun 18, 2014 | Michael Snyder

War, famine, mass extinctions and devastating plagues - all of these are coming unless some kind of miraculous solution is found to the world's rapidly growing water crisis.  By the year 2030, the global demand for water will exceed the global supply of water by an astounding 40 percent according to one very disturbing U.S. government report.  As you read this article, lakes, rivers, streams and aquifers are steadily drying up all over the planet.  The lack of global water could potentially be enough to bring about a worldwide economic collapse all by itself if nothing is done because no society can function without water.  Just try to live a single day without using any water some time.  You will quickly realize how difficult it is.  Fresh water is the single most important natural resource on the planet, and we are very rapidly running out of it.  The following are 25 shocking facts about the Earth's dwindling water resources that everyone should know...

#1 Right now, 1.6 billion people live in areas of the world that are facing "absolute water scarcity".

#2 Global water use has quadrupled over the past 100 years and continues to rise rapidly.

#3 One recent study found that a third of all global corn crops are facing "water stress".

#4 A child dies from a water-related disease every 15 seconds.

#5 By 2025, two-thirds of the population of Earth will "be living under water stressed conditions".

#6 Due to a lack of water, Chinese food imports now require more land than the entire state of California.

#7 At this point, the amount of water that China imports is already greater than the amount of oil that the United States imports.

#8 Approximately 80 percent of the major rivers in China have become so polluted that they no longer support any aquatic life at all.

#9 The Great Lakes hold about 21 percent of the total supply of fresh water in the entire world, but Barack Obama is allowing water from those lakes "to be drained, bottled and shipped to China" at a frightening pace.

#10 It is being projected that India will essentially "run out of water" by the year 2050.

#11 It has been estimated that 75 percent of all surface water in India has been heavily contaminated by human or agricultural waste.

#12 In the Middle East, the flow of water in the Jordan River is down to only 2 percent of its historic rate.

#13 Due to a lack of water, Saudi Arabia has essentially given up on trying to grow wheat and will be 100 percent dependent on wheat imports by the year 2016.

#14 Of the 60 million people added to the major cities of the world every year, the vast majority of them live in deeply impoverished areas that have no sanitation facilities whatsoever.

#15 Nearly the entire southwestern United States is experiencing drought conditions as you read this article.  It has been this way for most of the past several years.

#16 Thanks in part to the seemingly endless drought, the price index for meat, poultry, fish, and eggs in the U.S. just hit a new all-time high.

#17 As underground aquifers are relentlessly drained in California, some areas of the San Joaquin Valley are sinking by 11 inches a year.

#18 It is being projected that Lake Mead has a 50 percent chance of running dry by the year 2025.

#19 Most Americans don't realize this, but the once mighty Colorado River has become so depleted that it no longer runs all the way to the ocean.

#20 According to the U.S. Geological Survey, "a volume equivalent to two-thirds of the water in Lake Erie" has been permanently drained from the Ogallala Aquifer since 1940, and it is currently being drained at a rate of approximately 800 gallons per minute.

#21 Once upon a time, the Ogallala Aquifer had an average depth of approximately 240 feet, but today the average depth is just 80 feet. In some areas of Texas, the water is already completely gone.

#22 Approximately 40 percent of all rivers and approximately 46 percent of all lakes in the United States have become so polluted that they are are no longer fit for human use.

#23 Because of the high cost and the inefficient use of energy, desalination is not considered to be a widely feasible solution to our water problems at this time...
The largest desalination plant in the Western Hemisphere is currently under construction in Carlsbad in San Diego County at great expense. The price tag: $1 billion.

Right now, San Diego is almost totally dependent on imported water from Sierra snowmelt and the Colorado River. When the desalination plant comes online in 2016, it will produce 50 million gallons per day, enough to offset just 7 percent of the county’s water usage. That’s a huge bill for not very much additional water.
#24 We have filled the North Pacific Ocean with 100 million tons of plastic, and this is starting to have a very serious affect on the marine food chain.  Ultimately, this could mean a lot less food available from the Pacific Ocean for humans.

#25 One very shocking U.S. government report concluded that the global demand for water will exceed the global supply of water by 40 percent by the year 2030.

Sadly, most Americans are not going to take this report seriously because they can still turn on their taps and get as much fresh water as they want.

For generations, we have been able to take our seemingly endless supplies of fresh water completely for granted, but things have now changed.

We are heading into a horrendous water crisis unlike anything that the world has ever experienced before, and right now there do not seem to be any large scale solutions capable of addressing this crisis.

Hundreds of millions of people living in North Africa, the Middle East, India and parts of China already deal with severe water shortages as part of their daily lives.

But this is just the beginning.

If nothing is done, the lack of fresh water will eventually be deeply felt by nearly everyone on the entire planet.

Thursday, June 19, 2014

This Journalist is Launching Drones to Expose Factory Farm Abuse | Interview with Will Potter

Breaking the Set | Jun 19, 2014 | CHANNEL


Smart meters really do spy on your use of appliances, industry admits

© Courtesy Natural News
Natural News | Jun 18, 2014 | J.D. Heyes

For years, anyone who suggested that the new electronic, Wi-Fi-capable "smart" electricity meters were devices that could be used to snoop on the unsuspecting public was labeled a crazy conspiracy nut. But, as is often the case, those people weren't off their rockers; they were prophetic.

Further, this technology is actually being celebrated by people who think that the technology is "cool." They obviously don't understand that it's just another nail in the coffin of the Fourth Amendment.

About a decade ago, when smart meters as a concept were starting out, techies and industry observers were touting them as a way to make more efficient use of the nation's various electric grids. Then as now, that is a noble construct; the problem is that, in order to do that, smart meters would have to be intrinsically invasive in terms of your privacy.

No longer a conspiracy but reality

How? Because the meters were envisioned to be power "disaggregators" -- that is, they were intended to determine which of your appliances used the most electricity, as well as which devices were used more frequently than others. And of course, that data goes somewhere -- the power companies, sure, but who else would want it? Government, of course.

Imagine that, at some point in the future, the government will know what appliances you have in your home, which ones you use the most and how often; that information will lead to a host of new rules and regulations and, most likely, targeted "usage" fees (which is a clever way of saying "taxes"). Want to ramp up that microwave (you shouldn't even be using one at all, but stick with me here)? Well, microwaves require more power than, say, your electric shaver, and maybe you've used enough power this week on your microwave so, if you want to use more, you'll have to pay a fee for that. Same thing with your conventional oven, for that matter. And so on.

Crazy? Conspiratorial? Ask yourself, then, why it makes any difference for electric companies (and whoever else will have access to the data) to know which appliances and products you are using and how often, when they are currently just billing you for the total amount of power used in a month. Why can't they just continue to do that?

According to Salim Popatia over at a site called Smart Grid News, the concept is rapidly progressing:

The advent of smart meters, like smart phones, was just the beginning. A phone that allowed you to easily check and respond to email (Blackberry circa 2006) was a ten-fold increase in value as compared to the phones of the past. Today, however, the thought of being able to use a phone only for talking and emailing seems archaic. What about taking and editing pictures, paying for my coffee, measuring my steps or the tremendous amounts of other value that third party apps have brought to the smart phone?

'What gets measured gets managed'

He goes on to say that, soon, the idea that smart meters will be able to tell power companies how much electricity is being used at any given time will seem "archaic."

"One of the next areas of value comes from taking smart meter data and 'disaggregating' it to tell us exactly how customers are using electricity," he wrote. "Do external devices already do this? Sure. Just as progress in the smart phone world reduced the need for external devices (cameras, alarm clocks, radios, pedometers, navigation systems, etc) the ability to get accurate, appliance level feedback, without the need to invest in external hardware, is the next step in the world of smart meters."

Popatia lays it all out: "As we all know, what gets measured gets managed."

"Knowing that I use more electricity than my neighbor, although motivating, unfortunately it's not necessarily actionable. On the other hand, knowing specifically that I spend more money on electric space heating gives me much more context in which to act. Studies indicate that the more specific the information, the better the conservation impact."

This is how government thinks and acts. Expect some regulation of specific uses of your electricity in the future, in part due to "the Internet of things," a fast-developing concept that will link virtually everything to the Internet (where it, too, can be monitored and "managed").

Sources:

http://www.thesleuthjournal.com

http://www.smartgridnews.com

http://www.naturalnews.com

Monsanto Indoctrinating Kids At the Zoo

© TruthStream Media
TruthStream Media | Jun 18, 2014 |Melissa Melton / Aaron Dykes

Melissa and I visited the St. Louis Zoo, in Monsanto’s hometown, and found that they and other leading corporate donors were actively “educating” children, families and groups about the natural world, including the causes of bee colony collapse and the rapid mass disappearances of Monarch butterfly populations.



We passed by the Monsanto Lecture Hall, Monsanto Education Center and went inside the Monsanto Insectarium… I guess the conquerors always celebrate the things they dominate and destroy, putting their fleeting beauty and grace on full display.

The saturated propaganda and overt corporatism could not be missed… Melissa kept wondering if there was anything in this town Monsanto hadn’t bought.

Wednesday, June 18, 2014

The Great Pacific Garbage Patch: We Are Literally Filling Up The Pacific Ocean With Plastic


End of the American Dream | Jun 16, 2014 | Michael Snyder

We are starting to see that there are very serious consequences for filling up our oceans with massive amounts of plastic that never biodegrades.  In fact, this is one of the greatest environmental disasters of all time and yet you rarely hear it talked about.  Virtually every molecule of plastic ever created still exists somewhere, and we all use things made out of plastic every single day.  But have you ever stopped to think about what happens to all of that plastic?  Well, the truth is that a lot of it ends up in our oceans.  In fact, humanity produces approximately 200 billion pounds of plastic every year, and about 10 percent of that total ends up in our oceans.  In other words, we are slowly but steadily filling up our oceans with our garbage.  In the North Pacific Ocean, there is a vast area where so much plastic has collected that it has become known as “the Great Pacific Garbage Patch” and as “the Pacific Trash Vortex”.  This “Great Pacific Garbage Patch” stretches from Hawaii to Japan, and it has been estimated to be larger than the entire continental United States.  It contains more than 100 million tons of plastic, and every single year it gets even larger.

When people hear the term “Great Pacific Garbage Patch”, they expect to find millions of plastic bottles floating around out there.  But that is not what we are dealing with.  You see, when plastic gets into the ocean it never biodegrades, but it does photodegrade.  So what we end up with is a “plastic soup” of billions upon billions of microscopic pieces of plastic.  Some are approximately the size of your pinkie fingernail, but most of the pieces are much smaller.

For much more on the basics of the Great Pacific Garbage Patch, check out the short YouTube video posted below…


Even though all sorts of different kinds of garbage get into our oceans, plastic is of particular concern.

Yes, it breaks down into smaller components, but it never goes away.  So the plastic bottle that you toss overboard today will still be there in some form a hundred years from now.  And this creates some major league problems
The main problem with plastic — besides there being so much of it — is that it doesn’t biodegrade. No natural process can break it down. (Experts point out ­that the durability that makes plastic so useful to humans also makes it quite harmful to nature.) Instead, plastic photodegrades. A plastic cigarette lighter cast out to sea will fragment into smaller and smaller pieces of plastic without breaking into simpler compounds, which scientists estimate could take hundreds of years. The small bits of plastic produced by photodegradation are called mermaid tears or nurdles.
Perhaps the biggest danger that all of this plastic poses is to our food chain.

According to Captain Charles Moore, plastic is found in a significant percentage of the fish that his team catches
“35 percent of the fish that we caught out there had an average of two pieces of plastic in their stomach.”
But fish are only part of the story.  Just check out the following excerpt from an excellent Wikipedia article
Some of these long-lasting plastics end up in the stomachs of marine birds and animals, and their young, including sea turtles and the Black-footed Albatross. Midway Atoll receives substantial amounts of marine debris from the patch. Of the 1.5 million Laysan Albatrosses that inhabit Midway, nearly all are found to have plastic in their digestive system.

Approximately one-third of their chicks die, and many of those deaths are due to being fed plastic from their parents.
Twenty tons of plastic debris washes up on Midway every year with five tons of that debris being fed to Albatross chicks.
That is just tragic.

But what we are witnessing now is just the beginning.  The plastic soup in our oceans is starting to block sunlight from reaching the algae and plankton that form the very base of the food chain.

And that could rapidly become an absolutely massive crisis.

If we start wiping out the algae and the plankton, that could cause a chain reaction up and down the marine food chain.  The following is how National Geographic describes what we could be facing…
If algae and plankton communities are threatened, the entire food web may change. Animals such as fish and turtles that feed on algae and plankton will have less food. If those animals start to die, there will be less food for predator species such as tuna, sharks, and whales.
In turn, that could ultimately mean a lot less food out of the oceans for humanity.

And already, vast portions of the Pacific Ocean appear to be “dying”.  In a previous article, I included a quote from a very experienced Australian adventurer in which he stated that he felt as though “the ocean itself was dead” as he journeyed from Japan to San Francisco recently…
The next leg of the long voyage was from Osaka to San Francisco and for most of that trip the desolation was tinged with nauseous horror and a degree of fear.

“After we left Japan, it felt as if the ocean itself was dead,” Macfadyen said.

We hardly saw any living things. We saw one whale, sort of rolling helplessly on the surface with what looked like a big tumour on its head. It was pretty sickening.

I’ve done a lot of miles on the ocean in my life and I’m used to seeing turtles, dolphins, sharks and big flurries of feeding birds. But this time, for 3000 nautical miles there was nothing alive to be seen.

In place of the missing life was garbage in astounding volumes.

“Part of it was the aftermath of the tsunami that hit Japan a couple of years ago. The wave came in over the land, picked up an unbelievable load of stuff and carried it out to sea. And it’s still out there, everywhere you look.”
What in the world would cause vast areas of the Pacific Ocean to appear to be “dead”?

In addition to all of the plastic in the ocean, it is also certainly possible that the Fukushima nuclear disaster is playing a huge role in the enormous changes that we have been witnessing in the Pacific.  For much more on that, please see my previous article entitled “Japan Begins Purposely Dumping 100s Of Tons Of Radioactive Water From Fukushima Into The Pacific“.

In any event, it is undeniable that conditions in the Pacific Ocean are getting worse with each passing year.

And every single day more garbage, more plastic and more radioactive water from Fukushima gets added to the mix.

If future generations get the chance, they will probably look back on us as “the crazy plastic people”.  Nearly everything that we buy comes wrapped or contained in this substance that we know won’t biodegrade.  But we keep dumping hundreds of billions of pounds of it into our landfills and into our oceans without ever considering the consequences.

There is no way that we are ever going to be able to clean up the “plastic soup” that we have created in the Pacific Ocean.  But it would be nice if we would stop making it worse every single day.

Sadly, very few people seem interested in doing anything about this very preventable crisis.

The rainforests: The answer to cancer and other debilitating diseases?

© Natural News
Natural News | Jun 17, 2014 | Derek Henry

Rainforest plants are complex chemical storehouses that contain many undiscovered biodynamic compounds with unrealized potential for use in modern medicine. The healing ability of those that have been discovered is potentially unrivaled, and the race is on between natural product companies, cancer researchers, executives of the world's largest drug companies and native indigenous shamans to harvest them for their benefit. So are rainforests the answer to cancer and other debilitating diseases, and if so, are there any threats to sustainably harvesting this natural pharmacy?

The current state of the rainforests


It is estimated that nearly half of the world's estimated 10 million species of plants, animals and microorganisms will be destroyed or severely threatened over the next quarter-century due to rainforest deforestation. It has been estimated that we are losing 137 plant and animal species every single day, which equates to 50,000 species a year!

This threat to the biodiversity of the rainforest, as well as the loss of those people who can no longer survive in these regions due to deforestation, is a blow to the sustainability of these plant forms to be harvested, as well as the ability to obtain knowledge from the indigenous tribes for decades to come.

Unfortunately, this threat of deforestation continues relatively unabated. Just recently, the Ecuadorean government issued oil drilling permits for the Yasuni reserve, a U.N.-listed biosphere reserve in the eastern part of the country. Despite calls for a referendum and an international campaign to keep the oil in the ground, production could begin as early as 2016.

Are we killing ourselves by killing the rainforest?


Rainforests currently provide sources for one-fourth of today's medicines, and 70 percent of the plants found to have anticancer properties are found only in the rainforest. The rainforest and its immense, undiscovered biodiversity hold the key to unlocking tomorrow's cures for devastating diseases.

Two drugs obtained from a rainforest plant known as the "Madagascar periwinkle," now extinct in the wild due to deforestation of the Madagascar rainforest, have increased the chances of survival for children with leukemia from 20 percent to 80 percent.

In the United States, approximately 25 percent of prescriptions are filled with drugs whose active ingredients are extracted or derived from plants. By 1980, sales of these plant-based drugs in the United States amounted to approximately $4.5 billion annually. Worldwide sales of these plant-based drugs were estimated at $40 billion in 1990. Currently, 121 prescription drugs sold worldwide come from plant-derived sources from only 90 species of plants.

The U.S. National Cancer Institute has identified more than 3,000 plants that are active against cancer cells, and 70 percent of these plants are found only in the rainforest. These plants could very well be the answer to the constant battle with invading pathogens, including bacteria, viruses and fungi that are adapting to our mainstream drugs and becoming resistant to them.

These pathogens cause serious diseases, including hepatitis, pneumonia, tuberculosis and many other disorders, which are all becoming more difficult to treat. Many experts now believe that, if there is a cure for cancer or even AIDS, it is most likely going to reside in our rainforests.

However, if the deforestation for oil and timber continues, our rainforests and the rare plants and animals could conceivably be lost forever, and so will the possible plant cures like cat's claw and graviola for diseases like cancer.

So be a part of a movement that could save the lungs and medicine cabinet of the world, and as a result, the future of mankind. It will be well worth it.

Sources for this article include:

http://www.rain-tree.com

http://inhabitat.com

http://www.naturalnews.com

http://science.naturalnews.com

http://science.naturalnews.com

About the author:

Derek Henry, B.Kin, is a highly revered holistic health coach and world renowned natural health blogger who created Healing the Body to help people understand the fundamental principles to exceptional health so they can overcome their own health challenges.

His popular Wellness Transformation E-Guide and Ultimate Reset coaching program gives people step by step solutions to achieve a healthier body and mind, while empowering them to maintain that lifestyle through a fundamental education based on the 4 pillars of true health.

If you would like to learn more about what he can do holistically to improve your health, or simply want to be a part of an authentic health care system that delivers tangible results, check out his popular free health program consultation.

Big coal threatens small towns' survival

AFP Photo / Luke Sharrett
RT | Jun 17, 2014

Residents have been opposed since it was first announced, while environmentalists say they've never seen a plan like it.

Ramaco, LLC, a Kentucky based coal company, is seeking approval from Pennsylvania regulators to open a longwall mine and extract up to eight million tons of coal from beneath the farms and countryside of Nottingham Township, Pa. To dispose of the waste that will be generated during excavation, the company plans to pump toxic wastewater into the depths of a nearby abandoned mine.

Existing issues with the site have residents weary of further development. The former Mathies Mine was owned by Mon View Mining, which went bankrupt in 2005, three years after the company laid off its 200 workers. Absolved of its responsibilities by the bankruptcy, a common occurrence for mining operations at the time, the company was not required to continue managing the Mathies site.

Over one million gallons of acid mine drainage (AMD) now flow from the mine daily, according to the website of the company hired by the state to treat the waste.

AMD forms when mines are not properly maintained and actively pumped free of water. The potentially dangerous mixture of water, heavy metals and toxins can be created long after a mine is no longer active. Exposed minerals react with air and pooling water, creating a toxic sulphuric mixture and other by-products. Contaminated water will kill plants, animals, insects and aquatic life if the levels of acidity reach high enough levels.

Nottingham residents fear adding more waste to the old mine would overwhelm the facility tasked with handling the drainage.

“Ramaco is proposing to dump their wastewater into an abandoned mine, footing the taxpayer with the bill for the treatment process,” Veronica Coptis, a member of the Center for Coalfield Justice group told the local Union-Finley Messenger.

Concern also exists over whether the toxic water would be capable of reaching the treatment plant. To be processed, the waste water would need to travel four miles underground to the state facility without absorbing into the earth or escaping into waterways. Directly over the tunnels are farm land, creeks and a county park.

How the company hopes to achieve this outcome is uncertain. Environmentalists say they’ve never seen a similar plan, while a spokesperson with the DEP told the Pittsburgh Post-Gazette in March that significant questions still remain over the details of Ramaco’s proposal.

Speaking about the state’s problems with mine drainage more broadly, the representative also told the paper, “We have thousands of miles of streams and creeks that are fouled by mine drainage."

State Rep. Rick Saccone publicly opposes the project and wrote a letter to Ramaco in February echoing the concerns of activists and his constituents, saying he fears the plan “opens up the doors for ground contamination and unsafe consequences on constituents.”

Boom and Bust

Nottingham sits in the middle of a region with a long history of industry. Mining and steel production were once the economic engines of the Mon Valley, which originates in West Virginia and winds north to Pittsburgh. The hulking steel mills that lined the Monongahela River and the countless mines that tunneled underneath the nearby green, rolling hills helped Pittsburgh become the center of American manufacturing for much of the 20th century.

Although once directly providing tens of thousands of jobs and supporting a hundred thousand more, the industries experienced a massive economic collapse in the 1980s that eliminated most of the jobs they sustained. The region was thrust into double digit unemployment and then economic stagnation for the better part of two decades.

Like the rest of the region, Nottingham experienced booms and busts as well. The small town of 2,500 sits 30 miles south of Pittsburgh next to the Monongahela River on top of a large coal bed. Opened in the 1940s, the Mathies mine, where Ramaco plans to dispose of any waste generated by its project, produced coal for half a century, but suffered a series of setbacks that resulted in its closing. A partial tunnel collapse in October 1990 triggered a fire, requiring the mine be sealed off. Nearly 600 workers lost their jobs and a hundred nearby families evacuated to escape the sulphuric smoke and carbon monoxide that rose from the tunnels.

Steel Corporation sold the mine three years later in December 1993 and it was finally reopened. Only a fraction of the jobs returned, however, and they lasted less than a decade before the operation’s final closure due to financial difficulties.

A world away

Gulf Coast residents in Louisiana have been waging their own battle against Ramaco’s sister company and partners.

Due to its prime location at the mouth of the Mississippi River, Myrtle Grove, La. was chosen as the location for an export facility to ship domestically mined coal to booming Asian markets. Located in Plaquemines Parish just south of New Orleans, the community already contains two coal export terminals.

Healthy Brown pelicans sit along Cat Island in Barataria Bay near Myrtle Grove, Louisiana
(Reuters / Sean Gardner)

Thick clouds of black coal dust originating from the nearby facilities leave layers of grime on homes, cars and the rest of the town. Residents worry RAM Terminals’ proposed facility would only add to this and other problems. Asthma and respiratory conditions are common, and locals place most of the blame on the coal companies.

The Sierra Club and local environmental groups take issue with the proposed terminal as well, fearing its impact on plans to restore fragile coastal wetlands, an issue that gained national attention following the devastation of Hurricane Katrina. Organizations such as the Gulf Restoration Network believe the Mid-Barataria Sediment Diversion, a $400 million state project to divert the Mississippi River, would be jeopardized if the facility is built.

The diversion’s proposed location is directly adjacent to and downstream of the site RAM Terminals was granted a permit to build on. Pollution from the facility could be directed into the wetlands meant to be reconstructed, while needed sediment flowing down the Mississippi River would be impeded. When the Louisiana Department of Natural Resources approved RAM’s coastal use permit in September, a coalition of locals and advocacy groups responded by filing a lawsuit calling the approval illegal.

If the project clears the multiple hurdles it faces, there is a high-likelihood the terminal will process coal from Nottingham.

In a 2013 issue of industry newsletter Coal Trader, Ramaco President Michael Bauersachs addressed the possibility of shipping the Nottingham coal to Asia: "We could look to the export market," he said. "That's a very good possibility." The mine is close to the Monongahela River, so "we could send it to New Orleans" for transport overseas.

The US coal market is shrinking rapidly. New environmental regulations and a desire for cleaner energy are forcing suppliers to look for overseas buyers. China and India have been the two largest importers in recent years, lacking the domestic supplies to feed their rapidly expanding economies.

If the coal from Nottingham is ultimately destined for Asia, the trip to New Orleans and across the Pacific Ocean would be a minimum 13,000 mile, carbon emitting global voyage opposed by nearly everyone along its path.