Can Citizen Science Save Us From Environmental Disasters?

During the rush-hour commute on Tokyo’s trains, it’s easy to spot riders gaming on their phones, sorting sweets in Candy Crush or mustering armies in Clash of Clans. But Kevin Hemphill, a geeky ex-pat, played a different game on his iPad, flipping through images of forests and meadows in Pennsylvania that had been cleared. Tapping the screen, he marked the location of ponds and transmitted the data to a nonprofit halfway across the globe.
Through the web-based FrackFinder, a project of the nonprofit SkyTruth, Hemphill, nostalgic for his childhood home in the Rust Belt of Ohio, pored over the images of the Keystone State. He was looking for evidence of hydraulic fracturing. Better known “fracking,” it’s the process of blasting chemicals, sand and water into underground rock layers to dislodge natural gas — a controversial method of energy extraction that’s brought jobs to the region while potentially putting locals’ health at risk. In a uniquely digital “citizen science” effort, Hemphill and hundreds of volunteers around the world have plotted Pennsylvania’s energy infrastructure, creating a detailed map that can be shared with activists, regulators and academics.
Biologists have long relied on group expeditions to study wildlife populations, but FrackFinder brings the process online, giving anyone with a keyboard the chance to participate. As users click through FrackFinder, SkyTruth’s team hopes the abstract science of environmental exploitation becomes tangible. Their pictures, shot from aircraft and 400-mile high satellites, clearly depict the damage that can be hard to visualize, and even harder to reverse.
“We can look at not just one township or county or state. We’re able to look at changes across entire regions over decades. That’s almost like having access to a time machine,” says David Manthos, SkyTruth’s program coordinator. “It’s the region-wide perspective we offer that you just can’t get from one place on the ground.”
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Geologist John Amos founded the nonpartisan Skytruth, which collects satellite images of potential eco-hazards, in 2001, moving it to tiny Shepherdstown, W.V., two years later. A former consultant for a natural resources exploration firm, Amos put similar tracking tools into the hands of conservationists, as a way to atone for his past “disservice to the planet.” But for nearly a decade, SkyTruth remained a one-man shop. Few donors could see how SkyTruth’s aerial imagery might help the environmental movement. That all changed in April 2010, when the Deepwater Horizon rig exploded in the Gulf of Mexico. BP and the Coast Guard estimated 1,000 barrels of oil were gushing out each day, but after studying photos of a vast, shimmering pool of oil on the ocean’s surface, he and oceanographer Dr. Ian MacDonald calculated the spill was more than 20 times worse than officials claimed. After publishing a critical blog post, the federal government quickly revised its numbers upward.
Now a 12-person staff, SkyTruth has used their planetary perspective to create the first repository of mountaintop-removal mining sites in Appalachia; to film flaring over North Dakota’s Bakken oil fields by equipping a high-altitude hydrogen balloon with a camera; and to track unregulated commercial fishing in the world’s most remote waters. After wrapping up in Ohio, FrackFinder will launch in its third state, West Virginia, early this year. Analyses of other states will likely follow.
How is this data used? FrackFinder’s crowdsourced analysis confirmed the exact location of 1,400 active wells and 7,835 wastewater ponds, allowing a team of public health researchers at Johns Hopkins to verify a list of drilling permits provided by the state. Guided by that knowledge, paired with extensive medical records, the university epidemiologists proved that asthmatics were 1.5 to 4 times more likely to have an attack near the drilling, and mothers were 40 percent more likely to give birth prematurely near the most active sites. The researchers weren’t able to pinpoint why locals sickened — maybe sleeplessness from noisy, earth-shaking vibrations, stress from dropping home values or the chemicals themselves — but SkyTruth’s data helped them prove a point.
Surprisingly, crowdsourcing the information is actually harder for SkyTruth than sifting through the images themselves. But the team continues to invest in citizen science because they know the value of the public’s involvement. “It actually puts an image of what’s going on in the world in front of citizens, so they can see for themselves,” Manthos explains. “What kinds of regions are being developed? Is it all forest, rural land or a little of the suburbs? We’re exposing people, up close and personal, to these images. That’s a formative process, and they can draw their own conclusions.”
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Hemphill, for example, says he used to support fracking as a reasonable way to bring much-needed economic growth to Northern Appalachia’s struggling towns. His support persisted, even as he analyzed nearly 5,000 images of Pennsylvania’s scarred terrain. “Wow, they’re really tearing up the earth,” he thought, almost disinterestedly. But because of his exposure to the issue through FrackFinder, he began paying more attention to relevant news stories, reading, for instance, that some homeowners could set the contaminated water in their kitchen sink on fire. Eventually, he turned against the unconventional drilling method for good.
The process influenced Hemphill in another way, too, by reaffirming his faith in technology’s possibilities beyond our social media addictions and diversionary entertainment. “People are on the internet a lot. What do you have to show for so many hours of your life?” he asks. “Especially for millennials, where does it go from here? It’s not a guaranteed thing that we all will just watch Netflix forever. The internet needs to go beyond that now.”
Hemphill imagines closing our Tetris-stacking apps, halting the Instagram scroll and doing something meaningful online. With just a few clicks, he still believes, the Earth can be improved.

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This article is part of the What’s Possible series produced by NationSwell and Comcast NBCUniversal, which shines a light on changemakers who are creating opportunities to help people and communities thrive in a 21st-century world. These social entrepreneurs and their future-forward ideas represent what’s possible when people come together to create solutions that connect, educate and empower others and move America forward.

When Veterans Need Jobs, This Industry Offers Plenty

Each year, more than 300,000 service members leave the military and seek employment in the civilian world, yet the unemployment rate remains higher for new veterans than it does for the general population. In May, the unemployment rate was 6.8 percent for post-September 11th veterans compared with 5.7 percent for everyone else.
Which begs the question: why?
Part of the problem is that companies often don’t know how skills gained in the military will translate to their business. But there’s one line of business that doesn’t have any doubt about the benefit of military skills: the oil and gas industry, which has boomed in recent years due to oil-shale fracking.
Several programs across the country are assisting veterans in the transition from active duty to employment with oil and gas companies. According to Madasyn Czebiniak of the Pittsburgh Post-Gazette, when 30-year-old Army veteran John MacZura recently graduated from Penn State with a degree in petroleum engineering, he had a half dozen job offers and now works as a completions engineer for Cabot Oil and Gas.
The G.I. Bill assisted MacZura with his tuition, and he started at a high-level position in the industry. But for those who can’t hack an engineering degree, there are plenty of other jobs for vets. “I had friends who started out as welders and roustabouts, worked their way up, and after they got trained they were placed into every day field jobs,” MacZura tells Czebiniak.
Programs helping veterans learn skills for oil and gas industry jobs include Austin-based Retrain America, which aims to help blue-collar workers and veterans train for high-paying jobs and ShaleNET, which launched in 2010 when the oil and gas industry needed more skilled workers than it could get.
Dave Pistner, who directs energy initiatives at the Pennsylvania College of Technology in Williamsport (a school that offers a training program for veterans seeking to enter the oil and gas industry), says, “The traits that the military imparts on the men and women — loyalty, courage, safety, commitment, leadership, teamwork — are all valued by employers in this industry. It’s a natural fit for our troops leaving active service.”
MORE: When America’s Heroes Can’t Find Employment, This Program Trains Them to Be Wilderness Firefighters
 
 

This Bizarre Bacteria Could Clean Up the Oil Business

What if some of the biggest problems in the oil industry could be solved by a tiny, nearly undetectable bacteria? That’s what University of Illinois scientists have suggested after discovering microbes called Halomonas that have been chowing down on their fuel-rich surroundings a mile underneath Illinois. The big issue with oil extraction is its major disturbance to the environment. Crude oil from the Illinois Basin’s porous sandstone is currently siphoned with steam or chemicals, a process that’s been harsh to the surroundings, UI researchers said.
But as the News-Gazette reports, this microbe can naturally break down oil without leaving any chemical byproducts, which would allow oil companies to easily scoop up sludge that’s normally too heavy to extract. “There’s great interest now in being able to harness the power of microbes to find oil and gas, to break down oil and gas in the subsurface and actually being able to refine it, and to be able to use the microbes that live down there to help us extract it,” said Bruce Fouke, UI professor of geology and microbiology and principal investigator on the study.
MORE: How a Bag of Mushrooms Can Clean A Polluted River
The researchers have also found that this amazing bacteria — which thrives in complete darkness, extreme pressures and temperatures up to 122 degrees Fahrenheit — can turn toxic oil byproducts into less harmful substances. Varieties of Halomonas have even helped eat up the 1989 Exxon Valdez spill and possibly the 2010 BP spill in the Gulf of Mexico. (Fun fact: its fittingly named cousin, Halomonas titanicae, is currently gobbling up the Titanic.) Now that’s a bacteria we — and the oil industry — can get behind.