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Archive for the ‘2012 – Issue 4 (August/September)’ Category

Calendar August/September

Monday, August 13th, 2012 - posted by meghan

Floyd Country Store Traditional Appalachian Music

Thurs.-Sat. throughout summer: The Floyd Country Store, home of the Friday night Jamboree, hosts regional Appalachian music Thursdays through Sunday. Visit: floydcountrystore.com


Holler in the Holler 2012


Aug. 10-12: An annual music and arts festival in the foothills of the Appalachian Mountains. Enjoy a variety of music from bluegrass to jazz, as well as many other activities such as workshops and even hula hooping. Ticket prices vary. HomeGrown Hideaways, Berea, Ky. For more information, or to purchase tickets visit: homegrownhideaways.org

Earth Sabbath Celebration

Aug. 13, 7 p.m.: Step out of your hectic life into a joyful celebration of the mystery and meaning of the universe. A time for community with people caring for creation. Open and free to the public. Asheville, N.C. For more info, contact: Jean Larson, Larson_Jean@hotmail.com.

Stand up that Mountain

Aug. 23, 6:30 p.m.: Presentation by author, Jay Leutze on his novel, “Stand Up That Mountain: The Battle to Save One Small Community in the Wilderness Along the Appalachian Trail.” Reception and book signing afterwards. Catawba College, Salisbury, N.C. More information and registration: centerfortheenvironment.org.

Music on the Mountaintop

Aug 24-26: Join Appalachian Voices at this annual music festival featuring 15 diverse bands in the beautiful Grandfather Mountain area of the Appalachian Mountains. This festival has given $12,000 back to local non-profit organizations, AIRE, Appalachian Voices, and Mountain Alliance. General Admission $99. Single day tickets available as well. Grandfather Mountain Campground, N.C. Visit: musiconthemountaintop.
com

Outdoor KnoxFest

Aug 24-26: A three-day outdoor festival benefiting Legacy Parks Foundation. For the adventurous outdoor lovers. Events include the 3 Day Anglers Carp Cup, the Urban Trail Race, Bike and Boat Rentals and more. Rates and registration at active.com. Knoxville, Tenn. Visit: outdoorknoxville.com.

Clear Creek Festival

Aug. 31 & Sept. 1-2: A homecoming for you and yours over Labor Day weekend. The stage will be graced with great artists, healing and rejuvenation in a family-friendly, loving environment. Rockcastle County, Ky. Visit: clearcreekfest.org

Beech Mountain Mile High Kite Festival

Sept. 2, 10 a.m. – 4 p.m.: A great tradition with lots of color and fun activities for kids of all ages. There will be a kite decorating station,
kite store, flying competition, face painting,
food and craft vendors. Free event, the first 300 children 12 and under will receive a free kite. Free parking. Beech Mountain, N.C. Visit:beechmtn.com

Terrapin Hill Harvest Festival

Sept. 7-9: Music festival featuring a wide spectrum of musical styles by over 20 bands, food and craft vendors, kids playground, fire dancers, bonfires, and family camping. Weekend pass $90 in advance, $110 at the gate. $5 per vehicle parking fee. Free camping next to your vehicle. Harrodsburg, Ky. Visit: terrapinhillfarm.com/festival

Organic Gardening Workshop

Sept. 8: All-day workshop on organic gardening. Subjects covered will include: composting, growing in raised beds, lasagna gardening, cold frames winter gardening, beneficial insect promotion, mulching, gardening by the moon and more. Registration deadline: Sept. 1. Visit: ForestRetreats.net

Wellness and Water: Health Impacts of Fossil Fuel Extraction

Sept. 8: Conference sponsored by OVEC and the WV Chapter of the Sierra Club. Speaker Wilma Subra, workshops and panels with impacted residents, and experts including Dr. Ben Stout and Dr. Michael Hendryx. Registration begins at 8 a.m. $10 suggested donation. Morgantown First Presbyterian Church, W.Va. Contact Robin Blakeman at robin@ohvec.org or call (304)522-0246.

West Virginia Wind Forum

Sept. 25: Tour the AES Laurel Mountain wind and energy storage facility in Elkins, W.Va. Canaan Valley Resort & Conference center, Davis, W.Va. Registration for both the forum and the AES facility tour is open at: marshall.edu/cegas/events/wvwind

Rooted in the Mountains: Valuing our Common Ground

Oct. 4-5: Designed to raise awareness of health and environmental consequences of mountaintop removal coal mining. Participants will go away with a new sense of urgency and tools to use in valuing our common ground. Western Carolina University, N.C. For more information, contact Pamela Duncan at (828)227-3926 or email pyduncan@wcu.edu

Bethel Half Marathon & 5K Race

Oct 13: This race is Bethel Rural Community Organization’s main fundraiser for the year. They are a small non-profit organization that raises money to go toward farmland and rural preservation. Haywood County, N.C. Reigster online: bethelrural.org.

Changing of the Leaves Festival

Oct 13-14: See mountaintop removal and celebrate Appalachian culture with Larry Gibson and other inspiring mountainkeepers. Kayford Mtn, W.Va. Learn more: mountainkeeper.blogspot.com

SOCM Turns 40!

Oct. 20: Help Tennesseans celebrate 40 years of SOCM (Statewide Organizing for Community eMpowerment) history. For more information, visit: socm.org.
Email voice@appvoices.org to be included in our Get Involved listing. Deadline for the next issue will be Sunday, Sept. 30, at 5 p.m. for events taking place between Oct. 10 and Dec. 5.

Changing Winds on Air Pollution Standards

Thursday, August 9th, 2012 - posted by meghan

By Molly Moore
Back in December, environmental advocates cheered the arrival of the EPA’s long-awaited Mercury and Air Toxics Standards, which will limit the amount of mercury, arsenic, selenium, cyanide and other toxins released by new power plants.

The agency estimates the rule will prevent as many as 11,000 premature deaths and 4,700 heart attacks a year. In June, Oklahoma Sen. Jim Inhofe introduced a resolution to block the rule, but a slim majority of senators voted to uphold the air toxics standards.

Just weeks after the rule was supported in the Senate, the EPA announced that it will review the standards and focus on how the rules will affect five particular planned power plants, including Plant Washington in Georgia. Industry and public health groups are watching to see how the EPA’s review impacts the strength of the pollution standards.

The High Cost of Energy on Our Water

Thursday, August 9th, 2012 - posted by meghan

By Jamie Goodman

American industries are thirsty for fresh water, and our electrical generation has by far the biggest cup to fill.

Close to half of the water withdrawn from our rivers and lakes is destined to cool power plants fueled by coal, uranium and natural gas among others. A fair portion of the water siphoned into the plants is “consumed” or evaporates into thin air. The rest is ejected back into lakes and rivers as much as 17˚ F hotter, where it can be detrimental to the ecology of the waterway.

Not all alternative sources are exempt from this enormous thirst — biofuel, touted as a possible replacement for more polluting materials, uses almost as much water as coal. But other renewable energies, including passive solar, wind and even solar thermal, lack the insatiable thirst of their fossil fuel cousins.

As drought rages across half of the country this year, and many cities have imposed restrictions on lawn watering and car washing, the power industry continues to drain adjacent waterways. And ironically, coal plants cannot continue to withdraw water when hot water ejected from the plant pushes the temperature beyond a certain limit — meaning that power facilities are forced to shut down some or all of their output at a time when air conditioning and other needs create the greatest demand.

Water pays a steep price to meet our energy demand. Below we walk you through five of the highest costs energy exacts on our water system, using information provided by the Union of Concerned Scientists.

 

1–THIRSTY FOR POWER


Keeping U.S. power on requires 43 billion gallons of freshwater per day — more water than 140 New York Cities would use. Nuclear power use 25 to 60 gallons per kilowatt hour (not including high volumes of water required for uranium mining and processing), and coal-fired power plants need 20 to 50 gallons of water per kilowatt hour (not including high volumes of water used in mining, processing and storing coal waste). That means that to power a typical U.S. home for a month, which according to the U.S. Energy Information Administration averages to 958 kilowatt hours, it takes at a minimum 19,160 gallons of water per month to keep your lights on. That’s a lot of lawn watering.

 

2–WITHDRAWAL SYMPTOMS

In the southeastern United States, power plants account for two-thirds of all withdrawals of freshwater, draining an average of 40 billion gallons of water from lakes and rivers every day for purposes such as cooling. In many cases, only a fraction of that water will be returned to the water source, while the plants lose or “consume” large amounts of the withdrawn water to evaporation — a typical 600-megawatt coal-fired power plant consumes more than 2 billion unrecoverable gallons of water each year from nearby lakes, rivers, aquifers or oceans.

 

3–WHAT GOES IN…

Manatees swim near intake pipes for a coal plant powering Tampa, Fla. Photo by Jamie Goodman

Manatees swim near intake pipes for a coal plant powering Tampa, Fla. Photo by Jamie Goodman

A large coal or nuclear power station with once-through cooling can easily draw in more than 500 million gallons of water from a river or lake every day. The consequences on both ends can be dire for wildlife ­— older systems can devour aquatic life, sucking in eggs and larvae, and trap adult fish and larger wildlife on suction pipe intake screens. The dozens of power stations that withdraw water from the Great Lakes for cooling kill an estimated 100 million fish and 1.28 billion fish larvae annually.

…COMES OUT HOT

After being used to cool the generators, water that is discharged back into the river or lake is dirtier and hotter than when it entered the plant — by an average of 17˚ in the summer. Half of all coal plants report releasing water in the summer at peak temperatures of 100°F or more. This thermal pollution can stress or kill fish and other wildlife. In Lake Norman, N.C., massive dieoffs of striped bass in 2004, 2005 and 2010 were ultimately attributed to hot water discharge from the lake’s two power plants.

 


4 — HIGH AND DRY

Since 2004, drought stress has led at least a dozen power plants to temporarily reduce their power output or shut down entirely, and prompted at least eight states to deny new plant proposals. During prolonged heat in the summer of 2010, water temperatures in the Tennessee River hit 90°F, forcing the Browns Ferry nuclear plant to significantly cut the power output of all three of its reactors for nearly five consecutive weeks — all while cities in the region were experiencing high power demand for air conditioning.

 

5 — RESOURCEFUL RENEWABLES

* Based on once through cooling system; ** Combined Cycle; *** Recirculate & dry cooled combined. --- Chart courtesy of Union of Concerned Scientists, modified by Appalachian Voices to reflect Southeastern energy sources

Not all reneweable energy sources are created alike. Certain renewable technologies, such as wind turbines and solar photovoltaic, generate electricity with essentially no water at all. Some sources, such as bioenergy, geothermal and concentrated solar panels (a.k.a. solar thermal), use more water, but still less than more intensive sources such as coal and nuclear. Energy-efficient measures to reduce the amount of electricity we use — through efficient appliances, weatherizing buildings, and dialing back heat and air conditioning — not only saves money and reduces emissions, but also eliminates the corresponding water use.

The Value of Running Water

Wednesday, August 8th, 2012 - posted by brian

By Molly Moore

The Tennessee River flows by a neighborhood in Knoxville, Tenn. Istockphoto: Melinda Fawver. A kayaker tours the Upper Chattooga in January 2007

Appalachia’s signature streams and rivers braid together the region’s hills, hollows and pastures, offering fishing, recreation and transportation in addition to the planet’s most vital liquid.

Rivers are so integrated into daily life that some people cross a bridge every day without truly seeing the waterway beneath it. But that doesn’t mean the river isn’t there, offering perches to herons behind small farms, making subtle commentaries about the surrounding residents based on how much litter lines the riverbanks, and influencing everything from the location and shape of a town to the businesses that set up shop nearby.

The Tennessee River, the largest tributary of the Ohio River, shaped the birth of Chattanooga, Tenn., a city that grew out of a riverfront trading outpost. When Chattanooga looked to revitalize its downtown in the early ’80s, reconnecting with the river was the goal. “This is how we started and began as a city hundreds of years ago, so it made sense to get back to the river,” says Jim Williamson, vice president of planning and development for River City Company, a private nonprofit founded to help the city and county capitalize on the riverfront.

Chattanooga’s waterfront boasts entertainment venues, an aquarium and a network of parks that highlight local history. An old bridge was redeveloped as a pedestrian walkway, and the current Tennessee Riverwalk path spans 13 miles.

Williamson says that the anecdotal evidence of bricks-and-mortar investment dollars is huge — and Volkswagen alluded to the city’s downtown as a reason for building a $1 billion facility nearby. This spring, economic development and tourism officials from Huntington, W.Va., visited the city’s river corridor to take notes.

In Chattanooga, fishing piers and the opportunity to rent paddle boards attract visitors, as does the nation’s second-largest rowing regatta. “You encourage more activity by having a clean river,” Williamson says.

Photo courtesy of American Whitewater, by Brian Jacobson

Along the French Broad and Swannanoa rivers, the city of Asheville, N.C., is also making use of its water access. Scott Hamilton, president of Advantage West, Western North Carolina’s regional economic development group, says every sector of the economy is affected by waterways, either through the use of low-cost hydroelectric power or because the amenities of a waterway have added to quality of place.

This year, both Sierra Nevada Brewing Co. and New Belgium Brewing Co., the nation’s second and third largest craft brewers, announced plans to build facilities on the banks of the French Broad citing the area’s high-quality municipal water. Together, the breweries will add about 240 jobs.

The value of clean water isn’t limited to urban centers. In recent years, North Carolina’s famed Nantahala River has drawn over 500,000 recreation enthusiasts annually. A survey conducted by Western Carolina University in 2009 showed that whitewater recreation on the Nantahala contributed $85.4 million and 1,060 jobs to the local economy.

Ecotourism might be a big draw, but Kevin Colburn, national stewardship director for paddling group American Whitewater, says that recreation is typically a secondary purpose of Eastern dams. On the Nantahala, Duke Power’s 98.5 megawatt hydroelectric facility is the top priority and the rafting industry is considered after that. And on North Carolina’s Cheoah River, which was completely dewatered for 77 years, dam release negotiations centered around downstream ecological benefits. When releases began in 2005, the forest service provided commercial boating permits, fostering yet another opportunity for the rafting industry and a river’s-eye view of Appalachia.

From flashy headwater streams in the mountains to steady flows through stately valleys, the region’s rivers supply the people with everything from trout and tourism to transportation and energy. Running water is always rewriting its story, but some themes are constant.

A Tale of Three Rivers

The Gauley

Gauley

Rafters enjoy Pillow Rock rapid on the Upper Gauley River. Photo courtesy of American Whitewater, by Thomas O’Keefe

Internationally known for its narrow gorge and wild whitewater, the flow of West Virginia’s Gauley River is governed by the Summersville Dam.

Though the dam currently controls a hydroelectric project capable of generating 80 megawatts of electricity per hour and a whitewater boating experience that draws an average of more than 150,000 visitors per year, it was built in the 1960s for a much more mundane purpose — flood control. The Army Corps says the dam paid for itself in less than eight years by preventing $67 million in flood damages.

In the mid-eighties, Congress made recreation an official goal of the Summersville Dam, providing a fixed number of dam releases in the fall and marking the first time that a river was congressionally recognized for whitewater boating. The timing of the fall boating season is based on the need to lower Summersville Lake, the reservoir above the dam, to make room for winter and spring precipitation. In 1988, the Gauley River National Recreation Area was established, protecting 25 of the 107 miles between the Summersville Dam and the Gauley’s confluence with the New River.

A hydroelectric plant was added to the Summersville Dam in 2001, garnering praise from proponents of low-impact hydropower — projects that have a minimal effect on the rivers they occupy — because the plant capitalized on an existing dam.

Despite all the Gauley River contributes to the state, it also appeared on watchdog group American Rivers’ annual 10 Most Endangered Rivers list in 2010 due to contamination from mountaintop removal coal mining, particularly in the Twentymile and Peters Creek watersheds. What happens along the Gauley affects the state’s largest cities — the Gauley and New rivers converge to become the Kanawha, which provides municipal water to Charleston and Huntington.

Coal River

The Coal River and its chief tributaries, the Big and Little Coal Rivers, snake through the heart of southern West Virginia and are emblematic of both the region’s beauty and the consequences of dependence on the river’s namesake.

Coal River has been a utilitarian artery since the 1800s, when seams of coal mined from its banks were used as a replacement for whale oil. In those days, the river was managed by a lock and dam system to transport timber and coal; it also powered small mills that produced textiles, flour and lumber. Eventually, railways replaced water as the primary mode of transportation.

More recently, the Coal River watershed has become a default dumping ground for mine and timber waste. Twenty-five percent of the river’s watershed is either permitted for surface mining or has already been surface mined. Pollution from these mines has earned the river a place on the endangered rivers list twice, including in 2012. This time, however, American Rivers said that the river basin was listed because it is at a “decision point” where rules regarding surface mines will have a profound affect on its future.

Cleanup efforts in the Coal River watershed have cost millions of dollars. A $20 million sewer project near St. Albans, a town at the confluence of the Coal and Kanawha rivers, was secured by the nonprofit Coal River Group to help eliminate fecal coliform bacteria. And a project directed by the state Department of Environmental Protection is building dozens of partial dams out of boulders to create narrow channels and deep pools that will help scour sediment from the river bottom.

Today, the river is carrying a new economic cargo — outdoor enthusiasts. The Coal River/Walhonde paddle trail — which recognizes the Delaware Indians’ name for the river, Walhondecepe — stretches 88 miles along the Big, Little and main Coal rivers. An annual fundraising float sponsored by Coal River Group this June drew more than 600 participants.

The Chattooga

Chattooga River

The smell and sight of Stekoa Creek entering the Chattooga River is hard to miss — water testing by conservation groups has helped pinpoint parts of a nearby town’s sewage system most in need of repair. Photo courtesy of Chattooga Conservancy

From its headwaters in the mountains near Cashiers, N.C., until it joins the Tugaloo River, the Chattooga runs unfettered through three states. The 57 miles of alternately tranquil and turbulent water were declared a National Wild and Scenic River in 1974 and are crossed by just four bridges.

A study by North Carolina State University, American Rivers and the National Park Service found that in 2002 boating generated $2.6 million for the six-county area surrounding the Wild and Scenic portion of the river — and the overall regional economic impact of Chattooga boating was estimated at $5.8 million.

The river’s popularity has also led to strife. When the Forest Service issued the first management plan in 1976, approximately 20 miles of the river’s upper reaches were declared off-limits to paddlers, making the Upper Chattooga the only Wild and Scenic river in the nation with a boating ban.

When the the management plan was up for revision in the late ‘90s, national paddling organization American Whitewater lobbied against the boating ban, and the argument continues. Several groups, including national fishing organization Trout Unlimited, contend that the Upper Chattooga offers foot travelers a rare reprieve from the presence of boaters, while American Whitewater maintains that decades of preferential treatment have given anglers a “perceived right” to a river that should be equally accessible to all types of wilderness enthusiasts. Appeals regarding the disputed stretch are ongoing.

At the same time, pollution from Stekoa Creek, which joins the river on section four, has scarred an otherwise healthy river for decades. In fact, the area downstream from the creek’s mouth was almost excluded from the Wild and Scenic zone for that reason, says Buzz Williams, program assistant at the Chattooga Conservancy, a local environmental group. He cites contamination from industrial agriculture and a leaky, 60-year-old sewage system in the nearby town of Clayton as the chief problems.

Over the past several years, however, a partnership between area nonprofits such as the Chattooga Conservancy and the local government to clean up the creek has made progress. The partnership aims to create a stream buffer zone and institute fiscally smart, environmentally strategic upgrades to Clayton’s sewage lines — two major repairs are already complete. And a decrease in the the amount of pollution Stekoa Creek dumps into the river is one thing that will please all river recreationists.

Abrams Falls Trail: A Jaunt to a Jewel of the Smokies

Wednesday, August 8th, 2012 - posted by meghan

By Stephen Otis

Waterfall at Abrams Fall

Don’t be fooled by Abrams Falls’ serene surroundings-this pretty cascade features powerful water, and the pool at its base has a reputation for an undertow. Photo by Jenny Pansing

The Abrams Falls Trail has historical nuances you won’t find just anywhere.

Located in the Cades Cove area of the Great Smoky Mountains National Park in Tennessee, the trail, creek and falls are named after a historic leader of the Cherokee Nation, Chief Abram; a short side trail leads to Elijah Oliver’s house, the first settler of Cades Cove circa 1818.

It has a reputation in the world of adventure as well, earning a spot on Backpacker Magazine’s list of the 10 most dangerous hikes in the country. Of course, if you are a local like me, and you like to hike the trail for its moderate footpath along the serene Abrams Creek — replete with wild river otter and fly-fishing aplenty — you may find yourself scratching your head wondering what wild encounter led the good people at Backpacker Magazine to put the trail on their list of perilous paths.

Maybe it is the strong storm waters that often surge over the nearly 20-foot falls, the same waters that took the life of 19-year-old William Diefenbach in 1993. He was swept downstream and drowned trying to ford Newt Prong. Maybe it is the countless injuries that occur from the young and the bold attempting to jump off the falls’ slippery perch, not noticing the shelf of rock just below the surface at the base. Or the copperheads and moccasins that like to perch in the clefts of the basins.

Maybe, but all in all, Abrams Falls is one of the most pristine and beautiful hikes in the Smokies with one of the most impressive watering holes you will ever see. Of course, the Great Smoky Mountain National Park encourages those who visit to avoid swimming for aforementioned reasons. Dangerous? Maybe, if you’re the kind of person who attracts danger. Beautiful? Most certainly. Worth a visit? Most definitely.

Abrams Fall Trail

The trail to Abrams Falls is listed as moderately difficult but includes three narrow log bridges, so the park service recommends sturdy hiking shoes. Photo by Kid Cowboy

To the falls and back, the trail traverses five miles, much of it creekside, providing the sounds of mountain water like a constant symphony. Along the way, there are a bevy of places to stop for a picnic or to just step off the trail and search for salamanders. The watering hole at the end of the 2.5-mile trek enjoys the constant spray of Abrams Falls. Named after Chief Oskuah (later changed to Abram) of the Cherokee Nation, here the strength of these great people who roamed these free and sacred lands is preserved.

The drive to the trailhead brings you through the historic Cades Cove Loop with wildlife grazing in open valley fields, where deer roam like cattle and bear and other wildlife are commonly sighted. It is a place stuck in a slow and steady time in our nation’s history, heck, before that even, to a time before we started recording time.

If one is so inclined, the other side of Abrams Falls, although little-publicized, is the area’s true beauty. Scattered with small loop trails and split-offs, a backpacker can get lost in here for days. Void of crowds and with many opportunities for bear sightings (and late night visits), quiet adventure abounds. The park has done a great job in clearing good campsites and rigging state-of-the-art bear hangers for food. This is the part of Abrams where you will most likely find river otters and very, very nice fish dangling on the end of your spray line. If you wade in these waters, you can see eight-inch rainbow trout hanging out in the current like they’re having an afternoon meeting.

Three days here, and you will emerge a better, leaner, more brightly lit man or woman.

Stephen Otis is the co-author of “A Road More or Less Traveled,” a narrative about hiking the Appalachian Trail from Maine to Georgia, recently awarded runner-up in the New York Book Festival. Read reviews and order the book at Amazon.com.

Build a Rod, Tie a Fly: In Search of Healing Waters

Wednesday, August 8th, 2012 - posted by brian

By Brian Sewell

When David Frady, a 46-year-old from Leicester, N.C., woke up this morning, he felt like going fishing. So far, the rain has kept him indoors, where he’ll practice tying flies, work on the small boat he volunteered to build or pick his guitar, his other favorite stress-relieving activity.

Frady says he’s always been a fisherman. He began tying flies when his wife was pregnant with their son almost 12 years ago. But one day, he quit.

Although he has no history of heart conditions in his family, a series of heart attacks after serving in Operation Desert Storm left Frady with three coronary stents and an implanted defibrillator. “I was just depressed, sitting on the couch and feeling sorry for myself,” he says. “I had not tied a fly in probably five years or more.”

Then one day Frady saw a poster at the veterans’ hospital in Asheville for Project Healing Waters, a nonprofit that teaches fly-fishing as therapy and treats the river as a rehab facility. He called, attended a meeting, and quickly rediscovered his passion for the sport and the possibility of a better life.

“To talk about it makes the hair stand up on my arms,” Frady says, thinking back. “I want to say it saved my life.”

Casting with Comrades

“It’s really not about the fishing.” That is the first thing Ryan Harman, the Western North Carolina coordinator for Project Healing Waters Fly Fishing, says.

An avid angler, Harman means that when he’s on the river with the wounded warriors who participate in Project Healing Waters, fishing is just a means to a higher end.

Project Healing Waters, a nonprofit dedicated to the rehabilitation of active military and veterans, understands the therapeutic value of fishing with friends or simply rigging a fly line. Photos courtesy of Project Healing Waters

“It’s about the camaraderie,” he says. “It’s about the social interaction. And it’s about getting them on the water and the rehabilitation that has.”

To Project Healing Waters, a “wounded warrior” is just that, a disabled veteran — physically or psychologically — of any war. Warriors with wounds that aren’t combat-related are also welcome. During trips to the rivers surrounding Asheville, N.C., lead by Harman and local volunteers, the participants have ranged in age from 19 to 93.

“All of these individuals have experienced warfare to one degree or another,” says Harman. “In this type of group that understands what they’re going through, it’s a good place for them to release some of their anxiety and to start the healing process.”

Project Healing Waters, which provides all training, equipment and trips free of charge, began as one might expect: with the cast of a fly rod. One day while staying at Walter Reed Hospital in Washington, D.C., Captain Ed Nicholson, a Navy veteran and fisherman, took to the lawn to practice his cast.

“The first time he did that, one or two people stopped and asked what he was doing,” Harman recalls. “The next day 10 or 15 people stopped and watched and by the third day he had 25 people, everyone standing around wanting to cast his fly rod.”

Nicholson knew he was onto something. If fly fishing on the land brought together this many vets, he wondered what getting them on the water together could accomplish.

Frady doesn’t have to wonder. He describes being on the river as “peacefulness.”

“Once you get out there, you’re concentrating on what you’re doing at the time,” he says. “The stresses and the thoughts and the memories, all the things that we feel every day – they kind of wash down the creek.”

For anyone who has been through combat, says Frady, emerging unchanged is impossible. And companionship goes a long way.

“You aren’t the same person,” he says. “To join a program where you’re with those that have the same life experience, it really helps a lot.”

But on Asheville’s Project Healing Waters program’s river trips and outings, don’t expect to hear war stories. Fishing tales are main course of the conversations, and friendly jabs about who caught the biggest fish that day are passed around the campfire while Frady plucks his guitar.

A Healing Hobby

Across the country, Project Healing Waters participants are finding the same peacefulness that Frady discovered. With the participation, instruction and countless volunteer hours of groups like the Federation of Fly Fishers and Trout Unlimited — the fishing club with over 150,000 members in about 400 chapters — this innovative approach to physical and emotional therapy has expanded nationwide.

No matter their age, disability or fishing ability, Project Healing Waters welcomes veterans into the world of fly-fishing. The group provides all instruction, equipment, travel and accommodations to participants at no cost.

“We’ve been doing it long enough to know that in any given population of veterans there is going to be a percentage of them that are going to have an interest in the program,” says Alan Folger, the Veteran Service Program Coordinator for Trout Unlimited. “We also know that every community in the country has a population of veterans. But it takes community to make it work.”

As it turns out, most fly fishing groups are happy to help, whether it’s providing instruction, guides for group outings or managing a local Project Healing Waters program. Currently, there are more than 130 active programs in the U.S. and one in Canada; the organization will soon add a program in Germany and potentially one in Australia, Harman says.

While Harman, Folger and volunteers instruct and immerse veterans in fly fishing, there is one more essential component. At local veteran’s hospitals, recreation therapists like Joanie Ledford help identify the interest and connect vets with Project Healing Waters.

“I concentrate on what the veterans themselves enjoy doing and adapt that activity to their ability,” Ledford says, because, while it’s not really about fishing, that’s where it starts. Some don’t take to it, and that’s OK, she says. For those who do, it can be transformative.

When Frady recently taught a fly tying class at the Asheville V.A., a “first-timer” who had never tied a fly or been fly fishing sat quietly in the room. “I’ll tell you what,” says Frady, “When he tied that first fly, you could feel the sense of accomplishment that he had.” At the next meeting, he arrived holding his own fly tying kit.

“When the guys come together they see themselves as fly fishermen,” Ledford says. “I think that’s what brings them out of their shell. You can see the sparkle in their eyes as they accomplish more, they start looking you in the eye and standing up straighter.”

Frady, for one, found healing in the water. His excitement recounting a recent trip to West Virginia is as pure as a child’s who has just caught his first fish.

But like Harman, Frady knows that the organizers, volunteers and most of all his fellow wounded warriors have helped him heal more than the water or fly-fishing.

“I would do anything in the world for them right now.” he says. “They’d do anything in the world for me. Well, I know they would. They already have.”

Underground Controversy: Fracking’s Impact on Clean Water

Wednesday, August 8th, 2012 - posted by meghan

By Jessica Kennedy

Fracking rig

A fracking rig and operation stands among forests and fields in Bradford County, Penn. The state has been a hotbed of fracking activity and controversy over the exact impact of fracking on groundwater. Photo by Bob Warhover

Nearly all types of conventional energy have their fair share of controversy, and hydraulic fracturing, or fracking, to extract natural gas is no different. This highly-profitable process continues to spread while many people call for stricter regulations and more research into its potential consequences.

Fracking now produces one third of all the natural gas in the U.S. Abundant and affordable, electricity generation from natural gas-fired power plants was equal to that of coal-fired plants. But its cheap cost comes with questions — studies suggest that fracking and the wastewater it produces pose threats to groundwater and surface water.

Clear Problems, Unclear Explanations

In the regions where fracking takes place, such as the Marcellus Shale formation that underlies much of Appalachia, personal anecdotes abound of flammable tap water, explosions, spills and other water contamination.

In 2009, Dimock, Penn., took the spotlight of the fracking discussion when residents reported drinking water contamination and a water well explosion. The U.S. Environmental Protection Agency took over the investigation and found high levels of methane in many of the drinking water wells.

Although methane can cause deadly explosions or health problems if inhaled in large quantities, methane in drinking water is not poisonous, and the EPA announced that the water was safe to drink. A study by Duke University found that there are naturally occurring pathways that methane might travel through to reach drinking water supplies, but a study in the journal Ground Water used computer modeling to show that these natural pathways are exacerbated by fracking.

In a 2011 study in Pavillion, Wyo., the EPA found a slew of chemicals in samples from two deep wells drilled to monitor groundwater, including benzene, a known carcinogen. Benzene is used in petroleum distillates, which are frequently used in fracking fluid. Residents were told their water was no longer safe. Studies have also shown that the cement casing used in wells can be faulty or deteriorate over time, allowing the fluids in the well to leak out into the surrounding rock layers and into groundwater.

Dealing With Wastewater

Tim Lucas, director of marketing communications for Duke’s Nicholas School of the Environment, says it’s hard to know fracking’s exact impact on water since there is no baseline sampling in many places where it’s done. Without water testing before fracking operations began, it’s hard for individual citizens or groups to prove that their water problems are caused by fracking.
Wastewater, or flowback water, contains not only the fracking fluid that was injected into the well, but often other contaminants brought up from underground during the fracking process like radioactive materials and heavy metals. Wastewater can easily contaminate groundwater, and it must be properly disposed of, which requires significant treatment before it can be released back into bodies of water.

According to Dusty Horwitt, senior counsel for the Environmental Working Group, there have been cases in Pennsylvania of wastewater going to sewage treatment plants or industrial facilities that don’t adequately remove chemical pollution and pass the water on to rivers without proper treatment. Wastewater has also been directly dumped, or spilled, into creeks and rivers, Horwitt says.

A study published this year by Cornell University examined multiple reports of farm and companion animals dying after drinking water contaminated with wastewater from fracking operations. Soil tests from a cow pasture contaminated by leaked wastewater had high levels of strontium, which can be toxic to both animals and people. According to the Agency for Toxic Substances and Disease Registry, strontium is a naturally occurring element, but eating or drinking large amounts of it can be lethal.

The Health Response

It’s not clear exactly what chemicals are used in fracking fluid because many states have “trade secrets” exemptions that allow companies to keep fracking recipes secret from other companies. In Pennsylvania, a new law allows doctors to find out what’s in the fracking fluid, but forbids them from telling other doctors. Some physicians say the law doesn’t specify what they can tell patients, thus putting them at risk of unknowingly violating the law.

In response to growing health concerns, the Southwest Pennsylvania Environmental Health Project opened an office this year to serve as a resource to people who have health problems related to natural gas drilling operations. Raina Rippel, the project’s director, says people come in with problems ranging from skin disorders to gastrointestinal concerns.

“We cannot determine the exact exposure pathways and toxic contaminants creating these symptoms,” Rippel says. “However, chemicals associated with the flowback water, and contamination associated with holding ponds, accidental spills, runoff, etc., are likely culprits.”

Even in states where fracking is currently illegal, citizens are grappling with the industry and legislators to ensure safeguards that protect water and health. In North Carolina, Gov. Bev Perdue vetoed legislation that would have allowed fracking, but her veto was overridden by the state legislature. Many groups, like the Ohio Environmental Council, have called for a moratorium on fracking until proper regulations are put into place.

As studies, research and legislation struggle to keep up with the rapid expansion of fracking across the country, one thing is clear: there are many questions but few answers. Fracking is an inherently risky process, Horwitt says, but the exact risk and magnitude are only beginning to emerge.

Buried Blackwater: Revealing Coal’s Dirty Secret

Wednesday, August 8th, 2012 - posted by meghan

By Brian Sewell

Dirty water

For decades, coal slurry was unregulated and little was known about where it was being dumped. In two major lawsuits, West Virginians demanded the coal companies be held accountable for years of community-wide contamination and disease likely caused by slurry poisoning their wells. Photo by Vivian Stockman, ohvec.org

No one knows exactly when the industry began injecting coal slurry, the toxic, semi-solid waste that remains after mined coal is washed, into networks of abandoned mine shafts throughout Appalachia. But it was sometime after a disaster on a cold morning in 1972, when 132 million gallons of blackwater erupted from a poorly constructed dam and washed away communities along Buffalo Creek, that the disposal of slurry largely went underground.

The coal industry may have thought they found a safe alternative to the slurry ponds they hid in the hills like the one that failed on Buffalo Creek. But a secret this dirty never stays buried.

“Over long periods of time, we’re talking about billions of gallons.” says Mat Louis-Rosenberg of the West Virginia-based Sludge Safety Project, a watchdog group for communities near coal slurry disposal sites. “We’re talking about oceans of this stuff underground.”

Today there is mounting evidence that injecting coal slurry underground has poisoned groundwater, caused community-wide contamination and shortened the lives of residents young and old who simply wanted to drink their water or bathe.

Creating A Case Against Slurry

In the past decade, the growing concern surrounding slurry has led to increased interest in the scientific and medical communities. Residents were confident the opaque, gray and brown water that they collected from their wells was contaminated by slurry, but they would need to prove it in order to stand up to the coal companies.

In 2004, Dr. Ben Stout, a stream ecologist and professor of biology at Wheeling Jesuit University, met with residents in Mingo County who complained of health problems, including miscarriages and birth defects, kidney and liver failure, cancer, intestinal lesions and nervous system disorders, among others. He agreed to study their well water quality and when he arrived, one thing was already on everyone’s mind.

“Their number one question in eight different communities in southern West Virginia was, ‘What is in coal slurry?’” Stout says.

Testing water samples from fifteen wells within two miles of the Sprouse Creek Slurry Impoundment near Williamson, W.Va., Stout found instances of contaminants such as lead and arsenic that exceed drinking water standards.

In his report, Stout wrote that the water quality in the area was “unquestionably poor” and that it may present a “chronic health hazard to families exposed to wells.” Stout concluded that the water was unsafe for drinking or bathing in and could be harmful whether ingested or inhaled as steam, pointing out that hot water heaters concentrate heavy metals in water before it reaches the sink or shower.

Coal-related activities likely contributed to the pollution, the report found, but additional studies would be required to determine the exact sources of the contamination. What Stout really needed, he says, was a slurry sample from site of the slurry injection.

Stout visited the site with the permission of Massey Energy, the owner of the prep plant that pumped 1.4 billion gallons of slurry into the ground over nearly a decade. At the last minute, Massey denied him access to collect slurry for testing. Nearly 700 impacted residents of Mingo County sued the notorious coal company, who denied culpability. Seven years later, on July 27, 2011, Massey settled with the residents for $35 million.

“Now, that doesn’t admit guilt but it sure raises a red flag that something went wrong there,” says Stout.

The simple fact, Stout says, is that “there are surface impoundments and underground injections into old coal mines and around aquifers, and a lot of those aquifers are where people get their drinking water.”

Repeat Offenders

The settlement between Mingo County residents and Massey’s Rawl Sales & Processing subsidiary became one of the most publicized of its kind. Some, such as Erkan Esmer, a one-time consultant for Massey, believe the chances of contamination could have been minimized, had the company constructed an impoundment instead of opting for underground injection. But as Esmer said in recently publicized testimony from the pretrial investigation, “Don [Blankenship, then-CEO of Massey Energy] thought that $55,000 was too much to spend.”

Rosenberg and the Sludge Safety Project know these are not new problems, and that they won’t be easy to fix. But after another high-profile settlement in June 2012 related to water contamination from slurry injection in neighboring Prenter, W.Va., this time against Patriot Coal Corp., the group, and residents, are hopeful.

There are many parallels between the Prenter and Rawl cases. They took place just two counties apart. Both communities watched their water quality decline until a brackish, foul-smelling liquid fell from their faucets and stained and corroded bathtubs and sinks. Both watched as their community’s health rapidly declined. And in both cases, the coal companies settled at the last minute, just days before opening arguments.

“That is what’s common in most of these court cases,” Rosenberg says. “Even when you win, you don’t win. You settle. The coal companies don’t want the public spectacle of a trial.”

Before 1999 in West Virginia, Rosenberg says, there were no meaningful regulations governing slurry injection, meaning that coal companies indiscriminately injected slurry underground with little to no oversight for more than 30 years.

In 2009, after Sludge Safety Project worked to organize citizen efforts, the group won a moratorium — self-imposed by the West Virginia Department of Environmental Protection — on new underground injection permits being issued in West Virginia.

“We’ve made major strides but we’re still trying to get the last of them shut down,” says Rosenberg. “The moratorium could be lifted at any time.”

Sludge Safety Project came close last year to achieving their primary goal: an outright ban on slurry injection. But as the group worked to gain support in the legislature for the ban, the West Virginia Coal Association was lobbying for the DEP’s moratorium to be lifted. Neither accomplished their goal, but the difficulty in obtaining a permit to build a surface impoundment and the inability to inject underground has the industry backed into a corner.

After years of pressure from West Virginians, companies operating coal prep plants are making the switch to alternative technology that Sludge Safety Project and many others have supported for years. In the past two years, three plants have switched to using dry-filter presses, a closed-loop system that eliminates the creation of slurry and the need to dispose of it. In the stain that slurry has left on water and West Virginia, Rosenberg sees an encouraging story.

“Unlike the general downturn of coal, the things that are blocking injection and impoundment permits really come from years [of] aggressive advocacy, not just because of market conditions,” he says.

In the heart of Appalachia, the shift away from coal slurry continues. But the resource the residents sought to protect is lost.

“There is no truly good solution to a poisoned aquifer,” says Rosenberg. “That’s a resources that’s been taken away from people forever that can never be fixed. There’s no true justice for something like that.”

Recycling the Rain Brings a Barrel of Savings

Wednesday, August 8th, 2012 - posted by brian

By Paige Campbell

Tom McMullen may be the most water-wise homeowner in the neighborhood.

McMullen, his wife Amanda and their two sons live on six-tenths of an acre inside the town limits of Abingdon, Va. A small front lawn and the house itself take up a third of the lot. But walk out the back door and you’re greeted by four-tenths of an acre with a job to do. Vegetable gardens, a chicken coop, rabbit hutches, berry bushes and newly-planted fig and mulberry trees fill nearly every patch of ground with a specific purpose.

All that functionality demands water. Lots of it. But this summer, even with dry spells and record heat, not a drop of city water has been spilled in the McMullens’ backyard. That’s because over the past six years, McMullen has constructed an elaborate rain barrel system that stores 740 gallons of rainwater diverted from the gutters on the family’s modest home and a single outbuilding.

Using their 740-gallon rainwater catchment system, the water-wise McMullen family has fostered a thriving micro-farm. Even the simplest system can collect enough rainwater to water plants, fill birdbaths or wash a car. “It’s a no brainer,” says Carol Doss, who teaching rain barrel building workshops. Photo by Paige Campbell

That water has helped them transform a small backyard into a wildly productive micro-farm to feed their family; it has allowed them to practice diligent conservation while keeping their water bill — and sewer bill, as it turns out — quite low.

Here’s something you might not know about your sewer bill: it’s probably not determined by how much sewage you generate. Most municipal systems calculate residents’ sewer bills based on estimates derived from their water usage.

“They figure that what’s coming in is going out,” McMullen says. It’s a reasonable assumption for many people using city water, whose consumption takes place almost entirely indoors — showering, cooking, cleaning, flushing toilets. But what about outdoor usage?

Around 2006, “rain barrels kind of became a big thing in this region,” McMullen says. “Several groups started putting on workshops to teach people how to put them together.” With that community interest as a kickstart, McMullen got to work on his own system. And as a member of Abingdon’s Go Green Committee, he also helped organize and present a series of helping to offer rain barrel workshops at community events.

Workshops typically demonstrate the concept using a thick-walled, food-grade lidded barrel made from a type of plastic that will not break down in sunlight. “You can’t use any that have contained anything toxic,” McMullen says, “so a good place to look is a local bottling company.” Carol Doss, coordinator and workshop facilitator for the Upper Tennessee River Roundtable, a nonprofit that works to improve water quality in that river’s watershed, also suggests contacting companies that make pickles.

Once you get your hands on this type of barrel, the rest is simple: cut three holes. First, cut the lid so a plastic colander can be nested in securely. Your gutter’s downspout should land inside the colander, which will catch debris. Next, buy a half-inch spigot and drill a hole near the bottom of the barrel wall. Coat the spigot’s threads with a sealant (like silicone or Gorilla Glue), and fit it snugly into the hole. The last hole, near the top, is for overflow. Fit this hole with two simple half-inch plumbing couplings — one straight, one elbow — to position a flexible tube so it points down and away from your house or into another barrel.

Of course, rain can be collected in just about anything. Large plastic storage bins and trash cans work too, though they may crack and buckle over time. McMullen began with a 250-gallon tank that once contained a non-toxic substance used for wastewater treatment. He fitted a hose onto the tank and propped it up on cinder blocks at a height just slightly above the high end of his vegetable garden to allow gravity to bring the water through the hose, like a siphon, to the entire garden. “The higher you store your water, the easier it is to get it where you need it,” he says.

One piece of advice Carol Doss gives every workshop participant is how to keep mosquitoes out. Standing water can quickly turn into a mosquito breeding ground if the water is not treated with a product to kill larvae, usually made from bacteria called Bacillus thuringiensis israelensis.

Doss also suggests using the water within two weeks to prevent algae, avoiding moss-killing products on your roof (they can taint the water and harm your garden), and bringing barrels indoors over the winter. “One winter we left ours out and it froze into one humongous chunk of ice,” she says. “It didn’t pop the faucet off, but it could have. And I swear it didn’t melt until late spring.”

When the water is flowing, it can be used to water plants and lawns, fill birdbaths, and wash cars. From a conservation perspective, the benefits are clear. “Just a tiny bit of rain, and you have a ton of water,” Doss says. “It’s a no-brainer. That water would just run off your property. Why not put it to use instead?”

Saying Hello and Goodbye

Wednesday, August 8th, 2012 - posted by brian

At Appalachian Voices, we are fortunate to share our work with some of the finest minds in the conservation movement, and this year is no exception. We would like to welcome three exciting new additions to our team, expanding our expertise exponentially as we move into the next 15 years.

Directing Our Development

Kevin Jones, joins us from the “Liberty and Prosperity” state of New Jersey as our new Director of Development, and has served an inspired lifetime so far in the environment, conservation and human rights sectors. He previously managed local and statewide non-profit and political campaigns while simultaneously overseeing development operations for the National AIDS fund. Prior to that, he worked with science and environmental educators Dr. Sylvia Earle and Jean Michele Cousteau as Director of the U.S. Pavilion for Lisbon’s World Expo called, “The Oceans: Heritage for the Future.” Kevin is also a certified facilitator for the “Awakening the Dreamer, Changing the Dream” sustainability symposium and serves on the board of trustees of United for a Fair Economy. Kevin is a former priest who “sees my work in promoting a health of our planet and the mother forest of the Appalachias as a divinely inspired call.”

A Master Communicator

Also joining us this summer is our new Director of Communications, Cat McCue. Cat joins us with more than two decades of experience in environmental communications and policy. She was Senior Communications Manager at the Southern Environmental Law Center where she supervised media relations and communications campaigns at the national, state and local level. Her work has appeared in The Washington Post, The New York Times, and outlets throughout the South. An award-winning reporter for The Roanoke Times, Cat received her B.A. from UT Knoxville, and masters in journalism from UC Berkeley. She recently completed the Virginia Natural Resources Leadership Institute and serves on the board of the Rockfish Wildlife Sanctuary. A Yankee transplant to Appalachia, Cat says that she is “honored to work with Appalachian Voices’ staff, board, members, contributors and activists to protect this magnificent region.”

Coordinating Virginia


Nathan Jenkins, originating from a long line of farmers in Virginia’s foothills of the Blue Ridge Mountains, joins our Charlottesville office as our new Virginia Campaign Coordinator. Originally an IT professional, Nathan returned to school and obtained a masters in environmental studies from Vermont Law School. Following law school, he has worked to support Clean Water Act and Clean Air Act litigation with the Natural Resources Law Clinic, served as a law clerk for Judge John Berry in Culpeper, and became the Executive Director of a small non-profit group promoting land conservation in the foothills of Rappahannock County. Nathan lives with his wife, Kara, on his family’s land in Etlan, Va.

A Fond Farewell

We also must bid adieu to two long-time and devoted staff members and defenders of Appalachia. Virginia Campaign Coordinator Mike McCoy, a keystone in our fight to stop the Hampton Roads coal-fired power plant and promote energy efficiency in the Commonwealth, leaves us for a dream position working on a sheep farm along the wild New Zealand coastline.

Technologist Benji Burrell, who for many years has championed the iLoveMountains.org website, delved into the depths of programming data and produced outstanding video materials, is headed off to provide critical support for the medical field in Asheville, N.C. We will miss them both, and wish them much success in their new endeavors!

An Ardent Thank You

And last but not least, we would like to extend the most hearty of thanks to our Americorps members for this year, Molly Moore and Brian Sewell, who went above and beyond in the creation of this publication. What’s more, both have committed to working with App Voices for the forseeable future, so our communications will be even better in the coming year!