Oil Spill Cleanup Seeks Volunteers

  • Until they work out the logistic challenges that go along with hosting out-of-town volunteers, organizations are looking for people who are locally based, who are easily within driving distance and may be able to contribute a day’s worth of work.(Photo courtesy of the NOAA)

No one really knows how many thousands of barrels of oil have gushed from the British Petroleum pipeline on the floor of the Gulf of Mexico. But, the environmental damage is expected to be astounding. Lester Graham reports… Gulf Coast groups are preparing for the worst.

Transcript

No one really knows how many thousands of barrels of oil have gushed from the British Petroleum pipeline on the floor of the Gulf of Mexico. But, the environmental damage is expected to be astounding. Lester Graham reports… Gulf Coast groups are preparing for the worst.

The Coalition to Restore Coastal Louisiana is a consortium of environmental groups trying to coordinate volunteers to help clean up the environmental damage to hit the coast.

Steven Peyronnin is Executive Director of the group.

“There is the potential that we may need volunteers for extended periods of time–for weeks, but certainly there are challenges to arranging logistical and housing support for that. So, in the interim we are looking for people who are locally based, who are easily within driving distance and may be able to contribute a day’s worth of work.”

Right now they’re in need of people with HazMat training, but anyone can register to volunteer. The website is crcl.org.

You can also volunteer for clean-up at volunteerlouisiana.gov.

They’ll likely be looking for volunteers for months.

For The Environment Report, I’m Lester Graham.

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Oil Spill Worse by the Day

  • The gulf region is the world's largest producer of oysters and shrimp(Photo courtesy of the NOAA)

When an oil rig off the coast of Louisiana exploded last week, gulf coast officials knew they had a problem on their hands. But as Tanya Ott reports from Alabama, everyday they find it’s worse than they originally thought.

Transcript

When an oil rig off the coast of Louisiana exploded last week, gulf coast officials knew they had a problem on their hands. But as Tanya Ott reports from Alabama, everyday they find it’s worse than they originally thought.

It’s estimated more than 200-thousand gallons of oil are spewing out of the well each day. Cleaning up using chemicals causes problems because it might make it easier for marine animals to eat the oil. Burning the oil on the water is not great either. Casi Callaway is with the environmental group Mobile Baykeeper.

“The air quality impacts from it and therefore the health impacts from it are great – and frankly unknown.”

It’s not just an environmental crisis. It’s an economic crisis. This area is the world’s largest producer of oysters and shrimp. And the pristine gulf coast beaches fuel a tourism industry worth 20-billion dollars a year.

For the Environment Report, I’m Tanya Ott.

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Drilling for Radioactive Gas?

  • The Rulison device at insertion, 1969 (Photo courtesy of the US Department of Energy Digital Photo Archive)

There are proposals to drill for oil
and gas very close to the site of a
nuclear explosion. The device was
exploded underground in western Colorado
40 years ago this month. Natural gas
from wells near the site could be
distributed throughout the U.S. Some
experts are concerned the natural gas
could be radioactive. Conrad Wilson
reports regulators could allow drilling
closer to the blast site in the next
couple of years:

Transcript

There are proposals to drill for oil
and gas very close to the site of a
nuclear explosion. The device was
exploded underground in western Colorado
40 years ago this month. Natural gas
from wells near the site could be
distributed throughout the U.S. Some
experts are concerned the natural gas
could be radioactive. Conrad Wilson
reports regulators could allow drilling
closer to the blast site in the next
couple of years:

On September 10, 1969 the Atomic Energy Commission detonated a 40-kiloton
nuclear bomb a mile and a half under ground. It was called Project Rulison. The
bomb was three times the size of the one dropped on Hiroshima.

The idea was to find peaceful uses for nuclear weapons. The federal government
hoped that nukes could be used to free up pockets of gas trapped below.

(sound of video)

The nuke did free up gas.

The government tested the gas by flaring it – burning it in the open – over the next
year. They discovered the natural gas was radioactive.

Marian Wells is a long time resident of Rulison. Her parent’s home was close to
the detonation site and the gas flares. Both of her parents died of cancer. So did
many of her neighbors.

She spoke before the Colorado Oil and Gas Conservation Commission.

“My parents were given no notice that you were flaring contaminated gas. And
yet both my parents died of cancer. Cancer is prevalent in this area. And yes, no
one has studied those cause and effect. You don’t really care about us.”

There’s been no government studies connecting cancer and the Rulison blast,
but the community remains fearful and suspicious.

Gas drilling is allowed as close as three miles of the blast site. That natural gas
is piped around the country.

Now some companies say they want to drill for natural gas within a half mile of
ground zero.

The Department of Energy maintains that, for the most part, the gas near the
blast site is safe, but there’s some uncertainly.

Jack Craig heads up the Rulison site for the Department of Energy. Craig says
drilling closer to the nuclear blast site should move forward slowly.

“What we’re saying is do it in a sequential manor. So that you come in slowly
testing the wells as you go in for contaminants – specifically tritium – and, if you
don’t find anything, move in closer.”

Tritium is a radioactive substance produced by the blast. Breathing tritium can
cause cancer.

Chris Canfield works on environmental protection for the state oil and gas
commission. He heads up an annual audit on the Rulison site.

Canfield: “Simply put, everything that’s coming out of the ground is being
sampled, being analyzed.”

Wilson: “If someone were to come to you and say they want to drill within the
half mile of the Rulison blast site, would you say that’s safe?”

Canfield: “I wouldn’t really know at this time.”

Canfield says that the state would require a special hearing before it would
approve any drilling permits any closer.

Oil and gas commissioner Jim Martin says there are still too many unanswered
questions to allow drilling that close to the blast site.

“There are significant information gaps and that makes is very difficult to really
understand the risks either to the workers or to the public who live within some
distance of the drill site.”

Martin says he understands why people are skeptical. He says the United States
has made a lot of mistakes with radioactive materials. Navajo uranium miners
got cancer because of radio exposure. People downwind of above ground
detonations suffered. Martin says skepticism is warranted.

“So it’s not unreasonable to ask some pretty tough questions of the federal
government before we go further into that half mile perimeter and produce more
gas.”

Gas that could be burned to heat homes across the U.S.

For The Environment Report, I’m Conrad Wilson.

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Mountaintop Mining (Part Two)

  • Gary Anderson in Front of Coal River Mountain (Photo by Sandra Sleight-Brennan)

Mountaintop removal coal mining blows off the tops of mountains to get to a thin layer of coal. Environmentalists say there’s a better way to extract energy from mountain tops. They want to put up wind turbines. Sandra Sleight-Brennan reports they believe it will mean more energy in the long term and less environmental destruction:

Transcript

Mountaintop removal coal mining blows off the tops of mountains to get to a thin layer of coal. Environmentalists say there’s a better way to extract energy from mountain tops. They want to put up wind turbines. Sandra Sleight-Brennan reports they believe it will mean more energy in the long term and less environmental destruction:

Coal River Mountain is one of the last in Raleigh County West Virginia, and it’s next in line for mountaintop removal mining. A local group, the Coal River Wind Project, wants to build a wind farm along the mountain’s ridges.

Lorelei Scarbro has lived most of her life in the West Virginia coal fields. She’s the daughter, granddaughter and widow of coal miners. She knows her opposition to coal mining is seen by her neighbors as a direct threat to their jobs.

“It has been difficult. But people begin to understand that we’re not trying to take something away from them. You’re trying to add something to the area.”

She says mountaintop removal coal mining is short-term gain with long-term damage.

“The pace we’re going; it will be nothing left. I have a five-year-old granddaughter, and I can’t imagine what the air and water will be like when she is at childbearing age if we continue at this pace, because they’re covering headwaters streams, they’re starving off the water supply, they are destroying the air.”

And the next mountain in Scarbro’s home area to be mined is likely Coal River Mountain.

That’s why Coal River Wind Project commissioned a study to see if wind turbines would work. It turns out, the mountain has industrial strength wind. Enough to power 164 turbines. The project would create 200 local jobs during construction, and 40 permanent jobs. Rory McIlmoir is the project coordinator.

“The wind farm would generate an average of $1.74 million a year for the first 20 years. In year one it would generate over three million dollars. That’s the property tax. Blowing up the mountain for coal, on the other hand, would only bring $36,000 back to the county.”

That’s just the property taxes. The wind farm would make about $1.75 million dollars a year in revenue according to the study.

But the wind project has hit a stumbling block. A recent Bush administration rule change allows mining waste to be dumped into streams. That’s cleared the way for the West Virginia Department of Environmental Protection to approve a permit for Massey Energy to do mountaintop removal mining here. If the mining occurs, the mountains would be lowered by several hundred feet. That would scrap the wind turbine project.

Activist Lorelei Scarbro thinks the wind project is the one thing that can stop the destruction of Coal River Mountain and others targeted for mountain top removal coal mining.

“It will save the mountains, it will save the wildlife and the hardwood forests and the vegetation and the water. It’s something that is desperately needed. Of course, our biggest obstacle is the fact that that the land is leased to the coal company.”

But the people who own the land say, if coal mining were stopped by the government, they’d consider the wind farm. The wind farm project coordinator, Rory McIlmoir, says they’d benefit for a lot longer if they did.

“Because, if they can make a few million each year from royalties then they’re interested in that. But, the choice right now is easily coal.”

The Coal River Wind Project has presented the study to West Virginia’s Governor. And 10,000 people signed a petition asking the state to think beyond coal and think about the future of energy, the economy, the mountains and the people.

For The Environment Report, I’m Sandra Sleight-Brennan.

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Ten Threats: Dead Zones in the Lakes

  • These fishermen at Port Clinton, Ohio, are a few miles away from the dead zone that develops in Lake Erie every summer... so far, most fish can swim away from the dead zone. But the dead zone is affecting the things that live at the bottom of the lake. (Photo by Lester Graham)

One of the Ten Threats to the Great Lakes is nonpoint source pollution. That’s pollution that
doesn’t come from the end of a pipe. It’s oil washed off parking lots by storms, or pesticides and
fertilizers washed from farm fields. Nonpoint source pollution might be part of the reason why
some shallow areas in the Great Lakes are afflicted by so-called dead zones every summer.

Transcript

In another report on the Ten Threats to the Great Lakes series, reporter Lester Graham looks at a
growing problem that has scientists baffled:


One of the Ten Threats to the Great Lakes is nonpoint source pollution. That’s pollution that
doesn’t come from the end of a pipe. It’s oil washed off parking lots by storms, or pesticides and
fertilizers washed from farm fields. Nonpoint source pollution might be part of the reason why
some shallow areas in the Great Lakes are afflicted by so-called dead zones every summer.


Dead zones are places where there’s little or no oxygen. A dead zone develops in Lake Erie
almost every summer. It was once thought that the problem was mostly solved. But, it’s become
worse in recent years.


(sound of moorings creaking)


The Environmental Protection Agency’s research ship, the Lake Guardian, is tied up at a dock at
the Port of Cleveland. Nathan Hawley and his crew are loading gear, getting ready for a five day
cruise to check some equipment that measures a dead zone along the central basin of Lake Erie.


“What I have out here is a series of bottom-resting moorings that are collecting time series data of
currents and water temperature and periodically we have to come out here and clean them off and
we take that opportunity to dump the data as well.”


Hawley is gathering the data for scientists at several universities and the National Oceanic and
Atmospheric Administration’s Great Lakes Environmental Research Lab. The information helps
them measure the behavior of the dead zone that occurs nearly every year in Lake Erie…


“What we’re trying to do this year is get a more comprehensive picture of how big this low-oxygen zone is and how it changes with time over the year.”


One of the scientists who’ll be pouring over the data is Brian Eadie. He’s a senior scientist with
NOAA’s Great Lakes Environmental Research Lab. He says Lake Erie’s dead zone is a place
where most life can’t survive…


“We’re talking about near the bottom where all or most of the oxygen has been consumed so
there’s nothing for animals to breathe down there, fish or smaller animals.”


Lester Graham: “So, those things that can swim out of the way, do and those that can’t…”


Brian Eadie: “Die.”


The dead zone has been around since at least the 1930’s. It got really bad when there was a huge
increase in the amount of nutrients entering the lake. Some of the nutrients came from sewage,
some from farm fertilizers and some from detergents. The nutrients, chiefly phosphorous, fed an
explosion in algae growth. The algae died, dropped to the bottom of the lake and rotted. That
process robbed the bottom of oxygen. Meanwhile, as spring and summer warmed the surface of
Lake Erie, a thermal barrier was created that trapped the oxygen-depleted water on the bottom.


After clean water laws were passed, sewage treatment plants were built, phosphorous was banned
from most detergents, and better methods to remove phosphorous from industrial applications
were put in place.


Phosphorous was reduced to a third of what it had been. But Brian Eadie says since then
something has changed.


“The concentration of nutrients in the central basin the last few years has actually been going up.
We don’t understand why that’s happening.”


Eadie says there are some theories. Wastewater from sewage plants might be meeting pollution
restrictions, but as cities and suburbs grow, there’s just a lot more of it getting discharged. More
volume means more phosphorous.


It could be that tributaries that are watersheds for farmland are seeing increased phosphorous. Or
it could be that the invasive species, zebra mussel, has dramatically altered the ecology of the
lakes. More nutrients might be getting trapped at the bottom, feeding bacteria that use up oxygen
instead of the nutrients getting taken up into the food chain.


Whatever is happening, environmentalists are hopeful that the scientists figure it out soon.


Andy Buchsbaum heads up the Great Lakes office of the National Wildlife Federation. He says
the dead zone in the bottom of the lake affects the entire lake’s productivity.


“If you’re removing the oxygen there, for whatever reason, for any period of time, you’ve
completely thrown that whole system out of balance. It’s all out of whack. It could mean
irreversible and devastating change to the entire ecosystem.”


And Buchsbaum says the central basin of Lake Erie is not the only place where we’re seeing this
low-oxygen problem…


“What makes the dead zone in Lake Erie even more alarming is that we’re seeing similar dead
zones appearing in Saginaw Bay which is on Lake Huron and Green Bay in Lake Michigan.
There, too, scientists don’t know what’s causing the problem. But, they’re already seeing
potentially catastrophic effects on aquatic life there.”


State and federal agencies and several universities are looking at the Lake Erie dead zone to try to
figure out what’s going on there. Once they do… then the battle likely will be getting
government to do what’s necessary to fix the problem.


For the GLRC, this is Lester Graham.

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