Seeing Abandoned Buildings Through a New Lens

  • Artist Julia Christensen peers through the ceiling of an abandoned auditorium in Gary, Indiana. (Photo by Anne Barnes)

We often take the buildings around us
for granted – that is, until those factories,
schools, or big retailers close shop and
people around town are left wondering –
what’s going to happen to that place?
One photographer’s making a career out
of documenting the surprising ways
people deal with this. Shawn Allee met her in the heart of America’s Rust
Belt:

Transcript

We often take the buildings around us
for granted – that is, until those factories,
schools, or big retailers close shop and
people around town are left wondering –
what’s going to happen to that place?
One photographer’s making a career out
of documenting the surprising ways
people deal with this. Shawn Allee met her in the heart of America’s Rust
Belt:

I meet Julia Christensen in Gary, Indiana.

She’s here for an art project: She’ll photograph buildings in Gary and ask people how they could be re-used in the future. I’m supposed to be the chauffer.

Christensen: We’re going to 5th avenue.

Allee: Where is that, exactly?

Christensen: Right. Uh…

Well, I’ll get to her current project in a sec but with all these wrong turns – I’ve got a chance to ask about her artwork in general.

I mean, what’s the point of documenting how people re-use buildings?

“Looking at use of urban space. It’s a structure we all share. No matter how you interpret it, there it is on he ground in front of you.”

Christensen’s got plenty of examples. She’s done photo exhibits of buildings in several cities, and she wrote this book called Big Box Reuse. It’s about how people reused buildings abandoned by Wal-Mart, K-Marts and other big retailers.

She photographed one big box store that got turned into an indoor go-cart track. Another became a school. And one store turned into a museum dedicated to the canned meat, SPAM.

“What it did was create this niche tourist industry. Over 10,000 people a year come to the SPAM museum and they spend money in the town, and it’s actually done something toward revitalization of this city, you know.”

Christensen says the point is that when big box stores get abandoned, they’re often a blight – kinda like one-building ghost-towns with enormous parking lots.

She found people assumed they were the only ones facing this problem.

“They’d be like, ‘huh, that’s interesting. You mean other people are dealing with this? How did they deal with those glass panes and those central pillars?’ And I became story-telling person who had information about big-box re-use.”

Christensen says she’s got a new art project. She’s interviewing people about old industrial sites, commercial buildings and homes. She’ll write stories about how these buildings could have totally new uses thirty years from now. Then, she’ll put photos and text together for art exhibits or maybe a book.

“It’s like an exercise to take these photos and write a caption for them in the context of the next thrity years, so it’s a little more exploratory.”

Right now, Christensen’s touring Rust Belt cities that are dealing with abandoned buildings. Gary Indiana is just one stop.

“So, we’ll turn left at Broadway.”

Christensen got a tip about a closed building.

“It is a closed performing arts school. It’s closed a few years ago when the city had to consolidate the schools.”

Christensen and I meet a young man named John. He lives nearby and he tells Christensen the closed school’s kind of an open wound.

“Kids just running through there, trust me. You see how the windows broken in?”

But Christensen asks John, What about the future? What could it be?

“I always thought of this being a recreational center for the kids. People can be indoors and play basketball and stuff all year round, stuff like that.”

Christensen notes all this and takes some snapshots of the building.

She’ll do this again and again in Gary and other Rust Belt towns. Christiansen says she wants to return some day – maybe with a book or photo exhibits. She wants people talking about what could happen to these places.

“People can come to arts and access a photo or a sculpture or a creative website from across the board, so I see the arts as central in the conversation about what our future is going to look like on the ground.”

Christensen says documentaries or art can’t solve all the problems people face with abandoned buildings but maybe it could be a good place to start.

For The Environment Report, I’m Shawn Allee.

Related Links

Commuter Parking on the Rails

  • The South Shore Commuter Rail Line runs between South Bend, Indiana and Chicago. The line's reaching its 100th birthday, and as it does, its ridership is near a 50-year high. It serves many sizable towns, such as Hammond and Gary, but commuters from smaller towns, suburbs and even rural areas drive to, and sometimes cram, the rail lines' stations. (Photo by Shawn Allee)

More and more people who live in
suburbs have been climbing onto commuter
trains over the past few years. They’ve
got every reason to: they’re fighting high
gas prices, traffic congestion, or even big
road construction projects. But oddly enough,
cars remain a problem even when people choose
commuter rail. Shawn Allee found
that out first hand when he checked out one
system:

Transcript

More and more people who live in
suburbs have been climbing onto commuter
trains over the past few years. They’ve
got every reason to: they’re fighting high
gas prices, traffic congestion, or even big
road construction projects. But oddly enough,
cars remain a problem even when people choose
commuter rail. Shawn Allee found
that out first hand when he checked out one
system:

I’ve just got into a parking lot in a commuter rail station in Northwest
Indiana. This rail line runs from towns like Gary and Hammond Indiana to
Chicago, where there are a lot of jobs.

Anyway, officials with the rail line tell me parking happens to be one of the
biggest complaints. I’m here to check it out, and I gotta tell you I’ve been
driving past hundreds of parked cars, and I haven’t been able to see an
open spot yet.

Okay, finally found one.

(sound of door slamming)

Shawn Allee: “Getting a parking spot in this station took a lot longer than I
expected. This commuter here, Celia Ramirez, says she has the same
problem. What’s it usually like?”

Celia Ramirez: “It’s a dread, because I don’t know where to park.
Sometimes I park where I’m not supposed to park, on the residential
streets.”

Allee: “And then you’re taking your chances.”

Ramirez: “Yes, of getting a ticket.”

Allee: “In fact there are signs all around us right now that pretty much
warn you not to do that.”

Ramirez: “And I break that rule.”

Well, you can guess spillover parking around the rail station in Hammond ticks off
the neighbors.

To make matters worse, a lot of the commuters, they don’t even in live in Hammond.
They’re from towns or suburbs even farther out.

In fact, the local government and The Northern Indiana Commuter Transportation
District don’t always agree on how to solve the problem.

John Parsons is the rail line’s marketing director.

John Parsons: “We have over 700 spaces in Hammond. Unfortunately, we
need more. But the residents in the area are reluctant to expand parking.”

Shawn Allee: “How difficult is it to convince towns to do that, especially if
they feel that they’re creating parking for people outside of their area?”

Parsons: “It’s a difficult problem. For one thing, we’re a tax-exempt
organization and what we’re doing is acquiring residential property that
currently pays taxes and that property’s no longer on the tax rolls.”

Now, this particular rail line had a growth spurt a few years ago. It’s lightened up,
but parking’s still an issue.

So, just imagine pressure other rail lines have, especially ones that saw double-digit
growth over the past year.

The situation’s familiar to transportation experts.

Joe Schwieterman teaches at DePaul University.

He says, when it comes to parking, suburban commuter rail is often behind the ball.

“The ridership is surging on our transit system, and parking spots, you
know, it’s a five a five-year process. If we start now, we have new spots you
know, in 2013. Clearly that’s not fast enough to tap into that new market.”

So, is there a way out of the parking – commuter rail conundrum?

Schwieterman says one idea is to add bus service that branches out from stations.

But not all towns can afford it, or they don’t have enough riders to justify buses.

So, Schwieterman says some commuter rail lines are stuck.

They advertise that they’re a cheap, convenient alternative to driving. And when gas
prices rise, people take that advice.

“It’s a bad idea to encourage floods of people to take public transit if you’re
not ready to accommodate them. You lose them for life, frankly, if it’s a bad
experience.”

Still, Schwieterman says you can look at the parking problem two ways.

Sure, you can shake your head because suburban stations’ parking lots fill up.

But, at least for now, those drivers aren’t clogging roads and spewing even more
pollution on their way to work.

For The Environment Report, I’m Shawn Allee.

Related Links

Preserving Indian Mounds

  • Roger and Margaret Martin visit the effigy and burial mounds. (Photo by Brian Bull)

Historians, archaeologists, and Native American tribes are fighting to save ancient
mounds. The mounds are found scattered across much of North America. These
earthen, man-made formations mark the presence of prehistoric, indigenous people. But,
Brian Bull reports many are disappearing because of development or neglect:

Transcript

Historians, archaeologists, and Native American tribes are fighting to save ancient
mounds. The mounds are found scattered across much of North America. These
earthen, man-made formations mark the presence of prehistoric, indigenous people. But,
Brian Bull reports many are disappearing because of development or neglect:



Jay Toth is walking through the Kingsley-Bend Indian Mounds site. Toth is an
archeologist with the Ho-Chunk tribe in Wisconsin. He surveys nearly 30 mounds here,
including several that he says contain human remains. Toth says these mounds range
from 800 to 2000 years old, and are considered sacred, which is why Toth isn’t happy
when a man lets his dog use one for a bathroom:


“There’s a sign right there…”



“The guy saw the sign coming in, he didn’t bother…think that’s a good reflection on why
mounds are continually destroyed. There’s just no consideration.”


The tribe has painstakingly restored and maintained this site with its own money. But
Toth says out of 20,000 groups of mounds across Wisconsin alone, only a quarter
survive today. Many are still being desecrated or destroyed by construction and
development:


“It’s just too bad that we don’t have the respect for the religious aspects of what these are
all about. No one would expect the Ho-Chunk Nation or
any other tribe to go in and buy up public cemeteries and subdivide it up for housing
development, but somehow mound sites and other native burial seem to be okay.”


And it’s not just in Wisconsin. Similar problems exist for Indian mounds in other states,
including Ohio, Illinois, Minnesota, and Tennessee. Development is supposed to stop if a
mound is discovered, but authorities can only act on the calls they receive.


Samantha Greendeer is a Ho-Chunk attorney. She’s working with tribal, state, and federal
officials to revive legislation first introduced by West Virginia Congressman Nick Rahall.
It would proactively protect burial mounds, rather than after they’re disturbed:


“We seem to have to deal with this a little bit more just because a lot of the old ancestral
mounds and burials of native people are not in organized European-type cemeteries that
are zoned and properly accounted for. They don’t get that extra
bit of protection that a normal burial site would get.”


If passed, the federal government would have to deal with Native American and Native
Hawaiian tribes before taking action that would affect any land deemed sacred. Attitudes
about the mounds are changing.


(Sound of jackhammers)


Construction workers are tearing up old concrete foundations, to help set up new
buildings on the University of Wisconsin campus. But it’s a different story near the
University observatory. Campus developers plan to displace newer structures with the
older architecture. Gary Brown points to a sidewalk built in the 1950s. It’s right next to a
centuries-old bird effigy mound which some Native Americans still use for ceremonies:


“We’ll be coming back several feet away from the edges of the mound, carefully remove
the sidewalk, reconstruct the sidewalk a little bit further away. It’ll be a lot of hand labor,
there won’t be a lot of major big machinery…”


And moving the sidewalk will create a buffer zone to help protect the ancient mound.



Some people outside of the tribes realized the value of the mounds decades ago.
Roger and Margaret Martin walk in the rain with umbrellas, to show several effigy and
burial mounds in their backyard:


“When friends come to visit, we take ’em out back and point them out…We’re standing
on the bird effigy, swept back from both sides are the bird’s wings…the one on the left is
much more pronounced.”


Back when the neighborhood was being built, most people flattened the mounds. But, he
Martins signed up with what’s called an archaeological covenant program. They’ve
promised not to alter the mounds on their property. They also get a tax break on any land
containing a mound.


The Martins say they’d like to begin a ceremony where they visit the mounds and think of
their makers, the early North American cultures. Such reverence means a lot to Ho-Chunk
archeologist Jay Toth, who says the formations are rich in meaning and history for his
people:


“These mounds represent the deed to the land for all Native Americans. This you can’t
take away.”


Toth and other preservationists hope Congress passes laws to better protect ancient
mounds. They hope in time that people come to regard both burial and effigy mounds as
items to preserve, rather than destroy.


For the Environment Report, I’m Brian Bull.

Related Links

Virus Spreads to More Fish & Waters

A disease that’s killing fish in the Great Lakes region is spreading;
and, as Richie Duchon reports, it’s infecting more and more species:

Transcript

A disease that’s killing fish in the Great Lakes region is spreading;
and, as Richie Duchon reports, it’s infecting more and more species:


The disease is called Viral Hemorrhagic Septicemia, or VHS. It weakens
fish immune systems, and they often die of organ failure and internal
bleeding.


Gary Whelan is with the Michigan Department of Natural Resources. He
says the disease is here to stay:


“We cannot stop the disease. That’s very unlikely. It will continue
to spread. But we certainly can try to keep it out of sensitive fish
populations and out of inland lakes to our best that we can.”


Whelan says that includes not moving fish or water from lake to lake.
Just last month, VHS was confirmed in two popular sport fish in Lake
Huron.


Whelan says the virus could make it to Lakes Michigan and Superior this
year.


For the Environment Report, I’m Richie Duchon.

Related Links

Roots of the Great Lakes Fishery

  • Planting fish in the Elk Creek in the late 1800's. Photo courtesy of the State of Michigan Archives.

Head to almost any body of water and chances are you’ll find someone there fishing. We take it for granted that lakes and streams have fish in them. But most waterways can’t produce enough fish to keep up with demand. For more than 100 years states around the nation have been stocking the water with fish. Tamar Charney reports:

Transcript

Head to almost any body of water and chances are you’ll find someone there fishing. We take it for granted that lakes and streams have fish in them. But most waterways can’t produce enough fish to keep up with demand. For over 100 years states around the nation have been stocking the water with fish. Tamar Charney reports:


(Sounds of water in a stream)


When you stand at the side of the Boyne River in northern Michigan, you can smell the balsam fir that line the banks.


“There go a couple of salmon, right at our feet you can see.”


Tim Tebeau is standing under some branches casting his line into the river.


“We’re fishing for steelhead trout today. They are most likely just lying there waiting for something to come their way.”


The lakes and streams in this part of the state have drawn fishermen for years. Tim Tebeau says that includes writer Ernest Hemingway who set many of his short stories in Northern Michigan.


“As a writer I kind of revere Hemingway, and I spend a lot of time fishing the very same streams he did when he was spending his summers here.”


But if it weren’t for human intervention there wouldn’t have been fish for Hemingway, or for Tim Tebeau to fish for. In the mid to late 1800’s people started noticing that pollution, habitat destruction from dams and logging, and over-fishing were killing off almost all the fish in New England, and in the Great Lakes region.


Gary Whelen is the fish production manager for the state of Michigan. He says people began to squeeze out the eggs from fish, hatch them, and put the small fish back into lakes and streams.


“In 1870 many state agencies were looking at building hatchery systems.”


The hatchery systems rebuilt the populations of many native fish, including the brook trout that Hemingway liked to fish for. But they didn’t just breed local fish. For instance they brought in brown trout from Germany in 1883, and Whelan says the steelhead that Tim Tebeau fishes for came from California in 1877.


“Some of us depict that era as the ‘Johnny Fishseed’ period, where we were moving fish all over the continent, and internationally for that matter, bringing fish in that were considered commercially or economically important.”


Now this was long before there were highways, so if you wanted to move stuff long distances you basically had one choice.


(sound of train whistle)


That’s right, trains.


“This is a re-creation of the last of the 3 fish cars that transported fish around the state of Michigan. So this is a re-creation of the Wolverine.”


Maureen Jacobs is with the Michigan Fishery’s Visitors Center. The train car she’s standing in shows people, complete with train sound effects, how the fish were moved in the late 1800s and early 1900s. What you see is that the fish rode in the lap of luxury.


“They had chandeliers on the old fish cars!”


See, the fish cars were Pullman cars, used ones, but they still had all the trappings, including the mahogany bunks that the guys who cared for the fish slept on. Underneath the bunks were row after row of milk cans full of water and tiny little fish.


“Public citizens called ‘applicants’ would apply for permits to meet the train at different depots around the state of Michigan. From there, they would remove the old fish cans and plant the fingerlings in different lakes, rivers, and streams, so the public would basically stock the fish.”


Things are different today. People no longer pick up cans at the train station. Hatcheries are big modern facilities, the fish are moved by truck, and fisheries’ staff take care of releasing them. But they are still needed to make sure there are enough for people to fish for, because over-fishing and environmental damage are problems that haven’t gone away.


(Sounds of birds and water.)


“I’m going to adjust the depth a little bit here, get it closer to the bottom.”


Unfortunately the dark shapes you can just make out swimming around in the Boyne River aren’t biting Tim Tebeau’s line. But he’s says they’re there.


“If it weren’t for stocking programs like the ones we have, we wouldn’t be fishing for anything today; we’d simply be standing here enjoying the river.”


And perhaps tomorrow he’ll catch one, take a good look at it, and release it back to it’s watery world; an experience that will show up in unexpected ways in his writing, the same way fishing these streams inspired Ernest Hemingway many years ago. Good thing there were fish to fish for, huh?


“Whoa, that might have been a fish.”


For the Environment Report I’m Tamar Charney.

Related Links

Part 3: Zero Emission Hydrogen Future?

  • Underneath the hood of a hydrogen powered car. (Photo courtesy of US Department of Energy)

You’ve probably heard that the auto industry is looking into hydrogen as a possible fuel for future cars and trucks. Hydrogen offers the potential for cars with close to zero harmful emissions, but those cars won’t be on the roads in big numbers anytime soon. Dustin Dwyer has this look at what’s being done now to get ready for a hydrogen future:

Transcript

You’ve probably heard that the auto industry is looking into Hydrogen as a possible fuel for future cars and trucks. Hydrogen offers the potential for cars with close to zero harmful emissions, but those cars won’t be on the roads in big numbers anytime soon. Dustin Dwyer has this look at what’s being done now to get ready for a hydrogen future:


To many people, hydrogen-powered cars might sound about as legitimate as flying cars. They both seem like really good ideas. Hydrogen could lead to cars that have basically no harmful emissions. Flying cars are just cool. For flying cars, the technology hasn’t come through. That’s despite all the promises of countless sci-fi movies.


But people in the auto industry insist hydrogen cars are the real deal, and they’re backing it up with real investment money. General Motors, the world’s biggest car company, has spent more than $1 billion already to develop hydrogen fuel cells.


Julie Beamer is GM’s director of fuel cell commercialization. She says things such as biofuels and gas-electric hybrid technology are important in the short term.


“But ultimately, you are back to what is the long-term sustainable solution? We believe very strongly, it is hydrogen and fuel cell technology.”


At GM, hydrogen fuel cells represent a complete reinvention of the automobile. The internal combustion engine, which has powered nearly every car for the past century, is out. And there’s a lot of other high-tech gadgetry in GM’s prototype hydrogen vehicles.


But Hydrogen doesn’t have to be a revolution. You can actually use existing engines.


Jeff Schmidt is an engineer with Ovonic Hydrogen Systems in Michigan. He’s hooking a hydrogen pump up to a modified Toyota Prius.


“You can hear the fuel is pushing through the nozzle, there are orifices and it just whistles as it’s fueling up.”


This is a pump that looks like any other gas pump you see. It has a few extra tubes and wires, but basically it works the same as gas pumps you use all the time. As Schmidt jumps behind the wheel, he says that was the idea with the prototype car, as well.


“The car is very similar to standard Prius in function and drivability. Simply a matter of getting in the car, seat belt, push the power button to start.”


Essentially, Ovonics just pulled out the standard gas tank, and put in a tank that could safely store Hydrogen. That tank is a little bit heavier than a normal gas tank, and you lose some horsepower from an engine that was originally built for gasoline. But Schmidt says for the most part, this hydrogen powered car works the same as your car does. It just uses a cleaner fuel.


And the technology is pretty much ready to go. Schmidt says the car could be mass produced and put on the roads right away. The problem is nobody would know where to fill up.


“That has to be worked out. I mean, we see a gas station on every corner right now.”


Gary Vasilash is editor of Automotive Design and Production magazine. He points out there are already problems with just getting biofuels such as ethanol into gas stations, and he says getting Hydrogen to filling stations will be much worse.


“People are talking about, ‘Well, gee it’s so difficult to get ethanol,’ you know, and ethanol’s from corn, right? Well, where is there free hydrogen? Nowhere.”


The most talked about way of getting hydrogen at least in the short term, is from a process involving fossil fuels, but that process would create heavy CO2 emissions on the production side. So the total measure of pollution from cars, what’s called the well-to-wheel impact, might only be cut in half compared to current levels.


So GM’s Julie Beamer says the ultimate goal is using renewable wind or solar electricity to pull Hydrogen out of water through electrolysis.


“Those sources obviously, while they’re near term not as economically attractive as what natural gas would be, but the renewable-based options do represent to completely eliminate greenhouse gas emissions through the total well-to-wheel basis.”


That could be a big, big improvement for the environment. But no one can really say how long it might take. In the meantime, auto companies and researchers continue to work on the incremental steps, while the rest of us wait for the era of truly clean automobiles to take flight.


For the Environment Report, I’m Dustin Dwyer.

Related Links

New National Board Aims to Protect Native Fish

A new, national effort to protect aquatic species and habitats could bring needed cooperation between state and federal agencies. Individual states aren’t able to deal with the problems themselves, but say the newly-formed coalition of partners might help. The GLRC’s Kaomi Goetz reports:

Transcript

A new, national effort to protect aquatic species and habitats could bring
needed cooperation between state and federal agencies. Individual states
aren’t able to deal with the problems themselves, but say the newly-
formed coalition of partners might help. The GLRC’s Kaomi Goetz
reports:


The goal of the National Fish Habitat Action Plan is to clean up the
nation’s rivers, lakes and coastal areas. It also seeks to protect the more
than 800 different kinds of native fish from extinction. The plan is based
on an earlier successful model focused on the nation’s waterfowl.


Federal agencies, industry, tribal and non-profits groups have signed on.
So have several state Department of Natural Resources. Gary Whelan is
with the Michigan DNR, one of the agencies that’s signed on.


“When you’re trying to deal with things like water quantity in a system, and you
have a 100 dam owners you’re trying to communicate with, a couple
(state) agencies can’t possibly do that, nor do we have the financial
resources so you really need a broad-based coalition of people.”


Whelan says the initiative will mean a lot more money for states to
address water quality problems and fish habitat.


Organizers are creating a national board to coordinate all the efforts.


For the GLRC, I’m Kaomi Goetz.

Related Links

Ten Threats: Pollution Hot Spots

  • Ruddiman Pond has been listed as a Great Lakes 'Area of Concern' for more than 18 years. (Photo by Michael Leland).

For decades, heavy industries made the Great Lakes a center of manufacturing
and employment for the United States. Those factories also left polluted waters
in many areas. In 2002, Congress passed and President Bush signed legislation
that promised to clean the Lakes’ pollution hot spots, known as Areas of Concern.
So far, work has only begun at three of those sites. Reporter Michael Leland
visited one of them:

Transcript

We’re continuing our series Ten Threats to the Great Lakes. Our guide
in the series, Lester Graham, says one of the threats identified by experts
across the region is known as “Areas of Concern.”


For decades, heavy industries made the Great Lakes a center of manufacturing
and employment for the United States. Those factories also left polluted waters
in many areas. In 2002, Congress passed and President Bush signed legislation
that promised to clean the Lakes’ pollution hot spots, known as Areas of Concern.
So far, work has only begun at three of those sites. Reporter Michael Leland
visited one of them:


Picture what you might think one of these heavily polluted sites looks like.
Did you think of a big park in a quiet neighborhood, with lots of tall
trees, and a bandstand next to a lagoon? No? Well, welcome to McGraft Park
in Muskegon, Michigan, the home of Ruddiman Pond, one of the most polluted
spots in the Great Lakes.


“This little lagoon here is a sediment basin. It is a sediment trap.”


Rick Rideske is a research scientist at the Annis Water Resource Institute
in Muskegon. It studies the quality of Michigan’s lakes and rivers.


“All of the contaminated sediment from the upper part of the watershed has made
its way down here and is being deposited. They are taking out, in some places,
15 feet of contaminated sediment.”


Beginning in the 1930’s, heavy industries began setting up shop along
Ruddiman Creek, a few miles from the park. Many dumped their toxic wastes
into nearby storm sewers, which emptied into the creek, and flowed toward
Ruddiman Pond. Toxic heavy metals like chromium and lead, along with
hazardous chemicals like PCB’s, settled to the bottom. It’s been a long
time since the pond has been safe for swimming.


Rideske points to a yellow sign nailed to a tree next to the pond. It says,
“No entry. Hazardous substances.”


“If you look at that sign over there, that sign was put up in maybe 1997, 98.
You can see the tree has grown over the sign.”


But beyond that sign is some hope for Ruddiman Creek and Pond. Workers are
scooping toxic mud from the bottom of the lagoon. The material is trucked
to a landfill licensed to receive toxic stuff like this. The project should
be finished by next summer.


Ruddiman Creek and Pond make up one of 43 pollution hot spots in the Great
Lakes that the U.S. and Canada call Areas of Concern. So far, two in Canada
have been cleaned up. Ruddiman Creek is one of only three in the U.S. being
cleaned.


David Ullirch would like to see that work move a lot faster. He directs the Great
Lakes Initiative. It’s a group of mayors and other officials from the U.S. and
Canada that works to preserve the Lakes.


“This is a serious problem, not only in terms of a threat to the natural environment,
there are public health issues associated with them and often, even worse, is that
they are a stigma to those areas, whether it is Waukegan Harbor, or Gary, Indiana, or
Ashtabula Harbor, these are things that these cities have had to live with for
years, and it’s time to get them cleaned up and get on with it.”


The government is supposed to provide 270-million dollars over five years to
clean up the Areas of Concern in the United States, but so far, congress
has appropriated only about 35-million dollars. That relatively small amount
of cash has limited the number of cleanups that can be started, and it frustrates
Dennis Schornack. He’s the U.S. chairman of the International Joint Commission.
It’s a watchdog group that monitors the water quality treaty between the U.S. and
Canada.


“These areas were identified back in 1987, and only two, both of which are in Canada,
have been delisted since that time. At that pace of progress, it will be 400 years
before we are so-called clean, and I think that is very disappointing.”


In the case of Ruddiman Creek, they’re glad at least one site is being cleaned up.
Rick Rideske of the Annis Institute says the fact that it’s in a neighborhood park
played a big role in attracting the attention, and government cash needed to clean
it up.


“It really took the local residents, public advisory council, we have a Ruddiman
Creek Task Force, which is made of local people from this neighborhood. They called
frequently state representatives, federal representatives. Getting this site on the
priority list was a community effort for a lot of people.”


Rideske and people who live near McGraft Park are looking forward to celebrating a
small victory in the fight to restore the Great Lakes, and they’re looking forward to
taking down that yellow warning sign next year.


For the GLRC, I’m Michael Leland.

Related Links

Ten Threats: Canals Past and Present

  • This is an ocean vessel in the Soo Locks, Sault Ste. Marie, Michigan. The Soo Locks connect Lake Superior and Lake Huron, allowing for ships to travel back and forth. (Photo courtesy of EPA)

One of the Ten Threats to the Great Lakes identified by experts across the region is the possible
expansion of canals to allow larger ocean-going ships into the lakes. Some see the expansion of
shipping channels as a threat to the environment; others see it as great economic opportunity.
Just like in the early days of settlement, they see the shipping channels on the Great Lakes as
a way to make trade opportunities better.

Transcript

In our next report from the series, “Ten Threats to the Great Lakes,”
Lester Graham brings us a look at shipping on the lakes. Some people think
bigger ships could bring more trade to the region:


One of the Ten Threats to the Great Lakes identified by experts across the region is the possible
expansion of canals to allow larger ocean-going ships into the lakes. Some see the expansion of
shipping channels as a threat to the environment; others see it as great economic opportunity.
Just like in the early days of settlement, they see the shipping channels on the Great Lakes as
a way to make trade opportunities better.


Native Americans had canoe trade routes on the Great Lakes long before the Europeans appeared
on the scene. When French fur traders arrived, they copied what they saw. They built birch-bark
canoes to travel the lakes and to haul back fur pelts.


(Sound of Saginaw Voyageurs paddling and singing “Alouette, gentile Alouette…”)


Chuck Hoover is with the Saginaw Voyageurs, a group of re-enactors who re-trace the French
Voyageurs routes. Hoover says the large canoes were great until you ran into rapids on the rivers
connecting the lakes.


“What you had to do was pick up everything, including the boat, and carry it across the dry land to
the next place that you could put in water that was navigable.”


Those portages could be as long as seven miles. Carrying a canoe big enough to haul more than a
dozen men and the heavy bundles of fur pelts was a tough job and it slowed trade. So, some small
canals were dug to make passage easier. As the region developed even more valuable natural
resources were discovered. Bigger canals were needed.


Stanley Jacek is an Area Engineer with the U.S. Army Corps of Engineers at the canal and locks
at Sault Ste. Marie, Michigan. He says by the middle of the 1800s mining around Lake Superior
had become big business.


“Back in those days they discovered iron ore and copper in the upper end of the lakes here. So,
they had to get all that commerce down to the heartland of the country, so locks had to be
built.”


With a canal and locks to help ships negotiate the drop from one lake level to the next, the ore
could be transported to the big steel mills in industrial cities such as Cleveland and Gary, Indiana.


Christopher Gilchrist is with the Great Lakes Historical Society. He says you can’t underestimate
the value of those canals.


“The water-borne transportation was critical for the creation of the industrial age in U.S. history.
There’s a reason why the steel mills are located right on the banks of these Great Lakes. All the major
steel mills were located right by the water so that they could get their raw materials cost
effectively.”


At the other end of the Great Lakes the St. Lawrence Seaway opened in the 1950s to make it
possible for ships on the Atlantic Ocean to enter the lakes, and another big canal and set of
several locks overcame another obstacle to shipping on the Great Lakes – The Niagara Falls.


The Welland canal allows ships to go around Niagara. Since it first opened in the 19th century the
Welland canal and its locks have been enlarged four times. Each time the Welland canal locks
and the St. Lawrence Seaway have been made wider and deeper, the shipping industry builds
bigger and bigger ships to the point that they literally just squeak through…


(Sound of ship squeaking against timbers)


…Often rubbing up against the timbers that act as bumpers on the locks’ concrete walls.


Throughout the history of the canals, there’s been pressure to make them bigger and bigger.
Many feel the amount of shipping through the canals is tied directly to the economic well being
of the nation. The more the canals can handle the better the economy.


(Sound of buzzing, roar of compressor)


Back at Sault Ste. Marie, the locks open to allow another big ship through.


Stanley Jacek, the engineer at the Soo Locks connecting Lakes Superior and Huron says the
economic impact is pretty easy to track.


“What we do here in the way of passing of commerce mimics what’s happening in the country. You
can actually see spikes in the economy by looking at our traffic here.”


But some say the canals could do more than just reflect the health of the economy. They could
spur the economy if even bigger ships could come into the lakes. The ships, the kind carrying
containers ready to be pulled by trucks or loaded on rail cars, could go directly to Great Lakes
ports instead of ports on the East or West coasts. More direct shipping might improve the
region’s economy.


But environmentalists are worried. They say bigger ships from all over the world might mean
more alien invasive species damaging the Great Lakes. The wider, deeper channels might
damage the environment along scenic rivers connecting the lakes, and some believe expanding
the channels will let too much water flow out of the lakes that could worsen the problem of lower
lake levels seen in recent years.


The plans for bigger ships are on hold for right now. But, given the history of the canals, many
believe expansion is only a matter of time.


For the GLRC, this is Lester Graham.

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Major Dock Corrosion Stumps Officials

  • The Duluth Seaway Port Authority's bulk cargo dock is typical of many in the port. Officials are troubled by corrosion appearing on the docks in the harbor - the steel is corroding much faster than normal. (Photo by Bob Kelleher)

Corrosion is eating away at the steel walls that hold one of the Great Lakes’ busiest harbors together. The corrosion is unlike anything known to be happening in any other Great Lakes port. But other port officials are being encouraged to take a closer look at their own underwater steel. The Great Lakes Radio Consortium’s Bob Kelleher reports:

Transcript

Corrosion is eating away at the steel walls that hold
one of the Great Lakes’ busy harbors together. The
corrosion is unlike anything known to be happening in
any other Great Lakes port. But other port officials
are being encouraged to take a closer look at their own
underwater steel. The Great Lakes Radio Consortium’s
Bob Kelleher reports:


Some kind of corrosion is eating away at the Duluth
Seaway port’s docks. The docks are those long
earth-filled metal rectangles where ships from around
the world tie up to load and unload. Those docks are
lined with sheets of steel, and the steel is rusting
away. Jim Sharrow is the Duluth
Seaway Port Authorities Facilities Manager.


“It’s corroding quickly – much faster than people expect
in fresh water. And our main concern is that we’ll lose
the integrity and the strength of the dock long before
expected, and have to do steel replacement at $1,500 or
more per lineal foot, much earlier than ever would have
been expected.”


Corrosion should be a slow process in Duluth’s cold
fresh water. But, Sharrow says, there’s evidence it’s
been happening remarkably quickly for about thirty years.


“What we seem to see here is corrosion that started in
the mid 1970s. We have steel that’s 100 years olds
that’s about as similarly corroded to steel that is 25
to 30 years old.”


It’s a big problem. There’s about thirteen miles of
steel walls lining docks in the harbor that serves
Duluth, Minnesota and Superior, Wisconsin. There’s half
again as many feet of wooden docks, held together with
steel pins. There’s corrosion on the legs of highway
bridges and the giant
steel ore docks that ship millions of tons of taconite
– a type of iron shipped to steel mills in Gary,
Indiana and Cleveland, Ohio.


“We characterize this as a 100-million dollar problem in
the harbor. It’s a huge problem, and what is so odd
about this is that we only see it happening in the
navigational area of the Duluth-Superior Harbor.”


The harbor links the St Louis River with Lake Superior.
Go a few miles up the river and there’s little corrosion
. So it doesn’t seem like the problem’s there. But, back
in the harbor, at the current rate of corrosion, Sharrow
says, the steel will fail quickly.


“I figure that in about 10 years at the current rate,
we will have to start replacing steel.”


“Particularly marginal operators could decide rather
than repair their docks it would be better for them to
go out of business, and we’re hoping that that isn’t
the case here.”


While the cause is a mystery, there’s no shortage of
theories. It could have something to do with stray
electrical voltage; water acidity; or the kinds of
steel manufactured in recent years. Chad Scott
discovered the corrosion in the late 1990’s. He’s an
engineer and a diver. Scott suspects
a micro-biological connection. He says there might be
something growing in small round pits that form on the
steel.


“We cleaned up the water. That’s the main thing –
that’s one of the main changes that’s happened since
the 70s, is we’ve cleaned up our water. We’ve cleaned
up our harbor, which is a good thing. But, when we
cleaned things up we also induced more dissolved oxygen
and more sunlight can penetrate the water, which tends
to usually promote more growth – more marine
microbiology growth.”


A team of experts met in Duluth in September to share
ideas. They came from the U.S. Navy, The Army Corp of
Engineers, and Ohio State University. And they agreed
there’s something odd going on – possibly related to
microbes or water chemistry. They also recommend that
other Great Lakes ports take a closer look at their
underwater steel. Scott says they at least helped
narrow the focus.


“We have a large laundry list right now. We want to
narrow that down and try to decide what is the real
cause of this corrosion. And these experts, hopefully,
will be able to get us going on the right direction,
so we can start doing testing that will identify the
problem.”


With the experts recommendations in hand, port
officials are now planning a formal study. If they
do figure out the cause, then they’ve got to figure
out how to prevent it. They’re in a race with
something, and right now they don’t even know with
what.


For the Great Lakes Radio Consortium, I’m Bob Kelleher.

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