Region’s Farmers Brace for Soybean Disease

  • Soybean rust is starting to travel northward in the U.S. It can destroy a large percentage of yield, but researchers say that being prepared can prevent loss of crops. (Photo courtesy of the USDA)

A new invasive disease that affects soybeans may be on its
way to states in the Great Lakes region. Experts say it’s a serious disease – but their biggest challenge right now is calming farmers who fear the worst. The Great Lakes Radio Consortium’s Tracy Samilton reports:

Transcript

A new invasive disease that affects soybeans may be on its way to states in the Great Lakes region. Experts say it’s a serious disease – but their biggest challenge right now is caling farmers who fear the worst. The Great Lakes Radio Consortium’s Tracy Samilton reports:


Soybean rust is a fungus that attacks soybeans. It first appeared in China in the 1920’s. Soybean rust travels easliy and quickly on wind currents. It made its first U.S. appearance in 2004 in the southeast, probably arriving on the back of Hurricane Ivan. Experts say it could make its way to northern states this spring. John Whiteman is Director of the Indiana Soybean Board Research Program. He says he’s fielding a lot of calls from very worried farmers.


“They’ve heard the worst horror stories and they’ve not heard the other side yet. So all they’ve heard is the 80% yield loss, not that it can be controlled and here’s how you can conrol it.”


Whiteman says different types of fungicides can either prevent or kill soybean rust. He says farmers are being told to prepare ahead of time, so they won’t have to face devastating crop losses.


For the Great Lakes Radio Consortium, I’m Tracy Samilton.

Related Links

Harvesting the Wind (Part 1)

  • Wind turbines can be both a blessing for farmers, as a source of extra income... and annoying to the neighbors. (Photo by Lester Graham)

Wind farms of huge turbines are springing up along coastlines,
windy ridges and blustery farmland. Most of us see them from a distance.
The Great Lakes Radio Consortium’s Chris Lehman recently visited some
of them up close… and has the first of two reports on wind energy:

Transcript

Wind farms of huge turbines are springing up along coast lines, windy ridges and
blustery
farmland. Most of us see them from a distance. The Great Lakes Radio Consortium’s
Chris
Lehman recently visited some of them up close… and has the first of two reports on
wind energy…


If you can imagine the sight… there are 63 wind turbines scattered across the
prairie farmland,
their huge blades sweeping around, capturing energy from the wind. Each turbine is
213 feet
high. You can see them from miles around. But it isn’t until you stand directly
underneath the
80-foot long blades as they rotate in the wind that you begin to appreciate their size…


(sound of wind from underneath turbine)


“This is probably a typical day. They’re probably producing at about 30 percent of
what they are
rated at, and probably on average, for a year, this is what you’d expect.”


Christopher Moore is Director of Development for Navitas Energy. The Minnesota- based
company opened the Mendota Hills Wind Farm in northern Illinois just over a year ago.


Q: “What are some of the highest levels that you’ve reached?”


“Each turbine is capable of producing 800 kw, and there are times when we’ve had the
windfarm
working at about maximum.”


Moore says the Mendota Hills Wind Farm produces enough electricity to power about 15-
thousand homes per year. It’s the first wind farm in the state of Illinois.


Brian Lammers is a Project Manager for Navitas Energy. He says the location is
ideal since it’s
windy here nearly all year long…


“The wind here is more robust in the fall, winter and spring. So we have more
production during
those months than we do during June, July, August.”


Unfortunately, the summer months are the months that most often experience peak
demand for
electricity. Because of that, and because it takes so many windmills to generate
lower amounts of
power, it’s unlikely that current wind energy will completely replace fossil fuel
generated power.


(sound of turbines)


On the flat prairies of Illinois, the giant turbines are the tallest structures for
miles around. You
begin to wonder about things like lightning strikes…


“We might have experienced one or two last year. The turbines are protected from
lightning. The
entire wind farm is grounded, so if there is a strike typically it will just be
grounded down to the
ground grid. There’s typically no long-term damage associated with a lightning
strike. But as you
can imagine, they’re the tallest structures around so there are periodic lightning
strikes.”


Q “What about a tornado? This is tornado country…what would happen if one came
through
here?”


“I don’t know. These turbines are built to withstand everything but a direct strike
from a tornado,
so I think the same thing would happen to a wind turbine that would happen to any
large
structure if they were struck by a tornado. You’d probably have some significant
damage.”


(fade up sound inside turbine)


Inside the turbine, there’s a distinct hum as the blades whirl away at the top of
the hollow shaft.
It’s about ten feet across at the base, and a metal ladder allows anyone brave
enough to climb all
the way to the top.


Despite the hum of the turbine’s blades up close, the sound fades away just a few
dozen feet from
the tower. But noise isn’t much of a concern for this wind farm. It’s in the
middle of a soybean
field and there are no neighbors nearby.


Noise is just one of the aesthetic concerns for neighbors of wind farms. Appearance
is another.
The Mendota Hills turbines are coated with a special paint that appears white in
bright sunshine.
But when the sun’s not out, the turbines appear grey, and seem to blend in with the
cloud-covered
sky.


Dennis Cradduck has 19 of the turbines on his corn and soybean farm. He says the
wind farm
hasn’t been a problem. Of course, he’s getting paid by Navitas for allowing the
turbines on his
land. But he says the wind farm has led to an unexpected benefit: getting to meet
people from
across the country who pull off the highway for a closer look…


“We get people almost on a daily basis that drive by on the interstate and see them,
and stop and
want to look at them, and they’re amazed at them, and most—about 99 percent of them
have been
positive comments. In fact, one fellow from North Carolina stopped the other day
and said ‘I wish
we’d build more of these around the country because we need renewable energy.'”


The prospect of more renewable energy is appealing to most environmentalists. But
some worry
that wind farms can be deadly to birds. A study by the National Wind Coordinating
Committee
found that wind turbines kill an average of two birds per year.


Another concern is that windmills disrupt the scenery. But the only view around
here is farmland
as far as the eye can see. And on this brisk day, it isn’t just corn and soybeans
being harvested: it’s
the power of wind.


For the Great Lakes Radio Consortium, I’m Chris Lehman.

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Wind Turbines Stir Up Neighbors (Part 2)

Most people think renewable energy is a good idea. It’s better
than burning fossil fuel to create electricity. But “green energy”
alternatives
can be controversial. Windmill farms are springing up all across the
nation.
Some people think the windmills are eyesores. But others say windmill farms
can help preserve the agricultural landscape by supplementing the income of
farmers. In the second of a two-part series on wind energy, the Great Lakes
Radio Consortium’s Linda Stephan reports:

Transcript

Most people think renewable energy is a good idea. It’s better than burning fossil
fuel to create
electricity. But “green energy” alternatives can be controversial. Windmill farms
are springing
up all across the nation. Some people think the windmills are eyesores. But others
say windmill
farms can help preserve the agricultural landscape by supplementing the income of
farmers.
The Great Lakes Radio Consortium’s Linda Stephan reports:


For 30 years, Matt Mauer raised crops and livestock on his farm about 10 miles from
the Lake
Michigan shoreline. Today, he’s in his backyard looking at the land now farmed by
his daughter
and son-in-law. Standing there, he feels a crop they’re not harvesting.


“The good Lord makes it windy all the time for us, so let’s use it, you know.
Because I’m like
everybody else. When I get up in the morning, I want lights.”


Mauer’s hoping to put four wind turbines on his family’s farm near Ludington,
Michigan. That
would power about 24-hundred homes. Nearby, a renewable energy company’s working with
other farmers to build a hundred turbines in the area. Mauer says many of his
neighbors want in
on the deal because they think wind energy could help save their farms.


“It’s hard to make a living just farming right now. And I consider the wind one of
the crops that
we could harvest. It will help keep farmers on the land. Like if, in this place, if
we could get
seven–thousand dollars a year, six-thousand dollars a year for four of them, that’d
make it a hell
of a lot easier to keep the people here and farm.”


The state government’s backing similar projects. It’s training financial advisors
to show farmers
how they can turn a profit with windmills.


But not everyone likes the idea. Some people who live in the area around the
planned windmills
say they’re worried the towers would destroy the region’s charm. That’s linked to
property values
and to tourism. And they don’t like the size of the proposed windmills. Each one
would be four-
hundred feet tall. The blades would have a diameter nearly as long as a football
field.


It’s a story that’s heard in many places. Cape Cod, Massachusetts, the prairies of
Illinois, and
around the Great Lakes. For example, a Michigan couple who wanted large-scale
turbines on
their property ended up losing a court-battle against local government that opposed
the plan. And
two turbines already in place in Mackinaw City – between Lake Michigan and Lake
Huron –
have some unhappy neighbors as well.


Thomas and Virginia Alexander’s home is about 15-hundred feet away from the windmills.
They’re in their eighties and they both wear hearing aids… but even without them,
they say the
windmills are loud…


Tom Alexander: “There’s things about it we don’t appreciate, at times the noise –
not always –
depending upon the wind and the direction.
Virginia Alexander: “Yesterday. Very noisy yesterday. The wind was high and they,
you could
really hear them.”
Tom Alexander: “Just a continual swish, swish, swish, swish, swish.”


Windmill developers say the sound is no louder than normal speech. But this noise is
different. It
goes beyond the frequencies of normal speech. The sound can travel long distances
through both
the ground and the air. They keep Virginia Alexander awake some nights.


Tom and Virginia Alexander’s son Kelly lives next door with his family. He calls
himself a
windmill victim. He has this advice for others:


“Don’t let them go in your backyard. There are places they can go. You don’t just
put those in
somebody’s backyard. I don’t think it’s right.”


A lot of people agree with the Alexanders. Even wind energy boosters concede that
location is
key to successful projects. David Johnson heads up the program for the state of
Michigan that’s
encouraging farmers to allow windmills on their land. He says turbines should be
constructed
where there’s lots of wind and few neighbors. But he says when people say ‘no’ to
windmills,
they should consider the alternative.


“So, does that mean that you should build another big coal-fired plant? Is that the
preferable way
of doing it with the global warming impacts and the mercury pollution and so on that
go with
that? Is that the choice that the public wants to make?


States across the nation are struggling to find the right balance between clean
energy and the
beauty of an uncluttered landscape. Few regulations are in place right now. More
and more,
communities will be facing the decision of whether clean energy and keeping farmers
on the land
is worth the price of adding wind turbines to the scenery.


For the Great Lakes Radio Consortium, I’m Linda Stephan.

Related Links

Lack of Investment in Renewables to Hurt Businesses?

  • Mike LeBeau installs solar and wind energy systems. He has put in more generators this year than in the last 10 years combined, thanks to rebate programs offered by the state and local governments. (Photo by Stephanie Hemphill)

Representatives of nearly 200 countries recently met in
Argentina to work out the next steps in dealing with climate change.
Seven years ago, many nations agreed to reduce fossil fuel emissions
and greenhouse gases. The U.S. didn’t agree to reduce its emissions.
Now, a report from the National Environmental Trust says that decision
is hurting American businesses. The Great Lakes Radio Consortium’s
Stephanie Hemphill reports:

Transcript

Representatives of nearly 200 countries recently met in Argentina to
work out the next steps in dealing with climate change. Seven years
ago, many nations agreed to reduce fossil fuel emissions and
greenhouse gases. The U.S. didn’t agree to reduce its emissions.
Now a report from the National Environmental Trust says that
decision is hurting American businesses. The Great Lakes Radio
Consortium’s Stephanie Hemphill reports:


Mike LeBeau installs wind generators and photovoltaic solar
collectors. His business, Conservation Technologies, is in Duluth,
Minnesota. In the U.S., there are not a lot of contractors doing this
kind of work.


“This is a two and a half kilowatt photovoltaic system.”


Two panels about the size of a dining room table stand on the top
floor of a downtown garage. The only other equipment is an inverter
– a metal box the size of a shoebox – that transforms the direct
current from the solar panels to the alternating current we use in our
homes.


“The electricity is produced here by the sun, fed into the wiring in the
building here, and any excess is distributed out onto the utility grid.”


The solar panels were made in Japan. And the inverter is from
Germany.


LeBeau has been installing systems like this for ten years. Demand
was slow until a year ago, when Minnesota started a rebate program.
LeBeau has put in more generators this year than in the last ten
years combined.


With another rebate offered by the local utility, LeBeau says the cost
of installing a typical system can be cut nearly in half.


And he says the increased activity has persuaded some of the
naysayers to help rather than hinder renewable energy projects.


“Now the electrical inspectors don’t have any choice – it’s being
supported by the utilities, and by the state of Minnesota, so it’s really
changed the atmosphere and the climate that we work in.”


But LeBeau says the state rebate program is a drop in the bucket
compared to what’s being done in other countries.


Christopher Reed agrees. He’s an engineer who advises individuals
and businesses on renewable energy projects. He says U.S. policy
has been piecemeal and erratic. For instance, there’s a federal tax
credit for renewable energy production. But it’s only in place for a
year or two at a time.


“When the incentive is out there, everybody ramps up as fast as they
can, and we slam projects in to meet the deadline before the credit
expires, and then everybody sits until the credit gets reintroduced
again. This has happened three times now.”


Reed says that discourages long-term investment.


Reed’s business is one of several American firms studied for the
report from the National Environmental Trust. The report says Japan
and most countries in Europe are providing major and consistent
incentives to encourage production of renewable energy. The report
says this approach is saving money, creating jobs, and putting
businesses in a position to export their new technologies and
expertise.


Reed says he’s frustrated to see European and Japanese companies
thrive, using American inventions such as photovoltaic, or PV,
technology, while American manufacturers fail.


“It’s almost embarrassing. The PV technology, that came out of Bell
Labs in the U.S. We should be the world leaders.”


But some observers say the worry is overblown. Darren McKinney is
a spokesman for the National Association of Manufacturers. He says
the U.S. has nothing to fear from German or Japanese businesses.
He says fossil fuels are doing a good job of stoking the American
economy.


“The fact of the matter is that wind and solar and biomass and
geothermal simply aren’t ready for prime time. If someone wants to
make an argument ‘well, they could be ready for prime time if they
received x-amount of tax cuts,’ I won’t necessarily argue against that
because I don’t know enough about the technologies. What I do
know is it would be cutting off our nose to spite our energy face if we
turn our backs on fossil fuels.”


Right now, oil and natural gas get the lion’s share of federal subsidies
in the U.S. Subsidies for renewable energy sources are very small in
comparison. As other countries shift to new technologies, American
companies could be left behind.


For the Great Lakes Radio Consortium, I’m Stephanie Hemphill.

Related Links

Report: Renewable Energy Can Kickstart Job Growth

  • Turbines like these not only could help produce energy from a renewable and seemingly infinite resource, but could also create thousands of new jobs, according to the Union of Concerned Scientists.

A new report says a national renewable energy policy could create thousands of new jobs in the Midwest. The Great Lakes Radio Consortium’s Erin Toner reports:

Transcript

A new report says a national renewable energy policy could create thousands of new
jobs in the Midwest. The Great Lakes Radio Consortium’s Erin Toner reports:


The report by the Union of Concerned Scientists urges Congress to adopt a policy
requiring 20 percent of the nation’s energy to be produced using renewable sources
by the year 2020. Those sources could be wind, solar, or geothermal energy. The report
says such a policy could create thousands of new jobs in manufacturing, construction and
maintenance.


Jeff Deyette is an energy analyst with the Union of Concerned Scientists. He says
rural communities – especially farmers – could be the biggest winners under the proposal.


“Farmers that were chosen to have wind power facilities sited on their land could get up
to as much as $4,000 per turbine to lease on their property.”


Deyette says a national renewable energy standard could save consumers nearly 50 billion
dollars by 2020. He says that’s because increased competition from renewables would help
lower the demand and the price of natural gas.


For the Great Lakes Radio Consortium, I’m Erin Toner.

Related Links

Faster Test for Beach Closings

An Indiana University scientist has developed a computer model that can predict E. coli levels near public beaches. The system could help public health officials who’ve been relying on test results that come too late to be of much help. The Great Lakes Radio Consortium’s Tracy Samilton reports:

Transcript

An Indiana University scientist has developed a computer model that can predict E. coli levels near public beaches. The system could help public health officials who’ve been relying on test results that come too late to be of much help. The Great Lakes Radio Consortium’s Tracy Samilton reports:


E. coli is a bacteria that can reach dangerous levels in the water, usually when big rainstorms flush untreated water into nearby lakes and streams. But traditional tests for E. coli take 24 to 48 hours. Indiana University hydrologist Greg Oliphant says the delay is a serious problem for keeping people safe when they go to the beach.


“Regulators were saying go ahead and go in the water, and E. coli was above safe level, and stay out when water turned out to be perfectly safe for full body contact.”


Olyphant has developed a computer model that uses wind, rain, and temperature readings to predict when E. coli levels will be high. The system has been tested in Chicago and Milwaukee and they found it to be about 80% effective. For the Great Lakes Radio Consortium, I’m Tracy Samilton.

Campus Power Plants Struggle to Keep Up

For universities across the Midwest energy costs are becoming a huge expense. Schools are increasingly reliant on technology and many are adding new research facilities. With that growth has come an increased demand for electricity, and at a number of schools around the region, aging power plants can’t keep up with that demand. The Great Lakes Radio Consortium’s Erin Toner reports on this growing problem:

Transcript

For universities across the Midwest, energy costs are becoming a huge expense. Schools are increasingly reliant on technology and many are adding new research facilities. With that growth, has come an increased demand for electricity. And at a number of schools around the region, aging power plants can’t keep up with that demand. The Great Lakes Radio Consortium’s Erin Toner reports on this growing problem:

Jeff Bazzi is a freshman at Michigan State University. He shares a dorm room on campus with three other students. They use a lot of electricity.

(Natural sound up/under — computer, fan, radio, TV)

In this one dorm room, there are four computers, two stereos, two televisions, three refrigerators, three fans, one microwave and four alarm clocks. Jeff Bazzi says even though he doesn’t get an electricity bill from the university every month, he’s aware of the amount of energy he uses.

“I know if I was at home my mom would yell at me for wasting electricity, running her bill up. So I still try to conserve. I don’t leave lights on around me and leave the TV on and all that, I try to conserve.”

And
that’s exactly what the university wants Bazzi and other students, faculty and staff to do…conserve. Last year, Michigan State launched an energy conservation campaign to promote ways to reduce electricity consumption. University officials say small changes on everyone’s part, such as turning off lights and computers, can collectively result in lower energy costs. Terry Link is the director of MSU’s Office of Campus Sustainability. He says just a five-percent reduction in electricity demand could save the university one million dollars a year.

“What we need to do is create that environment so that people become more aware that what they’re doing has an effect, it has a cost. It’s not immediate to their wallet, but it has other kinds of costs. And then to give them tools, examples, of how, if they feel they should do something to reduce that, what they can do.”

University officials say energy conservation is especially important now, as MSU struggles with a much tighter budget this year. Also, saving energy could delay a much larger problem. In the not-too-distant future, Michigan State’s power will no longer be able to provide enough electricity for campus. Bob Ellerhorst is the power plant director.

“Our universities are really becoming research-oriented, supported by a lot of high technology stuff. All of it takes electricity, a lot of it requires supplemental air conditioning.”

(Power plant sound up/under)

Michigan State’s power plant can make 55 megawatts of electricity, and during the hottest days of the summer, the campus uses all 55 megawatts. Over the next 15 years, MSU officials project the school will need at least 20 more megawatts of power. Schools throughout the Midwest are facing similar situations, as the demand for power on campus becomes too great for their aging power plants. Many are expanding their plants to meet demand. The University of Illinois is spending 60-million dollars on two new gas-fired turbines, Minnesota’s expansion will cost a-hundred-million dollars and the University of Wisconsin is building a brand-new power plant at a cost of 200-million dollars. Some schools, including Michigan State, are also considering buying more power from their local utility companies. But MSU power plant director Bob Ellerhorst says that electricity is almost twice as expensive as power produced on campus and isn’t nearly as reliable.

“Campus didn’t have a single outage, we had a lot of equipment failures in the plant that we just deal with. The campus has not had an interruption to service in over 36 months. I think that’s a lot longer than you’ve had to reset your clock at home.”

Michigan State is also looking into whether alternative sources of energy, such as wind and fuel cells, could play a part in a long-term solution. But in the meantime, they’re hoping students and faculty will begin conserving energy to help reduce demand and cost.

(Sounds of dorm up/under)

But that could be a challenge, from the looks of things at dorms and buildings on college campuses throughout the Midwest…where more electricity is being used than ever before.

For the Great Lakes Radio Consortium, I’m Erin Toner.

Wind Power Cheaper Than Gas and Coal?

A new study suggests wind power is cheaper to produce than coal or natural gas. The Great Lakes Radio Consortium’s Jonathan Ahl reports:

Transcript

A new study suggests wind power is cheaper to produce than coal or natural gas. The Great Lakes Radio Consortium’s Jonathan Ahl reports.


The report from Stanford University shows creating electricity using wind power costs about three and a half cents per kilowatt-hour. That compares to coal and natural gas costs of almost four cents per kilowatt-hour. Mark Jacobson is an engineering professor at Stanford, and the author of the study. He says the government needs to pursue using more wind power over coal and natural gas.


“ …and also, wind energy is more efficient than solar, or other renewable energy sources. So all of the renewable energy sources, you would want to exploit wind first.”


Jacobson says wind power is even a better deal when the environmental costs of pollutants from coal and gas plants are taken into consideration. But there is a downside. To convert two thirds of the nation’s coal generated electricity to wind power would take an up front investment of more then 330-billion dollars. For the Great Lakes Radio Consortium, I’m Jonathan Ahl.

Epa Running on Greener Energy

Three U.S. Environmental Protection Agency research facilities in Cincinnati will start using green energy this October. The Bush Administration recently urged government offices to be the first to conserve power. The EPA began changing power sources two years ago. The Great Lakes Radio Consortium’s Natalie Walston has details:

Transcript

Three U.S. Environmental Protection Agency Research Facilities in Cincinnati will start using green energy power this October. The Bush Administration recently urged government offices to be the first to conserve power. The EPA began changing power sources two years ago. The Great Lakes Radio Consortium’s Natalie Walston has details.


A mix of wind and landfill gas energies will power the southern Ohio facilities.
The EPA has contracted with companies in Pennsylvania and Illinois to provide energy. EPA spokesman Chris Paulitz says green energy costs six percent more than conventional power. Bus he says it’s a chance for the agency to “practice what it preaches.” The EPA began changing energy sources at some of its buildings in 1999. Paulitz says that when its Richmond, California Plant started using power generated by methane gas. By early next year, U.S EPA plans to have facilities in Ohio, California, Massachusetts, Colorado, and Washington State powered solely by green energy. For the Great Lakes Radio Consortium, I’m Natalie Walston.

The Allure of Tall Ships

  • Tall Ships cross the starting line in one of the many races over the waters of the Great Lakes. Photo by Todd Jarrell

This summer, tall ships are plying the Great Lakes, offering millions of people on-board tours and the spectacle of the Parades of Sail. But most people don’t sail, and certainly not on tall ships. Most have no idea how a sailboat sails. So, what is the fascination with these ships? The Great Lakes Radio Consortium’s Todd Jarrell has spent several years sailing the world on the tall ships, and he offers some personal perspective:

Transcript

This summer the tall ships are plying the Great Lakes offering millions of people on-board tours and the spectacle of the Parades of Sail. But most people don’t sail, and certainly not on tall ships. Most have no idea how a sailboat sails. So, what is the fascination with these ships? What is it that they come to see? Writer and adventurer Todd Jarrell has spent several years sailing the world on the tall ships, and he offers some personal perspective.


With their canvas palisades and pennants flying, today’s tall ships are every bit as grand and romantic as their ancestors, perhaps more so for their rarity. One’s imagination follows them to sea; envisioning sun-drenched decks and star spangled night watches.
One sees the crews lay aloft on towering masts to loose billowing sails as deckhands work in concert below. One expects the cobwebs of a sedentary life or the stresses of the workaday world to be swept away on the freshening breeze. Truly, it is difficult to find in our world of instantaneous gratification, more fitting symbols of a straightforward way of life.


To the novice the attraction to a tall ship is a kind of infatuation, a friendship, but to some it becomes a love, founded in sweat and bound in mutual trust. The sailor’s term, “One hand for yourself and one hand for the ship,” describes this symbiosis: each does their part to keep both above the waves.


The wind ships, once mankind’s most vital vehicles, were the far-ranging satellites of the Age of Discovery. It was the tall ships that carried the conquerors, colonists and zealots, as they crossed the hemispheres, their chart lines stitching the known world to the new.
Their determination is humbling – however suspect their motives may be – as many sailed for glory, certain Providence was at their side, and with the promise of riches before them like a golden carrot at the end of every jib boom. They claimed the riches and real estate – even the souls – of lands they considered “new” and “undiscovered.”
Religions, foods and philosophies all were carried to a world that was, like a child, only beginning to comprehend its own size, shape and cultural complexities.


Today the tall ships are icons of that adventurous time and, worldwide, festivals swarm with those who bask in their grandeur. Strolling the decks of their own imaginations people visit a common heritage, seeking a sense of connectedness, a tangible link to their histories and ancestors for surely all were touched by the ships – the pilgrims, the immigrants, the natives, the slaves. The masts and yards tower and sprout as upturned roots of a collective family tree.


The mission of the ships has forever changed; the heart of the fleet no longer beats to the drum of war but pulses still in the veins of the adventurer. By one sea skipper’s estimation, more people have in the last forty years orbited earth in space than have circumnavigated in a traditional tall ship. But the arcane arts of the sea are still preserved in sail-training programs for young men and women and it is an undeniably expansive experience – if not an easy one.


Witnessed from shore, the stately vessels set out to sea with ease, but from on deck, one appreciates fully the learning curve of the tall ship trainee – a curve as near vertical as the masts themselves. Here one sees the blistered hands and homesickness, the dismal days spent in wet weather gear and the bleariness of crew for whom a good night’s sleep seems the stuff of a long ago life. Here are 4am wake up calls to crawl from a warm rack to work on a dark, rolling deck in a stinging cold rain – and much worse.


Far from the familiar, trainees must plumb themselves for unknown depths of character.
The distance many journey cannot be calculated in nautical miles, nor by latitude and longitude, for the vanishing point of well-developed confidence and curiosity is far beyond measure.


So when the crowds call on these vessels, when they line the shores awaiting the whimsy wind to carry the ships past, it has nothing to do with blockbuster entertainment or bang for the buck. Rather it’s that people somehow sense that here is found a promising future in the past.