Sustainability in the Sermon

  • Gloria Dei Pastor David Carlson says the Christian bible offers many lessons about the importance of living in ways that sustain other creatures (Photo by Stephanie Hemphill)

Many business people are rethinking their

operations. They’ve been influenced by a

science-based approach to sustainability

that started in Sweden. It’s called the

Natural Step. Stephanie Hemphill reports

some non-profits are getting involved.

She recently visited a church that’s

thinking more about its impact on the

environment:

Transcript

Many business people are rethinking their

operations. They’ve been influenced by a

science-based approach to sustainability

that started in Sweden. It’s called the

Natural Step. Stephanie Hemphill reports

some non-profits are getting involved.

She recently visited a church that’s

thinking more about its impact on the

environment:

The folks at Gloria Dei Lutheran Church in Duluth Minnesota are studying
more than their Bible these days. They’ve been learning about how the
ideas in the Natural Step can make their church operate more sustainably.

One Saturday in the church basement, about a dozen people from churches
around the region are talking about what sustainability means.

Judy
Isaacson is from a small church in the country.

“It’s a growing understanding that we as individuals have to be responsible
for what we do, and then I think a big part is helping people understand
it’s not that difficult to live up to what our values are and what we see
happening.”

Isaacson says it’s easier to talk about the practical ways to be
sustainable than to expound on the theory. She’s been learning how to
encourage everyone in her church to get involved in making small changes.
Like using less electricity.

“We’re the newbies at our church; we’ve only been in the church six years.
And by having someone who’s been there forever change the light bulbs, it
was very easy because she had credibility within the congregation.”

For many Christians, the Natural Step fits right in with what they call
“creation care.” For them it means taking care of what God created.

The Natural Step publishes its principles on the internet, along with
inspiring examples of how it’s working in various places around the world.

In Duluth, a non-profit group brought the Natural Step to town. Experts
from Canada gave several day-long training sessions to about a dozen
businesses and organizations that committed to a year-long effort to put
the ideas to work.

Sue Anderson took part in the training. At the Saturday workshop in the
church basement, she mentions some of the things the church has done.

“The use of glasses and cups, reuseable items. We kind of got that going
through a lot of different committees, you know our neighborhood breakfast
and things like that.”

No more throw-away styrofoam cups. That fits in with one of the principles
of the Natural Step: don’t wreck the earth by building more landfills than
you absolutely have to.

Another principle is: use less fossil fuel, and other resources that have
to be mined from the earth.

When they replaced the roof at Gloria Dei, they added a lot of insulation.

David Carlson is pastor of Gloria Dei. This year he used Lent as a chance
to educate the congregation. He asked people to go on a “carbon diet” for
Lent.

“There’s usually a confession and forgiveness of not only the brokenness
that we have with God and between us and other people, but also the
separation that we have with creation. And this is one way that we can
participate in the healing of God’s creation.”

Carlson says a lot of church members are taking on projects. One man is
promoting the idea of ride-sharing to church.

“He is offering a free pillow-pack of fair trade coffee to anyone who comes
to him during coffee hour and says that they car-pooled that day. It’s
trying to remove barriers for people that may be in the way of taking
further steps. And they may be small. But they may make a difference.”

The biggest difference this group might make is offering their experience
to others. The non-profit group behind the Natural Step in Duluth is
documenting their progress and hoping others will join in.

For The Environment Report, I’m Stephanie Hemphill.

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Wetlands to Slow or Grow Global Warming?

  • John Pastor is trying to figure out how climate change will affect bogs and fens like this one. (Photo by Bob Kelleher)

In northern Minnesota, a researcher says wetlands like bogs could be key to how fast the climate changes worldwide. And the areas like the upper United States and Canada in the bull’s eye for rapidly changing temperatures and rainfall. The GLRC’s Bob Kelleher reports:

Transcript

In northern Minnesota, a researcher says wetlands like bogs could be key to how fast the
climate changes worldwide. And the areas like the upper United States and Canada in the
bull’s eye for rapidly changing temperatures and rainfall. The GLRC’s Bob Kelleher
has more:


What have wetlands, like fens and bogs, got to do with global warming? John Pastor says,
plenty.


Pastor is a professor and researcher with the Natural Resources Research Institute of the
University of Minnesota-Duluth. When Pastor straps on his hip waders, he goes where
almost no one else dares to go: into northern Minnesota’s fens, where water can be
several feet deep, and onto the bogs, where the mass of plant material is so thick it floats
on standing water.


A seven year-long study has revealed that fens and bogs can either help slow global
warming, or accelerate it. Pastor says all cards are off the table if temperatures keep
rising:


“The one problem in science that has the most ramifications throughout all of science – it’s
global warming.”


We’re in a swamp north of Duluth, Minnesota. Actually, it’s a fen, and it borders some
higher landscape nearby that’s a bog. What fens and bogs have in common is water and
peat, the not quite decomposed stuff left over when plants die. Pastor says peat lands are
one of the world’s significant bank accounts for carbon. They keep carbon out of the
atmosphere.


“Peat lands cover only 3% of the earth’s surface, but they contain 30% of all the carbon
that’s in all the soil in the world, locked in that partially decomposed organic matter, that
peat.”


Minnesota has vast peat lands that have been storing carbon for 10,000 years, but even
the size of Minnesota’s peat lands pales compared to those further north – around
Canada’s Hudson Bay, or in the Russian republics – all regions Pastor says that are facing
higher temperatures.


“All of the global climate models, one thing they all agree on, is that the greatest amount
of warming will occur in areas from Minnesota northward, and then inland – mid-
continent areas. So here we are. We’re sitting right now, right in the bullseye of the
greatest amount of warming that will happen on the face of the earth.”


This is the question: Will higher temperatures help trap more carbon in bogs, or force
more carbon into the atmosphere?


In this bog, Pastor’s been trying to figure out how warmer weather will affect bogs and
fens, and, in turn, what role the wetlands will play in global change. One thing he’s
found: the results depend largely on the water table, and that’s going to depend on
rainfall.


In some combinations, say with additional heat and additional rainfall, bogs could thrive,
trapping more carbon. That would be good. In other conditions, say with more heat but
less rainfall, bogs and fens could die and decompose, releasing even more carbon into the
atmosphere. That, Pastor says, would be bad:


“Now we have kind of a double whammy. Not only are we putting carbon dioxide from
fossil fuel into the atmosphere, the warning from that could cause the carbon from the
peat land also to go into the atmosphere and accelerate the warming.”


Predicting an outcome becomes mind numbing. Pastor’s working with new mathematical
theory to try to determine at what point global warming has gone too far.


“And so what seems to be happening is the temperatures of the earth have crossed some
kind of a threshold, where all the sudden, before that they crossed that threshold, the old
earth that we grew up with was stable. Now, it’s becoming very unstable, and ice sheets
are collapsing, birds and plants are migrating – everything’s happening very, very
quickly. And we’re going to enter into a new kind of earth that has a different kind of
stability – a different stable endpoint.”


Pastor says there’s no more complicated problem in all of science than global warming,
and no more important problem. Global warming, he says, changes everything, from the
forests to the wetlands. Pastor’s hoping the new mathematical models will provide more
definitive answers in time to do something about the outcome.


For the GLRC, I’m Bob Kelleher.

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