Monday, September 14, 2009

Great Miami River Days Festival!

This weekend the Rivers Stewards sponsored a booth at the Great Miami River Days Festival in Hamilton. River Days is one of the largest water education events in the country and shares many of the same initiative as the Rivers Institute. Visitors from around the region come to enjoy educational opportunities, historical re-enactments, water shows, hay rides, music and more.

The River Stewards created educational opportunities for children with several river game stations. Children could direct water through a maze to a treatment plan, fish for a fact, follow water molecules through the hydrological cycle or play with toys on the “water table.” The event was a huge success. The Stewards were able to interact with and teach little kids about the importance of the river. We look forward to participating again next year.

Special thanks to Tracey Horan for organizing the activities and to Leslie King, Gretchen Berkemeier, AJ Ferguson, Bethany Renner and McClean Johnson for their help making this event a success.

"Water is the foundation of life..." -Betsy Damon

Eco-artist Betsy Damon is on campus this week. She will be coming to the River Stewards mini-course on Friday to talk to the Stews about her work. Betsy seems to share a similar mindset that the Rivers Institute posesses. Betsy has said, "I believe that a group of committed people can address any challenge concerning water, and solve the difficulties in ways that respect the dynamic Universe and every individual. The key to our success is relationships!"

Here is a short bio about Betsy from her collaboration's website keepersofthewaters.org:

"At a crisis in her life thirty-five years ago, Betsy Damon turned to her dreams and visions as a source of imagery and action. Abandoning her traditional training, she initiated performance art projects creating temporary spaces for herself in public ‘unclaimed’ spots. Then, after a seven week cross country camping trip with her two children, Betsy found herself reconnected to primal elements in the natural world – the sound of wind, the flow of water, the forest, the rain.Rooted in the women’s movement of the 70’s, she founded a national network of support groups for women artists. Through the performance work and building of a network, she evolved numerous skills that began to understand the value of relationships as a foundation for initiating new forms. After casting 250’ of a dry river bed and committing herself to water as a central metaphor and theme for her life and work, she moved increasingly away from the artist as individual to the artist as central to community.Since the forming of Keepers of the Waters with the Humphrey Institute of the University of Minnesota in 1991, she moved increasingly towards creating community based models of her own unique vision. These works communicate the essence of water and inspire hope. She sculpts, she mentors, and she leads workshops and lectures. Her work in China includes the first public art event for the environment. The now world known Living Water Garden, numerous award winning master plans, city planning are all a part of her ongoing repertoire. In the U.S., she is no less productive with active green groups modeled from Keepers and public/private art commissions.Her inspiration comes from extensive research of sacred water sites and ever probing knowledge of biologic and earth sciences involved in living systems. Always seeking new ways to articulate the complexity of water and to engage everyone in caring for this precious resource, Betsy continues her passion" (keepersofthewaters.org).

Read more about Betsy:

http://www.bushfoundation.org/Publications/fellows_news_pdf/bushnewsautumn2000.pdf


LaChute River Walk "celebrates the extraordinary variety of industries that clustered around the waterfalls and rapids that punctuate the river's course through town" (prideofticonderoga.org)

What is Dayton did something like this? Would people appreciate our rivers more? Let's ask Betsy what she thinks!

Check out more information on the LaChute River Walk:
http://prideofticonderoga.org/pdfs/RiverwalkBro-Final-Inhouse2.pdf

Monday, September 7, 2009

Eco Art


Art can be used for many purposes besides rendering and beauty; one example of this is activism in the arts. Artists often use their work to draw attention to environmental issues and places. Some artists transform nature to draw attention to the beauty of the area; one example of this is James Turrell.

Other artists use not only their work, but also the process of approving and creating their pieces to engage the community. Christo and Jean Claude created a piece called running fence; they went to many town meetings to get the project approved. During these meetings people argued about the meaning of art, property ownership, and their landscape. Eventually they were able to erect a fence that followed the hills and valleys of the earth and was made of slightly transparent white sheets of fabric. The end result only remained for a few days but beautifully caught the light and drew people’s attention to the splendor of their countryside.

Andy Goldsworthy’s art is not as political as the work of Christo and Jean Claude, but beautiful nonetheless. He immerses himself in a natural setting for a period of time and creates art using only what he finds. Some artists care more about the physical effect of their art then how visually pleasing it is. Jackie Brookner’s art actually helps to filter the air and water while being aesthetically pleasing.

Next week we will all be able to personally meet the “eco-artist” Betsy Damon who works specifically with water issues. In her piece living water garden, "Polluted river water moves through a natural, and artistic treatment system of ponds, filters and flowforms, making the process of cleaning water visible." Later on the Beehive Collective, a political and environmental art making organization, will also visit UD.

 

Take some time to look through some of the artist’s work and artist’s statements.

James Turrell: http://www.pbs.org/art21/artists/turrell/clip1.html#

Christo and Jean Claude: http://www.christojeanneclaude.net/rf.shtml

Andy Goldsworthy: http://www.rwc.uc.edu/artcomm/web/w2005_2006/maria_Goldsworthy/philosophy.html

Jackie Brookner: http://www.jackiebrookner.net/

Betsy Damon: http://keepersofthewaters.org/WhoAndWhat.cfm

Beehive Collective: http://www.beehivecollective.org/

For more artists: http://greenmuseum.org/archive_index.php

A great op-ed by Dusty Hall

Guest column: UD certainly isn’t missing the boat(s)

By the Dayton Daily News | Monday, September 7, 2009, 08:00 AM

This column was written by Douglas “Dusty” Hall, manager of program development at the Miami Conservancy District and a former assistant city manager in Dayton.

It’s no secret to the University of Dayton that young adults are full of talent — the kind of talent that businesses lust for.

Young talent is an increasingly sought-after commodity, and tens of thousands of young people are products of the Dayton area’s universities and colleges. So, where is our flood of new businesses? Or, more important, where are all the new young grads?

A recent report from the Thomas B. Fordham Institute suggests that about six out of every 10 of Ohio’s college students will leave, or are leaning toward leaving. This “brain drain” is not good news for a state with an aging work force and stagnant population.

The Fitz Center for Leadership in Community at the University of Dayton understands that a young, talented work force is essential to businesses, and it doesn’t believe Ohio’s and the region’s losses are inevitable. It’s working hard and smart for change that is altering the course of dozens of UD graduates.

Although some graduating students may still leave Ohio, for many that decision will be tougher. And, while a few dozen students staying here won’t trigger an economic windfall, the philosophy that underlies the early success of these efforts can be copied. What is the Fitz Center’s secret? It’s the students themselves — with a little water and a few canoes and kayaks mixed in.

Today, the Fitz Center and the College of Arts and Sciences are basking in the admiration of the McGregor Fund, a private foundation that has committed $180,000 to UD. That money will help develop a multidisciplinary curriculum geared to developing new civic leaders who are committed to the Greater Dayton community and who are good stewards of rivers and our other natural assets.

They can — and should — be new members of our work force.

The cornerstone of this effort is that students are not only leading the process, but teaching and learning in collaboration with Dayton public- and private-sector partners. Connect these dots: talented, civic-minded students; supportive host and collaborating institutions; leaders and leadership; the river; and a growing work force contributing to the economy.

Sound fishy? Maybe not.

Founded more than 60 years before the great flood of 1913, UD is home to a relatively young Rivers Institute. What sets it apart from similarly named institutes around the world is that students have been largely responsible for its birth and evolution. Just like the curriculum development project, the Rivers Institute is a product of student leadership.

Today, the Rivers Institute promotes the mutual interest of more than three dozen river stewards earning degrees in 15 different academic areas. The stewards are enormously talented, and they share an interest in our river.

They are inspired to their cause by the river. In addition to their annual 17-mile two-day river trip, this year’s senior stewards paddled 50 miles from near Indian Lake (the headwaters of the Great Miami River) to just north of Dayton. Elected officials and other dignitaries greeted and welcomed them during their passage.

River trips bring these talented young adults one step closer to the compelling grip of our river cities. In the words of Nolan Nicaise, a 20-year-old biology major: “We’ve formed connections with our place, our city, our Dayton.”

Because the stewards are connected to the community, because they’ve learned to love the river, they will be more likely to stay here after they graduate.

They will be more likely to be an economic force and new civic leaders. Already they are leaders within the university, and some are contributing to policy discussions in city government.

The Fitz Center has discovered a recipe worth copying. Take talented students from a supportive institutional framework, put them in kayaks and canoes, add water, mix in some community partners, and let the creativity flow.

For those of us in local and regional government, the message is clear.

There is a reservoir of local university and college students, many of whom have a desire and the capacity to add value to our communities.

Our challenge is to actively and creatively engage them; to share our experiences, listen to their ideas, provide constructive input, and then to break down barriers so they can do their work.

Although it will take time to quantitatively assess the impact of the Rivers Institute, one thing is for sure, UD and its Fitz Center have not missed the boat(s).

Friday, May 15, 2009

We Are Not Alone

Every once in a while, it's good to hear that what we are doing/working towards isn't just some crazy isolated idea. While skimming the book Greenways for America by Charles E. Little, I came across a chapter entitled 'Rivers Through the City' and thought everyone could benefit from this small excerpt:

From Casper to Yakima to Asheville, greenways or greenway-like projects have been extraordinarily successful in restoring rivers to their former economic and cultural significance. New jobs, new tax ratables, new recreational opportnities, the conservation of wildlife, and the maintenance and improvement of water quality are the tangible benefits of urban greenway-making.
But there is another benefit that should not be forgotten. For a hundred years or more, urban rivers have been relegated to the ugliest of urban functions - sewage disposal, sites for heavy industry, a place to dump the refuse of the city. Inevitably, the river corridors became a kind of no-man's-land, dividing cities, economically and socially, rather than uniting them - the poor on ones side, the rich on the other.
Today, many or the ugly functions have been replaced or have simply disappeared. Much of the heavy industry has relocated, and the dumps and sewer outfalls have (or can be) eliminated. When cities discover this, the impluse is strong to establish a greenway project along the riverfront. And then a kind of miracle happens. The river begins to join the people of the city together rather than separating them; what was once an open wound begins to heal itself and the city along with it. I cannot imagine a more persuasive justification than this for greenway action.


So there it is. I hope all of you are having good summers so far and don't forget if you're in Dayton we have to get out on our river soon!
Love,
Katie

Friday, April 24, 2009

Some big rivers show a big shrinkage

MSN Tracking Image
MSNBC.com

Some big rivers show a big shrinkage
A third of 925 measured have changed; most of those show drop in flows
msnbc.com staff and news service reports
updated 2:31 p.m. ET, Tues., April 21, 2009

The flow of water in some of the world's largest rivers has declined over a half century, according to a new, comprehensive study whose authors tied the discovery to global warming.

An analysis of 925 major rivers from 1948 to 2004, found significant changes in about a third, according to the study appearing in the May 15 edition of the American Meteorological Society's Journal of Climate. Of those, rivers with decreased flow outnumbered those with increased flow by a ratio of about 2.5 to 1.

The reduction in river flow to the Pacific Ocean alone was about equal to shutting off the Mississippi River, according to the researchers at the National Center for Atmospheric Research in Boulder, Colo.

The only area showing a significant increase in flow was the Arctic, where warming conditions are increasing the snow and ice melt, said lead researchers Aiguo Dai.

While Dai cited climate change as a major factor in the changes, the paper noted that other factors are also involved, including dams and the diversion of water for agriculture and industry.

Nonetheless, he said, "long-term changes in streamflow should be a major concern under global warming," which in many areas is altering precipitation patterns and increasing the rate of evaporation.

Indeed, the researchers wrote that "for many of the world's large rivers" the effects of dams, farming and development "are likely small compared with that of climate variations during 1948-2004."

"Freshwater resources will likely decline in the coming decades over many densely populated areas at mid- to low latitudes, largely due to climate changes," Dai said. "Rapid disappearing mountain glaciers in the Tibetan plateau and other places will make matters worse."

Added co-author Kevin Trenberth: "As climate change inevitably continues in coming decades, we are likely to see greater impacts on many rivers and water resources that society has come to rely on."

Research praised for showing 'water needs'
Margaret Palmer, director of the Chesapeake Biological Laboratory of the University of Maryland Center for Environmental Science, called it "an important paper with new findings that are relevant to the health of river ecosystems and the people who live near or rely upon rivers to meet water needs."

"What is important from this study is these authors show that these decreases are due to a changing climate, not human activities like extractions or dam building, yet these changes will have impacts on humans and ecosystems because many of these regions have large populations and drought-stressed ecosystems," said Palmer, who was not part of the research team.

Dai, for his part, noted that "reduced runoff is increasing the pressure on freshwater resources in much of the world, especially with more demand for water as population increases. Freshwater being a vital resource, the downward trends are a great concern."

Among the rivers showing declines in flow, several serve large populations. These include the Yellow River in northern China, the Ganges in India, the Niger in West Africa and the Colorado in the southwestern United States.

On the other hand, areas with rising streamflow near the Arctic Ocean tend to have small populations.

There was considerable year-to-year variation in the flow of many rivers, but the overall trend over the period showed annual freshwater discharge into the Pacific Ocean fell by about 6 percent, or 526 cubic kilometers of water. That's close to the 552-cubic kilometer average annual flow of the Mississippi, the researchers reported.

The annual flow into the Indian Ocean dropped by about 3 percent, or 140 cubic kilometers. In contrast, annual river discharge into the Arctic Ocean rose about 10 percent, or 460 cubic kilometers. There was little change in inflow to the Atlantic Ocean, where increases in the Mississippi and Parana rivers were balanced out by decreases in the Amazon River.

A cubic kilometer is a cube one kilometer on each side. A kilometer is about six-tenths of a mile.

Discharge of river water into the oceans deposits sediment near the river mouth and also affects worldwide ocean circulation patterns, which are driven by variations in water temperature and salinity.

The changes in the freshwater discharge so far are relatively small, but Dai urged monitoring that for any long-term changes.

Mississippi rose, Columbia fell
In the United States, the flow of the Mississippi River increased by 22 percent over the period because of increased precipitation across the Midwest. On the other hand, the Columbia River's flow declined by about 14 percent, mainly because of reduced precipitation and higher water usage.

Major rivers showing declines in flow included the Amazon, Congo, Yangtze, Mekong, Ganges, Irrawaddy, Amur, Mackenzie, Xijiang, Columbia and Niger.

Declines in the Niger River in the 1970s and 1980s in particular reflected the Sahel Drought, the paper said. In addition, the periodic El Nino cooling of sea surface waters in the tropical Pacific led to lower flows in the Amazon and higher ones in the Mississippi when the phenomenon was in effect.

The rivers studied drain water from every major landmass except Antarctica and Greenland, NCAR said in a statement, and account for 73 percent of the world's total stream flow.

The research was supported by the National Science Foundation.

URL: http://www.msnbc.msn.com/id/30326211/


© 2009 MSNBC.com

Tuesday, April 21, 2009

Rivers shrinking: Flow of many rivers in decline

WASHINGTON – The flow of water in the world's largest rivers has declined over the past half-century, with significant changes found in about a third of the big rivers. An analysis of 925 major rivers from 1948 to 2004 showed an overall decline in total discharge.

The reduction in inflow to the Pacific Ocean alone was about equal to shutting off the Mississippi River, according to the new study appearing in the May 15 edition of the American Meteorological Society's Journal of Climate.

The only area showing a significant increase in flow was the Arctic, where warming conditions are increasing the snow and ice melt, said researchers led by Aiguo Dai of the National Center for Atmospheric Research in Boulder, Colo.

"Freshwater resources will likely decline in the coming decades over many densely populated areas at mid- to low latitudes, largely due to climate changes, Dai said. "Rapid disappearing mountain glaciers in the Tibetan plateau and other places will make matters worse."

Added co-author Kevin Trenberth, "As climate change inevitably continues in coming decades, we are likely to see greater impacts on many rivers and water resources that society has come to rely on."

While Dai cited climate change as a major factor in the changes, the paper noted that other factors are also involved, including dams and the diversion of water for agriculture and industry.

Nonetheless, he said, "long-term changes in streamflow should be a major concern under global warming."

Indeed, the researchers wrote that "for many of the world's large rivers the effects of human activities on yearly streamflow are likely small compared with that of climate variations during 1948-2004."

"This is an important paper with new findings that are relevant to the health of river ecosystems and the people who live near or rely upon rivers to meet water needs," said Margaret A. Palmer, director of the Chesapeake Biological Laboratory of the University of Maryland Center for Environmental Science.

"What is important from this study is these authors show that these decreases are due to a changing climate, not human activities like extractions or dam building, yet these changes will have impacts on humans and ecosystems because many of these regions have large populations and drought-stressed ecosystems," said Palmer, who was not part of the research team.

Among the rivers showing declines in flow, several serve large populations. These include the Yellow River in northern China, the Ganges in India, the Niger in West Africa and the Colorado in the southwestern United States.

On the other hand, areas with rising streamflow near the Arctic Ocean tend to have small populations.

There was considerable year-to-year variation in the flow of many rivers, but the overall trend over the period showed annual freshwater discharge into the Pacific Ocean fell by about 6 percent, or 526 cubic kilometers of water. That's close to the 552-cubic kilometer average annual flow of the Mississippi, the researchers reported.

The annual flow into the Indian Ocean dropped by about 3 percent, or 140 cubic kilometers. In contrast, annual river discharge into the Arctic Ocean rose about 10 percent, or 460 cubic kilometers. There was little change in inflow to the Atlantic Ocean, where increases in the Mississippi and Parana rivers were balanced out by decreases in the Amazon River.

A cubic kilometer is a cube one kilometer on each side. A kilometer is about six-tenths of a mile.

Discharge of river water into the oceans deposits sediment near the river mouth and also affects worldwide ocean circulation patterns, which are driven by variations in water temperature and salinity.

In the United States, the flow of the Mississippi River increased by 22 percent over the period because of increased precipitation across the Midwest. On the other hand, the Columbia River's flow declined by about 14 percent, mainly because of reduced precipitation and higher water usage.

Major rivers showing declines in flow included the Amazon, Congo, Changjiang (Yangtze), Mekong, Ganges, Irrawaddy, Amur, Mackenzie, Xijiang, Columbia and Niger.

Declines in the Niger River in the 1970s and 1980s in particular reflected the Sahel Drought, the paper said. In addition, the periodic El Nino cooling of sea surface waters in the tropical Pacific led to lower flows in the Amazon and higher ones in the Mississippi when the phenomenon was in effect.

The research was supported by the National Science Foundation.