Alliance Members

Back Bay Watershed Association
Eel River Watershed Association
Herring Ponds Watershed Association
Jones River Watershed Association
Neponset River Watershed Association
North and South Rivers Watershed Association
Pembroke Watershed Association
Save the Bay: Narragansett Bay
Six Ponds Improvement Association
Taunton River Watershed Association
Weir River Watershed Association
Westport River Watershed Alliance

Showing posts with label sustainability. Show all posts
Showing posts with label sustainability. Show all posts

Friday, April 11, 2014

Reduce carbon emissions for a healthy Bay

By Kati Maginel, Captain and Education Specialist at Save the Bay—Narragansett Bay.

Reblogged from, and originally posted on, the Save the Bay—Narragansett Bay’s Tides blog on March 27, 2014.

EDUCATION THURSDAY


Kati Maginel
Captain and Education Specialist
One of my interests in my work at Save The Bay is to incorporate learning into our curriculum about sustainability, healthy living, and green communities. A healthier and better-informed individual can become a community asset by monitoring the health of Narragansett Bay. Responsible stewardship of our waters results in a more vibrant economy boosted by a diversity of recreational and sustainable commercial use. Our very culture in Rhode Island is intimately linked to healthy waterways and accessible coastlines; they go hand in hand, after all.

With these guiding principles, OSEEC AmeriCorps member Anna Kate Hein and I applied for a professional development opportunity run by the National Network of Ocean and Climate Change Interpretation (NNOCCI). We were excited to find out that we were accepted! 

Our first seminar was hosted at the 
Aquarium of the Pacific in Long Beach, CA. We found NNOCCI to be a well-researched and well-funded institution that is devoted to providing educators the resources needed to communicate climate information in a clear and scientific way. They leave visitors and students empowered with information needed to address climate change in their communities. 

Ninety percent of Americans rate climate change as their largest environmental concern. We can all agree that it’s an overwhelming and complex issue to tackle. One of the reasons the issue is so daunting is the multitude of factors that contribute to climate change as our understanding of the crisis evolves.

NNOCCI encourages us to use this metaphor to understand the basic science behind the changes we are witnessing:

“When we drive cars and use electricity and go about our daily activities, we burn fossil fuels like coal and gas. This pumps more and more carbon dioxide into the atmosphere, and this build-up creates a blanket effect, trapping in heat around the world. The ocean and the air absorb this excess heat.”

As educators, we can help the public to understand the changes to our ecosystem as our climate continues to change. All of the changes occurring can be addressed by the same simple solution: reduce the amount of carbon dioxide that we release into the atmosphere.

My personal goal is to reduce carbon dioxide by growing vegetables for family, neighborhood, and friends, and to be a resource for others in my community who wish to do the same. Eating locally grown food means fresher, healthier food, and a giant reduction in the amount of CO2 emitted, therefore thinning the CO2 blanket surrounding the earth.

Healthy Bay and healthy people! What more could we ask for? 

For more information on how to get involved in community efforts to reduce our carbon emissions, check out my favorite local news source, EcoRI News, and Aperion Institute’s Sustainable RI Directory.

- Kati

*Special thanks to NNOCCI’s research partner, Frame Works Institute


To read the original post, click here.  

Sunday, February 23, 2014

In an Increasingly Unpredictable World, We Must Secure Nature to Secure our Water

By Giulio Boccaletti, Managing Director of Global Water at the The Nature Conservancy

Reblogged from The Nature Conservancy’s Conservancy Talk blog, originally posted on February 21, 2014

A balmy Sochi. Photo: Flickr user waferboard under a Creative Commons license.
This has been an unpredictable winter for the northern hemisphere. The Winter Olympics is wrapping up in a balmy Sochi, Russia, where they have artificially produced snow in bulk and where, some say, it might well be impossible to host winter games within 50 years1.

Meanwhile, California has seen record low snowpack – a critical source of fresh water for California farms and homes for the rest of the year.

On the other end of the spectrum, the “polar vortex” has put a hard freeze on large portions of the United States, stalling out regional economies, while leaving the more northern icepacks – those in Alaska and Greenland, for example – susceptible to unusually warm temperatures.

This winter’s extremes, the record summer heat and drought in different parts of the world in recent years, and the “100-year storms” happening seemingly every year of late, are sending a clear message: unpredictable is the new normal.

The implications of this reality cut across all aspects of our lives. And, it starts with our water future.

As I’ve previously described in these pages2, water – the world’s silent currency – is a fundamental determinant of growth. As the foundation of our economies and societies, our global water system carries a roughly $500 billion annual price tag3 – a cost expected to double as billions more global consumers come on stage.

Historically, we have built this infrastructure – dams, levees, canals, and water treatment plants – based on the expectation that they will reliably serve our needs for decades, or even centuries. They have been built to withstand the most predictable events – based on long historical time series of hydrological and climate data – with the assumption that things will remain largely unchanged.

But, things are changing, and changing fast. As a result, we can’t just “engineer” a sustainable water future. As current infrastructure becomes increasingly inadequate in the face of a changing climate and a rapidly urbanizing world, we must make our future choices based on a broader portfolio of possible solutions.
 
Flooded banks of the Mississippi River. Photo: © David Y. Lee
In this reality, the role of nature in securing a sustainable water future becomes critically important.

Take flood protection on the mighty Mississippi River, for example. My colleague, Jeff Opperman, a senior freshwater scientist and the leader of our hydropower practice, wrote a great story about this a couple years ago in our Conservancy Talk blog.

In 1927, a 100-year flood struck the lower Mississippi. More than 100 levees failed or were overtopped, killing hundreds of people and displacing more than half a million from their homes. The disaster proved that we could not completely depend on our assumptions of how the most extreme weather events would behave, nor could we depend on the solution – a levees-only, “walled off” approach – that we thought would protect us from such events.

In direct response to this disaster, the Army Corps of Engineers began looking at the entire river basin for better flood protection options, rather than relying solely on the disjointed system of levees. This new approach included setting aside floodplain areas, which could reconnect to the river during major flood events – thereby giving the river more room to spread its floodwater and reducing pressure on levees.

Fast forward to another 100-year storm on the Mississippi in 2011. Despite the fact that this storm carried even more water than the 1927 storm, none of the levees failed, damage to property was relatively minimal, and there was no loss of life. By blending nature with built solutions, the Army Corps was able to expand the set of possibilities that the Mississippi River basin was prepared to absorb.

Nature is resilient, cost-effective and adaptable – whether its floodplains along the Mississippi or healthy watersheds that can help us more sustainably secure drinking water amidst increasing demands.

The challenge in achieving blended, more flexible water solutions is one of scale. Even if natural infrastructure accounted for roughly 10 percent of the anticipated future cost of our global water systems, we would still be looking at roughly $100 billion in investment in such solutions – an order of magnitude larger than the conservation community’s current collective scale.

Achieving scale, therefore, will require leadership from businesses, governments, and communities. We must pivot away from the traditional “white coats” management of water in the background of society to an active management of shared risks by all parts of society.

To motivate leadership and drive investments, we must continue to demonstrate the power of nature in helping us manage against these risks as resources become increasingly constrained.

As extreme droughts increase in frequency, farmers will need to grow more on less land, using less water. As 100-year storms become more frequent, governments and dam builders will need new tools and science to enable new water infrastructure projects that optimize the diverse functions of an entire river basin. And, as urban populations balloon, everyone will need to invest more in protecting the world’s natural sources of drinking water.

While we may have been able to engineer the 2014 Olympics in a sub-tropical location that appears to be phasing out its ability to support winter sports, we won’t be able to engineer a sustainable water future in this less predictable world without looking to nature to help us.

References:
1. Scott, D., Stieger, R., Rutty, M. and P. Johnson (2014). ‘The future of the Winter Olympics in a warmer World’. University of Waterloo. Available online at: https://uwaterloo.ca/news/sites/ca.news/files/uploads/files/oly_winter_games_warmer_world_2014.pdf. 2. Boccaletti, G. (2013). ‘Nature’s silent currency’. Global Water Forum.  Available online at: http://www.globalwaterforum.org/2013/03/20/natures-silent-currency/. 3. White, S., Biernat, J., Duffy, K., Kavalar, M.H., Kort, W.E., Naumes, J.S., Slezak, M.R. and C.R. Stoffel (2010). ‘Water markets of the United States and the World: A strategic analysis for the Milwaukee Water Council, Milwaukee, Wisconsin’. Final Report. Available online at: http://www.kysq.org/docs/White_WaterMarkets.pdf.

To read the original post, click here

Wednesday, January 8, 2014

The United (Watershed) States of America!

Today’s Guest Blogger is John Lavey, from Community Builders.

Reblogged from Community Builders’ The Plat Room blog.
THE UNITED (WATERSHED) STATES OF AMERICA
Posted on September 26, 2013 | Author(s): John Lavey →
In a departure from perhaps a more typical blog post here on Community Builders, today I throw on the lenses of historical revisionism to ask a big “what if”. Here goes.
The story begins with John Wesley Powell, the great one-armed adventurer and geologist. He was made famous for his successful runs through the Colorado River in 1869 and 1872. But perhaps his most important legacy rests in a lesser-known deed: Proposing in 1879 that as the Western states were brought into the union they be formed around watersheds, rather than arbitrary political boundaries. This idea rested on the observation that because of an arid climate, a statewide organization decided by any other factor would lead to water conflict down the road. Powerful forces, most prominently the rail companies, were proposing that state’s boundaries be aligned in ways best believed to facilitate agriculture, and thus best be enabled to capitalize off the lands given to them by the Federal Government. But the West, Powell observed, was too dry and its soils too poor to support agriculture at a scale common in the East.

Powell set out to produce a map, shown below, depicting what these “watershed states” might look like. (Take a look at any map of the union today, and you’ll know how successful Powell was). The rail lobby, buoyed by Charles Dan Wilbur and his theory that “rain follows the plough”, successfully swayed congressional opinion to accept state’s boundaries in their contemporary form.

John Wesley Powell’s proposed map of the Western United States, with boundaries according to watersheds.
It’s easy to look at Powell’s 134-year-old idea and see amazing prescience. The potential for water conflict in an arid climate was too important an issue to ignore. As Western irrigators opened up more land for agriculture and development, and as cities and towns grew in population, conflicts over water have indeed become more pronounced. In arid places like the Colorado River basin, where multinational agreements and accords with desert towns require minimum flows be served on a yearly basis, the potential for conflict keeps rising.
Which gets me to my “what if”: What if the Western states were formed around watershed as Powell envisioned? What would that look like and could we speculate on what that might mean for the functioning of modern communities? And since we’re going down that road, let’s ask another what if: What if all of the American states were based around principal watershed, from coast to coast – something even Powell didn’t consider.
Armed with an elementary understanding of GIS and various shapefiles, I set out to create such a map. Some notes on the map itself: It doesn’t look like Powell’s, exactly. Since I decided to take a look at the whole of a country rather than just the arid parts, which includes U.S. possessions on the east coast, boundaries will differ. On top of that, I had access to data that Powell did not; namely Hydrologic Unit Code – HUC –  shapefiles, which depict watersheds from their largest catchment down to very small, creek-level, areas. My priorities for creating this map were to: end up with 50 states; keep larger watersheds intact; try to locate watershed states in roughly the same geography as present-day states; maintain national borders; and try to keep state capitals in each state. Here’s what I came up with:
Watershed states map of the United States of America (updated version). (If you want finer grain detail, which this map includes, click on the image to visit our flickr page) OR go to the new version I posted in Google Earth.
Sure looks different. Besides the obvious changes in land mass and state populations, what else might be transformed if the states were composed this way? Donald Worster, author of the must read “Dust Bowl: The Southern Plains in the 1930’s and Powell biographer, noted in a 2003 interview on NPR that “We would not have, if Powell’s ideas had carried through, any of our huge federal water projects. And we certainly would not have had anything like the massive urban growth that’s taken place in the West.” This is because Powell wanted to organize new Western communities based on the system used by Mormon settlers in Utah, who effectively used irrigation to divert mountain streams, lakes and rivers to their fields. If new Western communities were organized around water and watersheds and used this form of irrigation agriculture, Powell believed, it would force people to use water efficiently, lest overuse or pollution compromise the source. Powell also believed that such an organization would enable communities to be better prepared to stave off attempts by others to seize their water.

“Any city — Los Angeles, for example — would have had to deal with these local watershed groups and meet their terms,” Worster said. “For Powell, the water would not be taken out of the watershed or out of the basin and transferred across mountains … hundreds of miles away to allow urban growth to take place. So L.A., if it existed at all, would have been a much, much smaller entity. Salt Lake City would be smaller. Phoenix would probably not even exist.”
Maybe. Outside the community organizing aspects of Powell’s vision, I think there are some effects we’d see as a nation if only the state delineation idea had survived:
·         Transportation networks could be made more efficient in some places. Low spots in watersheds tend to form the backbone of our transportation systems – roads tend to follow rivers, not ridges. In their present day configuration, state transportation departments sometimes have to maintain roads that they access through adjoining states, or form maintenance agreements with other states to maintain their roads for them. Alta, Wyoming is a good example of this: Its in the Western Teton foothills in Wyoming, but its primary access is via “Ski Hill Road” heading east out of Driggs, Idaho. Locals refer to this situation as “Alta, Wydaho” because it is landlocked from the rest of Wyoming. In the watershed states, that situation no longer exists.
·         The Electoral College would be completely changed. States losing and gaining house members would shift the balance of political power substantially.
·         Land and wildlife management could be streamlined. Because many of these watersheds encompass unique ecosystems, climates and geographies, a watershed states approach could result in more efficient state land management departments better equipped to deal with their particular regional needs.
·         If states were organized around watershed and the idea that water should be used efficiently, then that conservation ethic could also have taken root in the way places were built. Recognizing that it is both fiscally unwise and squandering of agricultural/open space, towns may have grown up with a more compact, mixed use form because of their performance relative to those two benchmarks.
These are a few ideas I have. What do you think?
Had Powell’s vision for the Western states been realized, its tough to say whether the water conflicts this growing nation stands to face would be ameliorated. Human nature is to grow, expand and thrive. We are an inventive and exploratory species, able to create new technologies, new systems and solutions, and become ever more efficient along the way. So much so that it just seems unlikely that population growth and water conflict could be avoided the way Powell envisioned. So while modern day Phoenix would “probably not even exist”, as Worster says, I’d wager that a different version of it would have grown elsewhere.
Moreover, at this stage in our national historic narrative, we are in no position to adjust state boundaries this radically – and while it’s intriguing to write about, it’s not an idea I’m boosting. But perhaps there is the chance that if John Wesley Powell had had his way, communities would have grown up with a different water ethic, one that considered longer term into the future than the next cycle of the plow.
[*11/07/13 UPDATE: I'm working on a series of products that explore this concept further. My first step was to embed the states in Google Earth. You can check that out HERE]

[*11/21/13 UPDATE: I've received a number of requests from a number of different organizations and individuals asking that I perform a similar analysis at multiple scales: What would Europe look like under a 'watershed states" approach? Asia? What about American Counties?  What do we know about the value - we're talking dollars here - of American watersheds?
These ideas are great, and one's I'm very interested in pursuing (contingent the funding to do so).
But there is one idea that I can respond to right now, which is "What would these 'states' look like without adhering to national borders?" In other words, what if I removed one of my "filters" - maintain national borders? This is something I've already done, as a relic of the creation of the original map. So how would THAT look? (hi-res version on our Flickr account, HERE)