casco bay at usm...casco bay a marine dominated coastal embayment tidal water exchange is (usually)...
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CASCO BAY AT USM
Towards Place-based Academic Excellence
Curtis C. Bohlen Director, Casco Bay Estuary Partnership
Outline
Setting the Stage the shape of the problem, the opportunity
Who or what is the Casco Bay Estuary Partnership? This is not just for the sciences… Condition of Casco Bay (and its watershed) Recent CBEP research projects Bringing it all together
Connecting CBEP with the academy Initial ideas
The Message:
A place-based environmental focus: Allows exploration of environmental problems via multiple
disciplines and interests Highlights the idea that “environmental” issues are about much
more than environment Provides a context for development of local expertise that
highlights USM strengths Casco Bay Estuary Partnership
Is charged with bringing good thinking and creative solutions to bear on the environmental challenges facing our region
Has been part of the USM family for 17 years Has working relationships with local and regional environmental
practitioners
How’s Your Estuary Doing?
People Want to Be on the Coasts
Shore-adjacent Counties 18% land 36% population 38% employment 42% economic output
Housing on Portland’s Waterfront
Source: Kildow, Colgan and Scorse. 2009. State of the U.S. Ocean and Coastal Economies 2009. National Ocean Economics Program. http://www.oceaneconomics.org/NationalReport/
Recreation
Transportation
Marine Resources
A Sense of Place
Casco Bay Estuary Partnership
One of 28 “National Estuary Programs”
Hosted by USM’s Muskie School
A 23 member LOCAL advisory board
National Estuary Program Study Areas
CBEP Mission
To support cooperative efforts to protect and restore the health of the Casco Bay ecosystem and watershed, while ensuring compatible human uses through effective stewardship and management
Casco Bay
A marine dominated coastal embayment
Tidal water exchange is (usually) much greater than river flow
Conditions in Casco Bay reflect BOTH Large scale marine
processes Activities on land
Casco Bay Watershed
985 Square Miles 42 Municipalities About 200 Square
Miles of Water More than 575 miles
of shoreline 785 islands, islets and
ledges 3% Maine’s land area
~17% of population
CBEP Priority Areas
Habitat Stormwater Toxics Clam Flats and Swimming Beaches Stewardship Cross Cutting Issues Science and Monitoring
Our Approach
Casco Bay Estuary Partnership is a catalyst for action
We anchor a community working on behalf of Casco Bay
Focused, collaborative Credible data and
information Strategic direction We build consensus, facilitate
communications and attract funds for protection of the Bay.
Other opportunities and partners
Board members and
long term partners
Staff of CBEP
Our Partners
Governments and government agencies
Citizens and civic organizations
Private sector Academia
Issues on the Horizon
Three Emerging Concerns Climate change, rising
seas, and ocean acidification
Urbanization and suburbanization
Nutrients in near shore waters
Ongoing Concerns Fecal contamination; ~ ¼ of all clam flats
permanently closed Many toxics are declining;
others remain high
Upstream From Casco Bay
Mostly forest ~ 67% Upland Forest ~ 5% Wetland ~11% Developed Only about 6% impervious
surfaces
~230,000 people in the watershed (2000 census)
Population Density ~ 255 people per square mile
A big difference between upper (forested) and lower (suburban) watersheds
That Ain’t So Bad….
Santa Monica Bay Restoration Commission (another NEP) 266-square mile Bay 400-square mile
watershed. 1.9 MILLION population Population Density of 4750
people / sq mile Estimated to reach ~ 2.5
million by2020 Significant portions of the
watershed > 85% impervious
Photo: Marshall Astor, via Flickr.com
Landscapes are Constructed
Source: The Manahatta Project Now the Welikia Project http://welikia.org/
Changing New England Forests
Data From: Foster D. 2003. Forest Change and Human Populations in New England. Harvard Forest Data Archive: HF013.
0%
20%
40%
60%
80%
100%
1600 1650 1700 1750 1800 1850 1900 1950 2000
Perc
ent o
f For
est A
rea
1600
s
Year
Maine New Hampshire Vermont Massachusetts
Rhode Island Connecticut New England
Landscapes are Constructed
The meaning of a landscape is not given
Humans build not only landscape, but meaning
Meaning inspires what we do on the land
Is this….
The Great North Woods?”
“The Forest Based Economy?”
Just the great north sheep pasture 100 years late?
All three?
Population in the Casco Bay Watershed
Population has been growing ~ 1% per year
Projections suggest continued moderate increases 1% growth for 20 years
implies about a 22% increase in population
These predictions based on national models, some local projections project slower increases
0
50
100
150
200
250
300
350
1960 1980 2000 2020 2040 2060
Popu
latio
n Th
ousa
nds
Year
Estimated and Projected Population Casco Bay Watershed
Estimated Population Predictions U.S. Census
Source: Woods and Poole Economics, Inc., via NOAA's Spatial Trends in Coastal Socioeconomics (STICS)
Land use in coastal watersheds is changing quickly.
1960 2020
Graphic courtesy of SPO, Expansion of Development.
Coastal Development Patterns
Our Impaired Waters are Suburban
A close relationship between impaired streams and watershed imperviousness
Urbanization And Coastal Waters…
Fore River, Portland Maquoit Bay’s protected shoreline
Photo by Christina Epperson Maine Coast Heritage Trust
Climate Projections for The Casco Bay Region “Climate Change in
Casco Bay Watershed” (2009)
Our Future is likely to include: More hot days Fewer cold days More precipitation More severe rainfall
events More droughts
Historical Climate (Portland Region)
Ice Out Day on Sebago Lake
Days with Snow on the Ground
Average Annual Temperature
Total Annual Precipitation
1800 2008 2008 1890
1965 2005 2008 1890
Central Questions
How do we accommodate 25% more people in the Casco Bay watershed in less than a generation and not cause significant declines in environmental health, marine resources, recreational amenities, and quality of life?
How do we build communities resilient to changing environmental conditions caused by global, regional and local processes?
Some CBEP Research and Monitoring Projects Fish passage surveys Presumpscot “Vision,
Values and Priorities” Project
Coastal wetland restoration
Portland COAST project
Sea level rise and coastal wetlands
Clam flat acidification
Fish Passage Survey
Prioritize restoration to support anadromous fish populations
> 1400 sites surveyed over two years State-wide protocols
Fish passage assessment Flood risk assessment Link to federal and state
agencies and researchers developing GIS-based analytical tools
Presumpscot River
Collaborative effort with land trusts, local municipalities
Development of consensus priorities for land conservation across the lower Presumpscot River watershed
Tidal Restriction Assessment
Which sites offer the best opportunities for restoration?
List of ~ 120 candidate sites across Casco Bay
Focus on ~20 sites in 2012 to develop and test field and “desktop” protocols
Conclusions There was no “typical” tidal
restriction Field work is expensive and time
consuming, so need to target efforts based on information derived from “desktop” analysis
LIDAR data provides significant insight into restoration potential
2013 focus on restoration implementation, not survey
COAST Project
New England Environmental Finance Center
Funded through a “Climate Ready Estuaries” Grant
Economics of sea level rise in Portland and seacoast New Hampshire
Common themes: Storms are projected to be the
major source of damages in the near term (~ 40 years)
Many adaptation actions cost effective even under low (or no) SLR scenarios (“no regrets”)
Private assets vs. public costs
Estimated real estate losses due to increased sea level (red) and storm surge (blue) in Back Cove, Portland (Year 2100, High SLR scenario, 100-year Storm).
Wetland Migration and Land Use
Aerial Photo Wetland
Changes –3ft SLR
Impervious Cover
Wetlands Close to IC
Sensitivity to Sedimentation Rate
Clam Flat Acidification
Is low pH mud affecting clam reproduction and abundance?
FOCB survey of pH at 30 flats around Casco Bay
Darling Marine Center researchers running sediment analysis
CBEP collecting data on abundance of spat and clams
Mark Green (St. Joseph’s College) measuring aragonite saturation state
Upcoming “Mud Summit”
N Y
7.2
7.4
7.6
7.8
8.0
8.2
Productive? (Anecdotal)
pH
N Y7.
27.
47.
67.
88.
08.
2
Productive? (As Sampled)
pH
Case Study: Long Creek
Long Creek Is located in a suburban,
mostly commercial watershed, with no industrial discharges
Fails to meet applicable water quality standards
Similar watersheds can be found nationwide 30 other “Urban Impaired
Streams” in Maine alone Hundreds of similar
watersheds nationwide
Long Creek Watershed
Maine Mall
Portland Jetport
Long Creek Watershed Management District (LCWMD)
A non-profit, quasi-municipal corporation created under the authority of four municipalities expressly to manage stormwater in the watershed
Participation a condition for the General Permit A board appointed by town councils, with representatives
from businesses, towns, non-profits Administered by the Cumberland County Soil and Water
Conservation District
Long Creek Opportunities
Several academic papers have been published based in part on Long Creek
USM faculty research leverages LCWMD investment in monitoring to support urban watershed science
The innovative institutional structure raises questions What makes collaborative governance Possible? Successful?
No one is (yet) looking at the effect of the LCWMD on attitudes
How could this novel institutional effort be better linked to the classroom?
CBEP Links to Academic Programs
Undergraduate interns Muskie Student Research
Assistanceships Service Learning Projects
Will Gattis and Josiah Brown An Update of the Economic Impact of
Mya arenaria in Casco Bay
Guest lecturer for numerous classes Support for USM research
Letters of support Technical assistance Locate partners Funding
NSF EPSCOR discussions ???
Muskie student, Caitlin Gerber assisting with collection of data on abundance of clams and relation to sediment pH.
NEP Links to Academic Institutions
Close ties with research community at host institution Piscataqua Region Estuary Partnership, NH
Staff with joint academic responsibilities Narragansett Bay Estuary Program, RI
Direct involvement of academic institution and students in environmental monitoring
Morro Bay NEP, CA
Joint research projects, research collaborations, and funding of research
Many examples
Academic participation on Management Committee Almost universal among NEPs
Three Ideas….
New national science education standards Place-based environmental science is an excellent context for integrating
science into curriculum Potential partner: School of Education, environmental science
Historic aerial photographs Portland Water District has historic aerial photographs from the 1930s
Potential partners: Osher Map Library, GIS Laboratory, History Department, Art programs….
Environmental Monitoring We need monitoring tools that provide better “early warning” of
environmental change. Can metagenomics technologies provide a more nuanced view of marine metabolism than conventional monitoring tools? Potential partners: Chemistry, biology (genetics), environmental science, GIS,
statistics, computer science….
Where to next?
Substantial teaching loads for most USM faculty mean that any program needs to connect with the classroom, not just with research
A place-based focus on environmental topics would make the most of USM’s community connections, allowing faculty to capitalize on local knowledge to leverage high quality research
Casco Bay is a microcosm of issues facing coastal areas nationwide and globally. While work would be local, lessons will be transferrable.
What can the University do?
Facilitate conversations across disciplines Speaker series Faculty training
Look for synergies across disciplines Institutional – level fundraising
Create a group to coordinate – and give it a budget Appoint faculty leaders Provide staff support Support development of innovative teaching ideas
Support development of long-term service learning relationships One-off service learning projects are time intensive for faculty and
partners Long term service relationships (e.g., around monitoring) build a
different kind of engagement with issues and data
What can CBEP do?
Stay engaged with discussions Provide leadership as the USM Community deems
appropriate Make use of our connections to facilitate development of
partnerships for USM faculty Support (lead, where appropriate) external fundraising BUT…..
We are a small staff, with full time jobs to implement the Casco Bay Plan
CBEP annual workplan development process is underway Staff time? Strategic Funding?
The Message:
A place-based environmental focus: Allows exploration of environmental problems via multiple
disciplines and interests Highlights the idea that “environmental” issues are about much
more than environment Provides a context for development of local expertise that
highlights USM strengths Casco Bay Estuary Partnership
Is charged with bringing good thinking and creative solutions to bear on the environmental challenges facing our region
Has been part of the USM family for 17 years Has working relationships with local and regional environmental
practitioners
Curtis Bohlen
Director, Casco Bay Estuary Partnership
cascobayestuary.org
Thank You
For LCWMD information restorelongcreek.org
Photo: C. Bohlen
Sea Level Rise Projections
0.5 1.2 Change (ft) 1.4 4.4
Somerset Street, Oct 27, 2011 High tide
Present-Day Tidal Inundation
Eat your Broccoli – It’s good for you
Now there’s a failed marketing line…
Coastal protection efforts are too
often about what we ought to do, not about the good things we get by doing them.
We need a long term perspective Changes in behavior take
decades
Focus on the world we are building, not the harms avoided
NEP Institutional Structures
Type of Institution Number Federal Agency (EPA) 2
State Agency 5
Independent or Quasi-State 5
Local Government 1
University / College 6
Nonprofit 9
Total 28
NEPs Have Few Commonalities
All NEPs have: Local “Management Committee” Locally developed, watershed-based “Comprehensive
Conservation and Management Plan” or “CCMP”
All NEPs get: Federal funding In recent years, ~ $600,000 annually
(for all but NEPs with separate appropriations)
Must match federal funding 1:1 with non-federal funds
Model Changes In Wetland Area
Place in A Mobile Economy
People and businesses are increasingly free to locate almost anywhere
Sense of place becomes a key asset for a community
New England Landscape Iconography
Small towns, white churches Stone walls Village greens, elm trees Lobster boats, lighthouses Sugar shacks, maple trees
Built mostly out of the remains of the
agrarian economy of 18th and 19th C. Secondarily out of rural economic
practices of the early 20th C.
Iconography of Maine Coast
Working water front – the picturesque kind
Lobster boats Clam flats Picnics Spruce trees (Eric Hopkins) 19th C Hotels Rusticators, summer
“cottages” Artist colonies Saltwater farms, old barns