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Transcript of Liquid Assets
I n v e s t i n g I n T h e N a t u r e O f S o u t h w e s t e r n I l l i n o i sC O N S E R V A N C Y
Realizing the Value of Your Community’s Wetlands
2013
LIQUID ASSETS
Cover photos: Eastern Kingbird (Copyright Kara Pritchard); Flooded Corn�eld (FEMA)
This guide to wetlands and their values has been produced by HeartLands Conservancy with funding provided in part through the United States Environmental Protection Agency under Section 319 of the Clean Water Act distributed through the Illinois Environmental Protection Agency.
This handbook should be used to guide communities’ conservation, management, and utilization of wetlands. This handbook was compiled by HeartLands Conservancy, a 501(c)3 organization that is committed to investing in healthy and sustainable agricultural, natural and social communities for current and future generations.
HeartLands Conservancy primarily serves Madison, St. Clair, Monroe, Bond, Clinton Washington, and Randolph counties in Illinois; however, the data contained herein may be applicable to other communities in areas where wetlands are present and ready to be valued.
406 East Main StreetMascoutah, Illinois 62258
(618) 566-4451wwww.heartlandsconservancy.org
I n v e s t i n g I n T h e N a t u r e O f S o u t h w e s t e r n I l l i n o i sC O N S E R V A N C Y
ILLINO
IS ENVI
RONMENTAL PROTECTION AGENCY
Realizing the Value of Your Community’s Wetlands
LIQUID ASSETS
Disclaimer: The work that provided the basis of this publication was supported by funding under an award with the U.S. Department of Housing and Urban Development through East-West Gateway Council of Governments. The substance and findings of the work are dedicated to the public. The author and publisher are solely responsible for the accuracy of the statements and interpretations contained in this publication. Such interpretations do not necessarily reflect the views of the Government or East-West Gateway.
What Is In Your Portfolio?
What is a Wetland?.........................................................................................................................6The American Bottom....................................................................................................................7Understanding Your Liquid Assets................................................................................................8Ecosystem Services........................................................................................................................9Water Quality..................................................................................................................................9Air Quality.....................................................................................................................................10Stormwater & Flooding.................................................................................................................11Wildlife & Recreation...................................................................................................................12Property Values.............................................................................................................................13The Multiplier Effect....................................................................................................................14Wetland Restoration.....................................................................................................................15What is a Watershed?....................................................................................................................17The Policy of Wetland Preservation.............................................................................................18Zoning & Ordinances...................................................................................................................19Funding Wetland Preservation.....................................................................................................19 How Do Citizens Get Involved?...................................................................................................21Resources & References...............................................................................................................22Kid’s Website (CARD)..................................................................................................................23
This handbook is designed to provide your community with the necessary information to value and protect its wetlands. The loss of wetlands in the American Bottom in Illinois to agricultural or (sub)urban development is staggering. This handbook explains the history of American Bottom wetlands and their role in controlling the ebb & flow of water in our region. Arlington Wetlands, a restored 83-acre wetland in Pontoon Beach is the showcase project for this handbook. By using this remnant oxbow wetland as an interactive illustration, we hope to showcase natural wetlands’ multitude of benefits as well as restore, interpret and preserve a piece of our regional history.
Wetlands and watersheds are explained in the most basic terms to give an understanding of how the American Bottom is affected by and affects the lifestyles of residents in your community. Wetlands provide numerous values, such as stormwater management, flood control, enhanced air quality, and improved quality of life for your residents. Using mechanisms outlined in this handbook to protect wetlands, your community may reap these benefits and avoid the costly challenges that wetland development implies. This handbook is a guide to protecting your community’s “liquid assets”.
While developed for the American Bottom, the general principles outlined here offer significant benefits for watersheds throughout the State of Illinois.
TABLE OF CONTENTS
EXECUTIVE SUMMARY
Liquid Assets: Realizing the Value of Your Community’s Wetlands6
To fully understand the value wetlands provide to communities, it is important to understand how they work. Many times, wetlands are criticized as “swamps” with rotting vegetation and swarms of mosquitoes. A healthy wetland is none of these things. Healthy wetlands are attractive, functioning ecosystems capable of housing a vast variety of plants and animals, all the while cleaning our stormwater and the air we breathe and recharging our groundwater.
Simply put, wetlands are areas where water covers the soil, or is near the surface of the soil during all or part of the year. This presence of water fosters the development of characteristic wetland soils - the real backbone and workhorse of the wetland ecosystem. These special soils attract aquatic and terrestrial species not found in other areas.
A wetland ecosystem consists of 3 basic rings: Upland, Riparian and Aquatic (see graphic below). Upland wooded areas are dominated by hardwood tree species and/or woody vines. Riparian areas consist of wet prairies or grasslands and can be dry or saturated depending on the wetland. The aquatic ring is the open water portion of the wetland. The boundaries between each ring are not well defined, with soil type and elevation determining which areas can sustain unique vegetation and which hold water most consistently.
Recognizing that wetlands are more than just their aquatic areas is the first key to realizing their full potential for community development. The outer dry rings cannot be taken for granted as unnecessary - they serve as the floodplain for the wetland. To maximize the benefits of your wetlands, plan your land uses accordingly. For example, filling in or moving wetlands is not the smartest, “best use” decision. Those special soils described above? They can take years to develop and are not easily recreated under any condition.
You should treat any existing, functioning wetlands as the crown jewels of your municipal stormwater system.
“Wetland SOILS are the real backbone
and workhorse of the wetland ecosystem.”
WHAT IS A WETLAND?
www.HeartLandsConservancy.org 7
The American Bottom in Illinois is the floodplain of the Mississippi River, extending from Alton, Illinois in the north to the mouth of the Kaskaskia River in the south. Since Euro-American settlement of the American Bottom in the early 1800s, there has been significant modification to the landscape of this region. Wetlands once comprised ~35% of the American Bottom. Contained within a ridge and swale complex, the wetlands provided habitat to an extremely wide diversity of plant and animal species (see map of American Bottom ca. 1800 at left).
Recognizing the fertility of the soil, settlers quickly tiled, drained, leveed and leveled much of the original landscape for agricultural purposes. Today, the resulting landscape reflects a generally dysfunctional natural hydrologic system, represented by canals, isolated wetlands and eroding streambanks. Interior flooding has become increasingly prevalent in the American Bottom over the past two decades. This has been exacerbated through the loss or degradation of wetlands and natural stream corridors, as well as the increase in impervious surfaces in rapidly expanding communities.
THE AMERICAN BOTTOM
The American Bottom was once comprised of 35% wetlands. 85% of those wetlands have been drained, tiled and leveled.
Despite a massive effort during the past 100+ years to prevent flooding through levees, average annual flood damage in the Mississippi Basin has increased 140%4. These “flood control” measures actually increase river stage and velocity. A flood management strategy that incorporates wetland preservation to hold precipitation where it falls and store flood waters is a smart strategy.
According to the National Flood Insurance Program, from 2002–2006, insured �ood losses in Illinois totaled more than $16.7 million5.
American Bottom
Liquid Assets: Realizing the Value of Your Community’s Wetlands8
As you can see in the map below, Illinois has lost the majority of its wetlands. When wetlands are lost to agricultural, industrial or urban development, the critical benefits they provide are also lost. Though wetland loss in our region is high, important areas still exist that can provide the many values wetlands afford. It is imperative to restore wetlands in areas where doing so is feasible and, more simply, to protect those wetlands that remain natural and unaltered.
The most common value associated with wetland preservation is improved water quality. While some may associate the term “wetland” with murky water, the truth is that wetlands are excellent at filtering water and removing pollutants before water returns to the water table and, ultimately, the public water supply.
Wetlands also filter air and improve air quality. Wetlands act as carbon “sinks;” the water itself and the wetland vegetation actively pull excess carbon from the air creating an atmosphere that is more pleasant and healthier for plants, animals and humans. Wetland preservation can be an inexpensive solution for communities striving to meet air quality standards.
Wetlands also relieve community’s flooding issues. Wetlands act as a sponge, absorbing large amounts of overland flow during storm events and hold water when stream and river levels are high.
Many plant and animal species depend on the unique habitat that wetlands provide. A consistent source of water throughout the year is important to many bird and reptilian species. The native grasses, plants and trees associated with wetland ecosystems provide food, and wetlands are also a crucial link in travel corridors for migratory birds and larger mammals which travel throughout a greater landscape during their lifetime.
Lastly, wetlands contribute to residents’ quality of life. Wetlands provide scenic views and buffer differing land uses. Wetlands are optimal for passive recreation opportunities and are often used for science education and nature studies. Wetlands, like most green spaces, increase property values and meet home buyers’ need for a community that is clean and aesthetically pleasing.
Simply put, protect those wetlands that remain natural and unaltered.
UNDERSTANDING YOUR LIQUID ASSETS
www.HeartLandsConservancy.org 9
Most of us don’t think about, or even realize, the amazing variety of services the environment around us provides every day. We call this myriad of benefits on which we depend “ecosystem services”. Ecosystem services range from the obvious–crops, fish, fresh water–to those that are harder to see–erosion regulation, carbon sequestration, and pest control. Whether we find ourselves in the city or a rural area, the ecosystems in which humans live provide goods and services that are very familiar to us, and which we often take for granted.
The graphic at right presents a summary of the literature on the monetary values of wetlands and other ecosystems, showing that wetland ecosystems can have among the highest values. Wetland ecosystems can be of particularly high value where they regulate water quality and flow, such as in the American Bottom, thus providing clean water and mitigating natural hazards to nearby towns and cities.
To put this into local perspective, A restored 999-hectare (~404 acre) wetland along the Illinois River could yield a net benefit of $1.99 million to the local economy, after taking into account all costs and benefits6.
Degraded water quality can be caused by a wide variety of culprits. Regardless of the source of the pollutants, wetlands are built to treat and clean the water they receive. The most difficult kind of pollution to mitigate is “non-point source pollution”, which contaminates our waterways through stormwater runoff. Many communities strive to treat stormwater where it falls, however, that is not always possible; wetlands are the second line of defense.
ECOSYSTEM SERVICES
TEEB FOR WATER AND WETLANDS
09
Figure 2.2 Range of values of all ecosystem services provided by different types of habitat (Int.$/ha/yr2007/PPP-corrected)6
Table 2.1 Wetland Ecosystem Services and related ecosystem structures and functions
Source: building on Barbier 2011
Ecosystem services Ecosystem structure and function Examples of Valuation Studies
Coastal protection Attenuates and/or dissipates waves, buffers winds
Badola and Hussein (2005), Barbier (2007), Costanza et al. (2008), Das and Vincent (2009), Bayas et al. (2011)
Erosion control Provides sediment stabilisation and soil retention
Sathirathai and Barbier (2001)
Flood protection Water flow regulation and control Brouwer and van Elk (2004)
Water supply Groundwater recharge/dischargeAcharya and Barbier (2000, 2002),Smith and Crowder (2011)
Water purification Provides nutrient and pollution uptake, as well as retention, particle deposition
Byström (2000), Yang et al. (2008), Jenkins et al. (2010)
Carbon sequestration Generates biogeochemical activity sedimentation, biological productivity
Jenkins et al. (2010),Sikamäki et al. (2012)
Maintenance of temperature, precipitation Climate regulation and stabilisation
Raw materials and food Generates biological productivity and diversity
Sathirathai and Barbier (2001), Islam and Braden (2006)
Maintains fishing, hunting and foraging activities
Provides suitable reproductive habitat and nursery grounds, sheltered living space
Johnston et al. (2002), Barbier (2007), Smith (2007), Aburto-Oropeza et al. (2008), Sanchirico and Mumby (2009)
Tourism, recreation, education and research
Provides unique and aesthetic landscape, suitable habitat for diverse fauna and flora
Hammitt et al. (2001), Johnston et al. (2002), Carlsson et al. (2003), Othman et al. (2004), Brouwer and Bateman (2005), Birol et al. (2006), Birol and Cox (2007), Do and Bennet (2008), Jenkins et al. (2010).
Culture, spiritual and religious benefits, bequest values
Provides unique and aesthetic landscape of cultural, historic or spiritual meaning
Kwak et al. (2007)
1 10 100 1 000 10 000 100 000 1 000 000 10 000 000
Coral reefs (94)
Coastal wetlands (139)
Coastal systems (28)
Inland wetlands (168)
Tropical Forest (96)
Rivers and Lakes (15)
Temperate Forest (58)
Grasslands (32)
Woodlands (21)
Open oceans (14)
Note: Figure 2.2 shows range and average of total monetary value of the bundle of ecosystem services per biome. The total number of published value estimates per biome is indicated in brackets; the average value of the value range is indicated as a star sign. Source: de Groot et al. (2012) building on TEEB (2010).
WATER QUALITY
int.$/ha/y (international $ per hectare per year)
$4,280= maximum documented value of
WATER TREATMENTservices provided by inland wetlands (int.$/ha/y)
$5,189= maximum documented value of
FRESH WATER SUPPLYservices provided by inland wetlands (int.$/ha/y)
1 hectare = 2.47 acres*
Liquid Assets: Realizing the Value of Your Community’s Wetlands10
Southwestern Illinois is home to the second highest amount of carcinogens in the US EPA’s National-Scale Air Toxics Assessment. The State of Illinois ranks 7th overall in total greenhouse gas emissions, contributing 4% of the total US greenhouse gas emissions (An Inventory and Analysis of Greenhouse Gas Emissions in America’s Heartland, World Resources Institute).
Wetland protection and restoration are valuable tools in combating both an influx of greenhouse gases and impaired air quality. Wetlands improve air quality through carbon sequestration. Wetland plants pull carbon from the atmosphere and, in return, release oxygen. Carbon is stored in the living plants as well as in preserved plant biomass called peat (see graphic below). Filling, clearing, and draining wetlands results in a release of carbon into the atmosphere, providing further reason to protect wetland ecosystems.
In addition to the benefits of the aquatic species within American Bottom wetlands, they are also ideal habitat for Bottomland Hardwood Forests, another rapidly declining habitat. Each acre of growing bottomland hardwood forests will sequester 2,566 pounds of carbon each year, according to R. A. Birdsey in 1996 for American Forests. An example of the economic impact of this invisible work? A study of Chicago’s air quality concluded that the city’s trees alone produced $9.2 million (1994 dollars) worth of air quality improvements in just one year.
Another important consideration and benefit from clean air is, of course, health. A March 2011 peer reviewed EPA analysis shows that the Clean Air Act Amendments of 1990 prevented more than 160,000 premature deaths in 2010 and will prevent an estimated 230,000 deaths in 20208.
Businesses and the economy directly bene�t from the prevention of 17 million work days lost in 2020 due to poor air quality8.
habitat.noaa.gov
SequestrationCarbon dioxide in theatmosphere is taken in by trees and plants during the process of photosynthesis
Some carbon is lost back to the atmosphere through respiration. The rest is stored in the leaves, branches and roots of the plants.
StorageDead leaves, branches and roots containing carbon are buried in the soil, which is frequently, if not always, covered with tidal/flood waters. This oxygen-poor environment causes very slow breakdown of the plant materials, resulting in significant carbon storage.
AIR QUALITY
www.HeartLandsConservancy.org 11
Their low topographic position relative to uplands allows wetlands to store and slowly release surface runoff, including flood waters. They accomplish this in two ways: by slowing and storing excess runoff. Trees and other wetland vegetation impede the movement of runoff and distribute it slowly and more evenly over the floodplain. In large rain events, highly functioning wetlands can hold up to five times the amount of peak flow that would otherwise become flood waters. This combined water storage and slowing action lowers flood heights and reduces erosion downstream and on adjacent lands. It also helps reduce floods overall and can prevent water-logging of agricultural lands. Wetlands within and downstream of urban areas are particularly valuable in this regard, counteracting the greatly increased rate and volume of surface-water runoff from pavement and buildings (see graphic).
The Mississippi River’s bottomland hardwood-riparian wetlands once stored at least 60 days of floodwater. They now store only 12 days of floodwater because most have been filled, leveed, or drained1.
A historic example: A “damages-avoided approach” was used to estimate the economic costs and benefits of wetlands preservation in the Charles River basin10. It was estimated that the loss of 8,442 acres of wetlands within the Charles River system would result in annual flood damages of over $17 million. For this reason, the U.S. Army Corps of Engineers elected to preserve the wetlands rather than to construct extensive flood control structures. The Corps set out to acquire some 8,500 acres of wetlands in the Charles River drainage, completing this ambitious acquisition program in 198411.
STORMWATER & FLOODING
$4,430= maximum documented value of
MODERATION OF EXTREME EVENTSservices provided by inland wetlands (int.$/ha/y)
$9,369= maximum documented value of
REGULATION OF WATER FLOWSservices provided by inland wetlands (int.$/ha/y)
55% evapotranspiration
32% shallow infiltration
10% runoff
3% deep infiltration
39% evapotranspiration
50% runoff
8% shallow infiltration 3% deep
infiltration
Liquid Assets: Realizing the Value of Your Community’s Wetlands12
Wetlands can be thought of as “biological supermarkets”. They produce great quantities of food that attract many animal species. Some animals consume above-ground live vegetation while others utilize the dead plant leaves and stems, which break down in the water. Some fish and wildlife live in wetlands for their entire lives, others require wetland habitat for only part of their life cycle. Wetlands provide important seasonal habitats, where food, water, and cover are plentiful.
Migratory waterfowl, including ducks, geese, and swans, use wetlands as resting, feeding, breeding, or nesting grounds for at least part of the year. The U.S. Fish and Wildlife Service estimates that up to 43% of the federally threatened and endangered species rely on wetlands for their survival, such as the Ornate Box Turtle, listed as threatened by the State of Illinois.
Public lands used for conservation instead of industrial development purposes are correlated with longer-term and more sustained economic growth, and high-amenity counties have three-times the rate of job growth than low-amenity counties. Businesses frequently move to these high-amenity areas because of their scenic beauty and environmental quality7.
In 1996 dollars, the recreational value of wetlands was $9 - $115 per acre per year. Arlington Wetlands, at 83-acres, can provide $1,092 - $13,944 in recreation bene�ts in today’s (2012) dollars11.Nature-related recreation is the fastest growing activity of the tourism industry – with an annual increase of about 30% since 1987, illustrating that Americans enjoy observing and photographing wildlife. Annually, wildlife viewers spend about $1,427,474 per year on food, transportation, equipment, and other costs in the state of Illinois. Much of this nature-based tourism involves birds, many of which are wetland-dependent. Birding has increased more quickly than other outdoor recreation activities, including skiing and golf.
The recreational benefits associated with wetlands, of course, also serve to educate. Schools can use these valuable ecosystems as outdoor laboratories, giving students a hands on understanding of biodiversity and plant-animal interactions.
Ornate Box Turtle (Kim Roman)
WILDLIFE & RECREATION
Special thanks to Hutchinson
Recreation & Design and Team Reil for supplying the 500’
floating boardwalk at Arlington Wetlands.
www.HeartLandsConservancy.org 13
According to real estate reports (Representing Property with Wetlands and Riparian Areas, Montana Watercourse), property near open water is worth more and sells more quickly than other property. In academic studies, proximity to a protected riparian corridor increase a home’s value anywhere from 6% (Colby and Wishart, 2002) to 32% (Frost and Sternberg, 1992). People are willing to pay more for homes near protected wetland areas when they realize the benefits such as flood protection, erosion control, and aesthetic appeal.
For communities as a whole, wetlands are important in protecting water quality and reducing the need for costly water treatment facilities that are sometimes associated with increased population and home construction/ownership. Home values increased in the Chesapeake Bay 1.5 percent for every 100 fecal coliform counts removed per 100mL of water, and in the St. Mary’s watershed in Maryland home values decreased $1,086 for every milligram per liter increase in total suspended solids and $17,642 for every milligram per liter increase in dissolved inorganic nitrogen7.
PROPERTY VALUES
When located near a protected riparian area, such as a wetland, a home’s value can increase 6-32%.
Homes in Prairie Crossing (Grayslake, IL)
Liquid Assets: Realizing the Value of Your Community’s Wetlands14
Wetlands alone are not the answer to a community’s issues with water quality, air quality or flood protection. There are other forms of “green infrastructure” that a community can adopt to augment wetland functions and values. By extending the mindset of wetlands-as-asset throughout your community’s infrastructure and open space network, the benefits outlined in this handbook can increase exponentially.
Rain gardens and vegetated swales are practices that replace concrete infrastructure with pleasing, low maintenance native vegetation to direct and absorb water from parking lots, subdivisions and along roadways. Filter strips or riparian buffers along streams decrease or even prevent streambank erosion, improve water quality and provide aesthetic and recreation values.
Permeable parking lots reduce stormwater volume flowing to receiving waters, slow the velocity of stormwater to receiving waters, improve water quality by removing solids and other contaminants, and help reduce urban heat island effects that occur with conventional parking lots.
A permeable parking lot is a porous, gap-graded, parking lot, with reduced sand or fines in between the pavers, which allows water to more easily drain through. While permeable parking lots and drives are less common at this time, the success of demonstration sites, such as the Arlington Wetlands parking lot, will promote the environmental and economic effectiveness of using permeable surfaces. Using green infrastructure, such as vegetated swales and permeable parking lots, multiplies the advantageous effects of protecting your community’s wetlands. Using these practices in tandem will dramatically increase the quality of natural resources in your community.
Contact HeartLands Conservancy for more information on these practices and other green infrastructure practices that work in tandem with wetlands.
Cross-section of a vegetated swale (extension.oregonstate.edu)
THE MULTIPLIER EFFECT
We would like to thank Kirchner Block and Brick, a division of Midwest Products Group, for providing the Aqua-Bric paving blocks used in the Arlington Wetlands
parking lot. For more information on permeable pavers for residential or commercial uses, visit http://www.mpgblock.com.
www.HeartLandsConservancy.org 15
Throughout this handbook, the benefits of wetland preservation have been explained and encouraged. However, preservation is no longer possible in many locations. While the rate of wetland loss in Illinois continues, efforts at conserving and restoring wetlands throughout the nation have resulted in valuable outcomes. We can learn from these success stories.
Species that were rarely sighted have become more prolific following habitat restoration. Wood ducks are a prime example of a species saved through wetland protection. Considered a beautiful animal and popular game bird, wood duck populations dwindled in the late 19th and early 20th century. Wetland conservation efforts provided these birds the areas necessary to stabilize and increase their populations. The Bald Eagle, our national symbol, was also near extinction at one time in part from lack of habitat. The restoration of wetlands was a key component in the recovery of the bald eagle.
Erosion costs the U.S. economy $63 billion per year, and the restoration of cropland and rangeland to prevent this erosion would immediately yield a positive return on investment, with an estimated $7.52 in costs averted for every dollar invested in erosion prevention7.
Watershed restoration can also have positive economic impacts on cities and counties. Much like infrastructure development, which consistently yields a positive Return-On-Investment, watershed restoration can create long-term benefits to communities such as population growth and business creation because of increased natural amenities7.
WETLAND RESTORATION
Great Blue Heron(Kara Pritchard)
Invest in YOUR nature: The restoration of cropland and rangeland to incorporate wetlands saves $7.52 in erosion costs for every dollar invested.
Liquid Assets: Realizing the Value of Your Community’s Wetlands16
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IllinoisRiver Valley
Rock
Kaskaskia
Sangamon
Fox
MississippiRiver Valley
Spoon
Embarras
LittleWabash
Big Muddy
Saline
Green
OhioRiver Valley
Iroquois
La Moine
WabashRiver Valley
MississippiRiver Valley
Cache
Des Plaines
Mackinaw
Kishwaukee
Macoupin
Kankakee
WabashRiver Valley
Vermilion(Illinois Basin)
Vermilion(Wabash Basin)
Chicago/Calumet
LakeMichiganWatershed
IllinoisRiver Valley
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Troy
Pana
Loda
Dana
Witt
Bath
Yale
Hume
Rome
Cuba
Time
Kane
Nebo
Ursa
Lima
Avon
Peru
Mark
Ladd
Buda
Ohio
Erie
Polo
Zion
Lena
Nora
Plano
Joppa
Ewing
Omaha
Carmi
Birds
Olney
Noble
Cisne
Xenia
Mason
Salem
Wamac
Tamms
Ullin
Cairo
Percy
Fults
Hamel
Alton
Elsah
Neoga
Casey
Emden
Cisco
Macon
Downs
Secor
Maroa
Mechanicsburg
Benld
Loami
Savoy
Sigel
Lerna
Paris
Homer
Ogden
Philo
Perry
Pearl
Barry
Bowen
Basco
Media
Lomax
Alsey
Ipava
Pekin
Monee
Crete
Elgin
Irwin
Odell
Essex
Mazon
Varna
Henry
Lacon
Galva
AlphaViolaAledo
Orion
MilanDover
Malta
Amboy
Dixon
Byron
Genoa
Davis
Cicero
Oswego
Geneva
Dowell
Roxana
Karnak
Herrin
Energy
Orient
Bonnie
Keenes
Maunie
AlbionBrowns
Sumner
Newton
Farina
Patoka
Vernon
Breese
Sesser
Cobden
Mounds
Thebes
Gorham
Cutler
Ashley
Tilden
Sparta
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Venedy
Shiloh
Marine
Worden
Onarga
Weldon De Land
ArthurArcola
Cowden
Oconee
OreanaTolono
Ludlow
Fisher
PaxtonRankin
MelvinSibley
Strawn
Gilman
Cabery
Chenoa
Colfax Anchor
Le Roy
McLean
Normal
Panola
Benson
Minonk
Morton
Eureka
Minier
Kenney
Dawson
Palmer
Harvel Ohlman
IrvingButler
Ramsey
Panama
Pawnee
Athens
Auburn
Thayer
Virden
Girard
Medora
Berlin
Easton
Topeka
Manito
Havana
Ashkum
Oblong
Jewett
Watson
Toledo
Kansas
Redmon
Newman
Sidell
Sidney Catlin
Tilton
MuncieUrbana
Atwood
Bement
Dunlap
Norris
Canton
Bryant
Macomb
Camden
Baylis Naples
Bluffs
Exeter
Milton
Eldred
Hardin
Payson
Quincy
Golden
Bentley
Ferris
Mendon
Warsaw
Maquon
Sciota
Chapin
Banner
Peoria
Nauvoo
Elwood
Morris
JolietMokena
Aurora
BerwynElburn
Skokie
Campus
Dwight
Seneca
Verona
Ransom
Ottawa
Tonica
McNabb
Wenona
Toluca
Oneida
Wataga
Seaton
Altona
Toulon
De Pue
CherryMalden
Wyanet
Moline Silvis
Colona
NewarkLisbon
DeKalb
Ashton
Leland
Nelson
Harmon
Walnut
Lyndon
Albany
Coleta
Lanark
Oregon
CapronRoscoe
Durand
Dakota
Ridott
Warren
Galena
PawPaw
Batavia
Swansea
Simpson
Belknap
RaleighGalatia
Cambria
Zeigler
Bluford
Enfield
Ridgway
Calhoun
Carlyle
Hoffman
De Soto
Makanda
Dongola
OlmstedPulaski
Chester
Tamaroa
Du Bois
Oakdale
Baldwin
Marissa
Red Bud
AvistonTrentonLebanon
Pierron
Cahokia
Madison
Grafton
Findlay
Hammond
Mattoon
Bethany
Windsor
Shumway
Herrick
Decatur
ArgentaSadorus
Pesotum
Mahomet
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Elliott
Buckley
Roberts
Watseka
Milford
Sheldon
Donovan
Kempton
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De Witt
Clinton
Wapella
TowandaCarlock
El Paso
Gridley
Roanoke
RutlandLa Rose
Danvers
Atlanta
Lincoln
Forsyth
NianticBuffalo
Kincaid
Owaneco
Raymond Wenonah
NokomisCoalton
BinghamCoffeen
Sorento
Sherman
Chatham
Nilwood
Shipman
Hettick
Palmyra
Modesto
Waverly
Ashland
Tallula
Oakford
Delavan
Woodson
Hidalgo
Clifton
Wheeler
Greenup
Ashmore
Brocton
Oakland
Camargo Metcalf
Belgium
OakwoodFithian
Tuscola
Garrett
Elmwood
Clayton
Detroit
Glasgow
Fieldon
Hamburg
El Dara
Liberty
Augusta
Loraine
Raritan
Concord
Astoria
Vermont
Tremont
Addison
Peotone Beecher
Minooka
Lombard
Antioch
McHenry
Momence
Bradley
Reddick
GardnerKinsman
NaplateOglesby
Leonore
KangleyLostant
Dalzell
Wyoming
MineralAnnawan
Kewanee
Andover
Windsor
Hampton
Geneseo Manlius
Mendota
Chicago
Creston
Steward
Compton
TampicoCordova
Thomson
Savanna
Harvard
Marengo
Rockton
Adeline
Winslow
Shannon
Sheridan
Somonauk
Waterman
Royalton
Hoyleton
Buncombe
Golconda
JunctionEquality
Frankfort
Manhattan
Channahon
Shorewood
NewLenox
Yorkville
Grayslake
Algonquin
Woodstock
Granville
Henderson
Princeton
Sheffield
Cambridge
OakGrove
Andalusia
La Moille
Arlington
Woodridge
La Grange
Hanaford
Dahlgren
Bellmont
Edgewood
Kinmundy
Sandoval
Vandalia
Bartelso
Richview
Woodlawn
Elkville
Rockwood
Lenzburg
Waterloo
ColumbiaSmithton Freeburg
O'Fallon
Highland
Alhambra
Hartford
Bethalto
Brussels
Washburn
Humboldt
Sullivan
Altamont
St. Elmo
Moweaqua
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Foosland
PapineauEmington
Fairbury
Saybrook
Heyworth
Flanagan
Glenview
Hull
Ripley
Ellis Grove
Metamora
Mackinaw
StanfordHopedale
Riverton
Edinburg
Bulpitt
Fillmore
Staunton
Waggoner
Divernon
Cantrall
Brighton
Fidelity
Franklin
San Jose
Virginia
Robinson
Montrose
Marshall
Chrisman
Allerton
Danville
Fairview
MariettaBardolph
Industry
Florence
Hillview
Columbus
Plymouth
LaHarpe
Carthage
Elvaston
Hamilton
KirkwoodMonmouth
Abingdon
Bushnell
Browning
Glasford Mapleton
Bellevue
Symerton
Rockdale
ElmhurstOak Park
Gilberts
Palatine
Wauconda
Fox Lake
St. Anne
Pembroke
Kankakee
Chebanse
Bonfield
Herscher
Streator
Standard
Magnolia
SparlandVictoria
Bradford
Hennepin
Tiskilwa
Neponset
Woodhull
ReynoldsSherrard
Hinckley
CortlandRochelle
Shabbona
Sublette
SterlingMorrison
Chadwick
Kirkland
Kingston
RockfordFreeport
Stockton
Earlville
Mascoutah
Brookport
Goreville
Stonefort
Eddyville
Rosiclare
Broughton
West City
Macedonia
Fairfield
Grayville
Keensburg
Allendale
Claremont
Flat Rock
Stoy
Ste. Marie
St. PeterSmithboro Pittsburg
Keyesport
Irvington
Vergennes
Alto Pass
Nashville
Kaskaskia
Maeystown
MillstadtOkawville
New Baden
St. Jacob
Grantfork
Maryville
Roseville
Rushville
Lovington
Strasburg
Champaign
Bondville
Rossville
Hoopeston
Thawville
Martinton
Ellsworth
Mansfield
Armington
Spaulding
HillsboroGillespie
Rochester
Broadwell
Greenview
Kilbourne
Hartsburg
Liverpool
Palestine
Rose Hill
Dieterich
Effingham
Vermilion
Grandview
Westfield
Hindsboro
Indianola
Fairmount
Longview
Brimfield
St. David
Littleton
Meredosia
New Salem
Batchtown
Coatsburg
Gladstone
Galesburg
Knoxville
Good Hope
Gulf Port
Roodhouse
Lynnville
Lewistown
Pontoosuc
Braidwood
Hillcrest
Hillsdale
ForrestonHampshire
BelvidereWinnebago
RockCity
Elizabeth
Menominee
Millington
Brownstown
Metropolis
HarrisburgCrainville
BelleRive
MillShoals
Crossville
WestSalem
Bridgeport
Mount Erie
Louisville
Greenville
Germantown
Carbondale
Mill Creek
MoundCity
NewMinden
New Athens
Evansville
Belleville
St. LiboryAddieville
Pocahontas
Old Ripley
Williamson
Livingston
Caseyville
Wood River
EastAlton
ClearLake
LongCreek
Mount Zion
Tower Hill
Stewardson
Assumption
Monticello
Thomasboro
Wellington
Chatsworth Piper City
Allenville
Cooksville
Arrowsmith
Bellflower
DeerCreek
Washington
Harristown
Illiopolis
BlueMound
Stonington
Walshville
Litchfield
Middletown
Greenfield
Scottville
New Berlin
Petersburg
MasonCity
La Prairie
Charleston
Donnellson
Dorchester
Ridge Farm
Georgetown
Broadlands
St. Joseph
YatesCity
Smithfield
Versailles
Winchester
Pittsfield
Wilmington
Kampsville
Carrollton Rockbridge
Otterville
New Canton
Kinderhook
Plainville
West Point
Biggsville
Ellisville
Manchester
White Hall
Arenzville
Beardstown
Hanna City
Spring Bay
Wilmington
Romeoville
Plainfield
Naperville
Streamwood ParkRidge
NorthbrookBarrington
Lake Bluff
Grant Park
Aroma ParkBuckingham
Clark City
Braceville
Marseilles
Keithsburg La Fayette
NewBoston
GreenRock
Troy Grove
Maple Park
DeerGrove
Rock Falls
Port Byron
Leaf River
BurlingtonSchaumburg
Loves Park
Morristown
Pecatonica
Cedarville
Pearl City
Sugar Grove
Walnut Hill
Hamletsburg
McLeansboro
Spillertown
Freeman Spur
Christopher
Springerton
GoldenGate
Willow Hill
Parkersburg
Waltonville
Murphysboro
GrandTower
Willisville
Steeleville
NewDouglas
GlenCarbon
Centreville
CerroGordo
Dalton City
Shelbyville
Gibson City
Cissna Park
Beaverville
Farmer City
Bloomington
Waynesville
Warrensburg
Taylorville
MountOlive
Springfield
RoyalLakes
Bunker Hill
NewHolland
ForestCity
Murrayville
Hutsonville
Villa Grove
ChillicothePrinceville
Griggsville
ValleyCity
Jerseyville
Stronghurst
Table Grove
DunfermlineSouthPekin
NorthPekin
Creve CoeurEast Peoria
Bartonville
Bolingbrook
St. Charles
Des Plaines
LakeZurich
Lake Forest
Bourbonnais
ParkForest
Carbon Hill
Grand Ridge
Utica
Seatonville
Bishop Hill
Matherville
CoalValley
Rock IslandEast Moline New
Bedford
Rapids City
Lindenhurst
WonderLake
OrangevilleAppleRiver
Boulder Hill
New Burnside
Cave-In-Rock
Phillipstown
MountCarmel
Russellville
Johnsonville
CentralCity
Mount Vernon
Olive Branch
Coulterville
Fayetteville
Damiansville
Edwardsville
CollinsvilleGranite City
BeecherCity
Mount Auburn
Farmersville
Chesterfield
Green Valley
Jacksonville
Martinsville
London Mills
PrairieCity
Arbury Hills
CalumetCity
Hanover Park
CrystalLake
CentralCity
CarolStream
Prophetstown
MountMorris
VernonHills
PoplarGrove
SouthBeloit
Scales MoundEastDubuque
PingreeGrove
Creal Springs
Carrier Mills
Elizabethtown
Thompsonville
Johnston City
BurntPrairie
Lawrenceville
Junction City
Campbell Hill
Pinckneyville
PontoonBeach
Morrisonville
Williamsville
SouthernView
StandardCity
Chandlerville
Williamsfield
MoundStation
PleasantHill
Blandinsville
St. Augustine
Downers Grove
BuffaloGrove
Highland Park
North Chicago
SpringValley
Hollowayville
West Brooklyn
Milledgeville
MountCarroll
CherryValley
German Valley
Jeffersonville
WestFrankfort
Sailor Springs
East St.Louis
TaylorSprings
Mount Sterling
East Galesburg
KingstonMines
PeoriaHeights
MountProspect
South Streator
Franklin Grove
DavisJunction
MachesneyPark
New Grand Chain
PleasantPlains
Carpentersville
HoffmanEstates
Winthrop Harbor
North Henderson
BureauJunction
StillmanValley
St.Francisville
GermantownHills
SouthWilmington
GlendaleHeights
Prairiedu Rocher
VermilionHeights
Arlington Heights
Sun River Terrace
Elk GroveVillage
Lake inthe Hills
Belle Prairie City
SouthJacksonville
East CapeGirardeau
Anna
Muddy
Royal
Valier
Cullom
Gurnee
Alexis
Cypress
Pontiac
Norwood
Wheaton
Hanover
Eldorado
BoneGap
Du Quoin
Woodland
Saunemin
Oak Lawn
Waukegan
LaSalle
Hooppole
Sandwich
NewHaven
Jonesboro
WayneCity
North City
Eagarville
Teutopolis
Camp Point
Shawneetown
Schram City
Carlinville
Dallas City
Little York
CentralPark
CarbonCliff
CrescentCity
Mulberry Grove
East Gillespie
OldShawneetown
Washington Park
ChicagoHeights
Rosewood Heights
Cary
Marion
Libertyville
LEE
PIKE
WILL
COOK
MCLEAN
OGLE
KNOX
LA SALLE
HENRY
ADAMS
IROQUOIS
FULTON
BUREAU
WAYNE
SHELBY
KANE
CLAY
LIVINGSTON
LOGAN
LAKE
EDGAR
FORD
PEORIA
FAYETTE
CHAMPAIGN
VERMILION
MACOUPIN
HANCOCK
MADISON
PIATT
MACON
WHITE
DEKALB
MASON
COLES
CLARK
MARION
ST. CLAIR
CASS
POPE
CHRISTIAN
MERCER
UNION
PERRY
BOND
SANGAMON
GREENE
MORGAN
WHITESIDE
JASPER
JACKSON
TAZEWELL
WARREN
MCHENRY
KANKAKEE
CLINTON
DE WITT
SALINE
RANDOLPH
JO DAVIESS
GRUNDY
JEFFERSON
CARROLL
MONTGOMERY
JERSEY
WOODFORD
MONROE
MCDONOUGH
STARK
FRANKLIN
HAMILTON
DOUGLAS
WASHINGTON
WINNEBAGO
EFFINGHAM
STEPHENSON
SCHUYLER
BROWN
BOONE
CRAWFORD
SCOTT
MARSHALL
MENARD
JOHNSON
RICHLAND
WILLIAMSON
KENDALL
MOULTRIE
GALLATIN
LAWRENCE
ROCK ISLAND
HENDERSON
CALHOUN
MASSAC
WABASH
CUMBERLAND
PULASKI
HARDIN
EDWARDS
ALEXANDER
PUTNAM
DUPAGE
MajorWatershedsof Illinois
Illinois State Water Surveyhttp://www.isws.illinois.edu
217-244-5459
University of Illinoishttp://www.illinois.edu
MAP SERIES 2000-01
This map illustrates general boundaries of major watersheds ofIllinois. A watershed, or drainage basin, in this context is the landarea that drains directly to a common stream, river, or lake. Watershed boundaries shown on this map were drawn from land surface topographic mapping; map features are accurate only to the scale of the source mapping. Additionally, artificial drainage structures such as canals may convey water across topographic watershed boundaries in some areas (not all shown on this map).
On this map, shades of blue and green indicate watersheds in the Upper Mississippi River basin. Watersheds shown in shades of green are located in the Illinois River basin. Shades of yellow and brown indicate watersheds in the Ohio River basin. The Cache River drains to both the Mississippi and Ohio Rivers. Land draining to Lake Michigan (Great Lakes basin) is shaded pink. (Drainage in Chicago/Calumet watershed area is engineered to flow to the Illinois River basin under most circumstances.) Communities are displayed on this map as space allowed.
Map compiled by Sally McConkey, Kathy Brown, and Phil Graff.
Scale 1:720,000
0 10 20 30 405Miles
±Lakes > 50 acresMajor RiversCommunities#
Hydrologic Unit and Watershed Boundaries: U.S. Department of Agriculture, Natural Resources Conservation Service, National Cartography and Geospatial Center, 2009.Scale 1:24,000.Major Rivers: U.S. Geological Survey Digital Line Graph file, Hydrography layer, 1980-1986. Scale 1:250,000Lakes: Illinois Environmental Protection Agency, 1996. Scale 1:100,000.Communities: Illinois Department of Natural Resources, Illinois Geographic Information System, 1996. Point locations are approximately the center of the community.
MODIFIED GEOGRAPHIC INFORMATION SYSTEM THEMES
Illinois State Water Survey
Revised 01/11
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SangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamonSangamon
EmbarrasEmbarrasEmbarrasEmbarrasEmbarrasEmbarras
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(Wabash Basin)(Wabash Basin)(Wabash Basin)(Wabash Basin)(Wabash Basin)(Wabash Basin)
IolaIola
AlmaAlma
PanaPana
LodaLoda
WittWitt
YaleYale
OlneyOlneyOlney!
Olney!
NobleNoble
MasonMasonMason
NeogaNeogaNeogaNeoga
CiscoCisco
MaconMacon
DownsDowns
MaroaMaroa
MechanicsburgMechanicsburg
SavoySavoySavoySavoySavoySavoySavoy
SigelSigelSigel
LernaLerna
PhiloPhilo
NewtonNewton
FarinaFarina
PatokaPatoka
VernonVernon
WeldonWeldon De LandDe Land
ArthurArthurArcolaArcola
CowdenCowdenCowden
OconeeOconee
OreanaOreanaTolonoTolonoTolono
LudlowLudlow
FisherFisher
PaxtonPaxton
MelvinMelvinSibleySibleySibleySibley
StrawnStrawn
Colfax AnchorColfax Anchor
Le RoyLe RoyLe Roy
McLeanMcLean
NormalNormal
MinierMinier
KenneyKenney
PalmerPalmer
OhlmanOhlmanOhlman
RamseyRamsey
JewettJewett
WatsonWatson
ToledoToledo
NewmanNewman
SidneySidney
UrbanaUrbanaUrbana
AtwoodAtwood
BementBement
CalhounCalhoun
FindlayFindlay
HammondHammond
MattoonMattoon
BethanyBethany
WindsorWindsor
ShumwayShumway
HerrickHerrick
DecaturDecatur
ArgentaArgentaSadorusSadorus
PesotumPesotum
MahometMahometMahometMahometMahometMahometMahomet
RantoulRantoulGiffordGiffordGifford
ElliottElliott
BuckleyBuckley
RobertsRoberts
De WittDe Witt
ClintonClinton
WapellaWapella
TowandaTowandaCarlockCarlock
DanversDanvers
AtlantaAtlanta
LincolnLincoln
ForsythForsythForsyth
NianticNianticBuffaloBuffalo
KincaidKincaidKincaid
OwanecoOwaneco
WenonahWenonah
NokomisNokomisCoaltonCoalton
BinghamBinghamBinghamCoffeenCoffeenCoffeen
HidalgoHidalgo
WheelerWheeler
GreenupGreenupGreenup!Greenup!
AshmoreAshmore
OaklandOaklandOakland
CamargoCamargoTuscolaTuscola
GarrettGarrett
EdgewoodEdgewood
KinmundyKinmundy!
Kinmundy!
VandaliaVandaliaVandalia
HumboldtHumboldt
SullivanSullivan
AltamontAltamontAltamont
St. ElmoSt. Elmo
MoweaquaMoweaquaMoweaquaMoweaqua
IvesdaleIvesdale
FooslandFoosland
SaybrookSaybrookSaybrookSaybrook
HeyworthHeyworthHeyworth
MackinawMackinaw
StanfordStanford
EdinburgEdinburg
FillmoreFillmore
MontroseMontrose
Ste. MarieSte. MarieSte. Marie
St. PeterSt. PeterSmithboroSmithboro PittsburgPittsburg!
Pittsburg!
KeyesportKeyesportKeyesport
LovingtonLovington
StrasburgStrasburg
ChampaignChampaign
BondvilleBondville
ThawvilleThawville
EllsworthEllsworth
MansfieldMansfield
ArmingtonArmington
Rose HillRose Hill
DieterichDieterich
EffinghamEffingham
HindsboroHindsboro
LongviewLongviewLongviewLongview
BrownstownBrownstown
LouisvilleLouisvilleLouisville
LongLongLongCreekCreek
Mount ZionMount Zion
Tower HillTower Hill
StewardsonStewardson
AssumptionAssumptionAssumption
MonticelloMonticello
ThomasboroThomasboro
AllenvilleAllenville
CooksvilleCooksville
ArrowsmithArrowsmith
BellflowerBellflower
HarristownHarristown
IlliopolisIlliopolis
BlueBlueBlueMoundMound
StoningtonStoningtonStonington
CharlestonCharleston
BroadlandsBroadlands
St. JosephSt. JosephSt. Joseph
Willow HillWillow Hill
CerroCerroCerroGordoGordo
Dalton CityDalton CityDalton City
ShelbyvilleShelbyville
Gibson CityGibson CityGibson City
Farmer CityFarmer City
BloomingtonBloomington
WaynesvilleWaynesvilleWaynesville
WarrensburgWarrensburgWarrensburg
TaylorvilleTaylorville
Villa GroveVilla GroveVilla Grove
BeecherBeecherCityCity
Mount AuburnMount Auburn
MorrisonvilleMorrisonville
Sailor SpringsSailor SpringsSailor Springs
TeutopolisTeutopolisTeutopolisSchram CitySchram City
Mulberry GroveMulberry Grove
MCLEANMCLEANMCLEAN
SHELBYSHELBYSHELBY
CLAYCLAYCLAY
LOGANLOGANLOGAN
FORDFORDFORD
FAYETTEFAYETTEFAYETTEFAYETTEFAYETTE
CHAMPAIGNCHAMPAIGNCHAMPAIGN
PIATTPIATTPIATT
MACONMACONMACONMACONMACONMACON
COLESCOLESCOLES
MARION
CHRISTIANCHRISTIANCHRISTIAN
JASPERJASPERJASPER
DE WITTDE WITTDE WITT
DOUGLASDOUGLASDOUGLAS
EFFINGHAMEFFINGHAMEFFINGHAMEFFINGHAMEFFINGHAMEFFINGHAMEFFINGHAM
RICHLANDRICHLANDRICHLAND
MOULTRIEMOULTRIE
CUMBERLANDCUMBERLANDCUMBERLANDCUMBERLAND
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89º
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38º
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37º
42º
40º
88º
39º
37º
90º
91º
42º
40º
90º
91º
41º
88º
IllinoisRiver Valley
Rock
Kaskaskia
Sangamon
Fox
MississippiRiver Valley
Spoon
Embarras
LittleWabash
Big Muddy
Saline
Green
OhioRiver Valley
Iroquois
La Moine
WabashRiver Valley
MississippiRiver Valley
Cache
Des Plaines
Mackinaw
Kishwaukee
Macoupin
Kankakee
WabashRiver Valley
Vermilion(Illinois Basin)
Vermilion(Wabash Basin)
Chicago/Calumet
LakeMichiganWatershed
IllinoisRiver Valley
WA
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MIS
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Dix
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Ava
Rio
Joy
Lee
Sims
Kell
Iuka
Iola
Alma
Huey
Ruma
Troy
Pana
Loda
Dana
Witt
Bath
Yale
Hume
Rome
Cuba
Time
Kane
Nebo
Ursa
Lima
Avon
Peru
Mark
Ladd
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Ohio
Erie
Polo
Zion
Lena
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Omaha
Carmi
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Olney
Noble
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Alton
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Neoga
Casey
Emden
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Downs
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Mechanicsburg
Benld
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Savoy
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Monee
Crete
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Irwin
Odell
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Henry
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Galva
AlphaViolaAledo
Orion
MilanDover
Malta
Amboy
Dixon
Byron
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Worden
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Athens
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Berlin
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Kansas
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Highland Park
North Chicago
SpringValley
Hollowayville
West Brooklyn
Milledgeville
MountCarroll
CherryValley
German Valley
Jeffersonville
WestFrankfort
Sailor Springs
East St.Louis
TaylorSprings
Mount Sterling
East Galesburg
KingstonMines
PeoriaHeights
MountProspect
South Streator
Franklin Grove
DavisJunction
MachesneyPark
New Grand Chain
PleasantPlains
Carpentersville
HoffmanEstates
Winthrop Harbor
North Henderson
BureauJunction
StillmanValley
St.Francisville
GermantownHills
SouthWilmington
GlendaleHeights
Prairiedu Rocher
VermilionHeights
Arlington Heights
Sun River Terrace
Elk GroveVillage
Lake inthe Hills
Belle Prairie City
SouthJacksonville
East CapeGirardeau
Anna
Muddy
Royal
Valier
Cullom
Gurnee
Alexis
Cypress
Pontiac
Norwood
Wheaton
Hanover
Eldorado
BoneGap
Du Quoin
Woodland
Saunemin
Oak Lawn
Waukegan
LaSalle
Hooppole
Sandwich
NewHaven
Jonesboro
WayneCity
North City
Eagarville
Teutopolis
Camp Point
Shawneetown
Schram City
Carlinville
Dallas City
Little York
CentralPark
CarbonCliff
CrescentCity
Mulberry Grove
East Gillespie
OldShawneetown
Washington Park
ChicagoHeights
Rosewood Heights
Cary
Marion
Libertyville
LEE
PIKE
WILL
COOK
MCLEAN
OGLE
KNOX
LA SALLE
HENRY
ADAMS
IROQUOIS
FULTON
BUREAU
WAYNE
SHELBY
KANE
CLAY
LIVINGSTON
LOGAN
LAKE
EDGAR
FORD
PEORIA
FAYETTE
CHAMPAIGN
VERMILION
MACOUPIN
HANCOCK
MADISON
PIATT
MACON
WHITE
DEKALB
MASON
COLES
CLARK
MARION
ST. CLAIR
CASS
POPE
CHRISTIAN
MERCER
UNION
PERRY
BOND
SANGAMON
GREENE
MORGAN
WHITESIDE
JASPER
JACKSON
TAZEWELL
WARREN
MCHENRY
KANKAKEE
CLINTON
DE WITT
SALINE
RANDOLPH
JO DAVIESS
GRUNDY
JEFFERSON
CARROLL
MONTGOMERY
JERSEY
WOODFORD
MONROE
MCDONOUGH
STARK
FRANKLIN
HAMILTON
DOUGLAS
WASHINGTON
WINNEBAGO
EFFINGHAM
STEPHENSON
SCHUYLER
BROWN
BOONE
CRAWFORD
SCOTT
MARSHALL
MENARD
JOHNSON
RICHLAND
WILLIAMSON
KENDALL
MOULTRIE
GALLATIN
LAWRENCE
ROCK ISLAND
HENDERSON
CALHOUN
MASSAC
WABASH
CUMBERLAND
PULASKI
HARDIN
EDWARDS
ALEXANDER
PUTNAM
DUPAGE
MajorWatershedsof Illinois
Illinois State Water Surveyhttp://www.isws.illinois.edu
217-244-5459
University of Illinoishttp://www.illinois.edu
MAP SERIES 2000-01
This map illustrates general boundaries of major watersheds ofIllinois. A watershed, or drainage basin, in this context is the landarea that drains directly to a common stream, river, or lake. Watershed boundaries shown on this map were drawn from land surface topographic mapping; map features are accurate only to the scale of the source mapping. Additionally, artificial drainage structures such as canals may convey water across topographic watershed boundaries in some areas (not all shown on this map).
On this map, shades of blue and green indicate watersheds in the Upper Mississippi River basin. Watersheds shown in shades of green are located in the Illinois River basin. Shades of yellow and brown indicate watersheds in the Ohio River basin. The Cache River drains to both the Mississippi and Ohio Rivers. Land draining to Lake Michigan (Great Lakes basin) is shaded pink. (Drainage in Chicago/Calumet watershed area is engineered to flow to the Illinois River basin under most circumstances.) Communities are displayed on this map as space allowed.
Map compiled by Sally McConkey, Kathy Brown, and Phil Graff.
Scale 1:720,000
0 10 20 30 405Miles
±Lakes > 50 acresMajor RiversCommunities#
Hydrologic Unit and Watershed Boundaries: U.S. Department of Agriculture, Natural Resources Conservation Service, National Cartography and Geospatial Center, 2009.Scale 1:24,000.Major Rivers: U.S. Geological Survey Digital Line Graph file, Hydrography layer, 1980-1986. Scale 1:250,000Lakes: Illinois Environmental Protection Agency, 1996. Scale 1:100,000.Communities: Illinois Department of Natural Resources, Illinois Geographic Information System, 1996. Point locations are approximately the center of the community.
MODIFIED GEOGRAPHIC INFORMATION SYSTEM THEMES
Illinois State Water Survey
Revised 01/11
www.HeartLandsConservancy.org 17
A watershed, also known as a drainage basin, is the area of land that drains to a particular body of water. Watersheds often cross city, county, state or even national boundaries. These political and jurisdictional divisions create real challenges in effective watershed planning.
A watershed consists of surface water - lakes, streams, reservoirs, and wetlands - and all the underlying ground water. A watershed is defined by high points such as ridges and hilltops. Ridges and hills that separate two watersheds are called the drainage divide. Water hits these high points and flows into smaller streams, then larger streams or bodies of water. Some water infiltrates and flows underground. The water in streams will continue to flow to larger streams, then a major river, and then to the sea.
The land cover and land use within a watershed strongly affects the quality of water within that watershed and the quality of water that is released into rivers. This is why planning for wetland preservation or wetland mitigation within your watershed boundaries is important. Watersheds can be as small as a footprint or large enough to encompass all the land that drains water into the Mississippi River. Smaller watersheds are “nested” within larger watersheds. In the map on the opposite page you can find the watershed where you live (“What is a Watershed?”, U.S. Geological Survey).
WHAT IS A WATERSHED?
For additional guidance, your community may wish to consult the EPA’s “Water
Quality Scorecard.” This scorecard offers policy options for protecting and improving
water quality across different scales of land use and across
multiple municipal departments (see Resources & References).
Contact HeartLands Conservancy for help in completing yours.
Liquid Assets: Realizing the Value of Your Community’s Wetlands18
The American Planning Association (APA), the national leader in policy, has produced and formally adopted a policy guide for wetlands (see Resources & References). Wetlands, whether preserved or converted, have a significant impact on land use. The policy guide is summarized below.
• Wetlands in their natural state perform ecological functions, which are vitally important to the environment and economic health of the nation and impossible or costly to replace.
• Wetlands protect the quality of surface waters, provide a natural means of flood control, improve water quality, and are also sources of fish and wildlife habitat.
• Wetlands need to be recognized as part of a complex, interrelated, hydrologic system.• The APA supports legislation and other actions to achieve the goal of no overall net loss of the
nation’s remaining wetland resource base. • Both conservation and regulatory approaches typically have not been effective in preventing
continued, large and small-scale losses. • Community and watershed-based planning and other non-regulatory approaches are important in
protecting wetlands and other sensitive natural resources.• Replacement of existing wetlands should be considered only after avoidance and minimization and
only where the wetland function in-kind can be replaced within the same sub-watershed.
“Community and watershed-based planning...are important in protecting wetlands and other sensitive natural resources.” - APA’s Policy Guide on Wetlands
POLICY 1. The APA supports a sound compensatory mitigation policy based on science.
POLICY 2. The APA supports public-private partnerships to improve wetlands management. Such partnerships should include [the] use of land trusts, conservation easements and the purchase of development rights.
POLICY 3. The APA supports Congress amending Section 404 of the Clean Water Act and enacting additional legislation as necessary to address the protection of isolated wetlands.
POLICY 4. The APA supports funding and authorizing legislation at all levels of government to establish wetland information clearinghouses.
POLICY 5. The APA supports state and federal legislation to provide funding...to research, classify, and map wetlands and their functions, and perfect restoration and mitigation procedures.
POLICY 6. The APA supports research and demonstration projects in the utilization of created wetlands as solutions to non-point source water quality problems, including but not limited to stormwater management.
POLICY 7. The APA supports efforts for educational and technical assistance programs, for both planning professionals and the general public, on the values of wetlands, and management strategies to protect and enhance wetlands. This would include, but not be limited to, wetlands protection in comprehensive land use planning, zoning, development review processes and performance standards.
POLICY 8. The APA supports augmenting the protection provided by Section 404 of the Clean Water Act by enacting state legislation or local ordinances such as providing protection for isolated wetlands and providing incentives to encourage landowners to protect existing wetlands.
POLICY 9. The APA supports farm policy legislation that contains provisions that encourage private landowners to protect, conserve, enhance and restore wetlands.
THE POLICY OF WETLAND PRESERVATION
www.HeartLandsConservancy.org 19
How can communities create effective local wetland protection programs? APA’s Planning Advisory Service has produced a report and model ordinance that communities can use.
The authors also provide examples of local regulations that, while not aimed specifically at wetlands, can be used to protect them from drainage and development. Included in the report is a broad sampling of language gathered from an APA survey of local ordinances that are part of wetland protection programs, along with commentary.
Table of Contents:1. What are wetlands, and why are they important?
Why wetlands are important & current status and trends of U.S. wetlands
2. Federal and state regulatory programsSection 404 and Section 10 permitsState wetland regulatory programsThe takings issue
3. Local wetland regulationsZoning for wetland protectionElements of a wetland protection ordinanceAdministration of regulations
4. Other types of regulations and protection techniquesFloodplain/Subdivision/Sanitary codes and other regulations; other protection techniques
5. A model non-tidal wetland protection ordinance
Many communities and private landownersare grappling with how to best protect
their existing wetland resources or restore someof the thousands of acres the nation has alreadylost. In addition to its federal regulatory role inprotecting wetlands, EPA helps states, tribes, andlocal governments develop their own programs forwetland protection and restoration by providingfunds to help them get started. There are neverenough public funds available, however, EPAalso works with communities to leverage nonfederal funding for their wetland projects.
Federal Funding ProgramsA number of federal programs are specificallydesigned to help support wetland projects,including the following:
Wetland Program Development Grants.Support state, tribal, and local government
Where Can I Get Funding to Starta Wetland Project?Once you’ve decided to take on a wetland protection,restoration, or management project, funding maybecome an issue. Many state, tribal, and localgovernments, as well as some well-established non-profitorganizations, are already familiar with financingprograms and projects. But for many community groupsseeking funds might be a new experience.
efforts to develop new or enhance existingwetland protection, management, andrestoration programs (EPA). www.epa.gov/owow/wetlands/grantguidelines
Five-Star Restoration Program. Throughpartner organizations, provides funds tosupport community-based wetland andriparian education/restoration projects (EPA).www.epa.gov/owow/wetlands/restore/5star
Wetlands Reserve Program. Provides land-owners with financial incentives to restoreand protect wetlands (U.S. Department ofAgriculture).www.nrcs.usda.gov/programs/wrp/
National Coastal Wetlands ConservationGrant Program. Provides matching grantsfor the acquisition, restoration, management,or enhancement of coastal wetlands (U.S.Fish and Wildlife Service).www.fws.gov/CEP/cwgcover.html
North American Wetlands Conservation ActGrant Program. Provides matching grantsto carry out wetland conservation and restora-tion projects in the United States, Canada,and Mexico (U.S. Fish and Wildlife Service).northamerican.fws.gov/NAWCA/grants.htm
NOAA Restoration Center Programs. Usesmoney received from various damage claimsto restore saltmarshes and other wetlands.They also have a community-basedrestoration grant program. (NationalOceanic and Atmospheric Administration).www.nmfs.noaa.gov/habitat/restoration
Many other broad-based federal programs fundwetland projects if they meet the programrequirements.
The Caddo IndianTribe received a Five-Star Restoration Grantto restore a wetlandalong the WashitaRiver in Oklahoma.Students from thenearby RiversideIndian School, whicheducates at-risk NativeAmerican youth fromaround the country,are helping torevegetate the wetlandwith ecologically andculturally significantplant species. Thesespecies, which onceplayed an importantrole in the CaddoIndian tribal heritage,are now absent fromthe area due tograzing and invasivespecies. This projectnot only initiates theecological restorationof the wetland butalso will result inimportant culturaland educationalbenefits for the CaddoIndian Tribe and otherNative Americanyouth.
United States Office of Water EPA 843-F-01-002fEnvironmental Protection Office of Wetlands, September 2001Agency Oceans and Watersheds (4502T)
Dav
e D
avis
With funding from EPA and other state and federalagencies, the Alaska Department of EnvironmentalConservation initiated a statewide effort to developa functional assessment approach, called the hydro-geomorphic approach, to managing the state’smore than 175 million acres of wetlands. Approx-imately 43 percent of Alaska is covered by wetlands.
Heron
ZONING & ORDINANCES
The U.S. Environmental Protection Agency has a 2-page summary document “Funding Wetland Projects” (see Resources & References). Federal, state and other funding sources are included.
Liquid Assets: Realizing the Value of Your Community’s Wetlands20
www.HeartLandsConservancy.org 21
Everyone has an impact on water quality.
While citizen involvement is not always necessary or appropriate there are a number of ways to build citizen support for the protection of wetlands and water resources in your community.
• Encourage residents to dispose of trash properly; batteries, pharmaceuticals, oils, and other products can negatively impact water quality if not properly recycled or disposed. Some communities partner with drugstores, law enforcement, and others to host special events where residents can come to dispose of these potentially hazardous items.
• It is also important that residents think about their landscaping: native vegetation requires less watering and promotes a healthier ecosystem in your community.
• Promote the use of rock or hardwood mulch rather than cypress mulch; the deforestation of cypress trees for mulch is degrading wetlands in the southern United States.
• Careful application of fertilizers to lawns and gardens is also important. If leaked into waterways these chemicals can have a hypoxia-like effect on your local streams and lakes.
• Use public buildings to set an example of these lawn & garden practices. Youth groups in your community, such as 4-H and scouts, can partner with city personnel to install native plantings at City Hall, the public library or other community buildings.
• Allow civic organizations, school groups, or private businesses to “adopt” a stream, wetland or lake. These groups are sometimes called “stream teams” and are helpful is assisting with long-term maintenance of a water body.
• Annual clean-up events are another way to integrate residents into the care and maintenance of your community’s water resources. Some communities plan litter pick-up or stream clean-up events in spring around Earth Day (April 22).
Allow civic organizations, school groups, or private businesses to “adopt” a stream, wetland or lake. These groups are sometimes called “stream teams” and are helpful is assisting with long-term maintenance of a water body.
Annual clean-up events are another way
in spring around Earth Day (April 22).
Don’t Flush Drugs!
HOW DO CITIZENS GET INVOLVED?
Liquid Assets: Realizing the Value of Your Community’s Wetlands22
1. “America’s Wetlands: Our Vital Link Between Land and Water & Wetland Values and Functions”, U.S. Environmental Protection Agency: water.epa.gov/type/wetlands/toc.cfm
2. U.S. EPA’s fact-sheet “Funding Wetland Projects” at www.epa.gov/owow/wetlands/facts/funding.pdf3. “What is a Watershed?”,U.S. Geological Survey, visit: ga.water.usgs.gov/edu/watershed.html4. Hey, D. L. and Philippi, N. S. (1995), Flood Reduction through Wetland Restoration: The Upper Mississippi
River Basin as a Case History. Restoration Ecology, 3: 4–17.5. Illinois Flood Fact Sheet - Summer Season 2007: http://www.state.il.us/iema/planning/Documents/Prog_
Flood_FactSheet.pdf6. Prato, T., & D. Hey (2006, February). Economic analysis of wetland restoration along the Illinois River. Journal
of the American Water Resources Association. 125-131.7. Economic Benefits Arising from Watershed Restoration: http://www.wildlandscpr.org/road-riporter/economic-
benefits-arising-watershed-restoration8. The Clean Air Act: Protecting Human Health and the Environment Since 1970 as the US Economy has Grown:
http://www.epa.gov/air/sect812/economy.html9. Birdsey, R.A. (1996) Regional Estimates of Timber Volume and Forest Carbon for Fully Stocked Timberland,
Average Management After Final Clearcut Harvest. In Forests and Global Change: Volume 2, Forest Management Opportunities for Mitigating Carbon Emissions, eds. R.N. Sampson and D. Hair, American Forests, Washington, DC.
10. Thibodeau, F.R. and B.D. Ostro. 1981. An Economic Analysis of Wetland Preservation. Journal of Environmental Management, 12:19-30.
11. Leshcine, T. Wellman, K. “The Economic Value of Wetlands: Wetlands’ Role in Flood Protection in Western Washington. ” Washington State Department of Ecology., 1997
• US Army Corps of Engineers - St. Louis District: www.mvs.usace.army.,il/permits/illinois.htm• US Fish & Wildlife Service: ww.fws.gov• USDA Natural Resources Conservation Service - Illinois: www.il.nrcs.usda.gov
• Illinois Department of Natural Resources: www.dnr.state.il.us or (618) 594-3627• Illinois Environmental Protection Agency: www.epa.state.il.us; Bureau of Water: (217) 782-3362
• Bond County: (618) 644-0555• Clinton County: (618) 526-7919• Madison County: (618) 656-7300• Monroe County: (618) 939-6181
• Randolph County: (618) 443-4381• St. Clair County: (618) 233-5583• Washington County: (618) 327-3078
Soil & Water Conservation Districts - Illinois Counties www.aiswcd.org
Federal Agencies
• HeartLands Conservancy: www.HeartLandsConservancy.org• Prairie Rivers Network - Illinois Stream Team: www.prairierivers.org• The National Great Rivers Research & Education Center: www.ngrrec.org• American Planning Association - “Policy Guide on Wetlands”: www.planning.org/policy/guides/adopted/
wetlands
Nonpro�t and Community Organizations
State Agencies
RESOURCES & REFERENCES
www.HeartLandsConservancy.org 23
For more information about Arlington Wetlands, visit the Collinsville Area Recreation District’s website at www.collinsvillerec.com/wetland - this is a great way to get school-age kids engaged with wetland education!
Our Mission is to provide leadership and solutions to sustain and enrich the diverse environmental resources of Southwestern Illinois
Our Vision is communities with healthy and sustainable air, land and water resources for current and future generations
406 East Main StreetMascoutah, Illinois 62258
www.HeartLandsConservancy.org