ML15188A121

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Dead River Watershed - Based Plan 2008, Part 6 of 25
ML15188A121
Person / Time
Site: Zion  File:ZionSolutions icon.png
Issue date: 09/30/2008
From:
Lake County Stormwater Management Commission
To:
Office of Nuclear Material Safety and Safeguards
Shared Package
ML15188A105 List:
References
ZS-2015-0084
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5 prioritized action plan While Chapter 4 identi f es types of best management 6. Develop positive and creative new uses for the practices that can be used in the Dead River watershed, Zion Nuclear Power Plant and W aukegan Harbor this chapter presents speci f c recommended action items areas, ensuring that these uses are compatible with developed jointly by the watershed stakeholders, Lake protecting and improving watershed resources and County Stormwater Management Commission, and the Lake Michigan.

consultant planning team. This chapter begins by describing 7. Remediate existing f ood problems and prevent future the implementation partners (Section 5.1), followed by f ooding by reducing stormwater runof f and preserving recommended action items that presented in three sections. areas for surface water storage and absorption such as The Programmatic Action Plan (5.2) provides general f oodplains, depressional storage areas, and wetlands, recommendations that should be applied watershed-wide which also provide water quality improvement benef ts.

and may also apply to large sites such as the W aukegan Regional Airport and the Zion Nuclear Plant.The Site Specif c 8. Use better stormwater management, conservation Action Plan (5.3) presents detailed recommendations for design, and low impact development practices for new specif c problem areas within the watershed as identi f ed and existing development that slows, f lters, inf ltrates, during the inventory and assessment. The Information and cools, and cleanses stormwater runof f, especially in Critical Subbasins. This includes source controls and Education Plan (5.4) specif cally identif es the recommended lot level best management practices such as vegetated actions that will likely need more outreach and education in swales, naturalized detention basins, rain gardens, order to be implemented. stream buf fers, f lter strips, and reduced use of lawn As a reminder, the eleven most important recommendations chemicals and fertilizers.

are summarized as follows:

9. Modify and use planning and development standards,
1. Stabilize streambanks and ravine slopes to reduce policies, and capital improvement plans and budgets to erosion, protect property and infrastructure, improve protect and enhance water quality.

water quality, and improve habitat. 10. Provide public education and outreach to enhance

2. Restore and manage stream corridors by restoring understanding and apprciation of watershed resources native riparian buf fers, reducing the density of trees, and problems, to provide solutions, and to provide removing excessive debris, and stabilizing the stream opportunities for people to get involved in watershed bed with practices that also enhance habitat. improvement activities.
3. Manage, retrof t, and stabilize the stormwater 11. Monitor and evaluate watershed plan implementation management system including detention basins and and physical watershed conditions to guage progress culverts, with focused attention on stormwater discharge towards watershed goals.

points (pipes and ditches), to reduce runof f rate and volume and to improve water quality in the streams and Lake Michigan.

5.1 IMPLEMENTATION PARTNERS

4. Preserve and restore priority green infrastructure areas to provide natural surface water storage areas, provide Throughout the prioritized action plan tables and narrative, space for installing best management practices, and responsible parties are suggested for taking the lead or preserve an ecologically functioning network of open space, wetlands, streams, and natural areas as part of providing a supporting role in plan implementation. This an interconnected system. section presents the responsible parties as well as a brief description of their role. Where the roles are identif ed within
5. Manage and restore watershed natural areas including tables, parties indicated with bold lettering are the lead party, wetlands, former wetlands / hydric soil areas, and and non-bold parties providing support. Table 5.1provides especially L yons W oods Forest Preserve and Illinois Beach State Park. a concise reference or key for reviewing the programmatic and site specif c action plan tables that follow.

165 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Beach Park Drainage District (BPDD) Federal Emergency Management Agency (FEMA)

The Beach Park Drainage District maintains drainage ways FEMA is the principal federal agency involved in f ood and addresses local drainage problems within a boundary mitigation and f ood disaster response. Among its duties, that covers portions of Beach Park and small portions of FEMA is responsible for the National Flood Insurance other communities as well. The drainage district f rst tries program, helps municipalities develop and enforcef oodplain to address drainage and f ooding problems that may cause ordinances, develops f oodplain maps, and administers damage to property and/or structures and then removes funding for f ood mitigation plans and projects.

debris from stream channels as a secondary goal. Thus, issues related to channel and stormwater management Golf Courses (GC) infrastructure should include the BPDD as an implementation Golf courses are important potential sites for the use of partner.

BMPs, primarily due to their location along the stream and their potential impact as sources of pollutants and their Chicago Metropolitan Agency for Planning (CMAP) contribution as a green infrastructure element. Golf courses Formerly the Northeastern Illinois Planning Commission can help reduce pollutant loadings, especially nutrients, as (NIPC) and the Chicago Area Transportation Study well as runoff volume by incorporating BMPs into their golf (CATS), CMAP provides technical and planning assistance course management programs.

to watershed protection groups. CMAP has developed model ordinances tailored to the region for stormwater Illinois Department of Natural Resources (IDNR) management, sediment control, streams and wetlands, Several off ces within IDNR provide services that will be key and f oodplains. CMAP also offers technical assistance and to the implementation of the Dead River watershed plan training opportunities to local governments and watershed for issues related to water resource management, habitat groups and helps local governments apply for state and protection and management, wildlife management, invasive federal funding programs.

species control, wetland management, and hunting and f shing permitting.

Corporate and Business Landowners (CBL)

The active participation of CBLs in the planning process

  • The IDNR manages Illinois Beach State Park and is can lead to signi f cant positive impacts on the quality of the responsible for issues relating to water , hydrology Dead River watershed. Businesses can become involved by and hydrologic connections to Lake Michigan, natural retrof tting existing facilities, managing their grounds, roof resources, wildlife, wetlands, and beach management runoff, and parking lots to reduce runoff volume and pollutant in the park as well as North Point Marina.

loadings, and sponsoring watershed events. With an up front

  • The Off ce of W ater Resources (OWR) is the state s commitment from the CBL community, new development can lead organization for the regulation of f oodplain also be designed to minimize runoff and pollutant loadings.

development as well as for the implementation and funding of structural f ood control and mitigation.

Developers & Homebuilders (DH)

  • The Off ce of Realty and Environmental Planning The practices of developers can signi f cantly impact a (OREP) is responsible for natural resource and outdoor watershed. Developers should be encouraged or required recreation planning. It also administers the Conservation to employ sustainable development techniques such as 2000 Ecosystems Program, which provides technical conservation subdivision development and other practices and f nancial assistance through a grant program to described in the Best Management Practice Toolbox.

natural resource protection partnerships (e.g., Lake Homebuilders should use BMPs during the construction Michigan Watershed Ecosystem Partnership).

process, especially those related to soil erosion and

  • The Off ce of Resource Conservation (ORC) reviews sedimentation control. Failure to use BMPs, or improper use, Clean W ater Act Section 404 wetland permits for can lead to soil erosion and other pollutant discharges.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 166

Table 5.1 Implementation Partners Acronym Responsible Party General Responsibility BPDD Beach Park Drainage District Drainage system management and maintenance.

CMAP Chicago Metropolitan Agency for Planning Technical and planning assistance, training, and funding assistance.

CBL Corporate and Business Landowners Grounds management and maintenance.

DH Developers & Homebuilders Land development, stormwater management system design and construction.

National Flood Insurance Program, f oodplain mapping and enforcement, and FEMA Federal Emergency Management Agency mitigation funding.

GC Golf Courses Grounds management and maintenance.

Natural area preservation and management, research, technical and f nancial IDNR Illinois Department of Natural Resources assistance.

CMP IDNR Coastal Management Program Preserve and manage Lake Michigan coastal resources (if established).

IDOT Illinois Department of Transportation Road and highway planning, construction, and maintenance.

IEMA Illinois Emergency Management Agency Flood and disaster planning, emergency response, and hazard mitigation.

IEPA Illinois Environmental Protection Agency Water resource monitoring, pollution regulation and control, project funding.

Land use planning for unincorporated areas, natural resources, drainage system LC Lake County management.

LCFPD Lake County Forest Preserve District Manage and maintain green infrastructure, natural areas, and open space.

LCHD Lake County Health Department Monitor, manage, and provide technical support for water resources.

LCSMC Lake County Stormwater Management Commission Technical and f nancial assistance for f ooding, watershed planning, and water quality.

LMEP Lake Michigan Ecosystem Partnership Watershed advocacy and education, technical and f nancial assistance.

Great Lakes and Lake Michigan water resource management, education, and LMGLO Lake Michigan / Great Lakes Organizations outreach.

Land use and development, technical and f nancial support, and drainage system M Municipalities (all departments) management.

Stream, lake, wetland, and coastal data collection, watershed education and NGRREC National Great Rivers Research & Education Center outreach.

NRCS / Natural Resources Conservation Service / Soil and Provide natural resource management technical and f nancial assistance.

SWCD Water Conservation Districts PD Parks and Recreation Districts Management and maintenance of parks and open space.

Land management and maintenance including stream channels and riparian PRL / RL Private Residential / Riparian Landowners corridors.

NSSD North Shore Sanitary District Maintain sanitary sewer system infrastructure, stream monitoring.

T Townships Road maintenance and support for watershed improvement projects.

USACE U.S. Army Corps of Engineers Wetland protection and regulation, wetland restoration funding.

USDA U.S. Department of Agriculture Farmland and natural resoruce technical and f nancial assistance.

USEPA U.S. Environmental Protection Agency Lake Michigan and Great Lakes management and restoration.

Threatened and endangered species, technical and funding assistance for habitat USFWS U.S. Fish and Wildlife Service restoration.

Organize and coordinate activities related to Waukegan Harbor contamination and CAG Waukegan Harbor Citizens Advisory Group cleanup.

WPC Watershed Planning Committee Coordinate watershed plan implementation, education and outreach.

167 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan impacts on f sh and wildlife resources; it manages mitigation plans and provides operational support during threatened and endangered species issues; it also f oods. IEMA also administers FEMA-funded programs in protects f sheries and other aquatic resources through the state, including f ood mitigation grant programs.

regulation, ecological management and public education. Illinois Environmental Protection Agency (IEPA) Bureau

  • The Off ce of Capital Development (OCD) administers of Water state and federal grants for open space programs. Under the federal Clean W ater Act and state legislation,
  • The Off ce of Scientif c Research and Analysis (OSRA) IEPA is responsible for the protection of the state s water conducts research and data collection provides this resources and ensuring that Illinois' rivers, streams and information to planners and formulates natural resource lakes will support all uses for which they are designated protection policy. including protection of aquatic life, recreation and drinking water supplies. Several IEPA activities are important to this IDNR Coastal Management Program (CMP) plan:

The IDNR is the lead state agency responsible for establishing

  • Monitoring: IEPA oversees data collection at various the Illinois Coastal Management Program (CMP), which sites (rivers, streams, lakes, etc.) across the state, is funded through the National Ocean and Atmospheric including the Dead River watershed. The Illinois Water Administration (NOAA). If established, the program will Quality Report (305(b)) summarizes these monitoring support and coordinate partnerships among local, state and efforts.

federal agencies, and local organizations, share information

  • Funding: IEP A administers several state and federal on coastal care ef forts, and preserve, restore, and where grant programs. A primary example is Section 319 possible, enhance coastal resources in Illinois. Upon CMP funding under the Clean W ater Act, which helps local approval, Illinois will be eligible to receive approximately $2 governments, nonpro f t entities, and numerous other million/year, which will fund a grant program to implement state, federal, and local partners to reduce nonpoint local projects. Local and state agencies and non-pro ft source pollution through technical and f nancial organizations would be eligible to apply for and receive funds. support.

Potential projects that may receive funding under the CMP

  • Regulation: IEPA regulates point and nonpoint source program include beach access and recreation, waterfront pollution discharges into the state s waters through development, shore and bluf f stabilization, wetland and regulatory and non-regulatory programs.

natural resource protection and restoration, coastal waters protection (i.e., water pollution control), erosion control, and Lake County education and interpretation. The Dead River f ows through Lake County , which plays a role in land use planning, development, natural resource Illinois Department of Transportation (IDOT) protection, and drainage system management in the IDOT is responsible for the planning, construction, and unincorporated areas of the watershed. W orking with the maintenance of portions of the transportation network that County and its public works, health, and transportation covers the Dead River watershed. Incorporation of best departments, can help ensure that the Dead River enjoys management practices and sustainable management responsible, sustainable land use planning, road and sewer measures into IDOT projects can help lead to improvements maintenance, and public health policies.

in the environmental quality of the watershed.

Lake County Forest Preserve District (LCFPD)

Illinois Emergency Management Agency (IEMA) The Forest Preserve District of Lake County owns and In Illinois, IEMA is the state agency responsible for f ood manages a number of acres of green infrastructure / open and disaster planning, emergency response, and hazard space within the Dead River watershed. Issues related to mitigation. IEMA works with local governments on f ood the protection and management of these and potential future T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 168

FPD holdings will rely in part on the FPD. Lake Michigan / Great Lakes Management Organizations Lake County Health Department (LCHD) and Programs (LMGLO)

The LCHD Lakes Management Unit provides technical The Great Lakes Alliance focuses its policy , management, expertise essential to the management and protection and restoration programs on water quality , water of Lake County surface waters. The goal of the LMU is to conservation, habitat recovery, land use, and education and monitor the quality of the county s surface water in order to outreach. The Great Lakes Regional Collaboration, which maintain or improve water quality and alleviate nuisance includes the EP A-led federal agency task force, the Great conditions, promote healthy and safe lake conditions, and Lakes states, local communities, tribes, non-governmental protect and improve ecological diversity . To this end, the organizations, and other interests in the Great Lakes region, LDHC monitors the watershed lakes and has also begun is focused on restoring and protecting the Great Lakes. The monitoring water quality conditions to provide data on Great Lakes Initiative is a plan agreed upon by EPA and the stream health and quality. The LCHD is also responsible for Great Lake states to restore the health of the Great Lakes.

septic system management programs and well testing and monitoring. Municipalities (all departments) (M)

Municipalities (i.e., local elected of f cials and local agency Lake County Stormwater Management Commission staff) have the principal responsibility for land use and (SMC) development planning, establishing legislative and SMC's mission is to coordinate the stormwater activities of administrative policies, adopting ordinances and resolutions, over 90 jurisdictions throughout the county . SMC provides setting zoning standards, establishing the annual budget, technical assistance, local knowledge and problem-solving appropriating funds, and setting tax rates. There are also skills to coordinate f ood damage reduction, f ood hazard opportunities to make others aware of the watershed mitigation, watershed planning, water quality enhancements management planning process through local government and natural resource protection projects and programs. The newsletters and presentations at board meetings, which 2002 Comprehensive Stormwater Management Plan Update are often televised on local cable television networks.

guides agency programs and projects. Major components of Municipalities are therefore crucial to watershed protection the Plan include: a) implementation of countywide minimum efforts. By partnering with municipalities and encouraging the standards for new development (W atershed Development adoption of sustainable zoning and development practices, a Ordinance); b) projects to reduce existing f ooding and water watershed protection group can check the increase of water pollution problems; c) rehabilitation of the existing drainage quality impairments. Municipalities are also a key part of any system; d) f ood hazard mitigation; e) interjurisdictional watershed protection strategy because they are responsible coordination and technical assistance; f) public information. for the enforcement of local land use and development ordinances.

Lake Michigan W atershed Ecosystem Partnership (LMWEP) The National Great Rivers Research & Education Center LMWEP is a public-private cooperative of watershed (NGRREC) stakeholders formed in 2005 to preserve, protect, and The NGRREC's RiverW atch program, formerly under the enhance local natural systems and integrate them into Illinois DNR, relies on a volunteer base to monitor , collect the life and future of the community through coordination and record stream, lake, wetland, and coastal data for the and cooperation. The partnership can help with advocacy , state database. It is also a valuable educational resource management of watershed projects, grant applications and that can be used to educate others about watershed issues review, and general coordination of watershed activities. and concerns.

The LMWEP includes the involvement of the Great Lakes Alliance, which is described below. Natural Resources Conservation Service (NRCS) / Soil 169 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan and Water Conservation Districts (SWCD) Watershed protection ef forts should educate residents on NRCS and SWCD provide technical expertise and education the consequences of their actions and present alternatives.

on conservation, development, management, and wise use More positively, political pressure from local residents on of natural resources to landowners and land managers, municipal or county off cials can lead to increased emphasis county and local governments, and local organizations. on watershed protection. And many local residents play Areas of expertise include streambank stabilization and soil important roles in watershed planning and protection erosion/ sediment control, wetland and habitat restoration, efforts.

community planning, environmental education, agricultural conservation, water quality protection, nonpoint source North Shore Sanitary District (NSSD) pollution, stream health, conservation planning, and The North Shore Sanitary District is a municipal government natural resource maps and reports. NRCS and SWCD also that provides wastewater treatment service for watershed administer several cost-share programs targeted to water communities. The NSSD maintains the sanitary sewer quality, wetland restoration, and other watershed priorities. system in the watershed, which in some cases follows the alignment of the stream channel, and has also begun As part of its watershed protection effort, NRCS administers a stream monitoring protocol for Kellogg Creek and Dead the USDA Watershed Program (under Public Law 83-566). River watersheds.

The purpose of the program is to assist federal, state, and local agencies; local government sponsors; tribal governments; Townships (T) and other program participants in protecting watersheds While unincorporated townships generally play a secondary from damage caused by erosion, f oodwater, and sediment; role in watershed protection, they often have responsibility restoring damaged watersheds; conserving and developing for road upkeep and occasionally sponsor drainage system water and land resources; and solving natural resource improvement projects. The use of BMPs by townships, and related economic problems on a watershed basis. The especially for road maintenance, can help improve water program provides technical and f nancial assistance to local quality within the watershed.

people or project sponsors, builds partnerships, and requires local and state funding contributions. U.S. Army Corps of Engineers (USACE)

USACE plays a major role in wetland protection and Parks and Recreation Districts (PD) regulation through Section 404 of the Clean W ater Act, Park and recreation districts often control a large amount which requires USACE to administer permit applications for of open space in a watershed and maintain recreational alterations to wetlands. The USACE Chicago district has facilities and parks. Parks also contain many recreational also established a W etlands Restoration Fund, which may opportunities and trails, several bordering the Dead River . be available to the Dead River watershed communities.

Partnerships with local park districts can help ensure the preservation of open space while also facilitating recreational U.S. Department of Agriculture (USDA) and other community opportunities that can help increase USDAs Farm Services Agency (FSA) has several programs support for watershed protection efforts. that support watershed protection and restoration ef forts.

Under the Conservation Reserve Program (CRP), farmers Private Residential Landowners and Homeowners receive annual rental payments, cost sharing, and technical Associations (PRL) assistance to plant vegetation for land they put into reserve The activities of residential landowners, often unknowingly , for 10 to 15 years. The Conservation Reserve Enhancement can have a signi f cant impact of the quality of a watershed. Program (CREP) targets state and federal funds to achieve Practices such as excess lawn fertilization, connection of shared environmental goals of national and state signif cance.

downspouts to the sewer system, or destruction of riparian The program uses f nancial incentives to encourage farmers buffers can be signi f cant sources of nonpoint pollution. and ranchers to voluntarily protect soil, water , and wildlife T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 170

USEPA watershed-based plan element #3:

best management practices and critical areas where those practices are needed (also see Appendices G and H).

resources. The Grassland Reserve Program (GRP) uses and individuals. They formed a partnership with the Illinois 30-year easements and rental agreements to improve Environmental Protection Agency to develop the Waukegan management of, restore, or conserve up to 2 million acres Harbor Remedial Action Plan, detailing use impairments of private grasslands. The Conservation Security Program and how these impairments could be restored through (CSP) is a voluntary program that provides f nancial and a cooperative ef fort. The W aukegan CAG has been technical assistance to promote the conservation and instrumental in obtaining cooperation from local parties improvement of soil, water , air , energy , plant and animal involving additional investigations. Groundwater monitoring life, and other conservation purposes on tribal and private from local parties is being conducted in an area south of working lands. the harbor . The CAG helped obtain access from private businesses and federal grant money to install the monitoring U.S. Environmental Protection Agency (USEPA) wells. A federally funded 319 grant has been released to the The USEPA oversees the environmental protection ef forts Waukegan CAG to develop a watershed plan to reduce of the IEPA and is the ultimate source for Section 319 and nonpoint source pollution and improve water quality in the other environmental improvement programs. Section 404 of Waukegan River watershed.

the Clean Water Act, which regulates the dredging and f lling of wetlands, is jointly administered by USEP A and the U.S. Watershed Planning Committee (WPC)

Army Corps of Engineers. The WPC, composed of watershed stakeholders, organizes, coordinates, and advises project partners on watershed U.S. Fish and Wildlife Service (USFWS) planning methods and issues, demonstration project The USFWS provides technical assistance to local selection and provides technical assistance. The WPC also watershed protection groups. It also administers several is responsible for helping coordinate the implementation of grant and cost-share programs that fund wetland and aquatic the watershed plan.

habitat restoration. The USFWS also administers the federal Endangered Species Act and supports a program called Endangered Species Program Partners, which features 5.2 PROGRAMMATIC ACTION PLAN formal or informal partnerships for protecting endangered and threatened species and helping them to recover. These To supplement the W atershed Best Management Practice partnerships include federal partners as well as states, tribes, Toolbox, 77 programmatic action recommendations were local governments, nonpro f t organizations, and individual identif ed that apply generally throughout the watershed, landowners. including measures related to stream and riparian corridors, water quality and stormwater management, drainage, and Solid Waste Management retention, planning and development standards, green Many local governments have solid waste programs that infrastructure, natural areas, land management, f ood address the disposal of solid waste and yard waste. They management, and coordination. This Programmatic Action might also handle the recycling, illegal dumping, and Plan should be considered as general guidance for all household hazardous waste programs. watershed stakeholders and plan implementers. Parties that have lead and supporting responsibility for implementing Waukegan Harbor Citizens Advisory Group (CAG) the Programmatic Action Plan are identi f ed for each action The W aukegan Harbor Citizens Advisory Group was recommendation. This Programmatic Action Plan includes organized in 1990 to help citizens and business leaders remedial, preventative, regulatory, and maintenance action concerned about the harbor environment develop plans items that are applicable throughout the watershed. An to identify and clean up contaminated harbor properties. expanded programmatic action plan is included in Appendix The CAG is composed of business, f shing, recreation, G.

environmental, government, and other interested groups 171 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan 5.2.1 STREAMS AND RIPARIAN CORRIDORS infrastructure, which includes most stormwater discharge points. Within the Beach Park Drainage District boundary ,

fees assessed to property owners are used to repair and Stabilization, restoration, and management of the stream maintain Bull Creek as a drainage system. The Drainage channel, streambank, and riparian corridor are needed District is primarily concerned with conveyance and f ooding throughout the watershed to improve and protect water issues, but are also responsible for the maintenance and quality, maintainf oodplain functions, and reduce property loss upkeep of the channel within a 50-foot easement on each caused by erosion. Of particular importance are remediating streambank. The Lake County Stormwater Management the impairments and problems that were identi f ed during Commission addresses stormwater management issues the watershed inventory and assessment and preserving on a watershed basis throughout the county and can help the bene f cial characteristics of the stream channel such coordinate multi-jurisdictional stormwater management as healthy stream substrates. Streambank and ravine projects, including those within the stream channel, and erosion is threatening property, damaging infrastructure, and provide technical assistance to parties implementing these degrading water quality and habitat. This problem includes recommendations. The Illinois and Lake County Departments signif cant erosion around and near stormwater outfall and of Transportation are responsible for maintaining some discharge points and hydraulic structures. The most severe culverts and bridges along the stream corridor.

streambank erosion problems in terms of threats to property damage are those where the ravine slope is also the Programmatic actions for streams and riparian corridors are streambank. Aquatic and riparian habitat are also in need listed in Table 5.2.

of restoration, including restoring instream habitat such as pools and riff es, removing excessive debris from the stream channel, establishing naturalized streambanks with native plants, and managing stream corridors by restoring native riparian buffers and reducing the density of trees.

Presently, private landowners, including golf courses, are responsible for maintaining the stream as if crosses their property or f ows along a property line. This includes all aspects of management and maintenance, such as debris removal, invasive species control, streambank stabilization, and management of private stormwater outfall pipes. Since problems within the stream and riparian corridor can be the result of land use and other activities upstream of a particular property, it is in everyone's best interest to help ensure that this plan is implemented watershed-wide.

Exceptions to private landowner responsibility exist where the stream passes through public land, including Illinois Department of Natural Resources holdings, or areas within the jurisdiction of the Beach Park Drainage District, which are the responsibility of these public entities. Municipalities have primary responsibility for land use and development decisions within their jurisdiction, including the allowable quantity and quality of stormwater discharge, which dramatically affects the quality of the stream corridor . Municipalities also are responsible, in part, for maintaining drainage system T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 172

Table 5.2 Stream and Riparian Corridor Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Stabilize and retrof t stormwater outfall structures and the associated streambanks 1 and channel. Install f ow attenuation and outlet protection measures to reduce M BPDD RL SMC S erosion and improve f ltration of stormwater runoff entering the stream.

Stabilize eroding streambanks, toe, and side slopes using bioengineering practices with deep-rooted native plants to reduce erosion and sediment loads downstream 2 and to reduce property loss. Bioengineering practices include A-Jacks, lunkers, f ber RL BPDD GC SMC IEPA M rolls, geotextile mats, live stakes, fascines, brush and branch layers, cribwalls, and vegetated geogrid lifts.

Where feasible, replace failing or crude armoring and concrete lined channels with 3 RL BPDD SMC L more sustainable, natural and habitat friendly stabilization measures.

Preserve, enhance or establish native riparian buffers along all unbuffered or inadequately buffered stream reaches using emergent wetland and wet prairie 4 RL BPDD GC M S vegetation to stabilize streambanks, f lter out pollutants, and enhance aquatic habitat.

Development within buffer areas should be strictly limited.

Restore stream channels, streambeds, and aquatic habitat to a healthy condition.

5 This includes instream habitat features, such as natural channel substrates and pools RL BPDD IDNR SMC M S

& riff es, to improve water quality and aquatic biodiversity.

Where feasible, daylight and remeander streams that have been contained in ditches 6 RL BPDD IDNR SMC M L or moved underground into culverts or pipes.

Modify bridges, culverts, and other hydraulic structures that are directing f ow into RL M BPDD DOT 7 the streambanks, eroding around the edges, blocking f ows and f sh passage or SMC M GC otherwise problematic.

Restore hydrologic connections to Lake Michigan to promote recolonization of the 8 IDNR CMP L aquatic community.

Develop and implement a regular stream inspection and maintenance program among the Beach Park Drainage District, municipalities, homeowners, and SMC 9 SMC BPDD M RL S to remove accumulated woody debris and other debris and litter and to target restoration needs.

For moderately and severely eroded stream reaches, develop a stream restoration 10 M BPDD RL SMC S plan and cost estimate.

173 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan 5.2.2 WATER QUALITY AND STORMWATER All landowners and stakeholders within the watershed can MANAGEMENT contribute to water quality improvement by managing land and property to prevent or remove pollutants from the landscape As described in the introduction and the watershed inventory, before they can be washed into the stream. Management stormwater runof f is one of the primary sources of water and maintenance of the stormwater management system is quality impairment. The causes and sources of water quality primarily the responsibility of municipalities and the Beach problems in the Dead River watershed are primarily urban Park Drainage District, including both the conveyance system in nature. These problems are the result of many years (pipes and drainage swales) and detention ponds, unless of modi f cation of the watershed landscape as it changed management of these features has been assumed by a from natural to agricultural to urban. These changes have homeowners association or other party. The implementation included modi f cation of the stream channel, f oodplain, of green infrastructure best management practices (BMPs) is wetlands, riparian corridor , and other water resource- the responsibility of all landowners (for existing development) related landscape features. Other changes are the result and developers and homebuilders (for new development).

of the increased watershed impervious cover (e.g., paving, However, municipalities must require or encourage these concrete, rooftops) that has led to an increase in the volume practices to be installed. Preservation of remaining natural and rate of runof f in the watershed. The increased quantity drainage and storage (green infrastructure) features of the of runof f has caused problems such as excessive stream landscape is the responsibility of municipalities.

bank erosion and the deepening of the stream channel due to channel erosion. This erosion causes increased Programmatic actions for water quality and stormwater levels of Total Suspended Solids that settle out in the management are listed in Table 5.3.

lower gradient reaches within Illinois Beach State Park and impair aquatic habitat. The eff cient stormwater system also causes decreased base f ows during the drier summer and fall months, which can result in low dissolved oxygen levels that impair aquatic habitat. Conductivity levels, an indicator of chlorides within the water column (also referred to as Total Dissolved Solids or TDS), were also shown to be high, indicating that salt applied to roads for snow and ice control are impairing water quality . Lake Michigan beaches exhibit ongoing problems with fecal contamination due to high gull populations.

To improve this situation, the use of stormwater best management practices and the preservation and natural buffering of the natural drainage system (overlandf ow paths, streams, wetlands, lakes and f oodplain) should be required in all new development and encouraged in areas that are already developed. Drainage and detention in existing developed areas also should be retro f tted to better control runoff rates and to improve water quality. Natural hydrologic regimes and drainage systems should be preserved and/or restored to the extent practicable to reduce the impact of development and hydrologic modi f cation on f ooding and water quality and to help achieve aquatic habitat objectives.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 174

Table 5.3 Water Quality and Stormwater Management Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Use green infrastructure BMPs such as natural stormwater drainage, inf ltration, and detention practices and lot level BMPs in new and existing development to reduce surface runoff volumes, to f lter pollutants from stormwater runoff, and to improve 11 inf ltration of precipitation into the ground. Stormwater BMPs should use, to the M PRL CBL DH SMC IEPA PD LC M extend possible, native plants that are appropriate for the location in which they are being planted. Reducing runoff rate and volume will also minimize sediment loadings from in-stream and surface erosion and riparian habitat degradation .

Where feasible, convert existing swales and open drainage ways to inf ltrate SMC PRL CBL 11a M BPDD DOT S runoff with natural landscaping. DH LC Retrof t curb and gutter areas along roadways, parking lots, and other impervious 11b surfaces to allow stormwater to enter swales or other naturalized f ltration and M CBL DH DOT LC M inf ltration measures such as parking lot and roadside rain gardens.

11c Install bioswales into parking lots as construction and reconstruction occurs. M CBL DH DOT LC M Install vegetated f lter strips or rain gardens where sheet f ow leaves impervious 11d M CBL DH DOT LC S surface to capture pollutants and inf ltrate runoff.

Install sand f lters, f ltration basins, treatment wetlands, other bioretention practices, or other f ltration practices downstream of industrial, commercial 11e facilities and other land uses potentially generating a heavy load of pollutants. M CBL DH DOT LC M Install sand f lters, appropriate proprietary water treatment units, or settling basins at the storm sewer inlets in parking lots 11f Install green roofs where feasible to capture, f lter, and evaporate stormwater. PRL CBL DH M L Reduce the hydraulic connectivity of impervious surfaces by disconnecting roof downspouts from discharging to impervious areas and instead directing the f ow 11g into a lawn or naturally landscaped area, raingarden, f lter strip, rain barrel, or dry PRL CBL DH M LC S well. Substitute swale and raingarden systems for curbs and gutters to increase inf ltration.

When replacing existing pavement, or installing newly paved areas, use pervious or porous pavement or permeable paving blocks for parking lots, emergency PRL CBL DH 11h PD LC M access roads, driveways and streets where appropriate to increase inf ltration DOT M and reduce runoff volumes and pollutant loads.

Utilize naturalized wet bottom or wetland detention basin designs and retrof t existing single function dry bottom detention basins to provide multiple benef ts including M PRL CBL DH 12 reduced pollutant loads, and to provide habitat. Upgrade and maintain existing DOT SMC BPDD M GC stormwater detention basins and online water storage ponds to provide water quality benef ts and slower release rates where feasible.

Stabilize eroding shorelines and replace rip rap, concrete and turf pond and M PRL CBL DH 12a detention basin edges with deep-rooted native landscaping for shorelines and DOT SMC BPDD M GC buffers.

Install settling basins upstream of wet and wetland detention where feasible and where the catchment area contains a large amount of impervious surface to M PRL CBL DH 12b capture sediment in runoff. Where settling basins can not be installed upstream, DOT SMC BPDD M GC install a forebay in the basin and remove accumulated sediment to maintain detention capacity.

Monitor, maintain, and clean out stormwater detention facilities, storm drains, and catch basins to ensure effective operation and provide maximum detention, M PRL CBL DH 12c water quality benef ts and habitat. Develop a monitoring and maintenance plan DOT SMC BPDD S GC that identif es who is responsible, a maintenance schedule, budget and funding source.

Where possible, restrict discharge rates from detention basins to mimic natural M PRL CBL DH 12d DOT SMC BPDD M instream f ow rates. GC Preserve and protect natural drainage and storage (green infrastructure) features of the landscape to f lter and inf ltrate runoff and to reduce the threat of f ood damage, including native vegetation, natural riparian buffers, f oodplains, f ood prone 13 areas, natural depressional and regional storage areas, and wetlands. Prevent f ll, M DH PRL SMC LC L excavation, development, and other modif cations. Smaller depressional areas may potentially be incorporated into development as raingardens, bioswales, and other measures that retain runoff rather than releasing it offsite.

Maintain the drainage system conveyance including cleaning out catch basins, channel maintenance, swale maintenance, culverts, and removing excess debris, 14 trash, and other obstructions to improve aesthetics maintain f ow capacity, and M BPDD RL DOT SMC S minimize erosion. Some natural elements such as rocks and woody debris should be left as in-stream habitat features.

175 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan 5.2.3 PLANNING AND DEVELOPMENT STANDARDS The Dead River watershed is largely built out, meaning that a very limited amount of developable land remains. The existing developed landscape has and continues to impact watershed resources primarily due to the conversion (and loss) of the natural landscape to urban uses, alteration of the natural drainage and water retention features of that landscape, and the rate, volume, and quality of stormwater runoff.

The Lake County W atershed Development Ordinance provides good standards and practices for addressing some of these impacts, however , the jurisdictional scope of the County is limited, and watershed municipalities, as the primary land use and development decision-making entities, are responsible for adopting and enforcing many of the planning, zoning, subdivision, and development standards that will af fect watershed resources. Current municipal planning and development standards do not adequately identify, prioritize, or preserve valuable landscape features nor require (and in some cases, they do not even allow) the use of conservation design, low impact development, or stormwater best management practices.

Watershed and green infrastructure recommendations should be integrated into local policies, plans, and budgets.

Standards and policies that protect the natural drainage system from hydrologic modi f cation activities such as clearing, compaction, draining, f lling, dredging, and straightening, such as providing overlay zoning for high priority green infrastructure, are needed.These development standards may include changes to zoning regulations, subdivision, commercial, and industrial standards, to include conservation and low impact development techniques by right (rather than as an exception), natural buffers, and green infrastructure protection/management programs.

The parties that are responsible for implementing planning and development standards are primarily those responsible for land use decisions. Thus, the primary responsibility lies with the municipalities and Lake County.

Programmatic actions for planning and development standards are listed in Table 5.4.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 176

Table 5.4 Planning and Development Standards Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Lake County, municipalities, park districts, the Forest Preserve District and other local governments units should incorporate the goals and recommendations of the BPDD LCFPD 15 watershed plan into comprehensive land use plans, development policies (zoning M S SMC T LC and subdivision regulations) capital improvement plans and budgets, and land preservation/acquisition strategies.

Use the site development planning and approval process to encourage watershed-16 friendly development practices and designs that protect watershed resources and M LC S water quality by right rather than by exception.

Establish incentive programs for developers to implement conservation and low impact development planning and design practices and techniques. These incentives 17 could include expedited permitting and review procedures, density bonuses, tax M LC M credits, cost-share, or fee reductions for early projects that serve as demonstrations and free technical assistance.

Make it easy for developers and builders to incorporate best management practices recommended by this watershed plan into new developments or redeveloped areas. Modify zoning and development standards to facilitate implementation of the watershed plan recommendations. This could include the following: review 18 and update development standards, add incentives such as density bonuses, M LC M park and open space donation credits, and other incentives, for preserving the green infrastructure system. Within new developments, easements or deed restrictions should be placed on lands identif ed as Category 1 parcels on the Green Infrastructure Plan.

19 Establish and adopt bluff-and-ravine protection standards. M LC S 19a Establish a 30 minimum buffer distance between bluff edges and development. M LC S Require appropriate deep-rooted native plants as ground cover to help stabilize erodable soils on ravine slopes, edges, and buffers. Erodable soils are found in reaches BL02, BL05, BL07, BL08. BL09, BL10, BL11, BL13, BL19, BL20, BL21, 19b MS BL25, BL26, and BL27. Allow cutting of trees on ravine slopes where appropriate for ground cover vegetative restoration. Require proper removal and proper disposal of cut trees.

Prohibit dumping of grass clippings, leaves, or other natural or man-made f ll or 19c debris that may damage underlying vegetation or prevent re-vegetation on ravine M S slopes.

Encourage the use of on site inf ltration techniques to reduce direct stormwater f ow from impervious surfaces into the ravines. Where stormwater can not be 19d M LC SMC S inf ltrated on site, prohibit downspout pipe and/or sump pump outlets on or within 10 feet of or on steep ravine slopes. Allow discharge at the bottom of the ravine.

Limit concentrated stormwater discharges to ravines to storm events larger than 19e the 1-year frequency. Level spreaders may be required to distribute concentrated M SMC M f ows across a large area.

Adopt and enforce f exible local zoning and subdivision standards that allow adaptable, nontraditional designs for development that minimize negative impacts from stormwater runoff and nonpoint source pollution. Standards should limit runoff 20 volume increases, minimize impervious surface area, manage stormwater on site M LC M using BMPs, and minimize land disturbance during and following construction. This action is most relevant for Highly Vulnerable Critical Subbasin #35, which is at risk for land use conversion that may result in signif cantly higher imperviousness.

Reduce minimum street widths to those necessary to carry the expected average 20a M LC L traff c volume rather than the maximum traff c volume.

Use alternative parking lot designs including: ensure that the number of spaces built ref ects actual, everyday demand rather than infrequently needed maximums; reduce the dimensions of the normal parking spaces where feasible; 20b M LC M convert parking lot islands and landscaping to depressed bioretention areas; allow shared parking between adjacent facilities with alternating times of parking needs (e.g., a church and an off ce building).

Allow permeable paving practices for plazas and pedestrian areas, parking, 20c M LC M driveways and low volume traff c streets.

Allow reduced street setbacks, frontages, and lot sizes in areas where riparian 20d or sensitive natural areas need protection and to reduce the impervious surface M LC M area for streets and driveways.

Allow cluster / conservation design development to reduce the disturbed area and 20e M LC M preserve green infrastructure (open land) for inf ltration and treatment of runoff.

177 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan 5.2.4 GREEN INFRASTRUCTURE healthy and desirable place to live.

The green infrastructure network of the Dead River A connected green infrastructure network throughout the watershed, outside of Illinois Beach State Park, is neither watershed should be protected and enhanced or restored extensive nor well connected. Some large open parcels have to improve its functional value. The watershed green been protected as natural areas, such as Illinois Beach State infrastructure network primarily consists of the natural Park (IBSP) and Lyons Woods Forest Preserve, and others drainage system including open parcels along the stream are protected for more active use, such as Thunderhawk corridor and those prioritized as Category 1 (highest priority)

Golf Club Forest Preserve and Shiloh Park in Zion. While sites. Municipalities, which are primarily responsible for these public holdings form good, large green infrastructure preserving green infrastructure parcels, should identify hubs, the connections between those hubs, particularly these areas as important within community plans, policies, along the stream corridors where they are most needed, are and budgets, avoid extending gray infrastructure (roads largely nonexistent. In many cases, the opportunity does not and utilities) in a way that would impact green infrastructure exist to preserve these areas--they are privately owned and parcels, and take action to preserve them using planning already developed. However, a few open parcels do remain, and development standards described above. Other parties as illustrated in Figure 5.1. The preservation of this green that can support land preservation ef forts include the infrastructure system is not only important for preserving Lake County Forest Preserve District and, for parcels of environmental resources, but makes good economic sense higher biological quaility, the Illinois Department of Natural for the community as well. Green infrastructure helps protect Resources.

the natural conveyance system, absorbf ood waters reducing Programmatic actions for green infrastructure are listed in f ood damage, can reduce the continued degradation of Table 5.5. Prioritized green infrastructure areas, which are stream resources needing expensive remediation, and can describedin greater detail in Tables 5.6 through 5.1 1, are preserve high value resources making the community a shown in Figure 5.1.

Table 5.5 Green Infrastructure Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Land planning jurisdictions such as municipalities, park districts etc. adopt the 21 Green Infrastructure Plan to use as a tool in prioritizing and implementing green M PD LCFPD LC S infrastructure preservation and restoration programs.

Clearly identify and designate areas prioritized in the Green Infrastructure Plan 21a as green infrastructure conservation areas in county, park district and municipal M PD LCFPD LC S comprehensive plans and maps.

Identify and conserve connecting greenways, especially along streams and other water features. Provide passage and remove or mitigate barriers to f sh & wildlife 21b M PD LCFPD LC L movement (such as highways, dams, and weirs) throughout the corridors and between the green hubs.

Avoid development and installation of gray infrastructure through Category 1 21c M LC T DOT S green infrastructure system parcels wherever possible.

For lands not readily protected through land use planning and zoning, develop a preservation strategy to prioritize and purchase or otherwise protect Category 1 Green Infrastructure parcels and the natural drainage system of stream corridors, 21d M PD LCFPD LC S and wetland complexes. The strategy may include purchase funds, developer fees and donation funds, conservation easements, purchase of development rights programs, or other measures.

Actively manage, restore, buffer and expand Category 1 and 2 Green Infrastructure Parcels by controlling non-native and invasive plant species, planting native vegetation, using prescribed burning, and thinning the tree canopy so that a minimum 22 PRL CBL M PD IDNR LCFPD L 15% of available sunlight is reaching the ground layer. These areas may include Illinois Natural Areas Inventory sites, forest preserve holdings, private conservation lands, and other public agency lands such as park districts.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 178

27th St re et Tri b

ta 29th St.

r u

y No rt h B ra n

Thunderhawk Golf B

Club Forest Preserve ch 33rd St.

ull Cr Lewis Ave.

e ek Wadsworth Rd. Bull Creek Sheridan Rd.

South Bra Beach Rd.

Green Bay Rd.

nc h

Bu ll Creek iver Dead R Wilson Av en ue ILLINOIS BEACH STATE PARK Tr i LAKE MICHIGAN b.

Yorkhouse Rd.

North Ave.

Glen Forest Trib.

Lyons Woods Forest Preserve Blanchard Rd.

Sunset Ave.

McAree Rd.

Greenwood Ave.

Legend Watershed Boundary Subwatershed Management Unit Forest Perserve Boundary Glen Flora Ave.

State Park Boundary Burtick St.

Priority Green Infrastructure Areas Amstuz Potential Green Infrastructure Easement Express Open Parcels way Partially Open Parcels This map is provided for general locational information only. Map features have been derived from various sources, each of which has its own scale and accuracy. The locations of all features are approximate.

Lake County Stormwater Management Commission September, 2007 DATA SOURCES:

Lake County Stormwater Management Lake County Department of Information And Technology, GIS & Mapping Division FIGURE 5.1 PRIORITIZED GREEN INFRASTRUCTURE AREAS 179 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan park and forest preserve downstream.

5.2.5 NATURAL AREAS Erosion of the Lake Michigan shoreline is a problem related to the disruption of the natural transport and deposition of Natural areas such as stream and riparian corridors, sand that under natural conditions replenishes the beach.

wetlands, forest preserves, and some of the open and While a number of actions have been taken to help reduce partially open green infrastructure parcels that remain in erosion and replenish the sand, they have resulted in very a natural state provide f ood water retention and natural limited and temporary success.

buffering for streams, but are also important to preserve the biological heritage of the watershed, conserve unique Programmatic actions for natural areas are listed in Table habitat found no where else on earth, and serve as passive 5.6.

and active recreational spaces for watershed residents and visitors.

Natural areas within the Dead River watershed include Illinois Beach State Park, L yons W oods Forest Preserve, and parts of Thunderhawk Golf Club Forest Preserve. Lyons Woods and IBSP are some of the most biologically diverse ecosystems in the State of Illinois. The state park has one of the last remaining reaches of natural Lake Michigan shoreline in Illinois. These holdings signi f cant and form a strong foundation for the green infrastructure network.

Outside of these areas, natural areas are sparse and found primarily along the Union Pacif c railroad corridor, with three remaining open parcels bounded by Yorkhouse Road, North Avenue, and Sheridan Road. Nonetheless, landowners along the stream corridor are responsible for restoring and managing the stream and riparian areas, which are very important to the natural health of the watershed.

Wetland protection, management, and restoration are needed to protect the natural conveyance system, improve water quality, provide stormwater storage, and other natural resource benef ts. As recipients of drainage from the entire Dead River watershed upstream, IBSP and L yons W oods are being degraded by that runoff and are in critical need of restoration and management to protect and enhance their high quality wetlands and natural areas. Upstream watershed management that restores a more natural hydrology and reduces erosion, pollution, and sediment loads to the park and forest preserve will help stabilize the hydrology and preserve rare and highly valued natural communities in the T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 180

Table 5.6 Natural Area Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Actively manage, restore, buffer and expand natural areas (riparian zones, wetlands, and high quality habitat sites) by controlling non-native and invasive plant species, planting native vegetation, using prescribed burning, and thinning the tree canopy so M IDNR PD 23 CBL PRL L that a minimum 15% of available sunlight is reaching the ground layer. These areas LCFPD may include Illinois Natural Areas Inventory sites, forest preserve holdings, private conservation lands, and other public agency lands such as park districts.

Protect, and restore degraded, drained, and/or farmed wetlands to improve water quality, provide surface water storage, and improve habitat. Vegetative management, prescriptive burning, invasive species management, and hydrologic restoration can 24 all be used to help improve wetland quality. The strategic removal and/or blockage of M LCFPD PRL IDNR PD L wetland drainage tiles, f ood control structures, or other drainage structures can help restore wetland hydrology. Approximately 754 acres are available as potential wetland restoration sites.

Restore stream channels to natural state by preserving and/or installing pools and 25 RL BPDD IDNR L riff es, removing excessive debris, stabilizing steam banks and the stream bed.

Stabilize upstream hydrology to reduce erosion, pollution runoff, and sediment loading 26 to downstream natural areas and preserve valuable and unique resources within M PRL L Illinois Beach State Park and Lyons Woods Forest Preserve.

Replenish and stabilize the Lake Michigan shoreline to protect this valuable and 27 IDNR CMP USACE USFWS L unique habitat.

On private lands, actively manage, restore, buffer and expand on-site natural areas by controling non-native and invasive plant species, planting native vegetation, using 28 PRL RL CBL L prescribed burning, and thinning the tree canopy so that a minimum 15% of available sunlight is reaching the ground layer.

181 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Three sites within the Dead River watershed present unique challenges and opportunities for land managment. The 5.2.6 LAND MANAGEMENT Waukegan Regional Airport, which is planning to expand In any watershed, the way that land is managed, developed, within the next 10 years, is partially covered by impervious grown, and otherwise acted upon by the residents and surfaces and requires the use of f uids and chemicals to others in the watershed af fects the quality of watershed support the airport activities, some of which are toxic or resources. Land uses such as transportation, industrial, and otherwise harmful to water quality and habitat. The airport commercial, with large areas of impervious surfaces such implements a Storm W ater Pollution Prevention Plan and as rooftops, roads, and parking lots, contribute signi f cant Spill Prevention, Control and Countermeasure Plan that it amounts of pollutants to streams and other water resources. should continue to update and apply. The airport should also Management of the turf grass areas of residential and other consider implementing the road and parking lot maintenance land uses such as schools and parks contribute fertilizers recommendations, as well as those related to turf grass and pesticides, and the disposal of yard waste in or near and grounds management for those areas not covered by the stream or other water feature impacts these resources impervious surfaces.

by contributing decomposing organic matter, which reduces The Zion Nuclear Power Station is scheduled to be dissolved oxygen levels in water . Animal populations, decommissioned over the next 10 years and the City of including pets, deer , and gulls along the Lake Michigan Zion plans the future land use of this area to be single family shoreline contribute bacterial contamination to the stream residential. If feasible, and if all contamination or other and beaches, making them unsuitable for human contact.

nuclear legacy issues can be adequately addressed, this Construction activities can result in signi f cant site erosion, land should be remediated, restored to a natural state, and which sends sediment into the stream system. All of these re-integrated into Illinois Beach State Park and the unique pollutants eventually end up in Lake Michigan, the source of resources found there.

drinking water and recreation for millions of people.

Property owners within the W aukegan Harbor Area of Appropriate land management practices can help reduce Concern, which includes the harbor and the industrial land pollutant loading at the source, before pollutants reach uses to the north and surrounding the harbor , should take streams and other water resources. Road and parking lot special land management precautions. Property should be maintenance, including street sweeping and the reduction kept clean of debris, f uids, chemicals, and other materials of road salt application in winter , can help prevent toxic that have the potential to leach or otherwise migrate into materials, sediment, and chlorides fromf owing to the stream streams, Lake Michigan, or other areas. Material piles or and impairing water quality. Soil erosion and sediment control storage areas also should be covered or contained.

practices installed during the development and construction process can signif cantly reduce the contribution of sediment Programmatic actions for land management are listed in from these sites. Appropriate landscape maintenance, such as reduced application of fertilizers and pesticides, installation of native landscapes, and appropriate disposal of yard waste, can reduce the concentration of landscaping pollutants in stormwater runof f and the stream. Installing best management practices such as riparian buf fers and f lter strips can remove pollutants from runof f before they can reach the stream. For example, stream riparian buf fers have the potential to remove 75% of sediment and 50% of phosphorous from stormwater runof f. Naturalized swales can remove up to 80% of total suspended solids and 30%

of phosphorous.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 182

Table 5.7 Land Management Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Improve road maintenance practices, such as street and parking lot sweeping and reduce application of de-icing salt, to reduce the f ow of particulates, sediment, 29 M DOT CBL T S chlorides, and other pollutants into the stormwater system, stream, and ultimately Lake Michigan.

Investigate and address potential contamination issues in Illinois Beach State Park and the Dead River. Remediate, cap, cover, or install other controls for any IDNR CMP 30 potential sources of toxic or other pollutants including waste storage piles, landf lls or LCHD CAG LMGLO L USEPA IEPA facilities, hazardous materials, nuclear contamination sites, and salt piles to prevent stormwater contact or to capture runoff if stormwater contact does occur.

Reduce fecal coliform contamination on Lake Michigan beaches by controlling gull 31 populations, human sewage, and other contributing sources. Further study is needed LCHD IDNR IEPA LMGLO S to identify the non-gull sources of fecal coliform contamination.

Use sustainable site and land management practices (including golf courses and 32 PRL CBL GC M PD LCFPD S agricultural operations).

Avoid disposal or burning of yard waste in or near the stream or riparian buffer, which adds excess nutrients to the stream system and kills the plant buffer that 32a stabilizes the streambanks and f lters runoff to the stream. Properly dispose of PRL GC CBL M PD LCFPD S yard and pet wastes, household chemicals, and trash. Do not dispose of these in stormsewers, roadside swales, or the stream.

Utilize deep-rooted native vegetation wherever possible for landscaping rather than turf grass to increase stormwater inf ltration and evapotranspiration, reduce the need for watering, pesticides and fertilizers, f lter pollutants from surface 32b PRL CBL GC PD M S runoff, and provide habitat for native species. Plant native trees appropriate to the local area to increase interception, evapotranspiration, and uptake of precipitation.

Protect water resources from sedimentation due to construction site erosion by inspecting and enforcing soil erosion and sediment control standards as required by the Lake County Watershed Development Ordinance. Require an approved SESC 33 M DH LC NRCS/SWCD S plan to help protect water resources from sedimentation by f ltering and trapping sediments out of stormwater before it leaves a development site. Assess erosion and sediment control practices after storm events and ensure SESC plan implementation.

Minimize soil compaction, clearing and mass grading to only where absolutely necessary to build and provide access to structures and infrastructure (site 33a f ngerprinting). Avoid clearing and grading in or immediately adjacent to water M DH LC NRCS/SWCD S resources and steep slopes. Clearing should be done immediately before construction, rather than leaving soils exposed for months or years.

During construction protect and retain existing vegetation to decrease 33b M DH LC NRCS/SWCD S concentrated f ows, maintain site hydrology, and control erosion.

Limit soil exposure by phasing construction so that only a portion of the site is disturbed at any one time to complete the needed building in that phase. Other 33c M DH LC NRCS/SWCD S portions of the site are not cleared and graded until exposed soils from the earlier phase have been stabilized and the construction is nearly completed.

Stabilize / revegetate exposed and disturbed soils including soil stockpiles within 14 days after disturbance with seeding, mulch cover, erosion control blankets, 33d M DH LC NRCS/SWCD S or other stabilization practices. Topsoil stockpiles can be reapplied as a soil amendment to reestablish vegetation following construction.

Employ a soil erosion sediment control treatment train, and install perimeter 33e controls and risers as a last line of defense to retain and f lter sediments before M DH LC NRCS/SWCD S runoff exits the site.

The Waukegan Regional Airport should continue to update and implement the Storm Water Pollution Prevention Plan and Spill Prevention, Control and Countermeasure Waukegan 34 S Plan, sweep impervious surfaces regularly, and f nd more environmentally-friendly de- Regional Airport icing compounds for airplanes and runways.

183 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.7. of f oodproof ng materials to buidling foundations also exist for these locations.

5.2.7 FLOOD MANAGEMENT For sewer backup problems, one-way f ow valves are Flooding and risk off ooding are fairly common in northeastern available that allow f ow to leave a structure via the sewer Illinois and Lake County , primarily due to the impact of pipe but do not allow f ow to enter a structure through the urban development, which increases impervious surfaces, same pathway.

increases the rate and volume of stormwater runof f, and modif es and builds in natural storage and f oodplain areas. For landowners with structures within the 10- or 100-year These factors, coupled with a f at Illinois landscape where f oodplain boundary , options include f ood insurance to excess water tends to spread out over a wide area, has help repair damages due to f ooding, f oodproof ng such resulted in f ooding problems. For this reason, it is important as raising a structure, and f ood buyouts, where a property to preserve and not modify existing f ood storage capacity of owner voluntarily sells the land and structure. Under the landscape including depressional areas, wetlands, and f ood butyouts, the structure is typically removed from the f oodplains. property and f oodplain and the land is no longer available for development.

While Flood Problem Area Inventory (FP AI) sites within the watershed are not extensive in terms of af fected area, Programmatic actions for f ood management are listed in f ooding within these areas can be extremely destructive and Table 5.8.

disruptive to those suffereing from f ood damage. Flooding of roads and intersections, such as those reported by the Illinois Department of Transportation, disrupt travel and economic activity. In addition to these identi f ed f ooding problems, potential f ood areas have also been identi f ed that may affect up to 270 structures in the 100-year f oodplain and 682 structures in the 500-year f oodplain.

Addressing current and potential f ood problems is important for those affected and for the overall impact of f ood damage to society in general. Current f ooding issues were due either to a local drainage problem, meaning that the size of the drainage system, whether underground sewer , ditch, or overland f ow path, is insuff cient to carry the volume of water required, or to sanitary sewer or septic failure, as in the Lake County Gardens Subdivision.

None of these locations fall within the 100-year f oodplain, and f ood insurance is not an option for these landowners.

Increasing the local drainage capacity for these areas will probably require installation of new or larger sewer pipes, larger culverts, or improving or increasing the capacity of the ditch or overland f ow path. Installing or increasing localf ood storage, such as through installation of detention basins, is another potential solution. Floodproo f ng options, such as raising the structure above the level of f ooding, protection using the surrounding land such as levees, sealing basement windows and doorways in homes, and application T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 184

Table 5.8 Flood Management Programmatic Actions Lead Supporting

  1. Flood Management Programmatic Actions Implementation Implementation Timeframe Responsibility Responsibility Adopt and continue to enforce f oodplain protection standards within zoning, subdivision, and building codes or a stand-alone f oodplain protection standard that 35 M LC SMC M prohibits new building and roadway development, f ll, or other encroachment within the f oodplain.

Address Flood Problem Area Inventory and Illinois Department of Transportation M PRL FEMA 36 LC SMC L f ooding sites, and avoid potential f ood damage within 10- and 100-year f oodplains. DOT Preserve riparian and depressional f oodplain and wetlands as open and 36a M LC L undeveloped to maximize f ood storage and conveyance.

Mitigate f ood damages through f oodproof ng of at-risk structures such as raising 36b the structure, sealing basement windows and doors, f oodplain buyouts, and PRL CBL M LC FEMA L installing landscape features such as f oodwalls or levees.

Mitigate sanitary sewer backup f ood damages through remediation / correction 36c of inf ltration and cross connections with the sanitary sewer system and PRL NSSD L installation of one-way valves.

Mitigate local drainage capacity f ood damage by providing additional f ood storage and or maintaining / improving local drainage system through installation 36d PRL M LC SMC L of new or larger sewer pipes, larger culverts, or improving or increasing the conveyance capacity of ditches and overland f ow path.

185 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan municipalities must adopt the green infrastructure plan and coordinate implementation ef forts and resources to 5.2.8 STAKEHOLDER COORDINATION achieve the most ef f cient and ef fective results. Neighbors Activities within one area of the watershed can impact must work together to address streambank erosion issues watershed resources in areas of the watershed that seem that threaten their properties. A strong coalition of dedicated distant or unconnected. For example, appropriate stormwater watershed stakeholders, including representatives from management practices applied in the western headwaters of all of the municipalities, the county , and residents and the watershed can improve aquatic resources as far away as landowners must form a new Dead River watershed-based Illinois Beach State Park and Lake Michigan, and can reduce organization to help coordinate and lead watershed plan f ooding and streambank erosion problems for downstream implementation ef forts, provide education and assistance communities and landowners. And just as the actions of one to watershed stakeholders, and make recommendations for stakeholder can impact distant resources, the participation, project funding. Local, state, and federal agency programs, coordination, and action of all of the stakeholders is needed to including voluntary education initiatives, technical and create real and lasting improvement of watershed resources. f nancial support for planning and best management practice No single party , stakeholder, jurisdiction, or discipline can projects, and regulatory programs that permit or restrict effectively implement this watershed plan alone. development activities, can be combined and leveraged for Coordination across property and jurisdictional lines is multiple benef ts.

critical for implementing plan recommendations that require Programmatic actions for stakeholder coordination are listed multiple funding sources and coordination of time and ef fort in Table 5.9.

beyond a single stakeholder's resources. For example, T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 186

Table 5.9 Stakeholder Coordination Programmatic Actions Lead Supporting

  1. Actions Implementation Implementation Timeframe Responsibility Responsibility Form a watershed organization to coordinate and lead watershed plan 37 SMC M WPC IEPA S implementation activities.

Coordinate watershed restoration projects and develop cost-share funding for best 38 SMC M WPC S management practices.

Establish regular (e.g., quarterly) stakeholder coordination meetings to discuss 39 projects, watershed plan implementation, and land use planning and development SMC M WPC S activities.

Incorporate plan recommendations into regional, county, and municipal plans and 40 M LC CMAP S budgets.

187 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan 5.3 SITE SPECIFIC ACTION PLAN on the Subwatershed Management Unit Maps found in In addition to the programmatic recommendations, which Figures 5.2 through 5.10 and are identi f ed by the three-generally apply watershed wide, site speci f c action items digit Recommendation ID#. Tables 5.10 through 5.15 and recommendations are tied to a particular location in are subsets of a more detailed action plan table that is the watershed: one of the Subwatershed Management included in Appendix H. Chapter 6 identi f es a number of Units, one of the stream reaches, or a speci f c point on the implementation details, such as area and cost, that are stream. As with the programmatic actions, these site specif c essential for understanding the diff culty and extent of putting recommendations were developed to address watershed these recommendations into effect.

problems, to improve watershed resources, and to achieve the watershed goals and objectives.

Recommendation Identi f cation # (ID#): each action is identif ed by a three-number identif cation label: (1) SMU, The process of identifying specif c sites that are in need of, or (2) stream reach, and (3) identi f cation number for each suited to, watershed improvement projects has been ongoing action. For example, 2.27.4 would refer toAction #4 along during the planning process and will continue throughout Reach 27 within SMU 2.These ID numbers correspond to plan implementation. Watershed improvement projects in the those on the SMU maps in Figures 5.2 through 5.10.

site specif c plan range from small maintenance and repair tasks, to large wetland restoration and green infrastructure Jurisdiction: identi f es the jurisdiction within which the preservation projects.

recommendation falls. Individual jurisdictions are listed f rst, followed by multi-jurisdictional recommendations.

During development of the watershed-baed plan, several methods were used to identify project sites.

Recommendation

Description:

narrative explanation of the action recommendation.Those recommendations that

1. Members of the W atershed Planning Committee address Critical Areas (identif ed in Chapter 3 Section 17) provided site and project recommendations to the are shown in italics.

planning team during meetings.

2. Sites were identi f ed based on results of previous Goal-Obj: the Goal and Objective the action item is watershed studies such as the Flood Problem Area intended to address.

Inventory and 2001 Stream Inventory.

Priority: priority refers to the rank importance of the

3. New data was collected during the f eld assessment action. A "1" indicates high priority and "3" indicates lower conducted by the planning team. priority.
4. Extensive map analysis using existing data including land use, wetlands, soil, f oodplain and green Ease of Implementation: indicator of how dif f cult the infrastructure overlays. These analyses included green recommended action is to implement, with "1" indicating infrastructure prioritization, identi f cation of critical a fairly simple action and "3" more complex or dif f cult areas, and non-point source pollution loading. action to implement.

This action plan (T ables 5.10 through 5.15) is organized Time frame: indicator of when the action recommendation by the jurisdiction in which the recommendation falls, and is intended to be implemented: Short (1-5 years), Medium includes the information listed below . This structure should (5-10 years), or Long (10+ years).

allow jurisdictional representatives to easily identify which recommendations are within their sphere of in f uence and control. The action recommendations have been located T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 188

USEPA watershed-based plan element #3:

best management practices and critical areas where those practices are needed (also see Appendices G and H).

Implementation Responsibility: indicates the lead party that will most likely be responsible for implementing the action recommendation as well as any supporting parties.

The site-speci f c recommendations in Tables 5.10 through 5.15 ref ect the opportunity sites identi f ed by stakeholders, past studies and inventories, and other components of the watershed assessment. However , they do not include all of the opportunities for best management practice projects in the watershed. Figures 5.2 through 5.10 illustrate the location of the site speci f c recommendations included in Tables 5.10 through 5.15.

189 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.10 Site Specif c Action Plan for the City of Zion LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Preserve Category 1 and 2 green infrastructure open space areas to connect the North and South units of Illinois Beach State Park, enhance recreational opportunities, and expand and restore important rare C1, C2, habitat. Decommission and remove the power plant 1.0.1 Zion C3, E1, 1 3 L IDNR/Utility Zion and associated structures. Acreage count includes E2 private / utility owned land within the area. It is assumed that restoration would address the potential pollutant loading hotspots identified as Critical Subbasins #15 and #74.

Manage / minimize runoff impacts of commercial land uses along Sheridan Road, particularly at Sheridan and 33rd St and Sheridan and 27th, 28th, and 29th E1, E2, Owner 2.0.3 Zion along the stream. Cost estimate assumes 8400 lf of E7, E9, 1 3 S Zion Developer Sheridan Road frontage treated with improved, 10' G1 swales (approximately 2 acres) as a proxy for on-site source control BMPs.

Stabilize / regrade shoreline using bioenginnering practices and plant banks and a surrounding buffer with native vegetation; inspect and remediate inlet /

E1, E2, 2.0.6 Zion outlet problems by removing clogging and/or debris 2 2 S-M Owner E9 buildup; address algae / nutrient loads and turbidity

/ sedimentation by naturalizing the basin; remove excess debris.

Stabilize / regrade shoreline using bioenginnering practices and plant banks and a surrounding E1, E2, Zion Park 2.0.7 Zion buffer with native vegetation; address turbidity / 2 2 S-M E9 District sedimentation by naturalizing the basin; remove excess debris. This is depressional area #54.

Stabilize / regrade shoreline using bioenginnering practices and plant banks and a surrounding buffer E1, E2, Zion Park 2.0.8 Zion 2 2 S-M with native vegetation; address algae / nutrient loads E9 District by naturalizing the basin; remove excess debris.

Address algae / nutrient loads by naturalizing the E1, E2, 2.0.9 Zion 2 1 S-M Owner Zion basin. E9 Restore stream channel and improve instream habitat A1, A10, Zion Park 2.28.1 Zion 3 3 S by installing pools and riffles. C3 District City of Zion Action Plan Restore and manage the channel, native riparian buffers, and ravine woodland system, particularly the A1, A3, reach running through Ophir Park west of Sheridan A5, A6, Zion Park 2.28.2 Zion Road, and Carmel Park east of Sheridan Road. 1 2 S A10, C3, District Management practices include controlling invasive E2, E4 species, planting native species, and managing vegetation such as through prescribed burning.

Stabilize and reduce downcutting of the incised A6, A10, channel through Ophir Park, and install a naturalized A11, B1, Zion Park 2.28.3 Zion 1 2 S riparian buffer. Cost estimate assumes stabilization of B4, C3, District streambanks with Moderate erosion problem. E1 Manage the culvert outflow at the upstream end of the reach for energy dissipation and pollutant A10, A11, Zion Park 2.28.4 Zion 2 3 S removal, possibly with a settling basin or small B4 District constructed wetland.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 190

Table 5.10 Site Specif c Action Plan for the City of Zion (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Stabilize Moderate streambank erosion along the A1, A3, Zion Park entire reach using bioengineering stabilization 2.28.5 Zion A8, C3, 1 3 M District, measures, which will help reduce the instream silt /

E1 Owner sedimentation load within this reach.

Remove debris, tires, and logs using American A10, A11, 2.28.6 Zion 2 2 S Owner SMC Fisheries Society guidelines. B4 Remove debris obstructing flow using American A10, A11, 2.28.7 Zion 2 2 S Owner SMC Fisheries Society guidelines. B4 Remove concrete debris and remove or repair failed A10, A11, Zion Park 2.28.8 Zion 2 3 S-M Zion headwall and outfall pipe. B4 District Stabilize major erosion, bank slumping / blowout, and headwall failure at upstream end of the reach A1, A3, near the culvert. Use bioengineering stabilization A5, A8, Zion Park 2.28.9 Zion 1 3 S-M Zion measures if possible, and more structural measures A11, C3, District if necessary. Cost estimate reflects stabilization of E1 severe erosion problem.

Stabilize 4 foot diameter plunge pool erosion below A1, A3, outfall. If feasible use bioengineering measures, A5, A8, Zion Park 2.28.10 Zion 1 3 S-M Zion though rip rap and structural measures may be A11, C3, District necessary. E1 A1, A3, Stabilize bank erosion caused by stormwater outfall A5, A8, Zion Park 2.28.11 Zion 1 3 S-M Zion using bioengineering stabilization measures. A11, C3, District E1 Inspect and, if necessary, repair five culverts under A10, A11, Zion Park 2.28.12 Zion 3 3 S Zion trail, which may be crushed and/or failing. B4 District Preserve approximately 21 acres of wetland and stream corridor open and partially open Category 1 green infrastructure areas and greenways within Zion Park A6, B1, the headwaters of the 27th St tributary. Target areas District, 3a.0.3 Zion C2, C3, 1 3 L are located (1) southwest of 25th St and Galilee, (2) Zion, G2, G4 south of Jethro and 26th Street, (3) west of 26th and Owner Lewis, (4) southeast of 26th and Lewis, (5) northwest of 29th and Lewis.

Manage the golf course grounds and detention /

B1, C3, water features in Shiloh Park, in the northeast corner City of Zion Action Plan E1, E2, Zion Park 3a.0.7 Zion of the SMU for water quality and habitat benefits, 2 1 S E4, E9, District including installation of a 5 foot riparian buffer along G2, G4 shoreline / banks of water features.

FPAI site 20-13 experiences local drainage problems due to runoff from the west. Retrofit David Park and 3a.0.8 Zion the school property west of the problem area with B4 2 3 S Zion SMC detention or infiltration practices to reduce runoff rate and volume.

Stabilize / regrade shoreline using bioenginnering practices and plant banks and a minimum 5 ft buffer with native vegetation; inspect and remediate inlet E1, E2, 3a.0.9 Zion 2 2 S-M HOA Zion

/ outlet problems by removing clogging and/or E9 debris buildup; address turbidity / sedimentation by naturalizing the basin.

Inventory detention basin and identify resolutions to 3a.0.10 Zion - 3 1 S-M SMC any noted functional problems.

191 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.10 Site Specif c Action Plan for the City of Zion (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Retrofit as wet / wetland basin; plant banks and E1, E2, 3a.0.11 Zion a minimum 5 ft surrounding buffer with native 2 2 S-M HOA E9 vegetation.

Retrofit as wet / wetland basin; plant banks and a minimum 5 ft surrounding buffer with native E1, E2, 3a.0.12 Zion vegetation; inspect and remediate inlet / outlet 2 2 S-M HOA E9 problems by removing clogging and/or debris buildup; remove excess debris.

Retrofit as wet / wetland basin; plant banks and a minimum 5 ft surrounding buffer with native E1, E2, 3a.0.13 Zion vegetation; inspect and remediate inlet / outlet 2 2 S-M HOA E9 problems by removing clogging and/or debris buildup; retrofit bottom concrete channel.

Plant banks and a minimum 5 ft surrounding buffer E1, E2, 3a.0.14 Zion 2 1 S-M HOA with native vegetation; remove excess debris. E9 Stabilize / regrade shoreline using bioenginnering practices and native vegetation; inspect and remediate inlet / outlet problems by removing E1, E2, Zion Park 3a.0.15 Zion 2 2 S-M Zion clogging and/or debris buildup; address algae / E9 District nutrient loads by naturalizing the basin; remove excess debris.

Stabilize / regrade shoreline and plant banks and E1, E2, Zion Park 3a.0.16 Zion a minimum 5 ft surrounding buffer with native 2 2 S-M E9 District vegetation; address turbidity / sedimentation.

Plant banks and a minimum 5 ft surrounding E1, E2, Zion Park 3a.0.17 Zion buffer with native vegetation; address turbidity / 2 1 S-M E9 District sedimentation by naturalizing the basin.

Restore and manage the native riparian buffer plant communities along this reach within Sharon Park by controlling invasive species, planting native species, A6, A10, thinning forest and shrub vegetation to allow more Zion Park 3a.27.1 Zion B1, C3, 2 2 S ground vegetation, and managing vegetation such as District E1 through prescribed burning. A wider, partially forested buffer may be appropriate in the lower parts of the reach.

Address High streambank erosion along entire reach A1, A3, Zion Park City of Zion Action Plan 3a.27.2 Zion using bioengineering stabilization measures, some of A8, C3, 1 3 M District which may threaten buried sewer lines. E1 Remove debris obstructing flow using American A10, A11, Zion Park 3a.27.3 Zion 1 2 S SMC Fisheries Society guidelines. B4 District Remediate significant erosion and slumping on left A1, A3, bank using bioengineering stabilization measures. Zion Park 3a.27.4 Zion A8, C3, 1 3 M Length difficult to determine from photo; assume 100 District E1 lf and 1 side of stream.

Remove debris obstructing flow using American A10, A11, Zion Park 3a.27.5 Zion 1 2 S SMC Fisheries Society guidelines. B4 District Stabilize significant erosion and exposure of manhole and sewer infrastructure using bioengineering A1, A3, NSSD?,

stabilization measures and other hardscape solutions 3a.27.6 Zion A8, C3, 1 3 M Zion Zion Park to ensure protection of the infrastructure elements.

E1 District Length difficult to determine from photo; assume 100 lf for cost estimation purposes.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 192

Table 5.10 Site Specif c Action Plan for the City of Zion (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Owner Stabilize erosion creating open channel at discharge A5, A8, 3a.27.7 Zion 1 3 S-M Zion (Bd. Of point using bioengineering stabilization measures. A11, C3, Edu.)

E1 Remediate significant erosion and slumping on left A1, A3, bank using bioengineering stabilization measures. Zion Park 3a.27.8 Zion A8, C3, 1 3 M Length difficult to determine from photo; assume 150 District E1 lf for cost estimation purposes.

A1, A3, Stabilize erosion at outfall that is creating an open A5, A8, Zion Park 3a.27.9 Zion 1 3 S-M Zion channel using bioengineering stabilization measures. A11, C3, District E1 A1, A3, Stabilize major erosion, headwall, and outfall pipe A5, A8, Zion Park 3a.27.10 Zion 1 3 S-M Zion failure using bioengineering stabilization measures. A11, C3, District E1 A1, A3, Stabilize minor channel erosion using bioengineering A5, A8, Zion Park 3a.27.11 Zion 1 3 S-M stabilization measures. A11, C3, District E1 Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, species, planting native species, thinning forest and 3c.22.1 Zion B1, C3, 2 2 S Owner shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

Remove debris obstructing flow using American A10, A11, 3c.22.2 Zion 2 2 S Zion SMC Fisheries Society guidelines. B4 City of Zion Action Plan 193 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.11 Site Specif c Action Plan for the Village of Beach Park LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Preserve and restore open and partially open green infrastructure bounded by North Ave, York House Road, Sheridan Road, and residential areas to the north (spanning SMUs #1, #3b, and #3c) for natural resource restoration and management and recreation. B1, C1, Beach Beach 1.0.3 Preserving two corridors (19 acres) east of Sheridan C2, C3, 1 3 L Owner Park Park Road would connect this piece to the larger Illinois G2, G4 Beach State Park system. The area also contains storage area #30 and potential storage area #27, which may help reduce flooding in the area of FPAI 20-02 along Coolidge Ave.

Beach Monitor IDOT-recorded flooding location at Sheridan 1.0.8 B4, F7 3 1 S IDOT SMC Park and York House Road for further problems.

Beach Monitor IDOT-recorded flooding locations at Sheridan 1.0.9 B4, F7 3 1 S IDOT SMC Park and Beach Road for further problems.

Install filtration and infiltration BMPs for existing commercial properties along Sheridan Road. Cost E1, E2, Beach Owner 1.0.14 estimate reflects 10' wide swale improvements (as a E7, E9, 2 3 S Beach Park Park Developer proxy for lot level / source control BMPs) along 1500 G1 lf of Sheridan Road frontage.

Improve any swale and other surface stormwater drainage systems within the developed areas of the western part of this SMU, which is mostly unsewered, E1, E2, Beach and install stormwater filtration and infiltration BMPs.

1.0.15 E7, E9, 1 3 S Beach Park Park Details reflect 54,000 lf (approximately 12.5 acre) of G1 10 foot wide drainage swale improvements / lot level /

source control BMPs on each side of roads within this part of the SMU.

Village of Beach Park Action Plan Beach Inventory detention basin and identify resolutions to 1.0.23 - 3 1 S-M SMC Park any noted functional problems.

Beach Inventory detention basin and identify resolutions to 1.0.24 - 3 1 S-M SMC Park any noted functional problems.

Beach Inventory detention basin and identify resolutions to 1.0.27 - 3 1 S-M SMC Park any noted functional problems.

Monitor past IDOT-recorded flooding at Sheridan Beach 2.0.5 and Wadsworth for further problems and remediate if B4, F7 3 1 S IDOT Park flooding continues.

Beach Beach Remove debris obstructing flow using American A10, A11, 3a.25.4 2 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Restore and manage the native riparian buffer plant communities along this reach by controlling invasive species, planting native species, thinning A6, A10, Beach 3a.26.1 forest and shrub vegetation to allow more ground B1, C3, 2 2 S Owner Park vegetation, and managing vegetation such as through E1 prescribed burning. A wider, partially forested buffer is appropriate in the lower parts of the reach.

Beach Beach Restore stream channel and improve instream habitat A1, A10, 3a.26.2 3 3 S Owner Park, Park by installing & enhancing pools and riffles. C3 BPDD T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 194

Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Address Moderate streambank erosion along entire A1, A3, Beach Beach 3a.26.3 reach using bioengineering stabilization measures, A8, C3, 1 3 M Owner Park, Park which may help reduce the silt and sediment load. E1 BPDD A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, 3a.26.4 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, discharge from roof or footing drains.

E2, E5, E9 Beach Beach Remove chain link fence placed across stream A1, A10, 3a.26.5 2 1 S Owner Park, Park channel. B4 BPDD Remediate significant erosion using bioengineering A1, A3, Beach Beach stabilization measures. Length difficult to determine 3a.26.6 A8, C3, 1 3 M Owner Park, Park from photo; assume 100 lf and 1 side of stream for E1 BPDD cost estimation purposes.

Beach Beach Investigate and remediate collapsed pedestrian 3a.26.7 A10, A11 2 2 S Owner Park, Park bridge in the stream channel.

BPDD Consider daylighting and restoring as much of the Wilson Avenue Tributary (not inventoried) as possible Beach through the residential areas. Daylighting and A1, A6, 3b.0.2 3 3 L Beach Park Owner Park restoration should address concerns about the tank C3, G2 cars and transite pipes that are reported to transmit the flow below ground in this location.

Buffer the Wilson Avenue Tributary from B1, C1, Beach Beach 3b.0.3 encroachment by preserving open Category 2 green C2, C3, 1 3 L Owner Park Park infrastructure areas. G2, G4 Restore and manage the wetlands within the open Village of Beach Park Action Plan B1, C1, and partially open Category 1 Green Infrastructure Beach C2, C3, 3b.0.5 areas just north of Lyons Woods Forest Preserve; 3 3 L Owner SMC Park E1, E2, reconnect these wetlands to the Lyons Woods G2 system.

FPAI site 20-04, in the Village of Beach Park, experiences sewer backup into homes due to an inadequate drainage system. Investigate whether the Beach remedial measure, a large pipe and ditch installed as 3b.0.8 B2, B3 2 3 S Beach Park SMC Park part of the Monarch Point development to the north, fixed the problem. If not, remedial action should be taken, which may include working with the open areas identified on the SMU map to relieve drainage issues.

"FPAI site 20-05, in the Village of Beach Park, experiences road, home, and backyard flooding due to inadequate conveyance capacity of the open ditch Beach B1, B2, 3b.0.9 and culvert, particularly the culvert under Yorkhouse 2 3 S Beach Park SMC Park B4 Road. Remedial action may include retrofit /

restoration of open green infrastructure areas to help absorb / store flood water.

195 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY The area where BL13, BL14, and BL15 come together is in need of a stream restoration plan to remediate A1, A6, Beach the buildup of debris, concrete lined channels, A10, A11, Beach Park 3b.0.10 1 3 S Park underground culverts and railroad tank cars, yard C3, E5, SMC Owner waste in the stream channel, and other impacts from E9, G2 nearby residential areas.

Stabilize / regrade shoreline using bioenginnering Waukegan Beach practices and plant banks and a surrounding E1, E2, 3b.0.11 2 2 S-M Park Park buffer with native vegetation; address turbidity / E9 District sedimentation by naturalizing the basin.

Retrofit as wet / wetland basin; plant banks and a Beach surrounding buffer with native vegetation; inspect E1, E2, 3b.0.13 2 2 S-M Owner HOA Park and remediate inlet / outlet problems by removing E9 clogging and/or debris buildup.

Beach Retrofit as wet / wetland basin; plant banks and a E1, E2, 3b.0.14 2 2 S-M HOA Park surrounding buffer with native vegetation. E9 Beach Inventory detention basin and identify resolutions to 3b.0.17 - 3 1 S-M SMC Park any noted functional problems.

Beach Inventory detention basin and identify resolutions to 3b.0.18 - 3 1 S-M SMC Park any noted functional problems.

Plant banks with native vegetation; inspect and Beach remediate inlet / outlet problems by removing E1, E2, 3b.0.19 2 1 S-M HOA Park clogging and/or debris buildup; remove excess E9 debris.

Convert to wet or wetland basin; plant banks and a Beach surrounding buffer with native vegetation; inspect E1, E2, 3b.0.20 2 2 S-M HOA Park and remediate inlet / outlet problems by removing E9 clogging and/or debris buildup.

Village of Beach Park Action Plan Beach Plant banks and a surrounding buffer with native E1, E2, 3b.0.21 2 1 S-M Owner Park vegetation; remove excess debris. E9 Beach Beach Restore stream channel and improve instream habitat A1, A10, 3b.12.1 1 3 S Owner Park, Park by installing and enhancing pools and riffles. C3 BPDD Address High streambank erosion along entire reach A1, A3, Beach Beach using bioengineering stabilization measures, which 3b.12.2 A8, C3, 1 3 M Owner Park, Park may help reduce the instream silt / sedimentation E1 BPDD load.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3b.12.3 B1, C3, 1 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

Investigate / inspect failed / broken concrete dam Beach Beach along west of Cheney / North Ave. for impact on A1, A2, 3b.12.4 3 1 S-L Owner Park, Park stream, and remove impacting dam elements if found A11, C3 BPDD be have a negative impact.

Stabilize typical 1-2 foot erosion on right bank using A1, A3, Beach Beach bioengineering stabilization measures. Length difficult 3b.12.5 A8, C3, 1 3 M Owner Park, Park to determine from photo; assume 100 lf and 1 side of E1 BPDD stream for cost estimation purposes.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 196

Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Beach Beach Remove debris obstructing flow using American A10, A11, 3b.12.6 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Stabilize significant erosion and slumping of right A1, A3, Beach Beach bank using bioengineering stabilization measures.

3b.12.7 A8, C3, 1 3 M Owner Park, Park Length difficult to determine from photo; assume 100 E1 BPDD lf and 1 side of stream for cost estimation purposes.

A10, A11, Beach Beach Remove debris and sediment from culvert under C3, E1, 3b.12.8 1 3 S Owner Park, Park Beach Road. E7, E8, BPDD F7 A1, A3, Remediate erosion of open point discharge Beach Beach A5, A8, 3b.12.9 channel draining to the creek using bioengineering 1 3 S-M Owner Park, Park A11, C3, stabilization measures. BPDD E1 A1, A3, Remediate erosion of open point discharge Beach Beach A5, A8, 3b.12.10 channel draining to the creek using bioengineering 1 3 S-M Owner Park, Park A11, C3, stabilization measures. BPDD E1 Manage and restore the wooded ravine along reach Beach A6, A7, Beach 3b.13.1 BL13. Assumes an area 2500 lf by 150 ft in width for 3 2 S Owner Park A10 Park cost estimating purposes.

Restore stream channel and improve instream habitat Beach Beach by installing and enhancing pools and riffles and A1, A10, 3b.13.2 1 3 S Owner Park, Park removing numerous debris jams according to the C3 BPDD American Fisheries Society guidelines.

Address High streambank erosion along entire reach A1, A3, Beach Beach using bioengineering stabilization measures, which 3b.13.3 A8, C3, 1 3 M Owner Park, Park may help reduce the instream silt / sedimentation Village of Beach Park Action Plan E1 BPDD load.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and Beach 3b.13.4 B1, C3, 1 2 S Owner Park shrub vegetation to allow more ground vegetation, Park SMC E1 and managing vegetation such as through prescribed burning.

A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, Beach 3b.13.5 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, Park SMC discharge from roof or footing drains.

E2, E5, E9 Inspect footbridges and armored / concrete-lined Beach Beach A1, A10, 3b.13.6 banks and remediate if found to be negatively 3 3 S Owner Park, Park A11 impacting the stream. BPDD A1, A6, Restore channel reach near Wilson Avenue by Beach Beach A9, A10, 3b.13.7 installing pool and riffle structures and stabilizing 1 3 M Owner Park Park C3, E5, streambanks. BPDD G2 Remove concrete debris dumping / fill just upstream Beach Beach A10, A11, 3b.13.8 of Beach Rd culvert from property / operation at 2 2 S Beach Park Park, Park B4 Tewes and Beach. BPDD 197 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Remediate significant erosion and slumping of right A1, A3, Beach Beach bank using bioengineering stabilization measures.

3b.13.9 A8, C3, 1 3 M Owner Park Park Length difficult to determine from photo; assume 100 E1 BPDD lf and 1 side of stream for cost estimation purposes.

Inspect and assess fencing across channel and Beach Beach A1, A10, 3b.13.10 rock wall armoring and remove if found to impair the 1 1 S Owner Park Park A11 conveyance of water. BPDD Remove concrete from channel and restore stream channel by stabilizing streambanks and installing Beach Beach A10, A11, 3b.13.11 habitat features such as pools and riffles and 1 3 S Owner Park Park A11, B4 rootwads. Assumes 150 lf of stream channel needs BPDD attention for cost estimation purposes.

Beach Beach Remove debris obstructing flow using American A10, A11, 3b.13.12 1 2 S Owner Park Park Fisheries Society guidelines. A11, B4 BPDD A10, A11, Beach Beach Remove debris and sediment from culvert under C3, E1, 3b.13.13 1 3 S Owner Park Park Beach Road. E7, E8, BPDD F7 Address failed concrete wall armoring and major erosion behind the armoring by removing the Beach Beach A1, A3, 3b.13.14 concrete and using bioengineering stabilization 1 3 S-M Owner Park Park A11 measures. Assumes 100lf of stream channel needs BPDD attention for cost estimation purposes.

Repair or replace broken concrete and corrugated Beach Beach A1, A3, 3b.13.15 metal pipe culvert and remove debris obstructing 1 3 S-M Owner Park Park A11, C3 flow. BPDD A1, A3, Beach Beach Stabilize erosion at and below outfall using A5, A8, Village of Beach Park Action Plan 3b.13.16 1 3 S-M Owner Park Park bioengineering stabilization measures. A11, C3, BPDD E1 A1, A3, Repair failed clay outfall pipe and address erosion Beach Beach A5, A8, 3b.13.17 around outfall using bioengineering stabilization 1 3 S-M Owner Park Park A11, C3, measures. BPDD E1 Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach Beach species, planting native species, thinning forest and 3b.14.1 B1, C3, 1 2 S Owner Park Park shrub vegetation to allow more ground vegetation, E1 BPDD and managing vegetation such as through prescribed burning.

A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach Beach A11, C3, 3b.14.2 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park Park D1, E1, discharge from roof or footing drains. BPDD E2, E5, E9 Conduct major channel restoration by removing Beach Beach A1, A10, 3b.14.3 debris and restoring a natural channel to this 1 3 S Owner Park Park A11, C3 concrete-lined drainage ditch. BPDD T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 198

Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, 3b.15.10 1 1 S-M Owner Park Park using bioengineering stabilization measures. A11, C3, BPDD E1 A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, Park 3b.15.11 1 1 S-M Owner Park using bioengineering stabilization measures. A11, C3, BPDD, E1 Waukegan Beach Beach A10, A11, Park 3b.15.12 Remove debris at the outfall discharge points. 1 2 S Owner Park B4 BPDD, Waukegan Beach Beach Restore stream channel and improve instream habitat A1, A10, 3b.17.1 3 3 S Owner Park Park by enhancing pools and riffles. C3 BPDD A1, A3, Beach Beach Address Moderate streambank erosion along entire 3b.17.2 A8, C3, 1 3 M Owner Park Park reach using bioengineering stabilization measures.

E1 BPDD Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3b.17.3 B1, C3, 2 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

Inspect footbridges and armored / concrete-lined Beach Beach A1, A10, 3b.17.4 banks along this reach for impacts on the stream 3 3 S Owner Park Park A11, C3 corridor and remediate if necessary. BPDD Remove broken concrete slab streambank armoring Beach Beach and restore channel to natural channel condition. A1, A10, Village of Beach Park Action Plan 3b.17.5 2 3 S Owner Park Park Length difficult to determine from photo; assume 50 lf A11, C3 BPDD and 1 side of stream for cost estimation purposes.

Waukegan Beach Restore a minimum 5 foot wide, deep-rooted native 3b.17.6 A6, C3 2 1 S Park Park plant buffer to the stream edge within the golf course.

District Beach Beach A10, A11, 3b.17.7 Remove debris at outfall. 2 2 S Owner Park Park B4 BPDD Stabilize significant erosion and bank slumping using A1, A3, Beach Beach bioengineering stabilization measures. Length difficult 3b.17.8 A7, C3, 1 3 M Owner Park Park to determine from photo; assume 50 lf and 1 side of E1 BPDD stream for cost estimation purposes.

Beach Beach Remove debris blocking culvert and repair, A10, A11, 3b.17.9 2 3 S-M Owner Park Park remediate, and/or stabilize the exposed culvert. B4 BPDD A1, A3, Stabilize erosion undermining the culvert, preferably Waukegan Beach Beach A5, A8, 3b.17.10 using bioengineering stabilization measures but also 2 3 S-M Park Park Park A11, C3, using more structural measures if necessary. District BPDD E1 199 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY FPAI site 20-02, in the Village of Beach Park, experiences flooding due to inadequate outlets and poor drainage. There is a backyard drainage ditch between Beach and Howard, Sheridan and Geraghty (depressional storage #49) and extending along Coolidge Rd to the north (depressional storage Beach 3c.0.9 #50) that are likely part of the cause of flooding. B4, F7 3 1 S Beach Park Park Investigate whether the new storm sewer along Coolidge Avenue has eliminated flooding in this location. If flooding persists, additionial solutions may include improvement of drainage overland flow paths and installation of additional storm sewer capacity to alleviate the problem.

Monitor past IDOT-recorded flooding locations at Sheridan and Wadsworth, Sheridan and Talmadge /

Beach 3c.0.10 Michigan, and Sheridan and Beach Rd. to determine B4, F7 3 1 S IDOT Park whether flooding is still occuring at these sites. If so, develop and implement flood mitigation strategies.

Beach Stabilize / regrade shoreline and plant banks and a E1, E2, 3c.0.14 2 2 S-M Owner Park surrounding buffer with native vegetation. E9 Stabilize / regrade shoreline using bioenginnering practices and plant banks and a surrounding buffer Beach E1, E2, 3c.0.15 with native vegetation; address algae / nutrient loads 2 2 S-M Owner Park E9 and turbidity / sedimentation by naturalizing the basin.

Retrofit as wet / wetland basin; stabilize / regrade Beach E1, E2, 3c.0.16 shoreline and plant banks and a surrounding buffer 2 2 S-M Owner Park E9 with native vegetation.

Plant banks and a surrounding buffer with native Beach E1, E2, 3c.0.18 vegetation; inspect and remediate inlet / outlet 2 1 S-M Owner Park E9 Village of Beach Park Action Plan problems by removing clogging and/or debris buildup.

A3, A5, A6, A7, Owner, Install residential lot level stormwater BMPs, such Beach A11, C3, Bull Creek 3c.7.3 as rain barrels or rain gardens, to reduce runoff 1 1 S Park D1, E1, Stakeholder discharge from roof or footing drains.

E2, E5, Assn.

E9 Beach Assess side slope seeps for restoration potential. Owner, 3c.7.4 C3 1 3 S Park Restore if possible. SMC Beach Park, Bull Beach Remove massive debris jam approximately 300' A10, A11, 3c.7.5 2 3 S Creek Park downstream of Sheridan Road and stabilize channel. B4 Stakeholder Assn., SMC Address High streambank erosion along entire A1, A3, Beach Beach 3c.8.1 reach, some threatening homes and property, using A8, C3, 1 3 M Owner Park, Park bioengineering stabilization measures. E1 BPDD Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3c.8.2 B1, C3, 2 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 200

Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, 3c.8.3 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, discharge from roof or footing drains.

E2, E5, E9 Repair broken cement outfall pipe and stabilize A1, A3, Beach Beach surrounding erosion using bioengineering A5, A8, 3c.8.4 1 3 S-M Beach Park Park, Park stabilization measures. Location is approximately A11, C3, BPDD 300' upstream of Sheridan Rd. E1 Stabilize streambank erosion across from the sewer / Beach manhole stabilization project along the reach near the A1, A3, Park, Beach 3c.8.5 Garaghty / California intersection. Length of problem A8, C3, 1 3 M Owner BPDD, Park is unknown; assume 50 lf and 1 side of stream for E1 NSSD, cost estimation purposes. USACE, A1, A3, Stabilize minor channel erosion and downcutting of Beach Beach A5, A8, 3c.8.6 channel outfall using bioengineering stabilization 1 3 S-M Owner Park, Park A11, C3, measures and energy dissipation measures. BPDD E1 Stabilize major erosion behind headwall and below A1, A3, Beach Beach outfall preferably using bioengineering stabilization A5, A8, 3c.8.7 1 3 S-M Owner Park, Park measures but may also require more structural A11, C3, BPDD measures. E1 A1, A3, Stabilize moderate channel erosion and downcutting Beach Beach A5, A8, 3c.8.8 using bioengineering stabilization measures and, if 1 3 S-M Owner Park, Park A11, C3, necessary, check dams. BPDD E1 Address major erosion and slumping on left bank A1, A3, Beach Beach using bioengineering stabilization measures. Length 3c.8.9 A8, C3, 1 3 M Owner Park, Park Village of Beach Park Action Plan difficult to determine from photo; assume 50 lf and 1 E1 BPDD side of stream for cost estimation purposes.

Beach Beach Remove debris obstructing flow using American A10, A11, 3c.8.10 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Beach Beach Remove debris obstructing flow using American A10, A11, 3c.8.11 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Monitor sewer manhole, which rises 6 feet above Beach 3c.8.12 stream elevation, for leakage and infiltration F7 1 1 S NSSD Park problems.

A1, A3, Beach Beach Stabilize major erosion and slumping of ravine bank A5, A8, 3c.8.13 1 3 M Owner Park, Park using bioengineering stabilization measures. A11, C3, BPDD E1 Beach Beach Remove debris obstructing flow using American A10, A11, 3c.8.14 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Restore stream channel and improve instream habitat Beach Beach A1, A10, 3c.9.1 by installing and enhancing pools and riffles and 1 3 S Owner Park, Park C3 installing boulders, large rocks, and / or rootwads. BPDD 201 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Beach Beach Stabilize High streambank erosion along entire reach 3c.9.2 A8, C3, 1 3 M Owner Park, Park using bioengineering stabilization measures.

E1 BPDD Restore the native riparian buffer (manage native riparian plant communities within this reach: control A6, A10, Beach 3c.9.3 invasive species, plant native species, thin shrub B1, C3, 1 2 S Owner Park layer to allow more understory growth, and manage E1 vegetation such as through prescribed burning.)

A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, 3c.9.4 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, discharge from roof or footing drains.

E2, E5, E9 Stabilize major erosion with slumping on the left bank A1, A3, Beach Beach using bioengineering stabilization measures. Length 3c.9.5 A8, C3, 1 3 M Owner Park, Park difficult to determine from photo; assume 50 lf and 1 E1 BPDD side of stream for cost estimation purposes.

Beach Beach Remove debris obstructing flow using American A10, A11, 3c.9.6 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Beach Beach Remove debris obstructing flow using American A10, A11, 3c.9.7 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Beach Beach A10, A11, 3c.9.8 Remove debris around plastic outfall pipe. 1 2 S-M Owner Park, Park B4 BPDD Beach Beach Stabilize major erosion on the left bank using A1, A10, 3c.9.9 1 3 M Owner Park, Village of Beach Park Action Plan Park bioengineering stabilization measures. A11, C3 BPDD Beach Beach Remove debris obstructing flow using American A10, A11, 3c.9.10 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Beach Beach Remove debris obstructing flow using American A10, A11, 3c.9.11 1 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Stabilize major erosion and slumping of the left bank A1, A3, Beach Beach using bioengineering stabilization measures. Length 3c.9.12 A8, C3, 1 3 M Owner Park, Park difficult to determine from photo; assume 100 lf and 1 E1, E5 BPDD side of stream for cost estimation purposes.

Stabilize High streambank erosion along entire reach A1, A3, Beach Beach using bioengineering stabilization measures, which 3c.10.1 A8, C3, 1 3 M Owner Park, Park may help reduce the silt / sediment accumulation E1 BPDD within this reach.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3c.10.2 B1, C3, 1 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 202

Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Stabilize major erosion and slumping using A1, A3, Beach Beach bioengineering stabilization measures. Length difficult 3c.10.3 A8, C3, 1 3 M Owner Park, Park to determine from photo; assume 100 lf and 1 side of E1 BPDD stream for cost estimation purposes.

A1, A3, Beach Beach Stabilize erosion around capped outfall pipe using A5, A8, 3c.10.4 1 3 S-M Owner Park, Park bioengineering stabilization measures. A11, C3, BPDD E1 A1, A3, Beach Beach Stabilize High streambank erosion along entire reach 3c.11.1 A8, C3, 1 3 M Owner Park, Park using bioengineering stabilization measures.

E1 BPDD Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3c.11.2 B1, C3, 1 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, Beach 3c.11.3 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, Park discharge from roof or footing drains.

E2, E5, E9 Beach Beach A10, A11, 3c.11.4 Remove debris obstructing culverts. 2 2 S Owner Park, Park B4 BPDD Remove debris from outfall channel and assess Beach Beach armoring for impact on stream; if negative impact A10, A11, 3c.11.5 2 2 S Owner Park, Park is found, remove armoring and stabilize with B4 BPDD bioengineering approach.

Village of Beach Park Action Plan Stabilize major erosion and slumping using A1, A3, Beach Beach bioengineering stabilization measures. Length difficult 3c.11.6 A8, C3, 1 3 M Owner Park, Park to determine from photo; assume 100 lf and 1 side of E1 BPDD stream for cost estimation purposes.

A1, A3, Beach Beach Repair / remediate erosion below outfall using A5, A8, 3c.11.7 1 3 S-M Owner Park, Park bioengineering stabilization measures. A11, C3, BPDD E1 Beach Beach Remove debris obstructing flow using American A10, A11, 3c.11.8 2 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Stabilize major erosion occurring behind armoring on the left bank using bioengineering stabilization A1, A3, Beach Beach 3c.11.9 measures. Length difficult to determine from A8, C3, 1 3 M Owner Park, Park photo; assume 100 lf and 1 side of stream for cost E1 BPDD estimation purposes.

Assess wood armoring / retention wall for stability Beach Beach and feasibility of bioengineered approach to bank A1, A3, 3c.11.10 1 3 M Owner Park, Park stabilization. Assumes 100lf of stream channel, both C3 BPDD sides for cost estimation purposes.

203 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Beach Beach Stabilize Moderate streambank erosion along entire 3c.19.1 A8, C3, 1 3 M Owner Park, Park reach using bioengineering stabilization measures.

E1 BPDD Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3c.19.2 B1, C3, 1 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, Beach 3c.19.3 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, Park discharge from roof or footing drains.

E2, E5, E9 Beach Beach Remove debris obstructing flow using American A10, A11, 3c.19.4 2 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD Stabilize significant erosion and slumping on the left A1, A3, Beach Beach bank using bioengineering stabilization measures.

3c.19.5 A8, C3, 1 3 M Owner Park, Park Length difficult to determine from photo; assume 100 E1 BPDD lf and 1 side of stream for cost estimation purposes.

Stabilize channel erosion and downcutting of A1, A3, Beach Beach discharge channel using bioengineering stabilization A5, A8, 3c.19.6 1 3 S-M Owner Park, Park measures and check dams or other grade A11, C3, BPDD stabilization measures if necessary. E1 A1, A3, Stabilize channel erosion and downcutting of Beach Beach A5, A8, 3c.19.7 discharge channel using bioengineering stabilization 1 3 S-M Owner Park, Park A11, C3, measures and check dams if necessary. BPDD Village of Beach Park Action Plan E1 Beach Beach Restore stream channel and improve instream habitat A1, A10, 3c.20.1 3 3 S Owner Park, Park by installing and enhancing pools and riffles. C3 BPDD A1, A3, Beach Beach Stabilize Moderate streambank erosion along entire 3c.20.2 A8, C3, 1 3 M Owner Park, Park reach using bioengineering stabilization measures.

E1 BPDD Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach species, planting native species, thinning forest and 3c.20.3 B1, C3, 2 2 S Owner Park shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

A3, A5, A6, A7, Install residential lot level stormwater BMPs, such Beach A11, C3, 3c.20.4 as rain barrels or rain gardens, to reduce runoff 1 1 S Owner Park D1, E1, discharge from roof or footing drains.

E2, E5, E9 Stabilize significant erosion and slumping using A1, A3, Beach Beach bioengineering stabilization measures. Length difficult 3c.20.5 A8, C3, 1 3 M Owner Park, Park to determine from photo; assume 100 lf and 1 side of E1 BPDD stream for cost estimation purposes.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 204

Table 5.11 Site Specif c Action Plan for the Village of Beach Park (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Stabilize significan erosion and attempted Beach Beach A5, A8, 3c.20.6 stabilization debris around culvert using 1 3 S-M Owner Park, Park A11, C3, bioengineering stabilization measures BPDD E1 Beach Beach Remove debris obstructing flow using American A10, A11, 3c.20.7 2 2 S Owner Park, Park Fisheries Society guidelines. B4 BPDD A1, A3, Stabilize channel erosion and downcutting of Beach Beach A5, A8, 3c.20.8 discharge channel using bioengineering stabilization 1 3 S-M Owner Park, Park A11, C3, measures and check dams if necessary. BPDD E1 A1, A3, Beach Beach Stabilize erosion around culvert using bioengineering A5, A8, 3c.20.9 1 3 S-M Owner Park, Park stabilization measures. A11, C3, BPDD E1 A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, 3c.20.10 1 1 S-M Owner Park, Park using bioengineering stabilization measures. A11, C3, BPDD E1 A1, A3, Beach Beach Repair or remediate cracked concrete armoring at A5, A8, 3c.20.11 2 3 M Owner Park, Park outfall. A11, C3, BPDD E1 Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Beach Beach species, planting native species, thinning forest and 3c.24.1 B1, C3, 2 2 S Owner Park, Park shrub vegetation to allow more ground vegetation, E1 BPDD and managing vegetation such as through prescribed burning.

Village of Beach Park Action Plan Beach Beach A10, A11, 3c.24.2 Remove debris including tires. 2 2 S Owner Park, Park B4 BPDD Preserve and restore the ravine within the open B1, C1, Beach Category 1 green infrastructure area between Beach 4.0.1 C2, C3, 1 3 L Owner Park Ganster Road and Sheridan Road, just east of Lyons Park G2, G4 Woods Forest Preserve.

Expand / enlarge detention basins #28, #75, and #76 Beach 4.0.6 to reduce IDOT-recorded flooding locations along B4, F7 2 1 S DOT Park Sheridan Road north of Blanchard.

Inspect and remediate inlet / outlet problems by Beach removing clogging and/or debris buildup; address E1, E2, 4.0.9 2 2 S-M FPD Park algae / nutrients by naturalizing the basin; remove E9 excess debris.

Beach Beach A10, A11, 4.05.3 Remove debris / bricks in channel. 2 3 S Owner Park, Park B4 BPDD Stabilize bank erosion using bioengineering A1, A3, Beach Beach stabilization measures. Length difficult to determine 4.05.4 A8, C3, 1 2 M Owner Park, Park from photo; assume 50 lf and 1 side of stream for E1 BPDD cost estimation purposes.

205 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.12 Site Specif c Action Plan for the City of Waukegan LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Preserve and restore the green infrastructure areas in the southwest corner of the SMU, east of the Union Pacific rails and west of industrial land uses (Midwest B1, C1, 1.0.7 Waukegan Generation, North Shore Sanitary District, and C2, C3, 1 3 S Waukegan Owner Outboard Marine Corporation). This area has been G2, G4 identified by the City of Waukegan for restoration as the 'Waukegan Moorlands'.

Investigate the wetlands adjacent to the Johns Manville lagoons for restoration and remediation B1, C3, potential and as a possible water quality improvement 1.0.10 Waukegan C5, E1, 3 3 S IDNR facility for water runoff from nearby industrial sites.

E2, G4 Cost reflects standard wetland restoration and management rather than clean up and remediation.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Owner, species, planting native species, thinning forest and 1.1.1 Waukegan B1, C3, 1 2 S Utility, Waukegan shrub vegetation to allow more ground vegetation, E1 C&NW RR and managing vegetation such as through prescribed burning.

Restore stream channel and instream habitat by reducing / remediating channelization, possibly A1, A10, Owner/

1.1.3 Waukegan through a remeandering and other restoration 1 3 S Waukegan C3 Utility projects such as installing boulders, large rocks, and

/ or rootwads.

A10, A11, Inspect and remediate culvert, which is nearly full of C3, E1, 1.1.5 Waukegan water in the inventory photo and may be sediment 3 3 S C&NW RR SMC E7, E8, filled.

F7 A10, A11, Inspect and remediate culvert, which is nearly full of C3, E1, 1.1.6 Waukegan water in the inventory photo and may be sediment 3 3 S C&NW RR SMC E7, E8, filled.

F7 Address algae / nutrient loads by naturalizing the E1, E2, City of Waukegan Action Plan 3b.0.12 Waukegan 2 1 S-M Owner basin. E9 Inventory detention basin and identify resolutions to 3b.0.15 Waukegan - 3 1 S-M SMC any noted functional problems.

Retrofit as wet / wetland basin; plant banks and a E1, E2, 3b.0.16 Waukegan 2 2 S-M HOA surrounding buffer with native vegetation. E9 Stabilize the eroding, 4 foot deep cut channel within A1, A3, 3b.16.5 Waukegan the turf grass landscape at the upstream end of BL16, A6, C3, 1 3 S Owner just downstream of the Beach Rd. culvert. G2 Repair or replace the steel Beach Road culvert that is 3b.16.6 Waukegan eroding around the edges and beneath, possibly due A3, A11 1 3 S-M Waukegan in part to the additional plastic drain pipe.

For Waukegan Airport property, implement the spill prevention and response plan and reduce the use of salt and/or deicers. Install filtration and infiltration E1, E2, Waukegan 3c.0.3 Waukegan BMPs to capture and treat runoff from airport 2 3 S E5, E10 Port District landscapes, particularly impervious surfaces such as runways and fueling areas, before being discharged to the stream system of Bull Creek.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 206

Table 5.12 Site Specif c Action Plan for the City of Waukegan (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Retrofit as wet / wetland basin; plant banks and a E1, E2, 3c.0.17 Waukegan 2 2 S-M Owner surrounding buffer with native vegetation. E9 Improve swale and other surface stormwater drainage systems within the developed areas of the SMU, particularly those residential areas off Miraflores E1, E2, and Montesano, with lot level stormwater filtration Waukegan, 4.0.5 Waukegan E7, E9, 1 3 S and infiltration BMPs. Details reflect 28,000 lf Owner G1 (approximately 6.5 acre) of 10 foot wide drainage swale improvements / lot level / source control BMPs on each side of all roads.

Inventory detention basin and identify resolutions to 4.0.7 Waukegan - 3 1 S-M SMC any noted functional problems.

Inventory detention basin and identify resolutions to 4.0.8 Waukegan - 3 1 S-M SMC any noted functional problems.

A1, A3, Stabilize and strengthen the incised discharge A5, A8, 4.05.5 Waukegan 1 3 S-M Owner Waukegan channel. A11, C3, E1 Preserve the ravine within the 7-acre open Category A6, B1, Owner/

5.0.1 Waukegan 1 green infrastructure area between Circle Court and C2, C3, 1 3 L Utility the Amstutz Expressway. G2, G4 Preserve and restore wetland complexes where these resource remain, including those along the entire length of reach BL04 and those adjacent to Lake County Gardens (depressional storage areas #22 and #23). Wetland / depressional area #23, bordered A6, B1, Waukegan, 5.0.2 Waukegan by Pine, Lorraine, Wilson, and the McClory Bike C2, C3, 1 3 S-L Owner, Trail, contains some elements of a decent quality G2, G4 Utility wetland indicative of good restoration potential. Two additional potential restoration areas are the small park between Butrick and Yeoman and the upstream drainage corridor north of and paralleling Rice St.

City of Waukegan Action Plan Preserve the wetlands / stream corridor within Category 1 and 2 open green infrastructure areas A6, B1, 5.0.3 Waukegan between Rice and MacArthur, west of Lewis Avenue, C2, C3, 1 3 L and the area between Pine, Wilson, and the McClory G2, G4 bike path.

Install filtration BMPs for commercial and institutional uses along Greenwood Avenue and at the York House Rd / Lewis Ave intersection to help reduce pollutant E1, E2, loading in potential pollution hotspot subbasins Waukegan, 5.0.4 Waukegan E7, E9, 1 3 S S13, S14, S43, and S73. Details reflect 10,000 lf Owner G1 (approximately 2.5 acre) of 10 foot wide drainage swale improvements / lot level / source control BMPs on along the road frontage.

Install lot level filtration and infiltration BMPs, to help reduce pollutant loading in potential pollution hotspot E1, E2, subbasins S13, S14, S39, S43, and S73. Details 5.0.5 Waukegan E7, E9, 1 3 S Waukegan reflect 228,000 lf (approximately 52 acre) of 10 foot G1 wide drainage swale improvements / lot level / source control BMPs on each side of all roads.

207 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.12 Site Specif c Action Plan for the City of Waukegan (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Stabilize / regrade shoreline using bioenginnering E1, E2, 5.0.6 Waukegan practices and plant banks and a surrounding buffer 2 2 S-M Golf Course E9 with native vegetation.

Stabilize / regrade shoreline using bioenginnering practices and plant banks and surrounding buffer with native vegetation; inspect and remediate inlet / outlet E1, E2, 5.0.7 Waukegan 2 2 S-M Golf Course problems by removing clogging and/or debris buildup; E9 address turbidity / sedimentation by naturalizing the basin; remove excess debris.

Stabilize / regrade shoreline using bioenginnering E1, E2, 5.0.8 Waukegan practices and plant banks and a surrounding buffer 2 2 S-M Golf Course E9 with native vegetation.

Retrofit as wet / wetland basin; stabilize / regrade E1, E2, Waukegan, 5.0.9 Waukegan shoreline using bioenginnering practices and plant 2 2 S-M E9 Owner banks and surrounding buffer with native vegetation.

Retrofit as wet / wetland basin; stabilize / regrade shoreline using bioenginnering practices and plant banks and a surrounding buffer with native E1, E2, 5.0.10 Waukegan vegetation; address algae / nutrient loads and 2 2 S-M Owner E9 address turbidity / sedimentation by naturalizing the basin. This may reduce pollutant loading within potential pollutant loading hotspot S39.

Inventory detention basin and identify resolutions to any noted functional problems.his may reduce 5.0.11 Waukegan - 3 1 S-M SMC pollutant loading within potential pollutant loading hotspot S14.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive State of IL/

species, planting native species, thinning forest and Waukegan A6, A10, shrub vegetation to allow more ground vegetation, Park 5.2.1 Waukegan B1, C3, 2 2 S and managing vegetation such as through prescribed District, E1 burning. Restoration and management of Bowen Owner, Park and the residential areas along Miraflores is Utility City of Waukegan Action Plan important to enhance the habitat quality of this reach.

A3, A5, Reduce impacts of surrounding golf course and park State of IL/

A6, A7, property such as landscape waste dumping, turf Waukegan A11, C3, 5.2.2 Waukegan grass stream edges. Filter and infiltrate runoff from 2 1 S Park D1, E1, parking lots, such as those within Bowen Park, with District, E2, E5, BMPs. Details reflect installation of lot level BMPs. Owner E9 Reduce impacts of residential homes along Miraflores: cease yard waste dumping, replace A3, A5, mown turf grass to the edge of the stream with a A6, A7, minimum 10 foot native vegetation buffer, infiltrate A11, C3, 5.2.3 Waukegan 2 1 S Owner runoff discharge from roof or footing drains with rain D1, E1, gardens or rain barrels, and naturalize the stream E2, E5, channel by replacing poured concrete and rip rap with E9 bioengineering stabilization measures.

Gully erosion occurring in the ravines of Bowen State of IL/

Park should be remediated through ravine woodland Waukegan restoration and management along reach BL02.

5.2.4 Waukegan A6, A10 1 2 S Park Assumes 4000 lf of stream reach by 500' width. Costs District, reflect woodland restoration; load reduction reflects Owner Moderate erosion stabilization.

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Table 5.12 Site Specif c Action Plan for the City of Waukegan (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Stabilize erosion around the Sheridan Road A5, A8, 5.2.5 Waukegan culvert and replace the broken stormsewer that is 1 3 S-M Waukegan A11, C3, discharging to the opposite streambank.

E1 Waukegan Park Remove debris obstructing flow using American A10, A11, 5.2.6 Waukegan 2 2 S Waukegan District, Fisheries Society guidelines. B4 SMC, Owner Waukegan Remove debris obstructing flow using American A10, A11, Park 5.2.7 Waukegan 2 2 S Waukegan Fisheries Society guidelines. B4 District, SMC Stabilize typical 2-4 foot bank erosion using Waukegan A1, A3, bioengineering stabilization measures. Length difficult Park 5.2.8 Waukegan A8, C3, 2 3 M to determine from photo; assume 100 lf and 1 side of District, E1 stream for cost estimation purposes. SMC A1, A3, Waukegan Stabilize minor erosion of open discharge channel A5, A8, 5.2.9 Waukegan 3 3 S-M Park using bioengineering stabilization measures. A11, C3, District E1 A1, A3, Waukegan, Stabilize significant erosion below outfall using A5, A8, Waukegan 5.2.10 Waukegan 1 3 S-M bioengineering stabilization measures. A11, C3, Park E1 District Stabilize minor channel erosion below concrete lined A1, A3, channel outfall. Consider removing concrete and A5, A8, 5.2.11 Waukegan 3 3 S-M Waukegan stabilizing channel with more habitat-appropriate A11, C3, measures. E1 A1, A3, Install energy dissipation measures to address the A5, A8, 5.2.12 Waukegan eroding plunge pool created by discharge from the 1 1 S-M Waukegan A11, C3, elevated outfall.

City of Waukegan Action Plan E1 Restore a 5 foot wide native riparian buffer and A6, A10, 5.3.1 Waukegan replace turf grass lawn edges to native riparian plant B1, C3, 1 2 S Owner communities as is feasible within the golf course. E1 Glen Flora Country Club: replace or remediate online 5.3.2 Waukegan detention, armored dams and wiers with more habitat A1, A2 3 3 L Owner appropriate structures that allow fish passage.

Stabilize erosion undercutting the concrete-lined A1, A2, channel outfall / dam; if feasible, remove concrete 5.3.3 Waukegan A3, A5, 1 3 S-M Owner and replace with bioengineered channel stabilization A10, A11 measure.

Waukegan, Restore stream channel and improve instream A1, A10, Lake 5.4.1 Waukegan habitat by reducing channelization, such as through a 3 3 S C3 County remeandering project.

DOT Restore and manage the native riparian buffer plant Waukegan, A4, A10, communities along this reach by controlling invasive Lake 5.4.2 Waukegan B1, C3, 1 2 S species, planting native species, and managing County E1 vegetation such as through prescribed burning. DOT 209 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.12 Site Specif c Action Plan for the City of Waukegan (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Implement the mitigation planfor FPAI site 20-06, in the City of Waukegan, Lake County Gardens subdivision. There also may be opportunities to increase the detention and/or drainage capacity B1, B2, 5.4.3 Waukegan 2 3 S Waukegan of the drainage system in this area, particularly B3. B4 within the community park to the north. However, improvement of the wetlands to increase their storage capacity may also be an option.

Restore the upper end of this reach, a fairly A1, A6, Waukegan, 5.4.4 Waukegan undefined channel that is choked with cattails, 3 2 S C3 Owner through invasive species removal and management.

Manage and restore the wooded ravine, wetland, and depressional area #3 that lies between the Amstutz A6, A7, 6.0.1 Waukegan 1 3 S Owner Waukegan and Sheridan Road for storage. Load reduction A10, G4 details reflect impact of restored wetland.

Open and partially open Category 1 green infrastructure areas between the waste water treatment plant and the Union Pacific tracks Waukegan, 6.0.3 Waukegan C2, C3 1 3 L should be restored and integrated into the planned Owner Waukegan Moorlands area to the north. Details reflect natural area restoration.

Install filtration BMPs for commercial, industrial, and institutional uses in the eastern and southwestern portions of the SMU to help improve water quality E1, E2, in potential pollutant loading hotspot S10, S11, 6.0.4 Waukegan E7, E9, 1 3 S Waukegan Owner and S75. Details reflect approximately 15,000 lf G1 (approximately 3.5 acre) of 10 foot wide drainage swale improvements / lot level / source control BMPs on along the road frontages of these land uses.

This SMU is primarily sewerd but undetained. Install source controls and lot level filtration and infiltration BMPs, including detention basin improvements, E1, E2, which may help address pollutant loading in potential Waukegan, 6.0.5 Waukegan E7, E9, 1 3 S City of Waukegan Action Plan pollutant loading hotspot S10, S11, and S75. Details Owner G1 reflect 96,000 lf (approximately 22 acre) of 10 foot wide drainage swale improvements / lot level / source control BMPs on each side of all roads.

T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 210

Table 5.13 Site Specif c Action Plan for the Illinois Department of Natural Resources LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Develop and implement habitat restoration and A8, C3, management plans for Illinois Beach State Park, C4, C5, 1.0.2 IDNR 1 3 S IDNR -

including all wetlands, waterways, beach ridge, dune C6, E1, and swale systems, and T&E species habitat. E7, G4 Restore hydrologic connectivity of Dead River to Lake Michigan and remove those created to carry C3, C6, 1.0.5 IDNR 3 3 S IDNR wastewater to the lake. Assumes that 4 hydrologic G4 connections need to be restored or removed.

Inventory detention basin and identify resolutions to 1.0.16 IDNR - 3 1 S-M SMC any noted functional problems.

Stabilize / regrade shoreline using bioenginnering E1, E2, 1.0.17 IDNR practices and address algae / nutrient loads by 2 2 S-M IDNR E9 naturalizing the basin.

Address algae / nutrient loads by naturalizing the E1, E2, 1.0.18 IDNR 2 1 S-M IDNR basin. E9 Illinois Department of Natural Resources Action Plan Address algae / nutrient loads by naturalizing the E1, E2, 1.0.19 IDNR 2 1 S-M IDNR basin. E9 Address algae / nutrient loads by naturalizing the E1, E2, 1.0.20 IDNR 2 1 S-M IDNR basin. E9 Inventory detention basin and identify resolutions to 1.0.21 IDNR - 3 1 S-M SMC any noted functional problems.

Inventory detention basin and identify resolutions to 1.0.22 IDNR - 3 1 S-M SMC any noted functional problems.

Inventory detention basin and identify resolutions to 1.0.25 IDNR - 3 1 S-M SMC any noted functional problems.

Inventory detention basin and identify resolutions to 1.0.26 IDNR - 3 1 S-M SMC any noted functional problems.

211 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.14 Site Specif c Action Plan for Lake County LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Depressional storage area #78, within the Thunderhawk Golf Club Forest Preserve, may be B1, C1, able to be expanded to provide additional storage C2, C3, Lake if needed, and may also be retrofitted / restored to 3a.0.6 E1, E2, 2 3 S-L FPD County improve runoff quality from the golf course, provided E4, E9, that runoff can be directed into this area, treated, G2, G4 and then discharged to a receiving water body. Costs reflect restoration of this wet / hydric area.

Stabilize / regrade shoreline using bioenginnering Lake E1, E2, 3a.0.18 practices; address algae / nutrient loads by 2 2 S-M FPD County E9 naturalizing the basin.

Stabilize / regrade shoreline using bioenginnering Lake E1, E2, 3c.0.11 practices; address algae / nutrient loads by 2 2 S-M FPD County E9 naturalizing the basin.

Lake Stabilize / regrade shoreline using bioenginnering E1, E2, 3c.0.12 2 2 S-M FPD County practices. E9 Stabilize / regrade shoreline using bioenginnering Lake E1, E2, 3c.0.13 practices; address algae / nutrient loads by 2 2 S-M FPD County E9 naturalizing the basin.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive A6, A10, Lake species, planting native species, thinning forest and 3c.23.1 B1, C3, 2 2 S FPD County shrub vegetation to allow more ground vegetation, E1 and managing vegetation such as through prescribed burning.

Manage and restore the natural resources, including ADID wetland #1831, in the northeastern corner of Lyons Woods Forest Preserve. The southern portion of depressional storage area #28 is within the Forest B1, C3, Lake 4.0.3 Preserve boundary and may be used to relieve past E1, E7, 2 3 S-L FPD County IDOT-recorded flooding at Sheridan and York House G2, G4 Road. ADID wetland is approximately 46 acres (4000' by 500' wide) and the total area of Lyons Woods is 264 acres.

Lake County Action Plan T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 212

Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Remediate, cap, or otherwise contain contaminated Waukegan, areas, materials, waste piles, waste ponds, etc.

IDNR, C3, C5, Owner 1.0.4 to prevent contaminants from becoming mobilized 1 3 S Waukegan Lake F1, F6 IDNR EPA (via air or water) and entering water resources or County sensitive natural areas in Illinois Beach State Park.

Preserve Category 1 open green infrastructure areas Beach including a portion of depressional storage area #17 A7, B1, Owner/ LCFPD 1.0.6 Park, and the utility corridor that can serve as a green C1, C2, 1 3 L Utility IDNR Waukegan infrastructure connector between Illinois Beach State C3, G2 Park to Lyons Woods Forest Preserve.

Zion, Manage the Lake Michigan shoreline and beaches to C3, C4, Zion, 1.0.11 Waukegan, minimize beach erosion. Details reflect 28000 lf of C5, E1, 3 3 S Waukegan, IDNR shoreline at an average width of 150 feet. E6 IDNR Manage the Lake Michigan shoreline and beaches to Zion, C3, C4, Zion, minimize E. coli contamination that leads to beach 1.0.12 Waukegan, C5, E1, 3 3 S LCHD Waukegan, closures. Details reflect 28000 lf of shoreline at an IDNR E6 IDNR average width of 150 feet.

Install drainage swale improvements or other lot level

/ source control BMPs to capture and treat runoff Zion, from commercial and industrial land uses within Beach E1, E2, Critical Subbasins #15, #74, and #76, identified as Waukegan, 1.0.13 Park, E7, E9, 1 3 S Utility potential Pollution Hot Spot Critical Areas. Cost Zion Waukegan, G1 estimate reflects the installation of swales (10' wide)

IDNR or other treatment measures along perimeter of these land uses, approximately 35,000 lf of treatment area.

Restore the natural connection and habitat quality of this reach to Lake Michigan by removing the lagoons through which the reach runs and disconnecting Action Plan for Multiple Jurisdictions A1, A6, Waukegan, the reach from the Dead River to the north. Since A8, C3, IDNR, these lagoons may be a component of a remedation IDNR EPA 1.1.2 C5, C6, 1 3 S-L Owner Lake or clean up plan, this should be considered a long Waukegan E7, G2, County term recommendation to be implemented when the G4 contamination issues at Johns Manville have been adequately remediated. Details reflect major channel restoration.

Address potential hazardous / toxic runoff from industrial uses to the east through filter strips and Waukegan, other filtration and infiltration techniques installed E1, E2, 1.1.4 Lake between the reach and these land uses, or by E7, E9, 2 3 S Owner EPA County containing and remediating runoff on site through G1 other means. Cost estimate reflects the installation of 2000 lf of 20' wide infiltration and filtration BMPs.

Beach Restore stream channel and improve instream habitat Beach A1, A10, 1.6.1 Park, Lake by installing pools and riffles and installing boulders, 3 3 S FPD Owner Park, C3 County large rocks, and / or rootwads. BPDD Restore native riparian buffer by controlling invasive Beach A6, A10, Beach species, planting native species, thinning forest and 1.6.2 Park, Lake B1, C3, 2 2 S FPD Owner Park, shrub canopy, and managing vegetation such as County E1 BPDD through prescribed burning.

213 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Category 1 and 2 green infrastructure areas along the western boundary of Illinois Beach State Park and bordering the Union Pacific rails to the west should be preserved as components of the green A6, A7, Owner, Zionion infrastructure / greenway system that includes B1, C1, IDNR, 2.0.1 Beach Ophir Park, Carmel Park, and Illinois Beach State 1 3 L C2, C3, Zion Park Park Park. These areas contain significant low lying G2, G4 District depressional storage areas (#55, #56, and #57) that could be used for water quality improvement, wetland

/ hydric soil complexes, and steep slopes that are unsuitable for development.

Convert the depressional storage complex of #55,

  1. 56, and #57 to improve water quality for Critical Subbasin #2, identified as a potential Pollutant B1, C1, Owner, Zion, Loading Hotspot. Assumes runoff can be directed C2, C3, IDNR, 2.0.2 Beach 1 3 L into this area, treated, and discharged to the Illinois E1, E2, Zion Park Park Beach State Park stream and wetland system. G2, G4 District Estimated area to be converted is 7000lf by 400ft wide.

Reduce pollutant loading to Critical Subbasin #2, a potential pollutant loading hotspot, by improving swales and other surface stormwater drainage systems and installing stormwater filtration and Zion, infiltration BMPs to capture and treat runoff from E1, E2, Beach 2.0.4 Beach parking lots, utilities, rooftops, storage areas, E7, E9, 1 3 S Park, Zion Park and other areas that may contribute pollutants G1 to the stream. Cost estimate assumes 130,000 lf (approximately 30 acres) of 10 foot wide drainage swale improvements as a proxy for on-site source control BMPs.

Action Plan for Multiple Jurisdictions Zion, Manage and restore the wooded ravine along reaches A6, A7, Beach 3a.0.1 Beach 3 2 M Owner BL25, BL26, and BL27. Average 5000' x 250' wide. A10 Park, Zion Park Preserve and restore wetlands along drainage channel upstream of the McClory Bike Path and the complex northwest of Lewis and 29th St., wetland

  1. 4 east of Lewis Avenue, and wetland #3 in Hermon Zion, A6, B1, Zion Park Park (56 acres total). Regional storage area #77 Beach 3a.0.2 Beach C2, C3, 1 3 S-L District, and the associated wetlands (9 acres) could be Park, Zion Park G2, G4 Owner restored and / or used to provide storage for this SMU if needed when the upstream area develops.

Implementation details reflect wetland / hydric soils preservation and restoration.

Zion, Preserve and restore T&E habitat within the area Zion Park A1, A10, 3a.0.4 Beach bounded by Lebanon St., the McClory Bike Path, and 3 2 S District, C3 Park 31st St. IDNR T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 214

Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Improve any swale and other surface stormwater drainage systems and/or install source controls and lot level stormwater filtration and infiltration BMPs within the developed areas of the SMU.

Zion, These practices may help reduce pollutant loading E1, E2, Beach Owner 3a.0.5 Beach in potential pollution hotspot subasins S1, S3, S4, E7, E9, 1 3 S Park, Zion Developer Park and S48. In order to generate cost and pollutant load G1 reduction estimates, road swales are used as a proxy for individual site BMPs. Details reflect 252,000 lf (approximately 58 acre) of 10 foot wide drainage swale improvements on both side of all roads.

Beach Zion, A1, A3, Address Moderate streambank erosion along entire Park, 3a.25.1 Beach A8, C3, 1 3 M Owner reach using bioengineering stabilization measures. BPDD, Park E1 Zion Restore and manage the native riparian buffer plant communities along this reach by controlling Zion, invasive species, planting native species, thinning A6, A7, 3a.25.2 Beach forest and shrub vegetation to allow more ground A10, B1, 2 2 S Owner Park vegetation, and managing vegetation such as through C3, E1 prescribed burning. A wider, partially forested buffer is appropriate in the lower parts of the reach.

A3, A5, A6, A7, Zion, Install residential lot level stormwater BMPs, such A11, C3, 3a.25.3 Beach as rain barrels or rain gardens, to reduce runoff 2 1 S Owner D1, E1, Park discharge from roof or footing drains.

E2, E5, E9 A1, A3, Beach Zion, Inspect hydraulic structure for possible erosion A5, A8, Park, 3a.25.5 Beach problems and stabilize using bioengineering practices 3 1 S Owner A11, C3, BPDD, Park if needed.

Action Plan for Multiple Jurisdictions E1 Zion Restore and manage the native riparian buffer plant communities along this reach by controlling invasive Zion, A6, A10, species, planting native species, thinning forest and Zion Park 3a.27st.1 Beach B1, C3, 2 2 S shrub vegetation to allow more ground vegetation, District Park E1 and managing vegetation such as through prescribed burning.

Preserve and restore wetlands where these resource Beach A6, B1, remain along drainage channel BL15, BL16, BL17, Beach Park 3b.0.1 Park, C2, C3, 1 3 S Owner and along the daylit portions of the Wilson Avenue Waukegan Waukegan G2, G4 Tributary. Area is 10,000 lf by 300' wide.

Preserve greenway easements on Category 1 and Beach 2 green infrastructure areas along BL16, which may B1, C1, Beach 3b.0.4 Park, help reduce pollution loading in potential pollution C2, C3, 1 3 L Owner Park Waukegan hotspot S57. Cost estimate assumes easements of G2, G4 Waukegan 2000 lf by 100 ft wide (4.5 acres).

215 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Depressional storage areas #32 and #43, currently undeveloped and containing current or former wetlands, could be enhanced to improve water quality of runoff from surrounding residential uses within B1, C1, Beach this Critical Subbasin #57, identified as a potential C2, C3, 3b.0.6 Park, 1 3 L Owner pollutant loading hotspot. Depressional area #43 lies E1, E2, Waukegan in an open Category 1 green infrastructure area that G2 could be preserved for water quality improvement.

Details reflect restoration and enhancement of both areas as wetlands.

Improve swales and other surface stormwater drainage systems and install source controls and lot level BMPs, including detention basin improvements, Beach E1, E2, within the developed areas of potential pollutant Beach Park 3b.0.7 Park, E7, E9, 1 3 S loadin hotspots S57, S59, and S63. Details reflect Waukegan Waukegan G1 165,000 lf (approximately acre) of 10 foot wide drainage swale improvements / lot level / source control BMPs on each side of all roads.

Beach Beach Restore stream channel and improve instream habitat A1, A10, Park 3b.15.1 Park, 3 3 S Owner by enhancing pools and riffles. C3 BPDD, Waukegan Waukegan Beach Beach A1, A3, Address High streambank erosion along entire reach Park 3b.15.2 Park, A8, C3, 1 3 M Owner using bioengineering stabilization measures. BPDD, Waukegan E1 Waukegan Restore and manage the native riparian buffer plant communities along this reach by controlling invasive Beach A6, A10, Action Plan for Multiple Jurisdictions species, planting native species, thinning forest and 3b.15.3 Park, B1, C3, 2 2 S Owner shrub vegetation to allow more ground vegetation, Waukegan E1 and managing vegetation such as through prescribed burning.

Beach Beach Inspect footbridges and armored / concrete-lined A1, A10, Park 3b.15.4 Park, banks for impacts on the stream corridor and 3 3 S Owner A11, C3 BPDD, Waukegan remediated if necessary.

Waukegan A3, A5, A6, A7, Beach Beach Install residential lot level stormwater BMPs, such A11, C3, Park 3b.15.5 Park, as rain barrels or rain gardens, to reduce runoff 1 1 S Owner D1, E1, BPDD, Waukegan discharge from roof or footing drains.

E2, E5, Waukegan E9 Beach Inspect and, if necessary, repair the culvert under the 3b.15.6 Park, A11 2 3 S LCDOT McClory Bike Trail, which is partially collapsed.

Waukegan Beach Beach Remove debris obstructing flow using American A10, A11, Park 3b.15.7 Park, 1 2 S Owner Fisheries Society guidelines. B4 BPDD, Waukegan Waukegan Stabilize typical 4-6 foot bank erosion using Beach Beach A1, A3, bioengineering stabilization measures. Length difficult Park 3b.15.8 Park, A8, C3, 1 3 M Owner to determine from photo; assume 100 lf and 1 side of BPDD, Waukegan E1 stream for cost estimation purposes. Waukegan T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 216

Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY A1, A3, Beach Beach Stabilize erosion of the Beach Road steel culvert A5, A8, Beach Park Park 3b.15.9 Park, experiencing erosion around and underneath using 1 3 S-M A11, C3, Waukegan BPDD, Waukegan bioengineering stabilization measures.

E1 Waukegan A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, Park 3b.15.13 Park, 1 1 S-M Owner using bioengineering stabilization measures. A11, C3, BPDD, Waukegan E1 Waukegan A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, Park 3b.15.14 Park, 1 1 S-M Owner using bioengineering stabilization measures. A11, C3, BPDD, Waukegan E1 Waukegan A1, A3, Beach Beach Stabilize erosion around clay drain pipe outfall using A5, A8, Park 3b.15.15 Park, 1 3 S-M Owner bioengineering stabilization measures. A11, C3, BPDD, Waukegan E1 Waukegan Beach Beach Restore stream channel and improve instream habitat A1, A10, Park 3b.16.1 Park, by enhancing pools and riffles and installing boulders, 1 3 S Owner C3 BPDD, Waukegan large rocks, and / or rootwads.

Waukegan Address Moderate streambank erosion along Beach Beach A1, A3, entire reach using bioengineering stabilization Park 3b.16.2 Park, A8, C3, 1 3 M Owner measures, which may help reduce the instream silt / BPDD, Waukegan E1 sedimentation load. Waukegan Restore and manage the native riparian buffer plant communities along this reach by controlling invasive Beach A6, A10, species, planting native species, thinning forest and 3b.16.3 Park, B1, C3, 1 2 S Owner Action Plan for Multiple Jurisdictions shrub vegetation to allow more ground vegetation, Waukegan E1 and managing vegetation such as through prescribed burning.

A3, A5, A6, A7, Beach Install residential lot level stormwater BMPs, such A11, C3, 3b.16.4 Park, as rain barrels or rain gardens, to reduce runoff 1 1 S Owner D1, E1, Waukegan discharge from roof or footing drains.

E2, E5, E9 A1, A3, Beach Stabilize erosion around two plastic drain pipe A5, A8, Beach 3b.15.16 Park, 1 1 S-M Owner outfalls using bioengineering stabilization measures. A11, C3, Park BPDD Waukegan E1 A1, A3, Beach Stabilize erosion around concrete drain pipe outfall A5, A8, Beach Park Beach 3b.15.17 Park, 1 3 S-M using bioengineering stabilization measures. A11, C3, Waukegan Park BPDD Waukegan E1 BL18 flows through and near several publicly owned, open and partially open areas on or adjacent to the Waukegan Regional Airport property sourthwest of B1, C1, Beach the Wadsworth Rd / Lewis Ave intersection. These C2, C3, Waukegan 3b.18.1 Park, areas include depressional storage area #34, which 1 3 L E1, E2, Port District Waukegan could be expanded and enhanced for stormwater G2 storage and to capture and cleanse water runoff from airport property, which lies in Critical Subbasin #69, a potential pollutant loading hotspot.

217 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Waukegan Beach Beach A1, A3, Stabilize Moderate streambank erosion along entire Port Park 3b.18.2 Park, A8, C3, 1 3 M reach using bioengineering stabilization measures. District, BPDD, Waukegan E1 Owner Waukegan The culvert draining Waukegan Airport is covered with wire fencing, presumably for security or to Beach prevent animal invasion. However, investigate source Waukegan 3b.18.3 Park, A10, A11 3 1 S and necessity, and remove if fencing impedes flow. It Port District Waukegan appears that strong flows exit the Airport property in this location.

Manage and restore the wooded ravine along reaches Beach A6, A7, Beach 3c.0.2 BL07, BL08, BL09, BL10, BL11, BL19, BL20, BL21. 1 2 S Owner Park, Zion A10 Park, Zion Assumes 18,600 lf of stream by average 250' wide.

Preserve and restore wetlands along drainage A6, B1, Beach Beach 3c.0.4 channels BL21, BL22, BL23, BL24. Assumes 10,300 C2, C3, 1 3 S Owner Park, Zion Park, Zion lf by 350' wide. G2, G4 Preserve Category 1 green infrastructure area bounded by the McClory Bike Path, Clover, Wadsworth, and 34th St. that borders the stream A6, B1, Beach channel to the north. Also preserve three separate Beach 3c.0.5 C2, C3, 1 3 S-L Owner Park, Zion areas through which the stream corridor runs: one Park, Zion G2, G4 along BL07 within the ravine, the second at the confluence of BL08, BL09, and BL19, and the third just upstream of this confluence along BL09.

Install filtration BMPs for commercial, industrial, and institutional uses along Sheridan Road, Wadsworth, Beach Beach and Lewis Avenue, which will help reduce pollutant E1, E2, Park, 3c.0.6 Park, Zion, loading in potential pollution hotspot subbasin #64. E7, E9, 1 3 S Waukegan, Action Plan for Multiple Jurisdictions Waukegan Details reflect 12,000 lf of road frontage along G1 Zion, these uses to be treated with improved, 10' swales Owner (approximately 2.75 acres.)

Install lot level filtration and infiltration BMPs within Beach Beach potential pollution hotspot subbasin #64. Details E1, E2, Park, 3c.0.7 Park, Zion, reflect 208,000 lf (approximately 48 acre) of 10 foot E7, E9, 1 3 S Waukegan, Waukegan wide drainage swale improvements / lot level / source G1 Zion control BMPs on each side of all roads.

Beach Preserve the Category 1 open green infrastructure B1, C2, 3c.0.8 Park, area that contains depressional storage area #45 1 3 L Beach Park G2 IDNR along the west side of the Union Pacific rails.

Stabilize High streambank erosion along Beach approximately 25% of this reach not included in A1, A3, Owner, 3c.7.1 Park, the previous stabilization project, some threatening A8, C3, 1 3 M Beach Park IDNR homes and property, using bioengineering E1 stabilization measures.

Manage native riparian plant communities within this Beach A6, A10, Bull Creek reach: control invasive species, plant native species, 3c.7.2 Park, B1, C3, 1 2 S Stakeholder and manage vegetation such as through prescribed IDNR E1 Assn.

burning.

Beach A1, A3, Beach Stabilize Moderate streambank erosion along entire Park, 3c.21.1 A8, C3, 1 3 M Owner Park, Zion reach using bioengineering stabilization measures. BPDD, E1 Zion T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 218

Table 5.15 Site Specif c Action Plan for Mulitple Jurisdictions (continued)

LEAD IMPLEMENTATION RECOMMENDATION ID# (SMU.REACH.ID)

DESCRIPTION (THOSE EASE OF SUPPORTING JURISDICTION TIME FRAME RESPONSIBILITY ADDRESSING CRITICAL IMPLEMENTATION AREAS IN ITALICS) GOAL-OBJ PRIORITY IMPLEMENTATION RESPONSIBILITY Restore and manage the native riparian buffer plant communities along this reach by controlling invasive Beach A6, A10, Beach species, planting native species, thinning forest and Park, 3c.21.2 B1, C3, 1 2 S Owner Park, Zion shrub vegetation to allow more ground vegetation, BPDD, E1 and managing vegetation such as through prescribed Zion burning.

A1, A3, Beach Repair the discharge point / failed headwall Beach A5, A8, Park, 3c.21.3 approximately 200' upstream of the McClory Bike 1 3 S-M Owner Park, Zion A11, C3, BPDD, Path.

E1 Zion A1, A3, Beach Stabilize channel erosion at outfall, and consider Beach A5, A8, Park, 3c.21.4 replacing rip rap control measure with bioengineering 1 3 S-M Owner Park, Zion A11, C3, BPDD, stabilization practices.

E1 Zion A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, Park, 3c.21.5 1 1 S-M Owner Park, Zion using bioengineering stabilization measures. A11, C3, BPDD, E1 Zion A1, A3, Beach Beach Stabilize erosion around plastic drain pipe outfall A5, A8, Park, 3c.21.6 1 1 S-M Owner Park, Zion using bioengineering stabilization measures. A11, C3, BPDD, E1 Zion Waukegan, Manage and restore the woodland ravine along reach Beach A6, A7, 4.0.2 Beach BL05. Assumes 5000' by 500' area for cost estimation 1 2 S Owner Park A10 Park purposes. Waukegan Preserve and restore the wetland complex within the open, Category 1 green infrastructure area along the Waukegan, B1, C1, Action Plan for Multiple Jurisdictions eastern boundary of SMU 4 west of the Union Pacific Owner/

4.0.4 Beach C2, C3, 1 3 S-L rail line. This area creates a physical land connection Utility Park G2, G4 between Lyons Woods and Illinois Beach State Park, and would also preserve regional storage area #17.

Stabilize Moderate streambank erosion along Waukegan, A1, A3, Beach entire reach using bioengineering stabilization 4.05.1 Beach A8, C3, 1 3 M Owner Park, measures, which may help reduce the silt / sediment Park E1 BPDD accumulation.

Restore and manage the native riparian buffer plant communities along this reach by controlling invasive Waukegan, A6, A10, species, planting native species, thinning forest and 4.05.2 Beach B1, C3, 1 2 S Owner shrub vegetation to allow more ground vegetation, Park E1 and managing vegetation such as through prescribed burning.

Remediate, cap, or otherwise contain contaminated areas, materials, waste piles, waste ponds, etc.

Waukegan, to prevent contaminants from becoming mobilized C3, C5, IDNR, Waukegan, 6.0.2 (via air or water) and entering water resources or F1, F6, 1 3 S-L Lake IDNR, EPA sensitive natural areas in Illinois Beach State Park. G4 County This may help address potential pollutant loading hotspot S75 219 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 prioritized action plan T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 220

1.0.13 74 54 54 2.0.3 2 0. 1.0.5 15 6

2.0.

2.0.7 2

55 55 29th 2 h St.

S 2 28 2.28.9 89 2 2.0.

2.0.1

.0 56 56 0.1 2.0.4 0 2.0.1 2.

2 .0.1 0.1 1

27.8 2 2.28.1,2,5 2.

2.2 2.28.3-4 28.3-4 B

BL27 2.28.6 2

2.28.12 2 1 2.28.8 8

3A.27.6 3A A 27 6 2.28.10 8

3A.27.11 A 7 BL28 2

3A 3A.27.10 A 27 7 10 2.28.7 2 28 7 3A.26...6 3A.26.6 2.28.12 2.28 8.12 1 57 57 3A.27.9 2 2.0.6 2.0.

.6

.6 BL26 B 3A.26.5 A 2.0.1 2 ..0.1 1.0.16 58 3C.20.1 2

3C.7.5 3C 7.5 22 22 1.017 L19 1 BL0 BL07 3C.8.7 3 .7 7 3 3C.8.9 3C.7.1-4

--4 4

09 Sh She She herrid riid idanan Rd.

3C.8.13 8 3 3C.7.9 45 45 C.9.10 C.9.

C.9 9.10 9.

9.10

.10 3C.8.8 3C.8 3 8.8 3C.0.7 3C C07 1.0.18 3C.0 3C.0.4 0.4 4

3C.8.11 3C.

C.8.1 111 40 1.0.19 3C.8.12 3C.8.

8..12 3C 0 9 3C.0.9 1.0.20 39 each ea ach Rd.

a Rd d 64 64 3C.0.9 3

3C.

C.0.9 0..9 0 9 1.0.26 1.0.11-12 1.0.9 48 48 49 49 1.0.14 iver 1

20-02 20-02 02 Dead R 3C.0.8 3 0 1.0.27 3.1-7 1-24 LAKE MICHIGAN 1.0.3 1.0.25 30 30 1.0.24 27 1.0.23 1.0.8 ILLINOIS LI BEA BEACH North h Ave..

1.0.15 1.0.21 S

STATE TA E PA PARK 1.0.5 28 BL06 1.0.22 1.6.1-2 0.9 2 4.0.9 4.0 0 29 9

4.0.6 Blla

.0.7 anchard ann hard Rd.

Rd R d..

4 BL05 BL0 BL L05 4.0.8 0

5.0.8 5.0 0.8 0

5.0.6 Legend 4.0.4 17 17 Forest Preserve Watershed Boundary State Park SMU Boundary Wetlands Priority Green Infrastructure Areas 5 5.2 5.2.5

5. 2 5.2.12 BL02 40 40 1.1.5 1.1.1-3 1.0.10 1.0.5 ADID Wetlands Subbasin Boundary BL01 5.2.8 152 1.1.4 10 Critical Region Critical Subbasins 5 2 10 5.2.10 1.1.6 52 Regional Storage KC1 Stream Reach 5 5.2.4 1.0.4 5.2.7 Detention Basins KC1 Critical Stream Reach Greenwo r nwo wood ood Ave. 5.2.6 5.2 5

5..2.6 2.6 2 6 Hydraulic Structures 1.0.1 Action Recommendations 1.0.13 Instream Problem Areas Point Discharges 2 Subwatershed Management Unit 14 1 4 6 20-07 FPAI Site 5.0.1 0.1 76 13 13 This map is provided for general locational information 5.0.1 5

5.0.11

.0.11 1.0.7 only. Map features have been derived from various 3 sources, each of which has its own scale and 87 87 WAUKE AUKEEG AU EGAN N

accuracy. The locations of all features are approximate.

Lake County Stormwater Management Commission MOOR ORRLANDS A

September, 2007 DATA SOURCES:

Lake County Stormwater Management Lake County Department of Information And Technology, GIS & Mapping Division 6.0.1 6.0.

6.0.1 uz Exp press 11 1 1 s way 6.0.4-5 10 10 5 6 6.0.2 FIGURE 5.2 SUBWATERSHED MANAGEMENT UNIT 1 221 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

5 54 2.0.3 1.0.5 3A.0.16 4

2.0.7 2

55 29th 2 h St.S 2.28.9 2 2.0.1 56 2.0.4 2.0.1 3A.27.82 2.28.1,2,5 2.28.3-4 2.0.9 BL27 B 2.28.6 2.28.12 7.4 2.28.8 3A.27.6 3A A 27 6 2.28.10

.27.7.

27.5 5 3A.27.11 A 7 BL28 73 7.3 3A 3A.27.10 A 277 10 2.28.7 3A.26...6 3A.26.6 2.28.12 57 25.5 5 3A.27.9 2 2.0.6 B

BL26 3A.26.5 A 2.0.1 1.0.16 58 58 3C.20.1 2

C.20.7 C.20.

C.2 20 7 3C.7.5 3C 7.5 22 2 2 1 017 Legend This map is provided for general locational information Forest Preserve Watershed Boundary only. Map features have been derived from various sources, each of which has its own scale and State Park SMU Boundary accuracy. The locations of all features are approximate.

Lake County Stormwater Management Commission Wetlands Priority Green Infrastructure Areas September, 2007 DATA SOURCES:

ADID Wetlands Subbasin Boundary Lake County Stormwater Management 10 Critical Region 152 Critical Subbasins Lake County Department of Information And Technology, GIS & Mapping Division 52 Regional Storage KC1 Stream Reach Detention Basins KC1 Critical Stream Reach Hydraulic Structures 1.0.1 Action Recommendations Instream Problem Areas Point Discharges 2 Subwatershed Management Unit 20-07 FPAI Site FIGURE 5.3 SUBWATERSHED MANAGEMENT UNIT 2 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 222

3A.0.14 3A.0.8 3A.0.3 20-13 3A.0.12 3A.0.11 77 3a 1 S o Park Shiloh P G f Course Golf Cou 3A.0.17 urse 5

3A.0.2 3A.0.3 3 5 3A.0.9 2

3A.0.3 3A.0.5 ee 3A.0.16 3A.0.10 tT r

3A.27.1 i bu tar 4 2 y

3A.0.2 3A.0.15 2 h 29th 3A.0.6 78 20-07 3A.0.18 48 2.0.4 0

3A.27.8 3C.23.1 3A.0.4 2.2 2.28.

28.

BL23 3 BL27 3A.0.1 2 2.28 3A.25.1-3 3A.27.4 3C .10 3C.0.10 3A.27.6 Thunderhaw nderhaw wk GGolf lf 3A.26.1-4 3A.27.7 2.

11 ch an 33rd St.

t 3C.0.3 3 C 3A.27.11 Br 3A.27.1-2 3A.27.5 Club Forest Preserve ve BL22 B 2 th 3A.27.10 3A.27.3 ee 3C.21.6 C.2

. 6 3A.26.6 3C.0.14 Cr Bull 3A.25.5 3A.27.9 wis Ave.

e BL21 1 k 3C.0.4

..0.4

.4 BL26 3A.26.5 BL24 3c 3

3C.21.1-2 3C. 3A.26.7 3C.20.11 3C.2 200.11 3C.21.4 C

Legend This map is provided for general locational information Forest Preserve Watershed Boundary only. Map features have been derived from various sources, each of which has its own scale and State Park SMU Boundary accuracy. The locations of all features are approximate.

Lake County Stormwater Management Commission Wetlands Priority Green Infrastructure Areas September, 2007 DATA SOURCES:

ADID Wetlands Subbasin Boundary Lake County Stormwater Management 10 Critical Region 152 Critical Subbasins Lake County Department of Information And Technology, GIS & Mapping Division 52 Regional Storage KC1 Stream Reach Detention Basins KC1 Critical Stream Reach Hydraulic Structures 1.0.1 Action Recommendations Instream Problem Areas Point Discharges 2 Subwatershed Management Unit 20-07 FPAI Site FIGURE 5.4 SUBWATERSHED MANAGEMENT UNIT 3A 223 T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N

B BL22 3A.27.10 2 r ee 3A.27.3 3A .27 3 ll C 3C.

3C.0.12 3C.21.6 C.2

. 6 3A.26...6 3A.26.6 ch Bu 3C.0.14 3A.

3A.25.5 3

3AA A..25.5 3A.27.9 2

Lewis Ave.

e BL21 1 k 3C.0.4

..0.4

.4 B BL26 BL24 3A.26.5 A

3c 3

3C.0.17 3C.21.1-2 3C.

3C.20.11 3C.2 200.11 3C.21.4 C

3C.24.1 3 4.1 1

3C.0.13 3C.24.2 BL20 3C.20.1 2

3C.21.5 C.21.5 3C.20.9 20.9 3C.20.7 3C.20.

C.2 20 7 3C.0.5 3C.0.2 Wadsworth Rd.

R 3C.21.4 3C.9.1-4 3C.20.1-4 3 C..20.1-4

20. -4 3C.0.15 5

BL19 3C.0.1 3C C.0 3C.10.4 C 3C.9.11 3C 3C.9.11 3.18.3 3C.

3C.10.3 1 BL10 3 3C 3C.8.7 3 .7 7

3C.10.1-2

-2 BL09 BL BL L09 Sh She She herrid riid id dan an an Rd.

R 3B.18.1-2 46 3C.8.13 8 3 3C 3B.0.11 C 1 4 3C.9.12 3C.11.4 2 3C.9.10 3C.9.

3C.9 9.

9.10 BL18 B 34 BL17 3C.11.1-3 1 .1 3 3C.8.8 3

3C.8 8.8 3C.11.5 3C.11 5 3B.0.15 41 4 3B.12.5 3C.8.11 3C.

C.8.1 11 1

3B.17.7-8 BL11 61 3B.12.9 3b 3B.17.10 3C.

3C.0.16 3B.12.6 3C.8.

3C.8.12 8..12 69 3B.17.6 3B.0.16 3B.12.8 3B.12.7 3B.12.10 d 3B.13.9 64 64 3B.15.13 3B.17.1-4 3B.17.5 3B.16.7 3B.15.12 47 47 3B.0.14 Beach B

Be a Rd. 3C.0.9 3

3C.

C.0.9 0..9 0 9 3B.17.9 outh B 3B.13.16 Bu 3B.0.20 43 3B.16.5-6 ll 3B.0.17 C3B.15.11 63 re 49 49 k

57 BL13 3B.13.13 3B.0.4 3B.13.11 3B.15.8 BL15 48 3B.13.17 32 20-04 3B.15.9 3B.0.18 3B.16.8 3B.13.12 3B.13.10 3B.0.8 3B.13.8 3B.0.7 BL14 20-02 20-02 02 3B.0.13 W 3B.15.6-7 ilso 3B.15.14 3B.14.3 3B.13.14 3C.0.8 3 0 n Av 3B.0.10 3B.0.12 en 3B.15.15 3B.13.1-7 ue 3B.0.2-3 3B.15.10 Tr ib.

3B.14.1-2 1.0.3 30 30 27 Yorkhouse k s Rd. 5.0.4-5

. - 3B.0.9 North h Ave.

A .

43 43 3B.0.21 3B.0.19 1 0 15 1.0.15 20-05 73 73 3B.0.5 28 2

BL04 BL BL06 Glen Forest Trib 5.0.3 5.4.1-2 20-06 20-06 0-06 5.0.2 Lyons Woods 5 .22 0.9 2 4.0.9 4.0 0 9 29 5.4.3

.3 Forest Preserv P ese ve 4.0.6 35 35 2 21 Legend This map is provided for general locational information 4

Forest Preserve Watershed Boundary only. Map features have been derived from various sources, each of which has its own scale and State Park SMU Boundary accuracy. The locations of all features are approximate.

Lake County Stormwater Management Commission Wetlands Priority Green Infrastructure Areas September, 2007 DATA SOURCES:

ADID Wetlands Subbasin Boundary Lake County Stormwater Management 10 Critical Region 152 Critical Subbasins Lake County Department of Information And Technology, GIS & Mapping Division 52 Regional Storage KC1 Stream Reach Detention Basins KC1 Critical Stream Reach Hydraulic Structures 1.0.1 Action Recommendations Instream Problem Areas Point Discharges 2 Subwatershed Management Unit 20-07 FPAI Site FIGURE 5.5 SUBWATERSHED MANAGEMENT UNIT 3B T H E D E A D R I V E R l W AT E R S H E D - B A S E D P L A N 224

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