ML15188A141
| ML15188A141 | |
| 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 | |
| Download: ML15188A141 (12) | |
Text
G-1 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N This is an expanded version of the Programmatic Action Plan Tables included in Section 5.2. In addition to the information included in Section 5.2, these tables also include location, goals and objectives addressed, priority, lead implementor, supporting implementor, time frame, projected cost, and status (to be f lled in by the committee or organization responsible for tracking plan implementation.)
appendix G - expanded programmatic action plan USEPA watershed-based plan element #3:
best management practices and critical areas where those practices are needed (also see Chapter 5).
G-2 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Stream and Riparian Corridor Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 1
Watershed wide Stabilize and retrof t stormwater outfall structures and the associated streambanks and channel. Install f ow attenuation and outlet protection measures to reduce erosion and improve f ltration of stormwater runoff entering the stream.
A3 A5 A8 A11 E1 E2 1
M BPDD RL SMC S
$3000 to
$6000 each 2
Watershed wide Stabilize eroding streambanks, toe, and side slopes using bioengineering practices with deep-rooted native plants to reduce erosion and sediment loads downstream and to reduce property loss. Bioengineering practices include A-Jacks, lunkers, f ber rolls, geotextile mats, live stakes, fascines, brush and branch layers, cribwalls, and vegetated geogrid lifts.
A3 A11 A8 C3 E1 E2 1
RL BPDD GC SMC IEPA M
$50 to
$150 per linear foot, on average 3
Watershed wide Where feasible, replace failing or crude armoring and concrete lined channels with more sustainable, natural and habitat friendly stabilization measures.
A1 A3 A11 C3 2
RL BPDD SMC L
$250 per linear foot 4
Watershed wide Preserve, enhance or establish native riparian buffers along all unbuffered or inadequately buffered stream reaches using emergent wetland and wet prairie vegetation to stabilize streambanks, f lter out pollutants, and enhance aquatic habitat. Development within buffer areas should be strictly limited.
A1 A3 A6 A7 C3 E1 E2 E4 A7 G1 2
RL BPDD GC M
S
$25 per linear foot 5
Watershed wide Restore stream channels, streambeds, and aquatic habitat to a healthy condition. This includes instream habitat features, such as natural channel substrates and pools & riff es, to improve water quality and aquatic biodiversity.
A1 A3 A8 C3 E1 1
RL BPDD IDNR SMC M
S
$250 to
$575 per linear foot 6
Watershed wide Where feasible, daylight and remeander streams that have been contained in ditches or moved underground into culverts or pipes.
A1 C3 3
RL BPDD IDNR SMC M L
$575 per linear foot 7
Watershed wide Modify bridges, culverts, and other hydraulic structures that are directing f ow into the streambanks, eroding around the edges, blocking f ows and f sh passage or otherwise problematic.
A2 A3 A11 C6 3
RL M BPDD DOT GC SMC M
$5000 each 8
Watershed wide Restore hydrologic connections to Lake Michigan to promote recolonization of the aquatic community.
C3 C6 G4 3
varies 9
Watershed wide Develop and implement a regular stream inspection and maintenance program among the Beach Park Drainage District, municipalities, homeowners, and SMC to remove accumulated woody debris and other debris and litter and to target restoration needs.
A9 A10 D1 E8 F7 2
SMC BPDD M RL S
varies 10 Watershed wide For moderately and severely eroded stream reaches, develop a stream restoration plan and cost estimate.
A4 1
M BPDD RL SMC S
varies
G-3 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Water Quality and Stormwater Management Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 11 Watershed wide 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 inf ltration of precipitation into the ground. Stormwater BMPs should use, to the 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.
E1 E2 E7 E9 G1 G3 1
varies 11a Watershed wide Where feasible, convert existing swales and open drainage ways to inf ltrate runoff with natural landscaping.
E1 E2 E7 E9 F6 G1 1
M BPDD DOT SMC PRL CBL DH LC S
$1 per linear foot to $650 per acre 11b Watershed wide Retrof t curb and gutter areas along roadways, parking lots, and other impervious surfaces to allow stormwater to enter swales or other naturalized f ltration and inf ltration measures such as parking lot and roadside rain gardens.
E1 E2 E7 F6 G1 G3 1
$1 per linear foot to $650 per acre 11c Watershed wide Install bioswales into parking lots as construction and reconstruction occurs.
E1 E2 E7 F6 G1 G3 1
$1 per linear foot to $650 per acre 11d Watershed wide Install vegetated f lter strips or rain gardens where sheet f ow leaves impervious surface to capture pollutants and inf ltrate runoff.
E1 E2 E7 G1 G3 1
$1 per linear foot to $650 per acre 11e Watershed wide Install sand f lters, f ltration basins, treatment wetlands, other bioretention practices, or other f ltration practices downstream of industrial, commercial facilities and other land uses potentially generating a heavy load of pollutants. Install sand f lters, appropriate proprietary water treatment units, or settling basins at the storm sewer inlets in parking lots E1 E2 E7 G1 G3 1
$1 per linear foot to $650 per acre 11f Watershed wide Install green roofs where feasible to capture, f lter, and evaporate stormwater.
E1 E2 E7 G1 G3 2
PRL CBL DH M
L
$5 to
$25 per square foot 11g Watershed wide Reduce the hydraulic connectivity of impervious surfaces by disconnecting roof downspouts from discharging to impervious areas and instead directing the f ow into a lawn or naturally landscaped area, raingarden, f lter strip, rain barrel, or dry well. Substitute swale and raingarden systems for curbs and gutters to increase inf ltration.
E1 E2 E7 G1 G3 1
PRL CBL DH M LC S
varies 11h Watershed wide When replacing existing pavement, or installing newly paved areas, use pervious or porous pavement or permeable paving blocks for parking lots, emergency access roads, driveways and streets where appropriate to increase inf ltration and reduce runoff volumes and pollutant loads.
E1 E2 E7 F6 G1 G3 1
$2 to
$6 per square foot 12 Watershed wide 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 reduced pollutant loads, and to provide habitat. Upgrade and maintain existing stormwater detention basins and online water storage ponds to provide water quality benef ts and slower release rates where feasible.
E1 E2 E9 F6 G3 2
M PRL CBL DH GC DOT SMC BPDD M
varies 12a Watershed wide Stabilize eroding shorelines and replace rip rap, concrete and turf pond and detention basin edges with deep-rooted native landscaping for shorelines and buffers.
E1 E2 E9 F6 G3 2
M PRL CBL DH GC DOT SMC BPDD M
$100 per linear foot 12b Watershed wide Install settling basins upstream of wet and wetland detention where feasible and where the catchment area contains a large amount of impervious surface to capture sediment in runoff. Where settling basins can not be installed upstream, install a forebay in the basin and remove accumulated sediment to maintain detention capacity.
E1 E2 E9 F6 G3 2
M PRL CBL DH GC DOT SMC BPDD M
varies 12c Watershed wide Monitor, maintain, and clean out stormwater detention facilities, storm drains, and catch basins to ensure effective operation and provide maximum detention, water quality benef ts and habitat. Develop a monitoring and maintenance plan that identif es who is responsible, a maintenance schedule, budget and funding source.
E1 E2 E9 F6 G3 2
M PRL CBL DH GC DOT SMC BPDD S
varies 12d Watershed wide Where possible, restrict discharge rates from detention basins to mimic natural instream f ow rates.
E7 E9 F6 G1 G3 2
M PRL CBL DH GC DOT SMC BPDD M
varies
G-4 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N 13 Watershed wide 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 areas, natural depressional and regional storage areas, and wetlands. Prevent f ll, 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.
A6 A7 B1 C2 C3 E1 E2 E7 G1 G2 G3 G4 2
M DH PRL SMC LC L
varies 14 Watershed wide Maintain the drainage system conveyance including cleaning out catch basins, channel maintenance, swale maintenance, culverts, and removing excess debris, trash, and other obstructions to improve aesthetics maintain f ow capacity, and minimize erosion. Some natural elements such as rocks and woody debris should be left as in-stream habitat features.
A1 A2 A11 C3 E5 E9 F6 G2 G3 G4 2
M BPDD RL DOT SMC S
$20 per linear foot ID#
Location Water Quality and Stormwater Management Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status
G-5 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Planning and Development Standards Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 15 Watershed wide Lake County, municipalities, park districts, the Forest Preserve District and other local governments units should incorporate the goals and recommendations of the watershed plan into comprehensive land use plans, development policies (zoning and subdivision regulations) capital improvement plans and budgets, and land preservation/acquisition strategies.
C1 D3 D4 F3 F4 F6 1
M BPDD LCFPD SMC T LC S
varies 16 Watershed wide Use the site development planning and approval process to encourage watershed-friendly development practices and designs that protect watershed resources and water quality by right rather than by exception.
A7 D3 D4 F3 G3 1
M LC S
varies 17 Watershed wide Establish incentive programs for developers to implement conservation and low impact development planning and design practices and techniques. These incentives could include expedited permitting and review procedures, density bonuses, tax credits, cost-share, or fee reductions for early projects that serve as demonstrations and free technical assistance.
A7 F3 3
M LC M
varies 18 Watershed wide 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 and update development standards, add incentives such as density bonuses, 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.
A7 F3 2
M LC M
varies 19 Watershed wide Establish and adopt bluff-and-ravine protection standards.
A7 F3 1
M LC S
varies 19a Watershed wide Establish a 30 minimum buffer distance between bluff edges and development.
A7 F3 1
M LC S
varies 19b Watershed wide 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, 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.
A7 C3 F3 1
M S
varies 19c Watershed wide Prohibit dumping of grass clippings, leaves, or other natural or man-made f ll or debris that may damage underlying vegetation or prevent re-vegetation on ravine slopes.
A7 C3 E1 E2 F3 2
M S
varies 19d Watershed wide 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 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.
E1 E2 E7 F3 1
M LC SMC S
varies 19e Watershed wide Limit concentrated stormwater discharges to ravines to storm events larger than the 1-year frequency. Level spreaders may be required to distribute concentrated f ows across a large area.
E7 F3 1
M SMC M
varies 20 Watershed wide 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 volume increases, minimize impervious surface area, manage stormwater on site 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.
D3 D4 E1 E2 E7 F3 F6 G3 2
M LC M
varies 20a Watershed wide Reduce minimum street widths to those necessary to carry the expected average traff c volume rather than the maximum traff c volume.
E1 E2 E7 F3 F6 G1 G3 3
M LC L
varies 20b Watershed wide 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; 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).
E1 E2 E7 F3 F6 G1 G3 2
M LC M
varies
G-6 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N 20c Watershed wide Allow permeable paving practices for plazas and pedestrian areas, parking, driveways and low volume traff c streets.
E1 E2 E7 F3 F6 G1 G3 2
M LC M
varies 20d Watershed wide Allow reduced street setbacks, frontages, and lot sizes in areas where riparian or sensitive natural areas need protection and to reduce the impervious surface area for streets and driveways.
E1 E2 E7 F3 F6 G1 G3 2
M LC M
varies 20e Watershed wide Allow cluster / conservation design development to reduce the disturbed area and preserve green infrastructure (open land) for inf ltration and treatment of runoff.
E1 E2 E7 F3 G1 G3 1
M LC M
varies ID#
Location Water Quality and Stormwater Management Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status
G-7 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Green Infrastructure Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 21 Watershed wide Land planning jurisdictions such as municipalities, park districts etc. adopt the Green Infrastructure Plan to use as a tool in prioritizing and implementing green infrastructure preservation and restoration programs.
C1 C2 F3 F4 1
varies 21a Watershed wide Clearly identify and designate areas prioritized in the Green Infrastructure Plan as green infrastructure conservation areas in county, park district and municipal comprehensive plans and maps.
C1 C2 F3 F4 1
varies 21b Watershed wide Identify and conserve connecting greenways, especially along streams and other water features. Provide passage and remove or mitigate barriers to f sh & wildlife movement (such as highways, dams, and weirs) throughout the corridors and between the green hubs.
A2 C1 C2 C3 F3 F4 1
varies 21c Watershed wide Avoid development and installation of gray infrastructure through Category 1 green infrastructure system parcels wherever possible.
C1 C2 F3 F4 F6 2
varies 21d Watershed wide 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, and wetland complexes. The strategy may include purchase funds, developer fees and donation funds, conservation easements, purchase of development rights programs, or other measures.
B1 C1 C2 F3 F4 1
varies 22 Watershed wide 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 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.
A6 C2 C3 1
varies
G-8 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Natural Area Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 23 Watershed wide 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 that a minimum 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.
A6 A7 C2 C3 E4 1
$25 per linear foot 24 Watershed wide 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 all be used to help improve wetland quality. The strategic removal and/or blockage of 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.
B1 C2 C3 E1 E2 G4 2
$500 per acre 25 Watershed wide Restore stream channels to natural state by preserving and/or installing pools and riff es, removing excessive debris, stabilizing steam banks and the stream bed.
A1 A3 A8 A11 C3 3
RL BPDD IDNR L
$225 per linear foot 26 Watershed wide Stabilize upstream hydrology to reduce erosion, pollution runoff, and sediment loading to downstream natural areas and preserve valuable and unique resources within Illinois Beach State Park and Lyons Woods Forest Preserve.
A3 A8 C3 E1 E2 E7 G4 2
M PRL L
varies 27 Watershed wide Replenish and stabilize the Lake Michigan shoreline to protect this valuable and unique habitat.
C3 C4 1
varies 28 Watershed wide 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 prescribed burning, and thinning the tree canopy so that a minimum 15% of available sunlight is reaching the ground layer.
A6 C3 E4 2
PRL RL CBL L
$7500 per acre
G-9 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Land Management Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 29 Watershed wide 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, chlorides, and other pollutants into the stormwater system, stream, and ultimately Lake Michigan.
E1 E2 E4 E10 F3 F6 G1 1
M DOT CBL T
S varies 30 Watershed wide Investigate and address potential contamination issues in Illinois Beach State Park and the Dead River.
Remediate, cap, cover, or install other controls for any potential sources of toxic or other pollutants including waste storage piles, landf lls or facilities, hazardous materials, nuclear contamination sites, and salt piles to prevent stormwater contact or to capture runoff if stormwater contact does occur.
C5 E1 E2 2
IDNR CMP USEPA IEPA LCHD CAG LMGLO L
varies 31 Watershed wide Reduce fecal coliform contamination on Lake Michigan beaches by controlling gull populations, human sewage, and other contributing sources. Further study is needed to identify the non-gull sources of fecal coliform contamination.
E1 E5 E6 1
varies 32 Watershed wide Use sustainable site and land management practices (including golf courses and agricultural operations).
E1 E2 E4 E5 1
PRL CBL GC M PD LCFPD S
varies 32a Watershed wide 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 stabilizes the streambanks and f lters runoff to the stream.
Properly dispose of yard and pet wastes, household chemicals, and trash. Do not dispose of these in stormsewers, roadside swales, or the stream.
A7 E1 E2 E4 E5 1
PRL GC CBL M PD LCFPD S
varies 32b Watershed wide 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 runoff, and provide habitat for native species. Plant native trees appropriate to the local area to increase interception, evapotranspiration, and uptake of precipitation.
C3 E1 E2 E4 2
PRL CBL GC PD M
S
$3000 to
$6000 per acre 33 Watershed wide 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 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.
E1 E2 E3 F3 G1 G3 1
M DH LC NRCS/SWCD S
varies 33a Watershed wide Minimize soil compaction, clearing and mass grading to only where absolutely necessary to build and provide access to structures and infrastructure (site f ngerprinting). Avoid clearing and grading in or immediately adjacent to water resources and steep slopes. Clearing should be done immediately before construction, rather than leaving soils exposed for months or years.
E1 E2 E3 E7 G1 G3 1
M DH LC NRCS/SWCD S
varies 33b Watershed wide During construction protect and retain existing vegetation to decrease concentrated f ows, maintain site hydrology, and control erosion.
E1 E2 E3 E7 G1 G3 1
M DH LC NRCS/SWCD S
varies 33c Watershed wide 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 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.
E1 E2 E3 G1 G3 1
M DH LC NRCS/SWCD S
varies 33d Watershed wide Stabilize / revegetate exposed and disturbed soils including soil stockpiles within 14 days after disturbance with seeding, mulch cover, erosion control blankets, or other stabilization practices. Topsoil stockpiles can be reapplied as a soil amendment to reestablish vegetation following construction.
E1 E2 E3 G1 G3 1
M DH LC NRCS/SWCD S
varies 33e Watershed wide Employ a soil erosion sediment control treatment train, and install perimeter controls and risers as a last line of defense to retain and f lter sediments before runoff exits the site.
E1 E2 E3 G1 G3 1
M DH LC NRCS/SWCD S
varies 34 Watershed wide The Waukegan Regional Airport should continue to update and implement the Storm Water Pollution Prevention Plan and Spill Prevention, Control and Countermeasure Plan, sweep impervious surfaces regularly, and f nd more environmentally-friendly de-icing compounds for airplanes and runways.
E1 E2 F3 G1 2
Waukegan Regional Airport S
varies
G-10 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Flood Management Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 35 Watershed wide Adopt and continue to enforce f oodplain protection standards within zoning, subdivision, and building codes or a stand-alone f oodplain protection standard that prohibits new building and roadway development, f ll, or other encroachment within the f oodplain.
B1 2
M LC SMC M
varies 36 Watershed wide Address Flood Problem Area Inventory and Illinois Department of Transportation f ooding sites, and avoid potential f ood damage within 10- and 100-year f oodplains.
B1 B2 B3 B4 2
varies 36a Watershed wide Preserve riparian and depressional f oodplain and wetlands as open and undeveloped to maximize f ood storage and conveyance.
B1 2
M LC L
varies 36b Watershed wide Mitigate f ood damages through f oodproof ng of at-risk structures such as raising the structure, sealing basement windows and doors, f oodplain buyouts, and installing landscape features such as f oodwalls or levees.
B2 1
varies 36c Watershed wide Mitigate sanitary sewer backup f ood damages through remediation / correction of inf ltration and cross connections with the sanitary sewer system and installation of one-way valves.
B3 2
PRL NSSD L
varies 36d Watershed wide Mitigate local drainage capacity f ood damage by providing additional f ood storage and or maintaining /
improving local drainage system through installation of new or larger sewer pipes, larger culverts, or improving or increasing the conveyance capacity of ditches and overland f ow path.
B4 2
PRL M LC SMC L
varies
G-11 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N ID#
Location Stakeholder Coordination Programmatic Actions Goals + Obj Priority Lead Implementor Supporting Implementor Time frame Projected Cost Status 37 Watershed wide Form a watershed organization to coordinate and lead watershed plan implementation activities.
F2 F4 F5 1
SMC M WPC IEPA S
varies 38 Watershed wide Coordinate watershed restoration projects and develop cost-share funding for best management practices.
F1 F5 1
SMC M WPC S
varies 39 Watershed wide Establish regular (e.g., quarterly) stakeholder coordination meetings to discuss projects, watershed plan implementation, and land use planning and development activities.
F2 F4 1
SMC M WPC S
varies 40 Watershed wide Incorporate plan recommendations into regional, county, and municipal plans and budgets.
F6 1
M LC CMAP S
varies
G-12 T H E D E A D R IV E R l WAT E R S H E D - B A S E D P LA N