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2006-332
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Last modified
8/31/2016 8:37:09 AM
Creation date
9/30/2015 10:11:01 PM
Metadata
Fields
Template:
Official Documents
Official Document Type
Amendment
Approved Date
10/03/2006
Control Number
2006-332
Agenda Item Number
7.K.
Entity Name
Department of Environmental Protection
Subject
Amendment No.1, IRC Main Relief Canal Pollution-Revised Grant work plan
Agreement No. G0182
Supplemental fields
SmeadsoftID
5871
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way of the IRFWCD as authorized by a Memorandum of Understanding between Indian <br /> River County and the Water Control District. <br /> Watershed Name: Indian River Lagoon <br /> Latitude: 27. 63 <br /> Longitude: 80.40 <br /> Hydrologic Unit Code(HUC) : 3080203 <br /> Land Uses within the Watershed (acres and percentages of total ): <br /> Land Use Acres % <br /> Rangeland 3255. 75 15. 00 <br /> Citrus 8682. 00 40. 00 <br /> Improved Pasture 1085. 25 5. 00 <br /> Miscellaneous Urban 8682. 00 40 . 00 <br /> Land Use Totals (Acreage and % 21705. 00 100 . 00 <br /> POLLUTION REDUCTION STRATEGY: The Indian River Farms Water Control District <br /> ( IRFWCD) in Indian River County, Florida is an area over 53 ,000 acres that is drained by an <br /> extensive network of poorly managed man-made canals. The IRFWCD discharges into the <br /> Indian River Lagoon , an Estuary of National Significance and a St . Johns River Water <br /> Management District (SJRWMD) Surface Water Improvement and Management (SWIM ) <br /> program priority water body. In the East Indian River County Master Stormwater <br /> Management Plan (Master Plan ), a pollutant loading analysis showed that the three <br /> discharge canals of the IFRWCD convey large amounts of suspended solids , nutrients , and <br /> floating vegetative debris into the lagoon , seriously degrading estuarine habitat. The canals <br /> also transport tremendous quantities of human-generated trash (Styrofoam cups, plastic, <br /> bottles, etc. ) into the Lagoon . Treatment alternatives were investigated in the Master Plan . <br /> It was recommended that sediment and floating debris collection systems be used to effect <br /> a significant reduction in muck contributing solids, nutrients , floatables and trash into the <br /> Lagoon . <br /> Several of these BMPs were determined to be well-suited for placement within the limited <br /> space available in the existing canal rights-of-way. The two general types of improvements <br /> which appeared to be effective given the existing conditions were floating debris capture <br /> systems and structural pollution control devices. <br /> The need for this project is described in the November 1996 " Indian River Lagoon <br /> Comprehensive Conservation and Management Plan" under the Water and Sediment <br /> Quality Improvement section . Recommendations for large drainage systems, such as the <br /> IRFWCD, are found in Action FSD- 12, Freshwater and Stormwater Discharges Action Plan . <br /> The 2002 IRL SWIM Plan Update discusses the IRFWCD and the need to reduce TSS and <br /> nutrients in Chapter 5, page 133 . A major concern stated in the SWIM Plan is the total <br /> phosphorus loading from the IRFWCD being higher than that from the Turkey Creek basin <br /> which is 1 . 5 times larger in area . <br /> Methods to treat or control pollution from stormwater runoff (BMPs) have traditionally <br /> included practices that are typically land intensive (dry retention areas, wet detention <br /> ponds) and have low maintenance requirements. However, as land has become scarcer <br /> and more valuable in Florida , efforts have also been focused on treatment technologies that <br /> DEP Agreement No. G0182, Attachment A- 1 , Page 2 of 12 <br />
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