Advanced water supply alternatives for the Upper East Coast Planning Area : parts I and II   Publication Date:   1980-08 Creator:   South Florida Water Management District ( Contributor ) Khanal, Nagendra N. Publisher.Display:   South Florida Water Management District Format:   PDF, 75 pages, illustrations, charts, maps Subjects.Display:   Martin County (Fla.) Okeechobee County (Fla.) Saint Lucie County (Fla.) Water-supply -- Florida -- Mathematical models Source Institution:   Florida International University Advanced water supply alternatives for the Upper East Coast Planning Area : parts I and II	An atlas of Martin County surface water management basins   Publication Date:   1988-11 Creator:   South Florida Water Management District (Fla.) Cooper, Richard M Santee, Ray Publisher.Display:   Water Resources Division, Resource Planning Dept., South Florida Water Management District ( West Palm Beach, Fla. ) Format:   v, 48 p. : maps ; 28 cm. Subjects.Display:   Martin County (Fla.) Water resources development ( lcsh ) Watersheds -- Maps ( lcsh ) Saint Lucie County (Fla.) Source Institution:   Florida International University An atlas of Martin County surface water management basins
An atlas of St. Lucie County surface water management basins   Publication Date:   1988-11 Creator:   South Florida Water Management District (Fla.) Cooper, Richard M Ortel, Terry W Publisher.Display:   Water Resources Division, Resource Planning Dept., South Florida Water Management District ( West Palm Beach, Fla. ) Format:   vi, 40 p. : maps ; 28 cm. Subjects.Display:   Water resources development ( lcsh ) Watersheds -- Maps ( lcsh ) Saint Lucie County (Fla.) Source Institution:   Florida International University An atlas of St. Lucie County surface water management basins	Aquifer recovery test data and analyses for the Floridian aquifer system in the Upper East Coast Planning Area : South Florida Water Management District   Publication Date:   1980 Creator:   South Florida Water Management District ( Contributor ) Brown, Michael P. Publisher.Display:   South Florida Water Management District Format:   PDF, 52 pages, illustrations, charts, maps Subjects.Display:   Martin County (Fla.) Okeechobee County (Fla.) Saint Lucie County (Fla.) Groundwater -- Florida Aquifers -- Florida Source Institution:   Florida International University Aquifer recovery test data and analyses for the Floridian aquifer system in the Upper East Coast Planning Area : South Florida Water Management District
Field investigation into the feasibility of storing fresh water in saline portions of the Floridan aquifer system, St. Lucie County, Florida   Publication Date:   1983-10 Creator:   South Florida Water Management District ( Contributor ) Wedderburn, Leslie A. Knapp, Michael S. Publisher.Display:   South Florida Water Management District Format:   PDF, 137 pages, illustrations, charts, maps Subjects.Display:   Saint Lucie County (Fla.) Water -- Storage -- Florida -- Saint Lucie County Groundwater -- Florida -- Saint Lucie County Aquifers -- Florida -- Saint Lucie County Source Institution:   Florida International University Field investigation into the feasibility of storing fresh water in saline portions of the Floridan aquifer system, St. Lucie County, Florida	Hydrogeologic data collected from the upper East Coast Planning Area, South Florida Water Management District   Publication Date:   1980-05 Creator:   South Florida Water Management District ( Contributor ) Brown, Michael P. Reece, Dennis E. Hynes, Sharon D. Publisher.Display:   South Florida Water Management District Format:   PDF, 117 pages, illustrations, charts, maps Subjects.Display:   Okeechobee, Lake (Fla.) Martin County (Fla.) Saint Lucie County (Fla.) Groundwater -- Florida -- Observations. Water quality -- Florida -- Observations. Source Institution:   Florida International University Hydrogeologic data collected from the upper East Coast Planning Area, South Florida Water Management District
Hydrologic report for St. Lucie County and preferred database development   Publication Date:   2002-01 Creator:   South Florida Water Management District. Environmental Monitoring and Assessment Department. ( Contributor ) Raymond, John H Publisher.Display:   Environmental Monitoring and Assessment Dept., Hydrology and Hydraulics Division, South Florida Water Management District Format:   PDF, viii, 92 pages : charts, maps ; 28 cm. Subjects.Display:   Saint Lucie County (Fla.) Hydrometeorology -- Florida -- St. Lucie County -- Periodicity Hydrologic cycle -- Florida -- St. Lucie County Source Institution:   Florida International University Hydrologic report for St. Lucie County and preferred database development	A Potable Water Use Data Base for South Florida, 1980   Publication Date:   1983-05 Creator:   South Florida Water Management District ( Contributor ) Woehlcke, L. Carl Publisher.Display:   South Florida Water Management District Format:   PDF, 18 pages, illustrations, charts, maps Subjects.Display:   Martin County (Fla.) Broward County (Fla.) Palm Beach County (Fla.) Miami-Dade County (Fla.) Saint Lucie County (Fla.) Lee County (Fla.) Hendry County (Fla.) Glades County (Fla.) Collier County (Fla.) Monroe County (Fla.) Source Institution:   Florida International University A Potable Water Use Data Base for South Florida, 1980
Some Seasonal Fisheries Trends and Effects of a 1000 cfs Fresh Water Discharge on the Fishes and Macroinvertebrates in the St. Lucie Estuary, Florida   Publication Date:   1980-01 Creator:   South Florida Water Management District ( Contributor ) Startzman, J. Robb Haunert, Daniel E. Publisher.Display:   South Florida Water Management District Format:   PDF, 133 pages, illustrations, charts, maps Subjects.Display:   Martin County (Fla.) Saint Lucie County (Fla.) Saint Lucie River Estuary (Fla.) Estuarine fisheries Estuaries -- Florida Source Institution:   Florida International University Some Seasonal Fisheries Trends and Effects of a 1000 cfs Fresh Water Discharge on the Fishes and Macroinvertebrates in the St. Lucie Estuary, Florida	A Three-Dimensional Finite Difference Ground Water Flow Model of the Floridan Aquifer System in Martin, St. Lucie and Eastern Okeechobee Counties, Florida   Publication Date:   1992-04 Creator:   South Florida Water Management District (Fla.) -- Hydrogeology Division Lukasiewicz, John Publisher.Display:   Hydrogeology Division, Dept. of Research and Evaluation, South Florida Water Management District ( West Palm Beach, Fla ) Format:   xi, 292 p. : ill., maps ; 28 cm. Subjects.Display:   Martin County (Fla.) Okeechobee County (Fla.) Floridan Aquifer Saint Lucie County (Fla.) Hydrologic models ( lcsh ) Groundwater -- Mathematical models ( lcsh ) Source Institution:   Florida International University A Three-Dimensional Finite Difference Ground Water Flow Model of the Floridan Aquifer System in Martin, St. Lucie and Eastern Okeechobee Counties, Florida
A Three-Dimensional Finite Difference Ground Water Flow Model of the Surficial Acquifer in St. Lucie County, Florida   Publication Date:   1995-07 Creator:   Butler, David E. Padgett, Don G. J. Publisher.Display:   Hydrogeology Division, Dept. of Research and Evaluation, South Florida Water Management District ( West Palm Beach, Fla ) Format:   xi, 345 pages : illustrations, maps ; Subjects.Display:   Groundwater ( lcsh ) Floridan Aquifer Saint Lucie County (Fla.) Hydrologic models ( lcsh ) Groundwater flow -- Mathematical models ( lcsh ) Source Institution:   Florida International University A Three-Dimensional Finite Difference Ground Water Flow Model of the Surficial Acquifer in St. Lucie County, Florida	Upper East Coast Water Quality Studies   Publication Date:   1983-01 Creator:   South Florida Water Management District ( Contributor ) Federico, Anthony C. Publisher.Display:   South Florida Water Management District Format:   PDF, 91 pages, illustrations, charts, maps Subjects.Display:   Martin County (Fla.) Okeechobee County (Fla.) Saint Lucie County (Fla.) Okeechobee, Lake, Region (Fla.) Water quality -- Florida -- Okeechobee, Lake, Region Coasts -- Florida Source Institution:   Florida International University Upper East Coast Water Quality Studies