The application of the receiving water quantity model to the conservation areas of south Florida   Publication Date:   1979 Creator:   Lin, Steve S. T. South Florida Water Management District (Fla.). Resource Planning Dept. ( Contributor ) Publisher.Display:   West Palm Beach, Fla. : South Florida Water Management District, Resource Planning Dept., 1979. Format:   iii, 91 p. : ill. ; 28 cm. Subjects.Display:   Water-supply -- Florida -- Everglades -- Mathematical models. Water-storage -- Florida -- Everglades -- Mathematical models. Rain and rainfall -- Florida -- Everglades. Water-supply -- Computer simulation. Source Institution:   Florida International University The application of the receiving water quantity model to the conservation areas of south Florida	CLAD model and its applications   Publication Date:   1979 Creator:   South Florida Water Management District (Fla.). Resource Planning Dept. ( Contributor ) Foy, Jay G. Publisher.Display:   West Palm Beach, Fla. : South Florida Water Management District, 1979. Format:   v, 167 p. : ill. ; 28 cm. Subjects.Display:   Water resources development -- Florida -- Mathematical models. Water-supply -- Florida -- Computer simulation. Water quality management -- Florida -- Computer simulation. Source Institution:   Florida International University CLAD model and its applications
Groundwater-surface water interaction along the C-2 Canal, Miami-Dade County, Florida   Publication Date:   2008 Creator:   Sunderland, R. Simon Krupa, Steven L. South Florida Water Management District (Fla.). Water Supply Department. ( Contributor ) Publisher.Display:   West Palm Beach, Fla : South Florida Water Management District, Water Supply Dept. Format:   PDF, 94 pages Subjects.Display:   Miami-Dade County (Fla.) Groundwater -- Florida -- Miami-Dade County Hydrogeology -- Florida -- Miami-Dade County Water-supply -- Florida -- Miami-Dade County Canals -- Florida -- Miami-Dade County Source Institution:   Florida International University Groundwater-surface water interaction along the C-2 Canal, Miami-Dade County, Florida	Hydrogeologic investigation of the Floridan Aquifer system : C-23 Canal site, Martin County, Florida   Publication Date:   2008 Creator:   Sunderland, R. Simon South Florida Water Management District (Fla.). Water Supply Department. ( Contributor ) Publisher.Display:   West Palm Beach, Fla : South Florida Water Management District, Water Supply Dept. Format:   PDF, 158 pages Subjects.Display:   Floridan Aquifer Hydrogeology -- Floridan Aquifer Water-supply -- Floridan Aquifer Hydrogeology -- Florida -- Martin County Source Institution:   Florida International University Hydrogeologic investigation of the Floridan Aquifer system : C-23 Canal site, Martin County, Florida
Non-Agricultural Water Use in the Upper East Coast Planning Area   Publication Date:   1980 Creator:   South Florida Water Management District. ( Contributor ) Woehlicke, Carl Publisher.Display:   West Palm Beach, Fla. : South Florida Water Management District, 1980. Format:   ii, 17 p. ; 28 cm. Subjects.Display:   Water use -- Florida. Source Institution:   Florida International University Non-Agricultural Water Use in the Upper East Coast Planning Area	Vegetation Community Characteristics Along the Northwest Fork of the Loxahatchee River and Development of a Salinity-Vvegetation Model   Publication Date:   2004-02 Creator:   Zahina, John G. South Florida Water Management District (Fla.). Water Supply Department ( Contributor ) Publisher.Display:   West Palm Beach, Fla. : South Florida Water Management District Format:   PDF 219 pages Subjects.Display:   Loxahatchee River (Fla.) Plants -- Florida -- Loxahatchee River Salinity -- Florida -- Loxahatchee River Source Institution:   Florida International University Vegetation Community Characteristics Along the Northwest Fork of the Loxahatchee River and Development of a Salinity-Vvegetation Model