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
Growth, decomposition, and nutrient retention of sawgrass and cattail in the Everglades   Publication Date:   1990-10 Creator:   Davis, Steven M South Florida Water Management District (Fla.). Resource Planning Dept Publisher.Display:   Environmental Sciences Division, Research and Evaluation Dept., South Florida Water Management District ( West Palm Beach, Fla ) Format:   iii, 26 p. : ill., map ; 28 cm. Subjects.Display:   Everglades (Fla.) Florida Everglades Swamp ecology ( lcsh ) Saw-grass ( lcsh ) Typha ( lcsh ) Biodegradation ( lcsh ) Biogeochemical cycles ( lcsh ) ( lcsh ) Source Institution:   Florida International University Growth, decomposition, and nutrient retention of sawgrass and cattail in the Everglades	The major plant communities of Lake Okeechobee, Florida, and their associated inundation characteristics as determined by gradient analysis by Gary Pesnell and Robert T. Brown III.   Publication Date:   1977 Creator:   South Florida Water Management District (Fla.). Resource Planning Dept. ( Contributor ) Pesnell, Gary L. Brown, Robert T., ( Contributor ) Publisher.Display:   Resource Planning Dept., South Florida Water Management District, ( West Palm Beach, Fla. ) Format:   iii, 68 p. : ill., maps; 28 cm. Subjects.Display:   Plants--Effect of floods on--Florida--Okeechobee, Lake. Plant communities--Florida--Okeechobee, Lake. Source Institution:   Florida International University The major plant communities of Lake Okeechobee, Florida, and their associated inundation characteristics as determined by gradient analysis by Gary Pesnell and Robert T. Brown III.