Hydrodynamic and salinity analysis of a proposed navigation channel in the St. Lucie estuary   Creator:   South Florida Water Management District (Fla.) Gove, Charles Arthur 1989-06 ( Contributor ) Publisher.Display:   South Florida Water Management District, Resource Planning Dept., Water Resources Division ( West Palm Beach, Fla. ) Format:   10, [8] p. : ill. ; 28 cm. Subjects.Display:   Martin County (Fla.) Saint Lucie River (Fla.) Channels (Hydraulic engineering) -- Environmental aspects -- Computer simulation ( lcsh ) Channels (Hydraulic engineering) -- Environmental aspects ( lcsh ) Salinization -- Control ( lcsh ) Source Institution:   Florida International University Hydrodynamic and salinity analysis of a proposed navigation channel in the St. Lucie estuary	Application of computer techniques for long range regional groundwater resources management   Publication Date:   1978-06 Creator:   South Florida Water Management District ( Contributor ) Khanal, Nagendra N. Publisher.Display:   South Florida Water Management District Format:   PDF, 33 pages, illustrations, charts, maps Subjects.Display:   South Florida Groundwater -- Florida Groundwater flow -- Florida -- Computer simulation Source Institution:   Florida International University [1978-06] Application of computer techniques for long range regional groundwater resources management
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 [1979] 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 [1979] CLAD model and its applications
South Florida Water Management model documentation report   Publication Date:   1983-12 Creator:   South Florida Water Management District ( Contributor ) MacVicar, Thomas K. VanLent, Thomas Castro, Alvin Publisher.Display:   South Florida Water Management District Format:   PDF, 140 pages, illustrations, charts, maps Subjects.Display:   Hydrologic models. Central and South Florida South Florida Water Management District. Water resources development -- Florida -- Data processing. Computer simulation. Source Institution:   Florida International University [1983-12] South Florida Water Management model documentation report	South Florida regional routing model   Publication Date:   1986-06 Creator:   Trimble, Paul South Florida Water Management District (Fla.) -- Water Resources Division ( Contributor ) Publisher.Display:   Water Resources Division, Resource Planning Dept., South Florida Water Management District ( West Palm Beach, Fla. ) Format:   v, 147 p. : ill. ; 28 cm. Subjects.Display:   Florida Hydrology -- Computer simulation ( lcsh ) Water resources development -- Computer simulation ( lcsh ) Hydrology -- Computer programs ( lcsh ) Water resources development -- Computer programs ( lcsh ) Hydrology -- Data processing ( lcsh ) Water resources development -- Data processing ( lcsh ) Source Institution:   Florida International University [1986-06] South Florida regional routing model
A Routing Model for the Upper Kissimmee Chain of Lakes   Publication Date:   1986-09 Creator:   South Florida Water Management District (Fla.) -- Water Resources Division Fan, Andrew Publisher.Display:   South Florida Water Management District, Resource Planning Dept., Water Resources Division ( West Palm Beach, Florida ) Format:   iii, 87 p. : ill., maps ; 28 cm. Subjects.Display:   Water resources development -- Computer simulation ( lcsh ) Hydrologic models ( lcsh ) Kissimmee Chain of Lakes (Fla.) Rivers -- Regulation -- Computer simulation ( lcsh ) Lakes -- Computer simulation ( lcsh ) Source Institution:   Florida International University [1986-09] A Routing Model for the Upper Kissimmee Chain of Lakes	Modeling of Hydrodynamics and Salinity in the St. Lucie Estuary   Publication Date:   1987-01 Creator:   South Florida Water Management District (Fla.) -- Resource Planning Dept ( Contributor ) Morris, Frederick W Publisher.Display:   Water Resources Division, Resource Planning Dept., South Florida Water Management District ( West Palm Beach, FL ) Format:   1 v. (various pagings) : ill. ; 28 cm. Subjects.Display:   Florida Saint Lucie River Estuary Salinity ( lcsh ) Hydrodynamics -- Computer simulation ( lcsh ) Source Institution:   Florida International University [1987-01] Modeling of Hydrodynamics and Salinity in the St. Lucie Estuary
Ground water availability assessment for the surficial aquifer on Pine Island, Lee County, Florida   Publication Date:   1988-12 Creator:   South Florida Water Management District (Fla.) -- Resource Planning Dept Burns, William Scott South Florida Water Management District (Fla.) -- Hydrogeology Division Bower, Richard F Publisher.Display:   Hydrogeology Division, Resource Planning Dept., South Florida Water Management District ( West Palm Beach, Fla. ) Format:   vi, 28 p. : ill. ; 28 cm. Subjects.Display:   Florida Water use ( lcsh ) Water resources development -- Computer simulation ( lcsh ) Water resources development ( lcsh ) Pine Island Source Institution:   Florida International University [1988-12] Ground water availability assessment for the surficial aquifer on Pine Island, Lee County, Florida