Structure S-12 Water Distribution to Everglades National Park   Publication Date:   1982-02 Creator:   South Florida Natural Resources Center/South Florida Research Center, Everglades National Park Peter C. Rosendahl Joel I. Wagner Publisher.Display:   National Park Service, U.S. Department of the Interior ( Homestead, Florida ) Subjects.Display:   Everglades National Park (Fla.) Culverts Water Hydraulic structures Water diversion Watershed management Source Institution:   Florida International University [1982-02] Structure S-12 Water Distribution to Everglades National Park	Program Documentation   Publication Date:   1985-10 Creator:   Fan, Andrew Publisher.Display:   South Florida Water Management District, Resource Planning Department, Water Resources Division ( West Palm Beach, Fla. ) Format:   32 p., : ill., ; 28 cm. Subjects.Display:   Florida South Florida Water Management District (Fla.) Groundwater flow ( lcsh ) FORTRAN (Computer program language) ( lcsh ) Flow meters -- Computer programs ( lcsh ) Culverts -- Design and construction -- Computer programs ( lcsh ) Hydraulics -- Computer programs ( lcsh ) ( lcsh ) Source Institution:   Florida International University [1985-10] Program Documentation
Rating Development for Flow Through Culverts Under SR9336 in the Everglades National Park I: Concepts and Methods   Publication Date:   2005-04 Creator:   South Florida Water Management District ( Contributor ) Qinglong Wu Muluneh Imru Publisher.Display:   South Florida Water Management District, Environmental Resource Assessment Dept. Format:   PDF, 53 pages, illustrations, charts, maps. Subjects.Display:   Florida Everglades National Park (Fla.) Water -- Florida -- Everglades National Park. Culverts -- Florida -- Everglades National Park. Culverts -- Hydrodynamics -- Mathematical models. Source Institution:   Florida International University [2005-04] Rating Development for Flow Through Culverts Under SR9336 in the Everglades National Park I: Concepts and Methods	Rating Development for Flow Through Culverts Under SR9336 in the Everglades National Park II: Rating Calibration   Publication Date:   2005-04 Creator:   South Florida Water Management District ( Contributor ) Qinglong Wu Muluneh Imru Publisher.Display:   South Florida Water Management District, Environmental Resource Assessment Dept. Format:   PDF, 87 pages, illustrations, charts, maps. Subjects.Display:   Florida Everglades National Park (Fla.) Water -- Florida -- Everglades National Park. Culverts -- Florida -- Everglades National Park. Culverts -- Hydrodynamics -- Mathematical models. Source Institution:   Florida International University [2005-04] Rating Development for Flow Through Culverts Under SR9336 in the Everglades National Park II: Rating Calibration
Evaluating and Improving Flow Data Quality Using Strive Data at Water Control Structures   Publication Date:   2005-07 Creator:   South Florida Water Management District ( Contributor ) Pathak, Chandra Chen, Manjiang Publisher.Display:   South Florida Water Management District Format:   vii, 30 pages, illustrations, charts Subjects.Display:   Florida Everglades Hydraulics Structure Information Verification (STRIVE) project Spillways Pump stations Culverts Weirs Flood control – Florida Source Institution:   Florida International University [2005-07] Evaluating and Improving Flow Data Quality Using Strive Data at Water Control Structures	Rating Development for Flow Through Culverts Under SR 9336 in the Everglades National Park III: Final Report   Publication Date:   2006-01 Creator:   South Florida Water Management District ( Contributor ) Imru, Muluneh Ci, Yihua Publisher.Display:   South Florida Water Management District Format:   PDF, vi, 74 pages, illustrations, charts, maps Subjects.Display:   Florida Water -- Florida -- Everglades National Park. Culverts -- Florida -- Everglades National Park. Culverts -- Hydrodynamics -- Mathematical models. Source Institution:   Florida International University [2006-01] Rating Development for Flow Through Culverts Under SR 9336 in the Everglades National Park III: Final Report