dPanther Search Results - South Florida Collection

Narrow Results By: Language English ( 3 ) Publisher South Florida Water Management District, Environmental Resource Assessment Dept. ( 2 ) South Florida Water Management District ( 1 ) Subject: Topic Culverts -- Florida -- Everglades National Park. ( 3 ) Culverts -- Hydrodynamics -- Mathematical models. ( 3 ) Water -- Florida -- Everglades National Park. ( 3 ) Subject: Geographic Area Florida ( 3 ) Everglades National Park (Fla.) ( 2 )	1 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 2 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 3 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

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

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

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