1
Hydrologic Performance of a Large-Scale Constructed Wetland: The Everglades Nutrient Removal Project
Hydrologic Performance of a Large-Scale Constructed Wetland: The Everglades Nutrient Removal Project
Publication Date:
2001-04
Creator:
Abtew, Wossenu
South Florida Water Management District ( Contributor )
Bechtel, Tim
Publisher.Display:
Hydro Information Systems and Assessment Department, Environmental Monitoring & Assessment Division, South Florida Water Management District
Format:
PDF, 14 pages, b illustrations, charts, maps.
Subjects.Display:
Water -- Purification -- Florida -- Everglades
Restoration ecology -- Florida -- Everglades
Source Institution:
Florida International University
2
Preliminary Analysis of Stormwater Treatment Area 5 (STA-5) Performance: Calcium, Alkalinity and CaCO3 Saturation
Preliminary Analysis of Stormwater Treatment Area 5 (STA-5) Performance: Calcium, Alkalinity and CaCO3 Saturation
Publication Date:
2005-05
Creator:
South Florida Water Management District ( Contributor )
Gu, Binhe
Newman, Jana M.
Chimney, Michael J.
Publisher.Display:
South Florida Water Management District, Everglades Division Watershed Management Department
Format:
PDF, 7 pages, charts.
Subjects.Display:
Florida
Everglades
Restoration ecology -- Florida -- Everglades.
Storm water retention basins -- Florida -- Everglades.
Water -- Purification -- Florida -- Everglades -- Phosphorus removal.
Source Institution:
Florida International University
3
Stormwater Treatment Areas: Constructed Wetlands for Phosphorus Removal in South Florida Surface Waters
Stormwater Treatment Areas: Constructed Wetlands for Phosphorus Removal in South Florida Surface Waters
Publication Date:
2004
Creator:
South Florida Water Management District ( Contributor )
Bechtel, Tim
Goforth, Gary
Wossenu Abtew,
Germain, Guy
Publisher.Display:
South Florida Water Management District
Format:
PDF, 16 pages, illustrations, charts, maps
Subjects.Display:
Florida
Everglades
Water -- Purification -- Florida -- Everglades -- Phosphorus removal.
Constructed wetlands -- Florida -- Everglades.
Source Institution:
Florida International University
4
Water Budget Analysis for Stormwater Treatment Area 1 West (May 1, 2003 to April 30, 2004)
Water Budget Analysis for Stormwater Treatment Area 1 West (May 1, 2003 to April 30, 2004)
Publication Date:
2004-11
Creator:
South Florida Water Management District ( Contributor )
Wossenu Abtew,
Publisher.Display:
South Florida Water Management District
Format:
PDF, 30 pages, illustrations, charts, maps
Subjects.Display:
Florida
Everglades
Restoration ecology -- Florida -- Everglades
Storm water retention basins -- Florida -- Everglades.
Water -- Purification -- Florida -- Everglades -- Phosphorus removal.
Source Institution:
Florida International University
5
Water Budget Analysis for Stormwater Treatment Area 5
Water Budget Analysis for Stormwater Treatment Area 5
Publication Date:
2004-06
Creator:
South Florida Water Management District. ( Contributor )
PARRISH, MICHAEL
HUEBNER, SCOTT
Publisher.Display:
South Florida Water Management District.-- Environmental Monitoring and Assessment Department
Format:
PDF, 76 pages, charts.
Subjects.Display:
Florida
Everglades
Runoff -- Florida -- Everglades
Restoration ecology -- Florida -- Everglades.
Storm water retention basins -- Florida -- Everglades.
Water -- Purification -- Florida -- Everglades -- Phosphorus removal.
Source Institution:
Florida International University
6
Water Budget Analysis for the Everglades Nutrient Removal Project (August 20, 1997 to August 19, 1998)
Water Budget Analysis for the Everglades Nutrient Removal Project (August 20, 1997 to August 19, 1998)
Publication Date:
1998-11
Creator:
Abtew, Wossenu
South Florida Water Management District (Fla.) ( Contributor )
Downey, Daniel
Publisher.Display:
South Florida Water Management District ( West Palm Beach, Fla. )
Format:
PDF, 36 pages, illustrations, charts
Subjects.Display:
Everglades (Fla.)
Restoration ecology ( lcsh )
Hydrological forecasting ( lcsh )
Water -- Purification -- Florida -- Everglades -- Phosphorus removal
Source Institution:
Florida International University