1
An Analysis of Rainfall in Shark Slough
An Analysis of Rainfall in Shark Slough
Publication Date:
1982-01
Creator:
South Florida Natural Resources Center/South Florida Research Center, Everglades National Park
Publisher.Display:
National Park Service, U.S. Department of the Interior ( Homestead, Florida )
Subjects.Display:
Everglades National Park (Fla.)
Rain and rainfall
Shark River Slough (Fla.)
Shark Valley Slough (Fla.)
Source Institution:
Florida International University
2
The application of the receiving water quantity model to the conservation areas of south Florida
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
3
Climate proofing infraestructure in Bangladesh
Climate proofing infraestructure in Bangladesh
Publication Date:
2010-11
Creator:
Disaster Risk Reduction Program, Florida International University (DRR/FIU) ( summary contributor )
Dasgupta, Susmita
Huq, Mainul
Ahmed, Manjur Murshed Zahid
Pandey, Kiran
Mukherjee, Nandan
Khan, Zahirul Huq
Masud, Md. Sohel
Publisher.Display:
World Bank ( Washington, DC )
Format:
eBook : Document; 32 p. : digital, PDF file, col. ill, maps, charts.
Subjects.Display:
Climate change.
Urban Development.
Disasters -- prevention & control.
Monsoons.
Flood.
Environment.
Drainage Systems.
Climate Proofing.
Climate Model.
Climate Change Mitigation and Green House Gases.
Climate Change Economics.
Climatic changes.
Climatology.
Macroeconomics and Economic Growth.
Hazard Risk Management.
Flood damage.
Railroads.
Rain and rainfall.
Science and Technology Development.
Science of Climate Change.
Transportation.
Transport Economics Policy & Planning.
Source Institution:
Florida International University
4
Data analysis to detect rainfall changes in South Florida
Data analysis to detect rainfall changes in South Florida
Publication Date:
1983-05
Creator:
South Florida Water Management District ( Contributor )
Shih, George B.
Publisher.Display:
South Florida Water Management District
Format:
PDF, 41 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall
South Florida
Rain and rainfall -- Florida.
Rainfall anomalies -- Florida.
Rainfall anomalies
Source Institution:
Florida International University
5
A Drier Future?
A Drier Future?
Publication Date:
2014-02-14
Creator:
Sherwood, Steven
Fu, Qiang
Publisher.Display:
American Associaton for the Advancement of Science
Subjects.Display:
Climatic changes
Rain and rainfall
Droughts
hydrologic cycle
Source Institution:
Florida International University
6
Estimation of rainfall for the Kissimmee River Basin.
Estimation of rainfall for the Kissimmee River Basin.
Publication Date:
1971
Creator:
Khanal, Nagendra N.
Sinha, Latit Kumar
Publisher.Display:
Chicago, Ill., ASAE, 1971.
Format:
Book
Subjects.Display:
Rain and rainfall
Kissimmee River (Fla.)
Source Institution:
Florida International University
7
Evapotranspiration in the Everglades; Comparison of Bowen Ratio Measurements and Model Estimations
Evapotranspiration in the Everglades; Comparison of Bowen Ratio Measurements and Model Estimations
Publication Date:
2004-07
Creator:
Abtew, Wossenu
South Florida Water Management District. ( Contributor )
Publisher.Display:
South Florida Water Management District.-- Environmental Monitoring and Assessment Department
Format:
PDF, 16 pages, illustrations, charts, maps.
Subjects.Display:
Florida
Everglades
Rain and rainfall--Environmental aspects--Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Evapotranspiration--Florida--Everglades.
Wetland hydrology--Florida--Everglades.
Source Institution:
Florida International University
8
Flow Rating Analysis for Pump Station CWPB2 M Canal/City of West Palm Beach
Flow Rating Analysis for Pump Station CWPB2 M Canal/City of West Palm Beach
Publication Date:
2007-02
Creator:
South Florida Water Management District ( Contributor )
Wdsnack, M k
Li, Hua
Publisher.Display:
South Florida Water Management District
Format:
PDF, v, 10 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
9
Flow Rating Analysis for Pump Station G-207 and G-208 Brighton Seminole Indian Reservation
Flow Rating Analysis for Pump Station G-207 and G-208 Brighton Seminole Indian Reservation
Publication Date:
2007-04
Creator:
South Florida Water Management District ( Contributor )
Wdsnack, Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, vii, 20 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
10
Flow Rating Analysis for Pump Station G-337
Flow Rating Analysis for Pump Station G-337
Publication Date:
2007-08
Creator:
South Florida Water Management District ( Contributor )
Wdsnack, Mark
Operations & Hydro Data Management Division ( Contributor )
Stream Gaugin Engineering & Hydraulic Support Unit ( Contributor )
Publisher.Display:
South Florida Water Management District
Format:
PDF, v, 16 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
11
Flow Rating Analysis for Pump Station G349C Stormwater Treatment Area No 5
Flow Rating Analysis for Pump Station G349C Stormwater Treatment Area No 5
Publication Date:
2007-03
Creator:
South Florida Water Management District ( Contributor )
Li, Hua
Wdsnack, Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, v, 16 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
12
Flow Rating Analysis for Pump Station G388 STA % PSTA Outflow Pump Station
Flow Rating Analysis for Pump Station G388 STA % PSTA Outflow Pump Station
Publication Date:
2007-03
Creator:
South Florida Water Management District ( Contributor )
Li, Hua
Wdsnack, Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, v, 16 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
13
Flow Rating Analysis for Pump Station G422
Flow Rating Analysis for Pump Station G422
Publication Date:
2007-08
Creator:
South Florida Water Management District ( Contributor )
Li, Hua
Wdsnack, Mark
Stream Gauging, Engineering & Hydraulic Support Unit ( Contributor )
Operations & Hydro Data Management Division ( Contributor )
Publisher.Display:
South Florida Water Management District
Format:
PDF, ii, 10 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
14
Flow Rating Analysis for Pump Station S-331
Flow Rating Analysis for Pump Station S-331
Publication Date:
2007-07
Creator:
South Florida Water Management District ( Contributor )
Li, Hua
Wdsnack, Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, vii, 34 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
15
Flow Rating Analysis for Pump Station S-332C IOP Emergency Pump Station, C-111 Basin
Flow Rating Analysis for Pump Station S-332C IOP Emergency Pump Station, C-111 Basin
Publication Date:
2007-04
Creator:
South Florida Water Management District ( Contributor )
Wdsnack,Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, vi, 23 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
16
Flow Rating Analysis for Pump Station S-390
Flow Rating Analysis for Pump Station S-390
Publication Date:
2007-04
Creator:
South Florida Water Management District ( Contributor )
Li, Hua
Wdsnack, Mark
Stream Gauging, Engineering & Hydraulic Support Unit ( Contributor )
Operations & Hydro Data Management Division ( Contributor )
Publisher.Display:
South Florida Water Management District
Format:
PDF, v, 19 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
17
Flow Rating Analysis for Pump Stations S-382 and S-383 Ten Mile Creek Water Preserve Area
Flow Rating Analysis for Pump Stations S-382 and S-383 Ten Mile Creek Water Preserve Area
Publication Date:
2006-10
Creator:
South Florida Water Management District ( Contributor )
Li, Hua
Wdsnack, Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, 40 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Ten Mile Creek Water Preserve Area
Source Institution:
Florida International University
18
Flow Rating Analysis for Pump Stations S-385 Nubbin Slough / New Palm Stormwater Treatment Area
Flow Rating Analysis for Pump Stations S-385 Nubbin Slough / New Palm Stormwater Treatment Area
Publication Date:
2006-12
Creator:
South Florida Water Management District ( Contributor )
Wdsnack, Mark
Publisher.Display:
South Florida Water Management District
Format:
PDF, vii, 22 pages, illustrations, charts, maps
Subjects.Display:
Florida
Rain and rainfall--Florida--Charts, diagrams, etc.
Water-supply engineering--Florida--Everglades
Pumping stations -- Florida -- Everglades National Park.
Source Institution:
Florida International University
19
Frequency analysis of daily rainfall maxima for central and south Florida
Frequency analysis of daily rainfall maxima for central and south Florida
Publication Date:
2001-01
Creator:
South Florida Water Management District -- Hydro Information Systems & Assessment Department
Pathak, Chandra S
Publisher.Display:
Hydro Information Systems & Assessment Dept., South Florida Water Management District ( West Palm Beach,Fla. )
Format:
vii, 63 pages : charts, maps ; 28 cm +
Subjects.Display:
Florida
Hydrology
Rainfall frequencies ( lcsh )
Rain and rainfall -- Periodicity ( lcsh )
South Florida Water Management District
Source Institution:
Florida International University
20
Frequency analysis of SFWMD rainfall
Frequency analysis of SFWMD rainfall
Publication Date:
1986-12
Creator:
South Florida Water Management District (Fla.) -- Water Resources Division ( Contributor )
Sculley, Shawn P.
Publisher.Display:
Water Resources Division, Resource Planning Dept., South Florida Water Management District
Format:
iii, 69, [98] p. :
Subjects.Display:
Florida
Rain and rainfall -- Florida ( lcsh )
Source Institution:
Florida International University