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FLOOD09845
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Last modified
1/26/2010 10:10:48 AM
Creation date
10/5/2006 4:41:17 AM
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Template:
Floodplain Documents
County
Statewide
Community
State of Colorado
Basin
Statewide
Title
Floodplain Management Workshop
Date
2/10/1993
Prepared For
Greeley
Prepared By
CWCB
Floodplain - Doc Type
Educational/Technical/Reference Information
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<br />single Location statistical Analysis <br /> <br />Single Location statistical Analysis involves the <br />statistical analysis of Hecorded Hydrologic Data for <br />Us(~ in making statistical Inference at the location of <br />Data Acquisition. The, primary sources of hydrologic <br />data for use in 'the analysis of hydrologic data are the <br />U.S. Geological Survey and the National oceanic and <br />Atmospheric Administration. The need for single loca- <br />tion statistical analysis of rainfall data does not <br />present itself very often in enginel!ring flood hydrolo- <br />gy however rainfall data can be acquired on floppy <br />disks in a format that can be imported to popular <br />spreadsheet software. This form of rainfall data is <br />available from the National Climatic Center in Ashe- <br />ville, North Carolina. U" S. Geologcical Survey stream- <br />flow data is available from a variet;y of sources. Water <br />Resources Data Books and Water Supply Papers published <br />by the U.S. Geological Survey contain stream gage <br />records and are available from many technical libraries <br />however the most convenient means of accessing stream- <br />flow is from the nationwide data bank called WATSTORE. <br />Thl~ U. S. Geological Survey .Iill make WATSTORE retriev- <br />als for' a very nominal fE"e. The person to contact at <br />thl~ U. S. Geological Survey' for this data would be Bob <br />Ugland (303-236-4882). The statistical analysis of <br />streamflow data at a single location is a useful tool <br />particularly in rural areas where land use characteris- <br />tics have remained reasonably constant for the full <br />period of record. A wide variety of statistical analy- <br />sis techniques have been employed for the analysis of <br />stream flow hydrologic data at a single location. A <br />good reference for various statistical methods for <br />~ <br />analyzing hydrologic data at a single location is <br />available from Water Resources Publications locally <br />(SE!e Reference No.1). The U.S. Water Resources Coun- <br /> <br />4 <br />
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