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USGS 02310688 SE FORK HOMOSASSA SPRING AT HOMOSASSA SPRINGS FL

  Spring Site

DESCRIPTION:
Latitude 28°47'50",   Longitude 82°35'24"   NAD27
Citrus County, Florida   , Hydrologic Unit 03100207
Land surface altitude: -0.62 feet above NAVD88.
AVAILABLE DATA:
Data Type Begin Date End Date Count
 Current / Historical Observations     (availability statement)    2007-10-04  2016-12-07  
 Daily Data
    Temperature, water, degrees Celsius -- near bottom  2006-05-03  2016-12-05  7835 
    Discharge, cubic feet per second  2000-10-01  2016-12-05  5664 
    Gage height, feet  2010-10-01  2016-12-05  7618 
    Specific conductance, water, unfiltered, microsiemens per centimeter at 25 degrees Celsius -- near bottom  2006-05-03  2016-12-05  7837 
    Stream water level elevation above NAVD 1988, in feet  2010-10-01  2016-12-05  4473 
    Discharge, tidally filtered, cubic feet per second -- RESIDUAL (filtered)  2012-10-03  2016-10-02  1355 
 Daily Statistics 
    Discharge, cubic feet per second  2000-10-01  2016-06-14 5490 
    Discharge, tidally filtered, cubic feet per second -- RESIDUAL (filtered)  2012-10-03  2016-06-14 1245 
 Monthly Statistics 
    Discharge, cubic feet per second  2000-10  2016-06  
    Discharge, tidally filtered, cubic feet per second -- RESIDUAL (filtered)  2012-10  2016-06  
 Annual Statistics 
    Discharge, cubic feet per second  2001  2016  
    Discharge, tidally filtered, cubic feet per second -- RESIDUAL (filtered)  2013  2016  
 Field measurements 1932-03-15  2016-10-03  555 
 Field/Lab water-quality samples 1966-05-19  2011-10-05  162 
 Water-Year Summary 2006  2015  10 

Additional Data Sources

Begin Date

End Date

Count
 Instantaneous-Data Archive  **offsite** 2003-09-30  2007-09-27  133449 
OPERATION:
Record for this site is maintained by the USGS Florida Water Science Center - Tampa
Email questions about this site to Florida Water-Data Inquiries
ADDITIONAL INFORMATION
Data are tidally affected -- Astronomical tides cause significant cycles of approximately 24.84 hours at this site. Because a different portion of the 24.84-hour tidal cycle is averaged in successive daily (24-hour) computations, a systematic secondary oscillation, unrelated to basin hydrology and having a period of about two weeks may be apparent in daily data.