Warning: Javascript must be enabled to use all the features on this page!


Page Loading - Please Wait...

* We've detected you're using a mobile device. Find our mobile dedicated web site here.
Click to hideNews Bulletins
Click to hide state-specific text

The daily maximum and minimum gage-height and discharge values after September 30, 2019 are no longer being displayed on NWISWeb for most stations in (South Carolina/North Carolina). However, these values can be determined using the instantaneous values that are available through the "Time-Series: Current/Historical Observations" option in the available data dropdown box for the station.


* IMPORTANT: Next Generation Station Page

USGS 02168504 SALUDA RIVER BELOW LK MURRAY DAM NR COLUMBIA, SC

PROVISIONAL DATA SUBJECT TO REVISION

Click to hidestation-specific text
Dominion Energy

This USGS monitoring station is funded in cooperation with Dominion Energy.

Boating safety tips
This station managed by the South Atlantic WSC Columbia Field Office.

Available Parameters Available Period
  
2007-10-01  2020-02-26
2010-07-27  2020-02-26
1988-10-01  2020-02-26
2007-10-01  2020-02-26
2007-10-01  2020-02-26







 (7)
 

  -- or --

 


 

Summary of all available data for this site
Instantaneous-data availability statement


Discharge, cubic feet per second

Most recent instantaneous value: 5380 02-26-2020   21:45 EST
Graph of  Discharge, cubic feet per second

Add up to 2 more sites and replot for "Discharge, cubic feet per second"

?
 


Create presentation-quality / stand-alone graph.   Subscribe to WaterAlert      


Daily discharge, cubic feet per second -- statistics for Feb 26 based on 31 water years of record more
Min
(2009)
25th
percen-
tile
Median Mean 75th
percen-
tile
Most Recent
Instantaneous
Value Feb 26
Max
(1990)
242 564 970 2820 5180 5380 11500


Gage height, feet

Most recent instantaneous value: 7.62 02-26-2020   21:45 EST
Graph of  Gage height, feet

Add up to 2 more sites and replot for "Gage height, feet"

?
 


Create presentation-quality / stand-alone graph.   Subscribe to WaterAlert