USGS 11523000 KLAMATH R A ORLEANS

PROVISIONAL DATA SUBJECT TO REVISION

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This station managed by the Redding Field Office.

Available Parameters Available Period
  
2013-06-01  2024-03-19
1988-10-01  2024-03-19
2007-10-01  2024-03-19
2021-07-15  2024-02-12
2021-03-19  2024-03-19
2021-03-19  2024-03-19
2021-03-19  2024-03-19
2023-04-19  2024-03-19
2023-04-19  2024-03-19
2021-03-19  2024-03-19







 (7)
 

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


Temperature, water, degrees Celsius

Most recent instantaneous value: 9.2 03-19-2024   01:30 PDT
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Discharge, cubic feet per second

Most recent instantaneous value: 15000 03-19-2024   01:30 PDT
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Daily discharge, cubic feet per second -- statistics for Mar 19 based on 96 water years of record more
Min
(1977)
25th
percen-
tile
Median Mean Most Recent
Instantaneous
Value Mar 19
75th
percen-
tile
Max
(1975)
2250 7120 11800 14400 15000 17600 59200


Gage height, feet

Most recent instantaneous value: 9.85 03-19-2024   01:30 PDT
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Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, [From EXO2 & NEP]

Most recent instantaneous value: 5980 03-19-2024   01:30 PDT
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Upper 90 percent prediction limit for SSC by regression (PCODE 99409), milligrams per liter, [From EXO2 & NEP]

Most recent instantaneous value: 649 03-19-2024   01:30 PDT
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Lower 90 percent prediction limit for SSC by regression (PCODE 99409), milligrams per liter, [From EXO2 & NEP(2)]

Most recent instantaneous value: 1360 03-19-2024   01:30 PDT
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Lower 90 percent prediction limit for SSC by regression (PCODE 99409), milligrams per liter, [From EXO2 & NEP]

Most recent instantaneous value: 33.6 03-19-2024   01:30 PDT
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Upper 90 percent prediction limit for suspended sediment load by regression (PCODE 80297), short tons per day, [From EXO2 & NEP]

Most recent instantaneous value: 26300 03-19-2024   01:30 PDT
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Suspended sediment concentration, water, unfiltered, estimated by regression equation, milligrams per liter, [From EXO2 & NEP]

Most recent instantaneous value: 148 03-19-2024   01:30 PDT
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