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USGS 14246900 COLUMBIA RIVER AT PORT WESTWARD, NEAR QUINCY, OR

PROVISIONAL DATA SUBJECT TO REVISION

Click to hidestation-specific text

Station funded by U.S. Geological Survey National Streamflow Information Program (NSIP).

NOTE: River forecasts and additional data can be obtained at the 
National Weather Service's Advanced Hydrologic Prediction Services web page.


NOTE: Station previously named Columbia River at Beaver Army Terminal near Quincy, OR

Recent Image of COLUMBIA RIVER AT PORT WESTWARD, NEAR QUINCY, OR
Available Parameters Available Period
  
1991-06-28  2024-11-08
2015-10-01  2024-11-08
2015-11-20  2024-11-08
2024-07-11  2024-11-06
2015-10-01  2024-11-08
2015-10-01  2024-11-08
2024-04-03  2024-11-08
2024-04-03  2024-11-08
2015-10-01  2024-11-08
2021-11-07  2024-11-08







 (7)
 
  -- or --

 

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

Discharge, cubic feet per second
Most recent instantaneous value: -18100 11-08-2024   17:50 PST
Graph of Discharge, cubic feet per second

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Daily discharge, cubic feet per second -- statistics for Nov 8 based on 35 water years of record more
Most Recent
Instantaneous
Value Nov 8		 Min
(1994)		 25th
percen-
tile		 Median Mean 75th
percen-
tile		 Max
(2007)
-18100 104000 148000 175000 178000 190000 437000

Gage height, feet, Right bank dolphin
Most recent instantaneous value: 5.77 11-08-2024   18:00 PST
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Turbidity, water, unfiltered, monochrome near infra-red LED light, 780-900 nm, detection angle 90 +-2.5 degrees, formazin nephelometric units (FNU), Right bank dolphin
Most recent instantaneous value: 2.2 11-08-2024   18:00 PST
Graph of Turbidity, water, unfiltered, monochrome near infra-red LED light, 780-900 nm, detection angle 90 +-2.5 degrees, formazin nephelometric units (FNU)

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Discharge, tidally filtered, cubic feet per second
Most recent instantaneous value: 167000 11-06-2024   23:00 PST
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Mean water velocity for discharge computation, feet per second, Right bank dolphin
Most recent instantaneous value: -0.05 11-08-2024   17:54 PST
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Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, Right bank dolphin, [tons/day, Suspended Fines (< 0]
Most recent instantaneous value: -99.7 11-08-2024   17:34 PST
Graph of Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, [tons/day, Suspended Fines (< 0]

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Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, Right bank dolphin, [tons/day, Suspended Sands (> 0]
Most recent instantaneous value: -9.83 11-08-2024   17:34 PST
Graph of Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, [tons/day, Suspended Sands (> 0]

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Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, Right bank dolphin, [tons/day, Suspended Sediment]
Most recent instantaneous value: -96.0 11-08-2024   17:34 PST
Graph of Suspended sediment load, water, unfiltered, computed, the product of regression-computed suspended sediment concentration and streamflow, short tons per day, [tons/day, Suspended Sediment]

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Suspended sediment concentration, water, unfiltered, estimated by regression equation, milligrams per liter, Right bank dolphin, [mg/L, Suspended Sediment Conc.]
Most recent instantaneous value: 3.3 11-08-2024   17:34 PST
Graph of Suspended sediment concentration, water, unfiltered, estimated by regression equation, milligrams per liter, [mg/L, Suspended Sediment Conc.]

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Suspended sediment concentration, water, unfiltered, estimated by regression equation, milligrams per liter, Right bank dolphin, [mg/L, Suspended Sediment Sands]
Most recent instantaneous value: 0.3 11-08-2024   17:34 PST
Graph of Suspended sediment concentration, water, unfiltered, estimated by regression equation, milligrams per liter, [mg/L, Suspended Sediment Sands]

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