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

Page Loading - Please Wait...

Click to hideNews Bulletins
  • Try our new Mobile-friendly water data site from your mobile device!
  • Full News RSS icon
  • Click to hide state-specific text


    USGS 01461500 Delaware River at Stockton NJ


    Click to hidestation-specific text

    National Weather Service flood stage for this gage is 18.0 ft.

    Forecasts for this gage are issued by the National Weather Service routinely year-round.
    Forecast information is available here.

    Rain gage data is available from this location at this link

    gage photo LOCATION.--Lat 40°24'10", long 74°58'46" referenced to North American Datum of 1983, Stockton Borough, Hunterdon County, NJ, Hydrologic Unit 02040105, on downstream side of bridge between Stockton, NJ and Center Bridge, PA, 0.5 mi downstream of Wickecheoke Creek, 3.1 mi downstream of Lumberville, PA, and 3.3 mi upstream of Lambertville, NJ.
    DRAINAGE AREA.--6,656 mi2.
    PERIOD OF RECORD.--Annual maximum stage, water years 1936-55, 2004 to current year.
    GAGE.--Water-stage recorder. Datum of gage is 54.00 ft above NGVD 1929, by levels.
    EXTREMES FOR PERIOD OF RECORD.--Maximum gage height, 30.4 ft, Aug 20, 1955.
    COOPERATION.--This gage is funded by the New Jersey Dept. of Environmental Protection and the Delaware River Joint Toll Bridge Commission.

    Boating Safety Tips

    Available Parameters Available Period
    All 1 Available Parameters for this site
    00065 Gage height 2008-10-02  2014-08-20

    Graph w/ stats
    Graph w/o stats
    Graph w/ (up to 3) parms
    Days  (7)

      -- or --
    Begin date

    End date

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

    Gage height, feet

    Most recent instantaneous value: 0.19   08-21-2014  00:00 EDT
    Graph of  Gage height, feet

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

     Add site numbers

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