National Weather Service United States Department of Commerce

Severe Weather and Heavy Rain Continues in the Central U.S.; Mountain Snow Across Much of the West

Scattered severe thunderstorms, associated with tornadoes, large hail, and wind damage, are likely through Monday night from the Southern Plains into the Ozarks and mid Mississippi Valley. An Enhanced Risk (level 3 of 5) has been issued. Heavy mountain snow is expected to impact the higher terrain of the Pacific Northwest, Intermountain West, and Rockies for much of this week. Read More >

NERFC Winter/Spring Flood Potential Outlook

View our routine five day flood outlook here.

 

 

Winter/Spring Flood Potential Outlook Graphic

Please note: if nothing appears on this screen, find the latest text outlook by clicking/tapping here.

Local NWS Office Flood Outlook Discussions:
(check the date near the top of each product to ensure it is current!)

    Albany, NY  

    Binghamton, NY  

    Brookhaven, NY  

    Buffalo, NY  

    Burlington, VT   

    Caribou, ME  

    Gray, ME   

    Norton, MA 

NERFC Snow Page

Precip Departures from Normal

Cold Season Self Briefing Page

To view long-range probabilistic guidance at our river forecast locations, use the following directions:

  1. Visit our main page at https://www.weather.gov/nerfc
  2. Click on the circle icon for the river forecast point you wish to view.
  3. On the next page, hover over the tab near the top labeled Probability Information
  4. There are three options shown.
    1. The first, Weekly Chance of Exceeding Levels, gives a week-by-week probability of exceeding certain values over the next 90 days.
    2. The second, Chance of Exceeding Levels During Entire Period, combines these into a single graphic over the 90 day period.  The easiest way to read this second graphic:  if the black line is above the blue line, the probability of reaching a given stage/flow is higher than normal for the time period.  You can also follow the black line to a given value to see the probability of that value occurring.

Note:  All our probabilities are based on natural flow, without any ice effects.  Ice effects may cause flooding even when natural flow is limited.