867
WGUS62 KRAH 081804
FFARAH

URGENT - IMMEDIATE BROADCAST REQUESTED
Flood Watch
National Weather Service Raleigh NC
204 PM EDT Tue Jul 8 2025

NCZ007>010-021>025-038>040-073>076-083>086-090800-
/O.NEW.KRAH.FA.A.0005.250709T1800Z-250710T0600Z/
/00000.0.ER.000000T0000Z.000000T0000Z.000000T0000Z.OO/
Person-Granville-Vance-Warren-Forsyth-Guilford-Alamance-Orange-
Durham-Davidson-Randolph-Chatham-Stanly-Montgomery-Moore-Lee-
Anson-Richmond-Scotland-Hoke-
Including the cities of Albemarle, Mebane, Hillsborough,
Laurinburg, Camp Mackall, Asheboro, Norlina, Troy, Raeford, High
Point, Wagram, Thomasville, Lexington, Rockingham, Aberdeen,
Sanford, Burlington, Kittrell, Chapel Hill, Winston-Salem,
Roxboro, Creedmoor, Carthage, Carrboro, Graham, Ellerbe, Siler
City, Pittsboro, Henderson, Polkton, Rougemont, Pinehurst,
Oxford, Durham, Wadesboro, Archdale, Warrenton, Greensboro, and
Southern Pines
204 PM EDT Tue Jul 8 2025

...FLOOD WATCH IN EFFECT FROM WEDNESDAY AFTERNOON THROUGH LATE
WEDNESDAY NIGHT...

* WHAT...Flooding caused by excessive rainfall is possible.

* WHERE...A portion of central North Carolina, including the
  following counties, Alamance, Anson, Chatham, Davidson, Durham,
  Forsyth, Granville, Guilford, Hoke, Lee, Montgomery, Moore,
  Orange, Person, Randolph, Richmond, Scotland, Stanly, Vance and
  Warren.

* WHEN...From Wednesday afternoon through late Wednesday night.

* IMPACTS...Excessive runoff may result in flooding of rivers,
  creeks, streams, and other low-lying and flood-prone locations,
  especially those that saw flooding on Sunday and Monday from the
  remnants of Chantal. Area creeks and streams are running high and
  could flood with more heavy rain.

* ADDITIONAL DETAILS...
  - Slow moving showers and thunderstorms are possible across the
    area Wednesday.
  - http://www.weather.gov/safety/flood

PRECAUTIONARY/PREPAREDNESS ACTIONS...

You should monitor later forecasts and be alert for possible Flood
Warnings. Those living in areas prone to flooding should be prepared
to take action should flooding develop.

&&

$$

Leins