107
WGUS51 KLWX 142234
FFWLWX
MDC003-027-033-150145-
/O.NEW.KLWX.FF.W.0096.250714T2234Z-250715T0145Z/
/00000.0.ER.000000T0000Z.000000T0000Z.000000T0000Z.OO/

BULLETIN - EAS ACTIVATION REQUESTED
Flash Flood Warning
National Weather Service Baltimore MD/Washington DC
634 PM EDT Mon Jul 14 2025

The National Weather Service in Sterling Virginia has issued a

* Flash Flood Warning for...
  Northwestern Anne Arundel County in central Maryland...
  Southeastern Howard County in central Maryland...
  Prince Georges County in central Maryland...

* Until 945 PM EDT.

* At 634 PM EDT, Doppler radar and automated rain gauges indicated
  thunderstorms producing heavy rain across the warned area. Between
  2 and 2.5 inches of rain have fallen. The expected rainfall rate
  is 2.5 to 3.5 inches in 1 hour. Additional rainfall amounts up to
  0.5 inches are possible in the warned area. Flash flooding is
  ongoing or expected to begin shortly.

  HAZARD...Flash flooding caused by thunderstorms.

  SOURCE...Radar and automated gauges.

  IMPACT...Flash flooding of small creeks and streams, urban
           areas, highways, streets and underpasses as well as
           other poor drainage and low-lying areas.

* Some locations that will experience flash flooding include...
  Columbia...                        Severn...
  Elkridge...                        Laurel...
  Fort Meade...                      Savage-guilford...
  South Gate...                      Scaggsville...
  Ilchester...                       Burtonsville...
  Jessup...                          Savage...
  Georgetown...                      Harmans...
  Montpelier...

PRECAUTIONARY/PREPAREDNESS ACTIONS...

Turn around, don`t drown when encountering flooded roads. Most flood
deaths occur in vehicles.

Be aware of your surroundings and do not drive on flooded roads.

&&

LAT...LON 3913 7690 3922 7676 3919 7674 3918 7672
      3915 7665 3905 7685 3910 7687 3912 7689
      3913 7689

FLASH FLOOD...RADAR AND GAUGE INDICATED
EXPECTED RAINFALL RATE...2.5-3.5 INCHES IN 1 HOUR

$$

CJL