Prolonged Atmospheric River Will Impact the Northwest Early this Week

A weather system in the Pacific Northwest will produce rain throughout the day, before a potent atmospheric river produces a prolonged round of heavy rainfall, widespread urban and river flooding, and high elevation snow to the region Monday through Wednesday. Showers and thunderstorms may produce isolated damaging winds, a brief tornado, and locally heavy rainfall across parts of Florida today. Read More >

Current conditions at

Brooksville-Tampa Bay Regional Airport (KBKV)

Lat: 28.47°NLon: 82.45°WElev: 75ft.

Overcast

63°F

17°C

Humidity	97%
Wind Speed	E 8 mph
Barometer	29.97 in (1014.8 mb)
Dewpoint	62°F (17°C)
Visibility	10.00 mi
Last update	7 Dec 10:53 pm EST

More Information:

Local Forecast Office More Local Wx 3 Day History Hourly Weather Forecast

Extended Forecast for

2 Miles WNW Brooksville FL

Tonight
Low: 60 °F
Chance
Showers
Monday
High: 72 °F
Isolated
Showers then
Partly Sunny
Monday Night
Low: 45 °F
Mostly Cloudy
Tuesday
High: 67 °F
Mostly Sunny
Tuesday Night
Low: 46 °F
Partly Cloudy
Wednesday
High: 70 °F
Sunny
Wednesday Night
Low: 49 °F
Patchy Fog
Thursday
High: 72 °F
Patchy Fog
then Sunny
Thursday Night
Low: 48 °F
Patchy Fog

Detailed Forecast

Tonight

A chance of showers and thunderstorms. Mostly cloudy, with a low around 60. East wind around 6 mph. Chance of precipitation is 50%. New rainfall amounts between a quarter and half of an inch possible.

Monday

Isolated showers before 7am. Mostly cloudy, with a high near 72. North wind 5 to 10 mph. Chance of precipitation is 10%.

Monday Night

Mostly cloudy, with a low around 45. North wind around 8 mph.

Tuesday

Mostly sunny, with a high near 67. Northeast wind around 8 mph.

Tuesday Night

Partly cloudy, with a low around 46. North northeast wind around 5 mph becoming calm after midnight.

Wednesday

Sunny, with a high near 70. Calm wind becoming west 5 to 7 mph in the afternoon.

Wednesday Night

Patchy fog after 8pm. Otherwise, mostly clear, with a low around 49. Calm wind.