Seven day local weather forecast for July 14 through July 20 brings clouds in the morning with a sunny afternoon — a warming trend will peak on Tuesday, with high temperatures falling back into the high 70s for the latter half of the week.

Details for seven day local weather forecast for July 14 through July 20

Sunday: Mostly cloudy, then gradually becoming sunny, with a high near 84. Light west wind becoming southwest 5 to 10 mph in the afternoon.

Sunday Night: Patchy fog after 11pm. Otherwise, increasing clouds, with a low around 64. Southwest wind 5 to 10 mph becoming light after midnight.

Monday: Patchy fog before 11am. Otherwise, mostly cloudy, then gradually becoming sunny, with a high near 86. Light southwest wind increasing to 5 to 10 mph in the afternoon.

Monday Night: Patchy fog after 11pm. Otherwise, mostly clear, with a low around 66. South wind around 5 mph.

Tuesday: Patchy fog before 11am. Otherwise, sunny, with a high near 83. Light southwest wind increasing to 5 to 10 mph in the morning.

Tuesday Night: Increasing clouds, with a low around 65.

Wednesday: Mostly cloudy, then gradually becoming sunny, with a high near 78.

Wednesday Night: Increasing clouds, with a low around 64.

Thursday: Cloudy through mid morning, then gradual clearing, with a high near 78.

Thursday Night: Increasing clouds, with a low around 63.

Friday: Mostly cloudy, then gradually becoming sunny, with a high near 78.

Friday Night: Increasing clouds, with a low around 63.

Saturday: Mostly cloudy, then gradually becoming sunny, with a high near 78.

Conditions at Los Alamitos Army Airfield (KSLI)

Lat: 33.78333 Lon: -118.05
Elev: 36
Last updated
14 Jul 3:58 am PDT

Overcast
65°F
(18°C)
Humidity:
Wind Speed:
Barometer:
Dewpoint:
Visibility:
91%
calm
29.94 in (1014.2 mb)
62°F (17°C)
10 mi

Three-day outlook

Three-day weather outlook for Sunday, July 7, 2019. Graphic courtesy of NOAA.

The article above is based on information from the National Oceanic and Atmospheric Administration (NOAA) and the National Weather Service (NWS).