SJV Weather for August 23-29
A cold front early Wednesday will be followed by Canadian high pressure building into the Valley which will control the region’s weather right through the weekend into early next week. Lower humidity and cooler temperatures are expected through next Tuesday with highs in the lower 70s and lows in the middle 40s. Weak disturbances aloft bring a slight chance for showers over the weekend with little precipitation expected.
Daily Weather Summary
Wednesday, August 23: High: mid-70s. Low: near 50.
Day: Partly cloudy and breezy with west winds 10-15 mph with gusts to 25 mph possible. Overnight: Becoming mostly clear with west winds 5-10 mph.
Thursday, August 24: High: near 70. Low: mid-40s.
Day: Partly cloudy with a 20 percent chance for showers in the afternoon and evening. West winds 10-15 mph. Overnight: Partly cloudy with west/northwest winds 5-10 mph.
Friday, August 25: High: upper-60s. Low: mid-40s.
Day: Partly cloudy with a 20 percent chance for showers. Northwest winds 5-10 mph. Overnight: Partly cloudy with northwest winds 5-10 mph.
Saturday, August 26: High: mid-60s. Low: mid-40s.
Day: Partly sunny with a slight chance for showers. Northwest winds 5-10 mph. Overnight:
Sunday, August 27: High: mid-60s. Low: mid-40s.
Day: Partly cloudy with partly sunny skies in the afternoon 20 percent chance for afternoon showers. North winds 5-10 mph. Overnight: Partly cloudy with winds becoming westerly 5-10 mph.
Monday, August 28: High: near 70. Low: mid-40s
Day: A few clouds with west winds 5-10 mph mph. Overnight: Mostly clear with west winds 0-5 mph.
Tuesday, August 29: High: low 70s. Low: upper 40s.
Day: A few clouds with northwest winds 5-10 mph. Overnight: Mostly clear with southwest winds 0-5 mph.
Note: Computer model precision diminishes the further into the week the forecast projects. Check the Fiddlehead Focus for weather updates with more current information.
The Week Ahead is the work of UMFK Professor Joseph E. Becker based on personal weather station data, various computer forecast models, and information that the National Weather Service, NOAA, and other weather resources provide.