Sunday, October 9, 2016
This morning in Huntington at 7:05AM it’s currently 50 degrees under overcast skies. Winds are calm. Relative humidity is 90%, dewpoint 47, barometric pressure 3008” and rising rapidly. We picked up 0.05” of rain overnight. Yesterday’s high was 67, and the overnight low was 49.
The cold front that moved through the region overnight has moved east of the region this morning. Cool high pressure is now building in and will dominate our weather through the majority of the upcoming work week with seasonably cool temperatures and dry condition.
We’ll see mostly cloudy skies today with highs in the mid 50s and north winds around 10 mph. Tonight should be partly cloudy until midnight, then clearing. Lows will be in the mid 30s with north winds 10 to 15 mph.
Monday should be sunny with highs in the lower 50s and northwest winds around 10 mph. Monday night should be clear with lows around 30 and east winds around 10 mph.
Tuesday’s looking mostly sunny with areas of morning frost. Highs will be in the lower 60s with light and variable winds. Tuesday night should be partly cloudy with lows in the lower 40s.
Last year on this date we had a high of 59 and a low of 37. We picked up 0.57″ of rain.
Burlington averages for this date are highs of 60 and lows of 41.
The record high was 80°F in 2011 (we had a high of 80).
The record low was 24°F in 1963.
Sunrise: 7:00 AM EDT
Sunset: 6:17 PM EDT
Length of Visible Light: 12h 15m
Length of Day: 11h 17m
Tomorrow will be 2m59s shorter.
The Moon is in its first quarter, 7.5 days old with 51% illumination.
Moonrise: 2:29 PM EDT
No Moon Set
About Today’s Photo:
We spent a couple of nights at Ausable Point State Park in New York to celebrate our 31st anniversary. Our campsite was right on the water and offered stunning views across Lake Champlain to the east. The spine of the Green Mountains stretched out from Jay in the north all the way down to Brandon. Watching the light change as the sun set was a wonder.
Panasonic GX8, Lumix 14-140mm lens@ 55mm, ISO 800, f/11, 1/10″ exposure.