3:49AM
DAYS 1-5 (SEPTEMBER 7-11)
Cold front #1 pushes offshore today and takes the higher humidity and more frequent showers with it, but some instability coming in behind the front may still trigger a few showers through the afternoon. Cold front #2 pushes through from west to east on Friday and will have less moisture to work with but still may trigger a shower. This opens the door for a cooler air mass for the weekend, and mainly dry weather, although some cold air aloft may still allow some pop up showers Saturday. By Monday we’ll be into a mini warming trend.
TODAY: Mostly cloudy with scattered to isolated showers early to mid morning. Partly cloudy remainder of day with isolated showers in the afternoon. Highs 70-75. Wind W 10-20 MPH and gusty.
TONIGHT: Partly cloudy. Lows 55-62. Wind W 5-15 MPH but higher gusts.
FRIDAY: Partly sunny. Passing showers possible in the afternoon. Highs 70-77. Wind W 10-20 MPH, higher gusts.
SATURDAY: Partly sunny. Isolated afternoon showers. Lows in the 50s. Highs in the 60s.
SUNDAY: Mostly sunny. Lows from the middle 40s to lower 50s. Highs from the middle 60s to lower 70s.
MONDAY: Mostly sunny. Lows from the upper 40s to middle 50s. Highs from the upper 60s to middle 70s.
DAYS 6-10 (SEPTEMBER 12-16)
September 12 should be fair and warmer. Will watch for some unsettled weather associated with the remains of Hurricane Irma in the September 13-14 period, as I still expect the hurricane to turn north coming through the southern Bahamas and parallel the East Coast of Florida, eventually making a landfall as a category 2 or 3 hurricane either on the coast of Georgia or South Carolina, then heading inland and weakening before the remains head toward the US Northeast. A trough moving through from the west may bring additional showers around September 15 with a cool finish to the period.
DAYS 11-15 (SEPTEMBER 17-21)
Will have to watch another tropical system (Jose) offshore but current thoughts are that it will stay fair out to sea and here we will see a fairly quiet pattern with near to above normal temperatures.