Discover When Cold Weather Returns to Florida with AccuWeather NWS Almanac Winter Forecasts

Florida is on the verge of varying winter weather forecasts, with different sources offering contrasting predictions for the winter of 2025-2026.

Predictions from the Old Farmers’ Almanac

The Old Farmers’ Almanac foresees a cooler and wetter-than-usual winter in Florida. The major highlights include:

• Below-normal temperatures, with the coldest periods in mid- to late December and much of January.
• Above-normal precipitation levels, and a possible tropical depression in early November.
• Average temperatures expected to fall below 70 degrees starting in November.

AccuWeather’s Winter Outlook

AccuWeather predicts a warmer and drier winter for Florida, which contrasts with the almanac’s expectations. Key aspects of this forecast include:

• Temperatures in North and Central Florida averaging in the low 70s during November and December, with occasional dips into the 60s.
• South Florida temperatures remaining between the mid-70s and 80s through December.
• The potential for severe thunderstorms due to warm Gulf waters, bringing damaging winds, lightning, and tornadoes.
• A pattern shift around late January or early February, ushering significant cold air into Texas and the Gulf Coast.

National Weather Service Insights

The National Weather Service offers a middle-ground prediction, anticipating a generally warmer winter in Florida with higher rainfall in North Florida:

• Probabilities for above-normal temperatures range from 50-60% in Southern Florida.
• Expectations for more precipitation cover much of the Florida Peninsula.

What to Expect Nationwide

Throughout the U.S., an intense stormy winter is expected in regions like the Midwest, Great Lakes, Ohio Valley, Northeast, and parts of the mid-Atlantic, especially around the start and end of the season.

Key Dates

Two different systems define winter’s start:

As winter approaches, Florida residents are encouraged to stay informed through trusted sources, considering the variability and uncertainty in long-term weather predictions.