Rare Gulf Effect Snow Possible in Central Florida This Weekend

Arctic blast could bring near-record cold temperatures and a chance of snow flurries to the Sunshine State.

Jan. 27, 2026 at 6:39pm

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An Arctic blast is set to plunge all the way into Florida this weekend, bringing near-record cold temperatures. Meteorologists say the rare meteorological conditions known as "Gulf Effect Snow" could potentially lead to a low-end chance of snow flurries in central Florida, similar to the phenomenon of lake-effect snow seen along the Great Lakes. The last time measurable snow was recorded in Tampa was in 1977, when 0.2 inches fell.

Why it matters

Gulf Effect Snow is an extremely rare occurrence in Florida, with the last measurable snowfall in Tampa dating back nearly 50 years. While the chances of any accumulation are low, the possibility of snow flurries in the Sunshine State has residents and weather enthusiasts alike keeping a close eye on the forecast.

The details

For Gulf Effect Snow to occur, the key ingredients are very cold air moving over a relatively warmer body of water - in this case, the waters of the Northeast Gulf of Mexico. The forecast calls for a temperature difference of around 32 degrees between the Gulf water temperatures in the upper 50s to low 60s Fahrenheit and the air at 5,000 feet above the ground. Meteorologists say a temperature gradient of at least 23 degrees is needed for snow flurries to form.

  • This weekend (January 27-28, 2026)

The players

Tampa, Florida

The last time measurable snow was recorded in this city was in 1977, when 0.2 inches fell.

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What’s next

Meteorologists will be closely monitoring the forecast over the next few days to see if the temperature gradient and other conditions align to produce any Gulf Effect snow flurries in central Florida.

The takeaway

While a rare occurrence, the possibility of snow flurries in Florida due to the Gulf Effect serves as a reminder of the unpredictable and extreme weather patterns that can result from clashing air masses, even in typically warm-weather regions.