The Farmers' Almanac predicts the 2026-27 winter will bring snow, sleet, and various unexpected weather conditions across the U.S. [1].

These long-range forecasts provide early warnings for homeowners and agricultural workers to prepare for potential infrastructure strain and crop disruptions. The prediction of volatile weather suggests a season of instability that could affect travel and energy demands.

The forecast covers the winter season from November 2026 through March 2027 [2]. According to the Almanac, the region will experience a series of surprises, with variable patterns appearing in different parts of the country [1].

The Southern U.S. is expected to face the most significant moisture. The Almanac predicts wetter-than-average storms for the South, with specific mentions of stormy conditions in Texas, Florida, and Kentucky [3, 4]. These patterns are expected to deviate from typical dry winter trends in those areas [4].

The Almanac said these predictions are based on long-range weather modeling. This year's outlook highlights the specific influence of an El Niño pattern [5, 6]. This climatic phenomenon often shifts storm tracks, which the Almanac suggests will lead to the increased southern precipitation and changing conditions observed in the model [6].

While the South faces rain and storms, other regions are expected to deal with a mix of snow and sleet [1]. The Almanac said it did not provide specific dates for individual storms but emphasized that the overall trend for the 2026-27 season will be one of unpredictability [2].

“The Farmers' Almanac predicts the 2026-27 winter will bring snow, sleet, and various unexpected weather conditions.”

The reliance on El Niño patterns suggests a shift in the jet stream that typically brings more moisture to the southern tier of the U.S. while creating volatile temperature swings in the north. Because the Farmers' Almanac uses proprietary long-range modeling rather than short-term meteorological data, these predictions serve as a general seasonal trend rather than a precise daily forecast.