Key Takeaways:
- Farmers’ Almanac Predicts the forecast calls for dramatic temperature swings and widespread wintry weather
- Coldest conditions expected in the Northern Plains, Great Lakes, and New England
- Frequent snowstorms predicted for the Northeast, Great Lakes, and Pacific Northwest mountains
- Wetter-than-normal winter forecast for the South and Southwest
- Icy conditions possible in southern states despite limited snowfall
Cold Air to Dominate Northern Regions
The Farmers’ Almanac has released its extended forecast for the 2025-2026 winter, predicting a season marked by fluctuating conditions and significant cold spells. Based on a formula refined over more than 200 years, the outlook indicates that the Northern Plains, Great Lakes, and New England will face persistent cold, particularly in mid-January and mid-February. The Northwest, including Washington and Idaho, is also expected to see prolonged frigid periods.
Snowy Outlook for Northeast and Midwest
Frequent snowstorms are forecast for New England and the Great Lakes, providing classic winter conditions for these areas. Mountainous regions in the Pacific Northwest are also expected to receive above-average snowfall, while parts of the Mid-Atlantic, especially higher elevations, could see periodic heavy snow events.
Wet and Icy Conditions in the South and West
For the Southeast, South Central, and Southwest, the forecast leans toward wetter-than-normal conditions. Texas and surrounding states may experience multiple cold rain events, occasional freezing precipitation, and isolated winter storms. While widespread snowfall is unlikely in these regions, icy conditions remain a concern.
Farmers’ Almanac’s Historical Accuracy and Preparation
The Farmers’ Almanac’s previous winter forecast accurately anticipated many of the 2024-2025 season’s major weather events, including mild conditions in Texas and persistent cold in the Northern Plains and Great Lakes. The 2025-2026 outlook suggests that residents across the U.S. should prepare for a winter with shifting patterns and varied precipitation types.
For more details read here.
