Omaha, Nebraska – A prolonged stretch of colder-than-normal weather is expected to take hold across Nebraska from Friday through early the following week, bringing persistent freezing temperatures and limited chances for widespread snow across much of the state.
According to the National Weather Service Climate Prediction Center, the 8 to 14-day outlook for Jan. 30 through Feb. 5 places Nebraska within a favored zone for below-normal temperatures. Much of the state falls within a 70 to 90 percent probability range for colder-than-average conditions, particularly across eastern and central Nebraska, as a broad cold pattern expands from the Midwest into the central Plains.
High temperatures across Omaha, Lincoln, Grand Island, Kearney, and Norfolk are expected to run several degrees below seasonal averages. Overnight lows are likely to fall well below freezing on a regular basis, especially across northern and western Nebraska, increasing the risk for icy travel during late night and early morning hours. The cold air mass stretches from the East Coast west through the Midwest and into the Plains, reaching as far south as Texas and New Mexico.
Precipitation during this period is expected to trend below normal across much of Nebraska. The outlook favors drier-than-average conditions across the central Plains, limiting the likelihood of frequent snow systems. While brief light snow, flurries, or passing weak systems remain possible, the overall pattern does not support repeated or significant winter storms.
Near-normal precipitation is more likely across parts of Kansas and southern Nebraska, while above-normal precipitation chances are focused mainly across Texas, Florida, and the Pacific Northwest.
Nebraska residents should prepare for an extended stretch of winter cold, remain alert for icy road conditions during overnight and early morning travel, and take steps to protect pipes, pets, and vulnerable populations. Additional outlook updates may follow as the period approaches and confidence in localized impacts increases.
