Colorado–Kansas Border Weather Alert: Valentine’s Day Weekend Brings Seasonable Cold, Minimal Snow Risk Feb 14–18

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Burlington, Colorado – Communities along the Colorado–Kansas state line are heading into Valentine’s Day weekend with a quieter-than-average winter pattern, as near-normal temperatures and limited snow chances reduce the risk of travel disruptions from Saturday through midweek. No major Plains winter storms are currently lining up to impact key east–west routes across the High Plains.

According to the National Weather Service Climate Prediction Center, areas from eastern Colorado into western Kansas fall within a near-normal temperature and precipitation zone for the February 14–18 period. That signal supports typical mid-February cold without prolonged Arctic air, while precipitation probabilities remain balanced, favoring lighter and more isolated snow events rather than widespread accumulations.

Along the I-70 corridor, including Burlington, Goodland, and Colby, daytime temperatures are expected to stay close to seasonal averages, with overnight lows cold enough for occasional light snow or flurries. Any slick spots would most likely develop during early morning hours, particularly on bridges and exposed stretches of highway where winds can accelerate cooling.

Farther north and south along the state line, rural roads may briefly see patchy snow cover at times, but confidence remains low for plow-worthy snowfall or extended visibility reductions. Wind speeds are also expected to stay below levels that typically produce blowing snow issues across open farmland.

Regional airports serving eastern Colorado and western Kansas are expected to see minimal weather-related delays, and utilities report no elevated concerns for snow load or ice accumulation during this stretch.

This near-normal pattern is projected to hold into midweek. Residents and travelers should continue monitoring updated advisories, especially for overnight travel windows, as conditions on the Plains can shift quickly if a new system develops.