Raynesford Warnings, Watches and Advisories

Special Weather Statement issued October 12 at 7:07AM MDT by NWS Great Falls MT

Areas of fog, which was reducing visibility to as low as 1 mile at most locations, was developing over the plains of Central and North Central Montana. Travelers should be prepared for reductions in visibility and the potential for slippery conditions, especially on bridges and overpasses. Slow down, allow extra time to reach your destination, and use your low beam headlights when traveling through reduced visibility.

Winter Weather Advisory issued October 12 at 1:08AM MDT until October 12 at 12:00PM MDT by NWS Glasgow MT

* WHAT...Wet snow. Additional snow accumulations up to two inches. * WHERE...Southwest Phillips County. * WHEN...Until noon MDT today. * IMPACTS...Plan on slippery road conditions. The hazardous conditions will impact the Monday morning commute.

Winter Weather Advisory issued October 12 at 1:08AM MDT until October 12 at 12:00PM MDT by NWS Glasgow MT

* WHAT...Wet snow. Additional snow accumulations up to two inches. * WHERE...Northern Phillips and Northern Valley Counties. * WHEN...Until noon MDT today. * IMPACTS...Plan on slippery road conditions. The hazardous conditions will impact the Monday morning commute.

Do not drive vehicles through flooded areas. The water depth or fast flowing water/mud/debris from a flash flood will make road conditions unsafe. Do not rely soley on data presented here or other third-party websites - always check your official national and local weather service agency website, socials, radio and/or TV stations for making critical decisions related to weather events.

Please carefully read each posted Warning and Alert as it relates to the area(s) being affected. We may provide a wider range of issued severe weather warnings for surrounding cities and counties, so some alerts may not directly impact this location. This is done to help with preparing for severe weather that may overlap or be heading towards Raynesford.

Use the Radar Maps link provided to understand the trajectory of a storm.