National Weather Service United States Department of Commerce

Heavy Rainfall and Flooding Threats in the Midwest and Ohio Valley; Heat Continues in the Plains and Southeast

An active pattern will continue to bring heavy to excessive rainfall and flash flooding threats to the Midwest and Ohio Valley over the next couple of days. Dangerous heat continues across the central/southern Plains and Southeast U.S. into next week. There is potential for record-tying/breaking temperatures with many areas forecast to see their hottest temperatures so far this year. Read More >

Overview

An upper level low pressure system moving east across far west Texas northeast on Saturday towards the Red River valley area of NW Texas by Saturday night resulted in good moisture advection into the Panhandles region. This resulted in light snow to develop early Saturday morning for the NW Panhandles where 1-2" of snow accumulated in the early morning hours. Later in the morning hours and continuing into the evening hours, a series of mesoscale bands of snow developed across the central and southern Texas Panhandle pivoting east to west at first, just north of the main system passing south of the area. Later in the evening, these bands of snow then shifted back east as the main low pressure system finally exited the region. Within these bands of snow, snowfall rates of 0.5-0.7"/hour were reported for several hours in some locations. Winds gusts of 35-45 mph at times also caused areas of blowing snow with snow drifts over a foot in some locations. Highest snowfall totals for this event occurred across portions of Deaf Smith, Randall, and Armstrong counties as a result of hours under mesoscale banding, along with north winds with upslope flow across portions of Palo Duro Canyon. Highest values of reported snowfall totals were 4-8" along the Highway 60 corridor from just east of Hereford to portions of south and west Amarillo.
nws logo Media use of NWS Web News Stories is encouraged!
Please acknowledge the NWS as the source of any news information accessed from this site.
nws logo