KSJT issues SPS valid 2019-12-09T02:47:00Z    

254

WWUS84 KSJT 090247

SPSSJT



Special Weather Statement

National Weather Service San Angelo TX

847 PM CST Sun Dec 8 2019



TXZ049-054-064>066-071>073-076>078-098-099-113-114-127-128-139-

140-154-155-168>170-091230-

Fisher-Nolan-Sterling-Coke-Runnels-Irion-Tom Green-Concho-

Crockett-Schleicher-Sutton-Haskell-Throckmorton-Jones-Shackelford-

Taylor-Callahan-Coleman-Brown-McCulloch-San Saba-Menard-Kimble-

Mason-

Including the cities of ROTAN, ROBY, SWEETWATER, STERLING CITY, 

ROBERT LEE, BRONTE, BALLINGER, WINTERS, MERTZON, SAN ANGELO, 

EDEN, OZONA, ELDORADO, SONORA, HASKELL, THROCKMORTON, WOODSON, 

STAMFORD, ANSON, HAMLIN, ALBANY, ABILENE, CLYDE, BAIRD, 

CROSS PLAINS, COLEMAN, BROWNWOOD, BRADY, SAN SABA, MENARD, 

JUNCTION, and MASON

847 PM CST Sun Dec 8 2019



...Colder and Wetter Monday Night into Tuesday with Light Wintry 

Precipitation Possible...



A strong cold front and an approaching upper level storm system

will bring a period of colder and wetter conditions for all of

West Central Texas. Rain should spread in from the west Monday

evening and continue through around noon Tuesday, with rain totals

around one half inch for many locations. 



After warm conditions on Monday, temperatures will fall into the

30s Monday night and then remain in the low to mid 40s on Tuesday.



There may be a brief period of time around sunrise Tuesday where 

temperatures fall fast enough to allow light wintry precipitation

to develop. This would be most likely north of a line from 

Sterling City to Ballinger to Brownwood, and would be a mixture of

light rain, light snow, and sleet. At this time, it looks like 

most areas will see little or no accumulation and little impact. 

However, a few areas may see a brief period of moderate snowfall.

This could be heavy enough to produce a dusting of accumulation 

that may create icy spots on roadways. Anyone who may need to be 

outside on Tuesday morning is encouraged to stay up to date with 

the most current forecast as we get closer to the event.



$$