RSS feed source: US National Weather Service

At 525 PM CDT, a severe thunderstorm was located near Concordia, moving northeast at 30 mph. HAZARD…60 mph wind gusts and quarter size hail. SOURCE…Radar indicated. IMPACT…Hail damage to vehicles is expected. Expect wind damage to roofs, siding, and trees. Locations impacted include… Higginsville, Knob Noster, Concordia, Sweet Springs, Whiteman Air Force Base, La Monte, Waverly, Corder, Alma, Blackburn, Houstonia, Whiteman Afb, Emma, Hughesville, and Aullville. This includes Interstate 70 in Missouri between mile markers 46 and 75.

Click this link to continue reading the article on the source website.

RSS feed source: US National Weather Service

At 526 PM CDT, Doppler radar was tracking a strong thunderstorm over Macks Creek, or 13 miles southwest of Camdenton, moving north at 30 mph. HAZARD…Wind gusts of 50 to 55 mph and penny size hail. SOURCE…Radar indicated. IMPACT…Gusty winds could knock down tree limbs and blow around unsecured objects. Minor hail damage to vegetation is possible. Locations impacted include… Ha Ha Tonka State Park, Lake of The Ozarks, Camdenton, Macks Creek, Climax Springs, Green Bay Terrace, Leadmine, Tunas, Hurricane Deck, Knobby, Barnumton, Branch, and Roach.

Click this link to continue reading the article on the source website.

RSS feed source: US National Weather Service

* WHAT…Urban and small stream flooding caused by excessive rainfall is expected. * WHERE…Portions of south central New Mexico, including the following county, Dona Ana and western Texas, including the following county, El Paso. * WHEN…Until 630 PM MDT. * IMPACTS…Overflowing poor drainage areas. Ponding of water in urban or other areas is occurring or is imminent. * ADDITIONAL DETAILS… – At 424 PM MDT, Doppler radar indicated heavy rain due to thunderstorms. This will cause urban and small stream flooding. Overflowing poor drainage areas will cause minor flooding in the advisory area. Between 0.5 and 1 inch of rain has fallen. – Additional rainfall of up to 0.5 inches is

Click this link to continue reading the article on the source website.