A powerful storm system caused catastrophic flooding in Oklahoma and parts of Texas, claiming at least two lives and prompting severe weather warnings from the National Weather Service.
Severe Storms Claim Lives in Oklahoma and Texas as Flash Flooding Strikes

Severe Storms Claim Lives in Oklahoma and Texas as Flash Flooding Strikes
Heavy rains lead to deadly conditions, prompting warnings for more storms in the impacted regions.
On Wednesday, heavy rainfall inundated parts of Oklahoma, leading to treacherous road conditions and emergency responses. Reports indicated that a vehicle was swept off a road in Pottawatomie County, resulting in the death of one individual on the scene. A deputy sheriff attempting to rescue the victim faced severe danger as he became trapped in rising waters, ultimately needing medical attention. Another fatality was recorded in Lincoln County, where floodwaters engulfed a vehicle.
The Oklahoma Weather Service reported that certain regions received nearly eight inches of rain within a short timeframe. Parts of Texas also experienced significant rainfall, with estimates nearing six inches. Forecasts predict that these regions could face additional storms, with rainfall rates potentially exceeding two inches per hour on Thursday, further exacerbating the flooding concerns. Meteorologists expect the heaviest rainfall to occur late Thursday into the early hours of Friday, stressing the criticality of preparedness in these flood-prone areas.
The Oklahoma Weather Service reported that certain regions received nearly eight inches of rain within a short timeframe. Parts of Texas also experienced significant rainfall, with estimates nearing six inches. Forecasts predict that these regions could face additional storms, with rainfall rates potentially exceeding two inches per hour on Thursday, further exacerbating the flooding concerns. Meteorologists expect the heaviest rainfall to occur late Thursday into the early hours of Friday, stressing the criticality of preparedness in these flood-prone areas.