Knott County Faces 3.25 Inches of Flooding Rain as Midwest Storms Leave 400,000 Without Power
Updated
Updated · Fox Weather · Aug 12
Knott County Faces 3.25 Inches of Flooding Rain as Midwest Storms Leave 400,000 Without Power
1 articles · Updated · Fox Weather · Aug 12
Summary
Knott County, Kentucky, was placed under a Flash Flood Emergency Thursday night after 1.5 to 3.25 inches of rain triggered water rescues, threatened homes and prompted a Particularly Dangerous Situation alert.
A stalled front is driving repeated thunderstorms across the Midwest and Ohio Valley, with another round expected Thursday night into Friday and widespread totals of 1 to 2 inches, locally 3 inches or more.
Indiana declared a statewide disaster emergency Thursday after five Flash Flood Emergencies a day earlier left roads and communities inundated, especially in the eastern part of the state.
More than 400,000 customers in Illinois, Indiana and Ohio still lacked power Thursday afternoon, much of it lingering damage from Tuesday's derecho that cut electricity to more than 1 million at its peak.
Flood watches stretch from Indiana and Ohio into Kentucky, Pennsylvania and the southern Appalachians, while river flooding in Indiana is expected to remain a threat for at least the next three days.
As floodwaters rise and infrastructure crumbles, could entire Midwestern towns become permanently uninhabitable?
What hidden atmospheric triggers are causing these relentless, stalled storm fronts to drown the Midwest?
With neighborhoods underwater and grids destroyed, how will trapped residents survive the next wave of extreme storms?
August 2026 Midwest Derecho and Flood Disaster: Lessons in Climate Resilience, Recovery, and Community Response
Overview
On August 11, 2026, a violent derecho swept across the Midwest and Ohio Valley, unleashing winds over 100 mph that caused deaths, snapped utility poles, and left over a million people without power. In Indiana, the storm’s winds led to more than 300,000 outages. A stalled weather front then brought record-shattering rainfall, with some areas like New Castle, Indiana, receiving over 11 inches in 32 hours, overwhelming drainage systems and causing catastrophic flooding. These extreme events were fueled by a super El Niño interacting with a warmer atmosphere, showing how climate change and global weather patterns now drive more intense and destructive disasters.