Weather
Ohio Valley Weather: Wet Pattern Returns This Week
Wilmington, OH – Wet conditions are expected to return to the Ohio Valley later this week, with the heaviest rainfall forecast across parts of Kentucky and Tennessee through early Tuesday.
By Nolan Pierce · 2026-10-01T18:15:36.353Z
Wilmington, OH – Wet conditions are expected to return to the Ohio Valley later this week, with the heaviest rainfall forecast across parts of Kentucky and Tennessee through early Tuesday.
According to the National Weather Service Ohio River Forecast Center, most of the Ohio Valley has received normal to above normal rainfall recently, while southwestern portions of the basin have been the driest.
A five day precipitation forecast from the Weather Prediction Center, ending at 8 a.m. Tuesday, Oct. 6, shows rain spreading across much of the Ohio River basin. The greatest amounts are forecast in Kentucky and Tennessee, areas the Ohio River Forecast Center said have been somewhat drier.
The forecast issued Thursday does not call for new river flooding across the basin. However, the NWS said some local flash flooding is possible where heavier rainfall develops.
The precipitation map also shows rain extending into portions of Ohio, Indiana, Illinois, West Virginia and Pennsylvania, although forecast amounts vary considerably across the region. The NWS did not identify specific communities expected to experience flash flooding in Thursday’s water story.
Current dryness is most evident across southwestern parts of the Ohio Valley. The drought map included with the NWS update shows areas ranging from abnormally dry conditions to moderate and severe drought, while much of the rest of the basin has no drought classification.
The forecast covers cumulative precipitation through Tuesday morning rather than predicting that rain will fall continuously throughout the five day period.
Residents across Kentucky, Tennessee and the broader Ohio Valley should expect wetter conditions later this week and monitor updated NWS forecasts as rainfall timing and localized amounts become clearer.