Residents of Central and Eastern Kentucky should prepare for unsettled weather conditions as rounds of rain and storms are expected to continue through Tuesday and Wednesday. The region began the week with a mix of sunshine and clouds, but a stalled frontal boundary has brought scattered showers to the area.

Despite the cloud cover, temperatures have reached the mid to upper 70s. The frontal boundary, which remains draped across Kentucky, will continue to be the focal point for additional showers throughout the day. Fortunately, the rainfall has been relatively light, particularly north of the Bluegrass Parkway.

As the evening progresses, rain chances will diminish, with overnight lows dropping to the mid 60s. However, the weather pattern remains active, with an area of low pressure moving closer to the Ohio Valley. This will bring increased moisture to Kentucky, leading to more scattered showers and storms by early Tuesday morning.

Forecast for Tuesday and Wednesday

The Commonwealth is expected to experience multiple waves of moisture, resulting in several rounds of showers and thunderstorms. Some of these storms could produce heavy downpours due to the moisture-rich atmosphere. Moisture levels are expected to rise above normal for late May, which could lead to localized heavy rainfall and isolated flooding in areas that experience repeated rain.

Rainfall totals may quickly accumulate, especially in southern Kentucky where the deepest moisture is anticipated. Afternoon highs for Tuesday and Wednesday will remain seasonable, generally in the mid to upper 70s, with some areas in southern Kentucky reaching the lower 80s.

Looking Ahead

By Thursday, conditions are expected to improve as a cold front pushes the deeper moisture south of the area. While an isolated shower cannot be completely ruled out, especially south of the Bluegrass Parkway, many areas should see drier conditions heading into the weekend. Temperatures will remain comfortable, with highs in the mid to upper 70s.

Original reporting: WTVQ (Lexington) — read the source article.