Cloudy- Wind: 9mph SSE
- Humidity: 87%
- UV index: 0
- Precip. probability: 24%
- Precipitation: 0"
- 5:25 am 8:43 pm EDT
Showers- Wind: 10mph SSE
- Humidity: 89%
- UV index: 4
- Precip. probability: 72%
- Precipitation: 0.28"
- 5:25 am 8:43 pm EDT
Showers- Wind: 7mph SSW
- Humidity: 81%
- UV index: 7
- Precip. probability: 42%
- Precipitation: 0.16"
- 5:25 am 8:44 pm EDT
Thunderstorms- Wind: 14mph SW
- Humidity: 76%
- UV index: 7
- Precip. probability: 66%
- Precipitation: 0.2"
- 5:25 am 8:44 pm EDT
Scattered Thunderstorms- Wind: 10mph W
- Humidity: 65%
- UV index: 9
- Precip. probability: 40%
- Precipitation: 0.08"
- 5:25 am 8:44 pm EDT
Partly Cloudy- Wind: 8mph SSW
- Humidity: 67%
- UV index: 7
- Precip. probability: 16%
- Precipitation: 0.12"
- 5:26 am 8:44 pm EDT
Partly Cloudy- Wind: 7mph W
- Humidity: 73%
- UV index: 8
- Precip. probability: 24%
- Precipitation: 0"
- 5:26 am 8:44 pm EDT
Mostly Sunny- Wind: 8mph W
- Humidity: 65%
- UV index: 9
- Precip. probability: 7%
- Precipitation: 0"
- 5:26 am 8:45 pm EDT
Mostly Sunny- Wind: 9mph W
- Humidity: 62%
- UV index: 9
- Precip. probability: 22%
- Precipitation: 0"
- 5:26 am 8:45 pm EDT
PM Thunderstorms- Wind: 7mph W
- Humidity: 68%
- UV index: 9
- Precip. probability: 45%
- Precipitation: 0.12"
- 5:27 am 8:45 pm EDT
Weather fluctuations are likely over the next ten days, and a mix of dull, turbulent, rainy and sun-filled weather is forecasted.
Rainfall is predicted for Tuesday through Saturday and next Wednesday.
The temperature will vary considerably in the next ten days. The temperature is expected to swing from 69.8°F up to 91.4°F, while the difference in minimum temperatures will be also substantial, as nighttime lows are forecast to fall between 59°F and 73.4°F.
Next Monday and Tuesday, with the highest temperature of 91.4°F, will be the hottest days in Popes Ravine; expect the coldest day on Tuesday with a high of 69.8°F.
Including the humidity's impact, the maximum feel-like temperature may increase greatly and range between 69.8°F and a scorching 105.8°F.