Showers- Wind: 6mph SSE
- Pressure: 30.03"Hg
- Humidity: 93%
- Precip. probability: 35%
- Precipitation: 0.04"
- Visibility: 10mi
Showers- Wind: 6mph SSE
- Pressure: 30.03"Hg
- Humidity: 90%
- Precip. probability: 44%
- Precipitation: 0.04"
- Visibility: 7mi
Sunrise: 5:58 am
Cloudy- Wind: 7mph S
- Pressure: 30.03"Hg
- Humidity: 90%
- Precip. probability: 23%
- Precipitation: 0"
- Visibility: 6mi
Cloudy- Wind: 9mph SSW
- Pressure: 30.06"Hg
- Humidity: 91%
- Precip. probability: 24%
- Precipitation: 0"
- Visibility: 9mi
Isolated Thunderstorms- Wind: 11mph SSW
- Pressure: 30.06"Hg
- Humidity: 87%
- Precip. probability: 31%
- Precipitation: 0.04"
- Visibility: 9mi
Scattered Thunderstorms- Wind: 11mph SSW
- Pressure: 30.03"Hg
- Humidity: 86%
- Precip. probability: 44%
- Precipitation: 0.04"
- Visibility: 7mi
Thunderstorms- Wind: 11mph SW
- Pressure: 30"Hg
- Humidity: 83%
- Precip. probability: 71%
- Precipitation: 0.12"
- Visibility: 6mi
Scattered Thunderstorms- Wind: 10mph SW
- Pressure: 30"Hg
- Humidity: 80%
- Precip. probability: 47%
- Precipitation: 0.04"
- Visibility: 6mi
Isolated Thunderstorms- Wind: 9mph SW
- Pressure: 29.97"Hg
- Humidity: 77%
- Precip. probability: 32%
- Precipitation: 0.04"
- Visibility: 7mi
Sunset: 7:29 pm
Mostly Cloudy- Wind: 6mph SSW
- Pressure: 30"Hg
- Humidity: 89%
- Precip. probability: 24%
- Precipitation: 0"
- Visibility: 6mi
Mostly Cloudy- Wind: 5mph SW
- Pressure: 30.03"Hg
- Humidity: 93%
- Precip. probability: 16%
- Precipitation: 0"
- Visibility: 7mi
Today, in Jordan Acres, a combination of
thunderstorm-prone,
dull and
showery weather is expected.
Rain is predicted from
2 am to
5 am, and from
9 am to
7 pm. With moderate precipitation of 0.2",
most rainfall is expected at
3 am.
The temperature will be between a minimum of 64.4°F and a maximum of 71.6°F. The warmest part of the day will be from 1 pm to 6 pm.
The maximum temperature will be comparable to the average high of 69.8°F in
April. Forecast models suggest a low more close to
May's typical minimum of 59°F than April's usual 50.5°F.