| updated: 2:35:00 am PDT | CURRENTLY | TODAY'S EXTREMES |
|---|---|---|
| Temperature Feels Like: 58°F |
58.3°F
Temperature this time yesterday:
58°F |
High:
60°F (2:12am)
Low: 57°F (12:49am) Record high: 89° in 1971* |
| Humidity |
14%
24 Hour difference
-34% |
High:
17% (12:34am) Low: 13% (2:10am) |
| Dew Point |
9°F
24 Hour difference
-26°F |
High:
14°F (12:34am)
Low: 9°F (2:10am) |
| Wind "Light Air"
10 min. avg:
4 mph |
Gust:
5 mph |
Top Gust:
15 mph (2:09am)
Top Gust last hour: 15 mph NNW |
| Barometer Steady |
30.16 in.
24 Hour difference
0.25 |
High:
30.16 in. (2:29am) Low: 30.14 in. (12:59am) |
| Rain Today
It last rained on 1/23/2012 (4 days ago) |
0.00 inches
Rate
0.00 in. per hour Storm Rain: 0.00 Yesterday: 0.00 |
January :
0.05 in. Season: 1.18 in. (July - June) Calendar Year Rain: 0.05 in. |
| Percent of normal season rainfall: 37.9% | Average season rainfall to date: 3.11 inches* | Average rainfall to date for January: 1.12 inches* |
*Live data above is from sensors installed in 1000 Palms and checked annually for accuracy. *climate data: NWS Palm Springs Airport |
||
| --- Current Active Weather Warnings & Alerts --- |
DesertWeather.com Supporters
Coachella Valley Outlook
Overnight![]() Mostly Clear Lo 56 °F |
Mostly clear, with a low around 56. West wind around 15 mph, with gusts as high as 20 mph. | Saturday![]() Sunny Hi 78 °F |
Sunny, with a high near 78. West wind between 5 and 10 mph becoming calm. | Saturday Night ![]() Mostly Clear Lo 47 °F |
Mostly clear, with a low around 47. West wind between 5 and 10 mph. |
Almanac
| Temperature | Normal | Record | |||||
| High | 72° |
89° ( 1971 ) |
Sunrise: 6:43am |
Sunset: 5:10pm |
Moon
Percent: 23% |
||
| Low | 45° |
23° ( 1948 ) |
Moonrise: 9:28am |
Moonset: 10:44pm |
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||
| UV forecast for 28 Jan 2012 is 3.4 Medium | |||||||
| Past 24 hour USA extremes: | ||
|---|---|---|
| High Temp | Low Temp | Precipitation |
| 89° Fort Lauderdale, FL | -14° Stanley, ID | 1.53" Sanford, ME |
"To Fog or Not"
With the help of MicroCool we've come up with a simple way for you to determine if turning on your fog / mister system will cool the air around you effectively.
Will your misters work effectively based on the current conditions? ![]()
(This guide generally will work for evaporative coolers also)










