|
9 °C |
Wind 28 km/h |
Humidity | 46 % |
Air pressure | 1011 hPa |
Visibility | 16 km |
Clouds | 30 % |
Cloud base | 3657 m |
Calculated from nearby stations (23:52 2025/03/22)
01:00 | 02:00 | 03:00 | 04:00 | 05:00 | 06:00 | 07:00 | 08:00 | 09:00 | 10:00 | 11:00 | 12:00 | 13:00 | 14:00 | 15:00 | 16:00 | 17:00 | 18:00 | 19:00 | 20:00 | 21:00 | 22:00 | 23:00 | 00:00 tomorrow | 01:00 tomorrow |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
8 °C
0 mm10 % SE
21 km/h
|
8 °C
0 mm10 % SE
22 km/h
Gust:
43 km/h |
8 °C
0 mm0 % SE
26 km/h
Gust:
54 km/h |
7 °C
0 mm0 % SE
24 km/h
|
7 °C
0 mm10 % SE
21 km/h
|
8 °C
0 mm20 % S
25 km/h
Gust:
54 km/h |
8 °C
0 mm50 % SE
27 km/h
Gust:
58 km/h |
8 °C
0 mm50 % SE
27 km/h
Gust:
58 km/h |
8 °C
0 mm50 % S
23 km/h
Gust:
54 km/h |
8 °C
0.6 mm100 % S
19 km/h
Gust:
43 km/h |
8 °C
4 mm100 % SW
17 km/h
Gust:
43 km/h |
8 °C
6 mm90 % SW
28 km/h
Gust:
54 km/h |
8 °C
2 mm80 % SW
20 km/h
Gust:
43 km/h |
8 °C
0.5 mm80 % W
28 km/h
Gust:
54 km/h |
7 °C
0.1 mm90 % W
32 km/h
Gust:
58 km/h |
6 °C
0.6 mm70 % W
32 km/h
Gust:
61 km/h |
5 °C
0 mm10 % NW
34 km/h
Gust:
68 km/h |
5 °C
0 mm0 % NW
36 km/h
Gust:
68 km/h |
4 °C
0 mm0 % NW
33 km/h
Gust:
72 km/h |
3 °C
0 mm0 % NW
30 km/h
Gust:
68 km/h |
2 °C
0 mm0 % NW
28 km/h
Gust:
61 km/h |
1 °C
0 mm0 % NW
25 km/h
Gust:
54 km/h |
0 °C
0 mm0 % NW
25 km/h
Gust:
54 km/h |
0 °C
0 mm0 % W
25 km/h
Gust:
61 km/h |
0 °C
0 mm0 % NW
28 km/h
Gust:
65 km/h |
01:00 | 04:00 | 07:00 | 10:00 | 13:00 | 16:00 | 19:00 | 22:00 |
---|---|---|---|---|---|---|---|
0 °C
0 mm0 % NW
28 km/h
Gust:
65 km/h |
0 °C
0 mm0 % W
25 km/h
Gust:
54 km/h |
0 °C
0 mm0 % W
25 km/h
Gust:
58 km/h |
2 °C
0 mm0 % NW
27 km/h
Gust:
54 km/h |
7 °C
0 mm0 % NW
25 km/h
Gust:
47 km/h |
10 °C
0 mm0 % NW
19 km/h
|
9 °C
0 mm10 % NE
6 km/h
|
6 °C
0 mm10 % NW
4 km/h
|
25 |
20 |
15 |
10 |
5 |
0 |
-5 |
Su 23 | Mo 24 | Tu 25 | We 26 | Th 27 | Fr 28 | Sa 29 | Su 30 | Mo 31 | Tu 01 | We 02 | Th 03 | Fr 04 | Sa 05 |
● CDR - Mount Mercy
1 km iastate.edu
● Cedar Rapids I-380 NB Bridge
4 km iastate.edu
● Cedar Rapids I-380 Bridge
4 km iastate.edu
● Cedar Rapids I-380 and SB I-380 Ramp
4 km iastate.edu
60 |
50 |
40 |
30 |
20 |
10 |
0 |
01:00 | 07:00 | 13:00 | 19:00 | 01:00 | 07:00 | 13:00 | 19:00 | 01:00 | 07:00 | 13:00 | 19:00 | 01:00 | 07:00 | 13:00 | 19:00 |
Sunday | Monday | Tuesday | Wednesday |
Air quality index (marked as AQI) is developed by Environmental Protection Agency. Values over 300 represents hazardous air quality, between 200-300 very unhealthy, 150-200 unhealthy, 100-150 unhealthy for sensitive groups and below 100 or rather below 50 the air quality is good.
Heading: ↓northwest | Time: 2025/03/23 00:00 |
Phase: night | Altitude: −44 ° |
Heading: ↓east | Time: 2025/03/23 00:00 |
Illumination: 41 % | Altitude: −40 ° |
Date | rise | set | rise | Illumination |
2025/03/23 | 03:56 | 12:31 | — | 41 % to 31 % |
2025/03/24 | 04:38 | 13:42 | — | 31 % to 22 % |
2025/03/25 | 05:13 | 14:57 | — | 21 % to 13 % |
2025/03/26 | 05:42 | 16:14 | — | 13 % to 7 % |
2025/03/27 | 06:07 | 17:32 | — | 6 % to 2 % |
Phase 2025/03/23 | Time | Length |
night | 00:00 to 05:31 | 5 hr. 31 min. |
astronomical twilight | 05:31 to 06:04 | 34 min. |
nautic twilight | 06:04 to 06:37 | 33 min. |
civil twilight | 06:37 to 07:05 | 28 min. |
day | 07:05 to 19:23 | 12 hr. 17 min. |
civil twilight | 19:23 to 19:50 | 28 min. |
nautic twilight | 19:50 to 20:23 | 33 min. |
astronomical twilight | 20:23 to 20:57 | 34 min. |
night | 20:57 to 00:00 | 3 hr. 3 min. |
Data: HRRR, NOAA (resolution 3 km)
Updated: 04:00 UTC (next update: 05:00 UTC - prepare)
Current time: 06:00, 2025/03/23 (UTC)
For this output data, temperature is shown for 2 m above ground. The calculations take into account the terrain (elevation), but with lower resolution than in reality. Therefore the models cannot differentiate, for instance, the temperature on a mountain peak or on a city square scorched by the sun. The general rule is that the centres of large cities are 1 °C to 3 °C warmer than the surrounding area or natural landscapes. Significant temperature differences over a small area are primarily caused in the winter by an inversion. A short yet noticeable cooling can also occur after a local summer storm.