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Weather forecast by locations. Canejan (Lleida)

Capital: Canejan (altitude: 919 m)
Latitude42° 50' 19'' N - Longitude0° 44' 22'' E -  PositionSee location
Warning zone: Valle de Arán
Date Hour Sky Temp. (°C) Feels like temp. (°C) Wind (km/h) Max. wind gust (km/h) Rainfall (mm) Snow depth (mm) Relative humidity (%) Rainfall prob. (%) Snow fall prob. (%) Storm prob. (%) Warnings
Fri 09 10 Overcast with light snow 1 1
O
6
15 0.3 0.3 85 95% (7-13h) 95% (7-13h) 80% (7-13h) No hazard
11 Cloudy intervals with light snow showers 2 2
SO
4
22 0.1 0.1 77 No hazard
12 Overcast 4 4
SO
5
24 0 0 70 Important hazard
13 Overcast 5 5
NO
4
51 0 0 60 100% (13-19h) 100% (13-19h) 95% (13-19h) Important hazard
14 Cloudy intervals with light snow showers 4 1
NO
13
54 0.2 0.1 51 Important hazard
15 Very cloudy 4 1
NO
14
61 0 0 36 Important hazard
16 Overcast with light snow 4 0
NO
16
64 0.1 0.1 35 Important hazard
17 Overcast 4 1
NO
12
53 0 0 53 Important hazard
18 Overtcast with snow 3 -1
NO
14
45 0.8 0.8 49 Important hazard
19 Overtcast with snow 3 1
NO
9
61 2 2 65 100% (19-1h) 100% (19-1h) 95% (19-1h) Important hazard
20 Overcast with light snow 2 -2
NO
17
51 0.2 0.2 65 Important hazard
21 Overcast with light snow 2 -2
NO
13
53 0.4 0.4 62 Important hazard
22 Overtcast with snow 2 -2
NO
14
46 3 3 66 Important hazard
23 Overtcast with snow 2 -1
NO
11
41 0.5 0.5 75 Important hazard
Sat 10 00 Overcast with light snow 2 -1
NO
10
50 0.4 0.4 66 Important hazard
01 Overtcast with snow 2 -2
NO
13
56 1 1 68 100% (1-7h) 100% (1-7h) 95% (1-7h) Important hazard
02 Overtcast with snow 1 -3
NO
13
61 1 1 72 Important hazard
03 Overtcast with snow 1 -3
NO
16
69 1 1 77 Important hazard
04 Overcast with light snow 1 -4
NO
18
57 0.1 0.1 83 Important hazard
05 Overtcast with snow 0 -4
NO
14
57 1 1 75 Important hazard
06 Overtcast with snow 0 -4
NO
14
57 1 1 86 Important hazard
07 Overtcast with snow 0 -4
NO
14
50 3 3 90 100% (7-13h) 100% (7-13h) 50% (7-13h) Important hazard
08 Overtcast with snow 0 -4
NO
13
50 3 3 94 Important hazard
09 Overcast with snow 0 -4
NO
11
40 2 2 93 Important hazard
10 Overcast with snow 0 -3
NO
9
44 2 2 94 Important hazard
11 Overcast with snow 1 -2
NO
11
52 1 1 94 Important hazard
12 Overcast with light snow 1 -3
NO
14
44 0.5 0.4 86 Important hazard
13 Overcast with light snow 2 -1
NO
11
43 0.3 0.2 78 100% (13-19h) 100% (13-19h) 0% (13-19h) Important hazard
14 Overcast with light snow 3 0
NO
11
47 0.2 0.2 70 Important hazard
15 Overcast 4 1
NO
12
48 0 0 62 Important hazard
16 Overcast 3 0
NO
12
48 0 0 61 Important hazard
17 Overcast 3 0
NO
13
47 0 0 63 Important hazard
18 Overcast 3 0
NO
12
45 0 0 65 Important hazard
19 Overcast with light snow 3 0
NO
11
41 0.2 0.2 68 95% (19-1h) 95% (19-1h) 0% (19-1h) Important hazard
20 Overtcast with snow 3 0
NO
11
39 0.8 0.8 72 Important hazard
21 Overtcast with snow 2 -1
NO
9
40 1 1 77 Important hazard
22 Overtcast with snow 2 -1
NO
11
35 1 1 82 Important hazard
23 Overtcast with snow 2 -1
NO
9
35 1 1 85 Important hazard
Sun 11 00 Overtcast with snow 2 -1
NO
9
40 1 1 86 No hazard
01 Fog 2 -1
NO
10
37 Ip Ip 87 40% (1-7h) 20% (1-7h) 0% (1-7h) No hazard
02 Mist 2 -1
NO
9
35 Ip Ip 88 No hazard
03 Mist 2 -1
NO
9
30 Ip Ip 90 No hazard
04 Overcast 1 1
NO
6
21 Ip Ip 92 No hazard
05 Cloudy intervals 1 1
O
5
15 Ip 0 93 No hazard
06 Partly cloudy 1 1
O
4
15 0 0 91 No hazard
Weather forecasts for 8124 locations in Spain. They must be considered as the more probable tendency of the meteorological evolution for the next 7 days.

The "Hourly weather forecast" shows the hour by hour-information up to 48 hours after the moment numerical models are updated (00,06,12,and 18 UTC), while the "7-Day weather forecast" reaches the whole period.

The local time for which all instantaneous variables are predicted is the one shown in the timeline. Variables accumulated in one hour (maximum gust, precipitation and snow) are related to the next hour (for example, the precipitation at 09:00 corresponds to the accumulated precipitation between 09:00 and 10:00).

Six-hourly intervals or greater correspond to UTC times. Therefore, one hour in winter time and two in summer time have to be added for local time.

They are automatically generated by statistical treatment of data coming from weather numerical models, which may result in some differences from other weather forecasts elaborated by AEMET staff, who interprets and adjusts the model results.

The selection made by locations gives rise to an information concerning weather forecasts for the capital or main city, due to some municipalities or locations may have a wide geographical area and significant differences in altitude, therefore some weather forecast data can vary from a place to another.
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