Nods (1533 m.) @ 13:47

samedi 12 @14:0019°C75%
9 km/h (2 bf)
nw 308°
1025 / 868.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@17:0019°C81%
11 km/h (2 bf)
nw 315°
1024 / 867.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@20:0016°C89%
9 km/h (2 bf)
nw 320°
1023 / 865 hPa
(9.7 m/hPa - 32 ft/hPa)
dimanche 13 @08:0010°C51%
9 km/h (2 bf)
ne 47°
1024 / 864.3 hPa
(9.6 m/hPa - 31 ft/hPa)
@11:0015°C21%
11 km/h (2 bf)
ne 50°
1024 / 866 hPa
(9.7 m/hPa - 32 ft/hPa)
@14:0017°C12%
14 km/h (3 bf)
ne 51°
1023 / 866.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@17:0017°C0%
14 km/h (3 bf)
ne 41°
1022 / 865.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@20:0014°C0%
13 km/h (3 bf)
ne 36°
1022 / 864 hPa
(9.7 m/hPa - 32 ft/hPa)
lundi 14 @08:009°C0%
7 km/h (2 bf)
e 80°
1022 / 862.3 hPa
(9.6 m/hPa - 31 ft/hPa)
@11:0015°C0%
5 km/h (1 bf)
e 92°
1020 / 862 hPa
(9.7 m/hPa - 32 ft/hPa)
@14:0019°C0%
4 km/h (1 bf)
ene 76°
1019 / 862.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@17:0019°C3%
3 km/h (1 bf)
nne 31°
1018 / 861.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@20:0016°C8%
6 km/h (2 bf)
ne 51°
1018 / 860 hPa
(9.7 m/hPa - 32 ft/hPa)
mardi 15 @08:0012°C1%
3 km/h (1 bf)
ese 102°
1019 / 859.3 hPa
(9.6 m/hPa - 32 ft/hPa)
@11:0017°C0%
3 km/h (1 bf)
ene 63°
1018 / 861.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@14:0020°C0%
3 km/h (1 bf)
ne 44°
1018 / 861.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@17:0020°C27%
4 km/h (1 bf)
nnw
1017 / 860.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@20:0016°C51%
6 km/h (2 bf)
nne 18°
1017 / 859 hPa
(9.7 m/hPa - 32 ft/hPa)
mercredi 16 @08:0013°C45%
3 km/h (1 bf)
nnw 157°
1017 / 859 hPa
(9.7 m/hPa - 32 ft/hPa)
@11:0019°C30%
4 km/h (1 bf)
ssw 211°
1016 / 859.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@14:0021°C19%
1 km/h (0 bf)
w 268°
1015 / 860.2 hPa
(9.9 m/hPa - 32 ft/hPa)
@17:0020°C32%
3 km/h (1 bf)
nw 316°
1014 / 857.6 hPa
(9.8 m/hPa - 32 ft/hPa)
@20:0017°C40%
3 km/h (1 bf)
nne 30°
1014 / 857.6 hPa
(9.8 m/hPa - 32 ft/hPa)
jeudi 17 @08:0015°C35%
3 km/h (1 bf)
nnw 158°
1015 / 857 hPa
(9.7 m/hPa - 32 ft/hPa)
@11:0020°C100%
1 km/h (0 bf)
se 137°
1015 / 858.6 hPa
(9.8 m/hPa - 32 ft/hPa)

Légende:
Jour, heure, température, prévision, couverture nuageuse (%), force et direction du vent, pression atmosphérique (QFE au sol)*
Les isobares des graphiques sont en hPa (QNH au niveau de la mer).

* δ [m/hPa] = altitude [m] / 1000 + 0.025 x température [°C] + 7.8 et 1 [m] = 3.28084 [ft]
Source: ecol2com et openweathermap / Compléments: MétéoSuisse, parapente, windfinder et Chamonix