全球滑雪场天气预报
颜色说明 温度 · 风 · 降雨 · 降雪
每种颜色从所示数值开始。三种风速单位的颜色相互对应。无降水单元格保持中性色。颜色仅描述显示值，并非官方天气预警。
Alpsee - base
ECMWF · 模式起报时间： 预计下次更新：
日期 时间（UTC） 气温（°C） 湿度（%） 风速（km/h） 风速（节） 风力（Bft） 风向 降水（mm） 新雪（cm） 气压（hPa） 零度层（m） 天气状况 | 星期四, 05/11 06:00 4.9 68 4 2 1B SE — — 1023 992 Partly cloudy 27% cloud  09:00 13 54 1 0 0B E 0 0 1024 3006 Clear 16% cloud  12:00 16 50 6 3 2B N 0 0 1023 3083 Clear 3% cloud 15:00 13.7 66 3 2 1B NE 0 0 1022 3031 Clear 1% cloud 18:00 9.1 71 3 2 1B E 0 0 1022 3058 Clear 2% cloud 21:00 7.1 66 3 1 1B S 0 0 1022 3120 Partly cloudy 24% cloud 星期五, 06/11 00:00 6.6 67 2 1 1B S 0 0 1022 3113 Partly cloudy 29% cloud 03:00 7.3 63 3 1 1B SW 0 0 1022 3105 Cloudy 51% cloud  06:00 7.5 61 3 2 1B SW 0 0 1022 3069 Cloudy 71% cloud 09:00 11.7 60 4 2 1B W 0 0 1023 3069 Cloudy 78% cloud 12:00 12.7 62 7 4 2B W 0 0 1022 2873 Cloudy 78% cloud 15:00 11 67 5 3 1B W 0 0 1022 2406 Overcast 100% cloud  18:00 9.4 76 1 1 1B W 0.32 0 1023 2123 Overcast 100% cloud 21:00 9.3 76 2 1 1B SW 0.61 0 1023 1885 Overcast 100% cloud 星期六, 07/11 00:00 9.3 76 2 1 1B SW 0.83 0 1024 1763 Overcast 100% cloud 03:00 9.3 76 3 1 1B S 1.7 0 1024 1685 Overcast 100% cloud 06:00 9.2 75 3 2 1B S 1.2 0 1025 1701 Overcast 100% cloud 09:00 10.7 74 4 2 1B S 0.52 0 1025 1828 Cloudy 77% cloud 12:00 13.9 56 4 2 1B NW 0.01 0 1023 2037 Overcast 82% cloud 15:00 12.3 63 4 2 1B N 0.09 0 1024 2015 Cloudy 73% cloud 18:00 9.8 72 1 1 1B E 0 0 1024 2021 Clear 15% cloud 21:00 7 74 3 2 1B SE 0 0 1025 2154 Clear 17% cloud 星期日, 08/11 00:00 5.2 72 3 2 1B SE 0 0 1024 985 Clear 10% cloud 03:00 4.8 71 4 2 1B S 0 0 1024 1033 Clear 4% cloud 06:00 5.1 68 3 2 1B S 0 0 1024 994 Clear 5% cloud 09:00 12.3 57 1 0 0B NE 0 0 1024 2150 Clear 1% cloud 12:00 14.7 53 6 3 2B NW 0 0 1023 2181 Clear 15% cloud 15:00 12.5 64 2 1 1B N 0 0 1023 2119 Clear 13% cloud 18:00 7.9 72 3 2 1B SE 0 0 1023 2137 Clear 2% cloud 21:00 5.2 72 5 2 1B S 0 0 1023 981 Clear 2% cloud 星期一, 09/11 00:00 4.5 70 5 3 1B SE 0 0 1022 1047 Cloudy 76% cloud 03:00 6.7 64 4 2 1B SE 0.01 0 1021 2200 Cloudy 78% cloud 06:00 8.5 57 4 2 1B S 0.02 0 1020 2292 Overcast 98% cloud 09:00 10.1 65 5 2 1B SE 0.45 0 1020 2272 Overcast 100% cloud 12:00 13.2 62 3 2 1B E 0.82 0 1018 2448 Overcast 100% cloud 15:00 11.4 71 4 2 1B SE 1.6 0 1017 2482 Overcast 100% cloud 18:00 10.7 72 6 3 2B S 2.9 0 1016 2522 Overcast 100% cloud 21:00 10.8 73 9 5 2B S 5.6 0 1016 2505 Overcast 100% cloud 星期二, 10/11 00:00 11 73 8 4 2B S 6.3 0 1015 2591 Overcast 100% cloud 03:00 11.1 74 8 4 2B S 6.3 0 1014 2606 Overcast 100% cloud 06:00 11.1 74 6 3 1B S 5.8 0 1014 2604 Overcast 100% cloud 09:00 12.1 75 5 3 1B S 3.8 0 1014 2607 Overcast 100% cloud 12:00 13.7 76 2 1 1B S 3.2 0 1014 2604 Overcast 100% cloud 15:00 12.8 75 4 2 1B S 1.5 0 1014 2636 Overcast 100% cloud 18:00 11.9 76 3 2 1B SE 0.89 0 1014 2673 Overcast 100% cloud 21:00 11.7 76 4 2 1B SE 0.18 0 1014 2672 Overcast 100% cloud 星期三, 11/11 00:00 10.2 74 4 2 1B SE 0 0 1013 2783 Clear 13% cloud 03:00 9 71 4 2 1B SE 0 0 1012 2857 Clear 4% cloud 06:00 8.6 70 4 2 1B SE 0 0 1012 2913 Clear 2% cloud |
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Forecast notes
Forecast table times: UTC.
Coordinates: 47.57°N, 10.18°E · Requested elevation: 2 m. Model terrain: 966 m. Terrain and 1000/925/850/700 hPa profiles are used for height estimates.
Outside the available profile, temperature uses an estimated 5.5°C/km height correction; wind retains the nearest available model-level value. Humidity is estimated with adjusted pressure and temperature.
These are altitude estimates, not a simulation of local mountain terrain. Precipitation, cloud and sea-level pressure use horizontal interpolation only.
Precipitation includes rain and snow water equivalent: preceding 3 hours through day 6, then 6 hours (see cell tooltip). Snow (cm) estimates fresh snowfall from precipitation and temperature using the GFS conversion; it is not snow depth on the ground. Freezing (m) uses additional 600/500 hPa temperatures when available and estimates the lowest resolved 0°C crossing above sea level. When all sampled levels are warm, the upper profile limit is shown (see tooltip). < marks an entirely cold sampled profile and its lower height limit. No extrapolation is used.