This second webinar in the series presents digital tools that turn climate data into actionable strategies for urban resilience.
Rising heat risks demand better planning, stronger warning systems, and targeted adaptation strategies.
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Icon
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Temperature (°F)
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Temperature felt (°F)
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60° |
58° |
66° |
72° |
72° |
64° |
61° |
60° |
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Wind direction
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SW |
SW |
ESE |
NNE |
NE |
SW |
NE |
SSW |
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Wind speed (mph)
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SW
2-10
2-10
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SW
2-10
2-10
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ESE
1-10
1-10
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NNE
2-11
2-11
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NE
3-14
3-14
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SW
8-12
8-12
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NE
4-9
4-9
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SSW
1-7
1-7
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Precipitation (in/3h)
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-
0%
-
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0%
-
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-
0%
-
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0%
-
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10%
-
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0.23 in
65%
0.23
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0.51 in
65%
0.51
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0.20 in
65%
0.20
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Precipitation probability
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0%
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0%
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0%
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0%
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10%
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65%
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65%
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65%
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Precipitation hourly
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rainSPOT
Precipitation distribution within 20 km
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Overnight into Saturday clear skies prevail, but in the morning it is mostly cloudy. For the afternoon there is a chance of thunderstorms and local showers. The sun will not be visible. There is only a low chance of Precipitation (around 30%). Temperature highs are likely to reach 73 °F. With a UV-Index as high as 7 make sure to properly protect your skin. Until noon light air is noticeable (1 to 4 mph). For the afternoon a gentle breeze is expected (8 to 12 mph). Winds blowing overnight from Southwest, in the morning from North and during the afternoon from Northeast. The weather forecast for Gimmelwald for Saturday can be accurate in parts but deviations are expected. Check again for latest updates.
Pressure: 1021 hPa
Timezone: CEST (UTC +02:00h)
The location marker is placed on Gimmelwald. This animation shows the precipitation radar for the selected time range, as well as a 2h forecast. Orange crosses indicate lightning. Data provided by nowcast.de (available in USA, Europe, Australia). Drizzle or light snow fall might be invisible for the radar. Precipitation intensity is colour coded, ranging from turquoise to red.
The real-time satellite image combines visible light during daytime with infrared radiation during nighttime. At night, the image is not dark as infrared radiation can detect temperature differences. Unfortunately, low clouds and fog are difficult to distinguish from ground temperatures and thus can be almost invisible during the night. Meteosat satellite images for Europe are updated in real-time every 5 minutes. GOES-16/GOES-17 (North & South America) and Himawari (Asia) images update every 10 minutes.
Precipitation is estimated from radar and satellites. Precipitation estimates from satellites are less accurate at night than during daytime.
© 2025 meteoblue, NOAA Satellites GOES-16 and EUMETSAT. Lightning data provided by nowcast.
This second webinar in the series presents digital tools that turn climate data into actionable strategies for urban resilience.
Rising heat risks demand better planning, stronger warning systems, and targeted adaptation strategies.
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