10 days weather forecast - Niehl, Germany
Light Rain- Wind: 14km/h SW
- Humidity: 80%
- UV index: 5
- Precip. probability: 78%
- Precipitation: 4mm
- 05:46 21:15 CEST
Rain- Wind: 21km/h WNW
- Humidity: 87%
- UV index: 1
- Precip. probability: 98%
- Precipitation: 24mm
- 05:45 21:16 CEST
Showers- Wind: 14km/h W
- Humidity: 80%
- UV index: 4
- Precip. probability: 53%
- Precipitation: 4mm
- 05:43 21:18 CEST
Thunderstorms- Wind: 9km/h W
- Humidity: 73%
- UV index: 4
- Precip. probability: 67%
- Precipitation: 4mm
- 05:42 21:19 CEST
Showers- Wind: 11km/h NE
- Humidity: 68%
- UV index: 6
- Precip. probability: 46%
- Precipitation: 2mm
- 05:41 21:20 CEST
Thunderstorms- Wind: 13km/h NE
- Humidity: 68%
- UV index: 5
- Precip. probability: 70%
- Precipitation: 10mm
- 05:40 21:22 CEST
Rain- Wind: 18km/h NW
- Humidity: 73%
- UV index: 4
- Precip. probability: 70%
- Precipitation: 12mm
- 05:39 21:23 CEST
Showers- Wind: 14km/h W
- Humidity: 71%
- UV index: 5
- Precip. probability: 47%
- Precipitation: 4mm
- 05:37 21:24 CEST
Showers- Wind: 12km/h WSW
- Humidity: 71%
- UV index: 6
- Precip. probability: 42%
- Precipitation: 3mm
- 05:36 21:25 CEST
Showers- Wind: 14km/h SE
- Humidity: 68%
- UV index: 6
- Precip. probability: 42%
- Precipitation: 4mm
- 05:35 21:27 CEST
For the next ten days, a combination of rainy and occasionally stormy weather is anticipated.
Rain is expected day-to-day, with daily precipitation varying from a minimal 2mm (0.08") to a maximum of 24mm (0.94"). With elevated precipitation of 24mm (0.94"), most rainfall is expected on Friday.
Temperature fluctuation will be considerable in the next ten days. The maximum temperature will range between 14°C (57.2°F) and 21°C (69.8°F), while the lowest nightly temperature fluctuation will be unnoticeable, as the lowest temperature will range between 9°C (48.2°F) and 12°C (53.6°F).
Monday, Tuesday and next Saturday, with the highest temperature of 21°C (69.8°F), will be the warmest days in Niehl; Friday will be the coldest day, with the highest temperature of 14°C (57.2°F).