On Thursday, 27 February, mostly clear weather, no precipitation are expected in Mit Habib. The lowest air temperature will be +8°C at 5 am, the highest temperature will be +21°C around 2 pm. The atmospheric pressure will be within 764-767 mm Hg. The relative humidity 34-84%. The wind will be mainly northeasterly 6 m/s with maximum gusts up to 11 m/s
now at 14:46 according to the forecast
weather / precip chance
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wind direction and speed
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pressure, mmHg
humidity
UVI
Atmospheric pressure charts in Mit Habib - detailed forecast for 14 days
On Friday, 28 February, mostly partly cloudy weather, no precipitation are expected in Mit Habib. The lowest air temperature will be +8°C at 5 am, the highest temperature will be +23°C around 5 pm. The atmospheric pressure will be within 762-765 mm Hg. The relative humidity 23-93%. The wind will be mainly northwesterly 3 m/s with maximum gusts up to 6 m/s
UVI
On Saturday, 1 March, mostly clear weather, no precipitation are expected in Mit Habib. The lowest air temperature will be +10°C at 5 am, the highest temperature will be +23°C around 5 pm. The atmospheric pressure will be within 762-765 mm Hg. The relative humidity 30-80%. The wind will be mainly northwesterly 4 m/s with maximum gusts up to 6 m/s
UVI
On Sunday, 2 March, mostly semi-transparent clouds, no precipitation are expected in Mit Habib. The lowest air temperature will be +10°C at 5 am, the highest temperature will be +23°C around 5 pm. The atmospheric pressure will be within 761-765 mm Hg. The relative humidity 30-94%. The wind will be mainly northeasterly 1 m/s with maximum gusts up to 9 m/s
UVI
On Monday, 3 March, mostly partly cloudy, no precipitation are expected in Mit Habib. The lowest air temperature will be +11°C at 5 am, the highest temperature will be +24°C around 5 pm. The atmospheric pressure will be within 756-761 mm Hg. The relative humidity 35-99%. The wind will be mainly northeasterly 3 m/s with maximum gusts up to 11 m/s
UVI
On Tuesday, 4 March, mostly partly cloudy, no precipitation are expected in Mit Habib. The lowest air temperature will be +11°C at 5 am, the highest temperature will be +24°C around 2 pm. The atmospheric pressure will be within 754-757 mm Hg. The relative humidity 32-100%. The wind will be mainly northwesterly 4 m/s with maximum gusts up to 10 m/s
UVI
On Wednesday, 5 March, mostly partly cloudy, light rain, thunderstorm possible are expected in Mit Habib. The lowest air temperature will be +12°C at 5 am, the highest temperature will be +23°C around 2 pm. The atmospheric pressure will be within 757-761 mm Hg. The relative humidity 35-91%. The wind will be mainly northwesterly 5 m/s with maximum gusts up to 10 m/s
UVI
On Thursday, 6 March, mostly partly cloudy weather, no precipitation are expected in Mit Habib. The lowest air temperature will be +11°C at 5 am, the highest temperature will be +21°C around 2 pm. The atmospheric pressure will be within 760-764 mm Hg. The relative humidity 28-92%. The wind will be mainly northwesterly 6 m/s with maximum gusts up to 8 m/s
UVI
On Friday, 7 March, mostly clear weather, no precipitation are expected in Mit Habib. The lowest air temperature will be +10°C at 5 am, the highest temperature will be +23°C around 5 pm. The atmospheric pressure will be within 763-766 mm Hg. The relative humidity 34-85%. The wind will be mainly northerly 3 m/s with maximum gusts up to 8 m/s
UVI
On Saturday, 8 March, mostly clear weather, no precipitation are expected in Mit Habib. The lowest air temperature will be +12°C at 5 am, the highest temperature will be +25°C around 5 pm. The atmospheric pressure will be within 761-765 mm Hg. The relative humidity 30-94%. The wind will be mainly northerly 2 m/s with maximum gusts up to 10 m/s
UVI
On Sunday, 9 March, mostly partly cloudy, no precipitation are expected in Mit Habib. The lowest air temperature will be +12°C at 2 am, the highest temperature will be +23°C around 2 pm. The atmospheric pressure will be within 758-762 mm Hg. The relative humidity 34-85%. The wind will be mainly northeasterly 4 m/s with maximum gusts up to 10 m/s