The weather is snowing this Thursday, January 26 between Poitou, the east of Île-de-France and Picardy, as announced by the Weather Channel
*.
Snowfall is also expected over the Midi-Pyrénées.
Mistral and tramontane blow in the South.
In question, the arrival of a disturbance in the northwest of France, which brings snow and rain to this part of the country.
The gray sky is nevertheless pierced with clearings above the English Channel.
The weather in your area
From
Brittany
and
Normandy
to
Hauts-de-France
, a disturbance brings some scattered rain in the morning with some possible snow on Avesnois and eastern Picardy.
Very quickly, the clearings return via the west of Brittany and the Cotentin with a strengthening North-East wind.
In the afternoon, the sky becomes overcast, with rare showers from the Normandy coast to the Opal Coast.
Temperatures fluctuate between 1 and 8°C.
From
Pays de la Loire
and
Centre-Val de Loire
to
Ile-de-France
, light rain fell in the morning.
They are sometimes preceded by snow in the east of Ile-de-France and the Centre-Val de Loire.
In the afternoon, the weather remains gray and humid.
Read alsoGerard and Fien storms: powerful winds and major flooding
Between the
Grand
Est,
Bourgogne-Franche-Comté
and
Auvergne-Rhône-Alpes
, low clouds pile up above the plains and valleys.
A few drops or flakes may fall.
You have to gain altitude to find the sun, on the heights of the Alps and the Massif Central.
In the plains, the mercury can drop to -13°C.
In
Occitania
,
PACA
and
Corsica,
the sun dominates from Languedoc-Roussillon to the PACA region with mistral and tramontana between 70 and 80 km/h around the Gulf of Lion.
In Corsica, the weather is more mixed with sunny spells and cloudy periods.
In the Midi-Pyrénées region, clouds dominate and small snowfalls fall intermittently from the Pyrenean foothills to the Tarn.
Finally, in
New Aquitaine
, clouds are gathering and some light precipitation may occur over the Limousin or near the Pyrenees with snow at very low altitudes.
*The Weather Channel is a property of the Figaro group.