Avalanche forecast

Bex-Villars

SLF
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Avalanche danger

All elevations
3− · Considerable
Out of date — this forecast expired 2 years ago. You’re viewing past conditions, not the current bulletin.

Avalanche problems

  • New snow

    • Above 2,200 m
  • Wind slab

    • Above 2,200 m
  • Wet snow

    • All elevations
  • Gliding snow

    • All elevations

Snowpack Structure

Snowpack

The large volumes of fresh and drifted snow in the north are becoming increasingly stable. In southern Valais, Grisons and Ticino, some of Friday's snowdrift accumulations are still prone to triggering while some weak layers remain in the lower part of the snowpack. In these regions, avalanches may be triggered in drifted snow and sweep away deeper layers of the snowpack. Avalanches may occasionally also be triggered directly in deep snowpack layers.

Isolated gliding avalanches, sometimes large, are possible.

Weather Forecast

Weather forecast to Sunday

Apart from some high cloud, conditions will be quite sunny in the mountains. Especially on the northern flanks of the Alps and in northern Grisons, cloud cover will be somewhat thicker .

Fresh snow

-

Temperature

At midday at 2000 m, between +2 °C in the west and south and 0 °C in the east.

Wind

Moderate at high altitudes, at times strong from the northwest on the northern Alpine ridge and on the main Alpine Ridge

Weather Review

Weather review for Saturday

After a clear night, conditions were sunny.

Fresh snow

-

Temperature

At midday at 2000 m, between +4 °C in the west, 0 °C in the east and -3 °C in the south.

Wind

  • At times moderate to strong from the east in the north during the night
  • Elsewhere mostly light from northerly directions

Tendency

Outlook

Conditions will be mostly sunny on Monday and Tuesday. Winds will be light to moderate from westerly directions. The zero-degree level will be around 2000 m.

Avalanche danger will decrease, but only slowly in southern Valais, Ticino and Grisons due to the weak snowpack structure. Occasional gliding avalanches are still possible.

Bulletin data: WSL Institute for Snow and Avalanche Research SLF (CC BY 4.0)

Regions covered