Avalanche forecast

Lower Tauern Central

LWD Salzburg
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Avalanche danger

All elevations
2 · Moderate
Out of date — this forecast expired 4 years ago. You’re viewing past conditions, not the current bulletin.

Highlights

Wet-snow problem, fresh drifts at high altitudes

Avalanche problems

  • Wet snow

    • All elevations
  • Wind slab

    • All elevations

Weather Synopsis

In early morning and later on, rainfall on Wednesday, snowfall level at 1700 m. Heavy cloud cover will reduce visibility. At high altitudes, 5-15 cm of fresh snow, accompanied by N/NW winds (gusts up to 40 km/hr). As of midday, dry weather will reign, clouds will disperse. At 2000 m: 0 to +3 degrees; at 3000 m: -4 degrees. Following a night of clear skies, on Thursday it will be sunny. Winds will be moderate from W/NW. At 2000 m: 2 to 5 degrees; at 3000M -2 degrees.

Tendency

Daytime cycle of naturally triggered avalanches: caution.

Avalanche Activity

Wet-snow problem, fresh drifts at high altitudes

Avalanche danger is MODERATE. In steep terrain, esp.gullies, forest lanes, below 1800m in numerous spots naturally triggered or skier-induced wet loose-snow avalanches are possible. Also glide-snow avalanches are increasing. These can be medium, in isolated cases large-sized. At high altitudes there are danger zones from fresh snowdrift accumulations behind protruberances, in gullies increasingly frequent in NE to E to S aspects, where even minimum additional loading can release a small slab. Very few danger zones in shallow-snow transitions in shady steep terrain (persistent weak layer). There, by large additional loading, a slab could be triggered and reach medium size.

Snowpack Structure

Rainfall last night will make the snowpack lose firmness at low and intermediate altitudes. On very steep grassy slopes the snowpack glides over the ground. At high altitudes the fresh snow is being deposited atop melt-freeze surfaces, on shady slopes atop wind-protected melt-freeze encrusted surfaces (persistent weak layer). These layers are currently unlikely to trigger.

Bulletin data: Avalanche Warning Service Salzburg (CC BY 4.0)

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