Bollettino valanghe

Nock Mountains

LWD Salzburg
Vedi sulla mappa

Pericolo valanghe

Above 2,000 m
2 · Moderato
Below 2,000 m
1 · Debole
Non aggiornato — questo bollettino è scaduto 4 years ago. Stai vedendo condizioni passate, non il bollettino in corso.

In sintesi

Fresh + older snowdrifts

Problemi valanghivi

  • Wind slab

    • Tutte le quote
  • Persistent weak layers

    • Tutte le quote

Avalanche Activity

Fresh + older snowdrifts

As of about 2000 m, avalanche danger is MODERATE, below that altitude risks are LOW. Snowdrifts are near to and distant from ridgelines, the frequency of avalanche prone locations increases with ascending altitude. Fractures down to more deeply embedded layers inside the snowpack will be rare. Very isolated small naturally triggered glide-snow avalanches are possible.

Snowpack Structure

5-15 cm of fresh snow blanketed the shallow old snowpack, bonding is generally adequate, only weak on isolated steep sunny slopes (cold on warm). In high alpine ridgeline terrain, NW winds have generated thin drifts. The fundament is often expansively metamorphosed or has hoar embedded. The weak layers are not extensive, not easy to terigger. In isolated cases the entire snowpack glides over the ground on steep grassy slopes.

Weather Synopsis

On Sunday, top visibility, sunshine. In the afternoon thin clouds will move in. Winds will remain light from the south. Temperatures will rise: at 2000 m, -1 degree; at 3000 m, -7 degrees. On Monday, adequate visibility, most of the clouds will be above summit level. Light conditions might be diffuse in the morning. No precipitation. Winds from the south: 30 - 40 km/hr. Temperatures will continue to rise. At 2000 m, +5 degrees; at 3000 m, -1 degree.

Tendency

As a result of intensifying southerly wind, fresh drifts can accumulate on north-facing slopes in high alpine regions. Elsewhere, trigger-sensitivity will recede. At low and intermediate altitudes the snow will become moist.

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

Regioni coperte