Pay attention to local avalanche prone locations due to wind slab!
The avalanche risk is classified as moderate at high altitudes, in some cases even above the tree line. Localised snowdrift accumulations from recent snowfall should be noted, which can still be triggered locally in steep terrain as a medium-sized slab avalanche by a small additional load. There are avalanche prone locations particularly in areas adjacent to the ridgeline and in filled bowls and gullies. Spontaneous small loose snow or wet snow avalanches are possible from steep, undischarged slopes at low and partly medium altitudes where there is a sufficiently thick snow cover, snowpack.
Snowpack
The mild temperatures have already allowed the snow cover, snowpack to settle. Nevertheless, there are still prone to triggering snow packs at high altitudes, which can contain weak layers or do not always bond sufficiently with the old snowpack. Crystals that have been transformed to build up weaken the snow base, fundament. The snow cover, snowpack in the low and partly medium altitudes varies in moisture and sometimes even wetness depending on altitude and aspect.
Tendency
The snow cover, snowpack can continue to settle. Pay attention to avalanche prone locations in steep terrain at high altitudes due to older wind slab.
Danger level
treeline
Avalanche Problem
Wind slab
Treeline
Wet snow
1600m
Moderate avalanche danger due to older wind slab!
The avalanche risk is classified as moderate at high altitudes, in some cases even above the tree line. Attention should be paid to snowdrift accumulations from recent snowfall, which can be triggered as medium-sized slab avalanches in steep terrain, sometimes even with a small additional load. There are avalanche prone locations particularly in areas adjacent to the ridgeline and in filled bowls and gullies. Spontaneous loose snow or wet snow avalanches are possible from steep, undischarged slopes at low and sometimes medium altitudes where there is a sufficiently thick snow cover, snowpack.
Snowpack
The mild temperatures have already allowed the snow cover, snowpack to settle. Nevertheless, there are still prone to triggering snow packs at high altitudes, which can contain weak layers or do not always bond sufficiently with the old snowpack. Crystals that have been transformed to build up weaken the snow base, fundament. The snow cover, snowpack in the low and partly medium altitudes varies in moisture and sometimes even wetness depending on altitude and aspect.
Tendency
The snow cover, snowpack can continue to settle. Pay attention to avalanche prone locations in steep terrain at high altitudes due to older wind slab.
