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Gudauri

Icon for Avalanche Hazard: Considerable

Natural avalanches are possible, human-triggered avalanches are likely. Small avalanches in many areas, or large avalanches in specific areas, or very large avalanches in isolated areas.

Over 1 meter of new snow combined with moderate to strong winds lead to considerable avalanche hazard in the high alpine and alpine. There has been some limited evidence in the snowpack for persistent slab problem on S aspects, but propagation potential has yet to be confirmed. Watch for glide slabs and cracks that formed on NE and E aspects below 2500 m. Please note that we currently have limited observations, and there is some uncertainty around some parts of this forecast.

Forecast issued at: ⁨26 December 2023 21:00⁩

Forecast valid until: ⁨27 December 2023 21:00⁩

Forecaster: ⁨Luke Frisken⁩

Forecast Area

High Alpine

> 2600m

Icon for Avalanche Hazard: Considerable Elevation Hazard Diagram high-alpine considerable

3 Considerable

Dangerous avalanche conditions. Careful snowpack evaluation, cautious route-finding and conservative decision-making essential.

Alpine

2000m - 2600m

Icon for Avalanche Hazard: Considerable Elevation Hazard Diagram alpine considerable

3 Considerable

Dangerous avalanche conditions. Careful snowpack evaluation, cautious route-finding and conservative decision-making essential.

Sub Alpine

< 2000m

Icon for Avalanche Hazard: Considerable Elevation Hazard Diagram sub-alpine moderate

2 Moderate

Heightened avalanche conditions on specific terrain features. Evaluate snow and terrain carefully; identify features of concern.

Avalanche Problems

Wind Slab

Problem Type Wind Slab Icon
Problem Type
Aspect/Elevation
Aspect/Elevation
Avalanche Size
Avalanche Size
Likelihood
Likelihood
A cohesive layer of snow (a slab) formed by the wind drifted snow.

Possibly variable distribution due to terrain, watch closely for the signs of wind slab on any aspect you are travelling on. With the strong winds, loading may be further down the slope than you might typically expect.

Sensitivity The specific avalanche problem type is reactive to human rider triggers. Easy to trigger with ski cut.
Distribution Specific areas, with common characteristics. Evidence for instabilities exists, but it is not obvious and finding it requires careful observations.
Time of Day All day
Trend No change
Confidence Moderate

Storm Slab

Problem Type Storm Slab Icon
Problem Type
Aspect/Elevation
Aspect/Elevation
Avalanche Size
Avalanche Size
Likelihood
Likelihood
One or more layers of recent storm snow that have consolidated into a slab above a weak layer.
Sensitivity The specific avalanche problem type is reactive to human rider triggers. Easy to trigger with ski cut.
Distribution Many locations. Evidence for instabilities is frequently found, in many locations.
Time of Day All day
Trend Improving
Confidence Low

Loose Wet

Problem Type Loose Wet Icon
Problem Type
Aspect/Elevation
Aspect/Elevation
Avalanche Size
Avalanche Size
Likelihood
Likelihood
A type of loose snow avalanche composed of wet or moist snow.

Mild warm temperatures and solar radiation may increase the likelihood of wet loose avalanches during the afternoon.

Sensitivity The specific avalanche problem type is unreactive to human rider triggers. Generally only possible with high additional load.
Distribution Specific areas, with common characteristics. Evidence for instabilities exists, but it is not obvious and finding it requires careful observations.
Time of Day Afternoon
Trend Deteriorating
Confidence Low

Persistent Slab

Problem Type Persistent Slab Icon
Problem Type
Aspect/Elevation
Aspect/Elevation
Avalanche Size
Avalanche Size
Likelihood
Likelihood
A slab formed over a persistent weak layer.

Thin layer of facets over or under a melt-freeze or sun crust.

Sensitivity The specific avalanche problem type is difficult to trigger with a human rider.
Distribution Specific areas, with common characteristics. Evidence for instabilities exists, but it is not obvious and finding it requires careful observations.
Time of Day All day
Trend No change
Confidence Low

Recent Avalanches and Snowpack

18th - 20th of December:

Snow pits on S, SE, N and NE aspects between Sadzele and Bidara at or above 3000 m indicate a "right side up" snowpack with density increasing with depth. Some facets were found close to the ground on N aspects. A very thin layer of facets was found overlying a crust down 75 cm. Extended column tests yielded no results. Snow depths ranging from 180 cm on N to 120 cm on S. There was an observed shallow pocket with a depth of 80 cm on NE at 3100 m with a CT11 down 10 cm on an interface within the settling snow.

22nd - 26th of December:

We have received about 120cm of new snow during the storm the past 5 days, with wind loading predominantly from the W, but aso from the SW-S-SE aspects during some periods.

Weather

27th of December:

In the early morning we have moderate winds from the NW, shifting to variable directions during the day.Temperatures ranging from -9C during the morning to 0C during the day. Partly cloudy.

28th of December:

Around 5cm of new snow, winds changing from moderate S to strong W in the morning. Temperatures ranging from -3C in the morning to -7C in the afternoon and -15C in the late evening. Overcast during the morning, partly cloudy in the afternoon.

Disclaimer

Our avalanche forecasters are internationally qualified and experienced professionals, and data is provided by skilled observers. We encourage you to make your own observations and decisions, without relying solely on our forecast, since any forecast is a generalised 'best guess', and in certain cases it might be inaccurate. We can not be held liable for any actions you take in the backcountry that may result in injury, loss or death.