The main problem continues to be the poor snowpack structure that remains throughout the entire Wasatch Range, this make up of strong snow over weak faceted snow. The problem primarily exists on shady slopes at the mid and upper elevations, where a strong slab of snow can release and fail in the weak faceted snow below. Snowpit results, significantly fewer reports of cracking and collapse and lack of avalanche activity show that the likelihood of triggering an avalanche is decreasing, however, it is still not zero.

We get it, the best coverage and riding seems to be in steep north-facing terrain. While it could be the best riding, this terrain is exactly where the avalanche danger is heightened. As soon as you decide to ride steep northerly facing terrain at the mid and upper elevations, you are rolling the dice as triggering a slab avalanche 1-3’ deep remains possible. This is just the type of problem I don’t want to test the boundaries of, my strategy will be to continue avoiding this steep terrain until the weak layer of faceted snow is buried so deeply that it no longer is a problem, or melts in the spring - whichever comes first.

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Another thing to think about: While we haven’t had a large snow load on the weak faceted snow in over a week, wind drifted snow can act as a load to the snowpack - even when it’s not snowing. Over the past 6 days, we have had high winds and increased wind loading. The ESE winds will have loaded NW facing terrain and anywhere recently wind drifted snow sits atop the weak faceted snow will have an increased load.

As the winds continue to blow these slabs will become more firm and cohesive. This can allow you to travel out farther onto the slope before it breaks, and can fail larger and wider than expected. Triggering an avalanche that initially fails in the wind-drifted snow will likely break down more deeply into the weak faceted snow below.