Time is our friend in this situation. With each passing day, the odds of triggering an avalanche decrease a little, but it still remains possible to trigger a deadly 2-5 ft deep slab on a persistent weak layer near the ground on NW, N, NE and E facing slopes.
Avalanche activity on this layer has been tapering off, and results in snowpit tests are steadily improving. These signs show that triggering an avalanche is getting harder to do, but it is not an overnight fix. Just because the likelihood has decreased doesn't mean the problem no longer exists. Steep, upper elevation aspects, especially those that have already slid leaving a shallower snowpack are especially suspect and could be easier to trigger. While we can't quantify the chances of triggering avalanches on this persistent weak layer, we do know it remains possible. What we can do is avoid slopes where this problem exists.
Yesterday winds shifted directions to the southwest, and gusted up to 40 mph at ridgelines. This additional loading on northeast facing slopes will increase the chances of triggering a large avalanche. Look for signs of wind drifted snow on Northeast aspects and avoid them.
A photo from the
Snowbird periphery shows the standard snowpack structure across the range. (PC: Zimmerman-Wall/Bremer/Latosuo AIARE PRO 1)