Very dangerous avalanche conditions. Travel in avalanche terrain is not recommended.
Avalanche Problem 1: Storm Slabs




- Watch your sluff: it may run faster and further than you expect.
- Avoid exposure to overhead avalanche terrain. Large avalanches may reach the end of run out zones.
Avalanche Problem 2: Persistent Slabs




Touchy weak layers are making for volatile avalanche conditions. Large avalanches are failing naturally and with very easy (even remote) triggers.
- Avoid exposure to terrain traps where the consequences of a small avalanche could be serious.
- Travel in avalanche terrain is not recommended with current conditions.
Avalanche Summary
A natural avalanche cycle was observed from the air on Tuesday. It was described as widespread in the Lizard Range, with numerous size 3-3.5 avalanches starting in the alpine and running to near valley floor, and size 2 avalanches at and below treeline. Operators also reported numerous large human, vehicle and remote-triggered avalanches. Expect continuing avalanche activity on Wednesday. The natural cycle will probably slow a little as temperatures cool, but as long as its snowing and blowing, avalanche activity will be likely to continue.
On Monday, a skier-triggered size 2 avalanche was reported near McDermott Cabin at around 1800 m.
Snowpack Summary
The snowpack reached its tipping point on Tuesday as warming and precipitation combined to overload persistent weak layers in the snowpack and create a large natural avalanche cycle.
A volatile weak layer from mid-December (predominantly feathery surface hoar crystals and/or a sun crust) is found at treeline and below. Deeper in the snowpack, an early season rain crust and sugary facets are also being stressed. Avalanches failing on these layers are large and destructive.
Weather Forecast
WEDNESDAY: Light winds. Around 10 cm snow. Alpine temperature near -5.
THURSDAY: Light winds. Around 10 cm snow. Alpine temperature near -7.
FRIDAY: Strong south-westerly winds. Possible flurries. Alpine temperature near -5
Avalanche Forecasts in your Inbox
Avalanche Canada has switched to an RSS feed for its daily forecasts. This is a much more flexible method that allows automatic delivery to your email inbox, or to an RSS reader of your choice.
What are RSS feeds?
RSS (Really Simple Syndication) is a popular standardized file format allowing up-to-date delivery of web-based content. RSS feeds enable you to receive content updates from websites, delivered to your email through an RSS aggregator (such as blogtrottr.com) or viewed through applications called RSS readers (such as feedly.com).
Set up an RSS feed for your email:
Select a RSS aggregator
- Lizard Range and Flathead URL:
http://www.avalanche.ca/api/forecasts/lizard-range.rss - Copy the url and paste it into the appropriate field of your RSS aggregator.
- Fill in your email address.
- Voila! Watch the Avalanche Canada forecast roll into your inbox.
Forecast Disclaimer
Avalanche Canada's Public Avalanche Bulletin, and other information and services provided by Avalanche Canada, are intended for personal and recreational purposes only.
**THIS INFORMATION IS PROVIDED "AS IS" AND IN NO EVENT SHALL THE PROVIDERS BE LIABLE FOR ANY DAMAGES, INCLUDING, WITHOUT LIMITATION, DAMAGES RESULTING FROM DISCOMFORT, INJURY, OR DEATH, CLAIMS BY THIRD PARTIES OR FOR OTHER SIMILAR COSTS, OR ANY SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, ARISING OUT OF THE USE OF THE INFORMATION.**
The user acknowledges that it is impossible to accurately predict natural events such as avalanches in every instance, and uses the data in this bulletin with this always foremost in mind. The accuracy or reliability of the data is not guaranteed or warranted in any way and the Providers disclaim liability of any kind whatsoever, including, without limitation, liability for quality, performance, merchantability and fitness for a particular purpose arising out of the use, or inability to use the data.
Recent snow and warming have created widespread storm slabs. If triggered, these could step down to a persistent weak layer and create a surprisingly large avalanche.