Observer Name
        Eric 
  
      Observation Date
        Monday, December 12, 2022
  
      Avalanche Date
        Monday, December 12, 2022
  
      Region
        Ogden » Ben Lomond » Cutler Ridge
  
      Location Name or Route
        Cutler 
  
      Elevation
            7,500'
  
      Aspect
        Northeast
  
      Slope Angle
            37°
  
      Trigger
        Skier
  
      Trigger: additional info
        Intentionally Triggered
  
      Avalanche Type
        Soft Slab
  
      Avalanche Problem
        Persistent Weak Layer
  
      Weak Layer
        Facets
  
      Depth
        18"
  
      Width
            80'
  
      Vertical
            125'
  
      Comments
        I released an approximate 75' wide, 18"-24" deep sized soft slab slide that ran about 100-150' long today while performing a poorly placed ski cut in route to a more favorable descent route. 
This was on a ridge to the NW of the weather station. 
My plan was to ski the ridge down into trees and to cut the slope on my way over. I have seen this slope release multiple times. It seems to have the right combination of convex roll leading into a steeper section (35-38 degrees) along with terrain driven winds that must deposit close to the loading point on the convexity. Its a short shot, but can be dangerous as it drains into some trees. 
It was the end of my day, and I made a tired and lazy decision that I was high enough up on the ridge to cut the slope. 
The slope broke above me at the new snow old surface interface, then stepped down about 8-6" onto facets above what I believe is the old dry spell layer. 
I was able to carry momentum and ski off to the north. 
There was a small amount of hangfire left at the crown slope convexity, but not enough to worry me, so I went back to take a look and investigate the snow layering. 
I made a really bad terrain management call, but this slide shows the fragility of the snowpack and the tricky layering we are experiencing. 
I added a pic of some slides/releases on the Lomond headwall. 










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