Older than yesterday - natural or light triggers

Shallow uniform, but above ground roughness

Weak surface (SH, FC or DH) or crust (sun, wind, rain)

ssomwhat unrealistic considewring it has been raining for three hours and theps are below freezing, not very likely scenario
I dont exactly want to call this unrealistic, however the primary ob (slabs today) stands out and would make me question the other obs and hence the   somewhat serious
deteriorating fast
as long as the crust supports
you had to throw in the rain, but the crust is holding
Sometimes when I am out, I do not care if the slab is wet, or not, and when the transition from dry to wet occurs. Therefore any slab represents a similar concern, altho a wet slab is more analagous to a deep slab than a storm slab. Typically also a wet slab means shitty skiing, so in all likelihood, a better option than skiing shitty wet snow exists.
It depends on the rate that the surface crust breaks down due to radiation
Would be more concerned when cooling takes place!
Unlikely to trigger in mature forest
Slightly refrozen, radiation below threshold good increasing tension and forming wetslab
conditions will change as the crust breaks down with the warm temps
Hard to have slushy snow and below freezing daytime temps.
Rain is not common with below freezing temps, but seems quite common in these scenarios.
I am wondering why we had wet slabs to day under these conditions. Were they from extreme terrain?
Usually not serious while until sfc is freezing, air temps, good but caution on solar aspects
only for wet slabs while the 15 to 20 cms Cr later in the day
I don't like the rain...but it says a solid crust. would want to monitor this
are the sudden fractures due to isolating a solid crust...this is typical
if there was wet slabs from from today I'd be more concerned
if the  crust is solid all is good, but  if datime warming melts  it it becomes more serious
since there are wet slabs from yesterday I'm more concerned but there's no weka layer
Na activity, but no weak layer
I would not expect a "solid 20 cm crust" to result in avalanches while still frozen