Forecast for the Abajos Area Mountains

Eric Trenbeath
Issued by Eric Trenbeath on
Saturday morning, April 5, 2025
Recent and wind drifted snow will increase the likelihood for shallow, human triggered avalanches on steep, northerly aspects. Avoid, steep slopes that have more than about 8 inches iof new snow.
It still remains possible to trigger a dangerous avalanche as two local snowboarders found out last weekend. Most people would not suspect this given the overall lack of snow and even bare ground on adjacent slopes. The problem is that the existing snowpack has very poor structure. This means that layers of weak, faceted snow exist underneath a dense, hard slab. The areas where you can actually find this are few and far between, but wherever snowcover exists on steep, northerly aspects, human triggered avalanches remain possible.
With a strong sun and warming temperatures ahead, the likelihood will increase for loose wet avalanches will increase on sun exposed slopes. Signs of instability include rollerballs, pinwheels, and sloppy wet snow. Stay off of and out from under steep slopes when these signs are present.
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High
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Weather and Snow
The Abajo mountains picked up 8 to 12 inches of snow this week. This has increased the likelihood for human triggered avalanches on northerly aspects that still have existing snow cover. What snow does exist is poor in structure meaning that a dense slab exists over weak, sugary, faceted snow. This structure exists on northerly aspects that have held snow all season, and human triggered avalanches are possible in these areas.
We're moving into a period of high pressure this week with increasingly warmer temperatures each day.
Use these links for current weather conditions.
NWS forecast for the Abajo Mountains.
Snow totals and temps at Buckboard Flat (8924')
Snow totals and temps at Camp Jackson (8858')
General Announcements
This forecast is from the U.S.D.A. Forest Service, which is solely responsible for its content. This forecast describes general avalanche conditions and local variations always occur.