Forecast for the Logan Area Mountains

Paige Pagnucco
Issued by Paige Pagnucco on
Sunday morning, March 1, 2026

Avalanche danger is MODERATE today. Human-triggered avalanches remain possible, primarily on slopes with previously wind-drifted snow resting over a persistent weak layer. These slab avalanches could be dangerous and up to three feet deep.

Avalanche conditions are complex; evaluate the snow and terrain carefully.

Low
Moderate
Considerable
High
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Weather and Snow

The powder is gone, and the surface snow in the mountains is highly variable. This past week's warm storm delivered rain up to about 8500', damp snow higher than that, and dense wind-packed graupel above about 9200'. The wind ravaged many upper elevation slopes, leaving behind patches of sculpted sastrugi and bulletproof windscour. Riding is generally supportable on all aspects, but any remaining soft snow will likely become saturated with today's warmth and high rain/snow line.

Poor snowpack structure persists on many slopes, now capped by softening crusts of varying thickness and density. Our biggest concern is riders triggering a slab of wind-drifted snow sitting atop the weak, sugary faceted snow that developed during our January dry spell.

With complex and heightened avalanche conditions across the Bear River Mountains, your safest choice is still to stay off and away from steep hills. If you choose to travel in avalanche terrain, follow safe travel protocols by exposing only one person at a time. video below

The UAC Card Canyon weather station at 8700 feet reports 32°F with 54 inches of total snow. The Tony Grove Snotel, located at 8400 feet, reports 33°F, and there's 70 inches of total snow. At 9700 feet on Logan Peak, the winds are blowing from the west around 20 to 25 mph. It's 28°F on Paris Peak at 9500 feet, and the wind, from the southwest, is blowing 11 to 18 mph.

It's going to be cloudy and soggy today in the mountains, with rain and snow showers, and a high temperature around 41°F at 8500 feet. Light winds will blow from the west-southwest. Little accumulation is expected. The incoming weather front moves through the area late tomorrow morning, bringing slightly cooler air, thunder, and 1-3 inches of snow. Snowfall continues through Monday night into Tuesday morning, delivering 2 -4 more inches of snow. The pattern remains unsettled with cooler temperatures arriving for the latter half of the week.

Recent Avalanches

In the Wasatch Mountains, avalanches in the past 11 days have killed four people. The report on the Mary Main Bowl accident on 2/19 has been published. Thank you to everyone involved for sharing information. Our heartfelt condolences go out to everyone affected by this tragic accident.

An observer reported a freshly triggered avalanche Friday near the Naomi Trail on an east-facing slope around 8900'. This slab of wind-drifted snow is exactly the type of avalanche you could trigger today.

pc: K Follett

For all observations and avalanche activity in the Logan Zone, go HERE.

Avalanche Problem #1
Persistent Weak Layer
Type
Location
Likelihood
Size
Description

Avalanche conditions remain elevated in the backcountry. A widespread buried persistent weak layer (PWL) exists on mid and upper elevation slopes facing west through north through east. Last week’s storm winds built cohesive slabs over weak, faceted snow. Our primary concern is that a person could trigger one of these wind-drifted slabs, causing it to fail 1–3 feet deep on buried facets. Any avalanche that breaks into this layer could be large, destructive, and dangerous.

  • These hard slabs are becoming stubborn, but they still require only the right trigger point. A rider or a snowmobile traveling uphill or downhill—especially across a thin or shallow spot in the slab—could cause it to fail. These types of avalanches can propagate widely and may be triggered remotely. or from below. Hard wind slabs can be tricky; sometimes, allowing a person to get well out on them before suddenly releasing.

  • Watch for and avoid smooth, rounded, drum-like drifts near ridgelines, sub-ridges, rock outcrops, gully walls, and rollovers. Collapsing and shooting cracks indicate instability—but may not always be present.

This video shows an extended column test from Tuesday in the Northern Bear River Range.

Additional Information
  • Travel with a partner, and cross or ride slopes steeper than 30 degrees one at a time while the rest of your group watches from a safe spot.
  • Ensure that everyone in the group has avalanche rescue equipment (a transceiver, probe, and shovel) and knows how to use it.

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Join the UAC for the first "Stay and Play Avalanche Course" at Bear River Lodge in the Uintas, March 19th-22nd. This course is designed for snowmobilers by snowmobilers, where you will learn avalanche rescue, riding skills, and how to survive in the backcountry. Come enjoy all the luxury offerings at Bear River Lodge and improve your skills along the way.

For all questions on forecasts, education, Know Before You Go, events, online purchases, or fundraising, call 801-365-5522.

Did you know the UAC hosts a podcast? Episode 2 of Season IX is just out - AI, Machine Learning, and the Value of Expert Intuition at the Utah Avalanche Center.

Are you interested in learning more about avalanches? Visit our education page for details on all our classes.

For more information, visit the UAC weather page here: UAC Weather Page For Logan-specific weather, go here: Logan Mountain Weather

-Remember, the information you provide could save lives, especially if you see or trigger an avalanche. To report an avalanche or submit an observation from the backcountry, go HERE

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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.

General Announcements
This information does not apply to developed ski areas or highways where avalanche control is normally done. 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.