Special Weather Statement
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Significant rainfall over the past week has increased soil moisture to high levels across western Washington. Additional rainfall of 1 to 2 inches is expected through Friday. This amount of rain will continue to put extra pressure on soil instability, leading to an increased threat of landslides and debris flows, especially from recent burned areas, with this new rainfall acting as a trigger. Numerous landslides have already occurred in Whatcom, Skagit, King Counties and others. More landslides continue to be possible. Areas most susceptible to landslides debris flows under these conditions are steep coastal bluffs, other steep hillsides or road cuts, and recent burned areas. A diminishing threat of landslides and debris flows will continue for several days after the rain ends. For more information about current conditions, visit www.weather.gov/seattle, select Hydrology, and then scroll down for the links to the landslide information pages. For more information on landslides, visit the website for the Washington State Department of Natural Resources landslide geologic hazards at: http://bit.ly/2mtA3wn

Glacier Peak Mountain Peaks

Mountain Peaks

Pacific Ranges

Cascade Range

Last Updated: December 17, 2025

Glacier Peak, located in the Pacific Ranges mountain range in Washington State, is an impressive volcanic peak with a rich mountaineering history.

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Summary

Standing at an elevation of 10,541 feet (3,212 meters), it is the most isolated and remote of the five major stratovolcanoes in Washington. This makes Glacier Peak a challenging yet rewarding destination for mountaineers.

During the winter season, Glacier Peak receives a significant amount of snow, contributing to its immense glaciers and snowfields. The snowpack range can vary depending on the year and weather conditions. It is not uncommon for the mountain to have several feet of snow during the winter, creating a thrilling experience for backcountry skiers and snowboarders who venture into its slopes.

Glacier Peak's pristine glaciers and snowfields feed numerous creeks and rivers in the surrounding area. Some of the prominent waterways that receive runoff from the mountain include the White Chuck River, the North Fork Sauk River, and the South Fork Sauk River. These rivers provide important habitat for various species of fish and wildlife.

The name "Glacier Peak" was given to the mountain by naturalist and geologist George Vancouver in 1792, during his exploration of the Pacific Northwest. The name accurately reflects the mountain's prominent glaciers, and it has stuck ever since. There are no specific legends or folklore associated with the mountain, but its remote location and challenging climbs have undoubtedly sparked the imagination of many mountaineers throughout history.

In conclusion, Glacier Peak is a majestic and isolated volcanic peak in the Pacific Ranges mountain range of Washington State. With its impressive elevation, abundance of snow, and significant impact on local waterways, it offers a thrilling and rewarding experience for mountaineers who are up for the challenge.

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Special Weather Statement
Until 2025-12-18T16:00:00-08:00 • National Weather Service
Significant rainfall over the past week has increased soil moisture to high levels across western Washington. Additional rainfall of 1 to 2 inches is expected through Friday. This amount of rain will continue to put extra pressure on soil instability, leading to an increased threat of landslides and debris flows, especially from recent burned areas, with this new rainfall acting as a trigger. Numerous landslides have already occurred in Whatcom, Skagit, King Counties and others. More landslides continue to be possible. Areas most susceptible to landslides debris flows under these conditions are steep coastal bluffs, other steep hillsides or road cuts, and recent burned areas. A diminishing threat of landslides and debris flows will continue for several days after the rain ends. For more information about current conditions, visit www.weather.gov/seattle, select Hydrology, and then scroll down for the links to the landslide information pages. For more information on landslides, visit the website for the Washington State Department of Natural Resources landslide geologic hazards at: http://bit.ly/2mtA3wn