When the remnants of Typhoon Halong tore into the western Alaska village of Quinhagak in mid-October 2025, the storm did more than chew away coastline and damage infrastructure. It ripped open a frozen archive at the nearby Nunalleq site, scattering tens of thousands of fragile relics from pre-contact Yup’ik life and turning a long-running archaeological project into an emergency salvage effort.
An Arctic “library” torn open
Halong began as a powerful typhoon in the western Pacific before transitioning into an intense extratropical system that drove hurricane-force winds into Alaska’s Bering Sea coast. As seas rose and waves pounded the shoreline, about 60 feet of bluff at Nunalleq collapsed, including a 30-foot protective buffer and another 30 feet of once-inhabited layers embedded in permafrost.
For more than a decade, this frozen ground had preserved wooden masks, tools, toys, and other organic objects in remarkable condition. When the bluff failed, roughly 100,000 uncatalogued artifacts were exposed at once. Many tumbled onto the beach, where saltwater, sun, and wind began degrading them within hours, transforming a slow-moving erosion problem into what researchers describe as a global cultural emergency.
A village watching its past wash away
Quinhagak, home to about 800 people who rely heavily on subsistence hunting and fishing, felt the loss not only as scientific damage but as a cultural wound. The coastline near Nunalleq is both a food-gathering area and a place where residents see their ancestors’ presence written in the land.
In the storm’s aftermath, villagers drove all-terrain vehicles up and down the shore, retrieving waterlogged masks, spoons, and children’s playthings before they could splinter or be swept away. People described the scene as akin to seeing their community’s collections dumped along the tideline, a jumble of objects that once carried stories, rituals, and family connections now at risk of vanishing without record.
The economic effects were immediate as well. For 17 years, seasonal digs at Nunalleq had brought wages, training, and visiting specialists into Quinhagak. The potential permanent loss of tens of thousands of objects threatens years of future research and field seasons, narrowing both local employment opportunities and the wider understanding of Yup’ik history.
Archaeologists in emergency mode
Archaeologist Rick Knecht, who has led excavations at Nunalleq since 2009, flew back to the site with emergency conservation supplies as soon as conditions allowed. He and local volunteers rapidly shifted from methodical digging to what they call rescue work, focusing on whatever could be reached before winter cold locked the exposed deposits under ice and snow.
Within days, the team had recovered about 1,000 artifacts from the shattered bluff and nearby beaches. The pace and conditions were far removed from typical field seasons, which carefully document each find in situ. Knecht likened the effort to rushing into a burning library: every hour lost meant more irreplaceable material destroyed or washed away, and careful cataloging often had to yield to basic retrieval.
Museums and conservators in triage
The surge of organic artifacts quickly overwhelmed small institutions tasked with preserving them. Nunalleq Museum in Quinhagak and Anchorage Museum received crates of soaked wood, fiber, and other perishable materials that would crack or crumble if they dried too fast.
Conservators placed pieces in fresh water to draw out marine salts, then gradually introduced treatments such as polyethylene glycol to support the cellular structure of wood and plant fibers as they dried. Normal exhibit and education work gave way to triage: prioritizing the most endangered items, stabilizing them enough to survive transport and long-term storage, and documenting what could still be linked to specific structures or activity areas at the site.
Halong’s damage also highlighted how many similar collections across the Arctic remain unprepared for sudden influxes of material. Institutions that specialize in polar archaeology often operate with limited staff and funding, even as thawing ground exposes ever more sites.
Climate change, infrastructure risk, and what comes next
The catastrophe at Nunalleq reflects wider trends across northern regions, where warming temperatures and permafrost thaw are undermining archaeological deposits from Alaska to Siberia. Sites that once changed only slowly are now vulnerable to stronger coastal storms that can erase centuries of human history in a single event. Researchers warn that climate change is not merely a future threat to heritage but an active force stripping away archives of Indigenous knowledge.
In Quinhagak, the same erosion that exposed artifacts has put modern infrastructure in jeopardy. The village’s 10-acre sewage lagoon now sits perilously close to an unstable bluff, raising fears of a spill into the Bering Sea. Fish racks, smokehouses, and other facilities vital to subsistence practices were damaged or destroyed. Local leaders say repeated storms may force costly relocations or large-scale engineering projects far beyond the means of small communities.
At the policy level, Halong has underscored gaps in how protective funding is allocated. Coastal stabilization and disaster relief in Alaska typically prioritize homes, fuel tanks, and transportation routes. Archaeological sites and ancestral landscapes, even when central to Indigenous identity and education, tend to be considered only after damage occurs. Scholars and community leaders argue that cultural places should be treated as essential infrastructure, with preservation plans built into climate adaptation rather than added later.
Amid the upheaval, Quinhagak residents are working to turn loss into renewal. Local artists and elders are organizing classes in traditional carving, sewing, and toolmaking, using both recovered objects and oral histories as teaching aids. Volunteers, including schoolchildren, help scan the shoreline, log artifacts, and assist visiting scientists studying shoreline change and permafrost thaw. Partnerships between the village, universities, and museums aim to develop strategies that can be adapted to other Arctic communities facing similar threats.
The scattering of Nunalleq’s artifacts has drawn international attention as a warning that many coastal heritage sites sit on the front lines of climate change. Researchers, governments, and tribal organizations now face urgent choices about where to focus limited resources, how to coordinate long-term monitoring, and how to ensure that Indigenous voices guide decisions about what is saved, how it is interpreted, and where it is kept. For Quinhagak, the challenge ahead is to secure both its present-day safety and the memory of a past that the sea has already begun to claim.
Sources:
Associated Press Nunalleq storm and artifact recovery report
Archaeology Magazine coverage of Typhoon Halong damage at Nunalleq
Alaska Public Media western Alaska storm and erosion reporting
University of Aberdeen Nunalleq archaeological excavation and conservation project
Smithsonian Magazine analysis of Arctic heritage and climate change
Cambridge University Press commentary on climate threats to Indigenous Yup’ik heritage