Remains of 20 whalers found in Norway: melting ice exposes an Arctic cemetery

The rapid warming of the Arctic has unveiled a new chapter in European maritime history. Researchers discovered the remains of 20 whalers in a cemetery in Svalbard, an archipelago located between the North Pole and the northern coast of Norway. The site, known as Likneset —which in Norwegian means “Point of the Corpses”—, has suffered damage from the accelerated environmental changes in the region, allowing for the recovery of skeletons that show clear signs of a life marked by extreme physical effort.

The research was conducted by Lise Loktu from the Norwegian Institute for Cultural Heritage Research, and Elin Therese Brødholt from the Oslo University Hospital. The remains belong to men associated with whaling during the Modern Age, an activity that required strength, endurance, and long campaigns in hostile conditions. According to Loktu, “whaling in the early Modern Arctic was among the first large-scale extractive industries in Europe, and the work was highly manual.”

A cemetery in the High Arctic: Svalbard and the history of whaling

Likneset is located on an island in the Svalbard archipelago, an area of extreme climate that for centuries was the scene of European whaling expeditions. The cemetery preserves the remains of workers who participated in an industry fundamental to the economy of the time, when whale oil was processed and used for lighting, lubricants, and other products. The discovery allows us to view this activity not from the ships or commercial records, but from the bodies of those who carried it out.

The skeletons reflect an exhausting work routine. The researchers detected damage in shoulders, upper chest, spine, hips, knees, and feet, consistent with repetitive and heavy tasks. Among these tasks were rowing boats, dragging live whales, towing animal bodies, processing fat, and working long hours aboard whaling ships.

The most striking fact is that the deterioration is not only found in older individuals. “Several very young adults already show advanced wear and degeneration normally associated with much later stages of life,” Loktu noted. This observation shows that the work could accelerate physical aging and leave deep marks even on workers who were still at the beginning of their adult lives.

Injuries, wear, and scurvy: what the bones tell about life on board

The analysis of the remains showed signs of degenerative joint disease, injuries, and bone damage consistent with intense physical activity. In simple terms, the bodies show the accumulated cost of working in an industry that relied almost entirely on human strength. Whaling required heavy maneuvers, exposure to cold, repetitive movements, and little rest, conditions that ultimately affected joints and bones.

In addition to mechanical wear, the skeletons show signs of scurvy, a disease caused by vitamin C deficiency. Scurvy was common on long sea voyages, where the diet could lack fresh fruits and vegetables for weeks or months. Loktu explained that “scurvy not only affects the bones; it also compromises the immune system, increases vulnerability to infections, weakens wound healing, and contributes to overall physical deterioration.”

The disease exacerbated the risks of an already dangerous activity. A worker with scurvy could have lower defenses, poorer recovery from wounds, and greater bodily weakness, right in an environment where any accident could be fatal. The combination of extreme cold, heavy tasks, limited food, and diseases made whaling one of the harshest forms of maritime work of the time.

The researchers also detected circular marks on the dental enamel of some men. These indentations suggest that they smoked pipes, a common practice among sailors and workers of the time. This detail is not minor: tobacco consumption can also reduce vitamin C levels, which would have worsened the effects of scurvy on already weakened bodies.

Climate change and heritage: when melting exposes ancient graves

The discovery also highlights a current issue: the vulnerability of archaeological heritage to global warming. The Likneset cemetery was damaged by the rapid warming of the Arctic, a region that is warming at a faster rate than other areas of the planet. This process can expose human remains, historical structures, and archaeological objects, but it also accelerates their deterioration if they are not recovered and studied in time.

In this case, the environmental damage allowed access to valuable information, but under a logic of urgency. When ice, permafrost, or frozen soils degrade, organic materials can decompose rapidly when exposed to air, moisture, and erosion. Therefore, Arctic archaeology faces a double challenge: to document unique findings and protect them before the very climate change that reveals them ends up destroying them.

The research, published in PLOS One shows that the Svalbard cemetery not only preserves bones: it preserves the physical evidence of a life of extreme work in one of the harshest environments in the world.