Yakutia uses kimberlite ore to combat permafrost thaw

In the Arctic zone of Yakutia, global warming is accelerating at two to three times the global average. This shift has moved beyond an ecological concern into a structural threat. The region rests primarily on permafrost-ground that has remained frozen for two or more years-which serves as the physical foundation for the area's entire built environment. As this ice-rich soil thaws, it loses its load-bearing capacity, causing the deformation and collapse of residential buildings, roads, pipelines, and industrial facilities. The warming cycle is reinforced by increased summer temperatures, which trigger more frequent and intense forest fires. These fires release massive quantities of carbon dioxide, further heating the ground and altering the region's hydrology. The resulting water-logging and forest die-off disrupt the grazing lands essential for livestock, directly threatening the food security and traditional livelihoods of the indigenous peoples of the North. Because 90% to 95% of Yakutia is situated within the zone of continuous permafrost, industrial safety is tethered to soil temperature. To manage this risk, the region relies on environmental monitoring systems that track atmospheric and ground temperatures. This data allows operators to adjust how facilities are used in real-time, attempting to prevent structural failure before the thaw renders a foundation unstable.