Natalya Saprunova's photographic series documenting coastal erosion and permafrost thaw in Canada's Inuvialuit territories has earned the New Scientist Editors Award at the Earth Photo 2026 competition.
Saprunova's work captures the visible transformation of Arctic landscapes as warming temperatures destabilize frozen ground and accelerate shoreline retreat. The Inuvialuit are an Indigenous people inhabiting the western Canadian Arctic, including parts of the Northwest Territories and Yukon. Their traditional lands face dramatic environmental changes as permafrost, which remains frozen year-round, thaws due to climate warming.
The photo series documents this physical transformation with visual precision. Permafrost thaw creates ground subsidence, alters ecosystems, and threatens infrastructure and communities. Coastal erosion compounds these pressures, removing land at rates that force relocations and threaten cultural heritage sites. These processes interconnect with broader Arctic climate change patterns, where warming occurs roughly twice as fast as global averages.
The Earth Photo competition, which announces winners annually, recognizes photography that addresses environmental and scientific themes. New Scientist's editors selected Saprunova's work for its evocative approach to climate science storytelling. The award acknowledges photography's capacity to communicate complex environmental phenomena to broad audiences where traditional scientific communication might not reach.
Saprunova's recognition arrives as climate scientists increasingly document Arctic transformation. Permafrost contains vast carbon reserves; as it thaws, decomposing organic matter releases greenhouse gases, potentially accelerating warming further. Coastal erosion in the Arctic directly impacts Indigenous communities who have occupied these regions for millennia, raising environmental justice questions about who bears climate change's costs.
The competition validates visual journalism focused on climate science at a moment when Arctic communities seek global attention for their circumstances. Saprunova's images translate abstract climate data into immediate, human-scale