Explore the ski destinations most vulnerable to climate change, where reduced snowfall and rising temperatures threaten their future. This list analyzes how global warming is shortening ski seasons and impacting the economies of mountain communities. Discover which resorts face the greatest risks and how the ski industry is adapting to these challenges. Understanding the magnitude of climate impact on winter sports is crucial for promoting sustainability.
St. Anton am Arlberg faces significant climate change impacts, particularly at its lower elevations where snowfall is increasingly unpredictable. The resort has invested heavily in sustainability and over a thousand chemical-free artificial snow cannons to ensure snow reliability, allowing it to maintain operations despite rising temperatures. Its efforts demonstrate Alpine destinations' active battle against the effects of global warming.
Whistler Blackcomb features an exceptionally long ski season, typically running from mid-November until late May, making it particularly susceptible to shifts in snowfall patterns and temperatures. Its reliance on abundant natural snowfall, averaging 11 meters annually, directly exposes it to the impacts of climate change on the duration and quality of its season.
Val d'Isère is a high-altitude ski destination in the French Alps, which has historically provided it with excellent snow reliability. However, like many Alpine resorts, it faces a very high snow-supply risk due to global warming, with projections indicating that only the highest peaks might get enough natural snow by 2050. The resort increasingly relies on snowmaking to maintain its 300 km of slopes, highlighting its vulnerability to climate change.
Lake Louise Ski Resort has demonstrated remarkable resilience in the face of climate change challenges, recording record snowfalls in recent seasons and opening major terrain ahead of schedule. Despite general trends of decreasing ski season lengths in Western Canada, the resort has actively implemented sustainability measures, such as cutting 1,500 tonnes of CO2 since 2015, to mitigate its environmental impact.
Aspen Snowmass is significantly impacted by climate change, with projections of shorter ski seasons and increased reliance on energy and water-intensive machine-made snow. Despite its sustainability efforts, such as installing solar panels, rising temperatures and variable precipitation patterns threaten snow reliability and the length of its winter seasons.
All the rankings you can imagine
Thousands of verified votes to discover the best. Your vote here counts
Kitzbühel has experienced a significant decline in natural snow cover due to rising temperatures, leading to a shorter ski season. This has prompted the resort to invest heavily in snowmaking technology, annually producing billions of liters of artificial snow to compensate for natural shortfalls and maintain its operations.
Grand Targhee Resort stands out for its exceptional average annual snowfall, exceeding 500 inches, making it a resilient destination against changing climate patterns. Its ability to maintain consistent snow conditions, with only one winter below 350 inches in 14 seasons, underscores its lower vulnerability to snow scarcity compared to other resorts.
Les 3 Vallées, despite its vast size and altitude, experiences a notable impact from climate change, with temperatures reaching 20°C in the valleys. This has led to reduced snowfall and increased rain instead of snow, affecting the snow base that would typically exceed two meters by late December. The resort is forced to adapt to changing weather conditions, with potential closures of slopes and lifts due to external factors.
Verbier faces significant impact from climate change, with projections indicating that parts of the resort could lose natural snow cover if snow only falls above 1,500 meters. The record-pace melting of Alpine glaciers threatens its ecosystems and snow availability, despite its snowmaking capabilities and historically reliable snowfall.
Portes du Soleil faces significant challenges due to snowfall variability, which has driven the implementation of active water management and artificial snow production measures. The resort has invested in snowmaking systems to compensate for natural snow scarcity, especially on connecting slopes and lower altitude areas, ensuring the operability of its vast ski domains.
Zermatt is a ski destination experiencing significant climate change impact, evidenced by the rapid retreat of its glaciers, including the Theodulgletscher and Gorner Glacier. High temperatures and low snowfall led to a 10% reduction in ice volume between 2022 and 2023, forcing restrictions on summer glacier skiing infrastructure access.
Perisher faces significant reductions in snow depth and season length due to climate change, with projections indicating ski seasons could be up to 62 days shorter by the 2050s. Decreased snowfall and rising temperatures directly impact its viability as a ski destination, affecting winter tourism and alpine ecology. This Australian resort exemplifies how global warming threatens the ski industry in regions with already variable climates.
This ranking has been developed to highlight ski destinations most impacted by the effects of climate change, based on available information regarding snow conditions and future projections.