Dear Editor,
There are approximately 2000 ski resorts in 68 countries around the world.Reference Vanat 1 Among the 41 ski resorts in Türkiye, three are located in Erzurum. Among these are the ski resorts of Palandöken, Kandilli, and Konaklı. The New York Times has placed Palandöken 18th out of 41 ski resorts worldwide. It is located in the Erzurum Valley area, close to Ejder Peak, and is renowned for being the highest-altitude and longest-season ski resort in Türkiye. The resort has a 1020-hectare ski area, elevations between 2200 and 3176 meters, and a 1070-meter vertical drop. For both domestic and foreign travelers, Palandöken Mountain is a popular winter destination.Reference Valiliği 2 The topography of Palandöken makes it vulnerable to avalanches. An avalanche is the rapid and sudden flow of snow masses accumulated on slopes and is considered one of the natural disasters. 3 Several avalanches have occurred on Palandöken Mountain with tragic consequences. In 1974, six people were buried in an avalanche and rescue teams were injured by a secondary avalanche. In later years, avalanches caused the death of four people in 1975, one person in 1976, and eight people at Dragon Peak in 1977.Reference Anadolu Kılıç 4 In 2006, one tourist died in an avalanche on Palandöken Mountain.Reference Anadolu Kılıç 4 The last avalanche disaster that occurred on Palandöken Mountain on December 21, 2024 resulted in the death of an athlete from the Turkish Olympic Preparation Center Kocaeli Judo National Team.Reference Valiliği 5 As one of Türkiye’s premier winter tourism destinations, Palandöken hosts international events but faces significant avalanche risks due to its topography. To mitigate these risks, it is essential to establish avalanche early warning and monitoring systems, conduct avalanche safety training for tourists and staff, and implement infrastructure measures to reduce avalanche hazards. Additionally, emergency response plans should be developed, and environmental projects to enhance vegetation cover should be implemented to reduce erosion.
Acknowledgements
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Author contribution
KT: Conceptualization, Investigation Methodology, Validation, Writing–original Draft; GU: Conceptualization, Data Curation, Investigation; Methodology, Supervision; Validation, Writing–original Draft; EA: Conceptualization, Data curation, Investigation, Methodology, Validation, Writing– original Draft; FG: Conceptualization, Data Curation, Investigation, Methodology, Validation.
Funding statment
This research did not receive any specific grant from funding agencies in the public, commercial, or notfor-profit sectors.
Competing interest
The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper.