The bodies of two climbers who went missing more than 30 years ago have been discovered on a glacier in the Swiss Alps, CBS News reported, citing local police.
The remains were found on July 26 on a glacier located near the border between Switzerland and Italy. Forensic examination subsequently confirmed that the bodies belong to two mountaineers who vanished in the Weissmies region in 1992, when they were aged 39 and 41.
Police emphasized that the periodic retreat of glaciers in the high mountains is increasingly helping to uncover the remains of people who disappeared several decades ago.
Discovery in the Weissmies region
The Weissmies is a major mountain summit reaching an altitude of 4,017 metres in the Pennine Alps, situated in the Valais canton of southwestern Switzerland near the Italian border. The peak is surrounded by large glaciers, including the Trift Glacier, which draw mountaineers throughout the year. However, seasonal melting has steadily reduced ice coverage across the Swiss alpine range.
Swiss cantonal police forces maintain active records of unsolved disappearance cases in the high mountains, some dating back nearly a century. As warmer temperatures cause high-altitude ice fields to recede, rescue workers, guides, and visiting climbers increasingly discover long-buried mountaineering equipment, clothing, and human remains preserved by the ice.
Related high-altitude search efforts
The Swiss recovery follows another recent high-altitude search operation in Kyrgyzstan, where the bodies of missing Belarusian climbers were discovered in remote mountain terrain. In that incident, search crews used an unmanned drone to locate the climbers at an avalanche site after their personal belongings were spotted lower down the mountain slope.
Forensic specialists and law enforcement agencies rely on comparative DNA analysis, forensic anthropology, and historical missing-persons logs to confirm identities when long-lost remains emerge from retreating glaciers across the Alps and other major international mountain systems.
