Avalanches Strand Dozens in Chilean Mountain Towns

Dozens of individuals have been left stranded following severe avalanches in mountain towns east of Santiago, Chile's capital, authorities reported. Heavy rain and snowstorms have resulted in significant snow accumulation across the Maipo province in central Chile.

The avalanches have isolated two small towns within the Cajon del Maipo mountain range and a ski center, as snow slides have blocked access roads. "We are doing everything possible to reach them and take them to a safe area," said Alejandra Cortes, a federal government delegate to Cordillera province. Authorities are considering a controlled avalanche to clear the roads if the snow does not naturally settle.

At the Lagunillas Ski Center, 33 people, including eight children, are trapped. Lieutenant Colonel Bernardo Leiva of Chile's national police assured that no injuries have been reported and that food supplies have been delivered to those stranded.

In another incident, a secondary avalanche has blocked an access road, trapping nine individuals in the town of Banos Morales and 20 in Lo Valdes. Snow plows are expected to clear the roads, which are currently buried under 10 meters (33 feet) of snow. More precipitation is anticipated through Tuesday, potentially complicating rescue efforts.

Why This Matters: The situation in Chile underscores the critical need for effective emergency response strategies in mountainous regions, where weather conditions can rapidly isolate communities. Timely and efficient rescue operations are essential to ensure the safety and well-being of those affected by natural disasters.

Key Takeaways

• Avalanches have stranded dozens in mountain towns east of Santiago, Chile.
• Heavy snow and rain have blocked roads, cutting off access to two towns and a ski center.
• Authorities are working to conduct rescue operations and may use controlled avalanches.
• 33 people, including children, are trapped at Lagunillas Ski Center, with food supplies provided.
• Additional precipitation is expected, potentially hindering rescue efforts.