What Ski Resort in New York Had an Avalanche?

Avalanches Have Occurred at Ski Resorts in New York

Winter sports enthusiasts in the state of New York have to be aware of the potential for avalanches at ski resorts. Avalanches are a serious risk and can cause injury or even death to those that are caught in their path. Fortunately, most ski resorts in New York take precautions to reduce the chances of an avalanche occurring.

The most recent reported avalanche occurred at Greek Peak Ski Resort located in the town of Virgil, NY. On the morning of February 5th, 2018, an avalanche was triggered by a group of skiers who were skiing off-trail.

The group had gone beyond the resort boundaries and were unaware that they were in an area with a high risk for avalanches. The resulting avalanche was estimated to be about 200 feet wide and four feet deep. Fortunately, no one was injured as a result of this incident.

In response to this incident, Greek Peak Ski Resort took several steps to reduce the chances of another avalanche occurring there. They closed off the area where the avalanche had occurred and installed signage warning skiers not to go off-trail into unsafe areas. They also increased their patrols and began using specialized equipment such as snowpoles and transceivers to detect potential avalanche sites before they become active.

Although there have been few reported avalanches at ski resorts in New York, it is important for skiers to be aware of the risk and take appropriate precautions when skiing outside designated areas or off-trail. Following safety guidelines and staying within ski resort boundaries are essential for reducing the chances of an avalanche occurring while skiing or snowboarding.

Conclusion: What Ski Resort in New York Had an Avalanche? The most recent reported avalanche occurred at Greek Peak Ski Resort located in Virgil, NY on February 5th 2018. The resort responded by closing off the area where it happened and increasing patrols with specialized equipment such as snowpoles and transceivers to detect potential sites for avalanches before they become active.

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Alex Wright