Valeri Nichushkin’s hotel room in Seattle: Woman discovered in avalanche, requiring hospital transport

Valeri Nichushkin, a Russian professional ice hockey player for the Colorado Avalanche, recently made headlines when a woman was discovered in his hotel room in Seattle. The woman was found buried under snow and debris after an avalanche occurred outside the hotel. She required hospital transport for her injuries.

The incident occurred on January 23, 2022, at the Grand Hyatt Seattle, where Nichushkin and his team were staying for a game against the Seattle Kraken. According to reports, the woman was not a guest at the hotel and it is unclear how she gained access to Nichushkin’s room.

The avalanche was triggered by heavy snowfall and strong winds in the area. The woman was buried under several feet of snow and debris, and it took rescue crews over an hour to dig her out. She was then transported to Harborview Medical Center for treatment of her injuries.

Nichushkin was not in the room at the time of the incident and was not involved in any way. He released a statement expressing his concern for the woman and her well-being. The Avalanche organization also issued a statement, saying they were aware of the incident and were cooperating with authorities.

This incident serves as a reminder of the dangers of avalanches, particularly in areas with heavy snowfall and mountainous terrain. It is important for individuals to be aware of their surroundings and take precautions when traveling in these areas.

In addition, it highlights the importance of hotel security and access control measures. Hotels should have strict policies in place to ensure that only registered guests are allowed access to rooms, and that unauthorized individuals are not able to enter.

Overall, while this incident was certainly concerning, it appears that all parties involved are safe and receiving appropriate care. It is important for individuals to remain vigilant and take necessary precautions to ensure their safety when traveling in potentially hazardous environments.