All 40 victims of a devastating fire at a Swiss ski resort have now been formally identified, with the final 16 names released by authorities. The tragedy, which also left 119 people injured, has sent shockwaves through the international community.
British Teenager Among Final Victims Named
The last group of victims to be identified includes 15-year-old Charlotte Niddam, a former pupil at Immanuel College in Bushey, Hertfordshire. Charlotte, who held British, French, and Israeli nationalities, was confirmed as one of the fatalities. Her family has announced that her funeral is expected to take place in Paris.
The fire broke out at the popular Crans-Montana ski resort in Switzerland. The scale of the incident, with a significant loss of life and many injured, has been described as one of the worst of its kind in recent European history.
Criminal Investigation Launched Into Bar Managers
Swiss authorities have initiated a criminal investigation focusing on the managers of the bar where the fire is believed to have started. They are under suspicion on multiple charges, including:
- Involuntary homicide
- Involuntary bodily harm
- Involuntarily causing a fire
Preliminary findings from investigators suggest the blaze was ignited by sparkling candles on Champagne bottles which came into contact with the ceiling. This initial point of contact quickly led to the fire spreading through the venue.
Safety Regulations Under Review
In the wake of the disaster, a major review of safety regulations and escape routes at such establishments is now underway. The incident has raised urgent questions about fire safety protocols in crowded alpine resorts, prompting calls for stricter enforcement and clearer emergency procedures to prevent a similar catastrophe.
The identification of all victims brings a painful measure of closure to the families affected, while the ongoing investigation seeks to establish the full chain of events and accountability. The community, both in Switzerland and internationally, continues to mourn the profound loss.
