Deadly Blaze Engulfs Dominican Resort, Thousands Evacuated
A devastating fire tore through a popular resort in Bayahibe, Dominican Republic, on Friday, claiming the life of at least one Italian tourist and leaving several others injured. The blaze forced the evacuation of nearly 1,700 guests from the Viva Wyndham Dominicus Beach Hotel.
Tragic Loss and Widespread Evacuation
The deceased has been identified as 46-year-old Francesca Valentino, an Italian national. She passed away at the resort. In addition to the fatality, at least nine other individuals required medical attention, with three being transported to off-site medical facilities for further care, according to statements from the Directorate of Out-of-Hospital Emergency Services (DAEH).
Authorities swiftly coordinated the evacuation of 1,690 tourists from the bustling resort area. Aerial footage captured the inferno, showing thick plumes of gray smoke billowing from multiple beachside structures, casting an ominous shadow over the normally idyllic turquoise waters.
Rapid Fire Spread Cited
Initial assessments suggest the fire’s rapid progression was exacerbated by the flammable materials used in some roof structures, reportedly including palm, and prevailing wind conditions. This allowed the flames to spread quickly through the resort complex.
Guests displaced by the fire were relocated to other accommodations. Many were moved to the Viva Wyndham Dominicus Palace, a sister property operated by the same management group, which reportedly sustained no damage from the incident.
Continued Operations in the Area
Despite the significant destruction at one property, the Dominican Republic’s Emergency Operations Center (COE) has assured that tourist activities in Bayahibe and the surrounding regions remain unaffected and are continuing as usual. The focus remains on ensuring the safety and comfort of visitors to the area.
Images from the scene depict the aftermath, with a drone seen dousing smoldering ruins of a destroyed building block with water, a stark reminder of the fire’s intensity.
