Forest Fire Engulfs Karmiel Apartment Building, Two Homes Ablaze
Translated & summarized from Hamal by baba
A forest fire spread to a residential building in Karmiel, Israel, engulfing its facade and two apartments. Firefighters rescued three trapped residents from the smoke-filled building. Sixteen teams battled the complex blaze for four hours and have since gained control of the incident. Operations are continuing to fully extinguish the remaining hotspots.
The story in 5 lines · by baba
- Sixteen firefighting teams battled a complex blaze in Karmiel that spread from a forest to a residential building.
- The fire consumed the building's facade and spread to two apartments, filling the structure with smoke.
- Firefighters rescued three trapped residents from the smoke-filled apartments.
- The incident, which lasted four hours, is now under control with ongoing extinguishment efforts.
- The fire originated in a wooded area and spread to a five-story apartment building.
Sixteen firefighting teams from the Galil Merkazit station, with assistance from the Northern District, have been battling a blaze that spread from a wooded area to a five-story residential building in Karmiel for four hours. The fire consumed the entire facade of the building and spread to two apartments, filling the structure with smoke. Firefighters were dispatched to the scene with reinforced units and immediately began extinguishing the fire's hotspots and searching for trapped residents. During the search, firefighters located three individuals trapped in smoke-filled apartments, rescued them conscious, and transferred them for medical treatment. Firefighting operations are ongoing. "The firefighters dealt with a complex fire that spread from the forest to a residential building, with its entire facade burning and two apartments ablaze," said Doron Kadosh, commander of the Galil Merkazit station. "Inside the smoke-filled building, the teams located and rescued several trapped individuals. We are currently in control of the incident and working on the final extinguishment of all hotspots."
