Home / Disasters and Accidents / Rescue Teams Race to Aid Victims of Deadly Flash Floods in Uttarakhand
Rescue Teams Race to Aid Victims of Deadly Flash Floods in Uttarakhand
5 Aug
Summary
- Flash floods tear through tourist town of Dharali, sweeping away buildings
- At least 4 people killed, with fears of rising death toll
- Rescue efforts underway as authorities monitor the situation closely

On August 5th, 2025, a devastating flash flood struck the Himalayan region of Uttarakhand, India, causing widespread destruction in the tourist town of Dharali. According to reports, a sudden and intense downpour triggered a massive mudslide that swept through the settlement, wiping out multi-story apartment blocks and leaving a trail of debris and destruction.
Rescue teams were immediately deployed to the affected area, with the state's Chief Minister, Pushkar Singh Dhami, stating that the operations were being carried out "on a war footing." Initial reports indicate that at least 4 people have been killed, with officials warning that the death toll could rise further as the rescue efforts continue.
Fortunately, most of the town's residents were away at a local fair, which is believed to have saved many lives. However, the damage to the town's infrastructure is extensive, with a wide swath of the area submerged in deep mud and debris. Images from the scene show a river of slow-moving mud, with some houses having their rooftops barely visible above the muck.
Advertisement
Advertisement
Prime Minister Narendra Modi has expressed his condolences to those affected by the tragedy, assuring that "no stone is being left unturned" in providing assistance to the people. The India Meteorological Department has also issued a red alert warning for the region, indicating the potential for further extreme weather events.
As the rescue and recovery efforts continue, the people of Uttarakhand and the nation as a whole are left to grapple with the devastating impact of this natural disaster, which serves as a stark reminder of the increasing frequency and severity of such events due to the effects of climate change.