Four children drowned in Sri Lanka as storm heads to India
Asia
By
AFP
| Nov 28, 2024
Sri Lankan rescue teams said Thursday they had recovered four drowned children killed in a flash flood, with four other people missing, after torrential rains from a powerful but slow-moving storm now heading towards India.
More than 250,000 people in Sri Lanka have been forced to flee after their homes were flooded.
Indian weather officials said there was a "possibility" that the deep depression over the southwest Bay of Bengal could develop into a cyclonic storm.
Cyclones -- the equivalent of hurricanes in the North Atlantic or typhoons in the northwestern Pacific -- are a regular and deadly menace in the region.
READ MORE
Aviation industry wants say in JKIA upgrade after Adani cancellation
Urban exodus: Kenyans flee congested cities for rural areas
Mbadi: Government inherited Sh925 billion deficit
Nairobi strengthens hospitality sector with new opening
How ocean alliances have shaped the shipping industry
Uber contributed estimated Sh14.1 billion to Kenya's economy in 2023, report
AU agency urges Kenya to tap private sector for infrastructure revamp
Kenyan students shine at Huawei-sponsored digital talent camp in south China
Having skirted the coast of Sri Lanka, it was now moving north towards India's southern Tamil Nadu state.
The India Meteorological Department said it was expected to hit India's southern Tamil Nadu and Puducherry coastline on Saturday morning as a "deep depression" with winds "gusting up to 70 kph (43 mph)".
Sri Lanka's Disaster Management Centre said some 276,000 people were seeking temporary shelter in public buildings after their homes were swamped.
The government has asked the army to help in relief operations.
The disaster centre said search teams were still looking for two missing children and two men, who were also swept away by flash floods while on tractor and trailer.
Deadly rain-related floods and landslides are common across South Asia, but experts say climate change is increasing their frequency and severity.