By: Isuru Parakrama
November 24, Colombo (LNW): The Irrigation Department has issued a flood alert for several regions across Sri Lanka from November 25 to 28, 2024, in response to a developing low-pressure system in the Bay of Bengal.
The department has cautioned that the ongoing weather patterns could lead to potential flooding, particularly in low-lying areas situated along river basins.
The low-pressure area, which has been forming over the southeast Bay of Bengal, is expected to intensify into a depression by November 25, with significant rainfall predicted in various parts of the country.
The authorities have flagged several river basins, including Malwathu, Kala Oya, Kanagarayanaru, Parangi Aru, and others, as vulnerable to potential flood risks.
Residents in these flood-prone zones, particularly those living in close proximity to rivers such as the Mahaweli Ganga, Maduru Oya, and Yan Oya, are being urged to remain cautious during the warning period.
The department has highlighted the possibility of rising water levels in these regions, which could lead to floods, especially in areas already susceptible to such events.
In addition to the flood warning, the Meteorological Department has predicted heavy rainfall throughout the island, particularly in the Eastern, Northern, North-Central, Central, Uva Provinces, and the Hambantota district.
The department has issued warnings of very heavy showers exceeding 150 mm in some areas, with heavy rains of over 100 mm expected in others.
These conditions are expected to continue over the next few days, further exacerbating the potential for flooding.
Authorities have advised residents, travellers, and those in flood-prone areas to stay alert and prepared for possible disruptions caused by the adverse weather.
Precautionary measures, including the clearance of drainage systems and securing property, are being strongly recommended.
The public is encouraged to stay informed by following updates from the Meteorological Department and the Irrigation Department, especially in light of potential changes to the weather system’s intensity.
