IMD Forecasts Heavy Rain in Western Ghats, South TN Districts

According to an official statement issued by the weather department, a trough of low pressure persists at an altitude of around 0.9 km above mean sea level. This system extends from north interior Karnataka to the Gulf of Mannar, passing through south interior Karnataka and Tamil Nadu.

Meteorologists say this atmospheric condition is likely to trigger widespread rainfall activity across multiple districts in the state. The department has indicated that light to moderate rainfall accompanied by thunderstorms and lightning is expected at isolated places along the Western Ghats districts, coastal belts, delta regions, and Karaikal area.

These weather conditions are likely to prevail through the day, with intermittent spells of rain expected in vulnerable pockets.

Significantly, heavy rainfall has been forecast for the Nilgiris and Coimbatore districts for the next three days, raising the possibility of localised disruptions in hilly and adjoining areas.

Authorities have advised residents in these districts to remain cautious, particularly in regions prone to landslides or waterlogging. In addition, districts such as Erode, Salem, Dharmapuri, and Krishnagiri are expected to receive heavy rainfall over the next two days.

The weather system is gradually shifting southward, bringing more districts under its influence. On May 1, isolated heavy rainfall is likely in Tiruppur, Dindigul, and Theni districts. The intensity is expected to persist on May 2 as well, with heavy rainfall predicted in parts of Dindigul, Theni, Madurai, Sivaganga, and Virudhunagar districts.

Officials have urged local administrations to remain alert and ensure preparedness, especially in low-lying and flood-prone areas. Fishermen have also been advised to exercise caution along the southern coast due to potential adverse weather conditions.

With the southwest monsoon still weeks away, the current spell of rainfall is attributed to localised atmospheric instability rather than seasonal monsoon activity.

- IANS