Giving further weather updates, the Regional Meteorological Centre (RMC) in Chennai said that the depression over the southwest Bay of Bengal has intensified into a deep depression and is likely to intensify further into a cyclonic storm on Wednesday.

A deep depression over the Bay of Bengal is set to intensify into Cyclone Fengal, bringing heavy rain and strong winds to Tamil Nadu, Puducherry, and Andhra Pradesh. Schools are shut in several districts,

The deep depression over the Southwest Bay of Bengal is likely to intensify into Cyclone Fengal on Wednesday near the Tamil Nadu coast. A red alert has been issued in Tamil Nadu, Puducherry and Andhra Pradesh.

Cyclone Fengal, is a name proposed by Saudi Arabia, in line with the World Meteorological Organisation (WMO) guidelines on naming cyclones.

Cyclone Fengal, intensifying in the Bay of Bengal, threatens Tamil Nadu, prompting high alert. Heavy rains lash the Cauvery delta, damaging crops and forcing school closures. The storm, named by Saudi Arabia,

A cyclonic storm named Cyclone Fengal is likely to make landfall along Tamil Nadu's northeastern coast on November 29. Authorities are keeping a close watch for further intensification or landfall.

Tuesday announced the likely intensification of the existing deep depression into a cyclone by Wednesday and the chances of the storm hitting the Tamil Nadu coast over the coming two days. Once intensified,

A deep depression in the Bay of Bengal is intensifying and expected to become a cyclonic storm, named Fengal, by November 27. It's currently southeast of Trincomalee, Sri Lanka, and moving towards the Tamil Nadu coast.

The India Meteorological Department has issued a red alert for rain for Mayiladuthurai, Nagapattinam and Thiruvarur districts in Tamil Nadu and Karaikal in Puducherry.

Moving north-northwestwards at 12 km/h, the storm system is expected to bypass Sri Lanka’s coast and approach Tamil Nadu within the next two days. However, slightly cooler sea surface temperatures closer to the coastline could weaken the system marginally before landfall.