Image for representation (File Photo) 
Odisha

Cyclonic storm likely to hit Odisha, Andhra coasts Saturday morning: IMD

Thereafter, it is likely to move northwestwards, intensify further and reach north Andhra Pradesh–Odisha coasts around December 4 morning.

PTI

NEW DELHI: A cyclonic storm is likely to hit the coasts of Andhra Pradesh and Odisha on Saturday morning, the India Meteorological Department (IMD) said on Tuesday.

It said a low pressure lay over south Thailand and its neighbourhood at 8:30 am.

It is likely to emerge into the Andaman Sea during the next 12 hours.

"Thereafter, it is likely to move west-northwestwards and concentrate into a depression over southeast and adjoining east-central Bay of Bengal by December 2 and intensify into a cyclonic storm over the central parts of the Bay of Bengal during the subsequent 24 hours," an IMD statement said.

Thereafter, it is likely to move northwestwards, intensify further and reach north Andhra Pradesh, Odisha coasts around December 4 morning.

The Met office predicted "heavy to very heavy rainfall and extremely heavy falls" at isolated places over coastal Odisha and "heavy to very heavy" rainfall at isolated places over adjoining interior districts of Odisha, coastal districts of West Bengal and north coastal Andhra Pradesh.

"It is likely that the northeastern states also experience enhanced rainfall activity on December 5-6, with isolated heavy to very heavy rainfall owing to the likely northeastward movement of the remnant of the system during the same period," it said.

US has ‘deliberately become a lonelier power’; global competition has led to ‘weaponization of leverage’: Jaishankar

'Give us six months': CM Adhikari vows stringent laws against ‘love jihad’, ‘land jihad’ in Bengal

Uddhav calls CEC ‘BJP’s weapon’; Raj Thackeray demands scrapping of Maha SIR in Mumbai protest

Udhayanidhi Stalin booked for allegedly involving minor in Dharapuram bypoll campaign

Keralam Home Minister orders Vigilance probe against CEC Gyanesh Kumar over 2006 KSTP project