Nearly one million devotees are expected to gather on the banks of the Ganges river this Friday and Saturday for a holy bathe despite galloping COVID-19 infections across the country, an official told Reuters on Tuesday.
India reported 168,063 new COVID-19 infections on Tuesday, a 20-fold rise in a month despite testing being well below capacity.
Most infected people have recovered at home and the level of hospitalisations has been less than half of that seen during the last major wave of infections in April and May.
Many states have announced night curfews while the capital Delhi has also imposed a weekend lockdown, closed private offices as well as restaurants and bars in a bid to rein in the fast-spreading Omicron variant.
But tens of thousands of pilgrims have already reached the site of the annual ritual on an island in West Bengal, which is reporting the most number of cases in the country after Maharashtra.
“The crowd may swell to anywhere between 800,000 to one million. We are trying to implement all COVID protocols,” Bankim Chandra Hazra, a West Bengal minister in charge of organising the festival known as the Gangasagar Mela, told Reuters.
“We have also arranged for sprinkling of the holy water from drones so that there is no crowding … but the sadhus are bent on taking the dip. We can’t prevent them.”
Every year on January 14, on the occasion of Makar Sankranti, pilgrims visit Gangasagar village for a dip at the confluence of the Ganges and the Bay of Bengal.
Doctors have appealed to the state’s high court to reverse a decision to allow the festival this year, worrying it will become a virus “super spreader” event.
India has reported a total of 35.88 million COVID-19 infections, the world’s biggest tally after the United States. Deaths rose by 277 to 484,213 on Monday.
India conducted 1.6 million COVID-19 tests on Monday, while the capacity is more than 2 million. It has dropped the need for all close contacts of confirmed patients to get tested.
(This story has not been edited by NDTV staff and is auto-generated from a syndicated feed.)