Pollution stops play in India-Sri Lanka New Delhi test match in first for cricket
Sri Lankans complain to umpires before officials halt play for 20 minutes in first ever test to be paused due to air quality
Hazardous smog interrupted the third test between India and Sri Lanka in New Delhi on Sunday, with players wearing face masks as air quality dipped in the world’s most polluted capital city.
Many of Sri Lanka’s fielders returned from lunch on the second day of the test against India wearing masks amid visible haze at the Feroz Shah Kotla stadium.
A short while later play was halted for around 20 minutes as Sri Lanka complained to the umpires about the smoggy conditions.
The US embassy website on Sunday showed levels of the smallest and most harmful airborne pollutants in Delhi at 328 – more than ten times the level considered safe by the World Health Organisation.
The match was halted as the umpires consulted the match referee, team doctors and physiotherapists before deciding to resume play.
Play is routinely suspended due to poor weather, low visibility, lightning or rain but a stoppage as a result of pollution is almost unheard of.
“It is definitely a first of its kind,” said one commentator on the official television broadcast.
Last month more than 30,000 runners competed in the Delhi half-marathon, despite dire health warnings from doctors who called for the race to be postponed.
Doctors warn that competitive exercise during severe pollution can trigger asthma attacks, worsen lung conditions and increase the risk of heart attacks and strokes.
Other top-level sporting events in Delhi, such as international cricket and golf tournaments, have attracted less attention despite the hazardous levels of pollution.
A smog outbreak last month in the Indian capital – an incident described by doctors as a public health emergency – saw schools shut for days as pollution soared to 40 times the safe WHO levels.
Delhi’s air quality typically worsens in winter as cooler air traps pollutants near the ground, preventing them from dispersing into the atmosphere – a phenomenon known as inversion.