Live Hindi News :- The ICC 2024 T20 World Cup cricket match between India and Canada was cancelled due to rain. The June 15 match in Florida City was cancelled due to wet conditions due to rain and the umpires awarded one point each to both teams. But with this, the cancellation of the third consecutive match in Florida City caused outrage among the fans.

The match between Sri Lanka and Nepal, which was originally scheduled to be held there, was cancelled due to rain.

Perhaps if that match had been played and won, Sri Lanka would not have officially left the league by now. Similarly, the match between the USA and Ireland in Florida yesterday was also cancelled.

Gavaskar replied: Perhaps if that match had taken place and Ireland had won, Pakistan would not have been out of the league till now. However, 3 consecutive matches were cancelled due to intermittent rain. But we can say that if there were adequate facilities to deal with the rain, the above matches would have been held.

Yes, during the rain at the Florida Stadium, only the pitch and the 30-yard circle around it were covered with tarpaulin. Other areas were open and the rain stopped. So the rain stopped at 8 pm Indian time, but the work of draining out the water continued for 2 hours.

Perhaps if the Florida stadium was completely covered like the Eden Gardens in Kolkata in India, the match could have been played within the next 10-20 minutes after the rain stopped. In this case, ICC Sunil Gavaskar has strongly criticized that matches should not be held in stadiums without tarpaulin.

Here is what he said on Star Sports TV: “ICC should not host a match in a stadium that does not have the necessary facilities to cover the entire stadium”

He said that you can't just cover the pitch and leave other areas wet.” Similarly, Michael Vaughan commented on Twitter like this. I can't understand how tarpaulin will be missing to cover the entire stadium. All the money is generated from these competitions. He said that apart from this, the match has been canceled due to moisture in the field.