England will tackle India within the first ODI of the three-match collection on July 12, Tuesday, at The Oval in London. The 2 groups beforehand performed in a three-match T20I collection, which ended on July 10. Rohit Sharma’s aspect clinched the collection 2-1 and prolonged their supremacy over the Three Lions.
Shikhar Dhawan joined the Indian camp for the upcoming ODI collection. Following Suryakumar Yadav’s valiant effort within the third T20I at Trent Bridge, he would possibly get a nod over Shreyas Iyer for a spot within the center order for the primary ODI.
Younger left-arm seamer Arshdeep Singh and Karnataka quick bowler Prasidh Krishna additionally made the India squad. Different quick bowlers within the squad are Jasprit Bumrah, Mohammed Shami, Mohammed Siraj, and Shardul Thakur. And India would possibly go along with their two senior pacers Bumrah and Shami, together with both Siraj or Prasidh and fast-bowling all-rounder Hardik Pandya. If the workforce would go for one specialist spinner, it might be the senior leggie Yuzvendra Chahal together with spin-bowling all-rounder Ravindra Jadeja.
Senior English gamers Jonny Bairstow and Ben Stokes are again within the England white-ball workforce. The hosts may also go along with one specialist spinner in leg-spinner Matt Parkinson and pacers David Willey, Reece Topley, and Sam Curran, and off-spin bowling all-rounder Moeen Ali.
Right here’s a have a look at how the climate will behave throughout England vs India 1st ODI
The temperature at The Oval within the night is predicted to be round 30 levels Celsius and would possibly change drastically as soon as there isn’t a daylight. The climate forecast means that it’ll be a cloudy night, and it’s anticipated for the temperature to drop all the way down to round 25 levels Celsius at evening.
The T20I collection confirmed that the ball swings below the lights and each groups shall be aware of that. The circumstances would possibly favour Indians greater than the English workforce since England is presently battling towards uncharacteristic heatwaves.