Fri Nov 15 19:10:00 UTC 2024: ## Shastri Predicts India’s XI for Border-Gavaskar Series Opener, Highlights Key Selection Dilemmas
**Perth, Australia** – Former India head coach Ravi Shastri has revealed his predicted playing XI for the first Test of the Border-Gavaskar series against Australia, acknowledging the significant selection challenges facing the team. The biggest question mark revolves around captain Rohit Sharma’s potential absence due to personal reasons.
Shastri, speaking on The ICC Review, suggested promoting Shubman Gill to opener alongside Yashasvi Jaiswal and KL Rahul if Rohit is unavailable. He highlighted the importance of net performance in selecting the final XI, emphasizing the need for players exhibiting good footwork and rhythm.
While Rishabh Pant is expected to keep wickets, Shastri lauded the composed batting display of Dhruv Jurel for India A, suggesting he’s worthy of a spot as a specialist batsman. Jurel’s impressive temperament and ability to handle pressure impressed Shastri, making him a strong contender for a place in the middle order.
The selection of spinners is another key decision. Despite the strong spin bowling options, including Ravichandran Ashwin and Ravindra Jadeja, Shastri believes only one specialist spinner is needed in Perth’s conditions, favouring Jadeja due to his all-around contributions.
With Mohammed Shami unavailable due to injury, Shastri recommends a pace attack of Jasprit Bumrah, Mohammed Siraj, and Akash Deep, with Nitesh Reddy considered as a fourth seamer capable of offering batting support and economical bowling.
**Shastri’s Predicted XI (subject to Rohit Sharma’s availability and final net performances):**
* Shubman Gill
* Yashasvi Jaiswal
* KL Rahul
* Virat Kohli
* Rishabh Pant
* Dhruv Jurel
* Ravindra Jadeja/Washington Sundar
* Nitesh Reddy
* Jasprit Bumrah
* Akash Deep
* Mohammed Siraj
The upcoming Border-Gavaskar series promises to be a thrilling contest, with India’s selection decisions playing a crucial role in their chances of success.
First Piper 