This market refers to the cricket match between England and Ireland scheduled for September 1 2026 in ODI Series England vs Ireland, Women.
DLS/DRS, over-rate penalties, forfeit/walkover, or any other on-field ruling that leads the competition to declare a winner are treated as ordinary wins.
If the match ends tied and the playing conditions provide an on-field tiebreak (e.g., Super Over), the winner determined by that tiebreak will be used for resolution. If the match ends tied and no on-field tiebreak is used or available under the playing conditions (e.g., group-stage ODI with no Super Over), the market will resolve 50-50.
If the match is postponed/rescheduled, the market remains open until the listed fixture is completed. If the match is permanently canceled or abandoned or otherwise is completed without a winner, the market resolves 50-50.
The primary resolution source for this market is the official statistics of the event as recognized by the governing body or event organizers. However, if the governing body or event organizers have not published final match statistics within 2 hours after the event's conclusion, a consensus of credible reporting may be used instead.
ODI Series England vs Ireland, Women: England vs Ireland
Game context
England’s depth and historical dominance in women’s ODIs underpin the 81.5% implied probability for series victory, even as the hosts rest several established players including Nat Sciver-Brunt and Sophie Ecclestone for this three-match ICC Women’s Championship encounter. Charlie Dean captains a squad featuring uncapped options and fringe players at Grace Road, Derby and Worcester, yet the side retains strong all-round resources and home conditions. Ireland arrive with elevated confidence after their first T20 World Cup win and recent domestic form from Gaby Lewis and Amy Hunter, but they have lost six straight ODIs and sit ninth in the standings. England’s superior batting and bowling options across formats have produced consistent results against Ireland in completed matches, limiting realistic upset potential despite the experimental lineup.
