Alex Greenwood enhances England’s defensive structure against the USWNT

England's national women's football team faced the United States Women's National Team (USWNT) in a recent friendly match, which ended in a draw. The game showcased a tactical shift, particularly in the defensive lineup, where Alex Greenwood and Jess Carter swapped their usual positions. Greenwood lined up as the left-sided centre-back while Carter played at left-back, creating a more balanced defense for England. This strategy appeared to be an intentional move to enhance the team's overall performance ahead of the upcoming European Championships. As the match progressed, it became clear that the positional switch was not just a random decision but a part of England's focus on improving their defensive capabilities. Greenwood's transition to left-back allowed her to utilize her left-footed skills effectively while supporting the attack. At the same time, Carter's positioning in the center provided additional security against the USWNT's pressing game. This tactical decision was likely made to adapt to the strengths of both players and to deter the offensive strategies employed by the American side. Moreover, England's formation was adapted during different phases of play. When in possession, the team shifted to a back three, with Lucy Bronze often pushing higher up the pitch. This change aimed to create more attacking opportunities, while also granting defenders like Greenwood and Leah Williamson the chance to influence the game from advanced positions. The coaching staff seemed to be preparing England for future competitions, particularly as they aim to defend their title in the forthcoming Euros in Switzerland. The match highlighted the depth of talent in England's defensive options, including established players like Millie Bright and newer additions such as Niamh Charles, who, although currently injured, is seen as a promising left-back. Overall, the game served as an experiment for England, providing insights into how their defensive dynamics could be optimized before facing tougher competition in the future.