Illinois State Women’s Basketball Clinches WNIT Super 16 Spot with Victory Over Charleston
Illinois State Women's Basketball secured a 74-67 victory over Charleston, advancing to the WNIT Super 16 behind a strong team performance with five players scoring in double figures. DeAnna Wilson led with 17 points and 8 rebounds, while Caroline Waite showcased a critical shooting display. The team will face the winner of Wisconsin and Southern Indiana in the next round.
The Big PictureThe Illinois State Women's Basketball team's collective effort propelled them to the WNIT Super 16, emphasizing the team's depth and resilience in securing important victories.
By the Numbers- DeAnna Wilson led with 17 points and 8 rebounds.
- Caroline Waite shot 4-of-5 from behind the arc, finishing in double figures for the first time since Jan. 19.
- Shannon Dowell tallied 13 points, 3 assists, and 3 rebounds, marking her 16th double-figure scoring performance of the season.
- Maya Wong finished with 11 points and a team-high 8 assists.
- Kate Bullman grabbed 11 rebounds, becoming the 11th player in program history to reach 700 career rebounds.
While Illinois State displayed a strong performance, they will need to maintain their consistency and execution as they progress further in the WNIT.
State of Play- Illinois State advanced to the WNIT Super 16 with a win over Charleston.
- The team awaits the next opponent between Wisconsin and Southern Indiana.
- The Redbirds showcased a balanced offensive output with five players in double figures.
Illinois State is set to face the winner of Wisconsin and Southern Indiana in the WNIT Super 16, with the date, time, and location to be announced later.
Bottom LineIllinois State Women's Basketball's collective scoring effort propels them to the next round of the WNIT, showcasing their depth and determination in pursuit of further success.
Read more at Illinois State University Athletics
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI