Lewis and Bostrom Fail to Qualify for NCAA Championship in Midwest
Gaige Lewis and Ellton Bostrom concluded their seasons at the NCAA Division II Midwest/Central Super Regional, falling short of qualifying for the national championship. Despite strong performances in the final round, Lewis finished tied for tenth and Bostrom tied for 25th at the Katke Golf Course in Michigan. The top four teams—Grand Valley State, Missouri-St. Louis, Central Missouri, and Washburn—advanced to the championship, while individual qualifiers included Cooper Scheck and Peyton Coahran. Lewis's tournament featured an impressive total of 11 birdies, while Bostrom secured ten. Both players improved their standings significantly in the final round, but it was ultimately not enough to secure a spot at the national level.
By the Numbers- Gaige Lewis finished tied for 10th, shooting 75, 74, and 68 across three rounds.
- Ellton Bostrom concluded tied for 25th with rounds of 73, 76, and 71.
While both players showcased significant improvements in their final rounds, questions remain about the consistency of their play in earlier rounds that hindered their chances at qualifying for nationals. The middle rounds were costly for their overall standings.
State of Play- Grand Valley State led the team standings with a +3 after all three rounds.
- The individual champion, CJ Phillips of Central Missouri, finished -5 despite a challenging final round.
Looking towards the future, Lewis and Bostrom may focus on refining their skills during the offseason to enhance their competitiveness for the next championship season. Recruiting efforts for talented players will also be critical for Drury’s golf program.
Bottom LineDespite the disappointment of falling short, Lewis and Bostrom's resilience and strong finishes highlight their potential to bounce back and improve in future tournaments. Their performances serve as a foundation for building a stronger Drury golf program ahead.
Read more at Drury University Athletics
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

