Five Rams Claim All-Rookie Honors, Catrambone Earns All-Academic
Five members of Rhode Island's women's track and field team achieved Atlantic 10 All-Rookie honors. Zarah Singleton notably recorded the fastest rookie time in the conference for the 100 meters at 11.67 seconds, marking a program record. Reagan Garibaldi excelled in the 400 meters and Sarah Shipton dominated the pole vault, both achieving top rookie marks in their events. Additionally, Zoe Catrambone was recognized for her academic excellence, making the All-Academic Team with a 3.96 GPA. This recognition highlights the strong performance and dedication of the Rams across both competition and academics.
By the Numbers- Zarah Singleton - 100M time: 11.67 seconds (fastest in program history)
- Reagan Garibaldi - 400M time: 55.06 seconds (fifth in program history)
- Alison Pankowicz - 5000M time: 17:19.98 (top rookie mark)
- Elizabeth Dankwa - Shot Put throw: 12.29 meters (top rookie mark)
- Zoe Catrambone - GPA: 3.96
The accomplishments of these athletes highlight the strong individual performances, but the pressure remains to maintain or improve their standings in future competitions. The league’s competitive nature could challenge these outstanding results in the seasons to come.
State of Play- The Atlantic 10 recently announced its All-Rookie and All-Academic Teams.
- Rhode Island's women's track and field team is currently seeing increasing recognition for both speed and academic performance.
- Singleton and Garibaldi's strong starts set a promising foundation for future seasons.
As the track and field season progresses, anticipation builds for how these athletes will perform in upcoming competitions, potentially setting new records and earning more accolades. Continued focus on training and academics will be key for maintaining their high achievements.
Bottom LineRhode Island's women's track and field team showcases exceptional talent and academic prowess, emphasizing the importance of balancing athletics with scholarship. Maintaining this momentum could lead to even greater success in future seasons.
Read more at University of Rhode Island
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

