A comprehensive four-year systematic video analysis revealing injury patterns and prevention strategies in beach soccer.
Beach soccer is a rapidly growing sport globally. However, its injury profile differs significantly from traditional soccer. The game played on sandy surfaces produces distinct injury mechanisms, particularly affecting the ankle and knee.
A comprehensive study conducted by Prof. Dr. Bayraktar and colleagues includes systematic video analysis of 580 match injuries over four consecutive years. This research provides a detailed epidemiological map of injury patterns in beach soccer.
Research findings indicate that the most frequently injured areas are the lower extremities, particularly the ankle and knee. Playing barefoot on sandy surfaces creates unique injury mechanisms in the foot and ankle.
Contact and non-contact injury ratios show a different distribution compared to indoor and field soccer. While sand's shock-absorbing properties may reduce some injury types, the unstable surface creates different injury risks.
These research findings provide the scientific foundation for developing beach soccer-specific injury prevention programs. The importance of proprioceptive training, lower extremity strengthening programs, and appropriate warm-up protocols is emphasized.
Publication in the British Journal of Sports Medicine establishes this research as an important reference source in beach soccer injury epidemiology.