Proposed NSTC Grant: Two-Year Longitudinal Study on Adolescent Sculling
Our lab has proposed a comprehensive two-year longitudinal study to the National Science and Technology Council (NSTC) aimed at revolutionizing how we identify and train young sculling talent in Taiwan.
Investigating Stroke Mechanics & Coordination
The core objective of this study is to track the technical development of adolescent scullers over a 24-month period. By focusing on the intricate relationship between land-based metrics and water-based performance, we aim to build a predictive model for elite success in sculling.
Proposed Research Areas
- Land-to-Water Prediction: Developing algorithms that accurately forecast water performance using indoor rowing data.
- Bio-Banding Methodologies: Implementing training groups based on biological maturity rather than chronological age.
- Coordination Variability: Analyzing how technical consistency changes during growth spurts in young athletes.
- Long-Term Skill Retention: Monitoring how specific technical cues translate into long-term mechanical efficiency.
Impact on Taiwanese Sculling
Currently, there is a gap in longitudinal data specifically for Taiwanese youth rowers. This study would provide the first indigenous performance benchmarks, allowing coaches to tailor training volumes and intensities to the specific physiological needs of adolescent athletes.
By applying bio-banding, we hope to reduce the "Relative Age Effect" (RAE) in youth sports, ensuring that late-maturing but technically gifted athletes aren't pushed out of the talent pipeline prematurely.
Anticipated Results
If granted, this initiative will result in a "National Youth Sculling Development Framework" that will be shared with the Taiwanese Rowing Association and local high school programs to standardize technical training nationwide.
Want to participate?
We are looking for partner schools and youth clubs for our upcoming research cohorts.
Contact the Research Team