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Effort regulation in rowing races depends on performance level and exercise mode
Morgan R Brown1, Simon Delau, François D Desgorces
1UFR STAPS, Université Paris Descartes, Paris, France.
Journal of Science and Medicine in Sport
|March 16, 2010
Summary
Rowers exhibit different pacing strategies based on performance level and whether they are rowing indoors or on water. Elite rowers maintain steadier paces, while lower levels may struggle with optimal effort regulation.
Area of Science:
- Sports Science
- Exercise Physiology
- Rowing Performance Analysis
Background:
- Pacing strategies are crucial for optimizing performance in endurance sports like rowing.
- Understanding how performance level and exercise environment (indoor vs. on-water) affect pacing is essential for training and competition.
Purpose of the Study:
- To investigate the influence of performance level (elite, national, sub-elite) and exercise mode (indoor, on-water) on 2000-m rowing pacing strategies.
- To analyze differences in velocity profiles and their relationship to race outcomes across various competitive levels and environments.
Main Methods:
- Collected split times and placements every 500 meters from 2000-meter rowing performances.
- Analyzed data from 580 indoor and 507 on-water races across elite, national, and sub-elite competitive levels.
- Compared absolute and normalized velocities and pacing profiles between exercise modes and performance levels.
Main Results:
- Indoor and on-water rowing pacing strategies significantly differed across all competition levels (p<0.001).
- Elite rowers demonstrated higher and steadier paces compared to national and sub-elite rowers (p<0.001).
- On-water, leading early strongly influenced race outcomes, especially at the elite level, with a tendency towards "parabolic-shaped" pacing profiles that varied by performance level and mode.
Conclusions:
- Rowing performance level and exercise mode significantly alter pacing strategies, deviating from the typically optimal even pacing.
- Lower-level rowers may struggle to implement even pacing due to difficulties in combining physiological demands with technical on-water rowing requirements.
- Training adaptations tailored to competitive level and exercise mode are likely key to optimizing pacing strategies and performance.
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