Key result
A 6-day overload training camp in youth female rowers reduced cardiac vagal activity during the camp and persistently reduced SDNN up to a week post-camp (effect size = -0.32).
Why the study?
Does heart rate variability tracking reflect physiological stress during overload training in youth female rowers?
Observational (n=5)
Does heart rate variability tracking reflect physiological stress during overload training in youth female rowers?
Effect estimate: ES -0.32
HRV monitoring is a practical and sensitive method to track physiological stress and recovery during overload training in youth female athletes.
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HRV reductions may signal overload stress in youth female rowers; hypothesis-generating for monitoring-guided recovery.
Egan-Shuttler et al. (2018) conducted an observational in Youth female rowers (n=5). Overload training camp vs. Baseline training was evaluated on Heart rate variability indices (SDNN, RMSSD, SD1) (ES -0.32). A 6-day overload training camp in youth female rowers reduced cardiac vagal activity during the camp and persistently reduced SDNN up to a week post-camp (effect size = -0.32).
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