Abstract

The current study examined differences in heart rate variability (HRV) across student-athletes of different eligibility classifications and analyzed differences in HRV when competing at home or away. Fourteen female collegiate volleyball players volunteered for the study. Data collection encompassed an entire collegiate season, with comparisons in HRV made between home and away games, as well as pre-gameday, gameday, and post-gameday recordings for the whole squad. Comparisons were also made between student-athlete eligibility classification, with self-reported measures of sleep quality, fatigue, muscle soreness, stress, and mood recorded at the time of HRV measurement. Freshman athletes reported a significantly (p < 0.05, η2 = 0.17) lower HRV (80.3 ± 9.7) compared to sophomore (85.7 ± 7.2), junior (91.2 ± 8.3), and senior (86.5 ± 7.2) athletes, while junior athletes had a significantly higher HRV when compared to sophomore and senior athletes. All athlete classifications reported similar HRV for home and away games, and there was no difference in HRV for any athlete classification group when comparing pre-gameday, gameday, and post-gameday measures. Freshman athletes reported significantly (p < 0.05, η2 = 0.23) worse mood states compared to the other eligibility classifications, while self-reported stress was significantly (p < 0.05) worse in junior and senior athletes. Results suggest that monitoring the workload of student-athletes based on their eligibility classification holds merit. Collegiate coaching and support staff should be aware of the academic and competitive demands placed on their student-athletes. In particular, freshman athletes adjusting to the increased demands placed on them as collegiate student-athlete may warrant additional support.

Highlights

  • While earlier research examining the heart rate variability (HRV) responses of collegiate football players shows the value of documenting cardiac parasympathetic activity based on position [29], results from the current study suggest the additional benefit of monitoring HRV based on student-athlete eligibility

  • Given the similar HRV responses for home and away games across all eligibility classifications, paired with similar self-reported fatigue, these results suggest that factors outside of training and competition may contribute to the reduction in HRV observed in the freshman student-athletes

  • Based on results from the current study, monitoring the workload of student-athletes based on their eligibility classification holds merit

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Summary

Introduction

An attractive option for testing given its time efficiency and noninvasiveness [2], HRV offers coaches and athletes potential insight into long-term training adaptations, readiness to train, and optimizing training prescriptions [3,4,5]. It is important to note that changes in HRV considered undesirable, and potentially indicative of fatigue, may be caused by non-training related factors [6]. Factors such as sleep quality, stress, and mood state have been shown to influence HRV patterns [7,8,9].

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