In-Season Training Load Variation - Heart Rate Recovery, Perceived Recovery Status, and Performance in Elite Male Water Polo Players: A Pilot Study.

BACKGROUND

Increased training and competition demands of the in-season period may disturb athlete fatigue and recovery balance. The aim of this study was to describe the training load distribution applied in a competitive period and the training adaptations and fatigue/recovery status of elite water polo players.

HYPOTHESIS

Effective workload management during tapering (TAP) would restore player recovery and enhance performance.

STUDY DESIGN

Case series.

LEVEL OF EVIDENCE

Level 4.

METHODS

Training load, perceived recovery, maximal speed in 100- and 200-meter swim, heart rate (HR) during submaximal swimming (HRsubmax) and HR recovery (HRR) were assessed in 7 outfield water polo players a week before starting a normal training microcycle (NM), after NM, and after congested (CON) and TAP training blocks in the lead-up to the Final Eight of the European Champions League.

RESULTS

Training load was higher in NM compared with CON and TAP by 28.9 ± 2.6% and 42.8 ± 2.1% ( < 0.01, = 11.54, and = 13.45, respectively) and higher in CON than TAP by 19.4 ± 4.2% ( < 0.01, = 3.78). Perceived recovery was lower in CON compared with NM and TAP ( < 0.01, = 1.26 and = 3.11, respectively) but not different between NM and TAP ( = 0.13, = 0.62). Both 100- and 200-meter swim performance was improved in TAP compared with baseline ( < 0.01, = 1.34 and = 1.12, respectively). No differences were detected among other training blocks. HRsubmax and most HRR were similar among the training periods.

CONCLUSION

Effective management of training load at TAP can restore recovery and improve swimming performance without affecting HR responses.

CLINICAL RELEVANCE

Despite lower workloads, CON training impairs perceived recovery without affecting performance; however, a short-term training load reduction after a CON fixture restores recovery and improves performance.