Retrospective analysis of 5,000+ marathon performances across age groups over 15-year period. Age-related decline patterns vary by performance level and training consistency. Masters marathoners maintaining high training volumes show slower decline rates. Decline primarily attributed to decreased VO2max and running economy rather than motivational factors. Strength training implementation helps maintain performance in older marathoners.
Tag: aging
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Age-Related Performance in Technical Trail Running
Age-related performance analysis comparing trail versus road running across master athlete populations. Technical trail skills and experience partially compensated for physiological decline in older athletes. Accumulated technical knowledge, conservative pacing, and superior efficiency helped maintain competitive performance. Trail running appeared to provide more sustainable long-term participation compared to speed-dependent road running.
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Age-Related Performance Patterns in Track Events
Longitudinal analysis of age-related performance changes across track events using 20 years of competition data. Different events showed varying decline rates related to physiological systems involved. Strength-based events (throws) showed slower decline, while speed-power events declined more rapidly. Training adaptations and competition strategies evolved with aging to optimize performance retention in masters athletes.
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Age-Related Changes in Road Racing Performance
Longitudinal analysis of age-related performance changes in 200 master road racers tracked over 10-year period. While inevitable decline occurs with aging, the rate is slower in those maintaining high training volumes. VO2max showed greatest age-related decline, while running economy remained relatively stable. Findings suggest training strategies should focus on maintaining aerobic power in master road racers.