Periodization comparison study examining training organization effects in track power events over 2 competition seasons. Block periodization featuring concentrated training phases produced superior performance gains in throws and jumps. Strength-power emphasis during preparation phases with technique refinement approaching competition optimized performance expression. Individual monitoring guided training load adjustments within periodized framework.
Tag: periodization
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Training Periodization for Ultra-Marathon Success
Training methodology comparison study examining different approaches to ultra-marathon preparation. Back-to-back long run protocol (consecutive day long efforts) produced superior adaptations for ultra-specific demands including running on fatigued legs and metabolic flexibility. Time-efficient for recreational athletes with limited training time. Progressive volume increase over 16+ weeks essential for injury prevention.
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Nutrition Periodization for Track and Field Athletes
Nutritional periodization study examining macronutrient manipulation effects across different training phases in track athletes. Carbohydrate intake varied from 3-8g/kg based on training intensity and goals. Power event athletes benefited from lower carbohydrate intake during strength phases, while endurance events required consistent high carbohydrate availability. Body composition and performance outcomes improved with periodized versus constant nutrition approaches.
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Nutritional Periodization for Marathon Training
Randomized trial comparing periodized versus consistent nutrition approaches in marathon training. Periodized group adjusted carbohydrate intake based on training phase (higher during peak weeks, lower during easy periods) and showed superior fat oxidation adaptations. Race day performance improved 3.7% with periodized approach. Strategy requires careful monitoring to prevent energy deficits during high training loads.
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Periodization Models for Road Racing Peak Performance
Longitudinal study comparing training periodization methods over 12-month period. 90 competitive road racers were assigned to block periodization, linear periodization, or undulating periodization groups. Block periodization, featuring concentrated training phases, produced the greatest improvements in race performance and physiological markers. The model appears particularly effective for athletes competing in multiple road races per season.
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Taper Protocol Optimization for Marathon Performance
Systematic taper comparison study with 90 competitive marathoners testing different volume reduction and duration protocols. Three-week exponential taper (gradual volume reduction maintaining intensity) produced optimal race day readiness. Shorter tapers (10 days) insufficient for glycogen supercompensation, while longer periods (4+ weeks) led to fitness loss. Individual monitoring through HRV helped personalize taper length.