Whats the specific impact of a high-volume Zone 2 block on power at lactate threshold, particularly for riders who have previously trained using more traditional periodization methods? Does the increase in aerobic endurance and fatigue resistance translate directly to higher power outputs at LT, or are there diminishing returns at some point?
Furthermore, how does the relationship between Zone 2 endurance and LT power change as the volume of Zone 2 training increases? In other words, do riders see continued gains in LT power as they accumulate more and more Zone 2 hours, or does the rate of improvement slow down beyond a certain point?
Additionally, what role does intensity distribution play in this relationship? Do riders who focus on sweet spot training (i.e., high-intensity Zone 2) see greater gains in LT power compared to those who focus on lower-intensity Zone 2 work?
Its also worth considering how individual variability affects the relationship between Zone 2 endurance and LT power. Do riders with higher aerobic capacities tend to see greater gains in LT power from Zone 2 training, or are the benefits more evenly distributed regardless of starting point?
Finally, what are the practical implications of these findings for riders and coaches looking to optimize training programs? Are there specific Zone 2 training protocols or volume/intensity combinations that are more effective for improving LT power, and how should these be incorporated into a broader training plan?
Furthermore, how does the relationship between Zone 2 endurance and LT power change as the volume of Zone 2 training increases? In other words, do riders see continued gains in LT power as they accumulate more and more Zone 2 hours, or does the rate of improvement slow down beyond a certain point?
Additionally, what role does intensity distribution play in this relationship? Do riders who focus on sweet spot training (i.e., high-intensity Zone 2) see greater gains in LT power compared to those who focus on lower-intensity Zone 2 work?
Its also worth considering how individual variability affects the relationship between Zone 2 endurance and LT power. Do riders with higher aerobic capacities tend to see greater gains in LT power from Zone 2 training, or are the benefits more evenly distributed regardless of starting point?
Finally, what are the practical implications of these findings for riders and coaches looking to optimize training programs? Are there specific Zone 2 training protocols or volume/intensity combinations that are more effective for improving LT power, and how should these be incorporated into a broader training plan?