What is the actual physiological basis for the commonly held assumption that increasing power output is the primary factor in improving performance in stage races, and can the relationship between power training and improved performance in multi-day events be solely attributed to increases in cardiovascular efficiency, or are there other mechanisms at play that contribute to the overall enhancement of endurance?
Furthermore, given the extensive literature on the topic of power training and performance, it is surprising that there is still a dearth of research on the specific application of power training principles to stage racing, where factors such as cumulative fatigue, varying terrain, and changing environmental conditions interact to confound the simplistic notion that more power = better performance.
Additionally, considering the considerable inter-individual variability in response to power training, how can riders and coaches ensure that the training programs they implement are optimal for the specific demands of stage racing, rather than simply rehashing generic one-size-fits-all protocols that may not account for individual differences in physiology, experience, and aptitude?
In light of these concerns, is it not time to re-examine the conventional wisdom on power training and stage racing, and to develop more nuanced and context-specific approaches to improving performance in these events, rather than relying on overly simplified or outdated paradigms?
Or, are we simply stuck in a state of dogmatic acceptance, where the benefits of power training are taken as an article of faith, rather than being subject to rigorous scientific scrutiny and critical evaluation?