How does Zone 2 training on flat roads impact the ability to handle long-distance gravel races. Does all that steady-state cardio on flat ground translate to increased resilience on rough terrain, or are we just creating a bunch of endurance robots that cant handle technical descents.
What specific physiological adaptations occur in response to Zone 2 training that would be beneficial for gravel racing. Is it purely a matter of increased mitochondrial density and improved aerobic efficiency, or are there other factors at play such as increased capillarization and enhanced buffering capacity.
Are the training stresses imposed by Zone 2 training on flat roads sufficient to elicit the necessary adaptations for handling the variability and unpredictability of gravel racing, or do we need to incorporate more specific training such as interval workouts and strength training to develop the necessary physical and mental resilience.
Can the benefits of Zone 2 training be replicated through other training methods such as high-intensity interval training, or is there something unique about the specific aerobic adaptations that occur in response to steady-state exercise that makes it particularly well-suited for gravel racing.
Do the benefits of Zone 2 training on flat roads extend beyond the physical realm and provide a psychological benefit such as increased confidence and mental toughness, or are the stresses and demands of gravel racing so great that they overwhelm any benefits derived from steady-state training.