As the apparent queen of high altitude posts, I do have one more in mind but it is fairly specific.
First, what do I mean by high altitude races? I mean those that include riding up to 3000 meters and possibly higher. Many of you can guess the likely suspects (races): Everest Challenge, High Uintas Stage Race, Evans and Pikes Peak Climbs, Tour of the Gila. Got a few of these in mind as definite possibilities on my race calendar.
Now I already live/train at a decent altitude, 1500-1800m no flatlander/sealevel citizen here....
No doubt sustainable power does and will fall the further up I go. That is compounded by the fact that you usually have to ride for a while to get to the higher altitude, so you've already depleted some glycogen stores in addition to having less air pressure once you get there. As an example, I've ridden to 3500 meters and noticed a big drop in power. Apart from that, as a general rule I try to train low, in terms of altitude, as much as is practical. There is plenty of higher terrain that's accessible to me, up to 3300-3500m roughly, if I want a 'train high' option.
Question: Given the unquestionable decrease in absolute exercise intensity that can be sustained as altitude increases (especially given where I'm already at), is there any use in opting to train higher than usual (as in > 1800m), in preparation for these events? I question how much, if any, acclimatization benefit you get from spending a few hours riding up to 3500m. If mistaken, then please share your feedback and comments here. Now if I could sleep up there for a while sure, I could see adaptation, but just riding there?
A comment I feel obliged to include is that in Asker Jeukendrup's book, high performance cycling, he does include a small section on live low, train high. He mentions a study in which those living low, but training high did train at reduced intensity over a live low, train low group.....but the former had some increased mitochondrial density as compared to the latter. I don't have the exact citations for this sorry, nor do I have the specifics so I am unsure of how useful that study is. Now I don't exactly live low, but perhaps live high, train higher is a possible variant.
Additionally, if any of you have any specific experience with such events, and I bet some of you do, then please contribute any thoughts you have on preparing for them.
First, what do I mean by high altitude races? I mean those that include riding up to 3000 meters and possibly higher. Many of you can guess the likely suspects (races): Everest Challenge, High Uintas Stage Race, Evans and Pikes Peak Climbs, Tour of the Gila. Got a few of these in mind as definite possibilities on my race calendar.
Now I already live/train at a decent altitude, 1500-1800m no flatlander/sealevel citizen here....
No doubt sustainable power does and will fall the further up I go. That is compounded by the fact that you usually have to ride for a while to get to the higher altitude, so you've already depleted some glycogen stores in addition to having less air pressure once you get there. As an example, I've ridden to 3500 meters and noticed a big drop in power. Apart from that, as a general rule I try to train low, in terms of altitude, as much as is practical. There is plenty of higher terrain that's accessible to me, up to 3300-3500m roughly, if I want a 'train high' option.
Question: Given the unquestionable decrease in absolute exercise intensity that can be sustained as altitude increases (especially given where I'm already at), is there any use in opting to train higher than usual (as in > 1800m), in preparation for these events? I question how much, if any, acclimatization benefit you get from spending a few hours riding up to 3500m. If mistaken, then please share your feedback and comments here. Now if I could sleep up there for a while sure, I could see adaptation, but just riding there?
A comment I feel obliged to include is that in Asker Jeukendrup's book, high performance cycling, he does include a small section on live low, train high. He mentions a study in which those living low, but training high did train at reduced intensity over a live low, train low group.....but the former had some increased mitochondrial density as compared to the latter. I don't have the exact citations for this sorry, nor do I have the specifics so I am unsure of how useful that study is. Now I don't exactly live low, but perhaps live high, train higher is a possible variant.
Additionally, if any of you have any specific experience with such events, and I bet some of you do, then please contribute any thoughts you have on preparing for them.