of triathletes and cyclists. We tend to have bigger legs and to run more stiffly." Carmichael says Armstrong moves oxygen as well as anyone, burns more fat than most endurance athletes (a good thing), and is able to cycle very hard without producing much lactic
’s cooling efficiency (even if you’re more comfortable in certain areas). The so-called “modern” Olympians of 1896 were cleverer than us, too. They did their running, jumping and throwing in April. Some athletes complained about the chilly, damp weather
ultra-marathon runner who completed the 54-mile Comrades Marathon seven times. At the time, he wrote three articles encouraging runners to drink more. Then a strange thing happened in the early 1980s. He started to receive calls from athletes and A
, a number of researchers have begun to apply the results of certain studies to the training of runners and other endurance athletes. Most of this work has been done piecemeal in far-flung locations around the globe. Yet the scientists and coaches
of people.Last year, Americas Boston and Marine Corps Marathons had their first-ever fatalities attributed to hyponatraemia. Hyponatraemia is also beginning to appear in other endurance athletes, including ultramarathoners, Ironman triathletes and long
much about the losses. We should be happy to simply keep on keeping on.These slow-down percentages come quite close to matching a vast amount of physiological data that has tracked the VO2 max of athletes and non-athletes as they age. No one beats
the final miles of a marathon, you should be able to run faster.This extract is from The Runner's World Complete Book of Running by RW USA Editor Amby Burfoot.
training plans. For the last three decades, exercise physiologist Jack Daniels has set the standard for designing such plans. Along the way he’s worked with dozens of elite athletes, ranging from Ryun (Daniels helped him prepare for the high altitude
faster after exercise.A headline-making study from the University of Indiana in the US last year suggested chocolate milk helped athletes recover more efficiently and could therefore boost subsequent endurance after exercise better than fluid
physiology, so he views hill training through a technical lens. "We use oscillatory terrain to increase the athlete's adaptation to stress, and to teach a more efficient use of glycogen," he says. "It also gives them a nice reactive power that improves
