It may be because the air is thinner and more demanding on the heart, lungs, and muscles. This would be helpful in a sport where stamina is required.
high altitute.
Athletes train at high altitude to improve their aerobic capacity and red blood cell production. The lower oxygen levels at higher altitudes stimulate the body to adapt by producing more red blood cells, which can enhance endurance performance at sea level. Additionally, training at high altitude can also help athletes acclimatize to compete at similar altitudes.
An athlete training at a high altitude will perform better than one who trains at a low altitude because of increased lung capacity. At a higher altitude there is less oxygen, so an athlete that trains at a higher altitude will use air more efficiently.
Long distance runners who train at high altitude develop greater lung capacity relative to those who train at or near sea level. Consequently, when these high altitude runners compete with runners from lower altitudes, they have an advantage regardless of whether they compete at lower or higher altitudes.
I think it is winds,speed, and altitude
I don't think they can survive high altitude. Because they are so small, and when you are in a high altitude your not close to ground, and the air around you is different. And picturing my Guinea Pig in a high altitude is scary enough because she is so small, and fragile, too, lol. But, the main point is, guinea pigs probably can't survive in a high altitude, only different creatures.
The theory behind high altitude athletic training is that since there is less oxygen present in high altitudes, athletes must train their bodies to be able to handle less oxygen by producing more red blood cells to carry the necessary oxygen. Oxygen is also depleted in the blood and muscles through strenuous activity. Therefore, by training at a high altitude, an athlete can expect to perform better at a lower altitude.
i think they can get paid.
High jump track athletes train to improve their performance by focusing on strength training, plyometrics, technique drills, and practicing jumps at varying heights. They also work on their speed, agility, and flexibility to enhance their overall athletic ability. Additionally, athletes may work with coaches to analyze their technique and make necessary adjustments to maximize their jumping potential.
The simple answer is oxygen starvation. The best athletes train at the higher altitudes because that is where the air is thinner. This forces the human body to work harder, just to expend equivalent energy. People that climb Mt. Everest often suffer from 'altitude sickness' due their lack of conditioning.
If you train at a high altitude, for instance, in Calgary Alberta, your body will adapt. Normally, at sea level, your bodies red blood cells can carry x amount of oxygen. As you go higher in sea level, these red blood cells will find it harder to carry that same amount. This is because as you go higher in altitude the air becomes thinner. The bodies red blood cells will adapt to this situation. They will become harder working and more efficient. An athlete will train at higher altitudes because their bodies red blood cells will adapt to the thin air situation. This means that when they compete at lower altitude levels, their red blood cells will be able to carry more oxygen then someone who has not trained at a high altitude. This allows the athletes muscles to get more fuel (oxygen) and work harder.
Cake mixes contain special directions for use in high altitudes. Many marathon runners train at high altitudes to ensure optimal lung functioning in competitions. The pilot announced to the passengers and flight crew that the plane had reached a comfortable flying altitude.