It's the time of the year when many people from the Northern Hemisphere go on their summer holidays. Especially with the schools closed and some good weather spots around the world.
Harare, Zimbabwe |
Not only are these temperatures ideal for Northern Hemisphere based people for some perfect sun therapy but they are also ideal for marathon conditioning.
Mutare view from Christmas Pass, Zimbabwe |
Zimbabwe is a country whose geography can be classified as relatively high altitude.
It is blessed with some of the most beautiful mountains especially along the eastern highlands. Vumba and Nyanga are some of the notables with Nyanga taking the coveted owners of featuring the highest mountain in Zimbabwe; mount Inyangani.
Vumba Mountains, Zimbabwe |
Mt Ziro, Gutu Zimbabwe |
I do remember from school years back my teacher telling that people who leave and work in High altitude areas have a higher affinity for oxygen. This is because higher altitudes have less oxygen that lower altitudes. As a result of relative lower oxygen levels their bodies compensate by having their haemoglobin develop a higher oxygen affinity.
The assumption is that if a low altitude based athlete trains in the higher altitudes their haemoglobin will adapt and develop a higher oxygen affinity. When they go back to participate in competitions in their low altitude areas they will have metabolism which will utilise loads of oxygen to create energy which is necessary for performance.
Here is a comparison of a 10 km run which I did in Ireland as compared to higher altitude in Zimbabwe.
You can see that the range of elevation for the Zimbabwe Training is 1020m to 1080m above sea level. In contrast the range for Ireland training is between 10m and 60m above sea level. It was definitely tougher training in the high altitude
I must stress that I was only in Zimbabwe for a short period of time. I couldn't have possibly benefited from High altitude training
The thing to note though is the fact that it's harder to complete a 10km run at high altitude than it is at lower altitude due decreased maximal cardiac output.
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