oxygen
One difference n the life style of people living in high altitudes instead of low altitudes is weight. People living in high altitudes are typically not over weight. They also have less heart disease
People living at high altitudes tend to have larger lung capacity and higher red blood cell count to adapt to lower oxygen levels. They may also have a lower resting metabolic rate. In contrast, people living at low altitudes may have faster metabolism and lower red blood cell count due to higher oxygen levels.
In an effort to take in as much Oxygen is available to us, the human body increases the number of RBCs in the system, which also would reflect in a higher Haemoglobin count for such people.
People living in mountainous territory are often referred to as highlanders or mountain dwellers. They adapt to the challenges of living at high altitudes by developing unique cultures and lifestyles suited to their rugged environment.
In an effort to take in as much Oxygen is available to us, the human body increases the number of RBCs in the system, which also would reflect in a higher Haemoglobin count for such people.
some people lives in the high altitudes easy to get high erythrocyte count. Because at the high altitudes, the air is become thinner, it means less oxygen.
People living at high altitudes may experience lower oxygen levels, leading to adaptations like increased lung capacity and red blood cell production. They may also have to deal with extreme temperature variations, while those at low altitudes typically experience more stable temperatures. Additionally, people at high altitudes may have different cultural practices and diets shaped by their environment.
Yes, individuals living in higher altitudes often have higher red blood cell counts to compensate for the lower oxygen levels. This adaptation allows them to transport more oxygen in their blood to meet their body's needs in a low oxygen environment.
People living at high altitudes often experience lower oxygen levels, which can lead to physiological adaptations such as increased lung capacity and higher red blood cell counts. This can result in enhanced endurance and stamina for those accustomed to such environments. In contrast, individuals at low altitudes typically have easier access to oxygen but may not develop the same adaptations, which can affect performance in high-altitude conditions. Additionally, lifestyle and cultural practices may differ significantly between these two groups due to their distinct environments.
People living at higher altitudes have more red blood cells compared to those living at sea level. This increase in red blood cells allows the body to carry more oxygen due to the lower oxygen levels in high-altitude environments. The exact difference in the number of blood cells can vary among individuals but typically ranges from 10-20% more in those living at higher altitudes.
People who live in higher altitudes have better lung capacity then those at sea level because the air is thinner at higher altitudes so more needs to be drawn in at a time. People who are born on a very hign mountain or plain also produce more red blood cells, to gather more oxygen, than people at sea level.
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