THE INFLUENCE OF ATMOSPHERIC FINE PARTICLES POLLUTION ON HUMAN SKILLS DURING HIGH INTENSITY EXERCISE

Air pollution is a public health and environmental issue that affects human health. In recent years, it has received more and more attention and research from domestic scholars. In order to explore the impact of atmospheric fine particulate matter pollution on various functions of the human body during high-intensity exercise, this article conducts experiments with 30 male athletes as the research object. Before starting the experiment, we record the various indicators of these athletes1 human body function as the comparison group data, and record the various indicators of these athletes1 human body function after the experiment as the experimental group data. During the experiment, the living environment of these athletes is polluted by atmospheric fine particles. During the experiment, the air pollution of the area is monitored and used as experimental data. Finally, statistical analysis is carried out on the experimental data. The results show that atmospheric fine particulate matter pollution can reduce the cardiopulmonary function, immune function, and free radical content of high-intensity exercise humans. The vital capacity of the comparison group is 2.52 ± 0.63 (L), while the vital capacity of the experimental group exercising under pollution conditions is 2.37 ± 0.42 (L), showing significantly difference (PO.05). The CC16 value of the experimental group is 18.43 ± 1.13 (μg/L) which is much lower than 28.32±1.59 (μg/L) in the comparison group. The value of active oxygen in the heart of the experimental group is 2.57 ± 0.79 (U/mol·prot), which is also far lower than that of the comparison group.