The Effect of Air-Born Particle and Estimation of Patient’s Health Risk Associated During Exposure of Covid-19 Period Over Various Site in Delhi-NCR Area.

Abstract

COVID-19 has been the most devastating public health epidemic to hit humanity in the twenty- first century. Shortly after its breakout in Wuhan, China, the World's authorities took the unprecedented step of closing down the city beginning January 23, 2020. Meanwhile, most economic activity in several parts of the world have been halted or reduced to a considerably lesser level. The change significantly lowered pollution emissions from automobiles, industry output, and human activities. In the current study, Air quality data was obtained from monitoring stations in ITO, DTU, Gurgaon, and Manesar. The data includes the total number of patients in specified periods: Before COVID, During COVID, and After COVID. Age groups were categorized into children, young, and adult for a comprehensive analysis. In general, the COVID-19 pandemic resulted in decreased emissions of several pollutants due to less human activity. Nevertheless, fluctuations in pollution levels can be caused by localised sources of pollution as well as the complicated atmospheric chemistry of pollutants. As a result, the impact of each pollutant on total pollution levels throughout the pandemic might vary greatly depending on the particular place and the elements that are present there. During our study period, ANOVA analysis for all location the p-value is less than the chosen significance level (commonly 0.05), it indicates that there are significant differences among the group means. The larger the F-statistic, the more evidence you have against the null hypothesis of equal group means.