Coronavirus Disease-19 - Multi-dimensional Analysis on Incidence Rates- A Global Perspective Study

H. Magd, H. Karyamsetty
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Abstract

The world has been impacted severely by COVID-19 pandemic and the spread of the COVID -19 is not under control as confirmed cases are still reported globally. Based on the literature review where it was suggested that the incidence rates of COVID-19 are related to environmental factors existing locally and therefore it is important to examine the diversified environmental and meteorological factors that are contributing to the disease transmission and infection rates that subsequently facilitates better management of future outbreaks and crisis. The current study explores and investigates the significance of population dynamics, dew point and altitudinal factors on incidence rates of COVID -19 across different geographical regions. Data from 129 countries are collected pertaining to the parameters of the study and each parameter is examined to know the degree of association with the confirmed cases. The study results show that the city fraction rate combining with latitude ranges substantially can predict to varying levels the incidence rate of SARS-CoV-2. Additionally, the study suggested also countries having city fraction rate in specific range has affinity to show increase in daily confirmed cases.
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冠状病毒病-19 -发病率多维度分析-全球视角研究
当前,新冠肺炎疫情对全球造成严重影响,疫情蔓延尚未得到控制,全球仍有确诊病例报告。根据文献综述,建议COVID-19的发病率与当地现有的环境因素有关,因此重要的是要研究导致疾病传播和感染率的多种环境和气象因素,从而有助于更好地管理未来的疫情和危机。本研究探讨了不同地理区域的人口动态、露点和海拔因素对COVID -19发病率的影响。收集了来自129个国家的有关该研究参数的数据,并检查了每个参数,以了解与确诊病例的关联程度。研究结果表明,结合纬度范围的城市分异率可以在不同程度上预测SARS-CoV-2的发病率。此外,该研究还表明,城市比例在特定范围内的国家对每日确诊病例的增加具有亲和力。
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