文章基本信息

标题：Regression Analysis for COVID-19 Infections and Deaths Based on Food Access and Health Issues
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作者：Abrar Almalki ; Balakrishna Gokaraju ; Yaa Acquaah 等
期刊名称：Healthcare
电子版ISSN：2227-9032
出版年度：2022
卷号：10
期号：2
DOI：10.3390/healthcare10020324
语种：English
出版社：MDPI Publishing
摘要：COVID-19, or SARS-CoV-2, is considered as one of the greatest pandemics in our modern time. It affected people’s health, education, employment, the economy, tourism, and transportation systems. It will take a long time to recover from these effects and return people’s lives back to normal. The main objective of this study is to investigate the various factors in health and food access, and their spatial correlation and statistical association with COVID-19 spread. The minor aim is to explore regression models on examining COVID-19 spread with these variables. To address these objectives, we are studying the interrelation of various socio-economic factors that would help all humans to better prepare for the next pandemic. One of these critical factors is food access and food distribution as it could be high-risk population density places that are spreading the virus infections. More variables, such as income and people density, would influence the pandemic spread. In this study, we produced the spatial extent of COVID-19 cases with food outlets by using the spatial analysis method of geographic information systems. The methodology consisted of clustering techniques and overlaying the spatial extent mapping of the clusters of food outlets and the infected cases. Post-mapping, we analyzed these clusters’ proximity for any spatial variability, correlations between them, and their causal relationships. The quantitative analyses of the health issues and food access areas against COVID-19 infections and deaths were performed using machine learning regression techniques to understand the multi-variate factors. The results indicate a correlation between the dependent variables and independent variables with a Pearson correlation R 2-score = 0.44% for COVID-19 cases and R 2 = 60% for COVID-19 deaths. The regression model with an R 2-score of 0.60 would be useful to show the goodness of fit for COVID-19 deaths and the health issues and food access factors.
关键词：enCOVID-19GISmachine learningregressionNorth CarolinaGilford County