Author: Gil Caspi; Uri Shalit; Soren Lund Kristensen; Doron Aronson; Lilac Caspi; Oran Rossenberg; Avi Shina; Oren Caspi
Title: Climate effect on COVID-19 spread rate: an online surveillance tool Document date: 2020_3_30
ID: mdyojac2_30
Hyperlink: Download document. Google Scholar. 15 degrees Celsius and latitude) categories we identified a significantly lower RR and RoS in warm climate countries compared with cold climate countries. These findings persisted irrespective of whether Italy was included in our analysis or not, whether we used country dichotomization by climate criteria or included all countries irrespective of climate classification. Intra-State analysis of American (USA) data did not identify a significant correlation Our results were devised by developing an online surveillance tool (available at All rights reserved. No reuse allowed without permission. author/funder, who has granted medRxiv a license to display the preprint in perpetuity."> Related documents.
Snippet: In this study we analyzed the spread rate of the novel COVID-19 pandemic in relation to climate variables. We identified a significant moderate negative correlation between the rate of COVID-19 RR and RoS and increasing temperature and dew point. Furthermore, by dichotomizing countries into "warm" and "cold" climate (based on predefined average March temperature 15 degrees Celsius and latitude) categories we identified a significantly lower RR.....
Document: In this study we analyzed the spread rate of the novel COVID-19 pandemic in relation to climate variables. We identified a significant moderate negative correlation between the rate of COVID-19 RR and RoS and increasing temperature and dew point. Furthermore, by dichotomizing countries into "warm" and "cold" climate (based on predefined average March temperature 15 degrees Celsius and latitude) categories we identified a significantly lower RR and RoS in warm climate countries compared with cold climate countries. These findings persisted irrespective of whether Italy was included in our analysis or not, whether we used country dichotomization by climate criteria or included all countries irrespective of climate classification. Intra-State analysis of American (USA) data did not identify a significant correlation Our results were devised by developing an online surveillance tool (available at All rights reserved. No reuse allowed without permission. author/funder, who has granted medRxiv a license to display the preprint in perpetuity.
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