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_6
Snippet: Our findings of decreased replication and spread rates of COVID-19 in warm climates may suggest that the inevitable seasonal variance will alter the dynamic of the disease spread in both hemispheres in the coming months. However, we warrant a cautious interpretation of these findings given the fact that we are in the initial steps of this outbreak in many "warm" climate countries, the high variance of the data and the dynamic changes in the disea.....
Document: Our findings of decreased replication and spread rates of COVID-19 in warm climates may suggest that the inevitable seasonal variance will alter the dynamic of the disease spread in both hemispheres in the coming months. However, we warrant a cautious interpretation of these findings given the fact that we are in the initial steps of this outbreak in many "warm" climate countries, the high variance of the data and the dynamic changes in the disease surveillance and the lack of correlation based on the limited data in the US. We hope that the online tool coupling COVID-19 data with climate data will assist in tracking the disease and tailoring the needed measures to contain it.
Search related documents:
Co phrase search for related documents- cautious interpretation and disease dynamic: 1
- cautious interpretation and disease surveillance: 1
- cautious interpretation and high variance: 1
- correlation lack and disease dynamic: 1, 2
- correlation lack and disease surveillance: 1
- disease dynamic and dynamic change: 1, 2, 3
- disease surveillance and hemisphere spread: 1
Co phrase search for related documents, hyperlinks ordered by date