Regression coefficients for each percentile of the meteorological variables included as random effect categorical variables in univariable spatiotemporal models, associated with the presence of WNV-positive mosquitoes.

<p>The meteorological variables were calculated at time lag = 0 (in the week of mosquito trapping).</p> <p>(PNG)</p>

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Bibliographic Details
Main Author:	Victoria M. Cox (21512666) (author)
Other Authors:	Katie Tiley (22794474) (author), Roberto Rosa (2295802) (author), Andrea Pugliese (203127) (author), Paola Angelini (161643) (author), Marco Carrieri (161626) (author), Samir Bhatt (144911) (author), Marco Tamba (161618) (author), Giovanni Marini (710787) (author), Mattia Calzolari (161592) (author), Ilaria Dorigatti (725102) (author)
Published:	2025
Subjects:	Medicine Biotechnology Ecology Science Policy Infectious Diseases Virology Computational Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified west nile virus mean regression coefficients div >< p climate change suggest agricultural land use findings provide evidence wnv infection rates wnv infection dynamics mosquito wnv infection human case reports culex pipiens </ culex </ found evidence urgent need respectively ), reported cases projected increase preparedness planning positively associated optimal implementation model estimates local level local birds highly correlated future work future decades estimated role established hotspots disease control climatic conditions better understanding better understand avian reservoir animal health 75 )).
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