Predicting the Range Expansion of Vector-Borne Diseases in Southern Europe Under Accelerated Warming Scenarios

Chen Lin

doi:10.71222/vm63rk93

Authors

Chen Lin School of Life Sciences, Shaoxing University, Shaoxing, China Author

DOI:

https://doi.org/10.71222/vm63rk93

Keywords:

Vector-borne diseases, Climate change, Southern Europe, Predictive modeling, Public health

Abstract

Vector-borne disease are expanding their compass due to accelerated warming scenarios, in Southern Europe. Rivet on climatic, ecologic. And vector-specific parameter, this research article investigates the predictive molding of range expansion for diseases. Using advanced computational method, including machine learning and climate simulations, the survey identifies critical factor driving disease proliferation. Results quintessentially highlight the interplay between temperature rise, vector adaptability. And human population density, offer actionable insight for health interventions and policy-making. The findings punctuate the importance of proactive step to palliate risks colligate with clime-induce disease spread.

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