中国P站

Abstract

Climate change profoundly impacts vector-borne diseases globally by altering vector distribution, transmission efficiency, and disease incidence. Rising temperatures and changing precipitation create favorable conditions for mosquitoes and ticks, leading to the expansion of diseases like dengue, malaria, Zika, and tick-borne illnesses into new regions and intensification in existing ones. This escalating challenge demands integrated strategies including One Health approaches, early warning systems, and predictive modeling to mitigate public health and economic burdens. Understanding these environmental influences is crucial for effective global public health planning and proactive interventions.