Abstract
This article explores the intricate connection between high temperatures, heatwaves, and the prevalence of Dengue fever. It investigates how elevated temperatures impact Aedes mosquito vectors, the Dengue virus, and human behavior, thereby increasing the risk of disease transmission during heatwaves. The article highlights the significance of epidemiological studies and recent advancements in predictive modeling, vector control, and vaccine development in unraveling this complex relationship. The urgency of addressing the intersection of climate change and Dengue is emphasized, given the expanding regions affected by Dengue and the wide-reaching consequences on public health and society. The conclusion underscores the imperative need for collaborative efforts among researchers, policymakers, and the global community to mitigate climate-induced risks and foster a more resilient future.
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