Review analyzes chikungunya epidemiology and proposes an integrated control framework suggesting enhanced outcomes.
In recent decades, factors such as climate change, accelerated urbanization, and increased human mobility have intensified the global burden of mosquito-borne infectious diseases. Among these, Chikungunya virus (CHIKV) infection has emerged as a significant public health challenge in tropical and subtropical regions. This review systematically analyzes the epidemiological characteristics of chikungunya fever and the limitations of conventional control strategies from a holistic One Health perspective. We highlight the constraints of traditional, reactive approaches that narrowly focus on human-centric or vector-centric interventions, which often prove insufficient against a pathogen with complex human-animal-environment interactions. Building on this analysis, we propose an integrated control framework that encompasses synergistic surveillance and early warning systems, cross-sectoral vector governance, and unified risk communication strategies. By examining the challenges and future research directions, this review provides a theoretical foundation for developing more effective and sustainable strategies to control chikungunya fever.
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Fang et al. (2026) studied this question.
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