This chapter discusses the complex relationship between climate change and
malaria, highlighting the deep impact of environmental shifts on vector-borne diseases.
It begins by exploring the broader context of climate change and its influence on the
distribution and intensity of vector-borne diseases globally. A key focus is on the
impact of changing climate patterns on Anopheles mosquitoes, the primary vectors of
malaria. The chapter examines how temperature, precipitation, and humidity variations
affect mosquito behaviour, life cycle, and habitat suitability, consequently altering
malaria transmission dynamics. The economic implications of these changes are
analysed, emphasising the burden on healthcare systems and economies, particularly in
vulnerable regions. The chapter also discusses the role of climate control and
mitigation strategies in managing the spread of malaria. It outlines various
interventions to reduce greenhouse gas emissions and improve adaptive capacities to
mitigate the adverse effects of climate change on malaria prevalence. Disease
surveillance is seen as a crucial component in this context, with an emphasis on the
need for monitoring systems to track changes in disease patterns and vector
populations. Innovative approaches and technologies for surveillance and data
collection are presented, highlighting their importance in early detection and response
to malaria outbreaks. This chapter provides current research and case studies and an
overview of the challenges and opportunities in addressing the drastic effects of climate
change and malaria. It emphasises the importance of integrated vector management
strategies combining climate action with public health initiatives to reduce the spread
of malaria.
Keywords: Anopheles mosquitoes, Case studies, Climate change, Climate control, Disease surveillance, Economic consequences, Malaria, Mitigation, Vector-borne diseases.
