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  • Author or Editor: Leonardo Suveges Moreira Chaves x
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Mosquitoes transmit many of the pathogens that cause zoonotic diseases from wildlife and livestock to people, with devasting consequences for public health. The factors affecting the ecology and evolution of the transmission dynamics of these mosquito-borne pathogens can be revealed using multidisciplinary research approaches. This 7th volume of the ECVD series focuses on the ecological factors that determine the transmission dynamics of mosquito-borne pathogens naturally circulating between animals of different taxa and their importance for human health. The authors revise the current knowledge on the pathogens that affect wildlife, including those maintained in captivity, as well as the use of cutting-edge techniques for the identification of potential vectors of these pathogens. In addition, this volume explores the role of factors related to global change, including changes in landscape use, deforestation and urbanization, as major drivers of the distribution of mosquito vectors and the dynamics of pathogen transmission. Finally, updated information on the approaches used to identify and control mosquito-borne diseases is presented, with a particular focus on those affecting humans. In summary, this book provides an updated review of the different mosquito-borne pathogens affecting animals and their public health relevance.

Abstract

Amazon Basin has experienced intense forest degradation of its ecosystems, increasing environmental, social, and economic threats. Deforestation is the major threat to biodiversity as well as increasing pollution levels and their impacts, and the frequency of extreme hydrometeorological events. These natural disasters cause serious damage and losses to human social systems, impacting the ability of communities to keep their houses and altering their welfare, livelihood systems, health services capacity, and opportunities for social development. In addition, these forces disrupt natural systems through changing seasonal patterns and variable long-term trends in rainfall and temperature and increases in frequency and intensity of climate and weather extremes. Most natural disasters have been associated with floods, heatwaves, and tropical cyclones. These can have corresponding impacts on zoonotic and other infectious diseases, leading to emergence in new areas in the world and increased risks of epidemics. Flooding and other hydrometeorological hazards, storms, heat waves also can affect vector breeding sites and transmission of vector-borne diseases such as malaria, dengue and chikungunya. Open gold mining, fishponds, deforestation, and hydroelectric power plant in Amazon are some examples of drivers that can represent synergistic anthropogenically driven disasters, leading to events, such as mudslide, mosquito proliferation and vector-borne diseases. These events impact the most vulnerable populations, with people most impacted by floods, severe droughts, and loss of income at the highest risks of disease outbreaks. Malaria may not represent severe illness and deaths in Amazon Basin; however, the disease has strong impact in public health, with harmful effects in socio-economic and cultural development, with high morbidity, economic productivity losses, and severe negative impact on cognitive development of children, with anaemia, malnutrition, and saturating health services capacity. In this chapter, we present the main drivers and vulnerabilities associated with malaria incidence in Amazon Basin in time of extreme climatic events.

In: Planetary health approaches to understand and control vector-borne diseases