This review addresses' changes in the ecology of vectors and epidemiology of vector-borne
diseases which result from deforestation. Selected examples are considered from viral and�…

This study examined the larval breeding habitat of a major South American malaria vector,
Anopheles darlingi, in areas with varying degrees of ecologic alteration in the Peruvian�…

To examine the impact of tropical rain-forest destruction on malaria, we conducted a year-
long study of the rates at which the primary malaria vector in the Amazon, Anopheles�…

To clarify mechanisms linking deforestation, anopheline ecology, and malaria epidemiology,
this study draws together 60 examples of changes in anopheline ecology and malaria�…

We performed bimonthly mosquito larval collections during 1 year, in an agricultural
settlement in the Brazilian Amazon, as well as an analysis of malaria incidence in�…

The global burden of vector-borne diseases accounts for more than 17% of infectious
diseases in humans. Rapid global expansion of previously obscure pathogens, such as Zika�…

Global environmental change is expected to affect profoundly the transmission of the
parasites that cause human malaria. Amongst the anthropogenic drivers of change�…

We investigated the effects of deforestation on microclimates and sporogonic development
of Plasmodium falciparum parasites in Anopheles gambiae mosquitoes in an area of the�…

Ecological disturbances exert an influence on the emergence and proliferation of malaria
and zoonotic parasitic diseases, including, Leishmaniasis, cryptosporidiosis, giardiasis�…

Climate change is expected to lead to latitudinal and altitudinal temperature increases. High‐
elevation regions such as the highlands of Africa and those that have temperate climate are�…