A fundamental understanding of plant sugar feeding behaviour in vector populations can
lead to the development of ecologically effective vector monitoring and control strategies …

A fundamental understanding of plant sugar feeding behaviour in vector populations can
lead to the development of ecologically effective vector monitoring and control strategies …

Improved understanding of mosquito–plant feeding interactions can reveal insights into the
ecological dynamics of pathogen transmission. In wild malaria vectors Anopheles gambiae …

Increased frequency of Aedes aegypti-borne diseases demands for improved vector
monitoring and control. This requires a good understanding of the behaviour, biology, and …

To understand the potential for facultative sugar feeding by Aedes aegypti, an important
vector of dengue viruses, we evaluated seasonal and villagewide variation in sugar feeding …

Malaria remains a serious threat in sub-Saharan Africa Available control tools are now
largely ineffective. Because of the role of vectors in malaria transmission, integrated vector …

Outdoor malaria transmission remains a major hindrance to effective control and elimination
of the disease. However, the anopheline vector composition among outdoor biting fractions …

Feeding on plant-derived sugars is an essential component of mosquito biology, affecting
key aspects of their lives such as survival, metabolism, and reproduction. Among …

Background Current tools and strategies are not sufficient to reliably address threats and
outbreaks of arboviruses including Zika, dengue, chikungunya, and yellow fever. Hence …

Infusions are commonly used to trap gravid mosquitoes for surveillance and control of
arboviral diseases. The nature and plant species can affect attractiveness of infusions likely …