The attractiveness of oviposition site for malaria vector mosquitoes is dependent upon a
number of physical and chemical factors. Many aspects of mosquito behavior, including host …

Background New strategies are needed to manage malaria vector populations that resist
insecticides and bite outdoors. This study describes a breakthrough in developing 'attract …

Background Choice egg-count bioassays are a popular tool for analysing oviposition
substrate preferences of gravid mosquitoes. This study aimed at improving the design of two …

Gravid Anopheles malaria vectors depend on both chemical and physical (including
microbial) cues for selection of preferred habitats for oviposition. This study focused on …

Background Water quality is known to influence the development and survival of larval
mosquitoes, which affects mosquito-borne pathogen transmission as a function of the …

Background Cues that guide gravid Anopheles gambiae sensu lato to oviposition sites can
be manipulated to create new strategies for monitoring and controlling malaria vectors …

The rice agroecosystem provides suitable breeding habitat for many malaria vector species,
and rice-adjacent communities are consequently exposed to a greater malaria transmission …

Large-scale production of mosquitoes is a key factor for a successful sterile insect technique
program. A manageable mass-production cage must contain appropriate features for adult …

Anopheles coluzzii is an important vector of malaria in sub‐Saharan Africa particularly of the
most dangerous malaria parasite. It completes its life cycle in water and a change in …

Background: Insecticide resistance and vector-feeding behavior changes have recently
challenged malaria vector control. All this causes the vectors to forfeit the benefits of …