Aquatic containers, including tree holes and vehicle tires, harbor a diverse assemblage of
mosquitoes capable of vectoring important diseases. Many studies have examined …

Container systems, including discarded vehicle tires, which support populations of
mosquitoes, have been of interest for understanding the variables that produce biting adults …

Discarded vehicle tires are a common habitat for container mosquito larvae, although the
environmental factors that may control their presence or abundance within a tire are largely …

Distributions of mosquito larvae likely are a consequence of multiple factors, although two
commonly studied factors (quality of the larval environment and the terrestrial matrix in which …

Mosquito larvae often exhibit different behaviors depending on the aspects of the aquatic
environment, including the presence of different physical factors and detrital food sources …

Mosquito populations are largely regulated by processes occurring at the larval stage. We
sampled mosquito larval microhabitats (mostly water-holding containers) in six …

Despite numerous ecological studies with mosquitoes, it remains unclear what
environmental factors are the most important determinants of structure, species richness …

Artificial container‐breeding mosquitoes, such as Aedes aegypti, Ae. albopictus, and Culex
pipiens, are well‐recognized vectors of diseases throughout the world. Cemeteries are …

Mosquito–microbe interactions tend to influence larval nutrition, immunity, and development,
as well as fitness and vectorial capacity of adults. Understanding the role of different …

Feeding preferences of larval container-dwelling mosquitoes are not well understood.
Primary production is often absent in container systems and external inputs of animal and …