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Container-inhabiting  mosquitoes are successful invaders and important arthropod-borne disease vectors worldwide. In North America, a subtropical assemblage containing introduced  and  and the native  have served as a model for investigating ecological interactions during invasions and focused on the outcomes at the larval stages. We report a hypothesis driven study of a more temperate container  assemblage at the adult population level monitored in the state of New Jersey during a 9-year period. The invasive  and  abundances increased by a factor of two, whereas  abundance decreased by a factor of three. Spatiotemporal analysis indicated these trends were coincident especially in the areas invaded by , leading to partial displacement of . Although the invasive species reached peak abundance in highly urbanized areas, the native species’ rate of decline was similar across the urbanization gradient. Higher winter temperatures and precipitation favored increased  abundance suppressing  adult populations in turn, whereas  abundance was promoted by summer precipitation. The results validate the conceptual framework developed for subtropical container  and suggest that the current climatic trends will favor further spread of , amplifying public health concerns.

biological invasions

The rise of the invasives and decline of the natives: insights revealed from adult populations of container-inhabiting Aedes mosquitoes (Diptera: Culicidae) in temperate North America