Mosquito-borne diseases, such as chikungunya, dengue, and malaria, are re-emerging and
expanding to new and formerly unaffected places, leading to a need for models which can …

Urban fragmentation can reduce gene flow that isolates populations, reduces genetic
diversity and increases population differentiation, all of which have negative conservation …

Emerging zoonotic mosquito-borne viruses pose increasing health threats because of
growing mosquito population, geographic expansions, and control challenges. We …

Mangroves harbor mosquitoes capable of transmitting human pathogens; consequently,
urban mangrove management must strike a balance between conservation and minimizing …

The expansion of global air travel and seaborne trade overcomes geographic barriers to
insect disease vectors, enabling them to move great distances in short periods of time. Here …

Urban transmission of arthropod‐vectored disease has increased in recent decades.
Understanding and managing transmission potential in urban landscapes requires …

Infrastructure degradation in many post-industrial cities has increased the availability of
potential mosquito habitats, including container habitats that support infestations of invasive …

A central challenge to studying emerging infectious diseases (EIDs) is a landscape
dilemma: Our best empirical understanding of disease dynamics occurs at local scales …

With the emergence or re-emergence of numerous mosquito-borne diseases in recent
years, effective methods for emergency vector control responses are necessary to reduce …

Human‐aided transport is responsible for many contemporary species introductions, yet the
contribution of human‐aided transport to dispersal within non‐native regions is less clear …