Temperature plays a major role in determining the distribution of vector mosquitoes  and viral transmission areas [2–4]. Climatic conditions, and especially temperature, at the point of entrance and the individuals’ temperature tolerance and population history may be key determinants for the invasion success of a mosquito. Also, the temperature can limit population growth (Aedes albopictus; ) and dispersal of an invasive mosquito species (Ae. albopictus; ) and shapes its phenology (Aedes aegypti; ). Larval rearing temperature influences development times [8–10], larval survival [8, 10, 11], adult longevity [8, 12], length of the female gonotrophic cycle  and adult body size [13–15] and thus fecundity . In arboviruses, temperature affects plaque growth  and replication speed . In addition, mosquito-arbovirus interactions such as virus susceptibility [4, 18, 19], prevalence of dissemination [4, 17, 19], transmission rate , and extrinsic incubation period [20, 21] are influenced by temperature depending on the species of mosquito and virus (reviewed in ).