The genetic structure of Aedes aegypti populations is driven by boat traffic in the Peruvian Amazon - Guagliardo, Sarah Anne J.; Lee, Yoosook; Pierce, Amanda A.; Wong, Jacklyn; Chu, Yui Yin; Morrison, Amy C.; Astete, Helvio; Brosi, Berry; Vazquez-Prokopec, Gonzalo; Scott, Thomas W.; Kitron, Uriel; Stoddard, Steven T. (PLoS neglected tropical diseases, 2019)
Keywords: Admixtures; Aedes - genetics; Aedes - physiology; Aedes aegypti; Animal Distribution; Animals; Aquatic insects; Bayesian analysis; Bioinformatics; Biology and Life Sciences; Boats; Cities and towns; Cluster analysis; Clustering; Computer and Information Sciences; Dengue; Dengue fever; Dengue virus; Dispersal; Distance; Distribution; Engineering and Technology; Entomology; Environmental science; Fluvial transport; Funding; Gene Flow; Genes; Genetic aspects; Genetic markers; Genetic structure; Genetic vectors; Genetics; Genetics, Population; Geomorphology; Health aspects; Human Activities; Human diseases; Human subjects; Introduced species; Medicine and Health Sciences; Microsatellite Repeats; Microsatellites; Mitochondrial DNA; Mosquito Vectors - genetics; Mosquito Vectors - physiology; Mosquitoes; People and places; Peru; Population; Population density; Population genetics; Population structure; Population studies; Populations; Probability theory; River networks; Rural areas; Rural communities; Ships; Software; Statistical analysis; Statistical methods; Subpopulations; Supervision; Traffic; Transportation; Transportation networks; Tropical diseases; Urban areas; Urban environments; Vector-borne diseases; Vehicles; Viral diseases; Viruses; Yellow fever mosquito; Peru; Atlanta Georgia; Georgia; California; United States--US