Bibliographic citations
Sinti, C., Díaz, F. (2019). Riesgo entomológico de dengue y chikungunya en motonaves fluviales con rutas fronterizas y las condiciones hidrometeorológicas Loreto – 2017 [Universidad Nacional de la Amazonía Peruana]. https://hdl.handle.net/20.500.12737/7480
Sinti, C., Díaz, F. Riesgo entomológico de dengue y chikungunya en motonaves fluviales con rutas fronterizas y las condiciones hidrometeorológicas Loreto – 2017 []. PE: Universidad Nacional de la Amazonía Peruana; 2019. https://hdl.handle.net/20.500.12737/7480
@mastersthesis{renati/923421,
title = "Riesgo entomológico de dengue y chikungunya en motonaves fluviales con rutas fronterizas y las condiciones hidrometeorológicas Loreto – 2017",
author = "Díaz Soria, Fabiola",
publisher = "Universidad Nacional de la Amazonía Peruana",
year = "2019"
}
Formulation of the problem: What is the relationship between the entomological risk of Dengue and Chikungunya in river motorboats with border routes and the hydrometeorological conditions, Loreto 2017? Urban growth and anthropogenic transport activities could increase the entomological risk in rural border areas of difficult geographic access. It is necessary to investigate the relationship of the entomological risk of dengue and chikungunya in river motorboats with border routes and hydrometeorological conditions. Objectives: To evaluate the entomological risk of dengue and chikungunya in river motorboats with border routes and hydrometeorological conditions. Methodology: The study population was the mosquitoes of 03 motorboats with border routes in Loreto. The entomological risk of Aedes was determined by ovitraps, collection of adult mosquitoes and taxonomy. The measurements of the hydrometeorological parameters were taken to evaluate if they have an incidence in the vectorial behavior. The statistical analysis was descriptive using the SPSSv21 package. Results: The entomological risk varied according to trajectory and times, being predominantly low in empty and return; while these indices went from medium to very high in increasing and on the way to the border areas. The predominant vector population in empty was Manzonia sp (74.8%), Culex sp (12.8%) and Aedes aegypti (0.4%) in growing Culex sp (45.1%), Manzonia sp (26.8%) and Aedes aegypti (19.7%). In no case was Aedes albopictus evident. There is no association between hydrometeorological parameters and entomological risk. Conclusions: There is moderate to high entomological risk during the growing season in the fluvial motor vessels that travel from Iquitos to the border areas of Loreto and are not associated with the hydrometeorological parameters evaluated.
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