The empirical estimates and derived parameters used to calibrate the transmission model for villages testing nets or nets and larviciding in the Kenyan trial [34]. Crude estimates for the total reduction in adult mosquitoes at the village level, the global estimates of species reductions according to the GLMM analysis (Eqs 4–7). The relative species compositions in each village that are used to weight the percentage reductions in adult densities simulated in the transmission model, the village-level statistically estimated ranges in reductions in vectors, the baseline prevalences as measured using microscopy in the ba

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dc.contributor.authorSherrard-Smith, Ellie
dc.contributor.authorFillinger, Ulrike
dc.contributor.authorTia, Jean-Philippe
dc.contributor.authorWinskill, Peter
dc.contributor.authorKoudou, Benjamin
dc.contributor.authorTchicaya, Emile
dc.contributor.authorSanou, Antoine
dc.contributor.authorOkumu, Fredros
dc.contributor.authorOpiyo, Mercy
dc.contributor.authorMajambere, Silas
dc.contributor.authorHamlet, Arran
dc.contributor.authorCharles, Giovanni
dc.contributor.authorLambert, Ben
dc.contributor.authorChurcher, Thomas
dc.date.accessioned2026-02-03T10:31:21Z
dc.date.issued2025-07-28
dc.descriptionSDG-3: Good Health and Well-being
dc.description.abstractThe empirical estimates and derived parameters used to calibrate the transmission model for villages testing nets or nets and larviciding in the Kenyan trial [34]. Crude estimates for the total reduction in adult mosquitoes at the village level, the global estimates of species reductions according to the GLMM analysis (Eqs 4–7). The relative species compositions in each village that are used to weight the percentage reductions in adult densities simulated in the transmission model, the village-level statistically estimated ranges in reductions in vectors, the baseline prevalences as measured using microscopy in the ba
dc.identifier.urihttps://plos.figshare.com/articles/dataset/The_empirical_estimates_and_derived_parameters_used_to_calibrate_the_transmission_model_for_villages_testing_nets_or_nets_and_larviciding_in_the_Kenyan_trial_34_Crude_estimates_for_the_total_reduction_in_adult_mosquitoes_at_the_village_leve/29660019?file=56613408
dc.identifier.urihttps://dspace.nm-aist.ac.tz/handle/123456789/3677
dc.language.isoen
dc.publisherPLOS Pathogens
dc.subject– 92 %)
dc.subjectreducing vegetation cover
dc.subjectpyrethrum spray catch
dc.subjectpapyrus swamps adjacent
dc.subjectmodel simulates results
dc.subjectlarval source management
dc.subjectinsecticide treated nets
dc.subjectindoor residual spraying
dc.subjectincludes larvicide application
dc.subjectempirically observed outcomes
dc.subjectcomplex mosquitoes respectively
dc.subjectcdc light traps
dc.subjectaddress protection gaps
dc.subjectadditional preventative strategies
dc.subject48 – 72
dc.subject11 – 78
dc.subjectanopheles funestus </
dc.subjectmultiple environmental covariates
dc.subjectcorresponding epidemiological outcomes
dc.subjectbased transmission model
dc.subjectdiv >< p
dc.subjectassess entomological impacts
dc.subjectanopheles gambiae </
dc.subjectunit area covered
dc.subjectlsm strategy adopted
dc.subjectlarviciding across villages
dc.subjectevaluation </ p
dc.subjectgambiae </
dc.subjectfalciparum </
dc.subjectvillages within
dc.subjectimpactful across
dc.subjecthigh transmission
dc.subjectepidemiological trials
dc.subjectenvironmental efforts
dc.subjectlevel impacts
dc.subjectheterogeneous impacts
dc.subject’ ivoire
dc.subjectvariable village
dc.subjecttrials cannot
dc.subjecttheoretical benefit
dc.subjectsudanese climate
dc.subjectstudy indicate
dc.subjectsites examined
dc.subjectsimply extrapolated
dc.subjectproject changes
dc.subjecthuman settlements
dc.subjecthilly area
dc.subjecthigh heterogeneity
dc.subjectendemic locations
dc.subjectcredible intervals
dc.titleThe empirical estimates and derived parameters used to calibrate the transmission model for villages testing nets or nets and larviciding in the Kenyan trial [34]. Crude estimates for the total reduction in adult mosquitoes at the village level, the global estimates of species reductions according to the GLMM analysis (Eqs 4–7). The relative species compositions in each village that are used to weight the percentage reductions in adult densities simulated in the transmission model, the village-level statistically estimated ranges in reductions in vectors, the baseline prevalences as measured using microscopy in the ba
dc.typeDataset

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