Table S1. Effect of temperature within a season. Model results from GZLMs estimating the effect of temperature within a season. Binomial models were fit with a logit-link function. Except for those models predicting infection metrics and vector competence, site was included as a random effect. Table S2. Additional variation in residuals explained by temperature. Model results from fitting temperature to residuals of original models (land class Ă season) for each response variable. In all models, temperature did not explain any additional variation, as evidenced by low mean sum of squares and F-statistics. (PDF 18 kb
Dates of egg collections and experimental onsets. Table S2. Age at pupation, age at emergence and ag...
Maxent response curves for the mosquito habitat suitability models. A compilation of figures that sh...
Table S1. Sensitivity analysis with the combination of DLNM and simple linear models. The table depi...
Figure S1. Bias in VC due to not accounting for site-level carry-over effects across land class and ...
Figure S1. a Covariate analyses between response variable âconfirmed local dengue casesâ and: b ...
Table S2a. Adjusted R-square and Akaike Information Criterion of Meteorological Factors (MF) using G...
Table S3. A goodness-of-fit test for a response variable using generalized linear model (GLM) regres...
Text S1. Data and methods. Table S1.Total and imported cases from 2012 to 2017. Table S2. Definition...
Figure S2 Pre-epidemic threshold by moving epidemic method. Dashed lines and circle indicate the exa...
Figure S3. Influence of risk factors on the probability of local transmission of dengue. Each variab...
Table S3. Influence of individual factors on the probability of local dengue transmission (1 or more...
Observed and fitted by model: a gam (Aaefem ~ offset(lNtraps) + s(Tmin4) + s(hum4), family = nb ())....
Figure S1. Temporal variations in the monthly average Breteau Index for Aedes aegypti (BIagp) each M...
Table S4. Influence of risk factors on the probability of local dengue propagation (5 or more dengue...
Partial residuals plots for covariates in the parsimonious model for Cx. poicilipes; (A) for distanc...
Dates of egg collections and experimental onsets. Table S2. Age at pupation, age at emergence and ag...
Maxent response curves for the mosquito habitat suitability models. A compilation of figures that sh...
Table S1. Sensitivity analysis with the combination of DLNM and simple linear models. The table depi...
Figure S1. Bias in VC due to not accounting for site-level carry-over effects across land class and ...
Figure S1. a Covariate analyses between response variable âconfirmed local dengue casesâ and: b ...
Table S2a. Adjusted R-square and Akaike Information Criterion of Meteorological Factors (MF) using G...
Table S3. A goodness-of-fit test for a response variable using generalized linear model (GLM) regres...
Text S1. Data and methods. Table S1.Total and imported cases from 2012 to 2017. Table S2. Definition...
Figure S2 Pre-epidemic threshold by moving epidemic method. Dashed lines and circle indicate the exa...
Figure S3. Influence of risk factors on the probability of local transmission of dengue. Each variab...
Table S3. Influence of individual factors on the probability of local dengue transmission (1 or more...
Observed and fitted by model: a gam (Aaefem ~ offset(lNtraps) + s(Tmin4) + s(hum4), family = nb ())....
Figure S1. Temporal variations in the monthly average Breteau Index for Aedes aegypti (BIagp) each M...
Table S4. Influence of risk factors on the probability of local dengue propagation (5 or more dengue...
Partial residuals plots for covariates in the parsimonious model for Cx. poicilipes; (A) for distanc...
Dates of egg collections and experimental onsets. Table S2. Age at pupation, age at emergence and ag...
Maxent response curves for the mosquito habitat suitability models. A compilation of figures that sh...
Table S1. Sensitivity analysis with the combination of DLNM and simple linear models. The table depi...