Table S3. A goodness-of-fit test for a response variable using generalized linear model (GLM) regression of HI_1. Table S4. A goodness-of-fit test for a response variable using generalized linear model (GLM) regression of CI_1. Table S5. A goodness-of-fit test for a response variable using generalized linear model (GLM) regression of BI_1. Table S6. A goodness-of-fit test for a response variable using generalized linear model (GLM) regression of Ae. aegypti numbers and Ae. albopictus numbers. (DOCX 21 kb
Figure S3. Distribution of monthly dengue incidences and local meteorological variables from 2011 to...
Observed and fitted by model: a gam (Aaefem ~ offset(lNtraps) + s(Tmin4) + s(hum4), family = nb ())....
Table S3a. Statistical significant Meteorological (MF) and its Lagged (LG) Factors in General Additi...
Table S1. Number of water-holding containers infested with Aedes larvae in the three different locat...
Additional file 4: Table S2. A goodness of fit test for a response variable using negative binomial ...
Figure S1. Number of Aedes species collected in post-monsoon, monsoon and pre-monsoon seasons. (TIF ...
Table S2. Principal components analysis for factor extraction (rotation component matrix). (DOCX 11 ...
Table S2a. Adjusted R-square and Akaike Information Criterion of Meteorological Factors (MF) using G...
Text S1. Data and methods. Table S1.Total and imported cases from 2012 to 2017. Table S2. Definition...
Table S1. Sensitivity analysis with the combination of DLNM and simple linear models. The table depi...
Additional file 5: Table S3. Negative binomial regression models of dengue cases
Table S1. Effect of temperature within a season. Model results from GZLMs estimating the effect of t...
Figure S1. Temporal variations in the monthly average Breteau Index for Aedes aegypti (BIagp) each M...
Additional file 3: Table S1. Correlation analysis between dengue cases and climate factors with lag ...
Figure S1. a Covariate analyses between response variable âconfirmed local dengue casesâ and: b ...
Figure S3. Distribution of monthly dengue incidences and local meteorological variables from 2011 to...
Observed and fitted by model: a gam (Aaefem ~ offset(lNtraps) + s(Tmin4) + s(hum4), family = nb ())....
Table S3a. Statistical significant Meteorological (MF) and its Lagged (LG) Factors in General Additi...
Table S1. Number of water-holding containers infested with Aedes larvae in the three different locat...
Additional file 4: Table S2. A goodness of fit test for a response variable using negative binomial ...
Figure S1. Number of Aedes species collected in post-monsoon, monsoon and pre-monsoon seasons. (TIF ...
Table S2. Principal components analysis for factor extraction (rotation component matrix). (DOCX 11 ...
Table S2a. Adjusted R-square and Akaike Information Criterion of Meteorological Factors (MF) using G...
Text S1. Data and methods. Table S1.Total and imported cases from 2012 to 2017. Table S2. Definition...
Table S1. Sensitivity analysis with the combination of DLNM and simple linear models. The table depi...
Additional file 5: Table S3. Negative binomial regression models of dengue cases
Table S1. Effect of temperature within a season. Model results from GZLMs estimating the effect of t...
Figure S1. Temporal variations in the monthly average Breteau Index for Aedes aegypti (BIagp) each M...
Additional file 3: Table S1. Correlation analysis between dengue cases and climate factors with lag ...
Figure S1. a Covariate analyses between response variable âconfirmed local dengue casesâ and: b ...
Figure S3. Distribution of monthly dengue incidences and local meteorological variables from 2011 to...
Observed and fitted by model: a gam (Aaefem ~ offset(lNtraps) + s(Tmin4) + s(hum4), family = nb ())....
Table S3a. Statistical significant Meteorological (MF) and its Lagged (LG) Factors in General Additi...