Dengue, a mosquito borne disease, is a serious public health problem in many tropical and subtropical countries including Australia. Both climate and socio-ecological factors play significant role in dengue transmission cycle. This thesis applied spatiotemporal analytical approach to explore the joint effects of socio-ecological factors and climate variability on dengue and assess the response of dengue to climate variability across different climate zones. The findings of the thesis provide valuable information for developing early warning systems especially suitable for particular climate zone; and hence improves existing surveillance and disease prevention efforts
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Objective To assess the epidemiological evidence on the joint effects of climate variability and soc...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Background: Dengue is a wide-spread mosquito-borne disease globally with a likelihood of becoming en...
Background Dengue is a significant public health concern in northern Queensland, Australia. This stu...
Background Dengue is a significant public health concern in northern Queensland, Australia. This stu...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
Dengue has been a major public health concern in Australia. This study has explored the spatio-tempo...
Dengue has been a major public health concern in Australia. This study has explored the spatio-tempo...
<div><p>Dengue has been a major public health concern in Australia. This study has explored the spat...
Australia, was determined by applying a process-based dengue simulation model (DENSiM) that incorpor...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Objective To assess the epidemiological evidence on the joint effects of climate variability and soc...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Background: Dengue is a wide-spread mosquito-borne disease globally with a likelihood of becoming en...
Background Dengue is a significant public health concern in northern Queensland, Australia. This stu...
Background Dengue is a significant public health concern in northern Queensland, Australia. This stu...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
The impact of weather variation on dengue transmission in Cairns, Australia, was determined by apply...
Dengue has been a major public health concern in Australia. This study has explored the spatio-tempo...
Dengue has been a major public health concern in Australia. This study has explored the spatio-tempo...
<div><p>Dengue has been a major public health concern in Australia. This study has explored the spat...
Australia, was determined by applying a process-based dengue simulation model (DENSiM) that incorpor...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...
Objective To assess the epidemiological evidence on the joint effects of climate variability and soc...
Dengue cases, socio-demographic, climatic and land use types for the period January 1999 to December...