This expert opinion discusses the potential impact of climatic change on vector abundance, survival and transmission of tick-borne pathogens in western, central and eastern Africa. It also discusses the following cases: (1) Rhipicephalus microplus with a focus in West and Central Africa and (2) northern expansion of Rhipicephalus appendiculatus into South Sudan through anthropogenic cattle movement
Species distribution modelling is a very useful tool in vector management. Ticks are vectors of vari...
Evidence climate change is impacting ticks and tick-borne infections is generally lacking. This is p...
Tick fauna in the Sudan comprises over 70 species prevalent in diverse ecological zones. Among these...
This expert opinion discusses the potential impact of climatic change on vector abundance, survival ...
Ticks are the most important external parasites of cattle and are known to transmit more pathogens t...
The suitability of present and future climates for 30 Rhipicephalus species in Africa are predicted ...
Climate change influences the occurrence and transmission of a wide range of livestock diseases thro...
Climate change influences the occurrence and transmission of a wide range of livestock diseases thro...
The impact of climate variability and climate change on tickborne diseases in Chiredzi District was...
The suitability of present and future climates for 30 Rhipicephalus species in Africa are predicted...
Both large-wildlife loss and climatic changes can independently influence the prevalence and distrib...
This work is licensed under a Creative Commons Attribution 4.0 International License.Climate change ...
Recent advances in climate research together with a better understanding of tick-pathogen interactio...
Tick distribution and abundance is influenced by several factors that include micro-climate and envi...
Understanding the effects of anthropogenic disturbance on zoonotic disease risk is both a critical ...
Species distribution modelling is a very useful tool in vector management. Ticks are vectors of vari...
Evidence climate change is impacting ticks and tick-borne infections is generally lacking. This is p...
Tick fauna in the Sudan comprises over 70 species prevalent in diverse ecological zones. Among these...
This expert opinion discusses the potential impact of climatic change on vector abundance, survival ...
Ticks are the most important external parasites of cattle and are known to transmit more pathogens t...
The suitability of present and future climates for 30 Rhipicephalus species in Africa are predicted ...
Climate change influences the occurrence and transmission of a wide range of livestock diseases thro...
Climate change influences the occurrence and transmission of a wide range of livestock diseases thro...
The impact of climate variability and climate change on tickborne diseases in Chiredzi District was...
The suitability of present and future climates for 30 Rhipicephalus species in Africa are predicted...
Both large-wildlife loss and climatic changes can independently influence the prevalence and distrib...
This work is licensed under a Creative Commons Attribution 4.0 International License.Climate change ...
Recent advances in climate research together with a better understanding of tick-pathogen interactio...
Tick distribution and abundance is influenced by several factors that include micro-climate and envi...
Understanding the effects of anthropogenic disturbance on zoonotic disease risk is both a critical ...
Species distribution modelling is a very useful tool in vector management. Ticks are vectors of vari...
Evidence climate change is impacting ticks and tick-borne infections is generally lacking. This is p...
Tick fauna in the Sudan comprises over 70 species prevalent in diverse ecological zones. Among these...