About this Research Topic
Insect vectors play a significant role in the transmission of pathogens, posing a serious threat to global public health due to their ability to trigger sudden outbreaks and affect populations. Understanding the dynamics of these vectors, their origins, and the factors that contribute to their impact on the spread of infectious diseases is essential for public health.
The main objective is to bring together researchers dedicated to investigating and proposing effective strategies for identifying, monitoring, and controlling insect vectors. We seek to promote a deeper understanding of the biological mechanisms and environmental and social factors associated with these vectors in order to mitigate risks to public health, as defined by the subthemes below:
3.1 Vector Ecology and Biology:
Exploration of the biological characteristics and ecology of vectors, including their life cycles, habitats, and interactions with pathogens.
3.2 - Identification of Emerging Insect Vectors:
Research into innovative methods for identifying and categorizing emerging insect vectors using genetic, molecular, and taxonomic approaches.
3.3 - Innovative Control Strategies:
Exploring innovative approaches, such as genetic engineering and new technologies, to effectively control insect vectors.
3.4 - Epidemiological Surveillance and Monitoring:
Development of effective surveillance systems to monitor the prevalence and spread of diseases transmitted by insect vectors.
3.5 - Predictive Modeling of Vectors and Outbreaks:
Exploring advanced predictive modeling techniques to understand the spatial and temporal distribution of insect disease vectors and predict future outbreaks.
We hope for contributions that will advance our understanding of the dynamics of these vectors and promote innovative solutions to tackle the global health threats they pose.
The main objective is to bring together researchers dedicated to investigating and proposing effective strategies for identifying, monitoring, and controlling insect vectors. We seek to promote a deeper understanding of the biological mechanisms and environmental and social factors associated with these vectors in order to mitigate risks to public health, as defined by the subthemes below:
3.1 Vector Ecology and Biology:
Exploration of the biological characteristics and ecology of vectors, including their life cycles, habitats, and interactions with pathogens.
3.2 - Identification of Emerging Insect Vectors:
Research into innovative methods for identifying and categorizing emerging insect vectors using genetic, molecular, and taxonomic approaches.
3.3 - Innovative Control Strategies:
Exploring innovative approaches, such as genetic engineering and new technologies, to effectively control insect vectors.
3.4 - Epidemiological Surveillance and Monitoring:
Development of effective surveillance systems to monitor the prevalence and spread of diseases transmitted by insect vectors.
3.5 - Predictive Modeling of Vectors and Outbreaks:
Exploring advanced predictive modeling techniques to understand the spatial and temporal distribution of insect disease vectors and predict future outbreaks.
We hope for contributions that will advance our understanding of the dynamics of these vectors and promote innovative solutions to tackle the global health threats they pose.
Keywords: Insect vectors, identification, control strategies, global health, disease transmission, vector ecology, vector biology, epidemiology, surveillance
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
