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  • Broschiertes Buch

Vector control is critical in reducing malaria transmission to humans and the related morbidity and mortality. Deployment of control tools is mostly based on incomplete data and/or general guidelines, or assumptions, and often with uncoordinated monitoring and evaluation that lack a spatial and temporal framework. To improve decision support tools for vector control, it is pivotal to optimize impact assessment of entomological interventions. A more directed and efficient monitoring of entomological and epidemiological parameters related to transmission will inform effective vector control…mehr

Produktbeschreibung
Vector control is critical in reducing malaria transmission to humans and the related morbidity and mortality. Deployment of control tools is mostly based on incomplete data and/or general guidelines, or assumptions, and often with uncoordinated monitoring and evaluation that lack a spatial and temporal framework. To improve decision support tools for vector control, it is pivotal to optimize impact assessment of entomological interventions. A more directed and efficient monitoring of entomological and epidemiological parameters related to transmission will inform effective vector control through focused application of interventions. This book provides a demonstration of interactions of epidemiological and entomological malaria transmission determinants in optimal assessments of impact of vector control interventions to facilitate decision-making and policy formulation. It offers an effective system for continuous surveillance, monitoring and evaluation and integration of spatially and temporally explicit data for health information, intervention coverage and usage of outcome indicators. This information is relevant to professionals in most malaria endemic countries.
Autorenporträt
PhD in Tropical Medicine, University of Liverpool: Medical Entomologist and Vector Control Specialist/Consultant with vast experience in vector-borne disease epidemiology and the design, implementation, and evaluation of control programmes in the context of integrated vector management.