Integrated mosquito larval control with guppy fish and larvicides - Anogwih, Joy
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Considering the failures in the utilization of single tactics in mosquito control programmes, it becomes imperative to explore a combination of methods (guppy and larvicides) in a compatible manner against mosquito larvae species. The toxicological profile of commonly used larvicides namely actellic, spinosad and chlorpyrifos were evaluated using suit of biomarkers to obtain compatible concentrations that would be used jointly with a biological control agent: Poecilia reticulata to regulate mosquito population at established fish to larvae feeding density. The results show that integrated…mehr

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Produktbeschreibung
Considering the failures in the utilization of single tactics in mosquito control programmes, it becomes imperative to explore a combination of methods (guppy and larvicides) in a compatible manner against mosquito larvae species. The toxicological profile of commonly used larvicides namely actellic, spinosad and chlorpyrifos were evaluated using suit of biomarkers to obtain compatible concentrations that would be used jointly with a biological control agent: Poecilia reticulata to regulate mosquito population at established fish to larvae feeding density. The results show that integrated approach is feasible and better than the use of single tactic only when certain factors like container size, predator to prey feeding density, appropriate larvicide and concentration are considered.
Autorenporträt
Dr. Joy Anogwih is a researcher and lecturer in Zoology Department, University of Lagos, Nigeria. She has 7+ years in applied research in the laboratory and field including disease epidemiology, insect identification, ultrastructure and pesticide toxicology. Her research goal is to develop sustainable control methods for mosquito vector species.