Practical Control of Mosquitoes as Disease Vectors

Hardback
December 2024
9781789248821
More details
  • Publisher
    CABI
  • ISBN 9781789248821
  • Language English
  • Pages 144 pp.
  • Size 6" x 9"
$170.00

Disease vector control is rapidly changing, both because of the emergence of resistance to conventional methods and the development of new and potentially game-changing techniques. This book reviews several current and future measures for controlling mosquito vectors of disease, with an emphasis on malaria vectors.

Beginning with an introduction to the topic of mosquito ecology and sampling methods, the book then covers several vector-borne disease control methods. The emphasis in many of these methods is for the sufferers of the diseases to take charge of their monitoring and control.

Tackling the problems facing mosquito control, the authors review the important issues of education, economic considerations and climate change before concluding with a consideration of the politics and practicalities of method choice and implementation. This book is a thought-provoking concise and practical resource for anyone interested in primary healthcare and tackling or studying mosquito disease vectors.

Jacques Derek Charlwood

Jacques Derek Charlwood has spent many years working on the ecology of malaria vectors in the tropics. He is Honorary Fellow of the Liverpool School of Tropical Medicine, UK; Honorary Fellow of Global Health and Tropical Medicine, IHMT, Lisbon, Portugal, and Lecturer College of Health Sciences, Asmara, Eritrea. He has spent 42 years working in the field in Brazil, Papua New Guinea, Tanzania, São Tomé, Cambodia, Mozambique, Ghana, The Gambia and 100+ publications on malaria vectors. Charlwood is known for his work on insecticide-treated bednets and was the entomologist for the first African malaria vaccine trial in Tanzania. He worked in the epicentre of drug resistance emergence in S.E. Asia (in Cambodia) and was the implementer of the PAMVERC trial (in Tanzania).

vector borne disease; vector control; malaria; yellow fever; dengue; zika; arboviruses; filariasis; adulticides; larvicides; Anopheles; Aedes; Culex; chemical disease control; malaria vectors; entomology; non-chemical disease control; genetic control of disease; insecticide resistance; climate change; elimination strategies; urban planning; vaccines