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close this bookAgricultural Development and Vector-Borne Diseases (FAO - HABITAT - UNEP - WHO, 1996, 91 p.)
close this folderTopic C: Vector habitats
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View the documentC.1 Principal vector-borne diseases in relation to principal vector habitats.
View the documentC.2 The association between vectors, diseases and water
View the documentC.3 Main animal reservoirs of vector-borne diseases in humans
View the documentC.4 Snail habitats
View the documentC.5 The environment of freshwater snails
View the documentC.6 Food of freshwater, pulmonate snails
View the documentC.7 Snail habitats: a shallow well in the Gizan area of Saudi Arabia
View the documentC.8 Snail habitats: a concrete irrigation basin, Gizan area of Saudi Arabia
View the documentC.9 Snail habitats: drainage canal, Nakambala Sugar Estate, Zambia
View the documentC.10 Snail habitats: a burrow pit in the Kisumu area of western Kenya
View the documentC.11 Malaria vector species and their ecological requirements; a transsect of the Malaysian peninsula
View the documentC.12 Malaria vector habitats: coastal lagoons with brackish water (Anopheles sundaicus) in Malaysia
View the documentC.13 Malaria vector habitats: Anopheles balabacensis breeding places in temporary forest pools in Indonesia
View the documentC.14 Malaria vector habitats: Anopheles maculatus breeding places in rice growing areas in Nepal
View the documentC.15 Malaria vector habitats: irrigated rice fields, Office du Niger, in Mali, where a succession of species breeds
View the documentC.16 Malaria vector habitats: Anopheles gambiae breeding in exposed pools
View the documentC.17 Malaria vector habitats: Anopheles gambiae breeding rooftop tanks, Mauritius
View the documentC.18 Malaria vector habitats: Anopheles arabiensis breeding sites in desert areas
View the documentC.19 Natural habitat suited to the breeding of simuliid black flies
View the documentC.20 Landscape typifying sandfly habitat in South-West France
View the documentC.21 Landscape typifying sandfly habitat in central Kenya
View the documentC.22 Landscape typifying sandfly habitat in the arid, northern Kenya (termite mound)
View the documentC.23 Rodent burrow system as a sandfly habitat in Uzbekistan (Rhombomys colony)
View the documentC.24 Sandfly vector habitat in the domestic environment, Colombia

C.12 Malaria vector habitats: coastal lagoons with brackish water (Anopheles sundaicus) in Malaysia


Slide C.12 Malaria vector habitats: coastal lagoons with brackish water (Anopheles sundaicus) in Malaysia

Some malaria vectors (Anopheles sundaicus with a distribution from the East coast of India to Viet Nam and the Indonesian islands; A. albimanus on the Pacific coast of Central America) require a brackish water environment for their larval stages. Managing the water flows in mangrove areas and estuaries to ensure that salt levels are maintained outside of the range needed by these species help to keep vector populations down. A lot of work was done in the Dutch East Indies, present-day Indonesia, in the 1930s, in connection with ponds for shrimp culture. Work in El Salvador (Ticuiziapa Estero) by Frederickson in 1986-1987 (as part of the USAID Vector Biology and Control Project) demonstrated that environmental management (removal of a sand bar, allowing the drainage of water from the estuary at low tide, and blocking the influx of sea water at high tide) can provide a lasting solution to malaria transmission.

Reports of the Vector Biology and Control Project, including the reports on the environmental management activities, belong to the grey literature. Information can, however, be obtained from the PEEM Secretariat, WHO, Geneva, Switzerland, where a full set of these reports is available.