A GEOGRAPHIC SAMPLING STRATEGY FOR STUDYING RELATIONSHIPS BETWEEN HUMAN ACTIVITY AND MALARIA VECTORS IN URBAN AFRICA

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2003
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Abstract
This paper describes a geographic sampling strategy for ecologic studies and describes the relationship between human activities and anopheline larval ecology in urban areas. Kisumu and Malindi, Kenya were mapped using global positioning systems, and a geographic information system was used to overlay a measured grid, which served as a sampling frame. Grid cells were stratified and randomly selected according to levels of planning and drainage. A cross-sectional survey was conducted in April and May 2001 to collect entomologic and human ecologic data. Multivariate regression analysis was used to test the relationship between the abundance of potential larval habitats, and house density, socioeconomic status, and planning and drainage. In Kisumu, 98 aquatic habitats were identified, 65% of which were human made and 39% were positive for anopheline larvae. In Malindi, 91 aquatic habitats were identified, of which, 93% were human made and 65% were harboring anopheline larvae. The regression model explains 82% of the variance associated with the abundance of potential larval habitats in Kisumu. In Malindi, 59% of the variance was explained. As the number of households increased, the number of larval habitats increased correspondingly to a point. Beyond a critical threshold, the density of households appeared to suppress the development of aquatic habitats. The proportion of high-income households and the planning and drainage variables tested insignificant in both locations. The integration of social and biologic sciences will allow local mosquito and malaria control groups an opportunity to assess the risk of encountering potentially infectious mosquitoes in a given area, and concentrate resources accordingly.
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Authors JOSEPH KEATING;KATE MACINTYRE;CHARLES MBOGO;ANDREW GITHEKO;JAMES L. REGENS;CHRIS SWALM;BRYSON NDENGA;LAURA J. STEINBERG;LYDIAH KIBE;JOHN I. GITHURE;JOHN C. BEIER;JOSEPH KEATING;KATE MACINTYRE;CHARLES MBOGO;ANDREW GITHEKO;JAMES L. REGENS;CHRIS SWALM;BRYSON NDENGA;LAURA J. STEINBERG;LYDIAH KIBE;JOHN I. GITHURE;JOHN C. BEIER;
Journal The American journal of tropical medicine and hygiene
Year 2003
DOI
doi:10.4269/ajtmh.2003.68.357
URL
http://dx.doi.org/10.4269/ajtmh.2003.68.357
Keywords
National Center for Biotechnology Information NCBI NLM MEDLINE animals humans pubmed abstract nih national institutes of health national library of medicine research support u.s. gov't non-p.h.s. P.H.S. Cross-Sectional Studies malaria / epidemiology* africa / epidemiology urban population* john c beier joseph keating kate macintyre malaria / transmission pmid:12685645 insect vectors*

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