Multilevel analysis was used to identify individual and household level factors associated
with malaria risk in 1,367 individuals in a peri-urban area of highland Ethiopia. Living within …

Traditional environmental management programmes require extensive coverage of larval
habitats to reduce drastically the emergence of adult mosquitoes. Recent studies have …

Urban malaria is a growing problem in Africa. Small-scale spatial studies are useful in
identifying foci of malaria transmission in urban communities. A population-based cohort …

Integrated vector management for malaria control has received a lot of recent interest.
Attacking multiple points in the transmission cycle is hoped to act synergistically and …

Background Knowledge of some baseline entomological data such as Entomological
Inoculation Rates (EIR) is crucially needed to assess the epidemiological impact of malaria …

Initiatives on integrated vector management (IVM) approaches are increasingly undertaken
as alternatives to existing vector control. An impact model of IVM is presented with …

Background Although the occurrence of malaria vector larvae in the valleys of western
Kenya highlands is well documented, knowledge of larval habitats in the uphill sites is …

Background & objectives: Changes in weather patterns especially rainfall affects the
distribution and densities of mosquitoes. The objective of this study was to describe …

In this research, community level spatial models were developed for determining mosquito
abundance and environmental factors that could aid in the risk prediction of West Nile virus …

This paper describes the first use of Hydrology‐Entomology and Malaria Transmission
Simulator (HYDREMATS), a physically based distributed hydrology model, to investigate …