<p>In moderate/high transmission settings (A), hotspots coalesce to form a more homogeneous pattern. In lower transmission settings (B), risk becomes increasingly spatially discrete, with single households or small groups of households experiencing higher exposure. In very low transmission settings (C), risk shifts to individual households or, where transmission is occurring outside the house/village, to individuals.</p
BACKGROUND: Despite the biological plausibility of hotspots fueling malaria transmission, the eviden...
BACKGROUND: Malaria transmission intensity is heterogeneous, complicating the implementation of mala...
<p>Heterogeneity in malaria exposure is most readily recognized in areas with low-transmission patte...
Background Despite the biological plausibility of hotspots fueling malaria transmission, the evidenc...
Abstract Background Despite the biological plausibility of hotspots fueling malaria transmission, th...
Background: Malaria transmission intensity is heterogeneous, complicating the implementation of mala...
Malaria transmission is spatially heterogeneous. This reduces the efficacy of control strategies, bu...
<p>Mosquito exposure and parasite carriage are highly focal in the dry season (A). People living in ...
Abstract Background Malaria control strategies are designed as a solution for either the whole regio...
Background - The goal of malaria elimination necessitates an improved understanding of any fine-scal...
Malaria risk is highly heterogeneous. Understanding village and household-level spatial heterogeneit...
Background: Heterogeneity in malaria transmission has household, temporal, and spatial components. T...
Background. Variation in the risk of malaria within populations is a frequently described but poorly...
Abstract Background Malaria risk can vary markedly between households in the same village, or betwee...
BACKGROUND: Despite the biological plausibility of hotspots fueling malaria transmission, the eviden...
BACKGROUND: Malaria transmission intensity is heterogeneous, complicating the implementation of mala...
<p>Heterogeneity in malaria exposure is most readily recognized in areas with low-transmission patte...
Background Despite the biological plausibility of hotspots fueling malaria transmission, the evidenc...
Abstract Background Despite the biological plausibility of hotspots fueling malaria transmission, th...
Background: Malaria transmission intensity is heterogeneous, complicating the implementation of mala...
Malaria transmission is spatially heterogeneous. This reduces the efficacy of control strategies, bu...
<p>Mosquito exposure and parasite carriage are highly focal in the dry season (A). People living in ...
Abstract Background Malaria control strategies are designed as a solution for either the whole regio...
Background - The goal of malaria elimination necessitates an improved understanding of any fine-scal...
Malaria risk is highly heterogeneous. Understanding village and household-level spatial heterogeneit...
Background: Heterogeneity in malaria transmission has household, temporal, and spatial components. T...
Background. Variation in the risk of malaria within populations is a frequently described but poorly...
Abstract Background Malaria risk can vary markedly between households in the same village, or betwee...
BACKGROUND: Despite the biological plausibility of hotspots fueling malaria transmission, the eviden...
BACKGROUND: Malaria transmission intensity is heterogeneous, complicating the implementation of mala...
<p>Heterogeneity in malaria exposure is most readily recognized in areas with low-transmission patte...