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Emissions from solid‐fuel cookstoves have been linked to indoor and outdoor air pollution, climate forcing, and human disease. Although task‐based laboratory protocols, such as the Water Boiling Test (WBT), overestimate the ability of improved stoves to lower emissions, WBT emissions data are commonly used to benchmark cookstove performance, estimate indoor and outdoor air pollution concentrations,...
A large fraction of the world's population burns biomass fuels indoors using primitive cook stoves. The emissions from this form of inefficient combustion are a significant contributor to human morbidity and mortality worldwide. Although many studies have examined the mass of particulate matter released from such cook stoves, a few studies have characterized the size distribution of emitted aerosol...
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