Household air pollution (HAP) contributes to 3.5–4 million annual deaths globally. Recent
interventions using improved cookstoves (ICS) to reduce HAP have incorporated …

Background Over 40% of the world's population relies on solid fuels for heating and cooking.
Use of improved biomass cookstoves (ICS) has the potential to reduce household air …

Background Household air pollution (HAP) from biomass fuel burning is linked to poor
health outcomes. Improved biomass cookstoves (ICS) have the potential to improve HAP …

To reduce the impact of indoor air pollution and improve fuel efficiency, the Appropriate
Rural Technology Institute (ARTI), in conjunction with ten non-governmental organizations …

Household air pollution generated from solid fuel use for cooking is one of the leading risk
factors for ill-health globally. Deployment of advanced cookstoves to reduce emissions has …

Monitoring improved cookstove adoption and usage in developing countries can help
anticipate potential health and environmental benefits that may result from household …

Background Exposure to household air pollutants released during cooking has been linked
to numerous adverse health outcomes among residents of rural areas in low-income …

Biomass burning for home energy use is a major health and environmental concern. While
transitioning to cleaner cooking technologies has the potential to generate significant health …

Exposure to combustion byproducts from cooking is a major health concern globally.
Alternative stoves may reduce the burden of disease associated with exposure to household …

Household air pollution remains a dominant health risk, particularly in South Asia.
Increasing international attention has focused on improved cookstoves (ICS) as a vehicle for …