monitoring sample mean, which excludes smokers) Exclusion of health-harmful Exclusion of life cycle Future changes in disease combustion-related analysis of stove production incidence rates pollutants other than PM2.5 – health effects of stove (e.g. CO) workers, emissions Exclusion of cataract and Exclusion of PM2.5 exposure Future changes in PM2.5 other potential health risks from fuel production and exposure-response (pregnancy/birth outcomes, transport impacts (fuel relationships burns – GBD excludes) switching to fossil fuels) For rural projects: Use of Seasonality of fuel national ALRI incidence rates use/emissions and PEM (rural may be higher) For rural projects: Use of Adjustment factors for default household size (rural cook’s exposure to other may be higher) adults’ and kids’ exposures Exclusion of PM2.5 exposure Assumption of equal toxicity from fuel production and for all PM2.5 components transport impacts (fuel and mixtures efficiency)
monitoring sample mean, which excludes smokers) Exclusion of health-harmful combustion-related pollutants other than PM2.5 (e.g. CO) Exclusion of life cycle analysis of stove production – health effects of stove workers, emissions Future changes in disease incidence rates Exclusion of cataract and other potential health risks (pregnancy/birth outcomes, burns – GBD excludes) Exclusion of PM2.5 exposure from fuel production and transport impacts (fuel switching to fossil fuels) Future changes in PM2.5 exposure-response relationships For rural projects: Use of national ALRI incidence rates (rural may be higher) Seasonality of fuel use/emissions and PEM For rural projects: Use of default household size (rural may be higher) Adjustment factors for cook’s exposure to other adults’ and kids’ exposures Exclusion of PM2.5 exposure from fuel production and transport impacts (fuel efficiency) Assumption of equal toxicity for all PM2.5 components and mixtures