African Journal of Public Health and Health Systems | 25 November 2013
Investigating the Association Between Household Air Pollution from Biomass Fuels and Low Birthweight in Rural Communities of Ghana's Ashanti Region: A Research Protocol
K, w, a, m, e, A, s, a, r, e
Abstract
Household air pollution from biomass fuels is a significant public health concern in sub-Saharan Africa. In rural Ghana, reliance on wood and charcoal for cooking is prevalent, leading to chronic exposure for pregnant women. The association between this exposure and low birthweight in the Ashanti Region requires robust investigation to inform local policy. This protocol outlines a study to determine the correlation between household air pollution from biomass fuel use and the incidence of low birthweight in rural Ashanti Region, Ghana. Primary objectives are to: (1) measure personal exposure to fine particulate matter (PM2.5) among pregnant women; (2) record newborn birthweight; and (3) analyse the association between exposure levels and birthweight outcomes. A community-based longitudinal design will be employed. Pregnant women (n=450) in their second trimester will be recruited from rural health facilities. Personal PM2.5 exposure will be monitored using portable sensors over a 72-hour period. Data on fuel type, cooking practices, and socio-demographic factors will be collected via questionnaires. Newborn birthweight will be measured within 24 hours of delivery. Multiple linear regression will be used to analyse the data, controlling for confounders. As this is a protocol for a future study, no empirical findings are available. The analysis will determine the direction and strength of the association, estimating the expected change in birthweight per unit increase in PM2.5 exposure. The study will provide local evidence on the relationship between household air pollution and foetal growth. It is expected to clarify the public health burden attributable to biomass fuel use in this context. Findings will be disseminated to regional health authorities to advocate for targeted interventions. Recommendations may include promoting cleaner cooking technologies and integrating air pollution awareness into antenatal care. household air pollution, biomass fuel, low birthweight, particulate matter, pregnancy, Ghana, rural health This protocol details a methodological approach to generate context-specific evidence, which is intended to support public health policy and intervention planning for maternal and child health in rural Ghana.