Table 1. Main studies evaluating the effects of fire smoke on human health in the Brazilian Amazon.
Study | Year | City or region | Pollutants considered | Population group | Outcome studied | Type of study |
---|---|---|---|---|---|---|
Mascarenhas et al. 47 | 2008 | Rio Branco, AC | PM2.5 | Several age groups | Respiratory disease-related ER visits | Ecological time-series study |
Carmo et al. 37 | 2010 | Alta Floresta, MT | PM2.5 | Several age groups | Outpatient visits due to respiratory disease | Epidemiological study |
Ignotti et al. 48 | 2010 | Tangará da Serra and Alta Floresta, MT | PM2.5 | Children and older people | Hospitalizations due to respiratory disease | Ecological time-series study |
Prass et al. 50 | 2012 | Porto Velho, RO | Number of fires | Children and pregnant women | Low birth weight | Retrospective cohort study |
Carmo et al. 42 | 2013 | Rio Branco, AC | PM2.5 | Children | Hospitalizations due to respiratory diseases | Ecological time-series study |
Andrade Filho et al. 46 | 2013 | Manaus, AM | PM2.5 | Children | Hospitalizations due to respiratory disease | Ecological time-series study |
Jacobson et al. 44 | 2014 | Tangará da Serra, MT | PM10, PM2.5, “black carbon” | Children | Changes in PEF | Longitudinal study |
Cândido da Silva et al. 49 | 2014 | Tangará da Serra and Alta Floresta, MT | PM2.5 and CO | Children and pregnant women | Low birth weight | Retrospective cohort study |
Reddington et al. 16 | 2015 | Amazon | PM2.5 | Several age groups | Premature deaths | Computational modeling and risk assessment |
de Oliveira Alves et al. 31 | 2015 | Porto Velho, RO | PM10 and PAH | N/A | N/A | Chemical characterization of PM10 and health risk assessment |
Silva et al. 45 | 2016 | Rio Branco, AC | O3 and PM2.5 | Children | N/A | Toxicological risk assessment |
de Oliveira Alves et al. 32 | 2017 | Porto Velho, RO | PM10 and PAH | N/A | Toxic and mutagenic effects on lung cells | Exposure tests of lung cells to fire PM10 |
de Oliveira et al. 36 | 2018 | Porto Velho, RO | PM2.5 and Hg | Children and teenagers | Oxidative stress biomarkers | Cross-sectional study |
Nawaz et al. 51 | 2020 | Amazon | PM2.5 | Several age groups | Premature deaths | Computational modeling and risk assessment |
PM2.5: particulate matter with a diameter < 2.5 µm; PM10: particulate matter with a diameter < 10 µm; CO: carbon monoxide; PAH: polycyclic aromatic hydrocarbons; AC: Acre; RO: Rondônia; AM: Amazonas; and MT: Mato Grosso.