There's no smoke without fire

Bibliographic Data

ID5166737
AuthorsLiana O Anderson (0000-0001-9545-5136, Ministério da Ciência, Tecnologia, Inovações e Comunicações, Brazil, corresponding author), Sonaira Silva (0000-0003-2177-4577, Universidade Federal do Acre), Antônio W F Melo (0000-0003-0893-8602, Universidade Federal do Acre)
Year2023
Volume39
Issue8
Pagese00103823-e00103823
Publication date2023-01-01
Open AccessYes
TypeARTICLE
VenueCadernos de Saude Publica (JOURNAL)
Journal identifiersISSN: 0102-311X • E-ISSN: 1678-4464
PublisherFapUNIFESP (SciELO) (PUBLISHER)
DOI10.1590/0102-311xen103823
PMID37820232
OpenAlexW4387465998
SciELOS0102-311X2023000800501
LanguageEN
References cited17

Amazon deforestation data are used as a gauge, at the national and international levels, to indicate the current situation of the political management of the control of and combat against this process, which is usually widely disseminated in the media.Due to the weakening of environmental policies in recent years, there was a forecast that deforestation for the year 2020 1 would be the highest of the decade, above that of 2019, which exceeded 10,800km 2 1 , the highest rate since 2008.Although 2020 had a slightly lower rate than 2019, deforestation in 2021 and 2022 exceeded 12,000km 2 2 , which again featured prominently in global media.Recently, the Yanomami crisis revealed another growing threat to Amazonian life: the push of mining activities in the region.Estimates point to increased mining rates mainly after 2010, and 2020 data showed that the total mining area exceeded the industrial mining area 3 .The negative impacts -beyond social and cultural ruptures caused to indigenous peoplesinclude increased disease rates, environmental contamination, and food insecurity 4 .The advance of deforestation reveals a small part of the socio-environmental problem related to the Amazonian forests.A recent study 5 quantified that fire, forest fragmentation and logging between 2001 and 2018 have already impacted more than 5.5% of the forests in the entire Amazon basin, and this extension corresponds to 112% of the total area deforested in that period.If we add to this list of forest degradation vectors the occurrence of extreme droughts, the area increases to 38% of the remaining Amazonian forests.It is widely known that fire is the main instrument for disposing of biomass after clear-cutting the forest, and that it causes a series of negative socioeconomic and environmental impacts.For example, on the global scale, greenhouse gas emissions from slash-and-burn practices and wildfires directly affect the rainfall and temperature regime and, on the regional scale, directly generate air pollution, thus affecting air quality 6,7 .Locally, the negative impacts of fires include the degradation of soils and forests, the imposition of restrictions and losses on those who depend on them, affecting their properties, public infrastructure or even services 8 .However, it is much less known that areas with forest fragmentation 9 , logging 10 , and forest areas that have already been affected by fire are more susceptible to new fires 11 .Moreover, extreme droughts, which have intensified and become more recurrent due to climate change 12 , amplify the extent and magnitude of fires 7 .This means that even if deforestation rates are controlled, there are still all the other forcings that lead to the occurrence of fires present in human practices and Amazonian landscapes 13 , and these have increased over this century 14

Aeronautics · Business · Environmental health · Geography · Meteorology · Smoke · Engineering · Fire effects on ecosystems · Medicine

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