Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation, making them susceptible to burning. Peat fires emit considerable amounts of carbon dioxide, particulate matter (PM) and other trace gases, contributing to climate change and causing regional air pollution. However, emissions from peat fires are uncertain, due to uncertainties in emission factors and fuel consumption. We used the Weather Research and Forecasting model with chemistry and measurements of PM concentrations to constrain PM emissions from Indonesian fires during 2015, one of the largest fire seasons in recent decades.Published versio
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
Tropical peatland burning in Asia has been intensifying over the last decades, emitting huge amounts...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Deforestation and draining of the peatlands in equatorial SE Asia has greatly increased their flamma...
Deforestation and draining of the peatlands in equatorial SE Asia has greatly increased their flamma...
Numerical modelling of fire-related smoke haze episodes in Southeast Asia is important for both pred...
Numerical modelling of fire-related smoke haze episodes in Southeast Asia is important for both pred...
Tropical peatland burning in Asia has been intensifying over the last decades, emitting huge amounts...
Smoke-haze episodes caused by vegetation and peat fires affect parts of Indonesia every year with si...
Smoke-haze episodes caused by vegetation and peat fires affect parts of Indonesia every year with si...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
Tropical peatland burning in Asia has been intensifying over the last decades, emitting huge amounts...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Indonesia contains large areas of peatland that have been drained and cleared of natural vegetation,...
Deforestation and draining of the peatlands in equatorial SE Asia has greatly increased their flamma...
Deforestation and draining of the peatlands in equatorial SE Asia has greatly increased their flamma...
Numerical modelling of fire-related smoke haze episodes in Southeast Asia is important for both pred...
Numerical modelling of fire-related smoke haze episodes in Southeast Asia is important for both pred...
Tropical peatland burning in Asia has been intensifying over the last decades, emitting huge amounts...
Smoke-haze episodes caused by vegetation and peat fires affect parts of Indonesia every year with si...
Smoke-haze episodes caused by vegetation and peat fires affect parts of Indonesia every year with si...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...
Tropical peatland burning in Asia has been intensifying over the last decades, emitting huge amounts...
International audienceSmoke from fires plagued Indonesia during the second half of 2015. Slash and b...