The aim of this data set is to provide a comprehensive overview of the chemical composition (trace elements, water-soluble ions and organic compounds) in smoke aerosol particles from some representative wildfires for use in emission inventorying and source apportionment modelling
Fine (PM2.5) and coarse (PM2.5–10) smoke particles from controlled biomass burnings of a shrub-domin...
Wildfires are one of the main sources of trace gases and aerosols. However, their impact remains poo...
Forest fires involve burning biomass, releasing smoke into the atmosphere with consequences not only...
In summer 2009, emissions of trace gases and aerosols from several wildfires occurring in Portugal w...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
This paper complements the information previously published (Atmospheric Environment 45, 641-649) on...
On May 2009, both the gas and particulate fractions of smoke from a wildfire in Sever do Vouga, cent...
The aim of this study was the detailed organic speciation of fine (PM2.5) and coarse (PM2.5–10) part...
Emissions of trace gases and C5-C10volatile organic compounds (VOCs) from Mediterranean wildfires oc...
Gas and particulate fractions were measured simultaneously from a wildfire in Penedono, central Port...
Airborne measurements of the emissions of gases and particles from 19 individual forest, cerrado, an...
Fine (PM2.5) and coarse (PM2.5–10) smoke particles from controlled biomass burnings of a shrub-domin...
Wildfires are one of the main sources of trace gases and aerosols. However, their impact remains poo...
Forest fires involve burning biomass, releasing smoke into the atmosphere with consequences not only...
In summer 2009, emissions of trace gases and aerosols from several wildfires occurring in Portugal w...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
International audienceIn Portugal, during summer 2003, unusually large forested areas (>300,000 ha) ...
This paper complements the information previously published (Atmospheric Environment 45, 641-649) on...
On May 2009, both the gas and particulate fractions of smoke from a wildfire in Sever do Vouga, cent...
The aim of this study was the detailed organic speciation of fine (PM2.5) and coarse (PM2.5–10) part...
Emissions of trace gases and C5-C10volatile organic compounds (VOCs) from Mediterranean wildfires oc...
Gas and particulate fractions were measured simultaneously from a wildfire in Penedono, central Port...
Airborne measurements of the emissions of gases and particles from 19 individual forest, cerrado, an...
Fine (PM2.5) and coarse (PM2.5–10) smoke particles from controlled biomass burnings of a shrub-domin...
Wildfires are one of the main sources of trace gases and aerosols. However, their impact remains poo...
Forest fires involve burning biomass, releasing smoke into the atmosphere with consequences not only...