Daily surface concentration of fire related PM2.5 for 2003-2023, modelled by SILAM CTM when using the MODIS satellite data for the fire radiative power
Description
Fine particles from wildfires are one important source for PM2.5. These small aerosol particles are risk to health and cause a large number of premature deaths world-wide. Using the MODIS satellite data we estimate the fine particulate matter emissions from wildfires and model they dispersion in atmosphere using the System for Integrated modeLling of Atmospheric coMposition (SILAM) chemistry transport model. The surface concentration of PM-fine, related to fires, is here evaluated for years 2003-2023 and the corresponding daily mean data is provided both in global scale, in 0.2 degree resolution, and also in European scale in 0.1 degree resolution. Additionally, the total global PM2.5-column from fires is provided at 0.5 degree resolution.
Show moreYear of publication
2024
Type of data
Authors
Finnish Meteorological Institute - Publisher
Hänninen, Risto - Contributor, Creator
Sofiev, Mikhail - Contributor, Creator
Finnish Meteorological Institute - Contributor
Kouznetsov, Rostislav - Contributor, Creator
SILAM team, Finnish Meteorological Institute - Contributor
Uppstu, Andreas - Contributor, Creator
Project
Other information
Fields of science
Geosciences
Language
English
Open access
Open
License
Creative Commons Attribution 4.0 International (CC BY 4.0)Keywords
fire related PM, PM2.5, SILAM, fires, MODISSubject headings
Temporal coverage
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Daily surface concentration of fire related PM2.5 for 2003-2022, modelled by SILAM CTM when using the MODIS satellite data for the fire radiative power
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Daily surface concentration of fire related PM2.5 for 2003-2024, modelled by SILAM CTM when using the MODIS satellite data for the fire radiative power