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Contribución de congreso (ConferenceOutput). 2026
Evaluation of the EarthCARE aerosol classification scheme using ACTRIS/EARLINET observations.
UPCommons. Portal del coneixement obert de la UPC
- Kalliopi Artemis, Voudouri
- Papagiannopoulos, Nikolaos
- Baars, Holger
- Rodríguez Gómez, Alejandro Antonio|||0000-0002-9209-0685
- Comerón Tejero, Adolfo|||0000-0001-6886-3679
- Muñoz Porcar, Constantino|||0000-0002-6543-119X
Aerosol typing plays an important role in identifying aerosol sources, monitoring environmental events,
and mitigating impacts. Understanding the origin and characteristics of aerosols is essential to detect aerosol
hazards, issue early warnings and minimize their potential impact on climate, air quality, and public health.
To date, several aerosol typing schemes have been developed within ACTRIS (Aerosol, Clouds and Trace
Gases Research Infrastructure) and EARLINET (European Aerosol Research Lidar Network;
data.earlinet.org) and provide the predominant aerosol type or aerosol mixture in the atmospheric column
[1-5]. Similarly, aerosol classification from space lidars offers global coverage and can either be used
complementary in retrievals or radiative-closure assessments., This research was financially supported by the PANGEA4CalVal project (Grant Agreement 101079201) funded by the European Union, and the CERTAINTY project (Grant Agreement 101137680) funded by the Horizon Europe program. The authors also acknowledge ITINERIS, Italian Integrated Environmental Research Infrastructure System (IR0000032, D.D. n. 130/2022—CUPB53C22002150006). We acknowledge EARLINET and ACTRIS aerosol remote sensing teams for the provision of datasets, and for scientific support., Peer Reviewed
and mitigating impacts. Understanding the origin and characteristics of aerosols is essential to detect aerosol
hazards, issue early warnings and minimize their potential impact on climate, air quality, and public health.
To date, several aerosol typing schemes have been developed within ACTRIS (Aerosol, Clouds and Trace
Gases Research Infrastructure) and EARLINET (European Aerosol Research Lidar Network;
data.earlinet.org) and provide the predominant aerosol type or aerosol mixture in the atmospheric column
[1-5]. Similarly, aerosol classification from space lidars offers global coverage and can either be used
complementary in retrievals or radiative-closure assessments., This research was financially supported by the PANGEA4CalVal project (Grant Agreement 101079201) funded by the European Union, and the CERTAINTY project (Grant Agreement 101137680) funded by the Horizon Europe program. The authors also acknowledge ITINERIS, Italian Integrated Environmental Research Infrastructure System (IR0000032, D.D. n. 130/2022—CUPB53C22002150006). We acknowledge EARLINET and ACTRIS aerosol remote sensing teams for the provision of datasets, and for scientific support., Peer Reviewed
Contribución de congreso (ConferenceOutput). 2025
Evaluation of the EarthCARE aerosol classification scheme using ACTRIS/EARLINET observations.
Recercat. Dipósit de la Recerca de Catalunya
- Kalliopi Artemis, Voudouri
- Papagiannopoulos, Nikolaos
- Baars, Holger
- Rodríguez Gómez, Alejandro Antonio
- Comerón Tejero, Adolfo
- Muñoz Porcar, Constantino
Aerosol typing plays an important role in identifying aerosol sources, monitoring environmental events,
and mitigating impacts. Understanding the origin and characteristics of aerosols is essential to detect aerosol
hazards, issue early warnings and minimize their potential impact on climate, air quality, and public health.
To date, several aerosol typing schemes have been developed within ACTRIS (Aerosol, Clouds and Trace
Gases Research Infrastructure) and EARLINET (European Aerosol Research Lidar Network;
data.earlinet.org) and provide the predominant aerosol type or aerosol mixture in the atmospheric column
[1-5]. Similarly, aerosol classification from space lidars offers global coverage and can either be used
complementary in retrievals or radiative-closure assessments., This research was financially supported by the PANGEA4CalVal project (Grant Agreement 101079201) funded by the European Union, and the CERTAINTY project (Grant Agreement 101137680) funded by the Horizon Europe program. The authors also acknowledge ITINERIS, Italian Integrated Environmental Research Infrastructure System (IR0000032, D.D. n. 130/2022—CUPB53C22002150006). We acknowledge EARLINET and ACTRIS aerosol remote sensing teams for the provision of datasets, and for scientific support., Peer Reviewed, Postprint (published version)
and mitigating impacts. Understanding the origin and characteristics of aerosols is essential to detect aerosol
hazards, issue early warnings and minimize their potential impact on climate, air quality, and public health.
To date, several aerosol typing schemes have been developed within ACTRIS (Aerosol, Clouds and Trace
Gases Research Infrastructure) and EARLINET (European Aerosol Research Lidar Network;
data.earlinet.org) and provide the predominant aerosol type or aerosol mixture in the atmospheric column
[1-5]. Similarly, aerosol classification from space lidars offers global coverage and can either be used
complementary in retrievals or radiative-closure assessments., This research was financially supported by the PANGEA4CalVal project (Grant Agreement 101079201) funded by the European Union, and the CERTAINTY project (Grant Agreement 101137680) funded by the Horizon Europe program. The authors also acknowledge ITINERIS, Italian Integrated Environmental Research Infrastructure System (IR0000032, D.D. n. 130/2022—CUPB53C22002150006). We acknowledge EARLINET and ACTRIS aerosol remote sensing teams for the provision of datasets, and for scientific support., Peer Reviewed, Postprint (published version)
Proyecto: EC, EC/HE, HE/101079201, 101137680