2021
  • QUATRAM3 – QUAlity and TRaceabiliy of Atmospheric aerosol Measurements
    POM-PREDE, Pandora, PFR, CIMEL + Lidar (4 weeks intense operations)
2019
  • Jul-Sept 2019, QUATRAM2 – QUAlity and TRaceabiliy of Atmospheric aerosol Measurements
    POM-PREDE, Pandora, Middleton, PFR, CIMEL
2017
  • LRMC – ACTRIS – Lidar&Radiometer Measurement Campaign
    Lidar + CIMEL (at CALIPSO overpass)
  • EMeRGe – Effect of Megacities on the Transport and Transformation of Pollutants on the Regional to Global Scales
    All instruments (two overpasses, low-thick clouds in both cases!)
  • QUATRAM – QUAlity and TRaceabiliy of Atmospheric aerosol Measurements
    POM-PREDE, Pandora, Middleton, PFR, CIMEL + Lidar (4 weeks intense operations)
  • VIEPI – Valutazione Integrata dell’Esposizione a Particolato in ambiente indoor
    All instruments (continuous operations) +3D Sonic Anemometer,Volumetric sampler, Particle Sizer Spectrometer, Condensation Particle Counter, Sioutas Personal Cascade Impactor, PM10 Particulate Samplers
2020 – 2021
  • QE4EO WP: Night-time (lunar) aerosol and trace gases columnar observations: towards a new product’s generation (Sapienza, CNR-ISAC,Arpa Val D’Aosta, Luft, Serco)
2019 – 2021
  • QE4EO WP: ACIX/CMIX Cloud Parameters retrieval using Sky-Cameras and Ceilometer data (Brockman consulting, NASA, Sapienza, Serco)
  • QE4EO WP: A new Methodology Using UAV-based Observations for Improved Surface BRDF Characterization(Università di Tor Vergata, Serco)
  • SBAM (Seagull Borne Atmospheric Measurements) project – financed by Sapienza University (SAPIENZA, SERCO)
2019
  • DIVA – ESA: Project selected Lidar CIMEL station (SERCO, SAPIENZA)
  • PANDONIA ESA: ESA Project “POp” and “FRM4AQ” (SERCO, SAPIENZA ,CNR-ISAC/IIA)
  • EarthCare: Validation Proposal ID 38811 (SERCO, ENEA, CNR ISAC, SAPIENZA)
  • Copernicus S5p: Validation Proposal ID 42807 SERCO , ENEA, CNR ISAC/IIA, SAPIENZA, Sard. Clim.)
2023
2021
2020
  • September 2020 – SORBETTO2020 (CNR-ISAC, SAPIENZA, SERCO, ESA)
    Postponed to 2021 due to COVID-19
2018
  • SORBETTO 2018 SORBETTO Solar Radation Based Established Technique for aTmospheric Observation
    18 Speakers from Europe and Japan, 35 Students
    from Europe, Africa and Asia
    (CNR-ISAC, SAPIENZA, SERCO)

Laboratory of Atmospheric Remote Sensing Teaching Materials

Thesis and dissertation proposals

  • Aerosol microphysics
  • Interaction of aerosol with radiation
  • Measurements of the vertical density profile of atmospheric water vapor
  • Urban heat island
  • Breeze regime
  • Down-slope winds
  • Terrain generated gravity waves
2022