Ground-based multiwavelength Lidar
observations at Lampedusa during ChArMEx
Tatiana Di Iorio1, Marco Cacciani2, Claudia Di Biagio3, Alcide di Sarra1, Paola
Formenti3, Jose Luis Gómez-Amo1,4, 4, Daniela Meloni1, Francesco Monteleone1,
Giandomenico Pace1, Damiano Sferlazzo1
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2.
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4.
UTMEA-TER, ENEA, Roma, Italy.
Univ. of Rome, Rome, Italy.
LISA, Paris, France.
Univ. of Valencia, Valencia, Spain
Two lidars (ENEA/Univ. of Rome+LISA): 355, 532, 1064 nm; polarization capability
Continuous + intensive measurements during ChArMEx/SOP1
27 june 2013
Dust and biomass burning
Aerosol backscattering coeff@ 355 – 532 -1064 nm
Colour ratio
Aerosol depolarization ratio
03 july 2013
Dust and pollution
Aerosol backscattering coeff@ 355 – 532 -1064 nm
Colour ratio
Aerosol depolarization ratio