1. Ground-based multiwavelength Lidar observations at Lampedusa during ChArMEx Tatiana Di Iorio 1, Marco Cacciani 2, Claudia Di Biagi o 3, Alcide di Sarra 1, Paola Formenti 3, Jose Luis Gómez-Amo 1,4, 4, Daniela Meloni 1, Francesco Monteleone 1, Giandomenico Pace 1, Damiano Sferlazzo 1 1.UTMEA-TER, ENEA, Roma, Italy. 2.Univ. of Rome, Rome, Italy. 3.LISA, Paris, France. 4.Univ. of Valencia, Valencia, Spain

2. 27 june 2013 Dust and biomass burning 03 july 2013 Dust and pollution Aerosol backscattering coeff@ 355 – 532 -1064 nm Colour ratio Aerosol depolarization ratio Two lidars (ENEA/Univ. of Rome+LISA): 355, 532, 1064 nm; polarization capability Continuous + intensive measurements during ChArMEx/SOP1 Aerosol backscattering coeff@ 355 – 532 -1064 nm Colour ratio Aerosol depolarization ratio