Airborne and ground-based measurements using a high-performance raman lidar, Whiteman, D.N., Rush K., Rabenhorst S., Welch W., Cadirola M., McIntire G., Russo Felicita, Adam M., Venable D., Connell R., et al. , Journal of Atmospheric and Oceanic Technology, Volume 27, Number 11, p.1781-1801, (2010)

A multi-input UV-VIS airborne GASCOD/A4π spectroradiometer for the validation of satellite remote sensing measurements, Kostadinov, I., Giovanelli G., Bortoli D., Petritoli A., Ravegnani F., Pace Giandomenico, and Palazzi E. , Annals of Geophysics, Volume 49, Number 1, p.71-81, (2006)

Polar stratospheric clouds observed during the Airborne Polar Experiment-Geophysica Aircraft in Antarctica (APE-GAIA) campaign, Cairo, F., Adriani A., Viterbini M., Di Donfrancesco G., Mitev V., Matthey R., Bastiano M., Redaelli G., Dragani R., Ferretti R., et al. , Journal of Geophysical Research D: Atmospheres, Volume 109, Number 7, p.D07204 1-13, (2004)

Radio Echo Sounding (RES) investigations at Talos Dome (East Antarctica): Bedrock topography and ice thickness, Bianchi, C., Cafarella L., De Michelis P., Forieri A., Frezzotti M, Tabacco I.E., and Zirizzotti A. , Annals of Geophysics, Volume 46, Number 6, p.1265-1270, (2003)

ABLE: Development of an Airborne Lidar, Fiocco, G., Calisse P.G., Cacciani M., Casadio S., Pace Giandomenico, and Fuà D. , Journal of Atmospheric and Oceanic Technology, Volume 16, Number 10, p.1337-1344, (1999)