Particulate matter ground estimation from remote sensing techniques (i.e. satellite), requires a good knowledge of its chemical-physical properties in 3D on the investigated domain, as well as an high number of calibration points. Daily measurements of PM2.5 and PM1 mass concentration and chemical composition were conducted in north-Italy. High time resolution measurements were conducted using optical particle counters. Vertical profiles of aerosol were measured to asses changes in number size distribution and chemical composition along height
Ferrero, L., Perrone, M., Lo Porto, C., Ferrini, B., Petraccone, S., Sangiorgi, G., et al. (2009). Particulate matter sampling and characterization at urban, rural and remote sites in the North- Italy in the QUITSAT project: Number size distribution, chemical composition and vertical profiles. In Proceedings 33rd International Symposium on Remote Sensing of Environment, ISRSE 2009 (pp.73-76).
Particulate matter sampling and characterization at urban, rural and remote sites in the North- Italy in the QUITSAT project: Number size distribution, chemical composition and vertical profiles
FERRERO, LUCA;PERRONE, MARIA GRAZIA;FERRINI, BARBARA SARA;SANGIORGI, GIORGIA MAURA LUISA;LAZZATI, ZELDA;BOLZACCHINI, EZIO
2009
Abstract
Particulate matter ground estimation from remote sensing techniques (i.e. satellite), requires a good knowledge of its chemical-physical properties in 3D on the investigated domain, as well as an high number of calibration points. Daily measurements of PM2.5 and PM1 mass concentration and chemical composition were conducted in north-Italy. High time resolution measurements were conducted using optical particle counters. Vertical profiles of aerosol were measured to asses changes in number size distribution and chemical composition along height
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