Simone Pascucci

About

Research has been focused on different aspects related to multi and hyperspectral remote sensing applications for environmental, agronomic, marine and urban environment. In particular the research has focused on (a) the preprocessing of hyperspectral images; (b) the study and characterization of contaminated sites and technological networks through the integration of techniques in situ and remote sensing; (c) the analysis of spectral optical properties of urban materials by portable spectroradiometers in the spectral range 350-16000 nm both in anthropic and natural environments; (d) the spectral analysis of roofing materials asbestiform, determination and estimation of sensitivity for a dedicated sensor to control the level of alteration of asbestos cement. ; (e) retrieval of optical properties (CDOM, chlorophyll a and TSP) of coastal sea water by integrating hyperspectral satellite and in situ measurements; (f) preciosion agriculture and high spatial (UAVs) and spectral resolution mapping (Chl, FAPAR, LAI and yield estimation).
He participated in several field, airborne and oceanographic campaigns in charge of measurement and calibration / validation for satellite and airborne sensors conducted by the Institute as a technical expert, both nationally and internationally.
He has participated in several national (PRIN) and international funded (FP6 and FP7) projects as leader of work packages.
He has published several articles in international journals regarding applications of hyperspectral remote sensing from aircraft (MIVIS and CASI) and satellite (Hyperion, CHRIS) within the geological, urban, marine, forestry and the detection and estimation of materials and pollutants remotely. Recently, he also published on peer reviewed journals on precision agriculture applications using new generation satellite and UAVs' multi/hyperspectral data.

Information

Industry experience

Education: Bachelor

Seniority: Expert, Engineer, Consultant

Years of experience: 10 to 20 years

Work experience

Taxonomy