Mathematics for the Environment
Research interests of this group consist in the mathematical approach to the observation and measurements relevant to environment and climate and the diagnostic/prognostic study of natural and anthropic processes related to them.
Innovative mathematical tools are used and devepoled, both as mathematical models and as solution techniques. The researches include the following activities.
- mathematical modeling for the study of ecosystems and environmental fluid dynamics (hydrology, glaciology).
- remote-sensing data analysis for atmospheric modeling, applied metereology and climatology. Quantitative estimate of polluters.
- mitigation of the environmental impact of the transportation system, both as optimization techniques of the activities, and with the delevopmente of new tecnologies such as the heterogeneous catalysis.
List of the financed projects:
ECOPOTENTIAL (H2020);
Support to MIPAS level 2 product (ESA);
MTG Ground Segment - Consolidation of the IRS scene classification module (EUMETSAT);
Kalman Filter estimation of surface temperature and emissivity from SEVIRI (EUMETSAT);
Gestione dei Disastri e delle emergenze per il miglioramento della Sicurezza negli Impianti Industriali (PRIN);
SVALGLAC, Sensitivity of Svalbard Glaciers to Climate Change (EFS ERA-NET PolarClimate);
BIO_SOS (progetto FP7).
PARTECIPANTS: UMBERTO AMATO, MARIA FRANCESCA CARFORA, PASQUALE CAROTENUTO, ITALIA DE FEIS, FASMA DIELE, DANIELA MANSUTTI, CARMELA MARANGI, GIOVANNI NICO, FILIPPO NOTARNICOLA, LUCA SGHERI, SAURO SUCCI, DOMENICO VITULANO,
PROJECTS: SvalGlac - Effetti del Cambiamento del Clima sui Ghiacciai delle Isole Svalbard (SvalGlac - Sensitivity of Svalbard glaciers to climate change)Supporto alla verifica e validazione del processore MIPAS livello 2 (Support to MIPAS Level 2 processor verification and validation)
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