Stefania Camici ha ricevuto la Laura Magistrale in Ingegneria per L’ambiente ed il Territorio presso l’Università di Perugia ad Aprile 2008. Da Ottobre 2008 collabora presso l’Istituto di Ricerca per la Protezione Idro-Geologica (IRPI) del Consiglio Nazionale delle Ricerche (CNR) di Perugia, avendo ricevuto dapprima una borsa di studio e successivamente un assegno di ricerca nell’ambito del progetto di ricerca scenari idrologici estremi ed effetti lungo il reticolo fluviale del Fiume Tevere. Dal Settembre 2012 è ricercatrice presso il CNR-IRPI.

Premi e riconoscimenti

• 2021: “ESA–EGU Earth Observation Excellence Award” given by European Space Agency and European Geosciences Union recognising the IRPI-Hydrology Group for an outstanding contribution to the innovative use of Earth Observation in Hydrology.
• 2017: “2017 SMART RIVER Award, Best Paper” for “Levee body vulnerability to seepage and impact of animal burrows” by Palladino, M.R., Barbetta, S., Camici S., Claps P., Moramarco, T., given by International Conference REMTECH ESONDA EXPO.
• 2017: “Florisa Melone Award” (Co-I) for the project “Monitoring extreme events (floods & droughts) through discharge time series obtained from satellite altimetry” by Camici Stefania, given by Italian Hydrology Society (IHS)
• 2011: “Best presentation award Giornate di studio Impatto delle modificazione climatiche su rischi e risorse naturali” for “Analisi di trend e ciclicità si serie storiche pluviometriche per la modellazione stocastica di scenari di precipitazione in condizione di cambiamenti climatici” by Camici, S., Romano, E., Preziosi, E., Brocca, L., Melone, F., Moramarco, T.

Modelli

MISDc v3.1

The MISDc v3.1 model is a flexible, modular, semi-distributed conceptual hydrological model able to reproduce the hydrological variables that regulate the water cycle both in near-natural and anthropized basins. It includes dedicated modules for simulate irrigation module, a reservoir module, a water use module, a snow module, a soil module, and a routing module. The model is freely available here.

STREAM

The STREAM is a semidistributed conceptual hydrological model for estimating runoff and river discharge from rainfall, soil moisture, air temperature and terrestrial water storage data. The STREAM model code is distributed through M language files . The STREAM model, freely available here, can be freely applied and used, please cite Camici et al. 2022.

FARIMA

The Fractionally differenced ARIMA model (FARIMA) model for the generation of synthetic temperature data was made freely available here. The code is written in the MATLAB® programming language and is fully commented. The description of the model structure and of its performance can be found in Camici et al. (2011)

Neyman-Scott Rectangular Pulse Model

The Neyman-Scott Rectangular Pulse (NSRP) model for the generation of synthetic rainfall data was made freely available here. The code is written in the MATLAB® programming language and is fully commented. The description of the model structure and of its performance can be found in Camici et al. (2011), Tarpanelli et al. (2012) and Brocca et al. (2013).

Progetti