Now showing items 1-4 of 4

    • Integration of Remote Sensing with A Hydroclimatological Model for an Improved Monitoring of Alpine Glaciers 

      Callegari M; Marin C; Günther D; Rastner P; Bruzzone L; Demir B; Marke T; Strasser U; Zebisch M; Notarnicola C (2018)
      In this work, we present a framework to integrate physically based hydroclimatological models and remote sensing products, by exploiting their advantages and overcoming their limitations, for an improved understanding and ...
    • INTEGRATION OF REMOTE SENSING WITH A HYDROCLIMATOLOGICAL MODEL FOR AN IMPROVED MONITORING OF ALPINE GLACIERS 

      Callegari M; Marin C; Günther D; Rastner P; Bruzzone L; Demir B; Marke T; Strasser U; Zebisch M; Notarnicola C (2018)
      In this work, we present a framework to integrate physically based hydroclimatological models and remote sensing products, by exploiting their advantages and overcoming their limitations, for an improved understanding and ...
    • A Model Driven Approach for Snow Wetness Retrieval with Sentinel-l 

      Marin C; Callegari M; Günther D; Bertoldi G; Marke T; Strasser U; Bruzzone L; Zebisch M; Notarnicola C (2018)
      In this paper, a novel approach for the retrieval of snow wetness is presented for Sentinel-1 (S-1) data. The approach uses the information on snow proprieties provided by the hydroclimatological model AMUNDSEN and confirmed ...
    • A Novel Data Fusion Technique for Snow Parameter Retrieval 

      De Gregorio L; Callegari M; Marin C; Zebisch M; Bruzzone L; Demir B; Strasser U; Günther D; Marke T; Notarnicola C (2018)
      The main idea of this study is the development of an innovative data fusion method through which state-of-the-art remotely sensed products and hydrological modelling simulations can be integrated to improve the retrieval ...