This paper focuses on monitoring activities carried out by the CERI Research Centre, which in the last few years was tasked to establish monitoring networks, designed also to support landslide-related risk management. Two main case histories are hereby highlighted as they refer to sites where it was possible to test innovative monitoring approaches. Such approaches mainly consist of designing integrated monitoring platforms, where new (e.g., laser Scanners and Ground-based In-SAR) and “traditional” (geotechnical and topographic) techniques and the related potentials are combined. In addition, as monitoring is at present a quite well experimented tool in the emergency phase management (i.e., real-time prediction), the CERI is producing an effort in order to monitor and, thus, control the variation of parameters that can be treated as precursors of paroxystic phases (i.e., differed time prediction), more suitable for sites where sensitive structure/infrastructures are present.
From the refinement of geological models to risk management: The role of landslide monitoring / Prestininzi, Alberto; BIANCHI FASANI, Gianluca; Bozzano, Francesca; Esposito, Carlo; Martino, Salvatore; Mazzanti, Paolo; SCARASCIA MUGNOZZA, Gabriele. - STAMPA. - 2:(2012), pp. 1883-1887. (Intervento presentato al convegno Landslides and Engineered Slopes Protecting Society through Improved Understanding tenutosi a Banff, Canada nel 3-8 giugno 2012).
From the refinement of geological models to risk management: The role of landslide monitoring
PRESTININZI, ALBERTO;BIANCHI FASANI, Gianluca;BOZZANO, Francesca;ESPOSITO, CARLO;MARTINO, Salvatore;MAZZANTI, PAOLO;SCARASCIA MUGNOZZA, Gabriele
2012
Abstract
This paper focuses on monitoring activities carried out by the CERI Research Centre, which in the last few years was tasked to establish monitoring networks, designed also to support landslide-related risk management. Two main case histories are hereby highlighted as they refer to sites where it was possible to test innovative monitoring approaches. Such approaches mainly consist of designing integrated monitoring platforms, where new (e.g., laser Scanners and Ground-based In-SAR) and “traditional” (geotechnical and topographic) techniques and the related potentials are combined. In addition, as monitoring is at present a quite well experimented tool in the emergency phase management (i.e., real-time prediction), the CERI is producing an effort in order to monitor and, thus, control the variation of parameters that can be treated as precursors of paroxystic phases (i.e., differed time prediction), more suitable for sites where sensitive structure/infrastructures are present.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.