The monitoring system, developed by the DICAM, is composed
of an X-band weather radar, a tipping-bucket rain gauge network,
an optical disdrometer, a weight rain gauge, and a weather station.
The monitoring area is represented in Fig. 1 and covers a rather
wide territory (i.e., 500 km2) within the dense urban area of
Palermo (Italy) with a population of 700,000 people. Within the
SESAMO project, aimed at the hydrological risk assessment, the
real-time monitoring system provides rainfall estimates used to
force a hydrological-slope stability model and assess the hillslope
stability for a hot-spot located within the monitoring area.
Main features of different sensors, along with technical information and operative features, are reported in the next subsection
The monitoring system, developed by the DICAM, is composedof an X-band weather radar, a tipping-bucket rain gauge network,an optical disdrometer, a weight rain gauge, and a weather station.The monitoring area is represented in Fig. 1 and covers a ratherwide territory (i.e., 500 km2) within the dense urban area ofPalermo (Italy) with a population of 700,000 people. Within theSESAMO project, aimed at the hydrological risk assessment, thereal-time monitoring system provides rainfall estimates used toforce a hydrological-slope stability model and assess the hillslopestability for a hot-spot located within the monitoring area.Main features of different sensors, along with technical information and operative features, are reported in the next subsection
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