Author :
Manunta, M. ; Calo, F. ; Ojha, C. ; Ardizzone, F. ; Guzzetti, F. ; Mondini, A.C. ; Reichenbach, P. ; Bianchini, S. ; Casagli, N. ; Ciampalini, A. ; Del Ventisette, C. ; Moretti, Stefano ; Garcia, I. ; Herrera, G. ; Mateos, R.M. ; Fusi, B. ; Graniczny, M.
Abstract :
We focused on the joint exploitation of satellite and ground-based technologies in order to understand the kinematic behavior of landslides and subsidence phenomena relevant to different test sites in Europe. In this context, we efficiently exploited C-band and X-band satellite and ground-based SAR data for the investigation of the temporal and spatial pattern of ground deformations caused by natural and human-induced hazards. The present work has been conducted within the FP7-EU DORIS project.
Keywords :
deformation; geomorphology; remote sensing by radar; risk analysis; synthetic aperture radar; C-band satellite; European DORIS downstream service; FP7-EU DORIS project; X-band satellite; ground based SAR data; ground deformation; landslide risk management; multiscale system; spatial pattern; subsidence risk management; temporal pattern; Interferometry; Kinematics; Remote sensing; Satellites; Spatial resolution; Synthetic aperture radar; Terrain factors; DORIS; Interferometry; PSI; SAR; landslides; subsidence;
