This paper describes a new remote-sensing technique for monitoring landslides and unstable slopes; it is based on a synthetic aperture radar (SAR) interferometry and it is fully implemented by using portable ground-based instrumentation. The technique has been tested on a large rockslide in the Italian Alps producing multi-temporal deformation maps of high resolution and accuracy. The results have been validated through independent measurements obtained from geotechnical monitoring instrumentation.
Ground-based radar interferometry: a novel technique for monitoring unstable slopes and cliffs / Atzeni C.; Canuti P.; Casagli N.; Leva D.; Luzi G.; Moretti S.; Pieraccini M.; Sieber A.J.; Tarchi D.. - STAMPA. - (2002), pp. 447-454.
Ground-based radar interferometry: a novel technique for monitoring unstable slopes and cliffs
CANUTI, PAOLO;CASAGLI, NICOLA;LEVA, DAVIDE;MORETTI, SANDRO;PIERACCINI, MASSIMILIANO;
2002
Abstract
This paper describes a new remote-sensing technique for monitoring landslides and unstable slopes; it is based on a synthetic aperture radar (SAR) interferometry and it is fully implemented by using portable ground-based instrumentation. The technique has been tested on a large rockslide in the Italian Alps producing multi-temporal deformation maps of high resolution and accuracy. The results have been validated through independent measurements obtained from geotechnical monitoring instrumentation.
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