A differential SAR interferometry technique to detect and measure the rise of a basal anticline beneath the urban area of Catania (Italy) was applied. The DIFSAR technique was capable of detecting long term phenomena occurring in volcanic areas. Long-term interferograms, both from ascending and descending orbits, were also generated, which pointed towards the presence of two small-amplitude features, which were almost invisible in the short-term ascending data.

Anticline growing beneath the urban area of Catania (Italy) measured by SAR interferometry

Berardino P;Fornaro G;Lanari R;Sansosti E;
2000

Abstract

A differential SAR interferometry technique to detect and measure the rise of a basal anticline beneath the urban area of Catania (Italy) was applied. The DIFSAR technique was capable of detecting long term phenomena occurring in volcanic areas. Long-term interferograms, both from ascending and descending orbits, were also generated, which pointed towards the presence of two small-amplitude features, which were almost invisible in the short-term ascending data.
2000
Istituto per il Rilevamento Elettromagnetico dell'Ambiente - IREA
0-7803-6359-0
Interferometry
Radar imaging
Satellite communication systems
Synthetic aperture radar
Volcanoes
Digital elevation model (DEM)
Earth surface deformation
Remote sensing
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/217752
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