Earth Resources and Environmental Remote Sensing/Gis Applications V 2014
DOI: 10.1117/12.2067268
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Preparation of a national Copernicus service for detection and monitoring of land subsidence and mass movements in the context of remote sensing assisted hazard mitigation

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“…Certainly, this progressive growth can be largely related to the launch in April 2014 of the first satellite of the Sentinel-1 mission, which opened new possibilities for InSAR applications, thanks to the policy on data acquisition and availability (Showstack, 2014). The potential of the Sentinel-1 mission was already evident during its operation ramp-up phase, especially for its wide-area capability (Kalia et al, 2014). The first work based on the use of Sentinel-1 data was published in 2015 by Crosetto et al (2015), who presented ground deformation maps and displacement time series obtained by applying a PSI method to a set of 10 Sentinel-1 images to map subsidence over the metropolitan area of the Federal District of Mexico City.…”
Section: Temporal Evolution Of the Scientific Productionmentioning
confidence: 99%
“…Certainly, this progressive growth can be largely related to the launch in April 2014 of the first satellite of the Sentinel-1 mission, which opened new possibilities for InSAR applications, thanks to the policy on data acquisition and availability (Showstack, 2014). The potential of the Sentinel-1 mission was already evident during its operation ramp-up phase, especially for its wide-area capability (Kalia et al, 2014). The first work based on the use of Sentinel-1 data was published in 2015 by Crosetto et al (2015), who presented ground deformation maps and displacement time series obtained by applying a PSI method to a set of 10 Sentinel-1 images to map subsidence over the metropolitan area of the Federal District of Mexico City.…”
Section: Temporal Evolution Of the Scientific Productionmentioning
confidence: 99%