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InSAR based tarrain motion mapping in support of landslide hazard assessment in high mountain areas

Results of this pilot project provide new hints on landslide occurrence in high alpine environments, and shows the enormous potential of satellite-based techniques to map, classify and explore large bedrock instabilities that represent significant hazards throughout remote regions. Moreover, our findings are extremely important especially for developing countries as Bhutan, where systematic acquisition and exploitation of EO data can allow for a better evaluation of landslide hazard at relatively low costs.

Switzerland

AO5-f

ETH ZÜRICH
SAR Tomography applications for SAOCOM-CS, advanced SAR processing for data calibration and tomographic imaging

Non-cooperative bistatic SAR missions such as SAOCOM-CS promise to greatly enhance the science return of existing missions at a low cost.
In this study, we addressed major technological challenges associated with the implementation of such missions, such as phase calibration and tomographic focusing.
The research methodology was as follows:

Italy

AO4g

Politechnico di Milano

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