Sentinel-1 InSAR ground velocity of Etna Volcano, after the big eruption of December 2018
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Christian Bignami
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Istituto Nazionale di Geofisica e Vulcanologia
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The Sentinel-1 SAR data have been processed by using the LiCSBAS method implemented by COMET
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This Research Object reports the results of a fast InSAR multi-temporal analysis to map ground deformation related to the post-eruption phase of Etna Volcano, after the December 2018 event.
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Sentinel-1 InSAR ground velocity of Etna Volcano, after the big eruption of December 2018
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date created: 2022-02-16 16:10:01.055517+00:00
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description: This Research Object reports the results of a fast InSAR multi-temporal analysis to map ground deformation related to the post-eruption phase of Etna Volcano, after the December 2018 event. The Sentinel-1 SAR data have been processed by using the LiCSBAS method implemented by COMET
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keywords: Ground Velocity
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sentence: This Research Object reports the results of a fast InSAR multi-temporal analysis to map ground deformation related to the post-eruption phase of Etna Volcano, after the December 2018 event.
sentence: Sentinel-1 InSAR ground velocity of Etna Volcano, after the big eruption of December 2018.
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cite-as: Bignami, Christian, and INGV GeoSAR Laboratory. "Sentinel-1 InSAR ground velocity of Etna Volcano, after the big eruption of December 2018." ROHub. Feb 16 ,2022. https://w3id.org/ro-id/8b715b0d-b5bb-4d6a-9228-704ec87652f2.

INGV GeoSAR Laboratory
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List of the used images
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script
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Jupyter Notebook used to process SAR data based on LiCSBAS method
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Reference point in KML format
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Final connection graph
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Mean ground Velocity map from LiCSBAS processing
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One Reference paper of LiCSBAS method
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A second Reference paper of LiCSBAS method
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Final mean ground velocity map by LiCSBAS method in GEOTiff
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LiCSBAS output
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