Flow animation of Great Aletsch Glacier generated by autofocusing temporally multilooked SAR time series

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Summary video presenting the method of velocity-adaptive temporal multilooking. (MPEG-4 Media File, 62.25Mb)
Video of input SAR imagery processed by velocity-adaptive temporal multilooking. (MPEG-4 Media File, 66.44Mb)
Video of output SAR imagery processed by velocity-adaptive temporal multilooking. (MPEG-4 Media File, 28.05Mb)
Video of output SAR imagery processed by velocity-adaptive temporal multilooking (zoomed in on Konkordiaplatz). (MPEG-4 Media File, 17.15Mb)
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Open access
ccby
Creator
Leinss, Silvancc
Date
2021-06-01
Type
    Video
Rights / license
Creative Commons Attribution 4.0 International
Abstract
The animation of the flow of Great Aletsch Glacier is based on 2-m resolution synthetic aperture radar (SAR) images acquired by the satellite TanDEM-X. For reduction of radar specke and for determination of the flow velocity a method for "glacier velocity determination by autofocusing temporally mu Show more
Permanent link
https://doi.org/10.3929/ethz-b-000488071
Contributors
Contact person: Leinss, Silvancc
Producer: Leinss, Silvancc
Producer: Li, Shiyi
Producer: Frey, Othmarcc
Publisher
ETH Zurich
Geographic location
Place nameAletsch GlacierPoint coordinatesLatitude: 46.50Longitude: 8.04
Date collected
2011/2019
Date created
2020
Subject
Glacier velocity; Laminar flow; Aletschgletscher; Temporal SAR multilooking
Organisational unit
03849 - Hajnsek, Irena / Hajnsek, Irena  
08704 - SAR Remote Sensing Technology / SAR Remote Sensing Technology  
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