Fast disaster response – satellite technologies for surface displacement monitoring 2021-07-27T19:17:55+00:00

Fast disaster response – satellite technologies for surface displacement monitoring

An EO4GEO Webinar | July 12th, 13th and 14th 2021

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O4GEO and University of Zagreb Faculty of Geodesy invites you from July 12th till 14th to a webinar about the usage of EO, GNSS and GIS technologies for fast disaster response with emphasis on surface displacement monitoring and delivery of computed information to public.

The webinar is organized by the University of Zagreb Faculty of Geodesy EO4GEO team in collaboration with Erasmus+ projects GEOBIZSEED4NA and UN4DRR.

The participants will get an overview of usage of EO, GNSS and GIS technology in case of catastrophic earthquakes and information which can be gained from those technologies to provide information about the behaviour and displacements caused by the earthquake and providing support to rescue services and delivering information to general population.

The webinar includes theory and practice about InSAR and GNSS technology and targets geo-professionals and researchers who are interested in disaster risk reduction and management of catastrophic events.

    Agenda

    Training is covering the following topics:

    • Introduction, explaining necessity of providing ground displacement information in fast response to the catastrophe and describing technologies which can be used.
    • Introduction and basics of InSAR technology: Earth observation systems in support to disaster management, Copernicus program, Sentinel 1 data types and access, satellite interferometry. Hands on InSAR data and processing tool.
    • Processing of InSAR data for land displacement monitoring (Guides and steps through Sentinel-1 data processing for place and time, automatization of the processes and interferogram computations). Analysis, interpretation, and visualization of the results
    • GNSS (systems, current status, permanent networks, reference systems), methodology (GNSS receivers, error sources). GNSS observation methods, positioning methods, capability. Observation data sources, spatial and temporal frame, observation data types and structure.
    • Data processing (online) tool(s). Results analysis, visualization and interpretation of results; comparison of results gathered with other techniques (e.g. InSAR).
    • Quality assurance in computation and interpretation process and information dissemination activities. Risks. Conclusion.

    Organizer

    Organised by the University of Zagreb Faculty of Geodesy in the framework of the EO4GEO project.

    Webinar recordings

    Webinar 1. 12 of July 2021.

    Webinar 2. 13 of July 2021.

    Webinar 3. 14 of July 2021.

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