Josefine Umlauft
2020-01-08 10:30:30
Dear colleagues,
we would like to draw your attention to our session on the upcoming *EGU2020 *
*(Vienna, Austria, 3-8th of May 2020)*:
--
*SM4.18 Monitoring of near-surface and environmental processes with seismic *
*arrays *(https://meetingorganizer.copernicus.org/EGU2020/session/36081)
--
Please inform your colleagues and students about this opportunity to
present their work. We look forward to your contributions and seeing you in
Vienna!
The abstract submission deadline will be the *15th of January 2020, 13:00 CET*
!
Best regards,
Josefine Umlauft
Katrin Hannemann
Michael Korn
Fabian Lindner
Philippe Roux
PS: apologies for multiple postings
--
*Session Description*
Continuously active sources of seismic noise are generated by numerous dynamic
processes within the near-surface part of the Earth or by external forcing at
the atmosphere-solid earth interface. Identification, location and monitoring
of such sources with seismic arrays can significantly contribute to the
understanding of underlying complex processes both of natural and
anthropogenic origin.
These sources are often hard to identify in raw seismic records due to their
low energy level, missing clear onsets and extended or multiple locations.
Advanced beamforming and/or migration techniques that make use of the spatial
coherency of the recorded wave field across a sensor array are needed to
enhance the spatial resolution and discriminate interfering sources. Moreover,
the analysis of different time windows or continuous monitoring allows the
direct observation of spatio-temporal changes of the driving forces.
In this session, we invite contributions from all communities that address the
passive seismic investigation of processes within various environmental
settings, such as sub-surface fluid flow, tremors, sub-volcanic phenomena,
glacier movements, storms, landslides, cities etc.
We welcome both contributions of recent observations and of methodological
developments which improve the identification and isolation of signals from
array data, image multiple ‘active’ areas, and monitor temporal changes of
source activity. The presentation of approaches utilizing multiple tools such
as wave field modeling and machine learning, are very much appreciated.
--
Dr. Josefine Umlauft
Institute of Geophysics and Geology
University of Leipzig
Talstraße 35
04103 Leipzig
phone: +49 341 97-32814
mail: josefine.umlauft<at>uni-leipzig.de
_______________________________________________
ag_seismologie mailing list
ag_seismologie<at>lists.ruhr-uni-bochum.de
https://lists.ruhr-uni-bochum.de/mailman/listinfo/ag_seismologie
--
Dr. Josefine Umlauft
Institute of Geophysics and Geology
University of Leipzig
Talstraße 35
04103 Leipzig
phone: +49 341 97-32814
mail: josefine.umlauft<at>uni-leipzig.de
we would like to draw your attention to our session on the upcoming *EGU2020 *
*(Vienna, Austria, 3-8th of May 2020)*:
--
*SM4.18 Monitoring of near-surface and environmental processes with seismic *
*arrays *(https://meetingorganizer.copernicus.org/EGU2020/session/36081)
--
Please inform your colleagues and students about this opportunity to
present their work. We look forward to your contributions and seeing you in
Vienna!
The abstract submission deadline will be the *15th of January 2020, 13:00 CET*
!
Best regards,
Josefine Umlauft
Katrin Hannemann
Michael Korn
Fabian Lindner
Philippe Roux
PS: apologies for multiple postings
--
*Session Description*
Continuously active sources of seismic noise are generated by numerous dynamic
processes within the near-surface part of the Earth or by external forcing at
the atmosphere-solid earth interface. Identification, location and monitoring
of such sources with seismic arrays can significantly contribute to the
understanding of underlying complex processes both of natural and
anthropogenic origin.
These sources are often hard to identify in raw seismic records due to their
low energy level, missing clear onsets and extended or multiple locations.
Advanced beamforming and/or migration techniques that make use of the spatial
coherency of the recorded wave field across a sensor array are needed to
enhance the spatial resolution and discriminate interfering sources. Moreover,
the analysis of different time windows or continuous monitoring allows the
direct observation of spatio-temporal changes of the driving forces.
In this session, we invite contributions from all communities that address the
passive seismic investigation of processes within various environmental
settings, such as sub-surface fluid flow, tremors, sub-volcanic phenomena,
glacier movements, storms, landslides, cities etc.
We welcome both contributions of recent observations and of methodological
developments which improve the identification and isolation of signals from
array data, image multiple ‘active’ areas, and monitor temporal changes of
source activity. The presentation of approaches utilizing multiple tools such
as wave field modeling and machine learning, are very much appreciated.
--
Dr. Josefine Umlauft
Institute of Geophysics and Geology
University of Leipzig
Talstraße 35
04103 Leipzig
phone: +49 341 97-32814
mail: josefine.umlauft<at>uni-leipzig.de
_______________________________________________
ag_seismologie mailing list
ag_seismologie<at>lists.ruhr-uni-bochum.de
https://lists.ruhr-uni-bochum.de/mailman/listinfo/ag_seismologie
--
Dr. Josefine Umlauft
Institute of Geophysics and Geology
University of Leipzig
Talstraße 35
04103 Leipzig
phone: +49 341 97-32814
mail: josefine.umlauft<at>uni-leipzig.de
