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SLR-Mail No.2776

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Date:2022-12-06 09:26:35
Sender:Kristel Chanard <chanard@ipgp.fr>
Subject:[SLR-Mail] No.2776: [EGU2023] G.2.2 session on Terrestrial Reference Frame: data analysis, evaluation and applications
Author:unknown
Content:Dear Colleagues,

The next General Assembly of the EUROPEAN
GEOSCIENCES UNION will be held in Vienna and online, on April, 23 - 28,
2023.

We would like to draw your attention to the session G.2.2
Terrestrial Reference Frame: data analysis, evaluation and applications
[1] and encourage you to join us and submit an abstract to the session
!

Note that the ABSTRACT SUBMISSION DEADLINE IS TUESDAY, 10 JANUARY
2023, 13:00 CET.

Best regards,
Kristel Chanard
On behalf of the G.2.2
conveners, Claudio Abbondanza, Mathis Blofeld et Susanne
Glaser.

----------

G.2.2 Terrestrial Reference Frame: data analysis,
evaluation and applications [2]

The Terrestrial Reference Frame (TRF)
is critical for monitoring the Earth´s rotation in space, as well as for
many geoscientific applications that need absolute positioning and exact
orbit determination of near-Earth artificial satellites. Its new
realization, the ITRF2020 has been released based on the combination of
DORIS, GNSS, SLR, and VLBI station coordinate time series provided by
the IAG/IERS Technique Services.
The objective of this session is to
bring together contributions from individual Technique Services, space
geodetic data analysts, ITRS combination centres and all ITRF users,
with a broad range of applications from geosciences to society, to
discuss the results and scientific applications of ITRF2020 and other
realizations. The assessment of observed non-linear, and particularly
periodic, station motions through space geodetic techniques by
comparison with physics-based deformation models is of particular
interest. Moreover, contributions to geocenter motion determination are
encouraged. Finally, contributions that focus on identifying and
mitigating technique-related systematic errors as well as different
combination strategies, e.g., space and tropospheric ties are encouraged
because they may potentially enhance future ITRF solutions.
----------


Links:
------
[1]
https://meetingorganizer.copernicus.org/EGU23/session/45855
[2]
https://meetingorganizer.copernicus.org/EGU23/session/45855

Dear Colleagues,

The next General Assembly of the European Geosciences Union will be held in Vienna and online, on April, 23 - 28, 2023.
 

We would like to draw your attention to the session G.2.2 Terrestrial Reference Frame: data analysis, evaluation and applications and encourage you to join us and submit an abstract to the session !
 

Note that the abstract submission deadline is Tuesday, 10 January 2023, 13:00 CET.

Best regards,
Kristel Chanard

On behalf of the G.2.2 conveners, Claudio Abbondanza, Mathis Bloßfeld et Susanne Glaser.
 

----------




The Terrestrial Reference Frame (TRF) is critical for monitoring the Earth´s rotation in space, as well as for many geoscientific applications that need absolute positioning and exact orbit determination of near-Earth artificial satellites. Its new realization, the ITRF2020 has been released based on the combination of DORIS, GNSS, SLR, and VLBI station coordinate time series provided by the IAG/IERS Technique Services.
The objective of this session is to bring together contributions from individual Technique Services, space geodetic data analysts, ITRS combination centres and all ITRF users, with a broad range of applications from geosciences to society, to discuss the results and scientific applications of ITRF2020 and other realizations. The assessment of observed non-linear, and particularly periodic, station motions through space geodetic techniques by comparison with physics-based deformation models is of particular interest. Moreover, contributions to geocenter motion determination are encouraged. Finally, contributions that focus on identifying and mitigating technique-related systematic errors as well as different combination strategies, e.g., space and tropospheric ties are encouraged because they may potentially enhance future ITRF solutions.
---------- 




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