boundary="=_29229fbdd0b359cf69ffa8b751fdbea2" ****************************************************************************** dorismail 06-Dec-2022 09:17:43 Message No 1341 ****************************************************************************** Author: Kristel Chanard Subject: [EGU2023] G.2.2 session on Terrestrial Reference Frame: data --=_29229fbdd0b359cf69ffa8b751fdbea2 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 Bloßfeld 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 --=_29229fbdd0b359cf69ffa8b751fdbea2
Dear Colleagues,

The next G= eneral 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 t= o the session G.2.2 Terrestrial Reference Frame: data analysis, evaluatio= n and applications and encourage you to join us and submit an abst= ract to the session !
 
Note that the abstract submiss= ion 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.
 
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G.2.2 Terrestri= al Reference Frame: data analysis, evaluation and applications

The Terrestrial Reference Frame (TRF) is c= ritical for monitoring the Earth's rotation in space, as well as for many g= eoscientific applications that need absolute positioning and exact orbit de= termination of near-Earth artificial satellites. Its new realization, the I= TRF2020 has been released based on the combination of DORIS, GNSS, SLR, and= VLBI station coordinate time series provided by the IAG/IERS Technique Ser= vices.
The objective of this session is to bring together contribution= s from individual Technique Services, space geodetic data analysts, ITRS co= mbination centres and all ITRF users, with a broad range of applications fr= om geosciences to society, to discuss the results and scientific applicatio= ns of ITRF2020 and other realizations. The assessment of observed non-linea= r, and particularly periodic, station motions through space geodetic techni= ques by comparison with physics-based deformation models is of particular i= nterest. Moreover, contributions to geocenter motion determination are enco= uraged. Finally, contributions that focus on identifying and mitigating tec= hnique-related systematic errors as well as different combination strategie= s, e.g., space and tropospheric ties are encouraged because they may potent= ially enhance future ITRF solutions.
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