Geo-kinematic investigations in Slovakia and the region of Central and Southeastern Europe based on combination of permanent and epoch-wise GPS networks
The region of Central and Southeastern Europe is covered by numerous GPS networks investigating geo-kinematical behavior of this area. These activities started in early nineties within the several projects as CERGOP and CERGOP-2/Environment. In this paper we describe the process of combination of four networks located in the region of Central and Southeastern Europe using the CATREF (Combination and Analysis of Terrestrial REFerence Frame) software developed in Institute Geographique National in France. We were particularly interested in the CEPER (Central European Permanent Network), CEGRN (Central European Geodynaminc Reference Network), SGRN (Slovak Geodynamic Reference Network) and local network TATRY shortly described in this paper. Homogeneous velocity field obtained from the final combination is for the purpose of better interpretation divided into three parts: Central Europe, Slovakia and Tatra Mountains. Main interest is focused on the territory of Slovakia where the regional velocity field is not so frequently discussed in scientific community as the case of Central and Southeastern Europe.
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Altamimi Z. Legrand J. 2004: Dense European velocity Field and ETRS89 positions and velocities of the EPN stations. Report on the Symposium of the IAG Subcommission for Europe (EUREF) No. 13 held in Toledo 2003 Torres and Hornik (Eds.) Verlag des Bundesamtes fur Kartographie und Geodasie Frankfurt am Main.
Altamimi Z. 2006: Terrestrial Reference Frames: Definition realization application to ITRF current status and perspectives. Presented at Université Pierre et Marie Curie (Paris 6) 27 November 2006 (in French).
Altamimi Z. Collilieux X. Legrand J. Garayt B. Boucher C. 2007: ITRF2005: A new release of the International Terrestrial Reference Frame based on time series of station positions and Earth Orientation Parameters. Journal of Geophysical Research112 B09401 doi: 10.1029/2007JB004949.
Caporali A. Aichhorn C. Becker M. Fejes I. Gerhatova L. Ghitau D. Grenerzcy G. Hefty J. Krauss S. Medak D. Milev G. Mojzes M. Mulic M. Nardo A. Pesec P. Rus T. Simek J. Sledzinsky J. Solaric M. Stangl G. Vespe F. Virag G. Vodopivec F. Zablotskyi F. 2008: Geokinematics of Central Europe: New insights from the CERGOP-2/Environment Project. Journal of Geodynamics45 246-256.
Dach R. Hugentobler U. Fridez P. Meindl M. 2007.: Bernese GPS Software Version 5.0 User manual January 2007. Astronomical Institute University of Bern Produced in Digital Print by Stampfli Publications AG Bern.
Hefty J. Igondová M. Droščák B. 2009: Homogenization of long-term GPS monitoring series at permanent stations in Central Europe and Balkan Peninsula. Contrib. Geophys. Geod.39 1 19-42.
Hefty J. 2007: Geo-kinematics of Central and Southeastern Europe resulting from combination of various regional GPS velocity fields. Acta Geodyn. Geomater.4 4 (148) 173-189.
Fejes I. 2006: Consortium for Central European GPS Geodynamic Reference Network (CEGRN Consortium) The Adria Microplate: GPS Geodesy. Tectonics and Hazards. ISBN 978-1-4020-4235-5 (on-line).
Klobušiak M. Leitmannová M. Priam Š. Ferianc D. 2002: Slovak Terrestrial Reference Frame SKTRF 2001 - Its Computation and Connection to the EUREF 2002 Bratislava. Geodetický a kartografický ústav Bratislava.
Leitmannová K. Klobušiak M. Priam Š. Ferianc D. 2002: SKTRF 2001 - Reference frame for spatial network Geodetic reference systems. Bratislava Slovak University of Technology 137-148 (in Slovak).
Leitmannová K. Klobušiak M. Ferianc D. 2006: Slovak Terrestrial Reference Frame 2005 and its stability. Geodetický a kartografický ústav Bratislava (in Slovak).