Geo-kinematic investigations in Slovakia and the region of Central and South- eastern 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 o...
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Earth Science Institute, Slovak Academy of Sciences, Slovakia
2009-12-01
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doaj-991f42cfbc1f4aaaa6a33dbc7fc3e1212020-11-25T04:10:36ZengEarth Science Institute, Slovak Academy of Sciences, SlovakiaContributions to Geophysics and Geodesy1338-05402009-12-0139432534310.2478/v10126-009-0012-623Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networksLinda HIPMANOVÁ0Department of Theoretical Geodesy, Faculty of Civil Engineering, Slovak University of TechnologyThe 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 Geodynamic 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.https://journal.geo.sav.sk/cgg/article/view/23permanent and epoch-wise gps networks, velocity estimation, regional geo-kinematics |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Linda HIPMANOVÁ |
spellingShingle |
Linda HIPMANOVÁ Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networks Contributions to Geophysics and Geodesy permanent and epoch-wise gps networks, velocity estimation, regional geo-kinematics |
author_facet |
Linda HIPMANOVÁ |
author_sort |
Linda HIPMANOVÁ |
title |
Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networks |
title_short |
Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networks |
title_full |
Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networks |
title_fullStr |
Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networks |
title_full_unstemmed |
Geo-kinematic investigations in Slovakia and the region of Central and South- eastern Europe based on combination of permanent and epoch-wise GPS networks |
title_sort |
geo-kinematic investigations in slovakia and the region of central and south- eastern europe based on combination of permanent and epoch-wise gps networks |
publisher |
Earth Science Institute, Slovak Academy of Sciences, Slovakia |
series |
Contributions to Geophysics and Geodesy |
issn |
1338-0540 |
publishDate |
2009-12-01 |
description |
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 Geodynamic 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. |
topic |
permanent and epoch-wise gps networks, velocity estimation, regional geo-kinematics |
url |
https://journal.geo.sav.sk/cgg/article/view/23 |
work_keys_str_mv |
AT lindahipmanova geokinematicinvestigationsinslovakiaandtheregionofcentralandsoutheasterneuropebasedoncombinationofpermanentandepochwisegpsnetworks |
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