The Central Europe geodynamics project (CERGOP): main achievements 1995-1998

• Autorzy: Fejes, D. , Ghitau, C. , Marchesini, M. , Mojzes, M.
• Konferencja: XXIII General Assembly of the European Geophysical Society
• Języki publikacji: EN

Abstrakty

EN

Tbe CentraI European Geodynamic Reference Network (CEGRN) based on GPS measuremnts bas been established consisting of 31 sites in 11 CentraI European countries. Four epoch measurements were carried out spanning 3 years from 1994-1997. The results of the yearly epoch measurements on the CEGRN are the basis for a number of studies. There are 11 permanent GPS stations operating in the area. Nine multinational CERGOP Study Groups (CSG) are active and some of their resuIts are presented here. The CERGOP Data Centre is functioning efficiently and smoothly in Graz, Austria. Processing of the observational data is carried out in tbe CERGOP Processing Centres (Bratislava, Frankfurt am Main, Graz, Matera, Pecny, Penc, Warsaw and Zagreb). The data analysis is done within CSG4. Important achievement is that the accuracy of the CEGRN epoch coordinates is on the sub-centimeter level. Based on CEGRN the Central European Terrestrial Reference Frame (CETRF) has been established as the result of activity of CSG3. Publication of the proceedings and results of the study groups is carried out by the Warsaw University of Technology, Poland, quickly and efficiently in the series REPORTS 0N GEODESY. We are aware of a number of local deformation studies in the participating countries where CEGRN sites are used as reference. CERGOP has integrated a considerable part of geodynamic research in Central Europe, established a large number of collaboration, exchange of information and perhaps most notably - mutual trust and understanding among the participants.

Słowa kluczowe

PL

geodezja; geologia; kartografia

• Czasopismo: Reports on Geodesy
• Rocznik: 1998
• Tom: z. 9/39
• Strony: 21-38
• Opis fizyczny: Bibliogr. 24 poz., map., tab., wykr.

Twórcy

autor

Fejes, D.

autor

Ghitau, C.

autor

Marchesini, M.

autor

Mojzes, M.

• FOMI Satellite Geodetic Observatory Penc