Pulkovo’s velocity database of the GNSS station and its scientific potential: geodynamics

V.L. Gorshkov, N.V. Scherbakova, S.S. Smirnov
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Abstract

The paper presents the composition and main characteristics of the velocity database (VDB) for about 900 GNSS stations. The VDB is developed and maintained in Pulkovo observatory for stations which are in the territory approximately coinciding with the East European Craton (EEC). More than 70% of stations belong to Russian GNSS networks. The comparison of the VDB velocities with a similar global database of the Nevada Geodetic Laboratory (NGL, USA) for 171 common stations does not detect any systematic discrepancies between them. This fact allows us to use combined data from both DB for geodynamic studies in the EEC region. The kinematic parameters of rotation of some structural blocks of the EEC have been determined. The boundaries of these blocks varied within several degrees, and within these boundaries, stations were selected according to the duration of observations to minimize errors in the least squares solution.
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普尔科沃全球导航卫星系统速度数据库及其科学潜力:地球动力学
本文介绍了约 900 个全球导航卫星系统台站的速度数据库的组成和主要特点。速度数据库由普尔科沃观测站开发和维护,对象是与东欧克拉通(EEC)大致重合的领土上的台站。70% 以上的台站属于俄罗斯全球导航卫星系统网络。将 VDB 速度与内华达大地测量实验室(NGL,美国)为 171 个共同台站建立的类似全球数据库进行比较后,未发现两者之间存在任何系统性差异。因此,我们可以将这两个数据库的综合数据用于东欧和中亚地区的地球动力学研究。已经确定了东欧和中亚地区一些结构区块的旋转运动参数。这些区块的边界在几度范围内变化,在这些边界内,根据观测时间的长短选择观测站,以尽量减少最小二乘法解的误差。
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