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Crustal motions from space geodesy: a review from EPN, CEGRN, and HGRN data

机译:来自大地测量的地壳运动:EPN,CEGRN和HGRN数据的回顾

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摘要

From the Adria microplate, the main engine of the Central European tectonics, in the southwest to the rigid, aseismic European Platform in the north-east one regional and several smaller scale geodynamic networks have been measured since the early 1990s using the Global Positioning System (GPS) space geodetic technique. A continental permanently observing GPS network has also been providing data since the mid 1990s, and there are several stations of the global networkin the region as well. After almost a decade, some of these networks have already produced intraplate velocity solutions In general, the site density of these networks is in inverse proportion to the covered area, thus an adequately dense velocity data at a regional level, required by the complex crustal structure, and highly interconnected tectonic processes, can only be achieved by the integration of the results of these networks Our goal is an integr ated dense intr aplate crustal velocity field for the better under standing the present tectonics of the region.
机译:自1990年代初以来,已经使用全球定位系统测量了从西南部中欧构造的主要引擎Adria微板到东北部一个区域的刚性抗震欧洲平台以及几个较小规模的地球动力学网络( GPS)空间大地测量技术。自1990年代中期以来,一个大陆上永久观测的GPS网络也一直在提供数据,并且该地区也有一些全球网络站。近十年后,这些网络中的一些已经产生了板内速度解。通常,这些网络的站点密度与覆盖面积成反比,因此,复杂的地壳结构需要在区域水平上足够密集的速度数据,以及高度相互联系的构造过程,只能通过整合这些网络的结果来实现。我们的目标是建立一个完整的致密整体板状壳速度场,以便更好地了解该地区目前的构造。

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