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前言 全球定位系统(GPS)精密测地技术用于监测地壳运动与形变的研究是国际上前沿性热门课题。青藏高原是由多块体组成,并处于活动期,虽经多年研究,但对其各块体间和整体运动与形变速率,始终没有得到很好解决。本项目的重要目的是建立一个高精度的GPS监测网,并使大地测量与地质和地球物理研究相互渗透,开展青藏高原板块运动、形变和地球动力学研究。
Preface Global Positioning System (GPS) precision geodetic techniques for monitoring the movement and deformation of the crust is a hot topic in the international forefront. The Qinghai-Tibet Plateau is composed of many blocks and is in active phase. After many years of research, the movement and deformation rate between the blocks and the whole blocks have not been solved well. An important purpose of this project is to establish a high-precision GPS monitoring network and to make geodesy and geophysical and geophysical studies permeate each other to carry out the study of plate movement, deformation and geodynamics in the Qinghai-Tibet Plateau.