固体地球物理学

全球气候变化是大气和海洋科学以及固体地球物理学等的交叉研究领域。

Climate change studies require scientific evidence from a network of atmospheric and oceanic sciences as well as solid earth geophysics .

重力场是反应地球特性的地球物理基本物理场，重力场信息对固体地球物理学、空间物理、地球动力学和地震学等基础学科的研究具有重要意义。

Gravitational field is one of Geophysical fields which reflected the properties of the Earth , the information which contain are meaningful to the research of fundamental subjects such as solid Geophysics , space Geophysics , Geodynamics and seismology .

地磁观测资料在地磁学、空间物理学、固体地球物理学及其它相关领域的研究和应用中，具有十分重要的作用。资料质量对研究工作有重要影响。

Magnetic observatory data play a very important role in the research and application of geo-magnetism , space physics , solid-earth physics and other related fields , The data quality has im-portant influence on the researches above .

21世纪的地球物理学（主要指固体地球物理学）面临着机遇，同时也面临着挑战，其研究的核心领域应为地球深部物质与能量的交换，圈层耦合和其深层动力过程。

The geophysics of 21st century ( major solid geophysics ) are faced with a opportunity and challenge . The scientific problems of exchange of substance and energy , of the different sphere coupling and of the deep process within the Earth are the core domain in geophysicals study .