透视地球——新一代对地观测技术

封面图片为“透视地球”原型系统在固体地球透视探测中的示意图。“透视地球”旨在利用多基、新型透视遥感探测技术，对地球各圈层空间物理要素、内部结构及其演变过程进行精细、综合探测，是新一代对地观测技术发展的重要方向。在对固体地球透视探测过程中，通过建立天空地、多场量协同观测透视模型，获取地球重力、磁力、电磁等地球物理场数据，实现对地球内部物理性质、岩性和构造特征等信息的立体精细刻画。“透视地球”核心观点详见《遥感学报》2024年第3期第529—540页“透视地球——新一代对地观测技术”。

Transparent Earth-Observing (TEO)：Exploring the new generation of Earth observation technology 

The cover image is a schematic diagram illustrating the application of the prototype system, “Transparent Earth-Observing(TEO)”, in observing of the solid earth. TEO refers to the integration of new transparent-observing model and advanced remote sensing technologies to capture comprehensive, dynamic, and multi-dimensional interior information of Earth' s spheres，making an exploration of the new generation Earth observation. In the field of transparent observing of the solid Earth, a collaborative model incorporating spaceborne, airborne, and ground-based platforms can be established to collect gravitational, magnetic, electromagnetic, and other geophysical field data. This enables a comprehensive three-dimensional depiction of the Earth' s internal physical properties, rock types, and structural characteristics. For more core viewpoints of Transparent Earth-Observing , please refer to pages 529-540, 2024, Issue 3, of the“Transparent Earth-Observing (TEO): Exploring the new generation of Earth observation technology”.