Based on the national strategic demands for mineral resources in northern China (North China Craton and Central Asian Orogenic Belt) and its adjacent areas, this division is devoted to studying the natural mineral resource exploitation on China. The division focuses on developing the framework of geological tectonics, metallogenic geodynamic settings, precise mineralization chronology, detailed ore-forming process and its mechanism, ore-controlling factors and mineralization indicators, prediction theory for hidden ore deposits, strategic targeting, and prediction and evaluation of mineral resources. The division also focuses on independently developing comprehensive geophysical exploration technology, mainly in the areas of electromagnetic and shallow seismic prospecting, high-precision magnetic methods and microgravity as integrated systems, conducting tests, demonstration and popularization, carrying out experimental research on new resource technology, developing new alternative resources, and providing suggestions, theoretical guidance, technical support and prediction models for the national safety of natural resources.

Head of Division:  Prof. Qin Kezhang
Deputy Head of Division:  Prof. Fan Hongrui

Subject groups and persons responsible:

Current Major Research Projects:

1. Tectonic and magmatic evolution of the Tianshan-Mongolia-Greater Hingganling Orogenic Belt and regional metallogenic processes
2. Subduction and ore-forming fluids, transition of melt to hydrothermal fluid and ore-forming processes
3. Porphyry Cu, Au and Mo deposits formed in the tectonic settings of subduction, collision and extension
4. Precambrian geological evolution and metallogenesis of BIF and REE
5. Metallogenesis of various types of Au deposits
6. Ore-forming mechanism of magmatic Cu-Ni-PGE deposit formed in the Central Asian Orogenic Belt (CAOB)
7. Chronology of mineralization
8. Orefield structure and dynamics of fluid mineralization
9. New resource technology and mineral fertilizers
10. Research and development of shallow seismic prospect technology
11. Research and development of new technology and methods for transient electromagnetism (TEM)
12. Experimentation, testing and demonstration of prediction theories and detection technologies for deep mineral resources