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Recently, the Xinjiang Institute of Earth and Resources under the Chinese Academy of Sciences launched a new project titled "Continental Dynamics and Mineralization of Orogenic Belts." This initiative aims to develop metallogenic models and ore exploration frameworks for the Central Asian mineral deposits. The project also seeks to identify key strategic mineral resources in Xinjiang, marking a significant step forward in regional resource assessment.
It is known that Xinjiang and its neighboring regions in Central Asia are part of the Central Asian metallogenic belt, which is considered one of the most promising areas globally for mineral resources. The cross-border metallogenic zones between Xinjiang and Central Asia are rich in copper, gold, lead, zinc, and other valuable minerals. Over ten large copper mines with reserves exceeding 1 million tons have been identified, and several major and super-large porphyry copper deposits have been found within tens of kilometers outside of Xinjiang.
In the initial phase, the "Continental Dynamics and Mineralization in Orogenic Belts" project has already received an investment of 100 million yuan. The Xinjiang Institute of Earth Sciences, in collaboration with experts from Peking University, Northwest University, Nanjing University, and the Institute of Mineral Resources under the Chinese Academy of Geological Sciences, conducted structural and chronological analyses on some critical weaknesses of the world's largest accretionary orogenic belt. In Western Junggar and the Messteite Belt in the East Tianshan Mountains, they carried out large-scale rapid exploration tests in shallow-covered areas, establishing regional physical mineral transport and enrichment models with clear physical mechanisms. These findings provide strong support for future mineral resource predictions in the region.
Zhou Kefa, director of the Research Office for Geological Mineralization and Mineral Resources at the Xinjiang Institute of Earth Sciences, mentioned that the investigation of the two metallogenic belts primarily focuses on copper deposits. Currently, two exploration test sites have been set up. On one hand, the research emphasizes fundamental theories, aiming to clarify the metallogenic mechanisms and rules within the Central Asian orogenic belt. On the other hand, it will explore ore-prospecting techniques, especially in remote sensing and information identification technologies. This dual approach ensures both scientific advancement and practical application in the field of mineral exploration.
Xinjiang Exploration Center of Chinese Academy of Sciences delineated prospecting target area