2021 Vol. 40, No. 6
Article Contents

YU Minggang, HONG Wentao, YANG Zhuliang, DUAN Zheng, CHU Pingli, CHEN Rong, CAO Mingxuan. Classification of Yanshanian volcanic cycle and the related mineralization in the coast area of southeastern China[J]. Geological Bulletin of China, 2021, 40(6): 845-863.
Citation: YU Minggang, HONG Wentao, YANG Zhuliang, DUAN Zheng, CHU Pingli, CHEN Rong, CAO Mingxuan. Classification of Yanshanian volcanic cycle and the related mineralization in the coast area of southeastern China[J]. Geological Bulletin of China, 2021, 40(6): 845-863.

Classification of Yanshanian volcanic cycle and the related mineralization in the coast area of southeastern China

  • Subduction of the Paleo-Pacific plate in Late Mesozoic resulted in intense volcanism and the formation of giant volcano-intrusive complex in the coastal area of southeastern China.Based on the rock association, time-space distribution, regional unconformity, tectonic background and mineralization type, the volcanic activities can be classified into four cycles.The first cycle (200~165 Ma) is represented by a set of nearly EW-trending bimodal volcanic rocks consisting of tholeiitic basalt and rhyolite.The basalt was mainly originated from asthenospheric mantle under the Indosinain post-tectonic plate extensional environment.During this period, the mineralization was weak.The second cycle (165~145 Ma) is the transition from peak compression to extension of epicontinental arc because of subduction, represented by the scattered calc-alkaline series andesitic dacite with association of low-temperature hydrothermal gold deposits and other non-metallic deposits, such as pyrophyllite.The third cycle (145~115 Ma) reflects extension stage of South China after subduction of paleo-Pacific plate, in which large areas of volcanic rocks consisting of high potassium calc-alkaline series rhyolite and dacite were formed in Mesozoic due to intensive volcanism.It was associated with abundant metallic, nonmetallic and rare earth minerals, dominated by hydrothermal type.In the fourth cycle(115~85 Ma), volcanism weakened and migrated toward east to the coastal area, dominated by the central eruption accompanied by A-type granite.It is a set of bimodal volcanic rocks with peralkaline rhyolite in the post-orogenic environment and developed porphyroclastic lava in the late period.In this stage, abundant metals and non-metallic minerals such as alunite and phyllite were formed, and the epithermal hydrothermal type was dominant, followed by porphyry type.

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