Crustal material recycling induced by subduction erosion and subduction-channel exhumation: A case study of central Tibet (western China) based on P-T-t paths of the eclogite-bearing Baqing metamorphic complex.

MLA

Xin Jin, et al. “Crustal Material Recycling Induced by Subduction Erosion and Subduction-Channel Exhumation: A Case Study of Central Tibet (Western China) Based on P-T-t Paths of the Eclogite-Bearing Baqing Metamorphic Complex.” Geological Society of America Bulletin, vol. 133, no. 7/8, July 2021, pp. 1575–99. EBSCOhost, https://doi.org/10.1130/B35638.1.

APA

Xin Jin, Yu-Xiu Zhang, Whitney, D. L., Kai-Jun Zhang, Raia, N. H., Clémentine Hamelin, Jun-Cheng Hu, Lu Lu, Xiao-Yao Zhou, & Shahbaz Bin Khalid. (2021). Crustal material recycling induced by subduction erosion and subduction-channel exhumation: A case study of central Tibet (western China) based on P-T-t paths of the eclogite-bearing Baqing metamorphic complex. Geological Society of America Bulletin, 133(7/8), 1575–1599. https://doi.org/10.1130/B35638.1

Chicago

Xin Jin, Yu-Xiu Zhang, Donna L. Whitney, Kai-Jun Zhang, Natalie H. Raia, Clémentine Hamelin, Jun-Cheng Hu, Lu Lu, Xiao-Yao Zhou, and Shahbaz Bin Khalid. 2021. “Crustal Material Recycling Induced by Subduction Erosion and Subduction-Channel Exhumation: A Case Study of Central Tibet (Western China) Based on P-T-t Paths of the Eclogite-Bearing Baqing Metamorphic Complex.” Geological Society of America Bulletin 133 (7/8): 1575–99. doi:10.1130/B35638.1.