Data-driven metallogenic prediction of weathering crust-type rare earth deposits in southern Jiangxi, South China: A random forest approach integrating multi-source geological data

Bang-yong Wen; Hong-yu Jiang; Zhong-fang Yang; Tao-Liang Zhang; Mo Zhou; Yuan Gao; Qiang-qiang Zhou; Haiman Qie; Hua-qing Yuan

doi:10.31035/cg2026063

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Bang-yong Wen, Hong-yu Jiang, Zhong-fang Yang, Tao-Liang Zhang, Mo Zhou, Yuan Gao, Qiang-qiang Zhou, Haiman Qie, Hua-qing Yuan. 2026. Data-driven metallogenic prediction of weathering crust-type rare earth deposits in southern Jiangxi, South China: A random forest approach integrating multi-source geological data. China Geology. doi: 10.31035/cg2026063.

Citation: Bang-yong Wen, Hong-yu Jiang, Zhong-fang Yang, Tao-Liang Zhang, Mo Zhou, Yuan Gao, Qiang-qiang Zhou, Haiman Qie, Hua-qing Yuan. 2026. Data-driven metallogenic prediction of weathering crust-type rare earth deposits in southern Jiangxi, South China: A random forest approach integrating multi-source geological data. China Geology. doi: 10.31035/cg2026063.

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Data-driven metallogenic prediction of weathering crust-type rare earth deposits in southern Jiangxi, South China: A random forest approach integrating multi-source geological data

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Data-driven metallogenic prediction of weathering crust-type rare earth deposits in southern Jiangxi, South China: A random forest approach integrating multi-source geological data

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