Reinterpretation of volcanic and hydrothermal influence on organic matter accumulation and paleo-depositional environment in a lacustrine shale system:Insight from interpretable machine learning model
Enze Wang Tong Li Xiaoxiao Ma Maowen Li Yingxiao Fu Menhui Qian Tingting Cao Zhiming Li Yue Feng Zhijun Jin
石油科学(英文版)2026,Vol.23Issue(6):3037-3058,22.
石油科学(英文版)2026,Vol.23Issue(6):3037-3058,22.DOI:10.1016/j.petsci.2026.02.010
Reinterpretation of volcanic and hydrothermal influence on organic matter accumulation and paleo-depositional environment in a lacustrine shale system:Insight from interpretable machine learning model
Reinterpretation of volcanic and hydrothermal influence on organic matter accumulation and paleo-depositional environment in a lacustrine shale system:Insight from interpretable machine learning model
摘要
关键词
Lacustrine shale/Paleoenvironment reconstruction/Interpretable machine leaning/Volcanic and hydrothermal activity/Organic matter enrichment mechanisms/Ordos BasinKey words
Lacustrine shale/Paleoenvironment reconstruction/Interpretable machine leaning/Volcanic and hydrothermal activity/Organic matter enrichment mechanisms/Ordos Basin引用本文复制引用
Enze Wang,Tong Li,Xiaoxiao Ma,Maowen Li,Yingxiao Fu,Menhui Qian,Tingting Cao,Zhiming Li,Yue Feng,Zhijun Jin..Reinterpretation of volcanic and hydrothermal influence on organic matter accumulation and paleo-depositional environment in a lacustrine shale system:Insight from interpretable machine learning model[J].石油科学(英文版),2026,23(6):3037-3058,22.基金项目
This study is supported by the National Natural Science Foun-dation of China(Projects 42090022,U24B6002,and 42502151). (Projects 42090022,U24B6002,and 42502151)