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Provenance composition and evolution of marine black shales in the Yangtze platform from Ediacaran to Silurian
Xiaoqi Wang
, Mingliang Wang
,
Derek Elsworth
, Tian Tian Xu
John and Willie Leone Department of Energy & Mineral Engineering (EME)
Research output
:
Contribution to journal
›
Article
›
peer-review
2
Scopus citations
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Dive into the research topics of 'Provenance composition and evolution of marine black shales in the Yangtze platform from Ediacaran to Silurian'. Together they form a unique fingerprint.
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Keyphrases
Biotrophic
20%
Black Shale
100%
Cr-Mo
40%
Cu-Ni
20%
Cu-Si
20%
Cu-Zn
20%
Elemental Ratios
20%
Evolution Characteristics
20%
Fe-P
20%
Ferrosilicon
20%
Geochemical Data
20%
Geological Structure
20%
Longmaxi Formation
20%
Longmaxi Shale
20%
Multivariate Statistical Analysis
20%
NiTiNb
20%
Pan-African
20%
Pearson Correlation Coefficient
20%
Potential Interference
20%
Provenance Analysis
20%
Redox-sensitive
20%
Sediment Sources
20%
TiZr
20%
Yangtze Platform
100%
Earth and Planetary Sciences
Black Shale
100%
Chemical Element
20%
Correlation Coefficient
20%
Ediacaran
100%
Geological Structure
20%
Multivariate Statistical Analysis
20%
Silurian
100%