Marine aluminum phosphate–sulfate authigenesis as a phosphorus sink during mid-Proterozoic oxygenation

Name: Marine aluminum phosphate–sulfate authigenesis as a phosphorus sink during mid-Proterozoic oxygenation
Creator: Baozeng Xie
Published: 2023-11-24T07:23:06.313Z
Keywords: Earth Sciences, Earth-Surface Processes, Aluminum Phosphate

Xie, Baozeng; Lechte, Maxwell; Shi, Xiaoying; Wang, Xi; Zhou, Limin; Zhou, Xiqiang; Huang, Kang-Jun; Wang, Zhenfei; Wang, Xinqiang; Tang, Dongjie

doi:10.17632/fvtycx397s.3

Marine aluminum phosphate–sulfate authigenesis as a phosphorus sink during mid-Proterozoic oxygenation

Published: 24 November 2023| Version 3 | DOI: 10.17632/fvtycx397s.3

Contributors:

Baozeng Xie, Maxwell Lechte, Xiaoying Shi, Xi Wang, Limin Zhou, Xiqiang Zhou, Kang-Jun Huang, Zhenfei Wang, Xinqiang Wang, Dongjie Tang

Description

This database contains the major and trace element compositions, as well as the sulfur isotope compositions, of iron formation from the Yunmengshan Formation, Xiong'er Basin, North China.

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China University of Geosciences Beijing

Marine aluminum phosphate–sulfate authigenesis as a phosphorus sink during mid-Proterozoic oxygenation

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