Massive carbon storage in the upper mantle via diapirism of subducted continental sediments

Published: 20 August 2024| Version 1 | DOI: 10.17632/f3j6shnyft.1
Contributor:
Jialiang Li

Description

Contents of this file Table S1 Ages of the ultrapotassic-potassic lavas in the Payang and Zabuye areas, southern Tibet. Table S2 Whole-rock major (wt.%)- and trace-element (ppm) data of the ultrapotassic-potassic lavas from the Payang, Sailipu, Zabuye, and Renbu areas and subduction complex, southern Tibet. Table S3 Whole-rock Sr-Nd-Pb-Hf isotopic composition of the ultrapotassic-potassic lavas from the Payang, Sailipu, Zabuye, and Renbu areas and subduction complex, southern Tibet. Table S4 Mg-Zn isotope data for the ultrapotassic-potassic lavas from the Payang, Sailipu, Zabuye, and Renbu areas and subduction complex, southern Tibet. Table S5 Major-element (wt.%)- and trace-element (ppm) data of olivine from the Sailipu ultrapotassic lavas, southern Tibet.

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Categories

Mineralogy, Elemental Geochemistry, Isotope

Funding

National Natural Science Foundation of China

92355301

National Natural Science Foundation of China

42488201

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