Accessory mineral control on δ88/86Sr variation during granitic magma evolution and implications for tracing fluid-melt interaction

Description

The Supplementary Material includes: Partition coefficient of trace elements, the δ88/86Sr of minerals and the composition of starting material in the modeling (Table S1); Dehydration melting modeling results by GeoPS (Table S2); Fractional crystallization modeling results by Rhyolite-MELTS and Rayleigh-type fractional crystallization (Table S3); The plots of Sr content and δ88/86Sr of accessory minerals and whole rock (Fig. S1); The effect of chemical weathering on Sr content and δ88/86Sr (Fig. S2); The effect of partial melting on δ88/86Sr of melt (Fig. S3); Correlations among major oxide contents and δ88/86Sr value for the syn-exhumation granites (Fig. S4); The modal contents of crystallizing mineral assemblage during fractional crystallization of Rhyolite-MELTs modeling (Fig. S5).

Institutions

• University of Science and Technology of China

  Anhui, Hefei

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