Apatite 87Sr/86Sr records disequilibrium partial melting of deeply subducted continental crust in the Sulu orogen

Description

The Supplementary Material includes: The apatite major element composition from Sulu syn-exhumation granite (Table S1); The apatite trace element composition from Sulu syn-exhumation granite (Table S2); The apatite Sr isotope composition from the Sulu syn-exhumation granite (Table S3); The calculation parament and result of non-modal batch patial melting (Table S4); Back-scattered electrons (BSE) images of apatite (Fig. S1); Plots of apatite REE+Y contents vs. 87Sr/86Sri values (Fig. S2); Plots of whole-rock ε(Nd)t values vs. apatite 87Sr/86Sri values (Fig. S3); Modeled evolution of 87Sr/86Sr ratios with time for different Rb/Sr ratios in closed system (Fig. S4).

Institutions

• University of Science and Technology of China

  Anhui, Hefei

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