Supplementary files for "Modelling redox state via V-Sc-Ti-Yb partitioning in mantle derived melts"

Figure 1: The trace-element fractions in Figure 1 (here) were plotted using linear scales, whereas the Figure 1 presented in the main text utilizes log scales. Figure 2: The trace-element fractions in Figure 2 (here) were plotted using linear scales, whereas the Figure 2 presented in the main text utilizes log scales. The excel files of basalts datasets and petrological modelling. Table 1: Compiled abyssal peridotites Table 2: Compiled sub-arc peridotites Table 3: Petrological modelling for different sub-arc mantle mineral assemblages and chemical compositions Table 4: Petrological modelling for different MORB mantle mineral assemblages and chemical compositions Table 5: Compiled global primitive arc basalts and MORBs associated with melting pressure and temperatrue Table 6: Compiled basalts from the Southwest Indian Ridge (SWIR) Table 7: Compiled basalts from Mariana arc basalts Table 8: Pertrological modelling for the Guguan arc mantle melts Table 9: Pertrological modelling for the SWIR mantle melts图1：本处图1的微量元素占比采用线性刻度绘制，而正文中展示的图1则使用对数刻度。 图2：本处图2的微量元素占比采用线性刻度绘制，而正文中展示的图2则使用对数刻度。 玄武岩数据集与岩石学模拟的Excel文件。 表1：汇编的深海橄榄岩（abyssal peridotites） 表2：汇编的弧下橄榄岩（sub-arc peridotites） 表3：针对不同弧下地幔矿物组合与化学成分的岩石学模拟 表4：针对不同洋中脊玄武岩（MORB）地幔矿物组合与化学成分的岩石学模拟 表5：汇编的全球原生弧玄武岩及与熔融压力和温度相关的洋中脊玄武岩（MORB） 表6：汇编的西南印度洋中脊（SWIR）产出的玄武岩 表7：汇编的马里亚纳弧玄武岩 表8：针对关岛弧地幔熔体的岩石学模拟 表9：针对西南印度洋中脊（SWIR）地幔熔体的岩石学模拟