Table 3 Literature data of δ¹⁷O and δ¹⁸O for the international silicate standards and normalization methods

UWG2 garnet

38

2.808

–

5.443

–

–

–

SMOW

Franchi et al. (1999)

94

2.91

0.08

5.50

0.08

2.96

5.59

VSMOW, SLAP (− 54.65‰)

Kusakabe and Matsuhisa (2008)

20

2.81

0.07

5.40

0.11

3.04

5.73

VSMOW, SLAP (− 52.64‰)

Ahn et al. (2012)

17

2.93

0.03

5.71

0.05

2.93^a

5.71^a

VSMOW, SLAP (− 55.11‰)

Tanaka and Nakamura (2013)

31

–

–

5.756

0.119

–

–

UWG2 garnet (5.8‰)

Levin et al. (2014)

5

3.06

0.07

5.99

0.13

–

–

VSMOW

Pack and Herwartz (2014)

16

2.972

0.028

5.678

0.060

–

–

San Carlos olivine (5.3‰)

Young et al. (2014)

50

2.996

0.073

5.745

0.14

–

–

VSMOW

Ali et al. (2016)

20

3.011

0.029

5.779

0.061

–

–

VSMOW

Starkey et al. (2016)

2

3.191

0.017

6.038

0.026

–

–

San Carlos olivine (5.2‰)

Young et al. (2016)

16

2.986

0.023

5.75

0.046

–

–

UWG2 garnet (5.75‰)

Miller et al. (2020)^b

68

2.986

0.053

5.75

0.100

–

–

UWG2 garnet (5.75‰)

Miller et al. (2020)^c

9

–

0.057

–

0.115

2.932

5.696

VSMOW, SLAP (− 55.55‰)

Wostbrock et al. (2020)

7

2.897

0.029

5.613

0.055

–

–

NBS28 quartz (9.577‰)

Ghoshmaulik et al. (2020)

35

3.012

0.034

5.802

0.054

3.070

5.914

VSMOW, SLAP (− 54.477‰)

This study

NBS28 quartz

7

–

–

8.86

–

–

–

SMOW

Fouillac and Girard (1996)

7

4.81

0.09

8.98

0.08

4.86

9.31

VSMOW, SLAP (− 53.54‰)

Jabeen and Kusakabe (1997)

12

–

–

9.59

0.07

–

–

SMOW

Spicuzza et al. (1998)

28

4.824

–

9.250

–

–

–

SMOW

Franchi et al. (1999)

14

5.214

–

9.430

–

–

–

SMOW

Miller et al. (1999)

20

4.76

0.06

9.04

0.07

4.84

9.18

VSMOW, SLAP (− 54.65‰)

Kusakabe and Matsuhisa (2008)

13

4.52

0.09

8.69

0.14

4.86

9.18

VSMOW, SLAP (− 52.64‰)

Ahn et al. (2012)

18

4.96

0.04

9.56

0.07

4.96^a

9.56^a

VSMOW, SLAP (− 55.11‰)

Tanaka and Nakamura (2013)

17

–

–

9.633

0.138

–

–

UWG2 garnet (5.8‰)

Levin et al. (2014)

13

5.06

0.11

9.75

0.20

–

–

VSMOW

Pack and Herwartz (2014)

20

4.895

0.088

9.366

0.173

–

–

VSMOW

Ali et al. (2016)

9

5.037

0.051

9.590

0.106

–

–

VSMOW

Starkey et al. (2016)

5

5.009

0.021

9.555

0.040

–

–

UWG2 garnet (5.75‰)

Miller et al. (2020)^b

3

4.939

0.006

9.452

0.016

–

–

UWG2 garnet (5.75‰)

Miller et al. (2020)^c

13

–

0.055

–

0.106

4.986

9.577

VSMOW, SLAP (− 55.55‰)

Wostbrock et al. (2020)

9

4.99

0.011

9.584

0.020

–

–

NBS28 quartz (9.577‰)

Ghoshmaulik et al. (2020)

12

4.880

0.037

9.328

0.071

4.974

9.509

VSMOW, SLAP (− 54.477‰)

This study

San Carlos olivine

2

2.597

–

4.980

–

–

–

SMOW

Franchi et al. (1999)

7

2.84

0.08

5.19

0.09

2.89

5.28

VSMOW, SLAP (− 54.65‰)

Kusakabe and Matsuhisa (2008)

21

2.56

0.05

4.98

0.09

2.75

5.27

VSMOW, SLAP (− 52.64‰)

Ahn et al. (2012)

20

2.70

0.05

5.280

0.08

2.70^a

5.28^a

VSMOW, SLAP (− 55.11‰)

Tanaka and Nakamura (2013)

9

–

–

5.260

0.373

–

–

UWG2 garnet (5.8‰)

Levin et al. (2014)

35

2.69

0.08

5.28

0.16

–

–

VSMOW

Pack and Herwartz (2014)

24

2.726

0.06

5.177

0.113

–

–

San Carlos olivine (5.3‰)

Young et al. (2014)

30

2.658

0.085

5.119

0.16

2.681

5.153

VSMOW, SLAP (− 55.143‰)

Pack et al. (2016)^d

5

2.743

0.021

5.274

0.047

2.749

5.287

VSMOW, SLAP (− 55.366‰)

Pack et al. (2016)^e

5

2.785

0.064

5.256

0.100

–

–

VSMOW

Ali et al. (2016)

19

2.487

0.067*

4.768

0.133*

–

–

VSMOW

Starkey et al. (2016)^f

9

2.674

0.054*

5.130

0.096*

–

–

VSMOW

Starkey et al. (2016)^g

17

2.714

0.072

5.148

0.135

–

–

San Carlos olivine (5.2‰)

Young et al. (2016)

12

2.886

0.050

5.577

0.095

2.886^a

5.577^a

VSMOW, SLAP (− 55.394‰)

Sharp et al. (2016)

9

2.409

0.089

4.641

0.173

–

–

UWG2 garnet (5.75‰)

Miller et al. (2020)^{b, f}

33

2.725

0.068

5.240

0.123

–

–

UWG2 garnet (5.75‰)

Miller et al. (2020)^{c, g}

18

–

0.048

–

0.096

2.720

5.268

VSMOW, SLAP (− 55.55‰)

Wostbrock et al. (2020)

8

2.718

0.018

5.239

0.034

–

–

NBS28 quartz (9.577‰)

Ghoshmaulik et al. (2020)

9

2.835

0.046

5.436

0.080

2.889

5.541

VSMOW, SLAP (− 54.477‰)

This study