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GAPWAP_plate_circuit_M22.rot
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GAPWAP_plate_circuit_M22.rot
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701 0 0 0 0 0 !AFR-000
701 330 0 0 0 0 !AFR-000
101 0 0 0 0 714 !NAM-NWA
101 0.773 78.98 30.83 0.18 714 !NAM-NWA C1n o DeMets et al. 2015
101 1.775 79.08 33.75 0.41 714 !NAM-NWA C2n y DeMets et al. 2015
101 2.595 79.18 36.04 0.58 714 !NAM-NWA C2An.1n y DeMets et al. 2015
101 3.596 79.34 39.09 0.82 714 !NAM-NWA C2An.3n o DeMets et al. 2015
101 4.187 79.44 40.65 0.95 714 !NAM-NWA C3n.1n y DeMets et al. 2015
101 5.235 79.64 43.15 1.19 714 !NAM-NWA C3n.4n o DeMets et al. 2015
101 6.023 79.80 44.95 1.37 714 !NAM-NWA C3An.1n y DeMets et al. 2015
101 6.727 79.94 46.53 1.53 714 !NAM-NWA C3An.2n o DeMets et al. 2015
101 7.537 80.08 48.36 1.74 714 !NAM-NWA C4n.1n y DeMets et al. 2015
101 8.125 80.17 49.71 1.89 714 !NAM-NWA C4n.2n o DeMets et al. 2015
101 9.105 80.29 51.91 2.16 714 !NAM-NWA C4An o DeMets et al. 2015
101 9.786 80.35 53.43 2.34 714 !NAM-NWA C5n.1n y DeMets et al. 2015
101 11.056 80.45 55.10 2.68 714 !NAM-NWA C5n.2n o DeMets et al. 2015
101 12.474 80.44 55.21 3.07 714 !NAM-NWA C5An.2n o DeMets et al. 2015
101 13.739 80.33 53.00 3.45 714 !NAM-NWA C5ACn y DeMets et al. 2015
101 14.613 80.21 50.15 3.74 714 !NAM-NWA C5ADn o DeMets et al. 2015
101 15.974 80.00 44.01 4.21 714 !NAM-NWA C5Cn.1n y DeMets et al. 2015
101 17.235 79.78 38.35 4.64 714 !NAM-NWA C5Dn y DeMets et al. 2015
101 18.007 79.64 34.69 4.93 714 !NAM-NWA C5En y DeMets et al. 2015
101 18.636 79.51 31.58 5.17 714 !NAM-NWA C6n y DeMets et al. 2015
101 19.535 79.24 26.05 5.51 714 !NAM-NWA C6n o DeMets et al. 2015
101 25.10 79.34 28.56 7.04 714 !NAM-NWA C8n.1n y Müller et al. 1999
101 33.21 75.99 5.98 9.767 714 !NAM-NWA C13n y Müller et al. 1999
101 38.40 74.54 0.19 11.918 714 !NAM-NWA C18n.1n y Müller et al. 1999
101 42.20 74.38 -2.80 13.56 714 !NAM-NWA C20n y Müller et al. 2008; refers to Müller et al. 1999
101 46.24 74.23 -5.01 15.106 714 !NAM-NWA C21n y Müller et al. 1999
101 48.88 75.29 -4.26 15.95 714 !NAM-NWA C22n y Müller et al. 2008; refers to Müller et al. 1999
101 52.54 77.34 -1.61 16.963 714 !NAM-NWA C24n.1n y Müller et al. 1999
101 57.10 80.64 6.57 17.890 714 !NAM-NWA C25n y Müller et al. 1999
101 66.38 82.74 2.93 20.840 714 !NAM-NWA C30n y Müller et al. 1999
101 71.45 81.35 -8.32 22.753 714 !NAM-NWA C32n.1n y Müller et al. 1999
101 74.20 81.11 -10.64 23.74 714 !NAM-NWA C33n y Müller et al. 2008; refers to Müller et al. 1999
101 79.90 78.64 -18.16 26.981 714 !NAM-NWA C33n o Müller et al. 1999
101 83.65 76.81 -20.59 29.506 714 !NAM-NWA C34n y Müller et al. 1999
101 92 71.1972 -25.408 36.4132 714 !NAM-NWA Q1 Gürer et al. 2022
101 108 68.0788 -17.9612 46.438 714 !NAM-NWA Q2 Gürer et al. 2022
101 121.40 66.12 -20.05 54.41 714 !NAM-NWA M0r o Gürer et al. 2022
101 130.30 66.77 -18.52 57.58 714 !NAM-NWA M10n y Gürer et al. 2022
101 139.65 66.23 -18.33 59.70 714 !NAM-NWA M16r y Gürer et al. 2022
101 146.58 66.10 -17.85 62.12 714 !NAM-NWA M21r y Gürer et al. 2022
101 153.23 67.10 -15.90 64.70 714 !NAM-NWA M25r y Gürer et al. 2022
101 170.00 65.87 -15.08 71.93 714 !NAM-NWA BSMA van Hinsbergen et al. (2020)
101 174.70 65.40 -15.39 74.43 714 !NAM-NWA An E van Hinsbergen et al. (2020)
101 195 64.31 -15.19 77.09 714 !NAM-NWA Sahabi et al. (2004)
101 203 64.28 -14.74 78.05 714 !NAM-NWA Labails et al. 2010, https://doi.org/10.1016/j.epsl.2010.06.024
101 330 64.28 -14.74 78.05 714 !NAM-NWA
102 0 0 0 0 101 !GRN-NAM
102 33.214 0 0 0 101 !GRN-NAM C13n y Gaina & Jakob (2019)
102 40.073 62.50 -28.00 -1.25 101 !GRN-NAM C18n.2n o Gaina & Jakob (2019)
102 43.450 63.71 -80.08 -1.81 101 !GRN-NAM C20n o Gaina & Jakob (2019)
102 47.760 62.60 -99.72 -2.81 101 !GRN-NAM C21n o Gaina & Jakob (2019)
102 49.666 61.98 -97.65 -3.33 101 !GRN-NAM C22n o Gaina & Jakob (2019)
102 53.900 41.47 -119.03 -3.61 101 !GRN-NAM C24n.3n o Gaina & Jakob (2019)
102 57.101 22.01 -142.50 -3.02 101 !GRN-NAM C25n y Gaina & Jakob (2019)
102 62.278 39.18 -138.41 -4.35 101 !GRN-NAM C27n y Gaina & Jakob (2019)
102 69.27 52.86 -136.40 -6.28 101 !GRN-NAM C31n o Torsvik et al. (2008a)
102 83.65 65.30 -122.45 -11.00 101 !GRN-NAM C34n y Roest & Srivastava 1989, https://doi.org/10.1130/0091-7613(1989)017<1000:SFSITL>2.3.CO;2
102 92 66.60 -119.48 -12.20 101 !GRN-NAM Roest & Srivastava 1989, https://doi.org/10.1130/0091-7613(1989)017<1000:SFSITL>2.3.CO;2
102 105 67.08 -118.96 -12.99 101 !GRN-NAM Roest & Srivastava 1989, https://doi.org/10.1130/0091-7613(1989)017<1000:SFSITL>2.3.CO;2
102 121.40 67.50 -118.48 -13.78 101 !GRN-NAM M0r o Roest & Srivastava 1989, https://doi.org/10.1130/0091-7613(1989)017<1000:SFSITL>2.3.CO;2
102 125 67.50 -118.48 -14.00 101 !GRN-NAM Torsvik et al. (2012); fit
102 330 67.50 -118.48 -14.00 101 !GRN-NAM
201 0 0 0 0 701 !SAM-AFR
201 0.773 60.35 321.26 0.221 701 !SAM-AFR C1n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 1.775 60.60 320.99 0.507 701 !SAM-AFR C2n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 2.595 60.77 320.80 0.741 701 !SAM-AFR C2An.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 3.596 60.94 320.60 1.046 701 !SAM-AFR C2An.3n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 4.187 61.01 320.52 1.227 701 !SAM-AFR C3n.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 5.235 61.09 320.41 1.550 701 !SAM-AFR C3n.4n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 6.023 61.14 320.35 1.798 701 !SAM-AFR C3An.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 6.727 61.17 320.31 2.030 701 !SAM-AFR C3An.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 7.537 61.19 320.28 2.312 701 !SAM-AFR C4.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 8.125 61.20 320.26 2.521 701 !SAM-AFR C4n.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 9.105 61.21 320.26 2.881 701 !SAM-AFR C4An o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 9.786 61.21 320.27 3.131 701 !SAM-AFR C5n.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 11.056 61.16 320.35 3.621 701 !SAM-AFR C5n.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 12.474 61.05 320.52 4.221 701 !SAM-AFR C5An.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 13.739 60.89 320.74 4.773 701 !SAM-AFR C5ACn o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 14.613 60.76 320.92 5.154 701 !SAM-AFR C5ADn o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 15.974 60.57 321.19 5.752 701 !SAM-AFR C5Cn.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 17.235 60.39 321.44 6.313 701 !SAM-AFR C5Dn y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 18.007 60.28 321.60 6.692 701 !SAM-AFR C5En y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 18.636 60.17 321.74 7.019 701 !SAM-AFR C6n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 19.535 60.02 321.96 7.485 701 !SAM-AFR C6n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 20.765 59.82 322.20 7.960 701 !SAM-AFR C6An.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 21.806 59.54 322.52 8.463 701 !SAM-AFR C6Bn.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 24.025 58.79 323.29 9.432 701 !SAM-AFR C7n.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 24.459 58.60 323.48 9.649 701 !SAM-AFR C7n.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 25.099 58.38 323.71 9.913 701 !SAM-AFR C8n.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 25.987 58.07 324.02 10.287 701 !SAM-AFR C8n.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 26.420 57.93 324.17 10.469 701 !SAM-AFR C9n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 27.439 57.64 324.49 10.897 701 !SAM-AFR C9n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 27.869 57.55 324.61 11.073 701 !SAM-AFR C10n.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 28.278 57.47 324.71 11.249 701 !SAM-AFR C10n.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 29.183 57.35 324.90 11.629 701 !SAM-AFR C11n.1n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 29.970 57.28 325.03 11.959 701 !SAM-AFR C11n.2n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 30.591 57.23 325.14 12.220 701 !SAM-AFR C12n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 30.977 57.20 325.21 12.407 701 !SAM-AFR C12n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 33.214 57.06 325.53 13.317 701 !SAM-AFR C13n y DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 33.726 57.02 325.62 13.551 701 !SAM-AFR C13n o DeMets & Merkouriev, 2019, doi: 10.1093/gji/ggz087
201 38.398 57.10 -33.00 15.912 701 !SAM-AFR C18n.1n y Müller et al. (1999)
201 46.235 56.95 -31.15 19.107 701 !SAM-AFR C21n y Müller et al. (1999)
201 52.540 58.89 -31.18 21.380 701 !SAM-AFR C24n.1n y Müller et al. (1999)
201 57.101 61.35 -32.21 22.273 701 !SAM-AFR C25n y Müller et al. (1999)
201 66.380 63.88 -33.61 24.755 701 !SAM-AFR C30n y Müller et al. (1999)
201 71.851 63.41 -33.38 26.573 701 !SAM-AFR C32n.2n y Müller et al. (1999)
201 79.900 62.92 -34.36 30.992 701 !SAM-AFR C33n o Müller et al. (1999)
201 83.650 61.88 -34.26 33.512 701 !SAM-AFR C34n y Müller et al. (1999)
201 92.00 60.84 -36.50 38.58 701 !SAM-AFR Q1 Granot & Dyment (2015)
201 108.00 62.17 -40.17 47.35 701 !SAM-AFR Q2 Granot & Dyment (2015)
201 121.40 51.40 -35.00 52.60 701 !SAM-AFR M1n y Gaina et al. (2013)
201 126.514 50.60 -33.80 54.20 701 !SAM-AFR M5n y Gaina et al. (2013)
201 128.951 50.10 -33.60 54.98 701 !SAM-AFR M8n y Gaina et al. (2013)
201 130.297 49.00 -33.30 55.66 701 !SAM-AFR M10n y Gaina et al. (2013)
201 133.565 50.00 -32.50 55.08 701 !SAM-AFR M11r.1n y Torsvik et al. (2009); breakup fit, original Euler pole from Nürnberg & Müller (1991)
201 330 50.00 -32.50 55.08 701 !SAM-AFR
202 0 0 0 0 201 !PAR-SAM
202 126.514 0 0 0 201 !PAR-SAM M5n y Torsvik et al. (2009)
202 126.514 50.6 -33.8 54.2 701 !PAR-AFR M5n y cross-over of Torsvik et al. (2009) changed to match with EP of Gaina et al. (2013)
202 133.565 47.5 -33.3 56.0 701 !PAR-AFR M11r.1n y Torsvik et al. (2009)
202 150 47.5 -33.3 56.2 701 !PAR-AFR Torsvik et al. (2009); breakup fit
202 330 47.5 -33.3 56.2 701 !PAR-AFR
290 0 0 0 0 201 !COL-SAM
290 126.514 0 0 0 201 !COL-SAM M5n y Torsvik et al. (2009)
290 126.514 50.6 -33.8 54.2 701 !COL-AFR M5n y cross-over of Torsvik et al. (2009) changed to match with EP of Gaina et al. (2013)
290 133.565 47.5 -33.3 57.0 701 !COL-AFR M11r.1n y Torsvik et al. (2009)
290 150 47.5 -33.3 57.3 701 !COL-AFR Torsvik et al. (2009); breakup fit
290 330 47.5 -33.3 57.3 701 !COL-AFR
291 0 0 0 0 201 !PAT-SAM
291 126.514 0 0 0 201 !PAT-SAM M5n y Torsvik et al. (2009)
291 126.514 50.6 -33.8 54.2 701 !PAT-SAM M5n y cross-over of Torsvik et al. (2009) changed to match with EP of Gaina et al. (2013)
291 133.565 47.5 -33.3 57.0 701 !PAT-SAM M11r.1n y Torsvik et al. (2009)
291 150 47.5 -33.3 58.0 701 !PAT-SAM Torsvik et al. (2008b)
291 160 47.5 -33.3 58.0 701 !PAT-SAM Torsvik et al. (2008b)
291 190 47.5 -33.3 63.0 701 !PAT-SAM Torsvik et al. (2008b)
291 330 47.5 -33.3 63.0 701 !PAT-SAM
301 0 0 0 0 101 !EUR-NAM
301 0.773 62.51 138.27 -0.16 101 !EUR-NAM C1n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 1.775 62.69 138.05 -0.37 101 !EUR-NAM C2n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 2.595 62.87 137.87 -0.54 101 !EUR-NAM C2An.1n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 3.596 63.13 137.63 -0.76 101 !EUR-NAM C2An.3n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 4.187 63.31 137.47 -0.88 101 !EUR-NAM C3n.1n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 5.235 63.65 137.18 -1.10 101 !EUR-NAM C3n.4n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 6.023 63.65 136.96 -1.27 101 !EUR-NAM C3An.1n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 6.727 64.22 136.76 -1.43 101 !EUR-NAM C3An.2n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 7.537 64.54 136.55 -1.63 101 !EUR-NAM C4n.1n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 8.125 64.78 136.38 -1.78 101 !EUR-NAM C4n.2n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 9.105 65.21 136.06 -2.05 101 !EUR-NAM C4An o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 9.786 65.53 135.84 -2.25 101 !EUR-NAM C5n.1n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 11.056 66.08 135.46 -2.60 101 !EUR-NAM C5n.2n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 12.474 66.55 135.14 -2.98 101 !EUR-NAM C5An.2n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 13.739 66.94 134.85 -3.31 101 !EUR-NAM C5ACn y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 14.613 67.31 134.58 -3.57 101 !EUR-NAM C5ADn o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 15.974 67.91 134.13 -3.98 101 !EUR-NAM C5Cn.1n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 17.235 68.44 133.70 -4.36 101 !EUR-NAM C5Dn y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 18.007 68.78 133.42 -4.60 101 !EUR-NAM C5En y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 18.636 69.06 133.18 -4.81 101 !EUR-NAM C6n y DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 19.535 69.45 132.87 -5.09 101 !EUR-NAM C6n o DeMets et al. 2015, doi: 10.1093/gji/ggv277
301 33.47 68.20 131.64 -7.600 101 !EUR-NAM C13n m Vissers & Meijer (2012b)
301 39.24 67.33 130.07 -9.195 101 !EUR-NAM C18n m Vissers & Meijer (2012b)
301 47.00 66.15 135.40 -10.870 101 !EUR-NAM C21n m Srivastava & Roest (1996); preferred Euler pole of Vissers & Meijer (2012b)
301 53.58 63.89 139.27 -12.890 101 !EUR-NAM C24n.3n m Srivastava & Roest (1996); preferred Euler pole of Vissers & Meijer (2012b)
301 57.38 58.93 139.88 -14.001 101 !EUR-NAM C25n m Vissers & Meijer (2012b)
301 67.28 58.37 145.00 -16.186 101 !EUR-NAM C30n m Vissers & Meijer (2012b)
301 79.90 66.47 145.72 -19.077 101 !EUR-NAM C33n o Vissers & Meijer (2012b)
301 83.65 66.54 148.91 -19.70 101 !EUR-NAM C34n y Srivastava & Roest (1989); preferred Euler pole of Vissers & Meijer (2012b)
301 121.40 68.54 151.25 -22.912 101 !EUR-NAM M0r o Vissers & Meijer (2012a)
301 126.51 68.83 151.75 -23.176 101 !EUR-NAM M3r o Vissers & Meijer (2012a)
301 153.44 68.99 154.75 -23.20 101 !EUR-NAM M25r o Vissers & Meijer (2012a)
301 190 68.99 154.75 -23.64 101 !EUR-NAM Torsvik et al. (2008a)
301 220 78.64 161.9 -31.0 101 !EUR-NAM Alvey (2009); fit in Pangea as in Torsvik et al. (2012)
301 330 78.64 161.9 -31.0 101 !EUR-NAM
304 0 0 0 0 301 !SPN-EUR
304 19.09 0.00 0.00 0 301 !SPN-EUR C6n m Vissers & Meijer (2012b)
304 33.47 -31.77 161.02 1.302 301 !SPN-EUR C13n m Vissers & Meijer (2012b)
304 39.24 -14.10 140.10 1.16 301 !SPN-EUR C18n m Vissers & Meijer (2012b)
304 47.00 -30.59 158.88 2.81 301 !SPN-EUR C21n m Vissers & Meijer (2012b)
304 53.58 -29.15 160.91 3.591 301 !SPN-EUR C24n.3n m Vissers & Meijer (2012b)
304 57.38 -28.68 159.71 3.941 301 !SPN-EUR C25n m Vissers & Meijer (2012b)
304 67.28 -35.27 165.43 6.061 301 !SPN-EUR C30n m Vissers & Meijer (2012b)
304 79.90 -37.67 166.88 7.597 301 !SPN-EUR C33n o Vissers & Meijer (2012a)
304 83.65 -39.36 170.34 9.800 301 !SPN-EUR C34n y Vissers & Meijer (2012a)
304 118.00 -40.53 170.81 12.283 301 !SPN-EUR Vissers & Meijer (2012a)
304 121.40 -43.79 173.32 45.248 301 !SPN-EUR M0r o Vissers & Meijer (2012a)
304 121.40 64.71 -18.94 -58.110 101 !SPN-NAM M0r o Vissers et al. (2013)
304 127.02 64.72 -18.01 -60.973 101 !SPN-NAM M5n m Vissers et al. (2013)
304 133.44 64.90 -17.49 -62.353 101 !SPN-NAM M11r m Vissers et al. (2013)
304 141.12 65.29 -17.06 -63.932 101 !SPN-NAM M17r m Vissers et al. (2013)
304 145.38 64.96 -17.49 -65.902 101 !SPN-NAM M20r m Vissers et al. (2013)
304 170 -69.14 169.49 58.94 101 !SPN-NAM BSMA Vissers et al. (2013)
304 190 -65.81 166.64 65.363 101 !SPN-NAM Vissers et al. (2013)
304 203 65.72 -12.82 -66.32 101 !SPN-NAM Srivastava & Verhoef (1992)
304 330 65.72 -12.82 -66.32 101 !SPN-NAM
501 0 0 0 0 709 !IND-SOM
501 0.773 23.39 32.50 -0.318 709 !IND-SOM C1n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 1.775 23.91 34.01 -0.730 709 !IND-SOM C2n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 2.595 23.37 33.35 -1.064 709 !IND-SOM C2An.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 3.596 21.33 37.06 -1.631 709 !IND-SOM C2An.3n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 4.187 23.63 31.27 -1.693 709 !IND-SOM C3n.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 5.235 22.69 34.14 -2.231 709 !IND-SOM C3n.4n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 6.023 23.72 31.15 -2.399 709 !IND-SOM C3An.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 6.727 23.05 32.94 -2.757 709 !IND-SOM C3An.2n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 7.537 23.27 32.36 -3.024 709 !IND-SOM C4.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 8.125 22.85 32.44 -3.312 709 !IND-SOM C4n.2n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 9.105 23.70 30.97 -3.607 709 !IND-SOM C4An o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 9.786 23.12 31.42 -3.928 709 !IND-SOM C5n.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 11.056 23.51 31.55 -4.438 709 !IND-SOM C5n.2n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 12.474 24.13 29.73 -4.858 709 !IND-SOM C5An.2n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 13.739 23.05 32.27 -5.653 709 !IND-SOM C5ACn o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 14.613 24.39 29.96 -5.800 709 !IND-SOM C5ADn o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 15.974 24.74 29.83 -6.410 709 !IND-SOM C5Cn.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 17.235 24.52 30.87 -7.195 709 !IND-SOM C5Dn y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 18.007 24.98 30.59 -7.611 709 !IND-SOM C5Eny DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 18.636 24.91 31.19 -8.091 709 !IND-SOM C6n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 19.535 25.41 30.47 -8.405 709 !IND-SOM C6n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 21.691 26.61 29.29 -8.971 709 !IND-SOM C6AAr.2n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 25.099 27.54 30.30 -9.992 709 !IND-SOM C8n.1 y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 29.183 24.20 37.13 -13.122 709 !IND-SOM C11n.1 y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 33.214 24.31 39.55 -14.828 709 !IND-SOM C13n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 38.398 22.74 42.86 -17.970 709 !IND-SOM C18n.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 40.073 22.82 43.08 -18.608 709 !IND-SOM C18n.2n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 41.030 23.05 42.72 -18.918 709 !IND-SOM C19n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 42.196 23.40 42.34 -19.221 709 !IND-SOM C20n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 43.450 22.72 42.71 -20.126 709 !IND-SOM C20n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 46.235 21.97 42.42 -21.365 709 !IND-SOM C21n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 47.760 21.96 40.93 -21.919 709 !IND-SOM C21n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 48.878 19.88 41.63 -24.571 709 !IND-SOM C22n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 49.666 19.35 41.39 -25.678 709 !IND-SOM C22n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 50.767 19.67 39.35 -26.352 709 !IND-SOM C23n.1 y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 51.047 19.25 39.52 -27.186 709 !IND-SOM C23n.2n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 51.724 19.19 38.31 -27.835 709 !IND-SOM C23n.2n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 52.540 17.57 38.99 -31.503 709 !IND-SOM C24n.1n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 52.930 17.78 38.54 -31.855 709 !IND-SOM C24n.1r y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 53.250 18.67 36.90 -30.509 709 !IND-SOM C24n.3n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 53.900 18.45 36.34 -30.980 709 !IND-SOM C24n.3n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 57.101 21.99 26.32 -28.021 709 !IND-SOM C25n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 57.656 21.58 26.36 -28.840 709 !IND-SOM C25n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 58.969 20.94 25.92 -30.750 709 !IND-SOM C26n y DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 59.237 20.63 26.11 -31.444 709 !IND-SOM C26n o DeMets & Merkouriev 2021 DOI: 10.1093/gji/ggab295
501 59.237 3.900 73.470 3.411 511 !IND-CAP C5Cn.1n y Bull et al. (2010)
501 83.650 3.900 73.470 3.411 511 !IND-CAP C34n y fixed to Capricorn plate
501 83.650 21.21 20.07 -52.239 702 !IND-MAD C34n y cross-over to Madagascar, this study
501 92 23.01 26.85 -54.29 702 !IND-MAD Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 106 23.01 26.85 -55.79 702 !IND-MAD Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 121.4 24.39 25.71 -54.54 702 !IND-MAD M0r o Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 123.78 24.07 25.33 -54.75 702 !IND-MAD M1n o Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 124.17 23.04 25.03 -55.73 702 !IND-MAD M1r o Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 126.51 22.08 24.27 -56.61 702 !IND-MAD M3r o Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 126.51 0.75 -171.00 85.20 802 !IND-ANT M3r o cross-over to Antarctica, this study
501 128.95 1.29 -169.52 85.52 802 !IND-ANT M8n y Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 129.6 1.45 -169.38 85.78 802 !IND-ANT M9n y Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 136.657 2.79 -167.32 87.49 802 !IND-ANT M14n y Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50079
501 160 3.68 -166 88.49 802 !IND-ANT Gibbons et al 2013/ https://doi.org/10.1002/jgrb.50080
501 330 2.79 -167.32 87.49 802 !IND-ANT
503 0 90 0 0 709 !ARB-SOM
503 2.6 23.75 25.39 -1.086 709 !ARA-SOM C2An.1ny DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 3.6 23.76 25.47 -1.516 709 !ARA-SOM C2An.3no DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 6.02 23.86 25.62 -2.538 709 !ARA-SOM C3An.1ny DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 8.77 23.84 25.87 -3.762 709 !ARA-SOM C4Any DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 11.06 24.2 25.79 -4.704 709 !ARA-SOM C5n.2no DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 15.97 25.38 24.79 -6.73 709 !ARA-SOM C5Cn.1ny DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 17.53 25.47 24.1 -7.284 709 !ARA-SOM C5Dno DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 19.54 26.09 22.21 -7.877 709 !ARA-SOM C6no DeMets and Merkouriev, 2016, doi: 10.1093/gji/ggw276
503 21 26.03 19.6 -7.98 709 !ARA-SOM Fournier et al., 2010
503 35 27.51 16.59 -8.3 709 !ARA-SOM Fournier et al., 2010
503 35 32.96 16.88 -8.09 715 !ARA-NEA Fournier et al., 2010
503 330 32.96 16.88 -8.09 715 !ARA-NEA Fournier et al., 2010
511 0 0 0 0 501 !CAP-IND
511 15.974 3.900 73.470 -3.411 501 !CAP-IND C5Cn.1n y Bull et al. (2010)
511 59.237 3.900 73.470 -3.411 501 !CAP-IND C26n o fixed to Indian plate
511 59.237 13.595 14.85 -38.377 802 !CAP-ANT C26n o cross-over to Antarctica, this study
511 62.278 9.91 18.41 -43.59 802 !CAP-ANT C27n y Cande & Patriat (2015)
511 63.537 9.31 17.92 -45.45 802 !CAP-ANT C28n y Cande & Patriat (2015)
511 65.700 10.57 14.13 -47.84 802 !CAP-ANT C29n o Cande & Patriat (2015)
511 68.351 10.56 12.37 -51.26 802 !CAP-ANT C31n y Cande & Patriat (2015)
511 71.451 9.69 12.46 -54.21 802 !CAP-ANT C32n.1n y Cande & Patriat (2015)
511 74.201 9.07 12.79 -56.56 802 !CAP-ANT C33n y Cande & Patriat (2015)
511 79.900 10.52 9.73 -60.03 802 !CAP-ANT C33n o Cande & Patriat (2015)
511 83.650 9.49 10.56 -63.88 802 !CAP-ANT C34n y Cande & Patriat (2015)
601 0 0 0 0 301 !NCH-SIB
601 160 0 0 0 301 !NCH-SIB North China fixed to Siberia (e.g., Torsvik & Cocks, 2017)
602 0 0 0 0 601 !SCH-NCH
602 5 6.5 101.4 0.8 601 !SCH-NCH
602 10 6.5 101.4 1.6 601 !SCH-NCH Replumaz & Tapponnier (2003)
602 160 6.5 101.4 1.6 601 !SCH-NCH
702 0 0 0 0 709 !MAD-SOM
702 123 0 0 0 709 !MAD-SOM Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 124.717 2.08 -42.04 0.38 709 !MAD-SOM M3n o Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 126.514 2.08 -42.04 0.96 709 !MAD-SOM M5n y Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 132.139 1.36 -44.40 2.32 709 !MAD-SOM M10Nn.3n o Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 134.74 1.64 -43.48 3.34 709 !MAD-SOM M12n o Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 141.752 1.98 -42.89 5.67 709 !MAD-SOM M18n y Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 154.564 -6.35 -33.38 9.98 709 !MAD-SOM M26n.4n o Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 170 -14.44 -21.93 15.3 709 !MAD-SOM Gaina et al., 2013, doi: 10.1016/j.tecto.2013.05.037
702 330 -14.44 -21.93 15.3 709 !MAD-SOM
707 0 0 0 0 714 !MES-NWA
707 35 0 0 0 714 !MES-NWA van Hinsbergen et al, 2020, doi: 10.1016/j.gr.2019.07.009
707 50 35.61 9.18 -0.97 714 !MES-NWA van Hinsbergen et al, 2020, doi: 10.1016/j.gr.2019.07.009
707 330 35.61 9.18 -0.97 714 !MES-NWA
709 0 0 0 0 701 !SOM-AFR
709 0.773 -40.12 3.22 0.04 701 !SOM-AFR C1n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 1.775 -43.11 4.70 0.08 701 !SOM-AFR C2n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 2.595 -44.71 5.23 0.12 701 !SOM-AFR C2An.1n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 3.596 -45.44 5.06 0.17 701 !SOM-AFR C2An.3n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 4.187 -45.41 4.53 0.20 701 !SOM-AFR C3n.1n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 5.235 -45.40 4.20 0.24 701 !SOM-AFR C3n.4n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 6.023 -45.77 5.46 0.25 701 !SOM-AFR C3An.1n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 6.727 -45.81 6.76 0.28 701 !SOM-AFR C3An.2n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 7.537 -45.44 7.86 0.31 701 !SOM-AFR C4.1n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 8.125 -45.12 8.63 0.33 701 !SOM-AFR C4n.2n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 9.105 -44.79 10.57 0.38 701 !SOM-AFR C4An o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 9.786 -44.63 11.78 0.42 701 !SOM-AFR C5n.1n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 11.056 -44.20 10.85 0.46 701 !SOM-AFR C5n.2n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 12.474 -43.75 9.21 0.52 701 !SOM-AFR C5An.2n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 13.739 -43.80 9.22 0.60 701 !SOM-AFR C5ACn o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 14.613 -44.10 9.91 0.66 701 !SOM-AFR C5ADn o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 15.974 -44.83 11.28 0.76 701 !SOM-AFR C5Cn.1n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 18.636 -43.80 14.60 0.90 701 !SOM-AFR C6n y DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 19.535 -44.39 7.68 0.81 701 !SOM-AFR C6n o DeMets & Merkouriev, 2016, doi: 10.1093/gji/ggw276
709 330 -44.39 7.68 0.81 701 !SOM-AFR
714 0 0 0 0 701 !NWA-AFR
714 120 0 0 0 701 !NWA-AFR Torsvik et al. (2009)
714 133.565 33.65 26.02 2.34 701 !NWA-AFR M11r.1n y Torsvik et al. (2009)
714 330 33.65 26.02 2.34 701 !NWA-AFR Torsvik et al. (2009)
715 0 0 0 0 701 !NEA-AFR
715 83.65 0 0 0 701 !NEA-AFR C34n y Torsvik et al. (2004)
715 121.40 40.50 -61.40 -0.70 701 !NEA-AFR M1n y Torsvik et al. (2004)
715 330 40.50 -61.40 -0.70 701 !NEA-AFR
801 0 0 0 0 802 !AUS-ANT
801 2.6 -11.164 -139.7 1.655 802 !AUS-ANT C2An.1n y Cande & Stock (2004)
801 6.02 -11.591 -139.23 3.83 802 !AUS-ANT C3An.1n y Cande & Stock (2004)
801 11.06 -11.896 -142.058 6.79 802 !AUS-ANT C5n.2n o Cande & Stock (2004)
801 19.72 -13.393 -145.63 12.051 802 !AUS-ANT C6n o Cande & Stock (2004)
801 25.99 -13.805 -146.444 15.919 802 !AUS-ANT C8n.2n o Cande & Stock (2004)
801 28.28 -13.58 -146.016 17.319 802 !AUS-ANT C10n.2n o Cande & Stock (2004)
801 30.98 -13.396 -145.623 18.89 802 !AUS-ANT C12n o Cande & Stock (2004)
801 33.73 -13.451 -145.623 20.495 802 !AUS-ANT C13n o Cande & Stock (2004)
801 38.08 -14.65 -146.525 22.882 802 !AUS-ANT C17n.3n o Cande & Stock (2004)
801 43.45 14.920 32.500 -24.51 802 !AUS-ANT C20n o Whittaker et al (2007); Whittaker et al. (2013)
801 46.24 13.420 33.830 -24.62 802 !AUS-ANT C21n y Whittaker et al. (2013)
801 53.9 10.480 35.170 -25.24 802 !AUS-ANT C24n.3n o Whittaker et al. (2013)
801 62.28 9.220 35.420 -25.43 802 !AUS-ANT C27n y Whittaker et al. (2013)
801 69.27 7.89 35.75 -25.61 802 !AUS-ANT C31n o Whittaker et al. (2013)
801 71.69 6.67 36.14 -25.75 802 !AUS-ANT C32n.1n y Whittaker et al. (2013)
801 79.9 4.53 36.64 -26.13 802 !AUS-ANT C33n o Whittaker et al. (2013)
801 83.65 1.02 37.28 -26.62 802 !AUS-ANT C34n y Williams et al. (2011); Whittaker et al. (2013)
801 136.657 -3.91 37.9 -30.86 802 !AUS-ANT Williams et al. (2011); Whittaker et al. (2013)
801 330 -3.91 37.9 -30.86 802 !AUS-ANT
802 0 0 0 0 701 !ANT-AFR DeMets et al., 2021 10.1093/gji/ggab107
802 0.773 -5.06 326.72 0.111 701 !ANT-AFR C1n o DeMets et al., 2021 10.1093/gji/ggab107
802 1.775 -8.09 328.70 0.257 701 !ANT-AFR C2n y DeMets et al., 2021 10.1093/gji/ggab107
802 2.595 -10.37 330.15 0.376 701 !ANT-AFR C2An.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 3.596 -11.98 331.20 0.523 701 !ANT-AFR C2An.3n o DeMets et al., 2021 10.1093/gji/ggab107
802 4.187 -11.72 331.16 0.609 701 !ANT-AFR C3n.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 5.235 -9.98 330.41 0.755 701 !ANT-AFR C3n.4n o DeMets et al., 2021 10.1093/gji/ggab107
802 6.023 -8.62 329.85 0.863 701 !ANT-AFR C3An.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 6.727 -7.62 329.51 0.958 701 !ANT-AFR C3An.2n o DeMets et al., 2021 10.1093/gji/ggab107
802 7.537 -7.00 329.45 1.072 701 !ANT-AFR C4.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 8.125 -6.73 329.52 1.158 701 !ANT-AFR C4n.2n o DeMets et al., 2021 10.1093/gji/ggab107
802 9.105 -6.41 329.72 1.306 701 !ANT-AFR C4An o DeMets et al., 2021 10.1093/gji/ggab107
802 9.786 -6.23 329.88 1.409 701 !ANT-AFR C5n.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 11.056 -5.97 330.21 1.605 701 !ANT-AFR C5n.2n o DeMets et al., 2021 10.1093/gji/ggab107
802 12.474 -5.80 330.65 1.836 701 !ANT-AFR C5An.2n o DeMets et al., 2021 10.1093/gji/ggab107
802 13.739 -5.69 331.06 2.058 701 !ANT-AFR C5ACn o DeMets et al., 2021 10.1093/gji/ggab107
802 14.613 -5.60 331.32 2.215 701 !ANT-AFR C5ADn o DeMets et al., 2021 10.1093/gji/ggab107
802 15.974 -5.38 331.68 2.466 701 !ANT-AFR C5Cn.1ny DeMets et al., 2021 10.1093/gji/ggab107
802 17.235 -4.87 331.77 2.698 701 !ANT-AFR C5Dn y DeMets et al., 2021 10.1093/gji/ggab107
802 18.007 -4.19 331.56 2.833 701 !ANT-AFR C5En y DeMets et al., 2021 10.1093/gji/ggab107
802 18.636 -2.97 330.88 2.931 701 !ANT-AFR C6n y DeMets et al., 2021 10.1093/gji/ggab107
802 19.535 -0.05 329.00 3.039 701 !ANT-AFR C6n o DeMets et al., 2021 10.1093/gji/ggab107
802 21.806 1.17 328.21 3.341 701 !ANT-AFR C6Bn.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 23.212 1.24 328.14 3.608 701 !ANT-AFR 6Cn.3n y DeMets et al., 2021 10.1093/gji/ggab107
802 24.124 1.23 328.12 3.820 701 !ANT-AFR C7n.2n y DeMets et al., 2021 10.1093/gji/ggab107
802 25.304 1.20 328.10 4.118 701 !ANT-AFR C8n.2n y DeMets et al., 2021 10.1093/gji/ggab107
802 27.439 1.17 328.09 4.429 701 !ANT-AFR C9n o DeMets et al., 2021 10.1093/gji/ggab107
802 28.141 1.15 328.08 4.619 701 !ANT-AFR C10n.2n y DeMets et al., 2021 10.1093/gji/ggab107
802 29.183 1.13 328.07 4.831 701 !ANT-AFR C11n.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 30.977 1.09 328.04 5.296 701 !ANT-AFR C12n o DeMets et al., 2021 10.1093/gji/ggab107
802 33.726 1.02 328.00 6.093 701 !ANT-AFR C13n o DeMets et al., 2021 10.1093/gji/ggab107
802 35.102 0.99 327.98 6.442 701 !ANT-AFR C15n y DeMets et al., 2021 10.1093/gji/ggab107
802 35.774 0.98 327.97 6.607 701 !ANT-AFR C16n.2n y DeMets et al., 2021 10.1093/gji/ggab107
802 36.573 0.96 327.95 6.795 701 !ANT-AFR C17n.1n y DeMets et al., 2021 10.1093/gji/ggab107
802 38.398 0.92 327.92 7.201 701 !ANT-AFR C18n.1 y DeMets et al., 2021 10.1093/gji/ggab107
802 40.073 0.88 327.89 7.573 701 !ANT-AFR C18n.2n o DeMets et al., 2021 10.1093/gji/ggab107
802 41.180 0.85 327.87 7.802 701 !ANT-AFR C19n o DeMets et al., 2021 10.1093/gji/ggab107
802 42.196 0.82 327.84 8.039 701 !ANT-AFR C20n y DeMets et al., 2021 10.1093/gji/ggab107
802 43.450 0.78 327.82 8.286 701 !ANT-AFR C20n o DeMets et al., 2021 10.1093/gji/ggab107
802 46.235 4.64 324.85 8.649 701 !ANT-AFR C21n y DeMets et al., 2021 10.1093/gji/ggab107
802 47.760 9.47 321.11 8.838 701 !ANT-AFR C21n o DeMets et al., 2021 10.1093/gji/ggab107
802 48.878 9.51 320.64 9.002 701 !ANT-AFR C22n y DeMets et al., 2021 10.1093/gji/ggab107
802 49.666 9.46 320.36 9.121 701 !ANT-AFR C22n o DeMets et al., 2021 10.1093/gji/ggab107
802 50.767 9.38 319.96 9.291 701 !ANT-AFR C23n y DeMets et al., 2021 10.1093/gji/ggab107
802 51.724 9.32 319.62 9.437 701 !ANT-AFR C23n.2n o DeMets et al., 2021 10.1093/gji/ggab107
802 51.724 13.41 -42.81 9.178 709 !ANT-SOM C23n.2n o cross-over to Somalia, this study
802 53.900 7.60 -39.57 9.98 709 !ANT-SOM C24n.3n o Cande & Patriat (2015)
802 58.959 6.69 -42.74 10.58 709 !ANT-SOM C26n y Cande & Patriat (2015)
802 63.537 3.81 -43.67 11.17 709 !ANT-SOM C28n y Cande & Patriat (2015)
802 68.351 0.64 -43.29 11.98 709 !ANT-SOM C31n y Cande & Patriat (2015)
802 71.451 -3.27 -41.14 12.83 709 !ANT-SOM C32n.1n y Cande & Patriat (2015)
802 74.201 -5.38 -39.54 13.91 709 !ANT-SOM C33n y Cande & Patriat (2015)
802 79.900 -3.27 -39.79 15.98 709 !ANT-SOM C33n o Cande & Patriat (2015)
802 83.650 -1.35 -39.52 17.82 709 !ANT-SOM C34n y Cande & Patriat (2015)
802 102.00 -2.32 -33.32 28.09 709 !ANT-SOM Mueller & Jokat (2019)
802 113.00 -6.74 -28.95 34.57 709 !ANT-SOM Mueller & Jokat (2019)
802 121.40 -10.41 -26.02 41.09 709 !ANT-SOM M0ro Mueller & Jokat (2019)
802 124.53 -9.55 -27.19 42.30 709 !ANT-SOM M3n m Mueller & Jokat (2019)
802 126.63 -9.36 -27.58 43.01 709 !ANT-SOM M5n m Mueller & Jokat (2019)
802 129.10 -8.86 -28.44 43.21 709 !ANT-SOM M8n m Mueller & Jokat (2019)
802 130.50 -8.93 -28.71 43.65 709 !ANT-SOM M10n m Mueller & Jokat (2019)
802 133.12 -8.89 -29.17 44.42 709 !ANT-SOM M11n m Mueller & Jokat (2019)
802 136.34 -8.99 -29.57 44.96 709 !ANT-SOM M13n m Mueller & Jokat (2019)
802 139.42 -8.58 -30.20 46.64 709 !ANT-SOM M16n m Mueller & Jokat (2019)
802 141.60 -8.20 -30.20 47.86 709 !ANT-SOM M17r m Mueller & Jokat (2019)
802 145.02 -7.41 -30.99 49.17 709 !ANT-SOM M20n.2n m Mueller & Jokat (2019)
802 148.08 -7.00 -31.46 50.30 709 !ANT-SOM M22n.1n m Mueller & Jokat (2019)
802 149.07 -6.74 -31.71 50.88 709 !ANT-SOM M22r m Mueller & Jokat (2019)
802 153.15 -6.45 -31.96 52.67 709 !ANT-SOM M25n m Mueller & Jokat (2019)
802 155.88 -6.55 -32.30 53.59 709 !ANT-SOM M28Ar m Mueller & Jokat (2019)
802 157.43 -6.63 -32.42 53.87 709 !ANT-SOM M30n m Mueller & Jokat (2019)
802 158.93 -6.70 -32.57 54.23 709 !ANT-SOM M33n Mueller & Jokat (2019)
802 162.87 -7.02 -32.97 55.05 709 !ANT-SOM M38n.2n m Mueller & Jokat (2019)
802 177 -7.79 -33.86 56.72 709 !ANT-SOM Mueller & Jokat (2019)
802 182 -7.96 -33.86 56.91 709 !ANT-SOM Mueller & Jokat (2019)
802 330 -7.96 -33.86 56.91 709 !ANT-SOM
803 0 0 0 0 802 !AP-ANT
803 140 0 0 0 802 !AP-ANT Van de Lagemaat et al. (2021)
804 0 0 0 0 802 !MBL-ANT
804 11.06 0 0 0 802 !MBL-ANT C5n.2n o Granot and Dyment (2018)
804 25.99 67.05 -109.47 -0.57 802 !MBL-ANT C8n.2n o Granot and Dyment (2018)
804 30.98 -84.78 -169.01 1.33 802 !MBL-ANT C12n o Granot et al. (2013a; 2013b)
804 33.73 -81.09 -159.63 3.17 802 !MBL-ANT C13n o Granot et al. (2013a; 2013b)
804 40.07 -85.87 -139.51 4.48 802 !MBL-ANT C18n.2n o Granot et al. (2013a; 2013b)
804 43.45 -18.15 -17.85 1.7 802 !MBL-ANT C20n o Cande and Stock (2004; GMS)
804 53.9 -18.15 -17.85 1.7 802 !MBL-ANT C24n.3n o Cande and Stock (2004; GMS)
804 62.28 -18.15 -17.85 2.2 802 !MBL-ANT C27ny Cande and Stock (2004; GMS)
804 83.65 -18.15 -17.85 2.2 802 !MBL-ANT Van de Lagemaat et al. (2021)
901 0 0 0 0 804 !PAC-MBL
901 0.77 64.303 -81.212 0.676 804 !PAC-MBL C1n o Croon et al. (2008)
901 1.86 64.901 -81.138 1.606 804 !PAC-MBL C2n m Croon et al. (2008)
901 2.6 65.204 -81.225 2.227 804 !PAC-MBL C2An.1n y Croon et al. (2008)
901 3.6 65.897 -81.165 3.109 804 !PAC-MBL C2An.3n o Croon et al. (2008)
901 4.24 66.624 -80.533 3.702 804 !PAC-MBL C3n.1n m Croon et al. (2008)
901 5.12 66.909 -80.658 4.48 804 !PAC-MBL C3n.4n m Croon et al. (2008)
901 6.02 67.091 -81.081 5.211 804 !PAC-MBL C3An.1n y Croon et al. (2008)
901 6.73 67.331 -81.202 5.808 804 !PAC-MBL C3An.2n o Croon et al. (2008)
901 7.91 68.162 -80.54 6.83 804 !PAC-MBL C4n.2n m Croon et al. (2008)
901 8.94 68.833 -79.969 7.639 804 !PAC-MBL C4An m Croon et al. (2008)
901 9.79 69.707 -78.566 8.417 804 !PAC-MBL C5n.1n y Croon et al. (2008)
901 11.06 70.356 -77.813 9.481 804 !PAC-MBL C5n.2n o Croon et al. (2008)
901 12.37 71.293 -76.115 10.631 804 !PAC-MBL C5An.2n m Croon et al. (2008)
901 13.11 71.746 -75.122 11.283 804 !PAC-MBL C5AAn m Croon et al. (2008)
901 14.39 72.381 -73.576 12.42 804 !PAC-MBL C5ADn m Croon et al. (2008)
901 15.1 72.601 -73.192 13.012 804 !PAC-MBL C5Bn.2n m Croon et al. (2008)
901 16.12 72.974 -72.498 13.948 804 !PAC-MBL C5Cn.1n m Croon et al. (2008)
901 16.63 73.181 -72.032 14.344 804 !PAC-MBL C5Cn.3n m Croon et al. (2008)
901 17.38 73.394 -71.58 14.929 804 !PAC-MBL C5Dn m Croon et al. (2008)
901 18.01 73.617 -70.909 15.418 804 !PAC-MBL C5En y Croon et al. (2008)
901 18.64 73.712 -70.936 15.946 804 !PAC-MBL C6n y Croon et al. (2008)
901 19.54 74.001 -70.157 16.727 804 !PAC-MBL C6n o Croon et al. (2008)
901 20.61 74.133 -70.089 17.381 804 !PAC-MBL C6An.2n m Croon et al. (2008)
901 22.34 74.385 -69.727 18.675 804 !PAC-MBL C6Bn.2n o Croon et al. (2008)
901 23.27 74.482 -69.581 19.347 804 !PAC-MBL C6Cn.3n m Croon et al. (2008)
901 24.12 74.509 -69.664 19.923 804 !PAC-MBL C7n.2n y Croon et al. (2008)
901 25.1 74.499 -69.836 20.625 804 !PAC-MBL C8n.1n y Croon et al. (2008)
901 25.99 74.511 -69.806 21.175 804 !PAC-MBL C8n.2n o Croon et al. (2008)
901 26.42 74.455 -69.9 21.531 804 !PAC-MBL C9n y Croon et al. (2008)
901 27.44 74.401 -69.747 22.234 804 !PAC-MBL C9n o Croon et al. (2008)
901 27.86 74.407 -69.504 22.575 804 !PAC-MBL C10n.1n y Croon et al. (2008)
901 28.28 74.33 -69.543 22.953 804 !PAC-MBL C10n.2n o Croon et al. (2008)
901 29.18 74.378 -68.714 23.662 804 !PAC-MBL C11n.1n y Croon et al. (2008)
901 29.97 74.329 -68.43 24.232 804 !PAC-MBL C11n.2n o Croon et al. (2008)
901 30.59 74.366 -67.75 24.708 804 !PAC-MBL C12n y Croon et al. (2008)
901 30.98 74.32 -67.593 25.058 804 !PAC-MBL C12n o Croon et al. (2008)
901 33.21 74.444 -64.739 26.969 804 !PAC-MBL C13n y Croon et al. (2008)
901 33.73 74.479 -64.015 27.395 804 !PAC-MBL C13n o Croon et al. (2008)
901 35.1 74.621 -61.886 28.395 804 !PAC-MBL C15n y Croon et al. (2008)
901 35.34 74.634 -61.485 28.615 804 !PAC-MBL C15n o Croon et al. (2008)
901 35.77 74.702 -60.18 29.234 804 !PAC-MBL C16n.2n y Croon et al. (2008)
901 36.35 74.75 -59.047 29.808 804 !PAC-MBL C16n.2n o Croon et al. (2008)
901 36.57 74.763 -58.638 30.049 804 !PAC-MBL C17n.1n y Croon et al. (2008)
901 37.39 74.816 -57.44 30.678 804 !PAC-MBL C17n.1n o Croon et al. (2008)
901 38.4 74.855 -56.211 31.411 804 !PAC-MBL C18n.1n y Croon et al. (2008)
901 40.07 74.868 -54.46 32.62 804 !PAC-MBL C18n.2n o Croon et al. (2008)
901 41.11 74.859 -53.254 33.532 804 !PAC-MBL C19n m Croon et al. (2008)
901 42.2 74.856 -52.225 34.217 804 !PAC-MBL C20n y Croon et al. (2008)
901 43.45 74.775 -51.61 35.288 804 !PAC-MBL C20n o Croon et al. (2008)
901 47.76 74.431 -48.544 38.176 804 !PAC-MBL C21n o Wright et al. (2015)
901 53.9 73.474 -52.081 40.105 804 !PAC-MBL C24n.3n o Wright et al. (2015)
901 57.38 72.627 -54.727 41.142 804 !PAC-MBL C25n m Wright et al. (2015)
901 59.24 72.317 -54.189 42.531 804 !PAC-MBL C26n o Wright et al. (2015)
901 62.53 71.348 -54.157 45.498 804 !PAC-MBL C27o Wright et al. (2015)
901 68.18 68.941 -56.594 49.007 804 !PAC-MBL C30o Wright et al. (2015)
901 74.2 66.631 -57.357 52.776 804 !PAC-MBL C33y Wright et al. (2016)
901 83.65 63.6 -58.1 58.8 804 !PAC-MBL C34y Wright et al. (2016)
911 0 0 0 0 901 !NAZ-PAC
911 5 60.08 -91.23 -7.13 901 !NAZ-PAC Tebbens and Cande (1997); Wright et al. (2016)
911 11.06 63.42 -91.82 -16.54 901 !NAZ-PAC C5n.2n o Tebbens and Cande (1997); Wright et al. (2016)
911 15 64.98 -91.73 -22.83 901 !NAZ-PAC Tebbens and Cande (1997); Wright et al. (2016)
911 19.55 62.38 -93.02 -31.01 901 !NAZ-PAC C6n o Tebbens and Cande (1997)
911 22.34 63.42 -94.11 -35.51 901 !NAZ-PAC C6Bn.2n o Tebbens and Cande (1997); Wright et al. (2016)
2007 0 0 0 0 2001 !CAR-ECT
2007 49.666 0 0 0 2001 !CAR-ECT Leroy et al. (2000)
2001 0 0 0 0 2024 !ECT-SCU
2001 6.023 -68.84 -50.09 0.82 2024 !ECT-SCU C3An.1n y Leroy et al. (2000); Boschman et al. (2014)
2001 11.056 -69.75 -55.09 1.53 2024 !ECT-SCU C5n.2n o Leroy et al. (2000); Boschman et al. (2014)
2001 19.535 -69.2 -51.93 2.99 2024 !ECT-SCU C6n o Leroy et al. (2000); Boschman et al. (2014)
2001 25.987 -52.11 -62.14 4.12 2024 !ECT-SCU C8n.2n o Leroy et al. (2000); Boschman et al. (2014)
2001 33.726 -36.02 -68.74 6.45 2024 !ECT-SCU C13n o Leroy et al. (2000); Boschman et al. (2014)
2001 43.450 -39.71 -67.37 8.05 2024 !ECT-SCU C20n o Leroy et al. (2000); Boschman et al. (2014)
2001 49.666 -42.54 -66.71 8.81 2024 !ECT-SCU C22n o Leroy et al. (2000); Boschman et al. (2014)
2001 200 -42.54 -66.71 8.81 2024 !ECT-SCU Leroy et al. (2000); Boschman et al. (2014)
2024 0 0 0 0 101 !SCU-NAM Leroy et al. (2000); Boschman et al. (2014)
2024 38.0 0 0 0 101 !SCU-NAM Leroy et al. (2000); Boschman et al. (2014)
2024 200.0 0 0 0 101 !SCU-NAM Leroy et al. (2000); Boschman et al. (2014)
1000 0 90 0 0 701 ! Müller et al. (2022) mantle reference frame
1000 5 69.6901 -51.6676 1.3144 701 ! Müller et al. (2022) mantle reference frame
1000 10 68.1833 -50.1453 2.5447 701 ! Müller et al. (2022) mantle reference frame
1000 15 68.944 -48.569 3.6528 701 ! Müller et al. (2022) mantle reference frame
1000 20 69.6396 -45.3814 4.7393 701 ! Müller et al. (2022) mantle reference frame
1000 25 63.918 -42.4475 5.9714 701 ! Müller et al. (2022) mantle reference frame
1000 30 59.7823 -40.7264 6.9703 701 ! Müller et al. (2022) mantle reference frame
1000 35 55.0079 -37.7965 7.8901 701 ! Müller et al. (2022) mantle reference frame
1000 40 51.5606 -34.4391 9.0399 701 ! Müller et al. (2022) mantle reference frame
1000 45 49.6424 -33.0123 10.2469 701 ! Müller et al. (2022) mantle reference frame
1000 50 48.6698 -33.7044 11.7791 701 ! Müller et al. (2022) mantle reference frame
1000 55 48.1705 -35.1007 12.9392 701 ! Müller et al. (2022) mantle reference frame
1000 60 46.5577 -36.4254 13.4065 701 ! Müller et al. (2022) mantle reference frame
1000 65 44.7656 -37.6355 13.7179 701 ! Müller et al. (2022) mantle reference frame
1000 70 42.5452 -37.841 14.6724 701 ! Müller et al. (2022) mantle reference frame
1000 75 40.0651 -37.1806 16.4679 701 ! Müller et al. (2022) mantle reference frame
1000 80 37.7809 -38.137 18.6988 701 ! Müller et al. (2022) mantle reference frame
1000 85 35.1558 -39.6023 21.367 701 ! Müller et al. (2022) mantle reference frame
1000 90 32.2516 -39.0437 24.3377 701 ! Müller et al. (2022) mantle reference frame
1000 95 29.8261 -38.3266 26.7977 701 ! Müller et al. (2022) mantle reference frame
1000 100 28.898 -37.5861 29.114 701 ! Müller et al. (2022) mantle reference frame
1000 105 27.332 -35.8876 31.1183 701 ! Müller et al. (2022) mantle reference frame
1000 110 25.8642 -34.3443 33.1227 701 ! Müller et al. (2022) mantle reference frame
1000 115 24.2485 -33.3284 35.6016 701 ! Müller et al. (2022) mantle reference frame
1000 120 22.2148 -32.1606 38.0745 701 ! Müller et al. (2022) mantle reference frame
1000 125 20.8535 -32.2077 39.5491 701 ! Müller et al. (2022) mantle reference frame
1000 130 19.2797 -32.2647 41.0891 701 ! Müller et al. (2022) mantle reference frame
1000 135 18.3465 -32.1908 42.5466 701 ! Müller et al. (2022) mantle reference frame
1000 140 18.64 -31.3057 43.2702 701 ! Müller et al. (2022) mantle reference frame
1000 145 19.4632 -30.8682 43.7471 701 ! Müller et al. (2022) mantle reference frame
1000 150 20.5475 -30.6786 43.9079 701 ! Müller et al. (2022) mantle reference frame
1000 155 20.045 -30.8967 44.2773 701 ! Müller et al. (2022) mantle reference frame
1000 160 19.2165 -30.6029 44.9131 701 ! Müller et al. (2022) mantle reference frame
1000 165 18.4969 -30.1281 45.9042 701 ! Müller et al. (2022) mantle reference frame
1000 170 17.6548 -29.932 46.4581 701 ! Müller et al. (2022) mantle reference frame
1000 175 17.4313 -29.1922 46.4576 701 ! Müller et al. (2022) mantle reference frame
1000 180 17.0944 -28.3502 46.3622 701 ! Müller et al. (2022) mantle reference frame
1000 185 17.038 -28.0676 46.5092 701 ! Müller et al. (2022) mantle reference frame
1000 190 17.019 -27.4911 46.7282 701 ! Müller et al. (2022) mantle reference frame
1000 195 16.6658 -27.5475 47.0561 701 ! Müller et al. (2022) mantle reference frame
1000 200 16.33 -27.6263 47.4125 701 ! Müller et al. (2022) mantle reference frame
1000 205 16.0014 -29.0459 47.1664 701 ! Müller et al. (2022) mantle reference frame
1000 210 15.652 -30.5652 46.9565 701 ! Müller et al. (2022) mantle reference frame
1000 215 15.238 -32.4506 47.0519 701 ! Müller et al. (2022) mantle reference frame
1000 220 14.773 -34.4108 47.2267 701 ! Müller et al. (2022) mantle reference frame
1000 225 14.4747 -35.5282 47.3542 701 ! Müller et al. (2022) mantle reference frame
1000 230 14.128 -36.7413 47.5121 701 ! Müller et al. (2022) mantle reference frame
1000 235 13.1525 -36.6865 47.2168 701 ! Müller et al. (2022) mantle reference frame
1000 240 12.06 -36.6559 46.9012 701 ! Müller et al. (2022) mantle reference frame
1000 245 10.9966 -36.5667 46.6751 701 ! Müller et al. (2022) mantle reference frame
1000 250 9.8554 -36.4708 46.4245 701 ! Müller et al. (2022) mantle reference frame
1000 255 10.3332 -36.4314 46.5269 701 ! Müller et al. (2022) mantle reference frame
1000 260 10.8274 -36.3273 46.6141 701 ! Müller et al. (2022) mantle reference frame
1000 265 10.8337 -36.3122 46.5766 701 ! Müller et al. (2022) mantle reference frame
1000 270 10.8311 -36.2822 46.5128 701 ! Müller et al. (2022) mantle reference frame
1000 275 10.6492 -36.3181 46.4911 701 ! Müller et al. (2022) mantle reference frame
1000 280 10.3241 -36.4253 46.513 701 ! Müller et al. (2022) mantle reference frame
1000 285 9.8278 -36.3337 46.6344 701 ! Müller et al. (2022) mantle reference frame
1000 290 9.2874 -36.2270 46.7882 701 ! Müller et al. (2022) mantle reference frame
1000 295 9.0751 -36.2415 46.6812 701 ! Müller et al. (2022) mantle reference frame
1000 300 8.8168 -36.2488 46.5689 701 ! Müller et al. (2022) mantle reference frame
1000 305 8.5889 -36.2637 46.5043 701 ! Müller et al. (2022) mantle reference frame
1000 310 8.3041 -36.3264 46.4033 701 ! Müller et al. (2022) mantle reference frame
1000 315 7.9966 -36.3943 46.4189 701 ! Müller et al. (2022) mantle reference frame
1000 320 -7.6192 143.5246 -46.42 701 ! Müller et al. (2022) mantle reference frame
1000 325 -6.6961 143.4235 -46.254 701 ! Müller et al. (2022) mantle reference frame
1000 330 -5.6161 143.3763 -46.0281 701 ! Müller et al. (2022) mantle reference frame
1000 335 4.6288 -38.3245 45.861 701 ! Müller et al. (2022) mantle reference frame