Quantifying Hydromodification Impacts and Developing Mitigation Using a F o u r Factor Approach
Online Resource 1 Ian Smith *[email protected]/s00445-012-0588... · Andesitic Plinian eruptions...
4
*[email protected] Sample δ bulk [g/cm 3 ] ϕbulk [ %] Sample δ bulk [g/cm 3 ] ϕbulk [ %] Sample δ bulk [g/cm 3 ] ϕbulk [ %] Sample δ bulk [g/cm 3 ] ϕbulk [ %] B14_IX_1b-1a 0.54 79.94 B50_5b-Sw10 1.20 67.65 B50_XXVII-bott-1a 1.6136 43.30 Ph-1-3a 0.3054 90.10 B14_IX_1b-1b 1.06 65.98 B50_5b-Sw11 1.15 68.98 B50_XXVII-bott-1b 1.8223 36.49 50-16a-1 1.4111 49.18 B14_IX_1b-1c 0.55 84.70 B50_5b-Sw12 0.90 75.63 B50_XXVII-bott-1d 1.1413 63.00 13-Ph-1a-3 1.5977 46.74 B14_IX_1b-7 0.60 80.74 B50-5b-Swb2 1.40 62.22 B50_XXVII-bott-1e 1.3294 54.65 Ph-1-1a 0.8627 69.55 B13-IX-1b-3e 0.60 80.81 B50-5b-Swb10 1.20 67.65 B50_XXVII-bott-1f 1.1954 61.25 Ph-1-2a 0.4660 85.15 B13-IX-1b-3f 0.64 78.01 B50-5b-Swb11 1.15 68.98 B50_XXVII-bott-1g 1.8675 39.45 Ph-1-2b 2.1892 31.99 B14_IX_1b-3a 0.50 83.36 B50-5b-Swb12 0.90 75.63 B50_XXVII-bott-1h 1.2461 57.49 Ph-1-2c 1.0368 63.83 B14_IX_1b-3b 0.88 74.46 B3_17409_7 0.83 77.39 B50_XXVII-bott-1k 1.0005 65.13 L-Okp-1 0.8698 70.74 B14_IX_1b-3c 0.68 83.62 B50_Sw_5b-1a 2.81 8.91 B50_XXVII-bott-1c 1.0657 62.86 L-Okp-2 0.8598 71.07 B14_IX_1b-3d 1.36 67.96 B50_Sw_5b-2a 2.45 18.49 B50_XXVII-bott-2a 1.2652 56.50 L-Okp-4 0.6353 79.54 B14_IX_1b-6 0.62 80.17 B50_Sw_5b-2b 1.02 67.02 B50_XXVII-bott-2b 1.1502 60.51 L-Okp-5 0.8905 70.04 B14_IX_1b-9 0.38 90.97 B50_Sw_5b-4 1.01 67.25 B50_XXVII-bott-2e 1.6364 43.70 L-Okp-6 0.7974 74.36 B13-IX-1c-8 0.63 78.73 B50_5b-Sw6 1.21 61.00 B50_XXVII-bott-2f 1.2723 58.75 50-16a-3 1.1538 63.63 B13-IX-1b-2h 0.68 78.73 B50_5b-Sw17 1.07 70.96 B50_XXVII-bott-2g 0.8434 72.66 L-Okp-3 1.0664 64.12 B13-IX-1b-2i 0.68 77.66 B50_5b-Sw19 1.30 64.81 B50_XXVII-bott-2h 1.2478 57.10 L-Okp-10 0.7484 75.94 B13-IX-1b-2j 0.81 70.90 B50_5b-Swb6 1.21 67.33 B50_XXVII-bott-2i 2.1424 26.35 Ph-1-1b 1.5248 50.25 B13-IX-1b-2k 0.60 79.99 B50_5b-Swb17 1.07 70.96 B50_XXVII-bott-2j 1.5738 45.90 Ph-1-4a 0.7527 74.91 B13-IX-1b-2m 0.56 81.26 B50_5b-Swb19 1.30 64.81 B50_XXVII-bott-2k 1.4935 51.58 50-16a-2 2.3769 20.77 B13-IX-1b-2n 0.68 77.33 B50_Sw_5b-5 1.79 51.21 B50_XXVII-bott-2m 1.3830 52.45 50-16a-4 1.8458 42.67 B14_IX_1b-2b 0.64 80.18 B50_5b-Sw1 1.35 56.53 B50_XXVII-bott-3a 1.0094 65.30 50-16a-5 1.1768 60.77 B14_IX_1b-8 0.49 88.36 B50_5b-Sw4 1.10 70.20 B50_XXVII-bott-3b 1.1891 60.20 13-Ph-1a-1 1.2676 55.11 B13-IX-1b-2c 0.53 82.79 B50_5b-Sw14 1.16 68.56 B50_XXVII-bott-3c 1.2092 57.32 13-Ph-1a-2 0.8130 72.90 B13-IX-1b-2d 0.64 78.68 B50_5b-Sw10 1.16 61.33 B50_XXVII-bott-3e 1.0867 62.64 13-Ph-1a-4 1.2727 57.58 B13-IX-1b-2e 0.64 78.68 B50_5b-Swb1 1.35 63.58 B50_XXVII-bott-3f 1.0300 64.24 13-Ph-1a-5 2.5953 10.16 B13-IX-1b-2g 0.56 81.26 B50_5b-Swb3 1.36 63.12 B50_XXVII-bott-3g 1.0758 63.01 L-Okp-8 1.3479 54.65 B13-IX-1b-2l 0.49 83.68 B50_5b-Swb4 1.10 70.20 B50_XXVII-bott-2l 1.3454 53.75 L-Okp-9 1.3847 53.41 B13-IX-1b-2o 0.68 77.33 B50_5b-Swb9 1.16 68.56 B50_XXVII-bott-1i 1.4000 52.67 L-Okp-11 0.9300 71.11 B13-IX-1b-2p 0.56 81.26 B50_5b-Swb14 1.16 61.33 B50_XXVII-bott-4a 1.4822 49.89 L-Okp-12 0.7378 77.13 Online Resource 1. Andesitic Plinian eruptions at Mt. Ruapehu: quantifying the uppermost limits of eruptive parameters. Natalia Pardo*, Shane Cronin, Alan Palmer, Jonathan Procter, Ian Smith Okupata Mangatoetoenui Shawcroft Orumatua
Transcript of Online Resource 1 Ian Smith *[email protected]/s00445-012-0588... · Andesitic Plinian eruptions...
Sample δ bulk [g/cm3]
ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %]
B14_IX_1b-1a 0.54 79.94 B50_5b-Sw10 1.20 67.65 B50_XXVII-bott-1a 1.6136 43.30 Ph-1-3a 0.3054 90.10B14_IX_1b-1b 1.06 65.98 B50_5b-Sw11 1.15 68.98 B50_XXVII-bott-1b 1.8223 36.49 50-16a-1 1.4111 49.18B14_IX_1b-1c 0.55 84.70 B50_5b-Sw12 0.90 75.63 B50_XXVII-bott-1d 1.1413 63.00 13-Ph-1a-3 1.5977 46.74B14_IX_1b-7 0.60 80.74 B50-5b-Swb2 1.40 62.22 B50_XXVII-bott-1e 1.3294 54.65 Ph-1-1a 0.8627 69.55B13-IX-1b-3e 0.60 80.81 B50-5b-Swb10 1.20 67.65 B50_XXVII-bott-1f 1.1954 61.25 Ph-1-2a 0.4660 85.15B13-IX-1b-3f 0.64 78.01 B50-5b-Swb11 1.15 68.98 B50_XXVII-bott-1g 1.8675 39.45 Ph-1-2b 2.1892 31.99B14_IX_1b-3a 0.50 83.36 B50-5b-Swb12 0.90 75.63 B50_XXVII-bott-1h 1.2461 57.49 Ph-1-2c 1.0368 63.83B14_IX_1b-3b 0.88 74.46 B3_17409_7 0.83 77.39 B50_XXVII-bott-1k 1.0005 65.13 L-Okp-1 0.8698 70.74B14_IX_1b-3c 0.68 83.62 B50_Sw_5b-1a 2.81 8.91 B50_XXVII-bott-1c 1.0657 62.86 L-Okp-2 0.8598 71.07B14_IX_1b-3d 1.36 67.96 B50_Sw_5b-2a 2.45 18.49 B50_XXVII-bott-2a 1.2652 56.50 L-Okp-4 0.6353 79.54B14_IX_1b-6 0.62 80.17 B50_Sw_5b-2b 1.02 67.02 B50_XXVII-bott-2b 1.1502 60.51 L-Okp-5 0.8905 70.04B14_IX_1b-9 0.38 90.97 B50_Sw_5b-4 1.01 67.25 B50_XXVII-bott-2e 1.6364 43.70 L-Okp-6 0.7974 74.36B13-IX-1c-8 0.63 78.73 B50_5b-Sw6 1.21 61.00 B50_XXVII-bott-2f 1.2723 58.75 50-16a-3 1.1538 63.63B13-IX-1b-2h 0.68 78.73 B50_5b-Sw17 1.07 70.96 B50_XXVII-bott-2g 0.8434 72.66 L-Okp-3 1.0664 64.12B13-IX-1b-2i 0.68 77.66 B50_5b-Sw19 1.30 64.81 B50_XXVII-bott-2h 1.2478 57.10 L-Okp-10 0.7484 75.94B13-IX-1b-2j 0.81 70.90 B50_5b-Swb6 1.21 67.33 B50_XXVII-bott-2i 2.1424 26.35 Ph-1-1b 1.5248 50.25B13-IX-1b-2k 0.60 79.99 B50_5b-Swb17 1.07 70.96 B50_XXVII-bott-2j 1.5738 45.90 Ph-1-4a 0.7527 74.91B13-IX-1b-2m 0.56 81.26 B50_5b-Swb19 1.30 64.81 B50_XXVII-bott-2k 1.4935 51.58 50-16a-2 2.3769 20.77B13-IX-1b-2n 0.68 77.33 B50_Sw_5b-5 1.79 51.21 B50_XXVII-bott-2m 1.3830 52.45 50-16a-4 1.8458 42.67B14_IX_1b-2b 0.64 80.18 B50_5b-Sw1 1.35 56.53 B50_XXVII-bott-3a 1.0094 65.30 50-16a-5 1.1768 60.77B14_IX_1b-8 0.49 88.36 B50_5b-Sw4 1.10 70.20 B50_XXVII-bott-3b 1.1891 60.20 13-Ph-1a-1 1.2676 55.11B13-IX-1b-2c 0.53 82.79 B50_5b-Sw14 1.16 68.56 B50_XXVII-bott-3c 1.2092 57.32 13-Ph-1a-2 0.8130 72.90B13-IX-1b-2d 0.64 78.68 B50_5b-Sw10 1.16 61.33 B50_XXVII-bott-3e 1.0867 62.64 13-Ph-1a-4 1.2727 57.58B13-IX-1b-2e 0.64 78.68 B50_5b-Swb1 1.35 63.58 B50_XXVII-bott-3f 1.0300 64.24 13-Ph-1a-5 2.5953 10.16B13-IX-1b-2g 0.56 81.26 B50_5b-Swb3 1.36 63.12 B50_XXVII-bott-3g 1.0758 63.01 L-Okp-8 1.3479 54.65B13-IX-1b-2l 0.49 83.68 B50_5b-Swb4 1.10 70.20 B50_XXVII-bott-2l 1.3454 53.75 L-Okp-9 1.3847 53.41B13-IX-1b-2o 0.68 77.33 B50_5b-Swb9 1.16 68.56 B50_XXVII-bott-1i 1.4000 52.67 L-Okp-11 0.9300 71.11B13-IX-1b-2p 0.56 81.26 B50_5b-Swb14 1.16 61.33 B50_XXVII-bott-4a 1.4822 49.89 L-Okp-12 0.7378 77.13
Online Resource 1. Andesitic Plinian eruptions at Mt. Ruapehu: quantifying the uppermost limits of eruptive parameters. Natalia Pardo*, Shane Cronin, Alan Palmer, Jonathan Procter, Ian Smith
OkupataMangatoetoenui Shawcroft Orumatua
B13-IX-1b-2q 0.56 81.26 B50_Sw_5b-4a 1.92 47.83 B50_XXVII-bott-4b 1.6754 43.36 L-Okp-14 0.7561 76.51B13-IX-1b-2r 0.68 77.83 B50_Sw_5b-4b 1.37 51.42 B50_XXVII-bott-4c 1.0763 63.61 L-Okp-15 0.9717 68.71
Sample δ bulk [g/cm3]
ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %]
B13-IX-1b-2s 0.46 84.82 B50_Sw_5b-4c 1.06 65.01 B50_XXVII-bott-4d 1.2097 59.11 Ph-2-2a 0.7871 75.41B13-IX-1b-6 1.00 76.41 B50_Sw_5b-1 0.66 77.74 B50_XXVII-bott-4e 1.9841 32.92 Ph-2-2b 0.8147 75.06B14_IX_1b-2a 0.65 80.04 B50_Sw_5b-2 0.19 94.89 B50_XXVII-bott-4f 1.6679 43.61 13-Ph-1c-4 0.6633 79.27B13-IX-1c-9 1.19 63.26 B50_Sw_5b-3 1.47 50.83 B50_XXVII-bott-4g 1.5031 49.18 U-Okp-P1 0.9843 66.88B13-IX-1b-4a 0.49 83.80 B50_5b-Sw2 1.40 62.22 B50_XXVII-bott-4h 1.0463 66.03 U-Okp-P4 0.7371 76.30B13-IX-1b-4b 0.49 83.80 B50_5b-Sw3 1.36 63.12 B50_XXVII-bott-4i 0.0129 99.56 U-Okp-P7 0.9303 68.70B13-IX-1b-4c 0.64 78.84 B50_5b-Sw5 1.43 61.42 B50_XXVII-bott-4j 1.5754 46.74 U-Okp-P8 0.6304 80.42B13-IX-1b-4d 0.64 78.28 B50_5b-Sw8 1.24 66.38 B50_XXVII-bott-4l 1.5222 48.54 U-Okp-P9 0.8982 69.78B13-IX-1b-4e 0.53 82.62 B50_5b-Sw13 1.44 60.98 B50_XXVII-bott-4m 1.0738 63.70 U-Okp-P10 0.9647 67.54B13-IX-1c-10 0.82 80.76 B50_5b-Sw15 1.10 70.24 B50_XXVII-bott-4n 1.6718 43.48 13-Ph-1c-5 0.6728 78.97IXe-P16 1.12 73.48 B50_5b-Sw16 0.98 73.48 B50-XXVII-mid-1a 0.6064 79.50 Ph-2-1a 0.8793 69.30B15_IX-1e-3a 1.36 56.55 B50_5b-Sw18 1.71 53.80 B50-XXVII-mid-P2 1.4705 51.81 Ph-2-1b 0.6891 78.59B15_IX-1e-3b1 1.58 49.56 B50_5b-Swb5 1.43 61.42 B50-XXVII-mid-P4 1.1854 59.56 Ph-2-1c 0.8539 72.78B15_IX-1e-3b2 1.15 63.31 B50_5b-Swb8 1.24 66.38 B50-XXVII-mid-P5 1.4492 50.26 Ph-2-1d 0.8862 81.25B2-IX-1e-4 1.39 55.68 B50_5b-Swb13 1.44 60.98 B50-XXVII-mid-P12 1.2099 60.77 Ph-2-1e 0.7726 75.54B2-IX-1e-6 0.87 72.29 B50_5b-Swb15 1.10 70.24 B50-XXVII-mid-P3 1.3487 56.28 Ph-2-3a 1.1471 64.37B2-IX-1e-9 0.64 77.07 B50_5b-Swb16 0.98 73.48 B50-XXVII-mid-P21 1.2090 60.75 13-Ph-1c-1 1.1281 64.44B15_IX-1e-2a 1.58 51.14 B50_5b-Swb18 1.71 53.80 B50-XXVII-mid-P26 1.1273 63.64 50-16b-1 0.8643 72.75B15_IX-1e-2b 2.25 20.46 B50_Sw_5c-PSw16 1.38 55.33 B50-XXVII-mid-2a 1.0250 66.77 50-16b-2 0.7728 75.85IXe-P12 0.97 77.13 B50_Sw_5c-PSw18 1.41 57.18 B50-XXVII-mid-2b 0.6447 77.15 50-16b-4 1.6947 47.04IXe-P14 0.95 77.63 B50_Sw_5c-Swc16 1.38 58.03 B50-XXVII-mid-3a 1.1606 62.37 U-Okp-P2 0.8361 71.87IXe-P17 1.06 74.91 B50_Sw_5c-Swc18 1.41 57.18 B50-XXVII-mid-P18 0.7918 72.82 U-Okp-P3 0.9481 68.10B15_IX-1e-2c 2.55 19.34 B50_Sw_5c-Swc20 1.02 68.98 B50-XXVII-mid-P22 1.2268 60.17 Ph-2-4a 1.0150 65.59IXe-P2 1.08 74.59 B50_Sw_5c-PSw9 1.06 65.70 B50-XXVII-mid-P23 1.0564 65.92 13-Ph-1c-2 1.2329 61.47IXe-P5 1.00 76.39 B50_Sw_5c-Swc9 1.06 67.78 B50-XXVII-mid-P24 0.9880 69.32 13-Ph-1c-3 1.1267 64.79IXe-P9 0.93 78.10 B50_Sw_5c-1a 1.11 69.68 B50-XXVII-mid-P31 1.1551 62.50 13-Ph-1c-6 0.7353 77.02IXe-P10 1.11 73.92 B50_Sw_5c-1ay 1.13 63.45 B50-XXVII-mid-P1 1.4705 49.53 50-16b-3 0.8349 73.91IXe-P11 1.02 76.04 B50_Sw_5c-2a 1.33 54.70 B50-XXVII-mid-P7 1.0319 64.58 50-16b-5 0.8565 73.23
Mangatoetoenui Shawcroft Orumatua Okupata
B15_IX-1e-4a 2.67 14.89 B50_Sw_5c-PSw1 1.05 65.05 B50-XXVII-mid-P8 1.1114 61.86 U-Okp-P5 0.9681 67.43
Sample δ bulk [g/cm3]
ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %]
B15_IX-1e-4b 1.90 40.85 B50_Sw_5c-PSw11 1.15 69.04 B50-XXVII-mid-P9 1.3189 54.73 U-Okp-P6 1.2594 57.63B2-IX-1e-7(3) 0.80 75.02 B50_Sw_5c-PSw17 0.93 71.90 B50-XXVII-mid-P10 1.0858 62.73IXe-P1 1.30 69.32 B50_Sw_5c-PSw23 1.23 62.72 B50-XXVII-mid-P13 1.3828 52.54IXe-P3 1.16 72.59 B50_Sw_5c-PSw24 1.09 66.85 B50-XXVII-mid-P14 1.1555 60.34IXe-P4 1.19 71.92 B50_Sw_5c-Swc1 1.05 68.23 B50-XXVII-mid-P15 1.1960 58.95IXe-P6 1.23 70.98 B50_Sw_5c-Swc2 1.08 67.39 B50-XXVII-mid-P17 1.0699 65.26IXe-P7 1.13 73.43 B50_Sw_5c-Swc11 1.15 65.29 B50-XXVII-mid-P25 0.8938 77.26IXe-P8 1.30 69.40 B50_Sw_5c-Swc13 1.29 60.99 B50-XXVII-mid-P27 1.1163 61.69IXe-P13 1.05 75.19 B50_Sw_5c-Swc23 1.23 62.72 B50-XXVII-mid-P28 1.3652 55.68IXe-P15 1.02 76.02 B50_Sw_5c-Swc24 1.09 66.85 B50-XXVII-mid-P29 0.7549 75.49IXe-P18 1.04 75.37 B50_Sw_5c-2b 1.36 53.51 B50-XXVII-mid-P30 1.2696 56.43
B50_Sw_5c-5 0.88 68.95 B50-XXVII-up-P5 1.1878 60.01B50_Sw_5c-PSw2 1.08 65.28 B50-XXVII-up-P11 1.0354 65.14B50_Sw_5c-PSw6 1.17 62.40 B50-XXVII-up-P15 1.0585 65.63B50_Sw_5c-PSw13 1.46 52.81 B50-XXVII-up-P20 1.3480 54.61B50_Sw_5c-PSw14 1.15 62.82 B50-XXVII-up-P12 0.9096 69.37B50_Sw_5c-PSw15 1.14 65.55 B50-XXVII-up-P14 1.2292 58.61B50_Sw_5c-PSw22 1.33 57.23 B50-XXVII-up-P21 1.1300 61.95B50_Sw_5c-Swc6 1.17 64.68 B50-XXVII-up-2a 1.0405 66.27B50_Sw_5c-Swc12 1.46 55.67 B50-XXVII-up-2b 1.0319 66.55B50_Sw_5c-Swc14 1.15 65.07 B50-XXVII-up-P24 0.7686 77.26B50_Sw_5c-Swc15 1.14 65.55 B50-XXVII-up-4a 1.5583 49.40B50_Sw_5c-Swc22 1.33 59.82 B50-XXVII-up-4b1 1.4124 54.14B50_Sw_5c-4a 1.64 49.81 B50-XXVII-up-4b2 2.8591 3.35B50_Sw_5c-4b 1.70 48.62 B50-XXVII-up-4c 1.4572 52.69B50_Sw_5c-2 1.54 45.71 B50-XXVII-up-4d 2.8000 6.78B50_Sw_5c-3 0.91 67.66 B50-XXVII-up-P1 0.9868 66.77B50_Sw_5c-4 1.09 63.57 B50-XXVII-up-P2 1.0176 65.74B50_Sw_5c-PSw3 1.13 69.47 B50-XXVII-up-P3 1.1510 61.25
OkupataMangatoetoenui Shawcroft Orumatua
B50_Sw_5c-PSw4 1.28 65.43 B50-XXVII-up-P4 1.2702 57.23B50_Sw_5c-PSw10 1.72 53.49 B50-XXVII-up-P6 1.1026 62.88
Sample δ bulk [g/cm3]
ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %] Sample δ bulk
[g/cm3]ϕbulk [ %]
B50_Sw_5c-PSw13 1.29 58.47 B50-XXVII-up-P7 0.9788 67.04B50_Sw_5c-PSw20 1.02 68.98 B50-XXVII-up-P8 1.2151 59.09B50_Sw_5c-PSw21 1.14 69.26 B50-XXVII-up-P9 1.3522 54.47B50_Sw_5c-Swc3 1.13 65.77 B50-XXVII-up-P10 1.3537 54.42B50_Sw_5c-Swc4 1.28 61.24 B50-XXVII-up-P13 1.3034 56.11B50_Sw_5c-Swc9 1.72 47.85 B50-XXVII-up-P16 1.4357 51.66B50_Sw_5c-Swc10 1.72 47.85 B50-XXVII-up-P17 1.0869 63.40B50_Sw_5c-Swc17 0.93 71.90 B50-XXVII-up-P18 1.1877 60.01B50_Sw_5c-Swc21 1.14 69.26 B50-XXVII-up-P19 1.3675 53.96
B50-XXVII-up-P22 1.1602 60.94MIN 0.38 14.89 MIN 0.19 8.91 MIN 0.01 3.35 MIN 0.31 10.16MAX 2.67 90.97 MAX 2.81 94.89 MAX 2.86 99.56 MAX 2.60 90.10AVERAGE 0.93 73.03 AVERAGE 1.25 62.78 AVERAGE 1.26 57.81 AVERAGE 1.04 66.23L-Mgt 0.64 79.91 Sw-base 1.27 63.46 L-Oru 1.33 54.95 L-Okp 1.15 61.75Min-L-Mgt 0.38 65.98 min 0.19 8.91 min 0.01 26.35 min 0.31 10.16Max-L-Mgt 1.36 90.97 max 2.81 94.89 max 2.14 99.56 max 2.60 90.10U-Mgt 1.28 64.42 Sw-Top 1.23 62.13 M-Oru 1.13 62.56 U-Okp 0.92 70.71Min-U-Mgt 0.64 14.89 min 0.88 45.71 min 0.61 49.53 min 0.63 47.04Max-U-Mgt 2.67 78.10 max 1.72 71.90 max 1.47 79.50 MAX 1.69 81.25
U-Oru 1.29 56.89min 0.77 3.35max 2.86 77.26
Mangatoetoenui Shawcroft Orumatua Okupata
