Leg 185 HOLE 801C ALTERATION LOG Rock Color/Alteration Type Phenocrysts Gms % % % % % % Olivine Plagioclase Pyroxene Vesicles Unit Core Sec Pc Top Base length Depth % % dark grey- % % grey green pale % black altrd % 2nd % 2nd % 2nd % Comments Minerals no. (cm) coretop LAVA OTHER grey brn Brn green green grey green fawn halo glass alt min alt min alt min alt (%) and % 33 13 1 1 0 4 4 594.3 100 100 SM 5 SM 40 CO3 60 33 13 1 2 4.5 7.5 3 594.34 hydrothermal unit Fe(OH)n SiO2 33 13 1 3 9 11 2 594.37 Brecciated sediment 33 13 1 4 13 21.5 8.5 594.39 96 4 100 SM 2 SM 100 33 13 1 5 25 31 6 594.48 Rubble 33 13 1 6 31 33 2 594.54 Rubble 33 13 1 7 34.5 40.5 6 594.56 100 100 SM Large vesicles lined w silica w inner CO3 5 CO3 80 SiO2 20 33 13 1 8 41.5 46.5 5 594.62 Rubble 34 14 1 "1,2" 0 129 129 604 100 <5 2 CO3 90 SM 10 34 14 2 1 0 91 91 605.31 99 <5 1 CO3 95 SM 5 35 14 2 2A 91 119 28 606.22 98 2 100 SM <5 ROCK ONLY SPARSELY PHYRIC <<1 CO3 100 35 14 2 2B 125 146 21 SEDIMENT 37 14 3 3 7.5 27.5 20 606.78 100 15 CLAY <10 SPARSELY PHYRIC 2 CO3 100 37 14 3 5-8A 31.5 89 57.5 606.98 100 15 CLAY <10 1 CO3 100 37 14 3 8B-C 89 104 15 607.56 100 <10 INTERPILLOW MATERIAL 37 14 3 11 126.5 134 7.5 607.71 100 <10 1 CO3 80 SiO2 20 38 14 4 "1,-15" 0 145.5 145.5 608.16 100 10 SM <5 SPARSELY PHYRIC 38 14 5 "1,-4" 0 56 56 609.62 100 <5 38 14 5 5 56.5 60.5 4 610.18 100 RUBBLE W 1 GREEN ROCK (EXOTIC) 38 14 5 6 63 70.5 7.5 610.22 100 100 SM <5 1 CO3 100 38 14 5 7 71 89 18 610.3 100 100 SM <5 1 CO3 90 SM 10 38 14 5 8 90 95 5 610.48 100 <5 0.5 CO3 100 39 15 1 1 0 4 4 613.7 BRECCIA(?) 39 15 1 2 4 21 17 613.74 15 85 IP 1 14 1 20 MULTI-COLORED ZONES 39 15 1 3 22 26 4 613.91 40 60 IP 1 31 3 25 39 15 1 4 26.5 31 4.5 613.95 80 20 IP 2 62 6 20 39 15 1 5 31.5 38.5 7 614 70 30 VB 5 65 20 39 15 1 6 40 43 3 614.07 25 75 IP 5 15 5 30 40 15 1 "7,-15" 43 83 40 614.1 SEDIMENT 41 15 1 "16A,B" 83 105 22 614.5 85 15 IP 5 40 40 50 SM 35 <1 CO3 100 41 15 1 "17A,B" 106 127 21 614.72 80 20 IP+B 48 2 30 50 SM 30 <1 CO3 100 41 15 1 18 128 132 4 614.93 90 10 IP 80 10 <10 2 CO3 100 41 15 2 1A-D 0 44 44 615.02 95 5 IP 90 1 4 <10 41 15 2 2 45 52 7 615.46 100 90 1 4 <10 41 15 2 3 53 57 4 615.53 40 60 IP 6 20 7 7 100 SM 50 SM 25 42 15 2 4 58 62 4 615.57 SEDIMENT 42 15 2 5 63 70.5 7.5 615.61 40 60IP 2 30 4 4 50 SM 30 PORE SPACE FILLED W CO3 +SULPHIDE 42 15 2 6 70.5 73.5 3 615.69 43 15 2 7A-C 73.5 136 62.5 615.72 60 40 IP 50 1 5 4 30? ? 15 DISSEMINATED SULPHIDE <1 CO3 100 43 15 3 1 0 65 65 616.41 80 20 IP 70 2 4 4 25 SM 10 DISSEMINATED SULPHIDE + PLAG MICROLITES <1 CO3 100 43 15 3 2 68 76 8 617.06 RUBBLE 43 15 3 3A-C 76 113 37 617.14 93 7 IP 93 100 CLAY <10 43 15 3 "4,-5" 113 130 17 617.51 SEDIMENT 43 15 4 1 0 131 131 617.71 99 1 IP 99 100 SM <5 2.5 CO3 70 SM 30 44 15 5 1 0 94 94 619.03 95 5 IP 95 15 PYROXENE SEEN (FRESH) LOTS OF PLAG MICROLITES 2.5 CO3 70 SM 30 45/46 15 6 1A-G 0 139 139 619.98 90 10 IP 70 2 8 10 100 SM 75 SM 15 46 15 7 1A-F 0 109 109 621.38 85 15IP 2 12 11 60 60 TRANSITIONAL BLEACH ZONE PALE G->GN G->G GN 1 CO3 50 SM 50 SM VESICLES CLOSE TO CHERT BAND CO3 DISTAL 47 16 1 1 0 3 3 623.3 100 100 10 SM <5 2 CO3 100 47 16 1 2A-F 6 31 25 623.33 75 25 IP 70 2 2 <10 47 16 1 3 31 42 11 623.58 50 50 IP 46 2 2 <10 47 16 1 4A-G 43 142 99 623.69 100 100 <5 4 CO3 90 SM 10 47 16 2 1A-F 0 126 126 624.74 75 25 B 2 3 70 100 SM 100 SM 20 49 16 3 "1,-5" 0 65 65 626.02 100 HYDROTHERMAL SEDIMENT 49 16 3 6A-B 65 90 25 626.67 100 50 50 100 SM 100 SM 25 <1 CO3 100 49 16 3 7A-B 91 110 19 626.92 100 95 5 10 49 16 3 8A-B 112 141 29 627.11 100 100 <5 49 16 4 "1,-9" 0 147 147 627.43 100 95 5 10 49 16 5 "1,-15" 0 129 129 628.89 90 10 IP 88 2 <10 2 CO3 100 49 17 1 1 0 11 11 632.8 90 10 B 90 5 SM 10 1 CO3 100 49 17 1 2 11 14 3 632.91 90 10 B 90 5 SM 10 1 CO3 100 49 17 1 3 15 17 2 632.94 92 8 B 92 1 5 SM 10 1 CO3 100 49 17 1 4 0 632.96 100 100 2 5 SM 10 1 CO3 100 49 17 1 5 12.5 26 13.5 632.96 65 35 B 65 2 5 SM 10 1 CO3 100 49 17 1 6 26.5 38 11.5 633.1 80 20 B 80 1 5 SM 10 6 CO3 100 49 17 1 "7,-9" 39 146 107 633.21 100 100 15 SM/PY <5 4 CO3 70 SM 30 49 17 2 1 0 2 2 634.28 40 60 IP 100 10 10 <5 49 17 2 2 3 6 3 634.3 100 100 10 <5 49 17 2 3 7 10 3 634.33 90 10 IP 80 10 10 10 2 CO3 20 SM 80 49 17 2 4 11 17 6 634.36 100 80 20 10 10 49 17 2 5 17 34.5 17.5 634.42 100 80 20 10 49 17 2 6 35 40 5 634.6 50 50 G 50 50 <10 49 17 2 "7,13" 40.5 147 106.5 634.65 99 1 IP 98 1 10 49 17 3 "1,9" 0 116 116 635.78 100 100 <10 49 17 3 10 116 144 28 636.94 80 20 IP 80 <10 1 CO3 100 50 17 4 1 0 4 4 637.22 50 17 4 "2,-8" 4 128 124 637.26 85 15 IP 85 <5 <1 CO3 100 50 17 4 9 129 140 11 638.5 R 50 17 5 "1,-4" 0 37 37 638.62 100 100 <2 <1 CO3 90 SM 10 50 18 1 1 0 4 4 642.2 100 100 <2 <1 CO3 100 50 18 1 2 4 9 5 642.24 100 100 1 <2 PILLOW RIM W HYALOCLASTITE 50 18 1 3 10.5 16 5.5 642.29 100 90 10 <2 4 PIECES 50 18 1 4 16 19.5 3.5 642.35 100 100 15 <2 HYALOCLASTITE RIM 50 18 1 5 19.5 31.5 12 642.38 70 30 AG 70 <2 50 18 1 6 31.5 36 4.5 642.5 80 20AG 80 2 <2 50 18 1 7 36 40 4 642.55 100 100 <2 <2 3 PIECES <1 CO3 50 SM 50 50 18 1 8 40 46 6 642.59 98 2 AG 98 2 <2 SOME FRESH PLAGIOCLASE 50 18 1 9 46.5 50 3.5 642.65 98 2 AG 98 <2 <2 UNEVEN DISTRIBUTION OF VESICLE INFILL 50 18 1 10 50 98 48 642.68 98 2 AG 98 100 SM <2 PLAG MICROLITES ARE FRESH 50 18 1 11 99 103 4 643.16 95 5 AG 95 5 <2 4 PIECES 50 18 1 12 104 107 3 643.2 95 5 AG 95 5 <2 50 18 1 13 107.5 111.5 4 643.23 100 100 <1 <2 50 18 1 14 111.5 117 5.5 643.27 40 60 AG 40 40 <10 50 18 1 15 118 121 3 643.33 RUBBLE 50 18 1 16 121 134 13 643.36 100 100 <5 ALL CHUNKS OF PILLOW RIM 50 18 1 17 135 141.5 6.5 643.49 100 85 15 <5 FRESH PLAG <1 CO3 50 18 1 18 142 147 5 643.55 100 85 15 <5 2 PIECES FRESH MICROLITES OF PLAG 50 18 2 1 0 7 7 643.7 99 70 29 <2 PLAG MICROLITES ARE FRESH 50 18 2 2 8 11 3 643.77 100 100 <2 5 PIECES 50 18 2 3 13 16 3 643.8 100 100 <2 50 18 2 5 21 32.5 11.5 643.83 95 5 AG 95 <2 50 18 2 6 33.5 76 42.5 643.95 95 5 AG 95 <2 FRESH PLAG MICROLITES/ FINE GRAINED MARGIN 50 18 2 7 77 114 37 644.37 95 5 AG 95 <2 50 18 2 "8,-13" 116 147 31 644.74 100 100 100 SM <2 MOSTLY RUBBLE 50 18 3 "1,-4" 0 21 21 645.2 100 100 <2 MOSTLY RUBBLE 50 19 1 1 0 3 3 651.7 100 100 <5 50 19 1 2 3 12 9 651.73 100 100 <3 50 19 1 3 12 29 17 651.82 100 100 <2 50 19 1 "4,-13" 29 148 119 651.99 100 100 100 SM <2 <<1 CO3 20 SM 80 50 19 2 "1,-4" 0 28 28 653.19 100 AG 100 60 95 HYALOCLASTITE <0.5 CO3 50 19 2 "5,-11" 28.5 120 91.5 653.47 99 1 AG 99 1 <10 50 19 3 "1,15" 0 86 86 654.39 100 100 <10 <0.5 CO3 50 SM 50 50 20 1 "1,-4" 0 12 12 660.7 100 100 50 20 1 5 13 17 4 660.82 100 100 <5 FRESH PLAG MICROLITES 50 20 1 6 18 26.5 8.5 660.86 95 5 IP 95 <5 50 20 1 7 27 61.5 34.5 660.95 100 100 <5 BIGGER VESICLES TOWARDS BASE <1 CO3 100 50 20 1 8 62 67 5 661.29 80 20 IP 80 100 SM <5 OLIVINE CLOSE TO RIM SHOT 50 20 1 9 68.5 78 9.5 661.34 100 100 100 SM <10 FRESH PLAG MICROLITES 50 20 1 10 80 90 10 661.44 100 100 100 SM <10 50 20 1 "11,-16" 91 138 47 661.54 100 100 <1 100 SM <5 1 CO3 100 50 20 1 17 138 140 2 662.01 40 60 HL 30 10 <10 50 20 2 1 0 106 106 662.12 100 100 <5 50 20 2 "3,-6" 109 128 19 663.18 30 70 30 10 5 HYALOCLASTITE 50 20 2 7 130 134 4 663.37 100 100 <5 50 20 2 135 150 15 663.41 RUBBLE 50 20 3 1 0 8 8 663.62 RUBBLE 50 20 3 2 8 18 10 663.7 100 <5 <1 CO3 100 50 20 3 "3,-5" 18 35 17 663.8 RUBBLE 50 20 3 6 35 39 4 663.97 100 100 100 SM 50 20 3 7 40 47 7 664.01 100 100 100 SM 50 21 1 1 0 3 3 670 100 100 <5 50 21 1 2 4 7 3 670.03 100 100 <5 50 21 1 3 9 140 131 670.06 100 100 <5 <<1 CO3 50 SM 50 50 21 2 "1,-5" 0 68 68 671.43 100 100 100 SM 5 V.SMALL AMOUNTS OF OLIVINE +PLAG <1 CO3 100 50 21 2 6 69 129 60 672.11 90 10 IP 90 100 SM <3 OLIVINE V.SPARSE 1 CO3 100 50 21 3 1 0 76 76 672.65 100 100 100 SM 2 <1 CO3 100 50 21 3 2 76 79 3 673.41 100 100 2 FINE GRAINED 50 21 3 3 80 86 6 673.44 100 100 100 SM 2 50 21 3 "5,-8" 92 110 18 673.5 50 50 50 100 SM 2 <<1 CO3 100 50 22 1 1 0 10 10 673.6 HYDROTHERMAL 50 22 1 2 10 28.5 18.5 673.7 100 100 100 SM <5 SOME PYROXENE <1 CO3 100 50 22 1 3 29 40 11 673.89 100 100 100 SM <5 1 CO3 100 50 22 1 4 46 94 48 674 100 100 100 SM <5 50 22 1 5 95 104.5 9.5 674.48 85 15 IP 85 100 SM <2 PYRITE AGGLOMERATIONS 50 22 1 6 104.5 110.5 6 674.57 MARBLE 50 22 1 7 110.5 119 8.5 674.63 100 100 100 SM <5 FRESH PLAG 50 22 1 8 119 124 5 674.72 SEDIMENT 50 22 2 1 0 26 26 674.84 80 20 IP 80 100 SM <5 50 22 2 2 26 117 91 100 100 100 SM <5 SULPHIDE FILLED GASHES 50 22 2 3 117 121.5 4.5 RUBBLE 50 22 2 4 122 149 27 RUBBLE 50 22 3 1 0 5 5 676.34 100 100 50 22 3 2 6.5 13 6.5 676.39 100 95 5 <5 50 22 3 3 14 31 17 676.46 RUBBLE 50 22 3 4 30.5 45 14.5 676.63 100 100 50 SM <2 50 22 3 5 45 53 8 676.77 100 100 100 SM <5 50 22 3 6 55 70 15 676.85 100 100 100 SM <5 50 22 3 7 71 87 16 677 100 100 100 SM <5 50 22 3 8 88.5 96 7.5 677.16 100 100 100 SM <5 50 22 3 9 97.5 115 17.5 677.24 RUBBLE 50 22 3 10 115 122 7 677.41 100 100 100 SM <5 <1 SM 100 50 23 1 1 0 8.5 8.5 681.9 100 100 <2 FRESH PLAG 50 23 1 2 9 12 3 681.99 100 100 <2 50 23 1 3 12 61.5 49.5 682.02 100 100 0.5 100 SM <2 GLASS 50/50 FRESH/ALTERED 50 23 1 4 63 69 6 682.51 100 100 100 SM <2 50 23 1 5 69 73 4 682.57 100 100 100 SM <2 50 23 1 6 74 89 15 682.61 100 100 100 SM <2 50 23 1 7 90 105 15 682.76 RUBBLE 50 23 1 8 105 108 3 682.91 100 100 100 SM <2 50 23 1 9 109 116 7 682.94 100 100 100 SM <2 FEW PLAG 50 23 1 10 117.5 126 8.5 683.01 RUBBLE 50 23 2 1 0 41 41 683.15 100 100 100 SM 2 50 23 2 2 45 52.5 7.5 683.56 100 100 100 SM 2 50 23 2 3 53 59 6 683.64 100 100 100 SM 2 FRESH GLASS 50 23 2 4 59 70 11 683.7 RUBBLE 50 23 2 5 70 78 8 683.81 100 100 100 SM 2 50 23 2 6 79 92 13 683.89 100 100 100 SM 2 50 23 2 7 92 96 4 684.02 100 100 100 SM 2 50 23 2 8 98 109 11 684.06 100 100 100 SM 2 50 23 2 9 110 112 2 684.17 100 100 100 SM 2 50 23 2 11 113 117 4 684.19 RUBBLE 50 23 2 12 117 126 9 684.23 100 100 100 SM 2 50 23 2 13 127 143 16 684.32 50 23 3 1 0 10 10 684.58 100 100 SM 2 50 23 3 2 11 23 12 684.68 100 100 SM 2 50 23 3 3 24 48 24 684.8 100 100 SM 2 50 23 3 4 50 55 5 685.04 100 50 23 3 5 55 64 9 685.09 100 0.5 2 GLASS 50/50 FRESH/ALTERED 50 23 3 6 65 84 19 685.18 100 2 50 23 3 7+8 84.5 97 12.5 685.37 RUBBLE 50 23 3 9 97 117 20 685.5 100 15 SM 2 50 23 3 10 120 122 2 685.7 100 2 50 23 3 11 125 128 3 685.72 100 100 SM 2 50 23 3 12 130 140 10 685.75 100 100 SM 2 50 23 4 1 0 11 11 685.98 100 100 100 SM 2 50 23 4 2 14 40 26 686.09 100 100 100 SM 2 50 23 4 3 43 67 24 686.35 100 100 100 SM 2 50 23 4 4 69 78.5 9.5 686.59 70 30 70 100 SM 2 50 23 4 5 81 92 11 686.69 RUBBLE 50 23 4 6 93 102 9 686.8 100 100 100 SM 2 <1 CO3 50 24 1 1 0 2.5 2.5 691.3 100 100 100 SM 2 50 24 1 2 2.5 22.5 20 691.33 100 100 100 SM 2 50 24 1 3 23 27 4 691.53 100 100 100 SM 2 50 24 1 4 28 33 5 691.57 100 99 1 100 SM 2 50 24 1 5 33 39.5 6.5 691.62 100 100 100 SM 2 50 24 1 6 40 44 4 691.68 100 100 100 SM 2 50 24 1 7 45 55.5 10.5 691.72 100 100 100 SM 2 50 24 1 8 56 76.5 20.5 691.83 100 100 100 SM 2 50 24 1 9 78 91 13 692.03 100 100 100 SM 2 50 24 1 10 91 96 5 692.16 100 100 100 SM 2 50 24 1 11 97 112 15 692.21 100 100 100 SM 2 50 24 1 12 112 115.5 3.5 692.36 50 24 1 13 116 129.5 13.5 692.4 100 100 100 SM 2 50 24 1 14 130 132 2 692.53 100 100 100 SM 2 50 24 2 1 0 24 24 692.63 100 100 100 SM 2 FRESH PLAG 50 24 2 2 25 83 58 692.87 100 100 100 SM 2 FRESH PLAG 50 24 2 "3,-12" 84 132 48 693.45 60 40 60 10 100 SM 2 PILLOW RIM BRECCIA 50 24 2 13 132 136 4 693.93 RUBBLE 50 24 2 14 136 142 6 693.97 100 100 100 SM 2 50 24 2 15 142 148.5 6.5 694.03 100 100 100 SM 2 50 24 3 1 0 8 8 694.13 100 100 100 SM 2 50 24 3 2 9 31.5 22.5 694.21 100 100 100 SM 2 50 24 3 3 33 53 20 694.44 100 100 1 100 SM 2 UNKNOWN BROWN MINERAL IN VESICLES 5 CO3 40 SM 40 UK 20 50 24 3 4 55 61 6 694.64 INTER PILLOW SEDIMENT 50 24 3 5 62 67 5 694.7 100 100 100 SM 2 50 24 3 6 67 80 13 694.75 100 100 100 SM 2 50 24 3 7 81 83 2 694.88 100 100 100 SM 2 LARGE PLAG 50 24 3 8 84 92 8 694.9 100 100 100 SM 2 5% FRESH GLASS 50 24 3 9 93 97 4 694.98 100 100 100 SM 2 1% FRESH GLASS 50 24 3 10 98 100 2 695.02 100 100 100 SM 2 50 24 3 11 100 110 10 695.04 100 100 100 SM 2 50 24 3 12 111 117 6 695.14 50 24 3 13 117 126 9 695.2 100 100 100 SM 2 50 24 3 14 129 140 11 695.29 100 100 100 SM 2 50 25 1 1 0 17 17 700.7 100 100 100 SM 10 SM 2 1 CO3 100 50 25 1 "2,-4" 18 28 10 700.87 RUBBLE 50 25 1 5 49 56 7 700.97 100 100 100 SM 10 SM 2 1 CO3 100 50 25 1 6 56 69 13 701.04 RUBBLE 50 25 1 7 69 85 16 701.17 100 100 100 SM 10 SM 2 OLIVINE BUTTERFLY (SM) 1 CO3 100 50 25 1 8 85 87 2 701.33 100 100 100 SM 2 1 CO3 100 50 25 1 9 87 107 20 701.35 100 100 100 SM 2 1 CO3 100 50 25 1 10 108.5 111 2.5 701.55 100 100 100 SM 2 1 CO3 100 50 25 1 11 111 115 4 701.58 RUBBLE 50 25 1 12 115 119 4 701.62 100 100 100 SM 2 1 CO3 100 50 25 1 13 120 126 6 701.66 100 100 100 SM 2 1 CO3 100 50 25 1 14 127 134.5 7.5 701.72 RUBBLE 50 25 1 15 134 145 11 701.79 100 100 100 SM 2 1 CO3 100 50 26 1 1 0 7 7 710.2 RUBBLE 50 26 1 2 7 13 6 710.27 50 50 IP 50 100 SM 5 50 26 1 3 14 20.5 6.5 710.33 65 35 IP 65 100 SM 3 50 26 1 4 23.5 48 24.5 710.4 80 20 IP 80 100 SM 2 50 26 1 5 49 66 17 710.64 RUBBLE 50 26 1 6 66 69 3 710.81 100 100 100 SM 2 50 26 1 7 70 75 5 710.84 100 100 5 100 SM 2 5% FRESH GLASS 50 26 1 8 76 93 17 710.89 100 100 100 SM 2 50 26 1 9 95 104 9 711.06 100 100 100 SM 2 50 26 1 10 105 112 7 711.15 100 100 3 100 SM 2 50 26 1 11 112 123 11 711.22 100 100 100 SM 2 50 26 1 12 124 133 9 711.33 RUBBLE 50 26 2 1 0 28 28 711.53 100 100 100 SM 5 50 26 2 2 28 38 10 711.81 100 100 100 SM 5 50 26 2 3 39.5 48 8.5 711.91 RUBBLE 50 26 2 4 48 57 9 712 100 100 100 SM 5 50 26 2 5 57.5 68 10.5 712.09 RUBBLE 50 26 2 6 68 71 3 712.19 100 100 100 SM 5 50 26 2 7 72 84.5 12.5 712.22 100 100 100 SM 5 DISSEMINATED SULPHIDE 50 26 2 8 85 97 12 712.35 RUBBLE 50 26 2 9 97 111 14 712.47 100 100 100 SM 5 <<1 CO3 100 50 26 2 10 113 116 3 712.61 100 100 100 SM 3 50 26 2 11 120 130 10 712.64 RUBBLE 50 27 1 0-3 0 48 48 719.7 100 100 100 SM 5 SM INFILLING MIAROLITIC VOIDS <<1 CO3 100 50 27 1 4 50 101 51 720.18 92 8 IP 92 100 SM 5 <<1 CO3 100 50 27 1 5 102 117 15 720.69 100 100 100 SM 5 10 CO3 70 SM 30 50 27 1 6 118 120 2 720.84 RUBBLE 50 27 1 7 120 127 7 720.86 50 50 IP 100 100 SM 5 50 27 2 1 0 23 23 720.98 100 100 100 SM 5 SM INFILLING MIAROLITIC VOIDS 5 CO3 100 50 27 2 2 24 123 99 721.21 100 100 100 SM 5 50 27 2 3 123 126 3 722.2 50 27 2 4 126 130 4 722.23 100 100 100 SM 5 50 27 2 5 130 134 4 722.27 100 100 100 SM 5 50 27 2 6 134 137.5 3.5 722.31 100 100 100 SM 5 50 27 2 7 138 145 7 722.35 100 100 100 SM 5 50 27 3 "1,-4" 0 19 19 722.48 50 50 IP 50 45 100 SM 5 5% FRESH GLASS 45% HYALOCLASTITE 50 27 3 3 19 33 14 722.67 100 100 100 SM 5 <1 CO3 100 50 27 3 4 35 70 35 722.81 100 100 100 SM 5 50 27 3 5 72 75 3 723.16 50 27 3 6 75 80 5 723.19 100 100 100 SM 5 50 27 3 7 81.5 129 47.5 723.24 100 100 100 SM 5 50 27 4 1 0 141 141 723.78 100 100 100 SM 2 50 27 5 1 0 15 15 725.22 100 100 100 SM 5 50 27 5 "2,-5" 17 50 33 725.37 100 100 100 SM 5 50 27 5 6 50 57 7 725.7 100 100 100 SM 5 50 27 5 7 58 69 11 725.77 100 100 100 SM 5 50 27 5 8 70 90 20 725.88 100 100 100 SM 5 50 28 1 1 0 87 87 728.7 100 100 100 SM <10 50 28 1 2 88 102 14 729.57 50 28 1 3 102 104 2 729.71 100 100 100 SM <10 50 28 1 "4,-5" 106 114 8 729.73 90 10 G 90 5 90 SM <10 FRESH GLASS OM FRACTURES 50 28 1 6 114 117 3 729.81 100 100 100 SM <10 50 28 1 7 119 132 13 729.84 100 100 100 SM <10 50 28 2 1 1 65 64 730.04 100 100 100 SM SOME PYRITE 50 28 2 2 66 75 9 730.68 50 50 HY 50 25 100 SM GREEN MIN. W. BEIGE/ORANGE MIN. UK 50 28 2 3 76 81 5 730.77 60 40 HY 60 5 100 SM 50 28 2 4 81 86 5 730.82 40 60 HY 40 5 100 SM 50 28 2 5 86.5 93 6.5 730.87 100 100 100 100 SM 50 28 2 6 94 97 3 730.94 80 20 HY 80 1.5 100 SM 15% CALCITE 3 CO3 100 50 28 2 7 98 106 8 730.97 55 45 HY 55 20 100 SM TOP OF HYALOCLASTITE SEQUENCE 50 28 2 8 106 117 11 731.05 70 30 HY 70 3 100 SM 3 CO3 100 50 28 2 9 117 133.5 16.5 731.16 80 20 B 80 100 SM INSITU BRECCIATION 50 28 2 10 134.5 149 14.5 731.32 100 100 100 SM BOTTOM OF HYALOCLASTITE SEQUENCE <1 CO3 100 50 28 3 1 0 35 35 731.54 99 1 G 99 0.5 100 SM <10 <1 CO3 100 50 28 3 "2,-5" 37 67 30 731.89 50 50 HY 50 15 100 SM <15 HYALOCLASTITE 10% CO3 40% GLASS 50 28 3 6 67 71.5 4.5 732.19 100 100 100 SM <10 <1 CO3 100 50 28 3 7 71.5 85 13.5 732.24 100 100 100 SM <10 <1 CO3 100 50 28 3 8 85.5 89.5 4 732.37 BIO SAMPLE MISSING 50 28 3 9 89.5 94 4.5 732.41 RUBBLE 50 28 3 10 94 99 5 732.46 100 100 100 SM <10 50 28 3 11 99 112 13 732.51 100 100 100 SM <10 50 28 3 12 112 118 6 732.64 100 100 100 SM <10 50 28 3 13 118 124.5 6.5 732.7 RUBBLE 50 28 3 14 125 131 6 732.76 100 100 100 SM <10 50 28 3 15 133 142 9 732.82 RUBBLE 50 28 3 16 142 149 7 732.91 100 100 100 SM <10 <1 SM 100 51 29 1 1 0 17.5 17.5 737.9 100 100 100 SM FRESH PLAG MICROLITES 51 29 1 2 20 32 12 738.08 RUBBLE 51 29 1 3 32.5 38.5 6 738.2 100 100 100 SM 5 V.FINE GRAINED <1 SM 100 51 29 1 4 39 58 19 738.26 100 100 100 SM 5 FRESH PLAG MICROLITES 51 29 1 5 59 70 11 738.45 100 100 100 SM 5 51 29 1 6 70 80 10 738.56 100 100 100 SM 5 51 29 1 7 80.5 89 8.5 738.66 RUBBLE 51 29 1 8 89 94 5 738.74 100 100 100 SM 5 51 29 1 9 94 103.5 9.5 738.79 100 100 100 SM 5 51 29 1 10 105 119 14 738.89 100 100 100 SM 5 V.DARK 51 29 1 11 120 130.5 10.5 739.03 100 100 100 SM 5 <<1 SM 100 51 29 1 "12,-14" 132.5 140.5 8 739.13 100 100 100 SM 5 51 29 2 1 0 18 18 739.35 RUBBLE 51 29 2 2 18 27 9 739.53 100 100 100 SM 5 51 29 2 3 28 36.5 8.5 739.62 100 100 100 SM 5 2 CO3 35 SM 65 51 29 2 4 38 48 10 739.71 RUBBLE 51 29 2 5 48 54 6 739.81 100 100 100 SM 5 2 CO3 35 SM 65 51 30 1 1 0 74 74 747.3 100 100 100 SM 5 1 CO3 50 SM 50 51 30 1 2 78 139 61 748.04 100 100 100 SM 5 1 CO3 50 SM 50 51 30 2 1 2 68 66 748.74 100 100 100 SM 5 1 CO3 50 SM 50 51 30 2 2 73 78 5 749.4 100 100 100 SM 5 1 CO3 50 SM 50 51 30 2 3 78 141 63 749.45 100 100 100 SM 5 1 CO3 50 SM 50 51 30 3 "1,-6" 0 129.5 129.5 750.06 100 100 100 SM 5 1 CO3 50 SM 50 51 30 4 "1,-3" 0 68 68 751.38 100 100 100 SM 5 1 CO3 50 SM 50 51 30 4 4 70 78 8 752.06 RUBBLE 51 30 5 1 0 67.5 67.5 752.16 100 90 100 SM 10 10% MIAROLITIC CAVITIES 10 CO3 50 SM 50 51 30 5 2 68.5 81.5 13 752.84 100 100 100 SM 5 <<1 CO3 100 51 30 5 3 83 95 12 752.97 100 100 100 SM 5 51 30 5 4 97 107.5 10.5 753.09 100 100 100 SM 5 <<1 CO3 50 SM 50 51 30 5 5 108.5 124 15.5 753.19 100 100 100 SM 5 51 30 5 6 125 135 10 753.35 75 25 IP 70 5 100 SM 10 51 30 5 7 136 147.5 11.5 753.45 95 5 IP 95 100 SM 10 51 30 6 1 0 8.5 8.5 753.66 100 100 100 SM 51 30 6 "2,-4" 8.5 27 18.5 753.75 100 100 100 SM 51 30 6 5 28 37.5 9.5 753.93 100 100 100 SM 51 30 6 6 38 45 7 754.03 RUBBLE 51 31 1 1 0 6 6 756.6 RUBBLE 51 31 1 2 6 10 4 756.66 100 100 100 SM 5 51 31 1 3 10 16 6 756.7 100 100 100 SM 5 51 31 1 4 17.5 20.5 3 756.76 RUBBLE 51 31 1 5 20.5 27 6.5 756.79 100 100 100 SM 5 51 31 1 6 28 30 2 756.86 100 100 100 SM 5 51 31 1 7 31 50 19 756.88 80 15 IP 80 100 SM 10 5% MIAROLITIC CAVITIES 5 SM 100 51 31 1 8 51 54 3 757.07 100 100 100 SM 5 5% MIAROLITIC CAVITIES 5 CO3 100 51 31 1 "9,-10" 55 128 73 757.1 100 100 100 SM 5 51 31 2 "1,-3" 0 125 125 757.9 100 100 100 SM 51 31 3 "1,-7" 0 140 140 759.18 100 100 100 SM 51 31 4 "1,-3" 0 144 144 760.59 100 100 100 SM 51 31 5 "1,-2" 0 129 129 762.04 100 100 100 SM V.DARK GRAY HALO ON VEIN (2F) 10MM 51 31 6 1 0 138 138 763.34 100 100 100 SM 51 31 7 1 0 84 84 764.74 100 100 100 SM LARGE VEIN HALO PIECE 1 (15-20MM) 51 31 7 "2,-6" 84 147 63 765.58 100 100 100 SM 51 32 1 1 0 29 29 766.3 100 100 100 SM APHYRIC WITH OCCASIONAL AGGLOMERAPHYRIC PLAG + PYX <<1 CO3 100 52 32 1 2 31 40 9 766.59 90 10 IP 90 2.5 IP MATERIAL IN VESICLES 52 32 1 3 41 44 3 766.68 100 100 100 SM 52 32 1 4 45 48 3 766.71 100 100 100 SM 52 32 1 5 49.5 53 3.5 766.74 100 100 5 INGESTED FLOW EDGE MATERIAL 52 32 1 6 54 56 2 766.78 100 100 52 32 1 7 57.5 70 12.5 766.8 100 100 52 32 1 8 71 81 10 766.92 100 100 52 32 1 9 82.5 87 4.5 767.02 100 HY 48 INGESTED FLOW EDGE MATERIAL 52 32 1 10 88.5 95 6.5 767.07 50 50 HY 50 30 INGESTED FLOW EDGE MATERIAL 52 32 1 11 96 107 11 767.13 100 100 APHYRIC WITH OCCASIONAL AGGLOMERAPHYRIC PLAG + PYX 52 32 1 12 109 120.5 11.5 767.24 100 100 52 32 1 13 121 127 6 767.36 90 10 HY 90 5 INGESTED FLOW EDGE MATERIAL 52 32 1 14 128 131 3 767.42 100 100 52 32 1 15 133 149 16 767.45 52 32 2 1 0 12 12 767.99 85 15 B 85 7 INSITU BRECCIA 52 32 2 2 13 26.5 13.5 768.11 70 30 B 80 100 SM BRECCIA 52 32 2 3 30 37 7 768.25 80 20 B 80 BRECCIA 52 32 2 4 39 49.5 10.5 768.32 RUBBLE 52 32 2 5 49.5 52 2.5 768.42 100 100 52 32 2 6 54 62 8 768.45 100 100 100 SM <<1 CO3 100 52 33 1 1 0 6.5 6.5 775.7 100 100 100 SM 5 1 CO3 100 52 33 1 2 7.5 27.5 20 775.77 100 100 100 SM 5 1 CO3 100 52 33 1 3 28.5 43 14.5 775.97 RUBBLE 52 33 1 4 43 48 5 776.11 90 10 90 100 10 52 33 1 5 49 54 5 776.16 100 100 5 52 33 1 6 55 61 6 776.21 RUBBLE 52 33 1 7A-B 61.5 76 14.5 776.27 100 100 5 52 33 1 7C 76 83.5 7.5 776.42 100 80 20 10 52 33 1 8 85.5 101 15.5 776.49 100 95 5 7 52 33 1 9 102 105 3 776.65 100 100 5 1 SM 75 PY 25 52 33 1 10 107 114 7 776.68 100 100 5 1 SM 100 52 33 1 11 115 120 5 776.75 RUBBLE 52 33 1 12 120 129 9 776.8 100 100 5 1 SM 75 PY 25 53 33 2 1 1 4 3 776.99 100 100 5 1 SM 100 53 33 2 2 4 8 4 777.02 100 100 5 1 SM 100 53 33 2 3 8 11.5 3.5 777.06 100 100 5 1 SM 100 53 33 2 4 12 19 7 777.1 100 100 5 1 SM 100 53 33 2 5 19 24 5 777.17 RUBBLE 53 33 2 6 24 32 8 777.22 100 100 5 2 PIECES 1 SM 100 53 33 2 7 35 46 11 777.3 100 95 5 5 1 SM 100 53 34 1 1 0 98 98 785.3 100 99 0.5 0.5 10 <1 SM 100 53 34 1 2 100 105 5 786.28 100 100 10 <1 SM 100 53 34 1 3 105.5 123 17.5 786.33 100 90 5 5 10 V.DARK GREY 53 34 2 1 0 68.5 68.5 786.54 99 1 IP 91 3.5 3.5 2 10 PILLOW W. COMPLEX HALO <1 SM 75 PY 25 53 34 2 2 70 105 35 787.23 100 95 1.5 1.5 2 10 PILLOW W. COMPLEX HALO 53 34 2 3 109 146 37 787.58 100 99 0.5 0.5 10 HALO AROUND MIAROLITIC CAVITY 1 CO3 50 SM 50 53 34 3 1 1 21 20 788.01 100 99 0.5 0.5 5 <1 SM 100 53 34 3 2 22 30 8 788.21 100 100 5 <1 SM 100 53 34 3 3 32 39 7 788.29 100 100 5 53 34 3 4 40 95 55 788.36 100 88 6 6 5 CHILL @ BOTTOM 53 34 3 5 97 104 7 788.91 100 100 5 53 34 3 6 104 115 11 788.98 100 100 5 <1 PY 100 53 34 3 7 115 124.5 9.5 789.09 100 100 5 FRESH PLAG <1 SM 75 PY 25 53 34 3 8 128 147 19 789.19 100 100 5 <1 SM 100 53 34 4 1 0 14 14 789.51 53 34 4 2 14 22.5 8.5 789.65 100 100 5 <1 SM 100 53 34 4 3 22.5 29 6.5 789.74 100 100 5 <1 SM 100 53 35 1 1 0 3.5 3.5 794.9 53 35 1 2 5 24 19 794.94 100 100 <1 SM 75 PY 25 53 35 1 3 25.5 41 15.5 795.13 100 100 <1 SM 75 PY 25 53 35 1 4 42 47 5 795.28 100 100 <1 SM 75 PY 25 53 35 1 5 48.5 56.5 8 795.33 100 100 <1 SM 75 PY 25 53 35 1 6 56.5 63 6.5 795.41 100 100 <1 SM 75 PY 25 53 35 1 7 65 134.5 69.5 795.48 100 95 2.5 2.5 <1 CO3 70 SM 25 PY 5 53 35 2 1 0 45 45 796.27 100 100 5 <1 SM 100 53 35 2 2 47 50 3 796.72 100 100 5 53 35 2 3 50 53 3 796.75 100 100 2 5 53 35 2 4 53.5 74 20.5 796.78 100 100 5 <1 SM 100 53 35 2 5 76 127.5 51.5 796.99 100 100 1 1 5 53 35 2 6 130.5 137 6.5 797.5 RUBBLE 53 35 3 1 0 30 30 797.62 100 100 1 2 10 DOUBLE BROWN GREEN HALO 53 35 3 2 32 54.5 22.5 797.92 100 100 10 53 35 3 3 58 64 6 798.15 RUBBLE 53 35 3 4 64.5 78 13.5 798.21 100 98 0.5 0.5 1 10 DARK HALO 53 35 3 5 78 87 9 798.34 100 100 5 53 35 3 6 87 146 59 798.43 100 100 5 <1 CO3 50 SM 50 53 35 4 1 0 62 62 799.9 100 100 100 SM 53 35 4 2 63 74 11 800.52 53 35 4 3 75 95 20 800.63 100 95 5 100 SM 53 35 4 4 95 110 15 800.83 53 35 4 5 110 127 17 800.98 100 100 100 SM 53 35 4 6 128 142 14 801.15 53 35 4 7 142 149 7 801.29 100 100 100 SM 53 36 1 1 0 5 5 804.1 80 20 B 75 5 10 53 36 1 2 5 9 4 804.15 10 53 36 1 3 9 34 25 804.19 100 100 10 53 36 1 4 35.5 123.5 88 804.44 100 100 100 SM 10 53 36 1 5 127.5 133 5.5 805.32 100 100 100 SM 10 53 36 2 1 0 37 37 805.44 100 100 10 MIAROLITIC VOIDS 4 SM 60 PY 40 53 36 2 2 38 45 7 805.81 100 100 5 53 36 2 3 47 51 4 805.88 100 100 5 53 36 2 4 52 134 82 805.92 100 100 5 BROKEN PILLOW TOP 53 36 3 1 0 5 5 806.77 53 36 3 2 5 26 21 806.82 100 95 2.5 2.5 1 10 53 36 3 3 26 42 16 807.03 100 95 2.5 2.5 1 10 53 36 3 4 44.5 57 12.5 807.19 100 95 2.5 2.5 10 53 36 3 5 57 71 14 807.32 53 36 3 6 71 76 5 807.46 100 100 10 53 36 3 7 76 97 21 807.51 70 30 B 65 5 12 CHALCEDONY + CELADONITE MATRIX? 53 36 3 8 98 105.5 7.5 807.72 53 36 3 9 106 125 19 807.79 100 100 53 36 3 10 126 142 16 807.98 100 100 53 36 4 1 0 14 14 808.19 100 100 <1 CO3 100 53 36 4 2 15 77 62 808.33 100 100 <1 CO3 100 53 36 4 3A 80 90 10 808.95 100 100 53 36 4 3B 90 135 45 809.05 100 95 2.5 2.5 53 36 4 4 136 147 11 809.5 100 100 53 36 5 1 1 9 8 809.67 100 100 53 36 5 2 10 19 9 809.75 95 5 IP 95 53 36 5 3 20 34 14 809.84 90 10 IP 80 10 53 36 5 4 36 68 32 809.98 RUBBLE 53 36 5 5 68 71 3 810.3 100 100 54 36 5 6 74.5 77 2.5 810.33 100 100 54 36 5 7 80 87 7 810.36 100 100 54 36 5 8 88 95 7 810.43 100 100 54 37 1 1A-B 2 41 39 813.3 100 90 5 5 100 SM <1 CO3 100 54 37 1 1C 41 56 15 813.69 100 100 100 SM 1 CO3 100 54 37 1 1D 56 65 9 813.84 100 100 100 SM 2 CO3 100 54 37 1 1E 65 81 16 813.93 100 100 100 SM 3 CO3 100 54 37 1 1F 81 101 20 814.09 100 100 100 SM 5 CO3 100 54 37 1 1G 101 117 16 814.29 100 100 100 SM 3 CO3 100 54 37 1 1H 117 139 22 814.45 100 100 100 SM 7 CO3 100 54 37 2 1A 1 41 40 814.75 100 100 100 SM 7 CO3 100 54 37 2 1B 41 49 8 815.15 100 25 75 7 SM 100 54 37 2 1B 49 54 5 815.23 100 75 12.5 12.5 8 CO3 100 54 37 2 1B 54 105 51 815.28 100 95 5 100 SM 4 CO3 100 54 37 3 1 1.5 136 134.5 815.85 100 95 2.5 2.5 100 SM VESICLE ABUNDANCE DECREASE DOWN CORE 3-<1 CO3 100 54 37 4 1 1 116 115 817.26 100 99 0.5 0.5 100 SM <1 CO3 100 54 37 5 1A 2 50 48 818.46 100 100 100 SM <1 CO3 100 54 37 5 1B-E 50 130 80 818.94 100 30 35 35 100 SM <1 CO3 50 SM 50 54 37 6 1 1 144.5 143.5 819.8 100 100 100 SM <1 CO3 100 54 37 7 1 1 103.5 102.5 821.3 100 94 3 3 100 SM <1 CO3 100 54 38 1 1A-D 1 145 144 822.8 100 92 4 4 100 SM 54 38 2 1 1 139 138 824.26 100 98.6 1.4 55 2 2 139.5 141 1.5 825.64 100 100 55 2 3 142 148 6 825.66 100 98 2 55 38 3 "1,-4" 0 43 43 825.76 100 95 5 55 38 3 5 43 48 5 826.19 80 20 HY 2 20 55 38 3 6 48.5 52 3.5 826.24 100 HY 100 55 38 3 7 54 57 3 826.28 40 60 HY 5 60 55 38 3 "8,-15" 60 149 89 826.31 100 100 55 38 4 "1,-3" 0 54 54 827.26 100 100 55 39 1 1 0 13.5 13.5 832.2 RUBBLE 55 39 1 2 13.5 22 8.5 832.34 100 95 5 55 39 1 3 23 52 29 832.42 100 90 10 VEIN HALO V.DARK 55 39 1 4 56 60.5 4.5 832.71 100 100 55 39 1 5 60.5 67 6.5 832.76 100 85 15 DARK HALO SHADOWING LIGHT GREY HALO 55 39 1 6 69.5 73 3.5 832.82 RUBBLE 55 39 1 7 73 80 7 832.86 100 99 1 DARK HALO SHADOWING LIGHT GREY HALO 55 39 1 8 80 86 6 832.93 100 HY 60 55 39 1 9 87 142 55 832.99 100 95 5 DARK HALO SHADOWING LIGHT GREY HALO 55 39 2 1 0 8 8 833.67 55 39 2 2 8.5 20 11.5 833.75 100 70 30 55 39 2 3 24 40 16 833.87 100 90 10 55 39 2 4 40 54 14 834.03 100 100 55 39 2 5 56 64 8 834.17 100 100 55 39 2 6 64 68 4 834.25 100 100 55 39 2 7 71.5 76 4.5 834.29 80 20 75 5 15 CO3>SM 55 39 2 8 78 81 3 834.33 55 39 2 9 81 96 15 834.36 100 100 56 39 2 10 97 110 13 834.51 56 39 2 11 110 120 10 834.64 50 50 B 50 CO3 CEMENT 56 40 1 "1,-7" 0 125 125 841.5 60 40 B 60 5A MINI PILLOW W. G RIM 56 40 1 8 125 147 22 842.75 100 95 5 56 40 2 1 1 6 5 842.98 RUBBLE 56 40 2 2 7 25 18 843.03 100 95 5 56 40 2 3 28 140 112 843.21 80 20 B 75 5 56 40 3 1 0 38 38 844.39 95 5 B 90 5 56 40 3 2 41 45 4 844.77 100 95 5 56 40 3 3 45 49 4 844.81 100 95 5 56 40 3 4 49 58 9 844.85 56 40 3 5 58 94 36 844.94 85 15 B 80 5 56 40 3 6 46 100 54 845.3 100 95 4 56 40 3 7 100 106 6 845.84 56 40 3 8 106 112 6 845.9 100 B 70 56 40 3 9 113 130 17 845.96 70 30 B 65 5 56 40 3 10 131 134 3 846.13 70 30 B 70 56 40 3 11 135 139 4 846.16 100 95 5 56 40 3 12 140 145 5 846.2 75 25 B 75 5 56 40 4 1 0 16 16 845.85 75 25 B 70 5 56 40 4 2 17 23 6 846.01 75 25 B 70 5 56 40 4 3 24 30 6 846.07 56 41 1 "1,-7" 0 56 56 850.8 56 41 1 8 56 64 8 851.36 100 100 3 PIECES <<1 CO3 100 56 41 1 9 64 78 14 851.44 90 10 B 70 20 56 41 1 10 78 85 7 851.58 56 41 1 11 86 90 4 851.65 50 50 B 95 5 57 41 1 12 91 97 6 851.69 100 100 4 PIECES <1 CO3 100 57 41 1 13-14 97.5 127 29.5 851.75 100 100 57 41 1 15 127 137 10 852.05 57 41 1 16-17 137 150 13 852.15 100 100 <<1 SM 100 57 42 1 1 1 119 118 860 100 93 3.5 3.5 10 MIAROLITES W. HALO <<1 CO3 50 SM 50 57 42 2 1A-B 1 28 27 861.21 100 100 100 57 42 2 1C 28 55 27 861.48 87.5 12.5 B 77.5 5 5 100 57 42 2 2 55 62 7 861.75 58 42 2 "3,-10" 62 120 58 861.82 70 15 B 15 HY 65 2.5 2.5 7.5 58 42 3 RUBBLE 862.71 58 43 1 1 0 3 3 869.1 PEBBLE 58 43 1 2 4 8 4 869.13 100 100 58 43 1 3 8.5 46.5 38 869.17 100 87 2 "10% DARK HALO, LIGHT GREY HALO 1, PYRITE HALO" 58 43 1 4 50 80 30 869.55 100 92 3 5 % DARK HALO 58 43 1 5 82 120.5 38.5 869.85 100 98 1 1 % DARK HALO 58 43 1 6 123 130 7 870.24 100 84 6 10 % DARK HALO 58 43 1 7 130 133 3 870.31 100 99 1% LIGHT HALO 58 43 1 8 134 138 4 870.34 58 43 1 9 138 144 6 870.38 100 90 10% LIGHT HALO 58 43 2 1 1 13 12 870.56 100 89 1 100 SM 10% DARK HALO 58 43 2 2 15.5 25 9.5 870.68 100 95 100 SM 5% DARK HALO 58 43 2 3 27.5 56 28.5 870.78 100 88 10 100 SM 2% DARK HALO 58 43 2 4 58 66.5 8.5 871.06 100 99 1% DARK HALO 58 43 2 5 68 100.5 32.5 871.15 100 82 8 100 SM 10% DARK HALO 58 43 2 6 101 134.5 33.5 871.47 100 80 10 100 SM 10% DARK HALO <1 SM 100 58 43 3 1 0 19 19 871.92 98 2 B 25 48 25 CELADONITE MATRIX TO BRECCIA DOUBLE HALO 58 43 3 2 21 46.5 25.5 872.11 100 75 5 20 58 43 3 3 48 83.5 35.5 872.37 100 75 5 20 58 43 3 4 88 894 806 872.72 100 65 5 5 25 58 43 3 5 94 108.5 14.5 880.78 100 85 10 5 58 43 3 6 111 121 10 880.93 100 100 58 43 3 7 121 136 15 881.03 RUBBLE 59 44 1 1 0 3.5 3.5 878.8 100 100 <1 CO3 50 SM50 59 44 1 2 4 122 118 878.84 100 93 5 "2% DARK HALO, SM VESICLES IN HALO, CO3+SULPHIDE IN D.GREY" CO3>SM>>SULP. 59 44 2 1 1 116.5 115.5 880.06 90 10 B 50 20 100 SM 50 20% DARK HALO <1 CO3 70 SM 30 59 44 3 1 1 27 26 881.56 100 95 4 1% DARK HALO <<1 SM 100 59 44 3 2 29 58 29 881.82 100 89 8 3% DARK HALO 60 44 3 3 59 73 14 882.11 60 44 3 4 73 92 19 882.25 100 89 1 10% DARK HALO <<1 SM 100 60 44 3 5 92 101 9 882.44 60 44 3 6 101 113 12 882.53 100 81 4 15% DARK HALO 60 44 3 7 114 121 7 882.65 100 96 4% DARK HALO 60 44 3 8 121 131 10 882.72 60 44 3 9 131 138 7 882.82 100 98 2% DARK HALO <<1 SM 100 60 44 3 10 138 148 10 882.89 100 60 2 38% DARK HALO <<1 SM 100 60 45 1 1 0 5 5 888.4 100 95 5% DARK HALO 60 45 1 2 7 11 4 888.45 100 95 5 60 45 1 3 12 18 6 888.49 RUBBLE 60 45 1 4 18 24 6 888.55 100 100 60 45 1 5 24 28 4 888.61 100 100 60 45 1 6 30 44 14 888.65 100 95 5% DARK HALO 60 45 1 7 45 61 16 888.79 100 60 5 35 60 45 1 8 62 66 4 888.95 100 100 60 45 1 9 66 72 6 888.99 RUBBLE 60 45 1 10 72 83 11 889.05 100 100 60 45 1 11 84 93 9 889.16 90 90 10 60 45 1 12 98 105 7 889.25 100 HY 85 60 45 1 13 106 108 2 889.32 100 50 50% DARK HALO 60 45 1 14 111 133 22 889.34 100 60 40% DARK HALO 60 45 2 1 0 60 60 889.76 100 99 1% DARK HALO 60 45 2 2 62 84.5 22.5 890.36 RUBBLE 60 45 2 3 85 105 20 890.59 100 80 20% DARK HALO 60 45 2 4 105 116 11 890.79 RUBBLE 60 45 2 5 116 120 4 890.9 100 100 60 46 1 1 0 3 3 898 100 50 50% DARK HALO 60 46 1 2 4.5 43.5 39 898.03 100 97 2 100 SM 1% DARK HALO 60 46 1 3 45 49 4 898.42 100 100 60 46 1 4 52 139.5 87.5 898.46 100 100 60 46 2 1 1 12 11 899.42 100 99 1% LIGHT HALO 60 46 2 2 14 29 15 899.53 90 10 IP 40 50% DARK HALO 60 46 2 3 29 37 8 899.68 RUBBLE 60 46 2 4 38 42 4 899.76 50 50 B 45 5 60 46 2 5 43 47 4 899.8 100 50 50% DARK HALO 60 46 2 6A 47 65 18 899.84 75 25 B 45 15 15 60 46 2 6B-D 66 115 49 900.02 100 68 7 25 100 SM 60 46 2 7 117 120 3 900.51 100 30 20 100 SM 50% DARK HALO 60 46 2 8 121 124 3 900.54 100 100 60 46 3 1 0 26 26 900.71 100 40 2 58 60 46 3 2 27 48 21 900.97 85 15 B 65 2 23 60 46 3 3 50 54 4 901.18 VEIN RUBBLE 60 46 3 "4,-6" 54 67 13 901.22 100 99 1 60 46 3 "7,-8" 67 101 34 901.35 100 100 60 46 3 "9,-10" 102 114 12 901.69 RUBBLE 60 47 1 1 1 6 5 907.7 100 99 1 100 SM 60 47 1 2 7 16.5 9.5 907.75 95 5 IP 90 5% DARK HALO 60 47 1 3 17.5 22 4.5 907.85 100 100 60 47 1 "4,-9" 23 57 34 907.89 100 100 100 SM 60 47 1 10 57 66 9 908.23 RUBBLE 60 47 1 "11,-13" 66 94 28 908.32 100 100 60 47 1 14 94 104 10 908.6 RUBBLE 60 47 1 "15,-18" 104 126.5 22.5 908.7 100 100 60 47 1 19 126.5 131 4.5 908.93 RUBBLE 60 48 1 "1,-3" 0 100 100 916.7 100 100 100 SM 60 48 1 4 101 130 29 917.7 100 100 100 SM 2 SM 100 60 48 2 1 1 31 30 918 100 100 100 SM MIAROLITIC VOIDS 2 SM 100 60 48 2 2 34 40 6 918.3 100 100 100 SM 60 48 2 "3,-7" 40 68.5 28.5 918.36 100 100 100 SM 60 48 2 8 68.5 108.5 40 918.65 100 99 100 SM 1% DISSEMINATED SULPHIDE 60 48 2 "9,-12" 110 132 22 919.05 RUBBLE 60 48 2 13 132 147 15 919.27 100 100 <1% DISSEMINATED SULPHIDE 60 48 3 1 0 10.5 10.5 919.5 60 48 3 2 10.5 27.5 17 919.61 100 100 60 48 3 3 27.5 36.5 9 919.78 60 48 3 4 36.5 43 6.5 919.87 100 100 60 49 1 1 0 9.5 9.5 928.3 100 100 60 49 1 2 10 24 14 928.4 100 100 60 49 1 3 25 48.5 23.5 928.54 100 100 60 49 1 4 50 54 4 928.77 100 100 60 49 1 5 54.5 63 8.5 928.81 100 100 V.THIN PALE GRAY HALO W PYRITE 60 49 1 6 63.5 72 8.5 928.9 100 100 5 PIECES 60 49 1 7 72 75 3 928.98 100 100 0.5 QUENCH MARGIN 60 49 1 8 76.5 80 3.5 929.01 100 100 0.5 QUENCH MARGIN 60 49 1 9 80 87 7 929.05 85 15 G 85 10 ALTERED PILLOW RIM 60 49 1 10 88 91.5 3.5 929.12 100 100 FRESH PLAG 60 49 1 11 92 103 11 929.15 85 15 G 85 5 60 49 1 12 104 109 5 929.26 100 100 60 50 1 1 0 3.5 3.5 931.5 100 100 60 50 1 2 4.5 7 2.5 931.54 100 100 60 50 1 3 8 24 16 931.56 70 30 HY 70 30 60 50 1 4 27 38.5 11.5 931.72 85 15 HY 85 15 60 50 1 5 41 49 8 931.84 100 100 60 50 1 9 50 56 6 931.92 100 100 60 51 1 1 0 37 37 932 93 7 HY 7 COARSENING AWAY FROM CHILL 60 51 1 2 39 54 15 932.37 100 100 60 51 1 3 56 64 8 932.52 100 100 SLIGHT PYRITE HALO WITH GREY BLEACHED ZONE 60 51 1 4 64 70.5 6.5 932.6 RUBBLE 60 51 1 5 70.5 86 15.5 932.67 100 100 60 52 1 1 0 20 20 932.8 100 100 100 SM 60 52 1 2 22 29 7 933 100 100 100 SM 60 52 1 3 30 52 22 933.07 100 100 100 SM SLIGHT PYRITE HALO 60 52 1 4 56 82 26 933.29 100 100 100 SM MIAROLITIC VOIDS 2 CO3 50 SM 50