leg site hole date/time observer core core type section top interval bottom interval sample code piece subpiece temperature wave distance (1) wave distance (2) wave distance (3) wave distance (4) wave distance (5) wave distance (6) wave time (1) wave time (2) wave time (3) wave time (4) wave time (5) wave time (6) zero distance (1) zero distance (2) zero distance (3) zero distance (4) zero distance (5) zero distance (6) zero time (1) zero time (2) zero time (3) zero time (4) zero time (5) zero time (6) direction propagation (1) direction propagation (2) direction propagation (3) direction propagation (4) direction propagation (5) direction propagation (6) direction vibration (1) direction vibration (2) direction vibration (3) direction vibration (4) direction vibration (5) direction vibration (6) compressional/shear (1) compressional/shear (2) compressional/shear (3) compressional/shear (4) compressional/shear (5) compressional/shear (6) velocity (1) velocity (2) velocity (3) velocity (4) velocity (5) velocity (6) comments beaker add date change date latitude longitude depth top interval depth below sea floor bottom interval depth below sea floor 105 647 A 10161985 235959 BUS 002 Rotary 07 002 003 PP 012.08 07.560 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1598 SHOULD HAVE LOWER WATER CONTENT THAN SECTION 6 SAMPLE 12291988 102400 09081989 080500 53.33126 -45.26195 0018.2 1822 1823 105 647 A 10161985 235959 BUS 004 Rotary 02 002 003 PP 010.85 06.830 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1589 12291988 102400 09081989 075800 53.33126 -45.26195 0030.1 3012 3013 105 647 A 10161985 235959 BUS 006 Rotary 01 147 148 PP 012.26 07.730 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1586 12291988 102500 09081989 075700 53.33126 -45.26195 0048.6 5007 5008 105 647 A 10161985 235959 BUS 007 Rotary 04 002 003 PP 013.83 08.970 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1542 12291988 102500 09081989 080200 53.33126 -45.26195 0062.8 6282 6283 105 647 A 10161985 235959 BUS 008 Rotary 03 074 075 PP 016.60 11.320 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1466 12291988 102500 09081989 080100 53.33126 -45.26195 0071.0 7174 7175 105 647 A 10161985 235959 BUS 009 Rotary 04 003 004 PP 013.04 07.950 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1640 12291988 102600 09081989 080200 53.33126 -45.26195 0082.1 8213 8214 105 647 A 10161985 235959 BUS 010 Rotary 03 003 004 PP 013.75 08.320 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1653 12291988 102600 09081989 080100 53.33126 -45.26195 0090.3 9033 9034 105 647 A 10161985 235959 BUS 011 Rotary 03 147 148 PP 013.06 08.570 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1524 12291988 102700 09081989 080100 53.33126 -45.26195 0100.0 10147 10148 105 647 A 10161985 235959 BUS 012 Rotary 03 147 148 PP 014.34 08.770 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1635 12291988 102700 09081989 080100 53.33126 -45.26195 0109.7 11117 11118 105 647 A 10161985 235959 BUS 013 Rotary 01 071 073 PP 015.72 12.050 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1305 12291988 102700 09081989 075700 53.33126 -45.26195 0116.0 11671 11673 105 647 A 10161985 235959 BUS 014 Rotary 01 134 136 PP 024.03 15.500 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1550 12291988 102800 09081989 075700 53.33126 -45.26195 0125.7 12704 12706 105 647 A 10161985 235959 BUS 016 Rotary 01 147 148 PP 015.97 10.160 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1572 12291988 102800 09081989 075700 53.33126 -45.26195 0145.1 14657 14658 105 647 A 10161985 235959 BUS 017 Rotary 03 100 101 PP 015.90 10.000 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1590 12291988 102900 09081989 080100 53.33126 -45.26195 0157.8 15880 15881 105 647 A 10171985 235959 BUS 018 Rotary 02 088 089 PP 018.39 11.630 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1581 12291988 102900 09081989 075800 53.33126 -45.26195 0165.2 16616 16617 105 647 A 10171985 235959 BUS 019 Rotary 03 087 089 PP 017.83 11.210 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1591 12291988 103000 09081989 080100 53.33126 -45.26195 0176.8 17767 17769 105 647 A 10171985 235959 BUS 020 Rotary 03 047 048 PP 017.67 11.170 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1582 12291988 103000 09081989 080100 53.33126 -45.26195 0186.5 18697 18698 105 647 A 10171985 235959 BUS 021 Rotary 01 099 101 PP 018.04 11.390 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1584 12291988 103000 09081989 075700 53.33126 -45.26195 0193.1 19409 19411 105 647 A 10171985 235959 BUS 023 Rotary 03 091 092 PP 012.23 07.840 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1560 SOME CRACKING VISIBLE 12291988 103100 09081989 080100 53.33126 -45.26195 0215.3 21621 21622 105 647 A 10171985 235959 BUS 024 Rotary 03 010 011 PP 012.90 10.770 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1198 12291988 103100 09081989 080100 53.33126 -45.26195 0224.9 22500 22501 105 647 A 10171985 235959 BUS 025 Rotary 03 123 124 PP 015.14 09.570 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1582 12291988 103200 09081989 080100 53.33126 -45.26195 0234.5 23573 23574 105 647 A 10171985 235959 BUS 028 Rotary 03 080 081 PP 011.91 07.260 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1640 12291988 103200 09081989 080100 53.33126 -45.26195 0263.1 26390 26391 105 647 A 10171985 235959 BUS 030 Rotary 03 074 076 PP 022.19 13.920 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1594 12291988 103200 09081989 080100 53.33126 -45.26195 0282.4 28314 28316 105 647 A 10171985 235959 BUS 031 Rotary 02 074 076 PP 024.01 14.450 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1662 12291988 103300 09081989 075800 53.33126 -45.26195 0290.5 29124 29126 105 647 A 10171985 235959 BUS 032 Rotary 02 038 041 PP 033.31 19.990 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1666 12291988 103300 09081989 075800 53.33126 -45.26195 0300.1 30048 30051 105 647 A 10171985 235959 BUS 033 Rotary 02 045 048 PP 024.37 14.500 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1681 12291988 103400 09081989 075800 53.33126 -45.26195 0309.8 31024 31027 105 647 A 10171985 235959 BUS 034 Rotary 01 049 051 PP 024.75 14.450 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1713 12291988 103400 09081989 075700 53.33126 -45.26195 0318.0 31849 31851 105 647 A 10171985 235959 BUS 035 Rotary 03 102 104 PP 018.20 10.960 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1661 12291988 103500 09081989 080100 53.33126 -45.26195 0330.6 33162 33164 105 647 A 10181985 235959 BUS 036 Rotary 04 105 106 PP 012.19 07.200 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1693 12291988 103500 09081989 080200 53.33126 -45.26195 0341.7 34275 34276 105 647 A 10181985 235959 BUS 037 Rotary 03 079 080 PP 012.78 07.430 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1720 12291988 103600 09081989 080100 53.33126 -45.26195 0349.7 35049 35050 105 647 A 10181985 235959 BUS 038 Rotary 03 044 045 PP 009.65 05.350 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1804 12291988 103600 09081989 080100 53.33126 -45.26195 0359.4 35984 35985 105 647 A 10181985 235959 BUS 039 Rotary 03 098 099 PP 010.79 06.280 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1718 12291988 103600 09081989 080100 53.33126 -45.26195 0369.1 37008 37009 105 647 A 10181985 235959 BUS 041 Rotary 03 116 117 PP 011.02 06.170 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1786 12291988 103700 09081989 080100 53.33126 -45.26195 0388.4 38956 38957 105 647 A 10181985 235959 BUS 042 Rotary 03 083 086 PP 031.60 18.320 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1725 12291988 103700 09081989 080100 53.33126 -45.26195 0398.1 39893 39896 105 647 A 10181985 235959 BUS 043 Rotary 02 070 073 PP 030.96 17.360 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1783 12291988 103700 09081989 075800 53.33126 -45.26195 0406.3 40700 40703 105 647 A 10181985 235959 BUS 044 Rotary 02 050 052 PP 028.38 15.870 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1788 12291988 103800 09081989 075800 53.33126 -45.26195 0416.0 41650 41652 105 647 A 10181985 235959 BUS 045 Rotary 03 024 028 PP 041.09 23.270 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1766 12291988 103800 09081989 080100 53.33126 -45.26195 0426.1 42639 42643 105 647 A 10181985 235959 BUS 046 Rotary 02 070 075 PP 052.07 29.410 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1770 12291988 103900 09081989 075800 53.33126 -45.26195 0435.3 43600 43605 105 647 A 10181985 235959 BUS 047 Rotary 04 132 133 PP 019.31 11.290 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1710 12291988 103900 09081989 080200 53.33126 -45.26195 0448.0 44932 44933 105 647 A 10181985 235959 BUS 048 Rotary 05 070 071 PP 014.83 07.890 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1880 12291988 104000 09081989 080300 53.33126 -45.26195 0459.2 45990 45991 105 647 A 10191985 235959 BUS 049 Rotary 04 096 097 PP 008.69 04.570 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1902 12291988 104100 09081989 080200 53.33126 -45.26195 0467.3 46826 46827 105 647 A 10191985 235959 BUS 050 Rotary 05 057 058 PP 010.32 05.610 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1840 12291988 104100 09081989 080300 53.33126 -45.26195 0478.5 47907 47908 105 647 A 10191985 235959 BUS 051 Rotary 06 064 065 PP 026.43 14.500 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1823 12291988 104100 09081989 080400 53.33126 -45.26195 0489.6 49024 49025 105 647 A 10191985 235959 BUS 052 Rotary 06 090 091 PP 012.50 06.770 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1846 12291988 104200 09081989 080400 53.33126 -45.26195 0499.3 50020 50021 105 647 A 10191985 235959 BUS 053 Rotary 02 069 073 PP 045.24 25.210 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1795 12291988 104200 09081989 075800 53.33126 -45.26195 0502.9 50359 50363 105 647 A 10191985 235959 BUS 054 Rotary 01 136 138 PP 024.35 13.320 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1828 12291988 104300 09081989 075700 53.33126 -45.26195 0511.1 51246 51248 105 647 A 10191985 235959 BUS 062 Rotary 04 073 074 PP 007.12 03.310 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 2151 DARK REDDISH SEDIMENT 12291988 104300 09081989 080200 53.33126 -45.26195 0602.6 60332 60333 105 647 A 10191985 235959 BUS 062 Rotary 06 032 033 PP 023.56 10.890 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 2163 GREENISH LAYER 12291988 104400 09081989 080400 53.33126 -45.26195 0605.6 60591 60592 105 647 A 10191985 235959 BUS 063 Rotary 01 090 092 PP 026.19 13.810 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1896 12291988 104400 09081989 075700 53.33126 -45.26195 0607.8 60870 60872 105 647 A 10191985 235959 BUS 064 Rotary 01 023 025 PP 021.36 12.260 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1742 12291988 104400 09081989 075700 53.33126 -45.26195 0617.5 61773 61775 105 647 A 10191985 235959 BUS 065 Rotary 01 054 056 PP 031.37 17.150 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1829 12291988 104500 09081989 075700 53.33126 -45.26195 0627.2 62774 62776 105 647 A 10191985 235959 BUS 066 Rotary 01 093 095 PP 021.57 10.900 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1979 12291988 104600 09081989 075700 53.33126 -45.26195 0636.8 63773 63775 105 647 A 10191985 235959 BUS 067 Rotary 01 026 028 PP 026.32 13.250 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1986 12291988 104700 09081989 075700 53.33126 -45.26195 0646.5 64676 64678 105 647 A 10211985 235959 BUS 068 Rotary 01 029 033 PP 037.81 18.820 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 2009 12291988 104800 09081989 075700 53.33126 -45.26195 0656.2 65649 65653 105 647 A 10211985 235959 BUS 070 Rotary 01 071 072 PP 007.71 03.750 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 2056 12291988 104900 09081989 075700 53.33126 -45.26195 0685.2 68591 68592 105 647 A 10211985 235959 BUS 070 Rotary 04 039 040 PP 011.43 06.270 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1823 SAMPLE FRACTURED 12291988 104900 09081989 080200 53.33126 -45.26195 0689.7 69009 69010 105 647 A 10211985 235959 BUS 071 Rotary 01 116 117 PP 013.83 06.930 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 1996 12291988 105000 09081989 075700 53.33126 -45.26195 0694.8 69596 69597 105 647 A 10211985 235959 BUS 071 Rotary 02 129 131 PP 023.22 06.760 000.00 00.000 Along length of core Along length of core compressional (same directions of propagation and vibration) 3435 BASALT 12291988 105100 09081989 075800 53.33126 -45.26195 0696.3 69759 69761 105 647 A 10211985 235959 BUS 072 Rotary 01 034 036 PP 025.14 023.11 04.800 04.160 000.00 000.00 00.000 00.000 Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5238 5555 MINICORE 12291988 105200 09081989 075700 53.33126 -45.26195 0704.5 70484 70486 105 647 A 10211985 235959 BUS 072 Rotary 04 006 008 PP 025.08 026.86 025.25 04.490 04.990 04.400 000.00 000.00 000.00 00.000 00.000 00.000 Along length of core Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5586 5383 5739 MINICORE, SECOND TEST IN C DIRECTION WAS ON CUT FACE 12291988 105300 09081989 080200 53.33126 -45.26195 0707.8 70786 70788 105 647 A 10211985 235959 BUS 072 Rotary 04 075 081 PP 058.36 11.930 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 4892 WHOLE ROUND BASALT 12291988 105100 09081989 080200 53.33126 -45.26195 0707.8 70855 70861 105 647 A 10221985 235959 BUS 073 Rotary 02 055 057 PP 022.46 04.550 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 4936 MINICORE 12291988 105600 09081989 075800 53.33126 -45.26195 0715.1 71567 71569 105 647 A 10211985 235959 BUS 073 Rotary 02 084 104 PP 058.00 10.160 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 5709 WHOLE ROUND 12291988 105400 09081989 075800 53.33126 -45.26195 0715.1 71596 71616 105 647 A 10211985 235959 BUS 073 Rotary 03 136 144 PP 057.47 10.690 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 5376 WHOLE ROUND 12291988 105500 09081989 080100 53.33126 -45.26195 0716.1 71752 71760 105 647 A 10221985 235959 BUS 074 Rotary 01 015 017 PP 024.05 04.050 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 5938 MINICORE 12291988 105700 09081989 075700 53.33126 -45.26195 0723.5 72365 72367 105 647 A 10221985 235959 BUS 074 Rotary 03 130 131 PP 027.40 07.600 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 3605 HALF ROUND, INTERVAL BOTTOM IS ASSUMED 12291988 105600 09081989 080100 53.33126 -45.26195 0726.4 72779 72780 105 647 A 10221985 235959 BUS 075 Rotary 04 064 066 PP 024.57 04.180 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 5878 MNICORE 12291988 110000 09081989 080200 53.33126 -45.26195 0736.2 73685 73687 105 647 A 10221985 235959 BUS 075 Rotary 04 123 124 PP 028.84 05.900 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 4888 HALF ROUND, INTERVAL BOTTOM IS ASSUMED 12291988 105800 09081989 080200 53.33126 -45.26195 0736.2 73744 73745