Drury, Anna Joy; Liebrand, Diederik; Westerhold, Thomas; Beddow, Helen M; Hodell, David A; Rohlfs, Nina; Wilkens, Roy H; Lyle, Mitchell W; Bell, David B; Kroon, Dick; Pälike, Heiko; Lourens, Lucas Joost (2020): Table 3: Revised splice tie table ODP Site 208-1264 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.919494, In: Drury, AJ et al. (2020): Climate, cryosphere and carbon cycle controls on Southeast Atlantic orbital-scale carbonate deposition since the Oligocene (30-0 Ma) [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.919489
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Keyword(s):
Related to:
Drury, Anna Joy; Liebrand, Diederik; Westerhold, Thomas; Beddow, Helen M; Hodell, David A; Rohlfs, Nina; Wilkens, Roy H; Lyle, Mitchell W; Bell, David B; Kroon, Dick; Pälike, Heiko; Lourens, Lucas Joost (2021): Climate, cryosphere and carbon cycle controls on Southeast Atlantic orbital-scale carbonate deposition since the Oligocene (30–0 Ma). Climate of the Past, 17(5), 2091-2117, https://doi.org/10.5194/cp-17-2091-2021
Project(s):
Ocean Drilling Program (ODP)
Coverage:
Median Latitude: -28.532590 * Median Longitude: 2.845495 * South-bound Latitude: -28.532680 * West-bound Longitude: 2.845480 * North-bound Latitude: -28.532500 * East-bound Longitude: 2.845510
Date/Time Start: 2003-04-05T13:10:00 * Date/Time End: 2003-04-08T03:50:00
Minimum Elevation: -2507.0 m * Maximum Elevation: -2504.0 m
Event(s):
208-1264A * Latitude: -28.532680 * Longitude: 2.845510 * Date/Time Start: 2003-04-05T13:10:00 * Date/Time End: 2003-04-06T21:55:00 * Elevation: -2507.0 m * Penetration: 280.7 m * Recovery: 270.71 m * Location: Walvis Ridge, Southeast Atlantic Ocean * Campaign: Leg208 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 30 cores; 280.7 m cored; 0 m drilled; 96.4 % recovery
208-1264B * Latitude: -28.532500 * Longitude: 2.845480 * Date/Time Start: 2003-04-06T21:55:00 * Date/Time End: 2003-04-08T03:50:00 * Elevation: -2504.0 m * Penetration: 282.8 m * Recovery: 290.09 m * Location: Walvis Ridge, Southeast Atlantic Ocean * Campaign: Leg208 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 30 cores; 282.8 m cored; 0 m drilled; 102.6 % recovery
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Tie point, bottom | Tie point bot | Drury, Anna Joy | ODP ID - upper core splice tie point, bottom | ||
| 2 | Depth, bottom/max | Depth bot | m | Drury, Anna Joy | metres below sea floor (mbsf), upper core tie point | |
| 3 | Depth, composite revised bottom | Depth comp r bot | rmcd | Drury, Anna Joy | D21 revised meters composite depth (D21 rmcd; this study), upper core splice tie point | |
| 4 | Tie point type | Tie point type | Drury, Anna Joy | Tie type | ||
| 5 | Tie point, top | Tie point top | Drury, Anna Joy | ODP ID - lower core splice tie point, top | ||
| 6 | Depth, top/min | Depth top | m | Drury, Anna Joy | metres below sea floor (mbsf), lower core splice tie point | |
| 7 | Depth, composite revised top | Depth comp r top | rmcd | Drury, Anna Joy | D21 revised meters composite depth (D21 rmcd; this study), lower core splice tie point | |
| 8 | Comment | Comment | Drury, Anna Joy |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
436 data points
Data
| 1 Tie point bot | 2 Depth bot [m] | 3 Depth comp r bot [rmcd] | 4 Tie point type | 5 Tie point top | 6 Depth top [m] | 7 Depth comp r top [rmcd] | 8 Comment |
|---|---|---|---|---|---|---|---|
| 208-1264B-1H-3, 95 | 3.950 | 3.950 | Tie to | 208-1264A-1H-1, 99 | 0.990 | 3.950 | |
| 208-1264A-1H-7, 10 | 8.600 | 11.560 | Tie to | 208-1264B-2H-3, 15 | 10.450 | 11.560 | |
| 208-1264B-2H-6, 122.5 | 16.025 | 17.135 | Tie to | 208-1264A-2H-3, 50 | 12.800 | 17.130 | |
| 208-1264A-2H-5, 75 | 16.050 | 20.380 | Tie to | 208-1264B-3H-1, 77 | 17.570 | 20.380 | Small 1 cm correction to shipboard ID for B-3H-1, as this wasn't consistent with the shipboard mbsf and mcd |
| 208-1264B-3H-5, 92.5 | 23.705 | 26.515 | Tie to | 208-1264A-3H-2, 32.5 | 20.625 | 26.515 | |
| 208-1264A-3H-6, 112 | 27.420 | 33.310 | Tie to | 208-1264B-4H-3, 41 | 29.710 | 33.310 | |
| 208-1264B-4H-5, 85 | 33.150 | 36.750 | Tie to | 208-1264A-4H-1, 124 | 29.540 | 36.750 | |
| 208-1264A-4H-4, 90 | 33.700 | 40.910 | Tie to | 208-1264B-5H-1, 94 | 36.740 | 40.910 | |
| 208-1264B-5H-6, 111 | 44.410 | 48.580 | Tie to | 208-1264A-5H-2, 60 | 39.900 | 48.580 | |
| 208-1264A-5H-5, 128 | 45.080 | 53.760 | Tie to | 208-1264B-6H-2, 70 | 47.500 | 53.760 | |
| 208-1264B-6H-6, 74 | 53.540 | 59.800 | Tie to | 208-1264A-6H-2, 98 | 49.780 | 59.800 | |
| 208-1264A-6H-6, 103 | 54.710 | 64.730 | Tie to | 208-1264B-7H-3, 83 | 58.630 | 64.730 | |
| 208-1264B-7H-6, 125 | 63.550 | 69.650 | Tie to | 208-1264A-7H-2, 30 | 58.600 | 69.650 | |
| 208-1264A-7H-5, 43 | 63.230 | 74.280 | Tie to | 208-1264B-8H-2, 72 | 66.520 | 74.280 | |
| 208-1264B-8H-7, 10 | 73.400 | 81.160 | Tie to | 208-1264A-8H-2, 49 | 68.290 | 81.160 | |
| 208-1264A-8H-5, 81 | 73.110 | 85.980 | Tie to | 208-1264B-9H-3, 51 | 77.310 | 85.980 | |
| 208-1264B-9H-7, 23 | 83.030 | 91.700 | Tie to | 208-1264A-9H-2, 52 | 77.820 | 91.700 | |
| 208-1264A-9H-5, 82 | 82.620 | 96.500 | Tie to | 208-1264B-10H-3, 32 | 86.620 | 96.500 | |
| 208-1264B-10H-6, 88 | 91.570 | 101.450 | Tie to | 208-1264A-10H-2, 21 | 87.010 | 101.450 | |
| 208-1264A-10H-4, 124 | 91.040 | 105.480 | Tie to | 208-1264B-11H-2, 143 | 95.040 | 105.480 | |
| 208-1264B-11H-8, 39 | 102.500 | 112.940 | Tie to | 208-1264A-11H-3, 44 | 98.240 | 112.940 | |
| 208-1264A-11H-6, 134 | 103.640 | 118.340 | Tie to | 208-1264B-12H-4, 61 | 106.440 | 118.340 | |
| 208-1264B-12H-5, 146 | 108.790 | 120.690 | Tie to | 208-1264A-12H-1, 119 | 105.490 | 120.690 | |
| 208-1264A-12H-6, 17 | 111.970 | 127.170 | Tie to | 208-1264B-13H-2, 115 | 114.450 | 127.170 | |
| 208-1264B-13H-6, 65 | 119.950 | 132.670 | Tie to | 208-1264A-13H-2, 58 | 115.880 | 132.670 | |
| 208-1264A-13H-5, 137.5 | 121.175 | 137.965 | Tie to | 208-1264B-14H-2, 98.5 | 123.785 | 137.965 | |
| 208-1264B-14H-6, 87 | 129.670 | 143.850 | Tie to | 208-1264A-14H-3, 66 | 126.960 | 143.850 | |
| 208-1264A-14H-6, 97 | 131.770 | 148.660 | Tie to | 208-1264B-15H-2, 118 | 133.480 | 148.660 | |
| 208-1264B-15H-5, 120 | 138.000 | 153.180 | Tie to | 208-1264A-15H-2, 100 | 135.300 | 153.180 | |
| 208-1264A-15H-6, 77.5 | 141.075 | 158.955 | Tie to | 208-1264B-16H-2, 77.5 | 142.575 | 158.955 | Small 2 cm correction to shipboard ID for B-16H-2, as this wasn't consistent with the shipboard mbsf and mcd, or later mcd revisions |
| 208-1264B-16H-5, 122.5 | 147.525 | 163.905 | Tie to | 208-1264A-16H-3, 72.5 | 146.025 | 163.905 | |
| 208-1264A-16H-6, 105 | 150.850 | 168.730 | Tie to | 208-1264B-17H-2, 80 | 152.100 | 168.730 | |
| 208-1264B-17H-5, 90 | 156.700 | 173.330 | Tie to | 208-1264A-17H-2, 60 | 153.900 | 173.330 | Small 2 cm correction to shipboard ID for A-17H-2, as this wasn't consistent with the shipboard mbsf and mcd, or later mcd revisions |
| 208-1264A-17H-5, 27.5 | 158.075 | 177.505 | Tie to | 208-1264B-18H-1, 53.5 | 159.835 | 177.505 | Small 1.5 cm correction to shipboard ID for B-18H-1, as this wasn't consistent with the shipboard mbsf and mcd, or later mcd revisions |
| 208-1264B-18H-6, 10 | 166.900 | 184.570 | Tie to | 208-1264A-18H-3, 31 | 164.610 | 184.570 | |
| 208-1264A-18H-7, 42.5 | 170.725 | 190.685 | Tie to | 208-1264B-19H-3, 5.5 | 171.855 | 190.685 | Small 1 cm correction to shipboard ID for B-18H-1, as this wasn't consistent with the shipboard mbsf and mcd, or later mcd revisions |
| 208-1264B-19H-6, 100 | 177.300 | 196.130 | Tie to | 208-1264A-19H-3, 38 | 174.180 | 196.130 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-19H-5, 105 | 177.850 | 199.800 | Tie to | 208-1264B-20H-2, 55 | 180.350 | 199.800 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-20H-5, 88 | 185.180 | 204.630 | Tie to | 208-1264A-20H-1, 140 | 181.700 | 204.630 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-20H-6, 95 | 188.750 | 211.680 | Tie to | 208-1264B-21H-3, 82 | 191.620 | 211.680 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-21H-5, 75 | 194.550 | 214.610 | Tie to | 208-1264A-21H-1, 88 | 190.680 | 214.610 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-21H-5, 92 | 196.720 | 220.650 | Tie to | 208-1264B-22H-2, 110 | 199.900 | 220.650 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-22H-6, 92 | 205.720 | 226.470 | Tie to | 208-1264A-22H-2, 77 | 201.570 | 226.470 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-22H-5, 95 | 206.250 | 231.150 | Tie to | 208-1264B-23H-2, 120 | 209.500 | 231.150 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-23H-6, 88 | 215.180 | 236.830 | Tie to | 208-1264A-23H-2, 82 | 211.120 | 236.830 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-23H-6, 32 | 216.620 | 242.330 | Tie to | 208-1264B-24H-3, 68 | 219.980 | 242.330 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-24H-6, 102 | 224.820 | 247.170 | Tie to | 208-1264A-24H-2, 6 | 219.860 | 247.170 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-24H-4, 90 | 223.700 | 251.010 | Tie to | 208-1264B-25H-1, 85 | 226.650 | 251.010 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-25H-5, 58 | 232.380 | 256.740 | Tie to | 208-1264A-25H-1, 24 | 228.040 | 256.740 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-25H-9, 20 | 231.820 | 260.520 | Append to | 208-1264B-26H-1, 0 | 235.300 | 262.500 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-26H-5, 5 | 241.350 | 268.550 | Tie to | 208-1264A-26H-1, 51 | 237.810 | 268.550 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-26H-5, 128 | 244.580 | 275.320 | Tie to | 208-1264B-27H-2, 60 | 246.900 | 275.320 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-27H-7, 75 | 254.550 | 282.970 | Append to | 208-1264B-28H-1, 0 | 254.300 | 284.420 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-28H-5, 35 | 260.650 | 290.770 | Tie to | 208-1264A-28H-2, 1 | 257.810 | 290.770 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-28H-9, 18 | 261.670 | 294.630 | Append to | 208-1264B-29H-1, 0 | 263.800 | 294.750 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-29H-2, 108 | 266.380 | 297.330 | Tie to | 208-1264A-29H-2, 18 | 263.380 | 297.330 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-29H-9, 5 | 271.440 | 305.390 | Append to | 208-1264B-30H-1, 0 | 273.300 | 305.850 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264B-30H-3, 85 | 277.150 | 309.700 | Tie to | 208-1264A-30H-3, 37 | 274.570 | 309.700 | Liebrand et al., 2016 revisions adjusted to account for changes to the overlying composite depth scale |
| 208-1264A-30H-9, 8 | 280.830 | 315.960 |