Westerhold, Thomas (2020): S22. Combined magnetochron boundaries from ocean drilling cores from 20 to 66.4 Ma [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.917567, In: Westerhold, T (2020): Cenozoic global reference benthic carbon and oxygen isotope dataset (CENOGRID) [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.917503
Always quote citation above when using data! You can download the citation in several formats below.
Related to:
Westerhold, Thomas; Marwan, Norbert; Drury, Anna Joy; Liebrand, Diederik; Agnini, Claudia; Anagnostou, Eleni; Barnet, James S K; Bohaty, Steven M; De Vleeschouwer, David; Florindo, Fabio; Frederichs, Thomas; Hodell, David A; Holbourn, Ann E; Kroon, Dick; Lauretano, Vittoria; Littler, Kate; Lourens, Lucas Joost; Lyle, Mitchell W; Pälike, Heiko; Röhl, Ursula; Tian, Jun; Wilkens, Roy H; Wilson, Paul A; Zachos, James C (2020): An astronomically dated record of Earth's climate and its predictability over the last 66 million years. Science, 369, 1383-1387, https://doi.org/10.1126/science.aba6853
Project(s):
Ocean Drilling Program (ODP)
Coverage:
Median Latitude: -9.001499 * Median Longitude: -53.902695 * South-bound Latitude: -28.533080 * West-bound Longitude: -138.419540 * North-bound Latitude: 10.516600 * East-bound Longitude: 2.779630
Date/Time Start: 2001-11-14T00:00:00 * Date/Time End: 2003-10-28T10:10:00
Minimum Elevation: -4853.8 m * Maximum Elevation: -2548.8 m
Event(s):
199-1218A * Latitude: 8.889450 * Longitude: -135.366660 * Date/Time: 2001-11-14T00:00:00 * Elevation: -4826.3 m * Penetration: 276.8 m * Recovery: 266.42 m * Location: North Pacific Ocean * Campaign: Leg199 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 30 cores; 276.8 m cored; 0 m drilled; 96.3 % recovery
207-1258B * Latitude: 9.433330 * Longitude: -54.733030 * Date/Time Start: 2003-01-25T10:10:00 * Date/Time End: 2003-10-28T10:10:00 * Elevation: -3192.2 m * Penetration: 460.9 m * Recovery: 346.13 m * Location: South Atlantic Ocean * Campaign: Leg207 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 57 cores; 453.9 m cored; 7 m drilled; 76.3 % recovery
207-1260B * Latitude: 9.265510 * Longitude: -54.544200 * Date/Time Start: 2003-02-09T07:35:00 * Date/Time End: 2003-02-12T23:45:00 * Elevation: -2548.8 m * Penetration: 509 m * Recovery: 326.49 m * Location: South Atlantic Ocean * Campaign: Leg207 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 46 cores; 370.3 m cored; 138.7 m drilled; 88.2 % recovery
Parameter(s):
# | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
---|---|---|---|---|---|---|
1 | Event label | Event | Westerhold, Thomas | |||
2 | Chronozone | Chronozone | Westerhold, Thomas | |||
3 | Sample code/label | Sample label | Westerhold, Thomas | Top | ||
4 | Sample code/label | Sample label | Westerhold, Thomas | Bot | ||
5 | Depth, composite revised top | Depth comp r top | rmcd | Westerhold, Thomas | ||
6 | Depth, composite revised bottom | Depth comp r bot | rmcd | Westerhold, Thomas | ||
7 | Depth, composite revised | Depth comp r | rmcd | Westerhold, Thomas | Average | |
8 | Depth, composite revised error | Depth comp r e | rmcd | Westerhold, Thomas | ||
9 | Reference/source | Reference | Westerhold, Thomas | |||
10 | Tuned time | Tuned time | Ma | Westerhold, Thomas | tuned age Bot | |
11 | Tuned time | Tuned time | Ma | Westerhold, Thomas | tuned age Top | |
12 | Tuned time | Tuned time | Ma | Westerhold, Thomas | tuned age average | |
13 | Age, error | Age e | ± | Westerhold, Thomas |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
793 data points
Data
1 Event | 2 Chronozone | 3 Sample label (Top) | 4 Sample label (Bot) | 5 Depth comp r top [rmcd] | 6 Depth comp r bot [rmcd] | 7 Depth comp r [rmcd] (Average) | 8 Depth comp r e [rmcd] | 9 Reference | 10 Tuned time [Ma] (tuned age Bot) | 11 Tuned time [Ma] (tuned age Top) | 12 Tuned time [Ma] (tuned age average) | 13 Age e [±] |
---|---|---|---|---|---|---|---|---|---|---|---|---|
320-U1333B | C6n (o) | U1333B-1H-3, 50 | 3.50 | Guidry et al. 2013 | 19.727 | |||||||
320-U1333B | C6An.1n (y) | U1333B-1H-4, 64 | 5.14 | Guidry et al. 2013 | 20.100 | |||||||
320-U1333B | C6An.1n (o) | U1333B-1H-4, 128 | 5.78 | Guidry et al. 2013 | 20.236 | |||||||
320-U1333A | C6An.2n (y) | U1333A-1H-2, 50 | 6.66 | Guidry et al. 2013 | 20.407 | |||||||
320-U1333A | C6An.2n (o) | U1333A-1H-3, 23 | 7.89 | Guidry et al. 2013 | 20.673 | |||||||
320-U1333A | C6AAn (y) | U1333A-1H-4, 81 | 9.97 | Guidry et al. 2013 | 21.058 | |||||||
320-U1333A | C6AAn (o) | U1333A-1H-4, 149 | 10.65 | Guidry et al. 2013 | 21.202 | |||||||
320-U1333B | C6AAr.1n (y) | U1333B-2H-4, 56 | 12.77 | Guidry et al. 2013 | 21.488 | |||||||
320-U1333B | C6AAr.1n (o) | U1333B-2H-4, 136 | 13.57 | Guidry et al. 2013 | 21.544 | |||||||
320-U1333C | C6AAr.2n (y) | U1333C-3H-2, 44 | 15.70 | Guidry et al. 2013 | 21.688 | |||||||
320-U1333C | C6AAr.2n (o) | U1333C-3H-2, 81 | 16.07 | Guidry et al. 2013 | 21.733 | |||||||
320-U1333C | C6Bn.1n (y) | U1333C-3H-2, 122 | 16.48 | Guidry et al. 2013 | 21.786 | |||||||
320-U1333C | C6Bn.1n (o) | U1333C-3H-3, 58 | 17.34 | Guidry et al. 2013 | 21.991 | |||||||
320-U1333C | C6Bn.2n (y) | U1333C-3H-3, 82 | 17.58 | Guidry et al. 2013 | 22.050 | |||||||
320-U1333C | C6Bn.2n (o) | U1333C-3H-4, 113 | 19.39 | Guidry et al. 2013 | 22.313 | |||||||
320-U1333C | C6Cn.1n (y) | U1333C-3H-6, 22 | 21.48 | Guidry et al. 2013 | 22.626 | |||||||
320-U1333B | C6Cn.1n (o) | U1333B-3H-2, 138 | 22.15 | Guidry et al. 2013 | 22.794 | |||||||
320-U1333B | C6Cn.2n (y) | U1333B-3H-3, 95 | 23.22 | Guidry et al. 2013 | 22.957 | |||||||
320-U1333B | C6Cn.2n (o) | U1333B-3H-4, 19 | 23.96 | Guidry et al. 2013 | 23.039 | |||||||
320-U1333B | C6Cn.3n (y) | U1333B-3H-5, 37 | 25.64 | Guidry et al. 2013 | 23.215 | |||||||
320-U1333B | C6Cn.3n (o) | U1333B-3H-5, 94 | 26.21 | Guidry et al. 2013 | 23.323 | |||||||
320-U1333C | C7n.1n (y) | U1333C-4H-5, 30 | 30.18 | Guidry et al. 2013 | 24.032 | |||||||
320-U1333C | C7n.1n (o) | U1333C-4H-5, 47 | 30.35 | Guidry et al. 2013 | 24.057 | |||||||
320-U1333B | C7n.2n (y) | U1333B-4H-1, 106 | 30.94 | Guidry et al. 2013 | 24.115 | |||||||
320-U1333B | C7n.2n (o) | U1333B-4H-3, 12 | 33.00 | Guidry et al. 2013 | 24.462 | |||||||
320-U1333B | C7An (y) | U1333B-4H-4, 49 | 34.87 | Guidry et al. 2013 | 24.768 | |||||||
320-U1333B | C7An (o) | U1333B-4H-5, 22 | 36.10 | Guidry et al. 2013 | 24.895 | |||||||
320-U1333B | C8n.1n (y) | U1333B-4H-5, 122 | 37.10 | Guidry et al. 2013 | 25.049 | |||||||
320-U1333C | C8n.1n (o) | U1333C-5H-2, 35 | 38.50 | Guidry et al. 2013 | 25.220 | |||||||
320-U1333C | C8n.2n (y) | U1333C-5H-2, 64 | 38.79 | Guidry et al. 2013 | 25.259 | |||||||
320-U1333C | C8n.2n (o) | U1333C-5H-5, 52 | 43.17 | Guidry et al. 2013 | 25.979 | |||||||
320-U1333C | C9n (y) | U1333C-6H-1, 101 | 49.21 | Guidry et al. 2013 | 26.599 | |||||||
320-U1333B | C9n (o) | U1333B-6H-4, 15 | 58.19 | Guidry et al. 2013 | 27.407 | |||||||
320-U1333A | C10n.1n (y) | U1333A-6H-3, 140 | 63.65 | Guidry et al. 2013 | 27.847 | |||||||
320-U1333B | C10n.1n (o) | U1333B-7H-1, 134 | 66.57 | Guidry et al. 2013 | 28.107 | |||||||
320-U1333B | C10n.2n (y) | U1333B-7H-2, 46 | 67.19 | Guidry et al. 2013 | 28.157 | |||||||
320-U1333B | C10n.2n (o) | U1333B-7H-3, 38 | 68.61 | Guidry et al. 2013 | 28.263 | |||||||
320-U1333B | C11n.1n (y) | U1333B-8H-4, 138 | 81.35 | Guidry et al. 2013 | 29.149 | |||||||
320-U1333A | C11n.1n (o) | U1333A-8H-3, 146 | 86.14 | Guidry et al. 2013 | 29.581 | |||||||
320-U1333C | C11n.2n (y) | U1333C-9H-3, 54 | 86.98 | Guidry et al. 2013 | 29.642 | |||||||
320-U1333B | C11n.2n (o) | U1333B-9H-4, 132 | 92.05 | Guidry et al. 2013 | 29.990 | |||||||
199-1218A | C12n (y) | 1218A-19H-7, 50 | 1218A-19H-7, 50 | 199.14 | 202.09 | 200.62 | 1.47 | Lanci et al. 2004 | 30.659 | 30.852 | 30.755 | 97 |
320-U1333C | C12n (o) | U1333C-10H-4, 86 | U1333C-10H-4, 87 | 104.46 | 104.52 | 104.49 | 0.03 | Westerhold et al. 2014 | 30.962 | 30.993 | 30.977 | 16 |
320-U1333B | C13n (y) | U1333B-10H-4, 105 | U1333B-10H-4, 117 | 129.92 | 129.93 | 129.93 | 0.00 | Westerhold et al. 2014 | 33.211 | 33.216 | 33.214 | 2 |
320-U1333B | C13n (o) | U1333B-12H-6, 122 | U1333B-12H-6, 123 | 134.80 | 134.81 | 134.81 | 0.00 | Westerhold et al. 2014 | 33.718 | 33.734 | 33.726 | 8 |
320-U1333B | C15n (y) | U1333B-13H-3, 5 | U1333B-13H-3, 7 | 138.60 | 138.62 | 138.61 | 0.01 | Westerhold et al. 2014 | 35.069 | 35.134 | 35.102 | 32 |
320-U1333B | C15n (o) | U1333B-13H-5, 85 | U1333B-13H-5, 88 | 139.06 | 139.09 | 139.08 | 0.01 | Westerhold et al. 2014 | 35.319 | 35.353 | 35.336 | 17 |
320-U1333B | C16n.1n (y) | U1333B-13H-5, 131 | U1333B-13H-5, 137 | 140.05 | 140.08 | 140.07 | 0.01 | Westerhold et al. 2014 | 35.566 | 35.595 | 35.580 | 15 |
320-U1333B | C16n.1n (o) | U1333B-13H-6, 80 | U1333B-13H-6, 85 | 140.66 | 140.68 | 140.67 | 0.01 | Westerhold et al. 2014 | 35.697 | 35.740 | 35.718 | 22 |
320-U1333B | C16n.2n (y) | U1333B-13H-6, 141 | U1333B-13H-6, 144 | 140.94 | 140.96 | 140.95 | 0.01 | Westerhold et al. 2014 | 35.753 | 35.795 | 35.774 | 21 |
320-U1333C | C16n.2n (o) | U1333C-15H-2, 14 | U1333C-15H-2, 18 | 145.46 | 145.49 | 145.48 | 0.01 | Westerhold et al. 2014 | 36.345 | 36.357 | 36.351 | 6 |
320-U1333C | C17n.1n (y) | U1333C-15H-5, 16 | U1333C-15H-5, 22 | 147.16 | 147.18 | 147.17 | 0.01 | Westerhold et al. 2014 | 36.568 | 36.578 | 36.573 | 5 |
320-U1333B | C17n.1n (o) | U1333B-14H-3, 101 | U1333B-14H-3, 105 | 151.64 | 151.66 | 151.65 | 0.01 | Westerhold et al. 2014 | 37.378 | 37.392 | 37.385 | 7 |
320-U1333B | C17n.2n (y) | U1333B-14H-6, 99 | U1333B-14H-6, 103 | 152.53 | 152.55 | 152.54 | 0.01 | Westerhold et al. 2014 | 37.527 | 37.533 | 37.530 | 3 |
320-U1333C | C17n.2n (o) | U1333C-16H-2, 7 | U1333C-16H-2, 10 | 153.81 | 153.82 | 153.82 | 0.00 | Westerhold et al. 2014 | 37.774 | 37.788 | 37.781 | 7 |
320-U1333C | C17n.3n (y) | U1333C-16H-2, 135 | U1333C-16H-2, 137 | 154.20 | 154.22 | 154.21 | 0.01 | Westerhold et al. 2014 | 37.851 | 37.864 | 37.858 | 7 |
320-U1333C | C17n.3n (o) | U1333C-16H-3, 24 | U1333C-16H-3, 27 | 155.33 | 155.35 | 155.34 | 0.01 | Westerhold et al. 2014 | 38.070 | 38.092 | 38.081 | 11 |
208-1263C | C18n.1n (y) | 1263C-2H-5, 103 | 1263B-7H-2, 13 | 123.52 | 125.06 | 124.29 | 0.77 | This study | 38.288 | 38.559 | 38.423 | 135 |
208-1263C | C18n.1n (o) | 1263C-3H-4, 53 | 1263B-8H-2, 53 | 135.53 | 136.10 | 135.81 | 0.28 | This study | 39.799 | 39.852 | 39.825 | 26 |
208-1263B | C18n.2n (y) | 1263B-8H-2, 133 | 1263B-8H-3, 43 | 136.91 | 137.50 | 137.20 | 0.29 | This study | 39.917 | 39.965 | 39.941 | 24 |
208-1263A | C18n.2n (o) | 1263A-14H-3, 97 | 1263A-14H-3, 107 | 141.30 | 141.40 | 141.35 | 0.05 | This study | 40.273 | 40.280 | 40.276 | 4 |
207-1260B | C19n (y) | 1260B-4R-1, 15 | 1260B-4R-1, 69 | 63.78 | 64.32 | 64.05 | 0.27 | Westerhold & Röhl 2013 | 41.051 | 41.073 | 41.062 | 11 |
207-1260B | C19n (o) | 1260B-4R-4, 90 | 1260B-4R-4, 110 | 69.03 | 69.23 | 69.13 | 0.10 | Westerhold & Röhl 2013 | 41.258 | 41.265 | 41.262 | 4 |
208-1263B | C20n (y) | 1263B-10H4, 30 | 1263B-10H4, 50 | 160.34 | 160.54 | 160.44 | 0.10 | Westerhold et al. 2015 | 42.184 | 42.209 | 42.196 | 13 |
208-1263B | C20n (o) | 1263B-11H4, 141 | 1263B-11H5, 11 | 171.94 | 172.14 | 172.04 | 0.10 | Westerhold et al. 2015 | 43.497 | 43.518 | 43.508 | 11 |
208-1263A | C21n (y) | 1263A-19H5, 108 | 1263B-14H2, 47 | 199.94 | 201.14 | 200.54 | 0.60 | Westerhold et al. 2015 | 46.191 | 46.278 | 46.235 | 44 |
207-1258B | C21n (o) | 1258B-5H3, 18 | 1258B-5H3, 128 | 38.08 | 39.19 | 38.63 | 0.55 | Westerhold et al. 2017 | 47.778 | 47.935 | 47.857 | 79 |
207-1258B | C22n (y) | 1258B-6H5, 12 | 1258B-5H6, 73 | 46.61 | 46.81 | 46.71 | 0.10 | Westerhold et al. 2017 | 49.149 | 49.197 | 49.173 | 24 |
207-1258B | C22n (o) | 1258B-7H1, 113 | 1258B-7H2, 74 | 51.64 | 52.45 | 52.05 | 0.41 | Westerhold et al. 2017 | 49.673 | 49.753 | 49.713 | 40 |
208-1262B | C23n.1n (y) | 1262B-11H2, 73 | 1262A-9H5, 99 | 98.14 | 98.20 | 98.17 | 0.03 | Westerhold et al. 2017 | 50.766 | 50.786 | 50.776 | 10 |
208-1262A | C23n.1n (o) | 1262A-9H5, 129 | 1262B-11H2, 124 | 98.49 | 98.72 | 98.61 | 0.11 | Westerhold et al. 2017 | 50.888 | 50.996 | 50.942 | 54 |
208-1262B | C23n.2n (y) | 1262B-11H2, 127 | 1262A-9H6, 28 | 98.75 | 98.86 | 98.81 | 0.06 | Westerhold et al. 2017 | 51.006 | 51.043 | 51.025 | 19 |
208-1262B | C23n.2n (o) | 1262B-11H4, 27 | 1262B-11H4, 102 | 100.75 | 101.50 | 101.13 | 0.38 | Westerhold et al. 2017 | 51.614 | 51.861 | 51.737 | 124 |
208-1262A | C24n.1n (y) | 1262A-10H3, 52 | 1262A-10H3, 149 | 105.13 | 106.10 | 105.62 | 0.48 | Westerhold et al. 2017 | 52.575 | 52.681 | 52.628 | 53 |
207-1258B | C24n.1n (o) | 1258B-12H4, 71 | 1258B-12H5, 37 | 100.34 | 101.50 | 100.92 | 0.58 | Westerhold et al. 2017 | 52.904 | 52.973 | 52.939 | 35 |
207-1258B | C24n.2n (y) | 1258B-12H6, 76 | 1258B-12H7, 11 | 103.39 | 104.22 | 103.80 | 0.41 | Westerhold et al. 2017 | 53.068 | 53.108 | 53.088 | 20 |
207-1258B | C24n.2n (o) | 1258B-12H7, 11 | 1258B-12H8, 4 | 104.22 | 104.84 | 104.53 | 0.31 | Westerhold et al. 2017 | 53.108 | 53.138 | 53.123 | 15 |
208-1262B | C24n.3n (y) | 1262B-12H3, 127 | 1262C-2H2, 52 | 110.81 | 111.32 | 111.07 | 0.26 | Westerhold et al. 2017 | 53.380 | 53.425 | 53.403 | 22 |
208-1262B | C24n.3n (o) | 1262B-12H7, 22 | 1262C-2H5, 72 | 115.10 | 116.00 | 115.55 | 0.45 | Westerhold et al. 2017 | 53.858 | 53.939 | 53.899 | 41 |
208-1262B | C25n (y) | 1262B-16H-5,42 | 1262C-7H-1,122 | 153.18 | 153.31 | 153.25 | 0.06 | Bowles 2006; Westerhold et al. 2008 | 57.067 | 57.078 | 57.073 | 5 |
208-1262A | C25n (o) | 1262A-15H-4,142 | 1262C-7H-6,42 | 159.08 | 160.01 | 159.55 | 0.46 | Bowles 2006; Westerhold et al. 2008 | 57.557 | 57.640 | 57.598 | 41 |
208-1262B | C26n (y) | 1267B-27X-4,130 | 1267B-27X-4,135 | 275.45 | 275.50 | 275.48 | 0.02 | Bowles 2006; Westerhold et al. 2008 | 58.859 | 58.870 | 58.865 | 5 |
208-1262B | C26n (o) | 1262B-18H-4,72 | 1262B-18H-3,101 | 173.21 | 173.41 | 173.31 | 0.10 | Bowles 2006; Westerhold et al. 2008 | 59.176 | 59.217 | 59.197 | 21 |
208-1262B | C27n (y) | 1262B-20H-5,2 | 1262B-20H-5,42 | 195.25 | 195.65 | 195.45 | 0.20 | Bowles 2006; Westerhold et al. 2008 | 62.100 | 62.152 | 62.126 | 26 |
208-1262B | C27n (o) | 1262B-20H-6,102 | 1262B-20H-6,132 | 197.75 | 198.05 | 197.90 | 0.15 | Bowles 2006; Westerhold et al. 2008 | 62.429 | 62.468 | 62.448 | 20 |
208-1262B | C28n (y) | 1262B-21H-3,122 | 1262B-21H-3,142 | 204.56 | 204.76 | 204.66 | 0.10 | Bowles 2006; Westerhold et al. 2008 | 63.535 | 63.580 | 63.558 | 23 |
208-1262C | C28n (o) | 1262C-12H-5,82 | 1262C-12H-5,112 | 209.60 | 209.90 | 209.75 | 0.15 | Bowles 2006; Westerhold et al. 2008 | 64.576 | 64.640 | 64.608 | 32 |
208-1262C | C29n (y) | 1262C-12H-6,62 | 1262C-12H-6,82 | 210.90 | 211.10 | 211.00 | 0.10 | Bowles 2006; Westerhold et al. 2008 | 64.852 | 64.891 | 64.871 | 20 |
208-1262B | C29n (o) | 1262B-22H-3,124 | 1262B-22H-3,136 | 214.89 | 215.01 | 214.95 | 0.06 | Bowles 2006; Westerhold et al. 2008 | 65.637 | 65.669 | 65.653 | 16 |
208-1262B | C30n (y) | 1262B-23H-1,42 | 1262B-23H-1,57 | 224.00 | 224.15 | 224.08 | 0.08 | Bowles 2006; Westerhold et al. 2008 | 66.389 | 66.397 | 66.393 | 4 |
208-1262B |