Westerhold, Thomas (2020): S32. Age model of IODP Site 321-U1338 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.917654, 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:
Latitude: 2.507800 * Longitude: -117.969910
Minimum DEPTH, sediment/rock: 298.600 m * Maximum DEPTH, sediment/rock: 395.190 m
Event(s):
321-U1338 * Latitude: 2.507800 * Longitude: -117.969910 * Elevation: -4210.8 m * Campaign: Exp321 (Pacific Equatorial Age Transect II / Juan de Fuca) * Basis: Joides Resolution * Method/Device: Composite Core (COMPCORE)
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Sample code/label | Sample label | Westerhold, Thomas | |||
| 2 | DEPTH, sediment/rock | Depth sed | m | Westerhold, Thomas | Geocode – mbsf | |
| 3 | Depth, composite revised | Depth comp r | rmcd | Westerhold, Thomas | ||
| 4 | Tuned time | Tuned time | Ma | Westerhold, Thomas | ||
| 5 | Reference/source | Reference | Westerhold, Thomas |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
220 data points
Data
| 1 Sample label | 2 Depth sed [m] | 3 Depth comp r [rmcd] | 4 Tuned time [Ma] | 5 Reference |
|---|---|---|---|---|
| 321-U1338A-33X-1,90 | 298.600 | 332.920 | 12.724 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338A-33X-2,20 | 299.400 | 333.720 | 12.766 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-34H-1,120 | 303.100 | 335.530 | 12.816 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-34H-2,100 | 304.410 | 336.840 | 12.857 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-34H-3,130 | 306.210 | 338.640 | 12.932 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-34H-4,100 | 307.420 | 339.850 | 12.970 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-35H-1,95 | 307.850 | 340.980 | 13.010 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-35H-2,125 | 309.650 | 342.780 | 13.049 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-35H-4,85 | 312.280 | 345.410 | 13.102 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-35H-5,65 | 313.580 | 346.710 | 13.141 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-35H-3,50 | 314.900 | 348.680 | 13.217 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-35H-4,20 | 316.100 | 349.880 | 13.256 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-36H-2,40 | 318.300 | 352.870 | 13.332 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-36H-3,20 | 319.600 | 354.170 | 13.371 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-36H-1,135 | 322.250 | 356.390 | 13.425 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-36H-3,135 | 325.250 | 359.390 | 13.501 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-36H-4,115 | 326.550 | 360.690 | 13.541 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-36H-6,10 | 328.500 | 362.640 | 13.594 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-37H-2,10 | 327.500 | 363.670 | 13.635 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-37H-3,110 | 330.000 | 366.170 | 13.708 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-37H-3,45 | 333.850 | 369.030 | 13.761 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-37H-5,145 | 337.850 | 373.030 | 13.843 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-38H-2,30 | 337.200 | 373.990 | 13.888 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-38H-2,55 | 337.450 | 374.240 | 13.901 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-38H-4,5 | 339.950 | 376.740 | 13.992 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-38H-5,10 | 341.500 | 378.290 | 14.031 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-38H-3,50 | 343.400 | 380.480 | 14.108 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-39H-2,110 | 347.500 | 384.800 | 14.275 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-39H-3,65 | 348.550 | 385.850 | 14.304 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-39H-4,140 | 350.800 | 388.100 | 14.390 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-39H-5,110 | 352.000 | 389.300 | 14.436 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-40H-1,30 | 354.700 | 392.377 | 14.506 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-40H-2,45 | 356.350 | 394.028 | 14.550 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-40H-3,50 | 357.900 | 395.578 | 14.589 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-40H-7,30 | 363.300 | 400.980 | 14.777 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-40H-1,120 | 360.100 | 402.500 | 14.835 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-41H-3,70 | 367.600 | 405.891 | 14.910 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-41H-4,20 | 368.600 | 406.892 | 14.949 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-41H-6,60 | 372.010 | 410.303 | 15.080 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-41H-7,9 | 373.010 | 411.303 | 15.119 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-41H-1,150 | 369.900 | 413.570 | 15.194 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-41H-2,70 | 370.600 | 414.270 | 15.234 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-41H-3,10 | 371.500 | 415.170 | 15.286 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-41H-3,100 | 372.400 | 416.070 | 15.325 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-41H-6,70 | 376.600 | 420.270 | 15.440 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-43H-3,30 | 381.210 | 421.660 | 15.518 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-42H-2,130 | 380.700 | 424.740 | 15.570 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-42H-3,60 | 381.500 | 425.540 | 15.610 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-42H-4,130 | 383.720 | 427.760 | 15.685 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338B-42H-5,70 | 384.630 | 428.670 | 15.724 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-44H-1,140 | 388.800 | 430.011 | 15.764 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-44H-2,100 | 389.910 | 431.121 | 15.800 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-44H-3,90 | 391.330 | 432.542 | 15.855 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-44H-4,30 | 392.250 | 433.462 | 15.894 | Holbourn et al. 2014, Kochhan et al.2016 |
| 321-U1338C-44H-6,50 | 395.190 | 436.403 | 15.968 | Holbourn et al. 2014, Kochhan et al.2016 |