Stickley, Catherine E; Brinkhuis, Henk; McGonigal, Kristeen L; Chaproniere, George C H; Fuller, Michael D; Kelly, Daniel Clay; Nürnberg, Dirk; Pfuhl, Helen A; Schellenberg, Stephen A; Schoenfeld, Joachim; Suzuki, Noritoshi; Touchard, Yannick; Wei, Wuchang; Williams, Graham L; Lara, Jonathan; Stant, S Audra (2004): (Table T1) Summary of datum events and ages of ODP Site 189-1168 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.780284, In supplement to: Stickley, CE et al. (2004): Late Cretaceous-Quaternary biomagnetostratigraphy of ODP Sites 1168, 1170, 1171, and 1172, Tasmanian Gateway. In: Exon, NF; Kennett, JP; Malone, MJ (eds.) Proceedings of the Ocean Drilling Program, Scientific Results, College Station, TX (Ocean Drilling Program), 189, 1-57, https://doi.org/10.2973/odp.proc.sr.189.111.2004
Always quote citation above when using data! You can download the citation in several formats below.
Project(s):
Ocean Drilling Program (ODP)
Coverage:
Median Latitude: -42.609580 * Median Longitude: 144.412680 * South-bound Latitude: -42.609680 * West-bound Longitude: 144.412660 * North-bound Latitude: -42.609480 * East-bound Longitude: 144.412700
Date/Time Start: 2000-02-29T17:30:00 * Date/Time End: 2000-03-25T12:15:00
Minimum DEPTH, sediment/rock: 0.050 m * Maximum DEPTH, sediment/rock: 878.643 m
Event(s):
189-1168A * Latitude: -42.609680 * Longitude: 144.412700 * Date/Time Start: 2000-02-29T17:30:00 * Date/Time End: 2000-03-24T22:15:00 * Elevation: -2463.3 m * Penetration: 883.5 m * Recovery: 836.85 m * Location: Indian Ocean * Campaign: Leg189 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 95 cores; 883.5 m cored; 0 m drilled; 94.7 % recovery
189-1168B * Latitude: -42.609480 * Longitude: 144.412660 * Date/Time Start: 2000-03-24T22:15:00 * Date/Time End: 2000-03-25T12:15:00 * Elevation: -2463.6 m * Penetration: 108.4 m * Recovery: 106.52 m * Location: Indian Ocean * Campaign: Leg189 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 12 cores; 108.4 m cored; 0 m drilled; 98.3 % recovery
Comment:
Sediment depth is given in mbsf. The primary age model comprises the most robust data available. Alternative datums remain less robust until further work can resolve them.
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Event label | Event | ||||
| 2 | Ageprofile Datum Type | Ageprof dat typ | Stickley, Catherine E | |||
| 3 | Boundary description | Bound descr | Stickley, Catherine E | |||
| 4 | Ageprofile Datum Description | Ageprof dat des | Stickley, Catherine E | FO = first occurrence, LO = last occurrence, LAO = last abundant occurrence, LCO = last common occurrence, MIS = marine isotope stage | ||
| 5 | Age model | Age model | ka | Stickley, Catherine E | ||
| 6 | Age, comment | Comm | Stickley, Catherine E | |||
| 7 | Sample code/label | Sample label | Stickley, Catherine E | DSDP/ODP/IODP sample designation | top | |
| 8 | Sample code/label 2 | Sample label 2 | Stickley, Catherine E | DSDP/ODP/IODP sample designation | bottom | |
| 9 | Depth, top/min | Depth top | m | Stickley, Catherine E | ||
| 10 | Depth, bottom/max | Depth bot | m | Stickley, Catherine E | ||
| 11 | DEPTH, sediment/rock | Depth sed | m | Geocode | ||
| 12 | Error, absolute | Error a | ± | Stickley, Catherine E | of depth in m; = half depth of top-bottom sample range |
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
1342 data points
Data
| 1 Event | 2 Ageprof dat typ | 3 Bound descr | 4 Ageprof dat des | 5 Age model [ka] | 6 Comm | 7 Sample label | 8 Sample label 2 | 9 Depth top [m] | 10 Depth bot [m] | 11 Depth sed [m] | 12 Error a [±] |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 189-1168A | benthic oxygen isotope data | Base Holocene plateau | 9.7 | 0.050 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 2.2 | 18.0 | 0.300 | 0.000 | ||||||
| 189-1168A | nannofossil | FO Emiliania huxleyi acme | 85.0 | 189-1168A-1H-1,15-16 | 189-1168A-1H-1,90-91 | 0.155 | 0.905 | 0.530 | 0.375 | ||
| 189-1168A | benthic oxygen isotope data | Maximum close to 2.2 | 21.9 | 0.550 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 3.3 | 50.2 | 0.950 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 4.22 | 64.1 | 1.100 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 5.3 | 96.4 | 1.300 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 5.51 | 122.6 | 1.550 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 6.2 | 135.1 | 1.700 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 6.5 | 175.1 | 1.800 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 7.1 | 193.1 | 1.900 | 0.000 | ||||||
| 189-1168A | nannofossil | FO Emiliania huxleyi | 240.0 | 189-1168A-1H-2,15-16 | 189-1168A-1H-2,90-91 | 1.655 | 2.405 | 2.030 | 0.375 | ||
| 189-1168A | benthic oxygen isotope data | MIS 7.3 | 215.5 | 2.050 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 7.5 | 240.2 | 2.150 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 8.4 | 265.7 | 2.350 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 8.5 | 288.5 | 2.550 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 9.1 | 310.0 | 2.800 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 9.3 | 331.0 | 3.050 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 10.2 | 341.0 | 3.250 | 0.000 | ||||||
| 189-1168A | nannofossil | LO Pseudoemiliania lacunosa | 420.0 | 189-1168A-1H-3,15-16 | 189-1168A-1H-3,90-91 | 3.155 | 3.905 | 3.530 | 0.375 | ||
| 189-1168A | benthic oxygen isotope data | MIS 11.3 | 405.0 | 4.250 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 12.2 | 434.0 | 4.900 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 12.4 | 471.0 | 5.350 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 13.2 | 512.0 | 5.950 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 16.2 | 625.0 | 6.900 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 18.2 | 722.0 | 8.000 | 0.000 | ||||||
| 189-1168A | nannofossil | LO Reticulofenestra asanoi | 830.0 | 189-1168A-2H-1,90-91 | 189-1168A-2H-2,15-16 | 8.200 | 8.950 | 8.575 | 0.375 | ||
| 189-1168A | benthic oxygen isotope data | MIS 20.2 | 796.0 | 8.800 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 22 | 872.0 | 9.650 | 0.000 | ||||||
| 189-1168A | benthic oxygen isotope data | MIS 24 | 920.0 | 10.150 | 0.000 | ||||||
| 189-1168A | nannofossil | FO Reticulofenestra asanoi | 1160.0 | 189-1168A-2H-3,15-16 | 189-1168A-2H-3,90-91 | 10.455 | 11.205 | 10.830 | 0.375 | ||
| 189-1168A | nannofossil | LO Helicosphaera sellii | 1260.0 | 189-1168A-2H-3,15-16 | 189-1168A-2H-3,90-91 | 10.455 | 11.205 | 10.830 | 0.375 | ||
| 189-1168A | nannofossil | LO Calcidiscus macintyrei | 1590.0 | 189-1168A-2H-3,15-16 | 189-1168A-2H-3,90-91 | 10.455 | 11.205 | 10.830 | 0.375 | ||
| 189-1168A | nannofossil | FO Gephyrocapsa oceanica | 1650.0 | 189-1168A-2H-5,15-16 | 189-1168A-2H-5,90-91 | 13.455 | 14.205 | 13.830 | 0.375 | ||
| 189-1168A | planktonic foraminifer | FO Globorotalia truncatulinoides | 2000.0 | = alternate age | 189-1168A-2H-3,78-83 | 189-1168A-2H-CC | 11.105 | 16.965 | 14.035 | 2.930 | |
| 189-1168A | nannofossil | Pliocene/Pleistocene boundary 1.77 Ma | FO Gephyrocapsa caribbeanica | 1720.0 | 189-1168A-2H-5,90-91 | 189-1168A-2H-6,15-16 | 14.205 | 15.705 | 14.955 | 0.750 | |
| 189-1168A | nannofossil | LO Discoaster surculus | 2510.0 | 189-1168A-3H-3,15-16 | 189-1168A-3H-3,90-91 | 19.955 | 20.705 | 20.330 | 0.375 | ||
| 189-1168A | dinoflagellate cyst | LO Invertocysta spp. | 2500.0 | = alternate age | 189-1168A-3H-CC | 189-1168A-4H-3,60-62 | 26.580 | 29.860 | 28.220 | 1.640 | |
| 189-1168A | planktonic foraminifer | FO Globorotalia inflata | 3200.0 | 189-1168A-4H-1,79-83 | 189-1168A-4H-3,79-83 | 27.110 | 30.060 | 28.585 | 1.475 | ||
| 189-1168A | planktonic foraminifer | lower/upper Pliocene boundary 3.58 Ma | LO Globorotalia conomiozea | ? | 189-1168A-5H-CC | 189-1168A-6H-1,80-84 | 45.785 | 46.120 | 45.953 | 0.168 | |
| 189-1168A | nannofossil | LO Reticulofenestra pseudoumbilica | 3650.0 | 189-1168A-6H-2,15-16 | 189-1168A-6H-2,90-91 | 46.955 | 47.705 | 47.330 | 0.375 | ||
| 189-1168A | planktonic foraminifer | LO Globorotalia pliozea | 4600.0 | 189-1168A-6H-1,80-84 | 189-1168A-6H-3,80-84 | 46.120 | 49.120 | 47.620 | 1.500 | ||
| 189-1168A | planktonic foraminifer | FO Globorotalia crassaformis | 4700.0 | 189-1168A-9H-1,80-84 | 189-1168A-9H-3,80-84 | 74.620 | 77.620 | 76.120 | 1.500 | ||
| 189-1168A | planktonic foraminifer | FO Globorotalia puncticulata | 4800.0 | 189-1168A-9H-1,80-84 | 189-1168A-9H-3,80-84 | 74.620 | 77.620 | 76.120 | 1.500 | ||
| 189-1168A | planktonic foraminifer | FO Globorotalia pliozea | 5600.0 | 189-1168A-9H-CC | 189-1168A-10H-1,80-84 | 82.870 | 84.120 | 83.495 | 0.625 | ||
| 189-1168A | nannofossil | LO Triquetrorhabdulus rugosus | 5230.0 | 189-1168A-10H-1,15-16 | 189-1168A-10H-2,15-16 | 83.455 | 84.955 | 84.205 | 0.750 | ||
| 189-1168A | dinoflagellate cyst | Miocene/Pliocene boundary 5.3 Ma | LO Reticulatosphaera actinocoronata | 5200.0 | 189-1168A-9H-CC | 189-1168A-10H-7,60-62 | 82.870 | 92.910 | 87.890 | 5.020 | |
| 189-1168A | planktonic foraminifer | FO Globorotalia sphericomiozea | 5600.0 | 189-1168A-11H-3,80-84 | 189-1168A-11H-CC | 96.620 | 102.525 | 99.573 | 2.953 | ||
| 189-1168A | nannofossil | Reticulofenestra pseudoumbilica paracme top | 7100.0 | 189-1168A-12H-1,15-16 | 189-1168A-12H-2,15-16 | 102.450 | 103.950 | 103.200 | 0.750 | ||
| 189-1168A | nannofossil | FO Amaurolithus delicatus | 7300.0 | 105.455 | 106.955 | 106.205 | 0.750 | ||||
| 189-1168A | nannofossil | FO Amaurolithus primus | 7400.0 | 189-1168A-12H-6,15-16 | 189-1168A-12H-7,15-16 | 109.955 | 111.455 | 110.705 | 0.750 | ||
| 189-1168A | planktonic foraminifer | LO Globorotalia panda | 11800.0 | = alternate age | 189-1168A-13X-1,80-84 | 189-1168A-13X-3,80-84 | 112.620 | 115.620 | 114.120 | 1.500 | |
| 189-1168A | diatom | FO Fragilariopsis reinholdii | 8100.0 | = alternate age | 189-1168A-13X-CC | 189-1168A-14X-CC | 115.900 | 125.710 | 120.805 | 4.905 | |
| 189-1168A | planktonic foraminifer | FO Globorotalia conomiozea | 7120.0 | 189-1168A-14X-1,80-84 | 189-1168A-14X-3,80-84 | 119.320 | 122.320 | 120.820 | 1.500 | ||
| 189-1168A | nannofossil | LO Minylitha convallis | 7800.0 | 189-1168A-15X-1,15-16 | 189-1168A-15X-2,15-16 | 128.255 | 129.755 | 129.005 | 0.750 | ||
| 189-1168A | radiolarian | FO Stylacontarium aquilonarium | 7000.0 | = alternate age | 189-1168A-14X-CC | 189-1168A-15X-CC | 125.710 | 132.855 | 129.283 | 3.573 | |
| 189-1168A | diatom | FO Actinocyclus ingens var. ovalis | 8680.0 | 189-1168A-14X-CC | 189-1168A-15X-CC | 125.710 | 132.855 | 129.283 | 3.573 | ||
| 189-1168A | planktonic foraminifer | LO Globoquadrina dehiscens | 5800.0 | = alternate age | 189-1168A-15X-1,80-84 | 189-1168A-15X-3,80-84 | 128.920 | 131.920 | 130.420 | 1.500 | |
| 189-1168A | planktonic foraminifer | LO Paragloborotalia continuosa | 8000.0 | 189-1168A-15X-1,80-84 | 189-1168A-15X-3,80-84 | 128.920 | 131.920 | 130.420 | 1.500 | ||
| 189-1168A | nannofossil | Reticulofenestra pseudoumbilica paracme bottom | 8780.0 | 189-1168A-15X-2,15-16 | 189-1168A-15X-3,15-16 | 129.750 | 131.250 | 130.500 | 0.750 | ||
| 189-1168A | planktonic foraminifer | FO Globorotalia cibaoensis | 7800.0 | = alternate age | 189-1168A-15X-3,80-84 | 189-1168A-15X-CC | 131.920 | 132.855 | 132.388 | 0.468 | |
| 189-1168A | planktonic foraminifer | FO Globorotalia juanai | 8100.0 | = alternate age | 189-1168A-16X-1,80-84 | 189-1168A-16X-3,80-84 | 138.520 | 141.520 | 140.020 | 1.500 | |
| 189-1168A | radiolarian | LO Cyrtocapsella japonica | 9900.0 | 189-1168A-17X-CC | 144.810 | 154.250 | 149.530 | 4.720 | |||
| 189-1168A | nannofossil | FO Minylitha convallis | 9400.0 | 189-1168A-17X-4,15-16 | 189-1168A-17X-5,15-16 | 151.950 | 153.450 | 152.700 | 0.750 | ||
| 189-1168A | radiolarian | LAO Cyrtocapsella japonica | 10100.0 | = alternate age | 189-1168A-17X-CC | 189-1168A-18X-CC | 154.250 | 164.760 | 159.505 | 5.255 | |
| 189-1168A | planktonic foraminifer | LO Paragloborotalia nympha | 10100.0 | 189-1168A-19X-3,80-84 | 189-1168A-19X-CC | 170.320 | 175.175 | 172.748 | 2.427 | ||
| 189-1168A | planktonic foraminifer | LO Globorotalia miozea | 15900.0 | = alternate age | 189-1168A-19X-CC | 189-1168A-20X-1,80-84 | 175.175 | 176.920 | 176.048 | 0.873 | |
| 189-1168A | planktonic foraminifer | LO Praeorbulina glomerosa | 14800.0 | = alternate age | 189-1168A-20X-CC | 189-1168A-21X-1,80-84 | 184.100 | 186.520 | 185.310 | 1.210 | |
| 189-1168A | planktonic foraminifer | FO Neogloboquadrina pachyderma | 9200.0 | = alternate age | 189-1168A-21X-1,80-84 | 189-1168A-21X-3,80-84 | 186.520 | 189.520 | 188.020 | 1.500 | |
| 189-1168A | planktonic foraminifer | middle/upper Miocene boundary 11.2 Ma | LO Paragloborotalia mayeri | 11400.0 | 189-1168A-22X-1,80-84 | 189-1168A-22X-3,80-84 | 186.520 | 189.520 | 188.020 | 1.500 | |
| 189-1168A | nannofossil | middle/upper Miocene boundary 11.2 Ma | LO Cyclicargolithus floridanus | 11900.0 | 189-1168A-22X-2,15-16 | 189-1168A-22X-3,15-16 | 197.055 | 198.555 | 197.805 | 0.750 | |
| 189-1168A | nannofossil | LO Calcidiscus premacintyrei | 12700.0 | 189-1168A-24X-5,15-16 | 189-1168A-24X-6,15-16 | 220.755 | 222.255 | 221.505 | 0.750 | ||
| 189-1168A | planktonic foraminifer | LO Globorotalia peripheroronda | 14000.0 | = alternate age | 189-1168A-24X-CC | 189-1168A-25X-1,80-84 | 224.185 | 225.020 | 224.603 | 0.417 | |
| 189-1168A | planktonic foraminifer | FO Paragloborotalia mayeri | 12100.0 | = alternate age | 189-1168A-24X-CC | 189-1168A-25X-3,80-84 | 224.185 | 228.020 | 226.103 | 1.917 | |
| 189-1168A | planktonic foraminifer | LO Globorotalia praescitula | 16900.0 | = alternate age | 189-1168A-24X-CC | 189-1168A-25X-3,80-84 | 224.185 | 228.020 | 226.103 | 1.917 | |
| 189-1168A | nannofossil | LCO Cyclicargolithus floridanus | 13200.0 | 189-1168A-26X-2,15-16 | 189-1168A-26X-3,15-16 | 235.455 | 236.955 | 236.205 | 0.750 | ||
| 189-1168A | planktonic foraminifer | FO Paragloborotalia nympha | 13400.0 | 189-1168A-26X-3,80-84 | 189-1168A-26X-CC | 237.620 | 243.420 | 240.520 | 2.900 | ||
| 189-1168A | nannofossil | LO Sphenolithus heteromorphus | 13520.0 | 189-1168A-26X-6,15-16 | 189-1168A-26X-7,15-16 | 241.455 | 242.955 | 242.205 | 0.750 | ||
| 189-1168A | planktonic foraminifer | FO Orbulina suturalis | 15100.0 | 189-1168A-28X-1,80-82 | 189-1168A-28X-3,80-82 | 253.810 | 256.730 | 255.270 | 1.460 | ||
| 189-1168A | planktonic foraminifer | LO Globorotalia zealandica | 16700.0 | 189-1168A-28X-CC | 189-1168A-29X-1,80-82 | 260.090 | 263.410 | 261.750 | 1.660 | ||
| 189-1168A | planktonic foraminifer | lower/middle Miocene boundary 16.4 Ma | FO Praeorbulina curva | 16300.0 | 189-1168A-29X-1,80-82 | 189-1168A-29X-3,80-82 | 263.410 | 266.410 | 264.910 | 1.500 | |
| 189-1168A | magnetostratigraphic event | lower/middle Miocene boundary 16.4 Ma | Onset C5Cn.1 n | 16293.0 | = alternate age | 272.200 | |||||
| 189-1168A | magnetostratigraphic event | Termination C5Cn.2n | 16327.0 | = alternate age | 276.700 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C5Cn.2n | 16488.0 | = alternate age | 279.000 | ||||||
| 189-1168A | nannofossil | FO Calcidiscus premacintyrei | 17400.0 | 189-1168A-30X-6,15-16 | 189-1168A-30X-7,15-16 | 279.855 | 280.855 | 280.355 | 0.500 | ||
| 189-1168A | magnetostratigraphic event | Termination C5Cn.3n | 16556.0 | = alternate age | 282.100 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C5Cn.3n | 16726.0 | = alternate age | 287.400 | ||||||
| 189-1168A | planktonic foraminifer | LO Catapsydrax dissimilis | 17300.0 | = alternate age | 189-1168A-31X-3,80-82 | 189-1168A-31X-CC | 285.610 | 291.465 | 288.538 | 2.928 | |
| 189-1168A | magnetostratigraphic event | Termination C5Dn | 17277.0 | = alternate age | 292.200 | ||||||
| 189-1168A | planktonic foraminifer | FO Globorotalia miozea | 16700.0 | = alternate age | 189-1168A-32X-1,80-82 | 189-1168A-32X-3,80-82 | 292.210 | 295.210 | 293.710 | 1.500 | |
| 189-1168A | nannofossil | FO Sphenolithus heteromorphus | 18200.0 | 189-1168A-32X-2,15-16 | 189-1168A-32X-3,15-16 | 293.055 | 294.555 | 293.805 | 0.750 | ||
| 189-1168A | magnetostratigraphic event | Onset C5Dn | 17615.0 | = alternate age | 296.500 | ||||||
| 189-1168A | planktonic foraminifer | FO Globorotalia zealandica | 17300.0 | = alternate age | 189-1168A-32X-3,80-82 | 189-1168A-32X-CC | 295.210 | 300.805 | 298.008 | 2.798 | |
| 189-1168A | nannofossil | LO Sphenolithus belemnos | 18300.0 | 189-1168A-32X-6,15-16 | 189-1168A-32X-7,15-16 | 299.055 | 300.055 | 299.555 | 0.500 | ||
| 189-1168A | planktonic foraminifer | FO Globigerinoides trilobus | 18800.0 | 189-1168A-32X-CC | 189-1168A-33X-1,80-82 | 300.805 | 301.510 | 301.158 | 0.352 | ||
| 189-1168A | magnetostratigraphic event | Termination C5En | 18281.0 | = alternate age | 307.000 | ||||||
| 189-1168A | planktonic foraminifer | FO Globorotalia praescitula | 18500.0 | = alternate age | 189-1168A-33X-3,80-82 | 189-1168A-33X-CC | 304.510 | 309.835 | 307.173 | 2.662 | |
| 189-1168A | planktonic foraminifer | FO Globoturborotalita connecta | 20900.0 | 189-1168A-33X-CC | 189-1168A-34X-4,2-4 | 309.835 | 314.530 | 312.183 | 2.348 | ||
| 189-1168A | nannofossil | FO Sphenolithus belemnos | 19200.0 | 189-1168A-34X-3,15-16 | 189-1168A-34X-4,15-16 | 313.155 | 314.655 | 313.905 | 0.750 | ||
| 189-1168A | magnetostratigraphic event | Onset C5En | 18781.0 | = alternate age | 315.000 | ||||||
| 189-1168A | planktonic foraminifer | FO Globorotalia incognita | 21600.0 | 189-1168A-34X-6,4-6 | 189-1168A-34X-CC | 317.550 | 319.675 | 318.613 | 1.063 | ||
| 189-1168A | magnetostratigraphic event | Termination C6n | 19048.0 | = alternate age | 321.200 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C6n | 20131.0 | = alternate age | 334.600 | ||||||
| 189-1168A | planktonic foraminifer | LO Turborotalia euapertura | 23800.0 | = alternate age | 189-1168A-36X-CC | 189-1168A-37X-1,80-82 | 338.870 | 339.610 | 339.240 | 0.370 | |
| 189-1168A | magnetostratigraphic event | Termination C6An.1 n | 20518.0 | = alternate age | 339.500 | ||||||
| 189-1168A | planktonic foraminifer | LO Tenuitella munda | 21400.0 | = alternate age | 189-1168A-37X-1,80-82 | 189-1168A-37X-3,80-82 | 339.610 | 342.610 | 341.110 | 1.500 | |
| 189-1168A | magnetostratigraphic event | Onset C6An.1n | 20725.0 | = alternate age | 341.500 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C6An.2n | 20996.0 | = alternate age | 343.700 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C6An.2n | 21320.0 | = alternate age | 346.700 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C6AAn | 21768.0 | = alternate age | 349.800 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C6AAn | 21859.0 | = alternate age | 351.100 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C6AAr.1 n | 22151.0 | = alternate age | 351.800 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C6AAr.1 n | 22248.0 | = alternate age | 353.500 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C6AAr.2n | 22459.0 | = alternate age | 358.400 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C6AAr.2n | 22493.0 | = alternate age | 359.000 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C6Bn.1 n | 22588.0 | = alternate age | 359.900 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C6Bn.1 n | 22750.0 | = alternate age | 366.000 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C6Bn.2n | 22804.0 | = alternate age | 371.300 | ||||||
| 189-1168A | planktonic foraminifer | FO Globoturborotalita woodi | 22600.0 | alternate age = 21800 ka | 189-1168A-40X-3,80-82 | 189-1168A-40X-CC | 371.410 | 376.335 | 373.873 | 2.462 | |
| 189-1168A | planktonic foraminifer | LO Dentoglobigerina globularis | 22800.0 | 189-1168A-41X-1,80-82 | 189-1168A-41X-3,80-82 | 378.110 | 381.110 | 379.610 | 1.500 | ||
| 189-1168A | magnetostratigraphic event | Onset C6Bn.2n | 23069.0 | 386.200 | |||||||
| 189-1168A | planktonic foraminifer | FO Globoquadrina dehiscens | 23200.0 | 189-1168A-44X-2,4-6 | 189-1168A-44X-4,71-72 | 407.650 | 411.315 | 409.483 | 1.832 | ||
| 189-1168A | dinoflagellate cyst | LO Chiropteridium spp. | 23400.0 | 189-1168A-46X-1,61-64 | 189-1168A-46X-4,65-68 | 425.925 | 430.465 | 428.195 | 2.270 | ||
| 189-1168A | nannofossil | Oligocene/Miocene boundary 23.8 Ma | LO Sphenolithus capricornutus | 23700.0 | 189-1168A-47X-2,120-121 | 189-1168A-47X-2,140-141 | 437.605 | 437.805 | 437.705 | 0.100 | |
| 189-1168A | nannofossil | Oligocene/Miocene boundary 23.8 Ma | LO Reticulofenestra bisecta bisecta | 23900.0 | 189-1168A-47X-4,68-69 | 189-1168A-47X-4,80-81 | 440.085 | 440.205 | 440.145 | 0.060 | |
| 189-1168A | magnetostratigraphic event | Onset C6Cn.3n? | 24118.0 | 462.600 | 0.000 | ||||||
| 189-1168A | dinoflagellate cyst | FO Chiropteridium spp. | 24500.0 | 189-1168A-50X-3,60-62 | 189-1168A-50X-CC | 467.310 | 472.510 | 469.910 | 2.600 | ||
| 189-1168A | magnetostratigraphic event | Termination C7n.1n? | 24730.0 | 472.000 | 0.000 | ||||||
| 189-1168A | planktonic foraminifer | LO Globigerina labiacrassata | 27100.0 | = alternate age | 189-1168A-51X-1,80-84 | 189-1168A-51X-3,80-84 | 474.120 | 477.120 | 475.620 | 1.500 | |
| 189-1168A | dinoflagellate cyst | FO Ectosphaeropsis burdigalensis | 25500.0 | 189-1168A-51X-4,60-62 | 189-1168A-52X-5,60-62 | 478.410 | 489.510 | 483.960 | 5.550 | ||
| 189-1168A | magnetostratigraphic event | Onset C7An? | 25648.0 | 500.000 | 0.000 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C8n.1n? | 25823.0 | 509.350 | 0.000 | ||||||
| 189-1168A | nannofossil | LO Chiasmolithus altus | 26100.0 | 189-1168A-55X-5,125-126 | 189-1168A-55X-CC | 518.940 | 521.020 | 519.980 | 1.040 | ||
| 189-1168A | planktonic foraminifer | LO Guembelitria triseriata | 27000.0 | 189-1168A-56X-CC | 189-1168A-57X-1,80-84 | 529.420 | 531.920 | 530.670 | 1.250 | ||
| 189-1168A | dinoflagellate cyst | LO Hystrichokolpoma sp. cf. Homotryblium oceanicum | 27600.0 | 189-1168A-57X-2,60-62 | 189-1168A-57X-7,60-62 | 533.210 | 540.210 | 536.710 | 3.500 | ||
| 189-1168A | dinoflagellate cyst | LO Svalbardella spp. | 27700.0 | 189-1168A-57X-7,60-62 | 189-1168A-58X-3,60-62 | 540.210 | 544.310 | 542.260 | 2.050 | ||
| 189-1168A | dinoflagellate cyst | FO Distatodinium biffii | 27700.0 | 189-1168A-57X-7,60-62 | 189-1168A-58X-3,60-62 | 540.210 | 544.310 | 542.260 | 2.050 | ||
| 189-1168A | magnetostratigraphic event | Onset C9n | 27972.0 | 546.200 | 0.000 | ||||||
| 189-1168A | dinoflagellate cyst | FO Svalbardella spp. | 28000.0 | 189-1168A-58X-3,60-62 | 189-1168A-58X-CC | 544.310 | 550.390 | 547.350 | 3.040 | ||
| 189-1168A | dinoflagellate cyst | LO Wetzeliella gochtii | 28100.0 | 189-1168A-59X-6,60-62 | 189-1168A-60X-2,60-62 | 558.510 | 562.110 | 560.310 | 1.800 | ||
| 189-1168A | dinoflagellate cyst | LO Hystrichokolpoma pusilla | 28100.0 | 189-1168A-60X-2,60-62 | 189-1168A-60X-4,60-62 | 562.110 | 565.110 | 563.610 | 1.500 | ||
| 189-1168A | planktonic foraminifer | LCO Chiloguembelina cubensis | 28500.0 | 189-1168A-60X-3,84-88 | 189-1168A-60X-CC | 563.860 | 569.190 | 566.525 | 2.665 | ||
| 189-1168A | dinoflagellate cyst | LO Areoligera? semicirculata | 28200.0 | 189-1168A-60X-4,60-62 | 189-1168A-61X-3,60-62 | 565.110 | 573.210 | 569.160 | 4.050 | ||
| 189-1168A | magnetostratigraphic event | lower/upper Oligocene boundary 28.5 Ma | Termination C10n.1n | 28283.0 | 572.900 | 0.000 | |||||
| 189-1168A | magnetostratigraphic event | lower/upper Oligocene boundary 28.5 Ma | Onset C10n.2n | 28745.0 | 592.000 | 0.000 | |||||
| 189-1168A | magnetostratigraphic event | Onset C11n.1 n | 29401.0 | 600.000 | 0.000 | ||||||
| 189-1168A | dinoflagellate cyst | FO Hystrichokolpoma pusilla | 29700.0 | 189-1168A-67X-4,60-62 | 189-1168A-68X-3,60-62 | 632.310 | 640.410 | 636.360 | 4.050 | ||
| 189-1168A | dinoflagellate cyst | FO Invertocysta spp. | 29900.0 | 189-1168A-70X-2,60-62 | 189-1168A-70X-3,60-62 | 658.210 | 659.710 | 658.960 | 0.750 | ||
| 189-1168A | dinoflagellate cyst | FO Hystrichokolpoma sp. cf. Homotryblium oceanicum | 29900.0 | 189-1168A-72X-2,63-65 | 189-1168A-72X-4,46-48 | 658.240 | 680.370 | 669.305 | 11.065 | ||
| 189-1168A | dinoflagellate cyst | LO Corrudinium incompositum | 30000.0 | 189-1168A-73X-3,57-59 | 189-1168A-74X-2,63-65 | 688.580 | 696.840 | 692.710 | 4.130 | ||
| 189-1168A | planktonic foraminifer | LO Subbotina angiporoides | 30000.0 | 189-1168A-73X-CC | 189-1168A-74X-CC | 691.475 | 702.205 | 696.840 | 5.365 | ||
| 189-1168A | planktonic foraminifer | FO Guembelitria triseriata | 32500.0 | = alternate age | 189-1168A-73X-CC | 189-1168A-74X-CC | 691.475 | 702.205 | 696.840 | 5.365 | |
| 189-1168A | dinoflagellate cyst | FO Areoligera? semicirculata | 30400.0 | 189-1168A-74X-2,63-65 | 189-1168A-74X-5,60-62 | 696.840 | 701.310 | 699.075 | 2.235 | ||
| 189-1168A | dinoflagellate cyst | FO Wetzeliella gochtii | 30400.0 | 189-1168A-74X-CC | 189-1168A-75X-3,60-62 | 702.205 | 707.910 | 705.058 | 2.853 | ||
| 189-1168A | dinoflagellate cyst | FO Apteodinium australiense | 30400.0 | 189-1168A-74X-CC | 189-1168A-75X-3,60-62 | 702.205 | 707.910 | 705.058 | 2.853 | ||
| 189-1168A | magnetostratigraphic event | Termination C12n | 30479.0 | 706.100 | 0.000 | ||||||
| 189-1168A | dinoflagellate cyst | FO Cooksonidium capricornum | 36000.0 | = alternate age | 189-1168A-75X-2,56-58 | 189-1168A-75X-CC | 706.370 | 713.880 | 710.125 | 3.755 | |
| 189-1168A | nannofossil | FO Cyclicargolithus abisectus | 31100.0 | = alternate age | 189-1168A-75X-4,128-129 | 189-1168A-75X-5,125-126 | 710.085 | 711.540 | 710.813 | 0.728 | |
| 189-1168A | magnetostratigraphic event | Onset C12n | 30939.0 | 729.900 | 0.000 | ||||||
| 189-1168A | dinoflagellate cyst | LO Enneadocysta partridgei | 32500.0 | 189-1168A-77X-4,60-62 | 189-1168A-78X-4,60-62 | 728.710 | 737.260 | 732.985 | 4.275 | ||
| 189-1168A | nannofossil | LO Reticulofenestra umbilcus | 31300.0 | 189-1168A-77X-CC | 189-1168A-78X-1,38-39 | 733.255 | 733.585 | 733.420 | 0.165 | ||
| 189-1168A | nannofossil | LO Isthmolithus recurvus | 32300.0 | 189-1168A-77X-CC | 189-1168A-78X-1,38-39 | 733.255 | 733.585 | 733.420 | 0.165 | ||
| 189-1168A | magnetostratigraphic event | Termination C13n | 33058.0 | 733.950 | 0.000 | ||||||
| 189-1168A | planktonic foraminifer | FO Chiloguembelina cubensis | 41200.0 | = alternate age | 189-1168A-77X-CC | 189-1168A-78X-CC | 733.255 | 742.990 | 738.123 | 4.868 | |
| 189-1168A | magnetostratigraphic event | Eocene/Oligocene boundary 33.7 Ma | Onset C13n | 33545.0 | 740.700 | 0.000 | |||||
| 189-1168A | dinoflagellate cyst | Eocene/Oligocene boundary 33.7 Ma | LO Stoveracysta ornata | 33900.0 | 189-1168A-78X-CC | 189-1168A-79X-3,60-62 | 742.990 | 746.410 | 744.700 | 1.710 | |
| 189-1168A | planktonic foraminifer | LO Globigerapsis index | 34300.0 | 189-1168A-78X-CC | 189-1168A-79X-CC | 742.990 | 752.385 | 747.688 | 4.698 | ||
| 189-1168A | dinoflagellate cyst | LO Stoveracysta kakanuiensis | 34100.0 | 189-1168A-79X-3,60-62 | 189-1168A-79X-5,60-62 | 746.410 | 749.410 | 747.910 | 1.500 | ||
| 189-1168A | dinoflagellate cyst | FO Stoveracysta kakanuiensis | 34500.0 | 189-1168A-79X-5,60-62 | 189-1168A-79X-CC | 749.410 | 752.385 | 750.898 | 1.488 | ||
| 189-1168A | magnetostratigraphic event | Termination C15n | 34655.0 | 752.500 | 0.000 | ||||||
| 189-1168A | dinoflagellate cyst | LO Cooksonidium capricornum | 34700.0 | 189-1168A-79X-CC,34-39 | 189-1168A-80X-2,60-62 | 752.385 | 754.510 | 753.448 | 1.062 | ||
| 189-1168A | magnetostratigraphic event | Onset C15n | 34940.0 | 759.815 | 0.000 | ||||||
| 189-1168A | magnetostratigraphic event | Termination C16n.1n | 35343.0 | 776.100 | 0.000 | ||||||
| 189-1168A | magnetostratigraphic event | Onset C16n.1 n | 35526.0 | 788.600 | |||||||
| 189-1168A | magnetostratigraphic event | Termination C16n.2n | 35685.0 | 794.000 | |||||||
| 189-1168A | dinoflagellate cyst | FO Stoveracysta ornata | 36000.0 | 189-1168A-84X-3,60-62 | 189-1168A-84X-6,60-62 | 794.410 | 798.910 | 796.660 | 2.250 | ||
| 189-1168A | dinoflagellate cyst | LO Hemiplacophora semilunifera | 36000.0 | 189-1168A-84X-3,60-62 | 189-1168A-84X-6,60-62 | 794.410 | 798.910 | 796.660 | 2.250 | ||
| 189-1168A | dinoflagellate cyst | FO Reticulatosphaera actinocoronata | 36100.0 | 189-1168A-84X-6,60-62 | 189-1168A-84X-CC | 798.910 | 799.390 | 799.150 | 0.240 | ||
| 189-1168A | dinoflagellate cyst | FO Spiniferites mirabilis | 36100.0 | 189-1168A-84X-6,60-62 | 189-1168A-84X-CC | 798.910 | 799.390 | 799.150 | 0.240 | ||
| 189-1168A | magnetostratigraphic event | Onset C16n.2n | 36341.0 | 800.000 | |||||||
| 189-1168A | magnetostratigraphic event | Termination C17n.1n | 36618.0 | 812.850 | 0.000 | ||||||
| 189-1168A | nannofossil | LO Reticulofenestra reticulata | 35900.0 | 189-1168A-86X-4,125-126 | 189-1168A-86X-CC | 815.640 | 818.170 | 816.905 | 1.265 | ||
| 189-1168A | dinoflagellate cyst | LO Schematophora speciosa | 35350.0 | 189-1168A-86X-CC | 189-1168A-87X-2,60-62 | 818.170 | 821.610 | 819.890 | 1.720 | ||
| 189-1168A | dinoflagellate cyst | LO Aireana verrucosa | 35500.0 | 189-1168A-88X-1,60-62 | 189-1168A-88X-6,60-62 | 829.710 | 837.210 | 833.460 | 3.750 | ||
| 189-1168A | dinoflagellate cyst | FO Aireana verrucosa | 35600.0 | 189-1168A-88X-6,60-62 | 189-1168A-89X-3,60-62 | 837.210 | 842.310 | 839.760 | 2.550 | ||
| 189-1168A | planktonic foraminifer | FO Globigerapsis index | 42900.0 | = alternate age | 189-1168A-88X-CC | 189-1168A-89X-CC | 837.550 | 847.600 | 842.575 | 5.025 | |
| 189-1168A | dinoflagellate cyst | LO Deflandrea convexa | 35800.0 | 189-1168A-92X-2,60-62 | 189-1168A-92X-7,55-57 | 863.510 | 870.660 | 867.085 | 3.575 | ||
| 189-1168A | dinoflagellate cyst | FO Schematophora speciosa | 36000.0 | 189-1168A-94X-3,64-66 | 189-1168A-94X-CC | 876.980 | 880.305 | 878.643 | 1.662 | ||
| 189-1168B | magnetostratigraphic event | Onset C1n | 780.0 | = alternate age | 2.580 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C1 r.1n | 990.0 | = alternate age | 4.200 | ||||||
| 189-1168B | magnetostratigraphic event | Onset C1 r.1 n | 1070.0 | = alternate age | 5.800 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C2n | 1770.0 | = alternate age | 10.000 | ||||||
| 189-1168B | magnetostratigraphic event | Onset C2n | 1950.0 | = alternate age | 12.200 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C2r.1n | 2140.0 | = alternate age | 14.300 | ||||||
| 189-1168B | magnetostratigraphic event | Pliocene/Pleistocene boundary 1.77 Ma | Onset C2r.1 n | 2150.0 | = alternate age | 15.900 | |||||
| 189-1168B | magnetostratigraphic event | Onset C2An.1 n | 3040.0 | = alternate age | 24.200 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C2An.2n | 3110.0 | 29.600 | |||||||
| 189-1168B | magnetostratigraphic event | Onset C2An.2n | 3220.0 | 31.100 | |||||||
| 189-1168B | magnetostratigraphic event | Termination C2An.3n | 3330.0 | 33.600 | |||||||
| 189-1168B | magnetostratigraphic event | lower/upper Pliocene boundary 3.58 Ma | Onset C2An.3n | 3580.0 | 42.700 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C3n.1n | 4180.0 | = alternate age | 48.000 | ||||||
| 189-1168B | magnetostratigraphic event | Onset C3n.1 n | 4290.0 | = alternate age | 50.700 | ||||||
| 189-1168B | magnetostratigraphic event | Onset C3n.2n | 4480.0 | = alternate age | 61.500 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C3n.4n | 4980.0 | = alternate age | 71.100 | ||||||
| 189-1168B | magnetostratigraphic event | Onset C3n.4n | 5230.0 | = alternate age | 79.800 | ||||||
| 189-1168B | magnetostratigraphic event | Miocene/Pliocene boundary 5.3 Ma | Termination C3An.1 n | 5894.0 | 89.900 | ||||||
| 189-1168B | magnetostratigraphic event | Onset C3An.2n | 6567.0 | = alternate age | 98.970 | ||||||
| 189-1168B | magnetostratigraphic event | Termination C3Bn | 6935.0 | = alternate age | 189-1168B-12H-3,15-16 | 189-1168B-12H-4,15-16 | 104.000 | ||||
| 189-1168B | magnetostratigraphic event | Onset C3Bn | 7091.0 | = alternate age | 107.300 |