Flores, José-Abel; Gersonde, Rainer; Sierro, Francisco Javier; Niebler, Hans-Stefan (2000): (Table A4) Abundance of nannofossil marker species and morphotypes in sediment core PS2703-1 from the Pacific sector of the Southern Ocean [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.679315, In supplement to: Flores, J-A et al. (2000): Southern Ocean Pleistocene calcareous nannofossil events: calibration with isotope and geomagnetic stratigraphies. Marine Micropaleontology, 40(4), 377-402, https://doi.org/10.1016/S0377-8398(00)00047-5
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Project(s):
Coverage:
Latitude: -57.601000 * Longitude: -91.180000
Date/Time Start: 1995-05-01T13:07:00 * Date/Time End: 1995-05-01T13:07:00
Minimum DEPTH, sediment/rock: 0.58 m * Maximum DEPTH, sediment/rock: 17.30 m
Event(s):
PS2703-1 (PS35/195) * Latitude: -57.601000 * Longitude: -91.180000 * Date/Time: 1995-05-01T13:07:00 * Elevation: -2747.0 m * Penetration: 20 m * Recovery: 17.36 m * Location: Southeast Pacific * Campaign: ANT-XII/4 (PS35 06AQANTXII_4) * Basis: Polarstern * Method/Device: Piston corer (BGR type) (KL) * Comment: 18 core sections: 0-0.52, 0.52-1.52, 1.52-2.52, 2.52-3.52, 3.52-4.47, 4.47-5.47, 5.47-6.42, 6.42-7.42, 7.42-8.43, 8.43-9.39, 9.39-10.36, 10.36-11.36, 11.36-12.36, 12.36-13.37, 13.37-14.37, 14.37-15.37, 15.37-16.37, 16.37-17.36 m
Comment:
Relative abundances of taxa or morphotypes were estimated as follows: V = very abundant (>50%), A = abundant (>20 <50%), C = common (>10 <20%), F = few (>1 <10%), R = rare (<1%)
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | DEPTH, sediment/rock | Depth sed | m | Geocode | ||
| 2 | Nannofossil abundance | Nannos abund | Flores, José-Abel | Smear slide analysis | observed at a magnification of 1250 X, A = >50, C = 1-50 nannoliths per field of view | |
| 3 | Nannofossils preservation | Nannos preserv | Flores, José-Abel | Smear slide analysis | G = good, M = moderate, P = poor | |
| 4 | Emiliania huxleyi | E. huxleyi | Flores, José-Abel | Smear slide analysis | ||
| 5 | Gephyrocapsa, small | Gephyrocapsa small | Flores, José-Abel | Smear slide analysis | ||
| 6 | Gephyrocapsa muellerae | G. muellerae | Flores, José-Abel | Smear slide analysis | ||
| 7 | Gephyrocapsa oceanica | G. oceanica | Flores, José-Abel | Smear slide analysis | ||
| 8 | Gephyrocapsa caribbeanica | G. caribbeanica | Flores, José-Abel | Smear slide analysis | ||
| 9 | Pseudoemiliania lacunosa | P. lacunosa | Flores, José-Abel | Smear slide analysis | ||
| 10 | Gephyrocapsa, medium | Gephyrocapsa medium | Flores, José-Abel | Smear slide analysis | ||
| 11 | Reticulofenestra asanoi | R. asanoi | Flores, José-Abel | Smear slide analysis | ||
| 12 | Gephyrocapsa, large | Gephyrocapsa large | Flores, José-Abel | Smear slide analysis |
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
329 data points
Data
| 1 Depth sed [m] | 2 Nannos abund | 3 Nannos preserv | 4 E. huxleyi | 5 Gephyrocapsa small | 6 G. muellerae | 7 G. oceanica | 8 G. caribbeanica | 9 P. lacunosa | 10 Gephyrocapsa medium | 11 R. asanoi | 12 Gephyrocapsa large |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 0.58 | A | G | V | F | F | ||||||
| 0.68 | A | G | V | R | R | ||||||
| 0.78 | A | G | V | F | C | R | |||||
| 0.88 | A | G | A | A | |||||||
| 0.98 | A | G | F | V | |||||||
| 1.08 | A | G | C | F | R | ||||||
| 1.28 | A | G | F | C | C | F | |||||
| 1.38 | A | G | F | A | C | ||||||
| 1.48 | A | G | F | C | |||||||
| 1.88 | A | G | A | A | |||||||
| 2.46 | A | G | A | C | |||||||
| 3.48 | A | G | A | A | R | ||||||
| 4.08 | A | G | F | A | |||||||
| 4.28 | A | G | F | F | |||||||
| 4.38 | A | G | F | F | F | ||||||
| 4.48 | A | G | F | R | |||||||
| 4.58 | A | G | F | R | F | ||||||
| 4.68 | C | G | F | F | F | ||||||
| 4.88 | A | G | R | R | |||||||
| 5.28 | A | G | R | R | |||||||
| 5.78 | A | G | C | F | |||||||
| 6.38 | A | G | F | F | |||||||
| 7.78 | A | G | V | F | |||||||
| 7.88 | A | G | C | R | F | R | |||||
| 7.98 | A | G | F | F | |||||||
| 8.08 | A | G | A | C | F | R | |||||
| 8.18 | A | G | F | F | |||||||
| 8.28 | A | G | C | F | |||||||
| 8.38 | A | G | F | F | R | F | |||||
| 8.88 | A | G | C | F | R | F | |||||
| 8.98 | A | G | F | R | F | ||||||
| 9.08 | A | G | F | F | R | ||||||
| 9.18 | A | G | F | R | |||||||
| 9.28 | A | G | F | R | |||||||
| 9.63 | A | G | C | F | F | ||||||
| 9.93 | A | G | F | F | R | ||||||
| 10.53 | A | G | V | F | F | ||||||
| 10.63 | A | G | V | F | F | ||||||
| 10.73 | A | G | F | F | R | ||||||
| 10.83 | A | G | C | F | R | ||||||
| 10.93 | A | G | F | F | R | ||||||
| 11.03 | A | G | F | R | |||||||
| 11.13 | A | G | C | R | |||||||
| 11.23 | A | G | C | R | |||||||
| 11.73 | A | G | C | ||||||||
| 12.33 | A | G | F | ||||||||
| 12.40 | A | G | F | F | |||||||
| 12.50 | A | G | F | F | C | ||||||
| 13.00 | A | G | C | F | C | ||||||
| 13.10 | A | G | F | F | F | ||||||
| 13.20 | A | G | F | C | F | ||||||
| 13.30 | A | G | F | C | C | ||||||
| 13.40 | A | G | R | F | C | C | |||||
| 14.10 | A | G | R | F | C | C | |||||
| 14.80 | A | G | R | F | F | ||||||
| 14.90 | A | G | F | F | F | ||||||
| 15.00 | A | G | F | ||||||||
| 15.10 | A | G | F | F | |||||||
| 15.20 | A | G | F | ||||||||
| 15.30 | A | G | F | F | |||||||
| 15.90 | A | G | F | F | F | ||||||
| 16.00 | A | G | R | F | |||||||
| 16.10 | A | G | R | F | R | ||||||
| 16.20 | A | G | F | F | |||||||
| 16.30 | A | G | F | F | |||||||
| 16.40 | A | G | F | R | |||||||
| 16.50 | A | G | R | C | |||||||
| 16.60 | A | G | F | F | R | ||||||
| 16.70 | A | G | F | ||||||||
| 16.80 | A | G | F | ||||||||
| 16.90 | A | G | F | F | |||||||
| 17.00 | A | G | F | F | |||||||
| 17.30 | A | G | R | F |