Citation:

PANGAEA.203894

Name: Age model of sediment core GIK15637-1
Published: 1998
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Kiefer, Thorsten (1998): Produktivität und Temperaturen im subtropischen Nordatlantik: zyklische und abrupte Veränderungen im späten Quartär. Berichte-Reports, Geologisch-Paläontologisches Institut der Universität Kiel, 90, 127 pp, https://doi.org/10.2312/reports-gpi.1998.90

Project(s):

Global Environmental Change: The Northern North Atlantic (SFB313)

Coverage:

Latitude: 27.005000 * Longitude: -18.986667

Date/Time Start: 1980-03-10T00:00:00 * Date/Time End: 1980-03-10T00:00:00

Minimum DEPTH, sediment/rock: 0.0075 m * Maximum DEPTH, sediment/rock: 4.3050 m

Event(s):

GIK15637-1 * Latitude: 27.005000 * Longitude: -18.986667 * Date/Time: 1980-03-10T00:00:00 * Elevation: -3849.0 m * Recovery: 8.68 m * Location: Northeast Atlantic * Campaign: * Basis: Meteor (1964) * Method/Device: Piston corer (Kiel type) (KOL)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Age model	Age model	ka	Sarnthein, Michael
3	Age, dated	Age dated	ka	Sarnthein, Michael	Age, 14C AMS
4	Age, comment	Comm		Sarnthein, Michael

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

88 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Depth sed [m]	2 Age model [ka]	3 Age dated [ka]	4 Comm
0.0075	5.90	5.12	deduced from AMS14C age, calibrated after Stuiver & Pearson, 1993
0.0300	5.96	5.23	deduced from AMS14C age, calibrated after Stuiver & Pearson, 1993
0.0750	6.90	6.05	deduced from AMS14C age, calibrated after Stuiver & Pearson, 1993
0.1200	7.23	6.36	deduced from AMS14C age, calibrated after Stuiver & Pearson, 1993
0.2150	10.02	9.09	deduced from AMS14C age, calibrated after Kromer & Becker 1993
0.3100	11.30	10.06	deduced from AMS14C age, calibrated after Kromer & Becker 1993
0.4300	14.94	12.27	tuned to core 15612-2 using AMS14C ages
0.5000	15.97	14.89	tuned to core 15612-2 using AMS14C ages
0.5400	17.90	16.68	tuned to core 15612-2 using AMS14C ages
0.5690	22.08		tuned to core 15612-2 using AMS14C ages
0.6750	28.33		tuned to core 15612-2 using AMS14C ages
0.8000	31.96	27.89	tuned to core 15612-2 using AMS14C ages
0.8000	31.96	28.68	tuned to core 15612-2 using AMS14C ages
0.8800	37.11	32.52	tuned to core 15612-2 using AMS14C ages
0.9400	38.50		tuned to core 15612-2 using AMS14C ages
1.3800	57.60		d18O event 3.31, after Martinson et al. (1987)
1.4500	65.22		d18O event 4.22, after Martinson et al. (1987)
1.5400	70.97		d18O event 4.24, after Martinson et al. (1987)
1.7100	78.30		d18O event 5.1 top, after Martinson et al. (1987)
1.7500	79.70		d18O event 5.1 base, after Martinson et al. (1987)
1.8100	90.50		d18O event 5.2, after Martinson et al. (1987)
1.8400	97.00		d18O event 5.31, after Martinson et al. (1987)
1.8800	103.55		d18O event 5.33, after Martinson et al. (1987)
1.9050	105.80		d18O event 5.4 top, after Martinson et al. (1987)
1.9800	112.28		d18O event 5.4 base, after Martinson et al. (1987)
2.1050	125.00		d18O event 5.5, after Martinson et al. (1987)
2.1700	128.17		d18O event 5.52, after Sarnthein & Tiedemann (1990)
2.2050	131.70		d18O event 5.53, after Sarnthein & Tiedemann (1990)
2.3750	135.00		d18O event 6.2, after Martinson et al. (1987)
2.5050	141.30		d18O event 6.3, after Martinson et al. (1987)
2.6300	145.00		d18O event pre-6.3, after Martinson et al. (1987)
2.9500	157.00		d18O event 6.4, after Martinson et al. (1987)
3.0700	172.50		d18O event 6.5, after Martinson et al. (1987)
3.3500	185.20		d18O event 6.6, after Martinson et al. (1987)
3.5200	193.10		d18O event 7.1, after Martinson et al. (1987)
3.7050	200.60		d18O event 7.2, after Martinson et al. (1987)
4.0050	215.50		d18O event 7.3, after Martinson et al. (1987)
4.3050	240.00		d18O event 7.5, after Martinson et al. (1987)