Citation:

reports-ifg.2001.13

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Related to:

Voelker, Antje H L (1999): Zur Deutung der Dansgaard-Oeschger Ereignisse in ultra-hochauflösenden Sedimentprofilen aus dem Europäischen Nordmeer (Dansgaard-Oeschger events in ultra-high resolution sediment records from the Nordic Seas). Berichte-Reports, Institut für Geowissenschaften, Universität Kiel, 9, 278 pp, https://doi.org/10.2312/reports-ifg.1999.9

Voelker, Antje H L; Grootes, Pieter Meiert; Nadeau, Marie-Josée; Sarnthein, Michael (2000): Radiocarbon Levels in the Iceland Sea from 25–53 kyr and their Link to the Earth's Magnetic Field Intensity. Radiocarbon, 42(3), 437-452, https://doi.org/10.1017/S0033822200030368

Further details:

Vogelsang, Elke (2001): Age control of sediment cores PS2644-5 and PS2644-2. Berichte-Reports, Geologisch-Paläontologisches Institut und Museum, Christian-Albrechts-Universität, Kiel, 13+244 pp, 13, hdl:10013/epic.33112.d001

Project(s):

Glacial Atlantic Ocean Mapping (GLAMAP2000)

Institute for Geosciences, Christian Albrechts University, Kiel (GIK/IfG)

Coverage:

Latitude: 67.866660 * Longitude: -21.765000

Date/Time Start: 1994-09-19T07:20:00 * Date/Time End: 1994-09-19T07:20:00

Minimum DEPTH, sediment/rock: 0.16 m * Maximum DEPTH, sediment/rock: 2.00 m

Event(s):

PS2644-5 (PS31/160-5) * Latitude: 67.866660 * Longitude: -21.765000 * Date/Time: 1994-09-19T07:20:00 * Elevation: -777.0 m * Penetration: 10 m * Recovery: 9.18 m * Location: Denmark Strait * Campaign: (PS31) * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: 9 core sections: 0.18-1.18, 1.18-2.18, 2.18-3.18, 3.18-4.18, 4.18-5.18, 5.18-6.18, 6.18-7.18, 7.18-8.18, 8.18-9.18 m

Comment:

top of hiatus at 129 cm = 20.63 ka benthic cal. age /17.34 ka benthic 14C age is base of LGM time slice

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Age, dated	Age dated	ka	Sarnthein, Michael	Age, 14C AMS
3	Age, dated, error to younger	Age e -	ka -	Sarnthein, Michael	see comment
4	Age, dated, error to older	Age e +	ka +	Sarnthein, Michael	see comment
5	Age model	Age model	ka	Sarnthein, Michael	Age model in radiocarbon 14C ages
6	Sedimentation rate	SR	cm/ka	Sarnthein, Michael	Calculated, see reference(s)
7	Age, comment	Comm		Sarnthein, Michael
8	Age, dated material	Dated material		Sarnthein, Michael	see comment

License:

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

Size:

260 data points

Data

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

1 Depth sed [m]	2 Age dated [ka]	3 Age e - [ka -]	4 Age e + [ka +]	5 Age model [ka]	6 SR [cm/ka]	7 Comm	8 Dated material
0.16	9.58	0.060	0.060	11.39		AMS 14C dating, Age acc. to ice core age model of Meese et al. 1994	N. pachyderma sin.
0.18	10.46	0.060	0.060			AMS 14C dating	N. pachyderma sin.
0.29	3.80	0.030	0.030			AMS 14C dating	N. pachyderma sin.
0.30	4.33	0.030	0.030			AMS 14C dating	N. pachyderma sin.
0.44	12.05	0.060	0.060			AMS 14C dating	N. pachyderma sin.
0.46				12.15	39.5	AMS 14C dating, (GISP2 age model of Meese et al. 1994)	Vedde Ash
0.48						tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
0.49	8.61	0.050	0.050	14.32		extrapolated, base of hiatus	N. pachyderma sin.
0.51				14.62	2.0	tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
0.58				15.66	6.8
0.59	13.97	0.060	0.060	15.72		AMS 14C dating,tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
0.59	13.65	0.090	0.090	16.40		AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobat., C.pachy. >250ym
0.65	14.68	0.210	0.210	16.04		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
0.65	14.05	0.800	0.800	16.85	13.0	AMS 14C dating,GISP2	C. lobat., C.pachy. >150ym
0.69				16.50		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
0.74	14.49	0.080	0.080	17.24		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
0.74	13.73	0.090	0.090	16.89		AMS 14C dating	C. pachyderma >400ym
0.74	14.09	0.090	0.090			AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobat., C.pachy. >315ym
0.80	14.81	0.240	0.240	17.46		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
0.80	14.32	0.080	0.090	17.16	22.2	AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobat., C.pachy. >150ym
0.85	15.26	0.210	0.220	17.68		AMS 14C dating, tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
0.87				17.78		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
0.89	14.98	0.080	0.080	17.94		AMS 14C dating, tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
0.89	14.75	0.090	0.090	17.65	18.4	AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobat., C.pachy. >150ym
0.99	16.11	0.070	0.070	18.10		AMS 14C dating, GISP2 age base of H1, (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.07	17.23	0.090	0.090	18.84		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.07	15.39	0.120	0.120	18.39	24.3	AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobat., C.pachy. >250ym
1.10				19.24		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
1.15	18.56	0.100	0.100			AMS 14C dating	N. pachyderma sin.
1.16				20.30		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
1.20	19.33	0.330	0.340			AMS 14C dating	N. pachyderma sin.
1.23	18.90	0.090	0.090	21.64		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.23	17.34	0.160	0.160	20.63	7.1	AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobatulus >250ym
1.27	20.70	0.160	0.160	24.88		AMS 14C dating, base of hiatus based on benthic C14 age	N. pachyderma sin.
1.27	21.03	0.200	0.200			AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobatulus >250ym
1.28				24.08		GISP2 age of H2, (GISP2 age model of Meese et al. 1994)
1.31	21.94	0.180	0.180	25.13	16.0	AMS 14C dating	N. pachyderma sin.
1.31	21.39	0.190	0.200			AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobatulus >150ym
1.35	21.74	0.070	0.070	25.00		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.35	21.19	0.070	0.070			AMS 14C dating	C. lobatulus >315ym
1.37	22.38	0.180	0.180	25.62		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.43	23.91	0.160	0.170			AMS 14C dating	N. pachyderma sin.
1.45				27.86		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
1.49				28.70		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
1.57	25.30	0.290	0.300	29.00		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.57	23.38	0.210	0.220	27.47	11.1	AMS 14C dating, Cal.yrs converted from 14C yrs using INTCAL98	C. lobat., C.pachy. >315ym
1.65				29.66		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
1.70	27.15	0.820	0.910	30.18		AMS 14C dating, tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.74	27.04	0.290	0.300	30.36		AMS 14C dating, tuned with GISP2 d18O (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.82				30.70		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
1.93	27.63	0.320	0.340	31.42		AMS 14C dating, tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.
1.97				31.62		tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)
2.00	28.94	1.010	1.150	31.72		AMS 14C dating, tuned with GISP2 d18O, (GISP2 age model of Meese et al. 1994)	N. pachyderma sin.