Citation:

S0012-821X(98)00265-9

Name: Age model of sediment core MD95-2039
Published: 1999
License: https://creativecommons.org/licenses/by/3.0/

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Related to:

Thomson, John; Nixon, S; Summerhayes, Colin P; Rohling, Eelco J; Schönfeld, Joachim; Zahn, Rainer; Grootes, Pieter Meiert; Abrantes, Fatima F; Gaspar, Luis; Vaqueiro, Sandra (2000): Enhanced productivity on the Iberian margin during glacial/interglacial transitions revealed by barium and diatoms. Journal of the Geological Society, 157(3), 667-677, https://doi.org/10.1144/jgs.157.3.667

Project(s):

International Marine Global Change Study (IMAGES)

Coverage:

Latitude: 40.578500 * Longitude: -10.348500

Date/Time Start: 1995-07-07T00:00:00 * Date/Time End: 1995-07-07T00:00:00

Minimum DEPTH, sediment/rock: 0.020 m * Maximum DEPTH, sediment/rock: 35.600 m

Event(s):

MD95-2039 (MD952039) * Latitude: 40.578500 * Longitude: -10.348500 * Date/Time: 1995-07-07T00:00:00 * Elevation: -3381.0 m * Recovery: 36 m * Location: Porto Seamount * Campaign: (IMAGES I) * Basis: * Method/Device: Calypso Corer (CALYPSO) * Comment: XXIV Sections

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Age model, optional	Age model opt	ka	Schönfeld, Joachim	Age model, composite	Manighetti et al 1995
3	Age model, optional	Age model opt	ka	Schönfeld, Joachim	Age model, composite	Zahn et al 1997 and others
4	Age model, optional	Age model opt	ka	Schönfeld, Joachim	Age model, composite	Bassinot et al 1984
5	Age model, optional	Age model opt	ka	Schönfeld, Joachim	Age model, Martinson et al (1987)
6	Age model, optional	Age model opt	ka	Schönfeld, Joachim	Age model, SPECMAP chronology, Imbrie et al. (1984)
7	Age model, optional	Age model opt	ka	Schönfeld, Joachim	Age, 14C milieu/reservoir corrected (-400 yr)
8	Age, comment	Comm		Schönfeld, Joachim		others in Zahn et al 1997
9	Age, comment	Comm		Schönfeld, Joachim	Age model, composite
10	Age model	Age model	ka	Schönfeld, Joachim	Age model, composite

License:

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

Size:

235 data points

Data

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

1 Depth sed [m]	2 Age model opt [ka] (Manighetti et al 1995, Age mo...)	3 Age model opt [ka] (Zahn et al 1997 and others, A...)	4 Age model opt [ka] (Bassinot et al 1984, Age mode...)	5 Age model opt [ka] (Age model, Martinson et al (1...)	6 Age model opt [ka] (Age model, SPECMAP chronology...)	7 Age model opt [ka] (Age, 14C milieu/reservoir cor...)	8 Comm (others in Zahn et al 1997)	9 Comm (Age model, composite)	10 Age model [ka] (Age model, composite)
0.020						0.00		core top	0.00
0.385						5.75		radiocarbon sample no: KIA 779	6.32
1.000		9.10		2.32	6.00	9.10	Winn et al., 1991	stable isotope event: 1.1	10.10
1.300		11.50	11.00	12.05	12.00		Bard et al., 1989	stable isotope event: ?2.0
1.685						12.22		radiocarbon sample no: KIA 780	13.73
2.085						13.33		radiocarbon sample no: KIA 781/2	14.89
2.140	17.50	13.54				13.54		Heinrich event: H1	15.12
2.885						14.05		radiocarbon sample no: KIA 783/4	15.75
4.900			24.00	24.10	24.00			stable isotope event: ?3.0
5.425						20.03		radiocarbon sample no: KIA 785/6	23.33
5.440	25.20	20.46				20.46		Heinrich event: H2	23.78
6.480						22.41		radiocarbon sample no: KIA 787	25.73
7.680	31.20	27.00				27.00	Bond et al., 1993	Heinrich event: H3	30.46
8.185						27.58		radiocarbon sample no: KIA 788	31.02
9.490						?28.60		radiocarbon sample no: KIA 789	?31.95
10.190						?30.64		radiocarbon sample no: KIA 790/1	?33.62
10.200	43.10	34.15				34.15	Cortijo et al., 1997	Heinrich event: H4	36.96
11.850		42.00		43.88		42.00		stable isotope event: 3.13	43.88
12.160	54.70	45.80					Kiefer, 1998	Heinrich event: H5	45.80
12.950			52.00	50.21	53.00			stable isotope event: 3.3	50.21
13.600				55.45				stable isotope event: 3.31	55.45
14.150			57.00	58.69	59.00			stable isotope event: ?4.0	58.69
14.600	69.70	66.00					Bond et al., 1993	Heinrich event: ?H6
15.500			71.00	73.91	71.00			stable isotope event: 5.0	73.91
16.600			79.00	79.25	80.00			stable isotope event: 5.1	79.25
17.100			86.00	90.95	87.00			stable isotope event: 5.2	90.95
17.600			97.00	99.38	99.00			stable isotope event: 5.3	99.38
18.500			106.00	110.79	107.00			stable isotope event: 5.4	110.79
19.000			122.00	123.82	122.00			stable isotope event: 5.5	123.82
19.700			127.00	129.84	128.00			stable isotope event: 6.0	129.84
20.300			133.00	135.10	135.00			stable isotope event: 6.2	135.10
22.300				142.28	146.00			stable isotope event: 6.3	142.28
23.000				152.58	151.00			stable isotope event: 6.4	152.58
23.300				161.34				stable isotope event: 6.41	161.34
23.650				165.35				stable isotope event: 6.42	165.35
24.020				175.05	171.00			stable isotope event: 6.5	175.05
25.100				183.30	183.00			stable isotope event: 6.6	183.30
25.400			186.00	189.61	186.00			stable isotope event: 7.0	189.61
26.000			194.00	193.07	194.00			stable isotope event: 7.1	193.07
26.200			202.00	200.57	205.00			stable isotope event: 7.2	200.57
26.600			213.00	215.54	216.00			stable isotope event: 7.3	215.54
27.400			225.00	224.89	228.00			stable isotope event: 7.4	224.89
27.900			236.00	240.19	238.00			stable isotope event: 7.5	240.19
28.100			242.00	244.18	245.00			stable isotope event: 8.0	244.18
29.000			248.00		249.00			stable isotope event: 8.2	249.00
29.800			258.00		257.00			stable isotope event: 8.3	257.00
31.100			266.00	265.67	269.00			stable isotope event: 8.4	265.67
32.400			287.00	288.54	287.00			stable isotope event: 8.5	288.54
33.200			295.00		299.00			stable isotope event: 8.6	299.00
33.400			301.00		303.00			stable isotope event: 9.0	303.00
33.800			309.00		310.00			stable isotope event: 9.1	310.00
34.700			315.00		320.00			stable isotope event: 9.2	320.00
35.200			328.00		331.00			stable isotope event: 9.3	331.00
35.600			334.00		339.00			stable isotope event: 10.0	339.00