Citation:

PANGAEA.50113, In supplement to: Mackensen, A et al. (1994): Benthic foraminiferal assemblages and the d13C-signal in the atlantic sector of the Southern Ocean: glacial-to-interglacial contrasts. In: Zahn, R; Pederson, T F; Kaminiski, M A & Labeyrie, L (eds.), Carbon cycling in the glacial ocean: constraints on the ocean's role in global change, Springer-Verlag, Berlin, Heidelberg, NATO ASI Series I17, 105-144

Name: Table 2. Sediment core PS2082: benthic and planktic foraminiferal δ¹⁸O and δ¹³C, benthic census and primary productivity
Published: 1994
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

Project(s):

Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)

South Atlantic in Late Quaternary: Reconstruction of Budget and Currents (SFB261)

Coverage:

Latitude: -43.220160 * Longitude: 11.738330

Date/Time Start: 1991-04-03T16:03:00 * Date/Time End: 1991-04-03T16:03:00

Minimum DEPTH, sediment/rock: 0.00 m * Maximum DEPTH, sediment/rock: 13.89 m

Event(s):

PS2082-1 (PS18/238) * Latitude: -43.220160 * Longitude: 11.738330 * Date/Time: 1991-04-03T16:03:00 * Elevation: -4610.0 m * Penetration: 15 m * Recovery: 13.91 m * Location: Agulhas Basin * Campaign: (PS18) * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: 14 core sections: 0.04-0.96, 0.96-1.96, 1.96-2.96, 2.96-3.96, 3.96-4.95, 4.95-5.95, 5.95-6.95, 6.95-7.95, 7.95-8.95, 8.95-9.91, 9.91-10.91, 10.91-11.91, 11.91-12.91, 12.91-13.91 m; 15 m Lot, 0-4 cm missing

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Carbon, organic, total	TOC	%	Kuhn, Gerhard	Element analyser CHN, LECO
3	Calcium carbonate	CaCO3	%	Kuhn, Gerhard	Element analyser CHN, LECO
4	Cibicidoides spp., δ13C	Cibicidoides spp. δ13C	‰ PDB	Mackensen, Andreas	Mass spectrometer Finnigan MAT 251
5	Cibicidoides spp., δ18O	Cibicidoides spp. δ18O	‰ PDB	Mackensen, Andreas	Mass spectrometer Finnigan MAT 251
6	Globigerina bulloides, δ13C	G. bulloides δ13C	‰ PDB	Mackensen, Andreas	Mass spectrometer Finnigan MAT 251
7	Globigerina bulloides, δ18O	G. bulloides δ18O	‰ PDB	Mackensen, Andreas	Mass spectrometer Finnigan MAT 251
8	Neogloboquadrina pachyderma dextral and/or sinistral, δ13C	N. pachyderma δ13C	‰ PDB	Mackensen, Andreas	Mass spectrometer Finnigan MAT 251
9	Neogloboquadrina pachyderma dextral and/or sinistral, δ18O	N. pachyderma δ18O	‰ PDB	Mackensen, Andreas	Mass spectrometer Finnigan MAT 251
10	Paleoproductivity as carbon	PP C	g/m²/a	Mackensen, Andreas	PP calculated (Stein, 1986)
11	Paleoproductivity as carbon	PP C	g/m²/a	Mackensen, Andreas	PP calculated (Müller & Suess, 1979)

License:

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

Size:

1434 data points

Data

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

1 Depth sed [m]	2 TOC [%] (Element analyser CHN, LECO)	3 CaCO3 [%] (Element analyser CHN, LECO)	4 Cibicidoides spp. δ13C [‰ PDB] (Mass spectrometer Finnigan MA...)	5 Cibicidoides spp. δ18O [‰ PDB] (Mass spectrometer Finnigan MA...)	6 G. bulloides δ13C [‰ PDB] (Mass spectrometer Finnigan MA...)	7 G. bulloides δ18O [‰ PDB] (Mass spectrometer Finnigan MA...)	8 N. pachyderma δ13C [‰ PDB] (Mass spectrometer Finnigan MA...)	9 N. pachyderma δ18O [‰ PDB] (Mass spectrometer Finnigan MA...)	10 PP C [g/m²/a] (PP calculated (Stein, 1986))	11 PP C [g/m²/a] (PP calculated (Müller & Suess...)
0.00			0.31	2.80	1.04	2.28
0.01			0.31	2.85	1.09	2.27	0.30	1.32
0.02	0.36	42.52	0.44	2.70	1.19	2.49	0.02	1.39	64	64
0.03			-0.33	2.88	0.97	2.28	0.46	1.59
0.04			0.03	2.66	1.11	2.42	0.62	1.31
0.06	0.25	52.23	0.24	2.89	0.67	2.22	0.81	2.46	55	52
0.12	0.15	68.49	-0.03	3.13	0.85	2.35	0.25	2.66	46	37
0.20	0.15	63.74	-0.35	3.75	0.56	3.02	0.04	2.73	45	36
0.28	0.18	41.57	-0.34	4.09	0.24	3.17	0.30	3.11	47	43
0.37	0.22	21.65	-0.79	4.28	0.72	3.43	-0.04	3.13	52	63
0.45	0.34	7.89	-0.98	4.48	0.32	3.21	-0.31	3.38	59	74
0.50	0.51	4.71	-0.63	4.63	0.20	3.33	-0.54	3.39	74	102
0.56	0.53	16.28	-0.49	4.13	-0.14	3.23	-0.36	2.79	83	120
0.60	0.53	8.65	-0.77	4.60	0.08	3.20	-0.34	3.05	73	101
0.70	0.55	7.34	-0.84	4.60	-0.37	3.73	-0.73	3.16	74	101
0.80	0.55	6.14	-0.78	4.57	-0.52	3.66	-0.04	3.89	76	107
0.90	0.57	8.77	-0.66	4.59	0.38	3.91	-0.24	3.37	80	140
1.00	0.65	5.83	-0.85	4.52	0.10	3.60	-1.02	3.35	87	158
1.10	0.63	3.75	-0.78	4.38	0.38	3.77	-1.11	2.94	90	166
1.20	0.61	1.18	-0.80	4.52	0.20	3.96	-0.14	2.89	87	159
1.30	0.66	0.71	-0.73	4.45	0.09	3.74	-0.34	2.91	92	169
1.40	0.58	1.02			-0.19	3.46	-0.46	2.98	80	140
1.50	0.63	1.48	-0.96	3.81	0.80	2.76	-0.15	3.06	85	153
1.60	0.59	1.12			0.24	3.58	-0.82	2.88	81	144
1.70	0.62	1.78			0.16	3.64	-0.97	2.93	82	145
1.70							-0.83	2.98
1.80	0.62	1.15			0.22	3.29	-0.79	3.04	87	159
1.80							-0.38	3.31
1.90	0.60	1.14			0.08	3.34	-0.42	3.30	90	167
2.00	0.50	0.93			0.69	3.61	-0.56	3.14	78	136
2.10	0.54	0.81							85	151
2.20	0.58	1.26			0.15	3.43	-0.86	2.78	85	153
2.30	0.56	1.92	-0.60	4.33	0.30	3.76	-0.69	3.00	86	157
2.40	0.43	7.74	-0.44	4.29	0.86	3.65	-0.17	3.10	72	120
2.50	0.37	24.85	-0.41	4.22	0.50	3.47	-0.41	2.93	60	65
2.60	0.39	14.52	-0.37	4.15	0.24	3.64	-0.91	2.87	72	83
2.70	0.30	40.24	-0.47	4.12	0.48	3.52			64	70
2.80	0.28	31.83	-0.45	4.08	0.70	3.73	0.08	3.17	61	66
2.84	0.32	18.47	-0.13	4.08			0.25	3.70	64	71
2.90	0.41	31.00	-0.52	4.11	0.32	3.42			76	90
3.00	0.40	23.45	-0.67	4.11	0.42	3.20	-0.09	3.02	77	88
3.10	0.39	20.22	-0.75	4.05	0.28	3.26	0.20	3.14	74	84
3.20	0.31	28.85	0.03	4.03			0.15	2.87	66	71
3.30	0.30	24.32	-0.04	3.93	0.59	3.58	-0.19	3.10	66	71
3.40	0.23	30.25	-0.19	3.97	0.82	3.42	0.20	2.86	55	55
3.50	0.19	24.19	-0.64	4.06	1.00	3.31	0.08	2.91	47	44
3.55	0.23	27.82	-0.71	4.11	0.60	2.96	0.07	2.83	50	49
3.60	0.26	25.85	-0.39	4.00	0.50	3.42	0.35	3.03	57	58
3.65	0.28	-0.90	-0.49	3.93	0.43	3.40	-0.02	2.63	47	44
3.70	0.32	5.56	-0.73	4.11	-0.88	2.96	-0.58	2.54	54	54
3.80			-0.49	4.03	0.07	3.35	-0.13	2.71
3.90	0.66	0.01			-0.17	3.49	-0.17	3.47	96	128
4.00	0.47	1.03			-0.18	3.41	-0.19	3.28	73	87
4.10	0.50	4.24	-0.77	4.16	0.17	3.63	-0.63	2.98	75	90
4.20	0.43	3.41	-0.91	4.06	0.51	3.28	-0.08	3.14	66	75
4.30	0.41	9.61	-0.44	3.92	-0.05	3.46	0.28	3.16	66	75
4.40	0.32	16.16	-0.03	3.81	1.02	3.32	0.42	2.95	59	64
4.50	0.19	38.48	0.06	3.66	0.89	3.11	0.87	2.41	47	45
4.55	0.12	54.11	0.16	3.52	1.14	3.00	0.36	2.28	38	33
4.55					1.04	2.77
4.60	0.15	52.42	-0.04	3.57	0.84	2.81	0.69	2.30	47	44
4.65	0.15	48.85	0.16	3.45	0.70	2.85	0.01	2.22	43	40
4.65			-0.34	3.50
4.70	0.18	23.25	-0.18	3.45	1.37	3.07	0.43	2.42	41	37
4.80	0.20	28.86	0.03	3.74	0.64	2.60	0.33	2.49	45	38
4.90	0.19	32.47	0.13	3.57	0.68	3.07	0.31	2.65	43	35
5.00	0.16	33.89	-0.42	3.50	0.51	2.93	0.43	2.22	44	36
5.10	0.19	30.53	-0.16	3.56	0.81	3.03			45	38
5.20	0.20	10.72	-0.44	3.63	0.84	2.99	-0.19	2.29	39	30
5.30	0.18	18.07	-0.23	3.52	0.66	3.01	0.42	2.74	38	30
5.40	0.19	21.56	-0.20	3.42	0.81	3.08	0.33	2.63	42	34
5.50	0.12	46.70	-0.24	2.78	0.24	2.58	-0.25	2.27	36	27
5.55	0.11	53.36	-0.08	2.82	0.31	2.10			35	27
5.60	0.09	62.97	0.07	3.36	-0.36	2.38			34	25
5.65	0.10	66.86	-0.29	3.44	-0.50	2.94	-0.92	2.39	37	28
5.70	0.10	60.94	-0.40	4.09	-0.07	3.22	-0.84	2.26	35	26
5.75	0.12	57.02	-0.89	4.06	0.28	3.22	-0.31	2.84	44	45
5.80	0.13	47.76	-0.89	4.38	0.00	3.22	0.00	3.03	44	46
5.90	0.17	48.14	-0.90	4.19	-0.27	3.34	0.09	3.39	46	48
6.00	0.40	35.00	-1.15	4.44	0.03	3.71	-1.38	3.07	79	103
6.10	0.44	28.88	-0.93	4.43	-0.19	3.70	-1.03	3.44	82	112
6.20	0.47	21.31	-1.15	4.36	-0.57	3.12	-0.97	3.13	85	115
6.30	0.49	11.34	-1.09	4.29	-0.18	3.70	-0.44	3.15	83	111
6.40	0.57	7.50	-1.02	4.31	-0.26	3.65	-0.57	3.20	88	122
6.50	0.51	4.59	-0.86	4.28	0.12	3.74			80	106
6.60	0.47	3.51	-0.99	4.25	0.01	3.66	-0.31	3.22	77	101
6.70	0.42	11.85	-0.97	4.24			-0.23	3.09	73	93
6.80	0.42	16.35	-0.93	4.18	-0.25	3.59	-0.72	2.97	78	102
6.90	0.50	11.07	-1.02	4.21	-0.46	3.55	-0.78	3.01	80	106
7.00	0.48	3.62	-1.18	4.25	-0.12	3.58	-1.50	2.90	79	106
7.10	0.51	1.46	-1.08	4.02	-0.40	3.51	-0.97	2.98	78	103
7.20	0.56	1.81	-0.86	4.34	-0.34	3.68	-0.84	3.30	86	117
7.30	0.53	2.08	-1.06	4.30	-0.39	3.50	-0.31	3.34	77	93
7.40	0.58	5.65	-1.14	4.22	-0.69	3.01			82	102
7.50	0.48	0.98	-0.49	4.03			-0.62	2.78	74	88
7.60	0.55	2.13	-1.35	4.20	-0.78	2.92	-1.14	2.99	77	94
7.70	0.55	0.48	-1.04	4.15	-0.96	2.92	-1.54	2.52	77	93
7.80	0.52	1.21	-0.92	4.10	-0.25	2.71	-0.13	3.40	78	96
7.90	0.50	5.69	-1.23	3.99	0.35	3.57	-0.41	3.02	82	102
8.00	0.41	7.08	-1.16	3.96	-0.35	3.20	-0.76	2.77	70	82
8.10	0.45	7.54	-1.05	3.96	-0.36	3.33	-0.10	3.03	70	82
8.20	0.42	4.06	-0.84	3.97	-0.32	3.14	-1.10	2.44	69	81
8.30	0.43	0.77			-0.59	3.28	-0.76	2.96	70	81
8.40	0.45	4.30	-0.78	3.93	-0.07	3.62	-1.24	2.75	75	91
8.50	0.45	0.77	-1.20	3.93	-1.22	2.54	-1.47	2.42	74	87
8.60	0.47	1.23	-0.85	3.88	-0.26	3.48	-0.41	2.97	72	85
8.70	0.45	0.28					-0.99	2.98	72	85
8.80	0.40	0.25							68	78
8.90	0.45	0.94	-0.79	3.85	-0.02	2.87			71	83
9.00	0.26	0.18							46	45
9.10	0.30	0.18							50	51
9.15	0.21	11.22	0.08	3.09					45	44
9.20	0.23	10.84	0.10	3.20	0.80	2.81			43	30
9.30	0.21	6.24			0.81	2.67	0.45	2.77	40	27
9.40	0.16	26.89	-0.06	3.25	0.69	2.87	0.38	2.68	38	25
9.45	0.14	23.16	-0.65	3.52	0.66	2.85	-0.10	2.79	40	38
9.50	0.17	9.87			-0.44	3.53	-0.57	2.95	39	37
9.50					-0.18	3.54	-0.29	2.98
9.60	0.17	0.72							36	33
9.65	0.16	1.50							35	32
9.70	0.21	0.60							42	37
9.78	0.22	0.63							43	38
9.85	0.27	1.09	-0.77	4.00	0.01	3.58			50	48
9.95	0.23	0.36							45	41
10.05	0.21	10.41	-0.73	3.52	0.62	2.97			41	37
10.10	0.18	36.38	-0.57	3.32	0.80	2.74	0.06	2.05	46	43
10.15	0.11	57.08	-0.13	3.33	0.42	2.70	0.20	1.90	38	33
10.20	0.11	52.77	-0.37	3.48	0.35	2.77	-0.30	1.89	37	31
10.25	0.14	28.23	-0.68	3.85	0.03	2.47	0.04	2.55	36	30
10.30	0.18	20.34	-0.87	4.01	0.33	3.15	-0.78	2.63	40	35
10.35	0.21	11.10	-0.83	4.10	-0.06	3.24			44	46
10.45	0.44	5.97	-0.98	4.24	0.13	2.41	-0.28	2.94	70	91
10.55	0.47	8.01	-1.15	4.34	-0.49	3.60	-1.29	2.93	81	109
10.65	0.44	17.65	-1.12	4.17	-0.27	3.73	-0.48	3.28	73	64
10.75	0.39	7.45	-1.10	4.20	-0.17	3.36	-0.75	3.06	64	54
10.85	0.38	2.91	-1.20	4.27	-0.44	3.29	-1.15	2.99	63	64
10.95	0.42	0.83	-1.36	4.17	-0.58	3.17	-0.45	3.13	67	69
11.05	0.43	0.76			-0.47	3.46	-0.71	2.71	69	72
11.15	0.39	0.67							67	69
11.25	0.37	0.80			-0.18	3.50	-0.84	3.14	63	63
11.35	0.38	0.78	-1.10	4.21					64	65
11.35			-1.09	4.21	-0.11	3.37	-0.56	3.21
11.45	0.37	0.90			-0.05	3.12	-0.22	3.10	63	60
11.55	0.28	0.32							50	44
11.65	0.29	0.26							55	49
11.75	0.31	0.36							54	48
11.85	0.22	0.07							44	36
11.95	0.31	0.97							54	48
12.05	0.22	0.08							43	35
12.15	0.20	0.18							38	30
12.23	0.17	2.68							34	26
12.28	0.13	35.73	-0.47	3.33	0.82	2.71	-0.10	1.54	36	27
12.32	0.13	43.23	-1.02	4.19	0.02	2.89	-0.39	1.57	38	29
12.40	0.23	16.53	-1.48	4.22			-0.94	3.17	46	38
12.40			-1.38	4.36
12.50	0.66	8.57	-1.39	4.42	-0.78	3.62	-0.19	3.54	101	159
12.60	0.57	9.68	-1.57	4.50			-0.84	3.22	91	139
12.70	0.58	10.37	-1.39	4.47	0.43	3.88	-0.07	3.45	78	69
12.80	0.51	18.06	-1.38	4.34			-0.42	3.19	73	63
12.90	0.54	22.93	-1.44	4.24	-0.19	3.74	-0.77	3.18	90	108
13.00	0.44	19.23	-1.13	4.14	-0.23	3.44	-0.25	3.07	78	88
13.10	0.51	7.58	-1.36	4.16	-0.02	3.44	-0.42	3.01	82	100
13.20	0.54	5.08	-1.49	4.19	-0.21	3.68	-0.49	3.31	85	105
13.30	0.52	2.11	-1.14	4.20	-0.18	3.38	-0.56	3.13	82	100
13.40	0.54	1.47	-1.51	4.12	0.25	3.49	-0.11	3.40	81	99
13.50	0.46	2.51	-1.33	4.01	-0.23	3.40	-0.45	3.05	74	87
13.60	0.44	0.89	-1.17	3.89	-0.26	2.99	0.18	3.02	71	82
13.70	0.29	1.23							49	48
13.80	0.39	3.38	-1.00	3.76	0.41	2.98	0.23	2.70	68	76
13.89	0.24	9.35	-0.42	3.67	0.27	3.04	0.59	2.71	50	50