Citation:

S0967-0637(99)00076-X

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

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Related to:

Schlünz, Birger (1998): Riverine Organic Carbon Input into the Ocean in Relation to Late Quaternary Climate Change. Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 116, 136 pp, urn:nbn:de:gbv:46-ep000102361

Project(s):

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

Coverage:

Latitude: 12.258333 * Longitude: -58.330000

Date/Time Start: 1996-04-14T00:00:00 * Date/Time End: 1996-04-14T00:00:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 6.43 m

Event(s):

GeoB3938-1 * Latitude: 12.258333 * Longitude: -58.330000 * Date/Time: 1996-04-14T00:00:00 * Elevation: -1972.0 m * Recovery: 6.49 m * Location: Atlantic Caribbean Margin * Campaign: * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: CC: gray carbonate ooze, forams, pteropods

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	AGE	Age	ka BP			Geocode
3	Carbon, organic, total	TOC	%	Schlünz, Birger	Element analyser CHN-O Rapid, Heraeus
4	Calcium carbonate	CaCO3	%	Schlünz, Birger	Element analyser CHN-O Rapid, Heraeus
5	δ13C, organic carbon	δ13C Corg	‰ PDB	Schlünz, Birger	Mass spectrometer Finnigan Delta-E
6	Accumulation rate, total organic carbon	Acc rate TOC	g/cm²/ka	Schlünz, Birger	Calculated

License:

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

Size:

513 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 TOC [%]	4 CaCO3 [%]	5 δ13C Corg [‰ PDB]	6 Acc rate TOC [g/cm²/ka]
0.03	0.21	0.34	48.5	-19.6	0.032
0.08	4.00	0.26	48.2	-20.6	0.024
0.13	7.79	0.28	41.0	-21.6	0.066
0.18	9.29	0.28	35.2	-21.1	0.070
0.23	10.78	0.23	32.6	-21.5	0.058
0.28	12.28	0.25	32.3	-21.4	0.064
0.33	13.78	0.22	31.3	-22.6	0.057
0.38	15.27	0.22	31.6		0.055
0.43	16.77	0.20	35.8	-22.1	0.052
0.48	18.26	0.23	36.4	-21.7	0.057
0.53	19.67	0.24	36.9	-21.5	0.058
0.58	21.07	0.22	34.6	-21.6	0.058
0.63	22.47	0.21	38.0		0.053
0.68	23.87	0.23	39.5	-21.7	0.075
0.73	24.93	0.22	40.0	-21.4	0.071
0.78	26.00	0.23	38.1	-21.4	0.076
0.83	27.06	0.22	35.5	-21.3	0.072
0.88	28.12	0.19	32.4	-22.0	0.062
0.93	29.19	0.16	30.3	-21.7	0.053
0.98	29.98	0.19	28.3	-21.6	0.064
1.03	31.18	0.22	30.5	-21.5	0.067
1.08	32.37	0.22	28.5	-21.3	0.069
1.13	33.44	0.24	27.6	-21.3	0.077
1.18	34.50	0.23	28.0	-21.4	0.072
1.23	36.63	0.26	28.2	-21.4	0.082
1.28	37.69	0.26	33.5	-21.9	0.083
1.33	38.75	0.26	34.1	-21.2	0.081
1.38	39.82	0.24	30.4	-21.2	0.074
1.43	40.88	0.26	27.9	-21.4	0.081
1.48	41.94	0.24	27.0	-21.5	0.071
1.53	43.01	0.56	30.0	-21.1	0.175
1.58	44.07	0.42	27.3	-21.4	0.126
1.63	45.13	0.33	31.2	-21.5	0.101
1.68	46.20	0.32	29.8	-21.4	0.093
1.73	47.26	0.37	28.7	-21.4	0.111
1.78	47.79	0.35	26.2	-21.5	0.102
1.83	48.32	0.43	27.3	-21.7	0.122
1.88	49.39	0.50	28.1	-21.6	0.142
1.93	50.45	0.48	23.1	-21.7	0.142
1.98	51.51	0.41	30.9	-21.6	0.123
2.03	52.57	0.28	33.5	-21.4	0.088
2.08	53.64	0.25	32.2	-21.6	0.077
2.13	54.70	0.30	29.9	-21.5	0.048
2.18	56.77	0.46	35.2	-21.5	0.078
2.23	58.84	0.27	34.0	-21.4	0.044
2.28	60.91	0.21	31.4	-21.7	0.035
2.33	62.98	0.25	31.2	-21.7	0.035
2.38	65.05	0.21	29.1	-21.7	0.077
2.43	65.93	0.18	25.4	-21.9	0.069
2.48	66.80	0.19	21.1	-22.2	0.070
2.53	67.68	0.20	14.5	-22.7	0.078
2.58	68.55	0.21	14.4	-22.5	0.083
2.63	69.43	0.23	14.9	-22.5	0.085
2.68	70.30	0.20	16.3	-22.2	0.077
2.73	71.18	0.25	16.0	-22.3	0.100
2.78	72.05	0.33	13.4	-22.2	0.125
2.83	72.93	0.36	19.8	-21.9	0.145
2.88	73.80	0.30	22.0	-21.5	0.123
2.93	74.68	0.26	25.4	-22.5	0.103
2.98	75.55	0.24	29.0	-21.5	0.097
3.03	76.42	0.22	31.0	-21.5	0.085
3.08	77.30	0.24	28.4	-21.5	0.092
3.13	78.17	0.20	24.8	-21.7	0.077
3.18	79.05	0.21	24.6	-21.9	0.020
3.23	82.66	0.20	25.4	-21.8	0.020
3.28	86.26	0.35	28.6	-21.4	0.034
3.33	89.87	0.34	30.2	-23.3	0.135
3.38	90.77	0.22	24.7	-21.8	0.087
3.43	91.66	0.19	21.5	-22.2	0.080
3.48	92.56	0.22	25.1	-22.2	0.088
3.53	93.45	0.27	23.5	-22.2	0.108
3.58	94.35	0.27	31.4	-21.9	0.110
3.63	95.24	0.36	28.5	-21.7	0.149
3.68	96.14	0.28	28.1	-22.0	0.072
3.73	97.62	0.33	31.1	-21.6	0.085
3.78	99.10	0.35	29.7	-21.8	0.088
3.83	100.58	0.28	30.2	-21.8	0.071
3.88	102.06	0.33	25.9	-21.8	0.080
3.93	103.54	0.26	27.9	-21.9	0.053
3.98	105.28	0.25	23.6	-22.1	0.054
4.03	107.03	0.44	21.4	-21.6	0.093
4.08	108.78	0.53	23.4	-21.8	0.117
4.13	110.52	0.43	26.4	-22.0	0.094
4.18	112.27	0.26	20.7	-22.4	0.055
4.23	114.01	0.31	21.6	-22.2	0.067
4.28	115.76	0.31	28.6	-22.0	0.073
4.33	117.51	0.36	31.4	-21.8	0.084
4.38	119.25	0.25	38.1	-21.6	0.057
4.43	121.00	0.22	40.1	-21.5	0.046
4.48	122.75	0.18	47.1	-21.7	0.040
4.53	124.49	0.17	44.5	-23.2	0.039
4.58	126.24	0.18	42.3	-23.7	0.042
4.63	127.98	0.15	40.8	-22.0	0.019
4.68	130.90	0.17	39.2	-22.1	0.021
4.73	133.81	0.15	37.5	-21.9	0.018
4.78	136.72	0.17	39.3	-21.4	0.021
4.83	139.63	0.19	45.0	-21.6	0.023
4.88	142.54	0.16	44.8	-21.5	0.020
4.93	145.45	0.18	41.2	-21.7	0.021
4.98	148.37	0.16	40.0	-21.6	0.019
5.03	151.28	0.16	36.4	-21.3	0.018
5.08	154.19	0.15	35.8		0.017
5.13	157.10	0.15	36.7	-22.0	0.017
5.18	160.29	0.16	32.4	-21.9	0.020
5.23	163.48	0.20	24.7	-22.3	0.023
5.28	166.68	0.18	23.5	-22.2	0.021
5.33	169.87	0.27	26.1	-21.9	0.031
5.38	173.06	0.26	22.2	-22.0	0.030
5.43	176.25	0.30	27.8	-21.8	0.037
5.48	179.45	0.25	26.2	-22.1	0.031
5.53	182.64	0.21	28.0	-22.0	0.053
5.58	184.02	0.20	30.3	-22.1	0.054
5.63	185.40	0.21	19.1	-22.1	0.059
5.68	186.78	0.31	20.6	-22.6	0.058
5.73	188.87	0.21	27.5	-21.9	0.041
5.78	190.97	0.21	26.9	-22.1	0.040
5.83	193.07	0.32	26.5	-22.0	0.019
5.88	199.43	0.21	31.0	-22.1	0.013
5.93	205.80	0.23	25.1	-21.9	0.014
5.98	212.16	0.21	40.1	-21.7	0.014
6.03	218.53	0.20	31.4	-22.0	0.011
6.08	224.89	0.18	28.9	-22.0	0.025
6.13	227.43	0.20	26.3	-22.5	0.028
6.18	229.97	0.19	23.0	-22.5	0.026
6.23	232.51	0.24	23.0	-22.5	0.034
6.28	235.05	0.24	22.6	-22.4	0.031
6.33	237.59	0.20	22.4	-23.3	0.024
6.38	240.13	0.21	27.3	-21.9	0.020
6.43	244.18	0.22	43.0	-22.0	0.040