Citation:

PANGAEA.226939

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

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Related to:

Klump, Jens (1999): Biogenic barite as a proxy of paleoproductivity variations in the southern Peru-Chile Current. Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 139, 107 pp, urn:nbn:de:gbv:46-ep000102570

Project(s):

Geosciences, University of Bremen (GeoB)

Coverage:

Latitude: -27.466667 * Longitude: -71.251667

Date/Time Start: 1995-06-07T00:00:00 * Date/Time End: 1995-06-07T00:00:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 4.83 m

Event(s):

GeoB3375-1 * Latitude: -27.466667 * Longitude: -71.251667 * Date/Time: 1995-06-07T00:00:00 * Elevation: -1947.0 m * Recovery: 4.89 m * Location: South-East Pacific * Campaign: (CHIPAL) * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Carbon in carbonate	C (carb)	%	Hebbeln, Dierk	Element analyser CHN
3	Carbon, organic, total	TOC	%	Hebbeln, Dierk	Element analyser CHN, LECO
4	Density, dry bulk	DBD	g/cm³	Hebbeln, Dierk	Calculated from weight/volume
5	Silt-Mean	Silt mean	phi	Lamy, Frank	Calculated after FOLK
6	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Hebbeln, Dierk	Mass spectrometer Finnigan MAT 251
7	Neogloboquadrina pachyderma sinistral, δ13C	N. pachyderma s δ13C	‰ PDB	Hebbeln, Dierk	Mass spectrometer Finnigan MAT 251
8	Carbon/Nitrogen ratio	C/N		Hebbeln, Dierk	Element analyser CHN
9	Porosity	Poros	% vol	Hebbeln, Dierk	Calculated from weight/volume
10	Susceptibility, non-ferromagnetic	kappa_nf	10^-6 SI	Klump, Jens	Hysteresis 1.4 T
11	Color, L*, lightness	L*		Klump, Jens	Spectrophotometer Minolta CM-2022

License:

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

Size:

957 data points

Data

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

1 Depth sed [m]	2 C (carb) [%]	3 TOC [%]	4 DBD [g/cm³]	5 Silt mean [phi]	6 N. pachyderma s δ18O [‰ PDB]	7 N. pachyderma s δ13C [‰ PDB]	8 C/N	9 Poros [% vol]	10 kappa_nf [10^-6 SI]	11 L*
0.03	16.07	0.56	0.94	5.27	0.59	-0.32	8.00	63.5	108.00	51.80
0.08	17.61	0.56	1.07	5.03	1.22	-0.58	7.60	60.6	111.00	52.60
0.13	21.20	0.64	1.02	5.34	1.55	-0.59	8.30	58.9	107.00	52.00
0.18	22.50	0.63	1.08	5.34	1.19	-0.92	8.70	61.6	109.00	52.10
0.23	21.73	0.68	1.08	5.57	1.34	-0.94	8.60	60.3	113.00	51.20
0.28	18.95	0.80	1.02	5.69	1.19	-1.26	8.90	60.8	129.00	51.10
0.33	16.02	0.72	1.05	5.54	1.39	-1.32	8.90	60.0	145.00	50.20
0.38	14.40	0.70	1.08	5.57	1.80	-0.78	9.00	57.4	158.00	49.90
0.43	13.86	0.73	1.12	5.64	1.77	-0.56	8.50	59.4	173.00	48.50
0.48	12.91	0.65	1.12	5.76	1.82	-0.56	8.80	58.2	209.00	48.30
0.53	10.94	0.66	1.07	5.95	1.97	-0.71	9.10	58.5	199.00	51.10
0.58	10.30	0.63	1.13	5.97	2.02	-0.49	9.20	58.1	205.00	48.30
0.63	9.95	0.70	1.14	5.74	1.78	-0.76	9.90	56.9	190.00	48.20
0.68	9.77	0.65	1.20	5.84	1.81	-0.45	9.80	57.6	188.00	48.90
0.73	9.84	0.63	1.18	5.87	1.91	-0.65	9.70	55.9	200.00	48.40
0.78	10.12	0.70	1.17	5.87	1.95	-0.35	9.70	56.8	201.00	48.50
0.83	9.86	0.63	1.19	5.86	1.89	-0.60	8.70	56.9	204.00	49.00
0.88	9.97	0.66	1.15	5.80	1.78	-0.76	9.50	53.1	195.00	48.10
0.93	10.36	0.68	1.16	5.90	1.88	-0.44	9.30	56.4	39.00	48.10
0.98	10.51	0.65	1.17	5.95	2.02	-0.64	8.50	56.5	208.00	48.50
1.03	10.05	0.66	1.16	5.95	1.73	-0.59	9.20	58.0	207.00	48.00
1.08	9.28	0.63	1.15	5.99	1.64	-0.85	9.20	57.2	210.00	49.90
1.13	9.13	0.56	1.12	6.12	1.85	-0.75	8.20	56.2	211.00	50.80
1.18	9.65	0.58	1.13	5.93	1.77	-0.91	9.00	58.7	203.00	47.50
1.23	9.83	0.69	1.15	6.06	1.65	-1.24	9.10	57.2	202.00	49.50
1.28	11.60	0.90	1.12	5.88	1.84	-0.83	9.90	56.9	190.00	50.80
1.33	11.88	0.96	1.12	5.91	1.80	-0.70	9.60	56.0	185.00	47.40
1.38	10.79	1.01	1.09	5.88	1.92	-0.35	9.10	56.3	169.00	48.00
1.43	10.65	0.96	1.09	6.00	1.96	-0.19	9.30	57.4	176.00	46.90
1.48	11.67	0.92	1.09	5.92	1.88	-0.53	9.30	57.6	168.00	47.90
1.53	12.60	0.79	1.10	5.72	1.71	-0.64	9.30	54.9	161.00	48.80
1.58	15.69	0.89	1.15	5.35	1.85	-0.55	9.20	53.0	68.00	48.10
1.63	16.39	0.92	1.16	5.24	1.80	-0.67	9.00	52.8	93.00	51.80
1.68	17.28	1.01	1.18	5.20	1.79	-0.86	9.00	52.7	98.00	47.00
1.73	16.79	0.91	1.19	5.07	1.81	-0.71	9.50	53.2	98.00	48.90
1.78	18.71	0.74	1.16	5.30	1.58	-0.76	8.90	52.5	104.00	49.20
1.83	15.67	0.53	1.22	5.46	1.48	-0.73	8.80	55.3	165.00	50.30
1.88	16.32	0.53	1.19	5.84	1.44	-0.84	7.70	53.9	160.00	50.20
1.93	17.32	0.68	1.15	5.34	1.47	-0.65	8.90	55.3	41.00	49.30
1.98	15.49	0.76	1.20	5.40	1.50	-0.53	9.10	53.7	157.00	49.00
2.03	16.00	0.76	1.21	5.46	1.51	-0.87	9.00	54.7	154.00	48.80
2.08	13.73	0.75	1.18	5.67	1.37	-1.04	8.70	55.0	172.00	48.90
2.13	13.56	0.78	1.13	5.84	1.32	-0.81	9.00	55.1	170.00	51.10
2.18	14.23	0.76	1.14	5.78	1.32	-0.66	8.60	55.2	166.00	49.00
2.23	14.88	0.77	1.16	5.84	1.43	-0.93	8.10	56.6	160.00	51.80
2.28	15.79	0.90	1.12	5.72	1.36	-0.93	8.30	56.5	155.00	48.90
2.33			1.15	5.84	1.51	-0.86		55.0	151.00	50.00
2.38	13.92	0.68	1.18	5.71	1.23	-1.25	8.70	55.1	149.00	50.40
2.43	14.47	0.72	1.19	5.79	1.30	-0.97	8.80	54.0	152.00	49.80
2.48	15.04	0.86	1.21	5.24	1.27	-1.01	9.30	53.4	142.00	49.00
2.53	16.28	0.87	1.20	5.17	1.33	-1.32	8.80	52.0	105.00	48.10
2.58	15.69	0.98	1.22	5.18	1.43	-1.06	8.90	52.9	103.00	47.70
2.63	16.61	0.82	1.24	5.05	1.35	-1.23	8.80	52.8	99.00	48.70
2.68	16.57	0.92	1.24	5.10	1.54	-1.24	8.20	52.7	99.00	50.00
2.73	15.19	0.72	1.27	4.92	1.55	-1.20	7.90	52.1	108.00	49.80
2.78	15.71	0.84	1.29	4.97	1.53	-1.17	8.10	52.0	109.00	47.50
2.83	14.82	0.91	1.28	5.02	1.62	-0.73	7.30	52.3	122.00	46.50
2.88	14.94	0.98	1.21	5.30	1.57	-1.01	7.70	53.6	135.00	46.70
2.93	14.51	1.09	1.13	5.48	1.76	-0.68	8.40	55.0	144.00	46.10
2.98	12.96	1.11	1.11	5.88	1.60	-0.62	8.60	56.9	151.00	47.00
3.03	13.58	1.02	1.15	5.71	1.50	-0.70	8.10	57.1	156.00	46.80
3.08	13.38	0.90	1.15	5.88	1.59	-0.52	8.00	56.1	164.00	47.20
3.13	13.70	0.81	1.14	5.95	1.44	-0.90	7.90	57.6	171.00	48.70
3.18	12.33	0.80	1.15	5.97	1.26	-1.25		58.3	172.00	47.70
3.23	11.18	0.64	1.19	5.93	1.26	-0.71	6.10	56.4	181.00	48.80
3.28	7.86	0.73	1.15	5.85	0.78	-1.06	6.50	53.3	174.00	47.80
3.33	7.93	0.83	1.20	5.72	1.15	-0.96		55.6	171.00	46.90
3.38	9.26	0.87	1.12	5.62	1.19	-0.50	7.60	53.9	166.00	47.00
3.43	11.38	0.76	1.14	5.96	1.30	-0.62	7.30	56.2	148.00	49.20
3.48	15.91	0.74	1.19	5.47	1.19	-0.68	6.70	55.8	120.00	48.60
3.53	16.75	0.88	1.19	5.32	1.16	-0.60	7.50	54.0	107.00	48.20
3.58	17.79	0.96	1.18	5.03	1.29	-0.30	7.50	53.6	103.00	49.90
3.63	20.27	0.90	1.19	5.19	0.86	-1.30	7.00	56.1	100.00	49.80
3.68	20.74	0.79	1.14	5.27	0.50	-1.86	7.50	57.5	95.00	52.00
3.73	20.34	0.74	1.15	5.57	0.52	-1.69	7.20	56.4	110.00	50.20
3.78	19.09	0.77	1.12	5.23	0.86	-0.98	7.20	54.5	111.00	48.70
3.83	17.13	0.73	1.20	5.55	0.97	-0.56	7.00	54.4	141.00	49.10
3.88	15.30	0.68	1.26	5.69	1.06	-0.79	7.00	48.4	161.00	50.10
3.93	17.95	0.74	1.24	6.13	0.95	-1.19	7.20	56.2	161.00	49.50
3.98	11.30	0.54	1.18	6.15	1.03	-0.73	6.50	54.9	148.00	49.20
4.03	9.78	0.54	1.21	6.21	0.51	-0.87	6.80	56.2	200.00	49.30
4.08	10.30	0.53	1.20	6.08	0.74	-0.56	6.40	56.1	195.00	51.30
4.13	10.06	0.65	1.23	6.13	0.82	-1.00	6.90	56.5	164.00	49.80
4.18	12.47	0.77	1.18	5.99	0.93	-0.79	7.60	57.4	179.00	49.00
4.23	15.64	0.68	1.20	5.85	0.70	-1.07		56.5	149.00	50.50
4.28	15.48	0.62	1.28	5.38	0.84	-0.67	6.70	54.6	132.00	50.70
4.33	17.65	0.80	1.21	5.43	0.82	-1.01	6.90	56.8	128.00	47.00
4.38	17.60	0.92	1.16	5.35	0.86	-1.07	7.30	56.1	90.00	46.80
4.43		1.02	1.15	5.38	1.04	-1.25		57.4	104.00	48.60
4.48			1.15	5.34	0.72	-1.57		57.4	127.00	48.30
4.53	13.75	0.90	1.23	5.20	0.71	-1.57	6.90	55.8	132.00	47.20
4.58	15.79	0.74	1.25	5.37	0.95	-1.21	6.50	54.6	164.00	52.10
4.63	12.72	0.92	1.22	5.60	0.90	-1.34	7.60	55.3	182.00	49.30
4.68	12.91	0.69	1.18	5.93	0.80	-1.09	6.90	55.9	185.00	50.90
4.73	12.47	0.62	1.16	6.16	0.91	-1.16	6.60	55.2	202.00	48.90
4.78	11.68	0.56	1.21	6.17	0.77	-1.01	5.60	56.7	199.00	49.90
4.83	10.91	0.48	1.20	6.17	0.75	-0.92	5.20	57.6