Citation:

PANGAEA.226935

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

Further details:

Bulk plot of sediment core GeoB3302-1

Project(s):

Geosciences, University of Bremen (GeoB)

Coverage:

Latitude: -33.218333 * Longitude: -72.090000

Date/Time Start: 1995-04-26T00:00:00 * Date/Time End: 1995-04-26T00:00:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 4.08 m

Event(s):

GeoB3302-1 (SO101/3_2-1) * Latitude: -33.218333 * Longitude: -72.090000 * Date/Time: 1995-04-26T00:00:00 * Elevation: -1498.0 m * Recovery: 4.12 m * Location: South-East Pacific * Campaign: (CONDOR-Ia) * 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	Barium	Ba	mg/kg	Klump, Jens	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
6	Barium, biogenic	Ba bio	mg/kg	Klump, Jens	Calculated
7	Barium, terrigenous	Ba ter	mg/kg	Klump, Jens	Calculated
8	Aluminium	Al	%	Klump, Jens	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
9	Iron	Fe	%	Klump, Jens	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
10	Titanium	Ti	%	Klump, Jens	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
11	Iron/Aluminium ratio	Fe/Al		Klump, Jens	Calculated
12	Silt-Mean	Silt mean	phi	Lamy, Frank	Calculated after FOLK
13	Neogloboquadrina pachyderma sinistral, δ18O	N. pachyderma s δ18O	‰ PDB	Hebbeln, Dierk	Mass spectrometer Finnigan MAT 251
14	Neogloboquadrina pachyderma sinistral, δ13C	N. pachyderma s δ13C	‰ PDB	Hebbeln, Dierk	Mass spectrometer Finnigan MAT 251
15	Carbon/Nitrogen ratio	C/N		Klump, Jens	Element analyser CHN
16	Barium/Aluminium ratio	Ba/Al		Klump, Jens	Calculated
17	Barium/Aluminium ratio	Ba/Al		Klump, Jens	Calculated	of terrigenous sediment fraction, verified with regional stream sediment data
18	Porosity	Poros	% vol	Hebbeln, Dierk	Calculated from weight/volume

License:

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

Size:

1364 data points

Data

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

1 Depth sed [m]	2 C (carb) [%] (Element analyser CHN)	3 TOC [%] (Element analyser CHN, LECO)	4 DBD [g/cm³] (Calculated from weight/volume)	5 Ba [mg/kg] (Inductively coupled plasma at...)	6 Ba bio [mg/kg] (Calculated)	7 Ba ter [mg/kg] (Calculated)	8 Al [%] (Inductively coupled plasma at...)	9 Fe [%] (Inductively coupled plasma at...)	10 Ti [%] (Inductively coupled plasma at...)	11 Fe/Al (Calculated)	12 Silt mean [phi] (Calculated after FOLK)	13 N. pachyderma s δ18O [‰ PDB] (Mass spectrometer Finnigan MA...)	14 N. pachyderma s δ13C [‰ PDB] (Mass spectrometer Finnigan MA...)	15 C/N (Element analyser CHN)	16 Ba/Al (Calculated)	17 Ba/Al (of terrigenous sediment fract...)	18 Poros [% vol] (Calculated from weight/volume)
0.03	8.16	1.40	0.85	765	485	280	7.12	4.16	0.470	0.584	5.75	0.32	0.15	8.72	0.0107	0.0039	65.7
0.08	11.30	1.27	0.88	749	511	238	6.82	4.05	0.470	0.594	5.78	1.03	-0.05	8.87	0.0110	0.0035	65.0
0.13	11.30	0.99	0.93	631	330	301	6.85	4.18	0.460	0.610	5.83	1.06	0.07	8.38	0.0092	0.0044	64.6
0.18	9.47	0.79	0.96	482	196	287	7.26	4.19	0.470	0.576	6.01	0.96	-0.40	8.25	0.0066	0.0039	65.2
0.23	9.05	0.68	0.94	485	152	333	7.32	4.34	0.480	0.593	6.29	1.43	-0.54	8.41	0.0066	0.0046	65.2
0.28	7.96	0.60	0.98	473	130	343	7.36	4.20	0.470	0.571	6.34	1.56	-0.36	9.28	0.0064	0.0047	64.0
0.33	7.60	0.64	0.98	447	127	320	7.59	4.30	0.480	0.567	6.69	1.36	-0.56	8.49	0.0059	0.0042	64.2
0.38	7.94	0.65	0.96	468	121	347	7.45	4.34	0.480	0.583	6.22	1.96	-0.30	7.95	0.0063	0.0047	66.1
0.43	8.03	0.65	1.00	468	80	388	7.63	4.32	0.490	0.567	6.05	1.40	-0.29	8.94	0.0061	0.0051	62.6
0.48	7.78	0.72	1.00	424	47	377	7.94	4.37	0.470	0.551	6.26	1.84	-0.03	9.50	0.0053	0.0047	63.9
0.53	7.30	0.77	0.96	435	126	310	7.79	4.39	0.470	0.564	6.45	1.88	0.07	8.67	0.0056	0.0040	62.7
0.58	6.55	0.76	0.97	447	164	283	7.58	4.49	0.490	0.592	6.58	1.97	0.10	9.16	0.0059	0.0037	63.2
0.63	6.60	0.76	0.98	422	83	339	7.76	4.66	0.480	0.601	6.71	1.88	-0.17	8.54	0.0054	0.0044	64.4
0.68	6.40	0.73	0.97	417	44	373	7.72	4.46	0.480	0.577	6.69	2.04	-0.04	8.56	0.0054	0.0048	63.3
0.73	6.75	0.72	1.00	432	108	324	7.97	4.47	0.500	0.560	6.68	1.59	-0.28	8.52	0.0054	0.0041	64.6
0.78	7.19	0.71	0.98	426	30	396	7.65	4.50	0.490	0.589	6.64	1.93	-0.22	7.81	0.0056	0.0052	63.8
0.83	6.51	0.67	1.00	441	156	285	7.99	4.38	0.480	0.548	6.67	1.73	-0.30	8.60	0.0055	0.0036	64.5
0.88	6.78	0.70	1.00	413	21	393	7.48	4.54	0.490	0.607	6.73	2.00	-0.26	8.82	0.0055	0.0053	64.2
0.93	6.75	0.69	1.02	437	75	361	8.00	4.36	0.490	0.545	6.77	2.06	-0.55	9.26	0.0055	0.0045	64.2
0.98	6.96	0.68	1.01	444	103	341	7.91	4.53	0.490	0.572	6.70	1.74	-0.34	9.23	0.0056	0.0043	62.9
1.03	6.38	0.68	1.00	423	66	357	7.77	4.51	0.510	0.580	6.73	2.08	-0.33	8.81	0.0054	0.0046	62.2
1.08	6.84	0.66	1.02	438	123	316	7.82	4.45	0.490	0.569	6.73	1.90	-0.58	9.29	0.0056	0.0040	62.7
1.13	7.53	0.67	1.02	457	58	399	7.61	4.49	0.470	0.590	6.73	1.82	-0.21	8.35	0.0060	0.0052	64.5
1.18	7.05	0.69	1.03	451	104	347	8.05	4.39	0.480	0.545	6.75	1.95	-0.51	8.13	0.0056	0.0043	62.6
1.23	7.60	0.68	1.03	434	46	388	7.68	4.46	0.480	0.580	6.78	1.91	-0.47	8.16	0.0056	0.0050	63.0
1.28	8.63	0.69	0.99	425	57	368	7.72	4.27	0.490	0.552	6.68	1.93	-0.81	8.46	0.0055	0.0048	63.4
1.33	7.32	0.66	0.99	449	139	310	8.05	4.53	0.500	0.563	6.70	1.98	-0.68	9.03	0.0056	0.0039	62.3
1.38	6.91	0.64	0.99	439	109	330	7.69	4.59	0.490	0.597	6.81	1.60	-0.84	9.10	0.0057	0.0043	63.5
1.43	6.66	0.65	1.02	429	22	407	7.93	4.60	0.480	0.580	6.83	2.05	-0.47	7.99	0.0054	0.0051	62.2
1.48	7.00	0.64	1.01	443	47	396	7.83	4.30	0.480	0.549	6.73	1.77	-0.67	7.69	0.0057	0.0051	62.2
1.53	6.46	0.63	1.00	434			7.89	4.35	0.480	0.552	6.72	1.65	-0.71	7.67	0.0055	0.0055	62.1
1.58	6.83	0.69	1.01	437	62	375	8.11	4.34	0.490	0.534	6.93	1.87	-0.39	8.04	0.0054	0.0046	62.5
1.63	6.77	0.62	1.04	435	38	397	7.71	4.38	0.480	0.568	6.88	1.66	-0.64	7.60	0.0056	0.0051	63.5
1.68	6.78	0.61	1.02	411	52	359	7.75	4.25	0.480	0.549	6.90	1.98	-0.59	8.03	0.0053	0.0046	62.2
1.73	6.71	0.64	1.03	414	27	387	7.79	4.42	0.470	0.568	6.78	1.90	-0.35	8.25	0.0053	0.0050	61.7
1.78	6.63	0.65	1.03	440	60	380	8.06	4.47	0.490	0.555	6.77	2.05	-0.31	8.53	0.0055	0.0047	61.3
1.83	6.12	0.63	1.02	424	108	316	7.88	4.45	0.470	0.565	6.80	1.93	-0.93	8.42	0.0054	0.0040	64.0
1.88	6.03	0.60	1.04	440	53	386	8.07	4.77	0.480	0.591	6.90	1.82	-0.66	8.35	0.0054	0.0048	62.9
1.93	6.35	0.64	1.03	447	56	391	7.90	4.44	0.480	0.562	6.89	1.88	-0.74	7.47	0.0057	0.0049	62.2
1.98	6.24	0.65	1.04	429	93	336	7.70	4.28	0.480	0.556	6.91	1.84	-0.71	9.42	0.0056	0.0044	62.4
2.03			1.04	450	55	395	7.76	4.48	0.490	0.578	6.90	2.21	-0.15		0.0058	0.0051	61.3
2.08	5.19	0.64	1.06	430	44	386	7.99	4.40	0.490	0.551	6.89	1.78	-0.93	8.41	0.0054	0.0048	62.9
2.13	5.42	0.57	1.04	435	40	395	7.93	4.44	0.490	0.560	6.92	1.71	-0.93	8.36	0.0055	0.0050	62.6
2.18	5.74	0.62	1.07	453	43	409	7.82	4.34	0.480	0.555	6.77	1.81	-0.88	9.24	0.0058	0.0052	62.9
2.23	5.17	0.68	1.04	441	69	372	7.98	4.35	0.470	0.545	6.77	1.78	-0.72	8.49	0.0055	0.0047	62.8
2.28	5.80	0.61	1.06	417	26	391	7.89	4.47	0.490	0.566	6.77	1.78	-0.94	8.33	0.0053	0.0049	63.3
2.33	6.26	0.55	1.05	450	117	334	7.91	4.40	0.480	0.556	6.74	1.26	-1.43	7.93	0.0057	0.0042	62.7
2.38	6.44	0.57	1.05	420	34	385	7.69	4.49	0.480	0.583	6.68	1.66	-1.06	8.09	0.0055	0.0050	61.9
2.43	5.85	0.60	1.06	423			7.63	4.23	0.480	0.554	6.54	1.75	-1.32	8.04	0.0055	0.0059	62.3
2.48	6.18	0.65	1.05	429			7.91	4.13	0.500	0.523	6.57	1.97	-0.63	8.29	0.0054	0.0055	61.1
2.53	5.68	0.65	1.04	412	84	328	7.80	4.18	0.470	0.537	6.52	2.02	-0.81	8.81	0.0053	0.0042	61.1
2.58	6.27	0.69	1.06	434	140	294	7.66	4.47	0.480	0.584	6.89	1.74	-0.92	8.26	0.0057	0.0038	62.1
2.63			1.03	419	95	324	7.39	4.41	0.500	0.597	6.89	1.97	-1.05		0.0057	0.0044	60.8
2.68			1.05	428	24	404	7.67	4.43	0.500	0.577	6.77	1.90	-0.87		0.0056	0.0053	62.4
2.73		0.71	1.07	446	55	390	7.90	4.30	0.490	0.544	6.83	2.33	-1.12	9.16	0.0056	0.0049	62.2
2.78	6.15	0.68	1.08	447	11	436	8.16	4.54	0.500	0.556	6.77	1.73	-1.01	8.59	0.0055	0.0053	61.8
2.83	6.11	0.64	1.08	424	31	393	7.63	4.13	0.470	0.541	6.74	1.63	-1.21	8.40	0.0056	0.0052	60.0
2.88	6.00	0.66	1.06	436	78	358	7.84	4.30	0.490	0.549	6.77	1.46	-1.36	7.95	0.0056	0.0046	60.2
2.93	5.44	0.71	1.11	430	42	387	7.86	4.48	0.510	0.570	6.54	1.70	-1.48	8.64	0.0055	0.0049	61.6
2.98	5.17	0.64	1.07	409			8.00	4.45	0.500	0.557	6.57	1.70	-1.47	8.39	0.0051	0.0054	60.5
3.03	4.70	0.62	1.08	428			8.08	4.36	0.500	0.539	6.51	1.87	-0.95	7.47	0.0053	0.0056	58.5
3.08	4.60	0.67	1.06	426			8.17	4.35	0.500	0.532	6.63	1.81	-0.84	7.26	0.0052	0.0053	62.4
3.13	4.95	0.71	1.02	438			8.23	4.47	0.490	0.543	6.66	1.60	-1.22	7.41	0.0053	0.0054	62.1
3.18	4.87	0.76	1.04	449			8.06	4.34	0.480	0.538	6.54	1.63	-1.26	7.69	0.0056	0.0056	61.8
3.23	4.98	0.74	1.04	437	98	339	8.10	4.31	0.480	0.533	6.58	1.08	-1.38	8.27	0.0054	0.0042	63.6
3.28	5.44	0.79	1.01	458	48	410	7.97	4.66	0.490	0.584	6.63	1.57	-1.08	8.31	0.0057	0.0051	63.9
3.33	5.73	0.92	1.04	487	144	343	7.87	4.32	0.490	0.549	6.68	1.54	-1.40	8.42	0.0062	0.0044	62.8
3.38	5.75	0.91	1.04	479	103	376	7.61	4.40	0.470	0.578	6.53	1.66	-1.09	8.51	0.0063	0.0049	64.0
3.43	5.77	0.91	1.04	470	136	334	7.80	4.34	0.480	0.556	6.50	1.35	-1.57	8.46	0.0060	0.0043	63.3
3.48	6.39	0.96	1.05	481	92	389	7.64	4.43	0.480	0.581	6.51	1.52	-1.34	8.12	0.0063	0.0051	62.8
3.53	6.30	0.93	1.03	483	144	339	7.73	4.26	0.460	0.551	6.40	1.69	-1.10	8.44	0.0062	0.0044	62.8
3.58	6.85	1.04	1.01	503	141	362	7.51	4.33	0.460	0.577	6.49	1.95	-1.28	8.68	0.0067	0.0048	62.3
3.63	7.01	0.99	1.04	496	259	236	7.50	4.21	0.460	0.561	6.41	1.85	-1.45	9.01	0.0066	0.0032	62.3
3.68	7.25	1.01	1.03	493	202	291	7.19	4.48	0.470	0.623	6.35	1.90	-1.04	8.63	0.0068	0.0040	61.7
3.73	7.72	1.01	1.06	491	229	261	7.23	4.26	0.470	0.590	6.26	1.85	-0.98	7.66	0.0068	0.0036	60.8
3.78	7.80	1.00	1.08	493	184	309	7.18	4.35	0.470	0.606	6.17	1.99	-1.01	7.65	0.0069	0.0043	60.5
3.83	7.23	1.05	1.07	481	119	362	7.23	4.19	0.480	0.580	6.37	1.90	-1.01	7.05	0.0067	0.0050	59.8
3.88	6.89	1.01	1.06	488	152	336	7.70	4.27	0.490	0.554	6.20	1.94	-0.70	7.72	0.0063	0.0044	59.7
3.93	6.69	0.95	1.11	472	94	378	7.59	4.38	0.490	0.578	6.13			8.22	0.0062	0.0050	60.8
3.98	6.16	0.92	1.12	468	110	358	7.77	4.31	0.490	0.555	6.06	1.73	-0.72	8.19	0.0060	0.0046	59.7
4.03	6.26	0.96	1.10	485	161	324	7.62	4.33	0.500	0.569	6.18	1.95	-0.58	8.62	0.0064	0.0042	59.3
4.08	7.56	1.01	1.09	480			7.53	4.39	0.500	0.582	6.07	1.94	-0.71	8.60	0.0064	0.0200	59.2