Citation:

PANGAEA.122044

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):

Center for Marine Environmental Sciences (MARUM)

Coverage:

Latitude: -4.810000 * Longitude: 9.908300

Date/Time Start: 2000-06-22T22:34:00 * Date/Time End: 2000-06-22T22:34:00

Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 2.49 m

Event(s):

GeoB6520-3 * Latitude: -4.810000 * Longitude: 9.908300 * Date/Time: 2000-06-22T22:34:00 * Elevation: -3112.0 m * Recovery: 9 m * Location: Congo Fan * Campaign: * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: Core lenght 9-10 m, CC: Gashydrates , olive mud, stiff, strong gas release from liners, H2S, concretions at the surface

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Potassium	K	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
3	Iron	Fe	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
4	Aluminium	Al	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
5	Titanium	Ti	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
6	Barium	Ba	mg/kg	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
7	Magnesium	Mg	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
8	Strontium	Sr	mg/kg	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
9	Manganese	Mn	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
10	Calcium	Ca	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
11	Phosphorus	P	mg/kg	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
12	Zinc	Zn	mg/kg	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
13	Copper	Cu	mg/kg	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
14	Sulfur, elemental	S°	%	Schweizer, Michael	Inductively coupled plasma atomic emission spectroscope (ICP-AES)
15	Calcium carbonate	CaCO3	%	Schweizer, Michael	Calculated

License:

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

Size:

1750 data points

Data

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

1 Depth sed [m]	2 K [%]	3 Fe [%]	4 Al [%]	5 Ti [%]	6 Ba [mg/kg]	7 Mg [%]	8 Sr [mg/kg]	9 Mn [%]	10 Ca [%]	11 P [mg/kg]	12 Zn [mg/kg]	13 Cu [mg/kg]	14 S° [%]	15 CaCO3 [%]
0.01	1.334	5.343	8.217	0.361	360	1.123	84	0.025	0.612	446	102	62	1.857	1.531
0.03	1.326	5.268	8.042	0.352	184	1.134	72	0.024	0.561	414	95	60	1.963	1.402
0.05	1.325	5.397	8.099	0.357	172	1.148	76	0.026	0.665	447	104	61	2.009	1.662
0.07	1.341	4.848	8.011	0.352	183	1.196	72	0.025	0.502	394	92	55	1.569	1.254
0.09	1.362	5.116	8.055	0.349	186	1.206	69	0.026	0.414	371	91	55	1.940	1.035
0.11	1.344	5.252	8.192	0.353	282	1.201	74	0.027	0.377	347	92	65	2.029	0.943
0.13	1.366	5.090	8.055	0.347	448	1.263	81	0.027	0.298	355	90	65	1.957	0.746
0.15	1.306	5.120	7.950	0.346	502	1.207	83	0.028	0.317	332	97	63	1.895	0.792
0.17	1.298	5.126	7.792	0.350	362	1.186	78	0.028	0.288	378	101	57	1.879	0.720
0.19	1.313	5.061	7.937	0.346	505	1.203	85	0.027	0.291	330	95	52	1.842	0.727
0.21	1.355	5.110	7.968	0.340	635	1.277	90	0.028	0.335	339	96	50	1.902	0.838
0.23	1.408	5.234	7.995	0.351	709	1.309	86	0.028	0.284	347	100	51	1.726	0.711
0.25	1.402	5.232	7.896	0.344	249	1.322	74	0.029	0.332	323	102	54	1.633	0.831
0.27	1.412	4.911	7.882	0.340	244	1.339	76	0.027	0.385	339	97	50	1.532	0.961
0.29	1.437	5.004	8.014	0.352	241	1.336	79	0.026	0.476	351	106	53	1.446	1.189
0.31	1.351	4.807	7.394	0.326	606	1.654	194	0.024	2.840	318	92	49	1.668	7.099
0.33	1.479	5.050	7.934	0.359	173	1.387	84	0.024	0.762	348	130	56	1.374	1.905
0.35	1.437	4.906	7.740	0.350	203	1.418	95	0.022	0.993	325	92	53	1.297	2.483
0.37	1.467	4.902	8.063	0.371	170	1.330	78	0.022	0.651	363	102	55	1.155	1.628
0.39	1.453	4.851	7.914	0.359	187	1.344	84	0.020	0.744	402	94	54	1.289	1.861
0.41	1.447	5.064	7.874	0.354	244	1.333	86	0.021	0.731	377	99	61	1.541	1.828
0.43	1.420	4.868	7.649	0.341	185	1.325	86	0.020	0.818	355	91	60	1.450	2.045
0.45	1.411	4.820	7.657	0.340	224	1.333	89	0.019	0.829	369	89	57	1.656	2.072
0.47	1.398	4.932	7.753	0.348	343	1.270	88	0.020	0.691	424	93	60	1.742	1.728
0.49	1.422	4.926	7.774	0.345	214	1.309	89	0.021	0.741	359	96	62	1.701	1.852
0.51	1.392	4.931	7.632	0.339	342	1.281	131	0.021	0.939	372	91	64	1.744	2.348
0.53	1.423	4.994	7.825	0.348	281	1.256	84	0.020	0.656	416	97	60	2.002	1.640
0.55	1.402	4.895	7.753	0.345	361	1.246	84	0.020	0.638	394	92	57	1.904	1.595
0.57	1.344	4.694	7.478	0.329	228	1.249	139	0.018	1.140	371	88	57	1.846	2.849
0.59	1.380	4.842	7.513	0.331	381	1.300	132	0.020	1.197	411	85	59	2.176	2.992
0.61	1.314	4.455	6.984	0.306	294	1.436	158	0.018	2.496	415	72	55	2.204	6.240
0.63	1.305	4.616	7.031	0.310	280	1.440	186	0.019	3.044	437	78	57	2.212	7.609
0.65	1.222	4.157	6.373	0.279	294	1.698	234	0.017	4.990	386	67	51	2.008	12.476
0.67	1.448	5.225	7.551	0.340	311	1.250	81	0.019	0.437	406	81	57	2.292	1.093
0.69	1.459	4.946	7.805	0.350	258	1.272	89	0.019	0.724	382	84	61	1.948	1.811
0.71	1.358	4.812	7.412	0.326	215	1.364	140	0.019	2.217	360	74	53	2.056	5.542
0.73	1.364	5.108	7.549	0.332	151	1.206	66	0.019	0.299	389	79	55	2.267	0.748
0.75	1.399	4.929	7.730	0.348	163	1.209	66	0.019	0.293	402	90	58	2.077	0.734
0.77	1.414	4.990	7.493	0.331	204	1.306	142	0.021	1.311	460	82	58	2.010	3.276
0.79	1.486	5.481	7.647	0.339	195	1.344	73	0.024	0.348	371	79	57	1.780	0.870
0.81	1.370	4.920	7.737	0.354	149	1.159	68	0.020	0.340	370	88	64	2.148	0.851
0.83	1.343	4.553	7.729	0.337	216	1.205	288	0.018	2.025	354	76	54	1.963	5.063
0.85	1.257	4.804	7.959	0.374	249	1.042	73	0.020	0.418	338	82	56	1.727	1.044
0.87	1.279	4.868	8.105	0.384	111	1.021	55	0.022	0.237	338	74	55	1.566	0.592
0.89	1.315	4.902	8.530	0.388	136	1.085	57	0.023	0.243	311	120	53	1.347	0.607
0.91	1.243	4.992	8.174	0.383	164	1.033	56	0.024	0.245	307	83	50	1.532	0.612
0.93	1.384	4.591	8.593	0.368	228	1.275	114	0.022	1.548	313	76	49	1.404	3.869
0.95	1.341	4.658	8.423	0.351	599	1.531	207	0.024	2.761	276	71	44	1.160	6.901
0.97	1.451	5.053	8.949	0.374	196	1.277	81	0.027	0.720	285	75	47	1.328	1.799
0.99	1.392	5.128	8.883	0.385	220	1.169	61	0.028	0.293	297	94	52	1.218	0.732
1.01	1.408	4.992	8.977	0.385	268	1.175	57	0.026	0.216	301	72	49	1.142	0.541
1.03	1.180	5.326	8.192	0.390	259	0.968	50	0.030	0.219	291	99	50	1.129	0.547
1.05	1.202	4.147	7.536	0.309	482	1.803	356	0.025	7.033	268	52	39	1.085	17.583
1.07	1.262	4.209	7.918	0.324	435	1.693	298	0.026	5.722	263	63	44	0.927	14.305
1.09	1.380	5.044	8.791	0.374	189	1.233	84	0.029	1.002	325	90	52	1.056	2.504
1.11	1.376	5.420	8.757	0.381	181	1.189	51	0.031	0.181	335	91	49	1.271	0.451
1.13	1.401	5.076	8.685	0.381	176	1.217	55	0.029	0.234	280	100	57	1.005	0.584
1.15	1.375	4.919	8.637	0.385	196	1.146	55	0.029	0.232	306	99	58	0.962	0.580
1.17	1.434	5.139	8.548	0.381	169	1.211	55	0.028	0.236	334	102	59	1.063	0.590
1.19	1.433	4.855	8.476	0.370	317	1.537	171	0.025	1.446	312	85	55	1.059	3.615
1.21	1.268	5.038	8.027	0.392	175	1.108	80	0.024	0.628	328	95	63	1.267	1.570
1.23	1.413	4.814	8.342	0.364	319	1.510	175	0.024	1.736	300	85	54	1.209	4.340
1.25	1.254	5.260	7.875	0.391	130	1.005	55	0.027	0.417	337	90	60	1.413	1.042
1.27	1.379	5.116	8.459	0.384	161	1.128	71	0.023	0.683	322	90	62	1.627	1.707
1.29	1.315	4.908	8.235	0.388	157	1.007	55	0.018	0.331	358	93	65	1.683	0.827
1.31	1.360	5.052	8.404	0.390	159	1.068	55	0.018	0.280	377	91	63	1.616	0.701
1.33	1.330	5.072	7.991	0.359	135	1.016	57	0.015	0.344	356	89	61	2.288	0.861
1.35	1.316	5.272	7.973	0.360	149	1.029	57	0.017	0.329	378	89	62	2.517	0.823
1.37	1.302	5.596	7.832	0.356	151	1.044	58	0.017	0.303	371	94	66	2.627	0.758
1.39	1.347	5.753	7.964	0.361	152	1.083	54	0.018	0.216	378	88	67	2.760	0.540
1.41	1.329	5.812	7.690	0.348	139	1.056	57	0.017	0.286	400	92	67	3.053	0.715
1.43	1.371	5.148	7.842	0.358	152	1.105	58	0.016	0.263	436	100	68	2.226	0.658
1.45	1.406	5.229	7.931	0.357	168	1.184	81	0.018	0.826	419	89	68	2.256	2.066
1.47	1.450	5.424	8.057	0.365	169	1.202	59	0.019	0.274	419	85	61	2.065	0.684
1.49	1.410	5.175	7.977	0.358	165	1.137	61	0.017	0.352	388	89	63	2.178	0.880
1.51	1.370	5.196	7.900	0.368	160	1.099	58	0.016	0.324	402	90	64	2.124	0.810
1.53	1.370	6.132	8.000	0.368	214	1.117	63	0.023	0.418	382	92	70	3.006	1.044
1.55	1.431	5.541	8.084	0.369	172	1.171	62	0.019	0.432	416	87	62	2.273	1.079
1.57	1.447	5.653	8.169	0.372	175	1.189	81	0.022	1.003	376	88	57	2.248	2.507
1.59	1.442	5.055	8.048	0.360	236	1.275	129	0.020	2.043	375	86	56	1.826	5.108
1.61	1.418	5.617	7.940	0.363	162	1.136	77	0.020	0.873	398	88	57	2.494	2.181
1.63	1.461	5.631	8.182	0.373	175	1.176	82	0.020	0.975	368	91	55	2.436	2.437
1.65	1.452	5.978	8.272	0.372	176	1.186	73	0.023	0.780	364	91	60	2.723	1.950
1.67	1.427	5.284	8.112	0.364	300	1.280	138	0.023	2.308	338	84	53	2.073	5.771
1.69	1.412	5.232	8.272	0.368	856	1.223	150	0.023	1.710	327	89	55	2.111	4.275
1.71	1.446	5.402	8.424	0.377	204	1.198	100	0.025	1.331	329	84	52	2.135	3.327
1.73	1.458	5.320	8.302	0.377	195	1.161	91	0.026	1.131	338	81	52	2.006	2.827
1.75	1.351	5.641	8.092	0.382	146	1.058	65	0.027	0.641	322	82	53	2.221	1.603
1.77	1.216	5.577	7.703	0.390	116	0.878	52	0.024	0.404	311	87	55	2.190	1.010
1.79	1.236	5.528	7.845	0.390	124	0.916	55	0.024	0.496	304	81	55	2.135	1.241
1.81	1.178	5.431	7.805	0.397	150	0.887	48	0.021	0.253	311	86	55	1.967	0.633
1.83	1.277	5.609	8.200	0.395	164	0.973	51	0.021	0.217	293	82	54	2.102	0.543
1.85	1.316	5.340	8.424	0.391	175	1.016	54	0.019	0.231	284	83	54	1.926	0.578
1.87	1.231	5.361	8.089	0.389	154	0.943	48	0.019	0.159	285	78	56	1.801	0.398
1.89	1.186	5.302	7.936	0.395	139	0.850	46	0.018	0.180	295	81	58	1.888	0.451
1.91	1.288	5.292	8.419	0.389	174	0.968	49	0.018	0.153	273	88	63	1.976	0.382
1.93	1.209	4.852	8.317	0.388	163	0.941	48	0.016	0.158	310	91	63	1.498	0.395
1.95	1.155	5.228	8.108	0.394	143	0.818	45	0.018	0.176	325	89	63	1.898	0.441
1.97	1.092	4.715	7.767	0.392	117	0.745	44	0.016	0.203	324	81	58	1.389	0.508
1.99	1.165	4.712	8.011	0.388	137	0.791	47	0.017	0.218	338	78	57	1.542	0.544
2.01	1.171	5.204	8.279	0.388	169	0.911	48	0.017	0.177	328	85	59	1.720	0.443
2.03	1.316	5.282	8.994	0.387	182	1.018	53	0.017	0.169	343	82	57	1.662	0.423
2.05	1.214	5.254	8.224	0.377	140	0.858	47	0.017	0.154	310	85	58	1.701	0.386
2.07	1.368	5.230	8.839	0.372	211	1.053	259	0.019	0.996	298	78	61	1.852	2.491
2.09	1.179	5.368	7.997	0.366	152	0.871	44	0.018	0.153	271	89	58	2.057	0.383
2.11	1.192	5.392	8.081	0.372	136	0.880	46	0.018	0.143	294	92	56	1.925	0.358
2.13	1.138	5.160	7.698	0.368	114	0.816	44	0.016	0.147	309	87	57	1.606	0.368
2.15	1.222	5.963	7.921	0.361	150	0.924	45	0.018	0.145	299	88	58	2.531	0.363
2.17	1.380	6.601	8.513	0.365	183	1.085	52	0.021	0.150	322	94	61	3.362	0.376
2.19	1.362	6.823	8.348	0.360	184	1.070	54	0.021	0.172	307	95	63	3.861	0.430
2.21	1.392	6.161	8.451	0.367	189	1.074	56	0.019	0.193	350	95	65	3.137	0.483
2.23	1.374	5.138	8.277	0.373	186	1.046	56	0.015	0.192	352	96	67	2.121	0.481
2.25	1.368	5.793	8.285	0.358	185	1.062	58	0.016	0.226	356	95	67	2.970	0.564
2.27	1.326	5.625	8.096	0.352	178	1.020	58	0.015	0.231	396	89	71	3.068	0.578
2.29	1.225	5.300	7.652	0.342	166	0.937	56	0.014	0.204	387	98	68	3.024	0.509
2.31	1.252	5.028	7.818	0.355	155	0.944	57	0.014	0.217	404	93	71	2.439	0.542
2.33	1.227	5.066	7.732	0.348	172	0.945	53	0.014	0.203	374	89	62	2.530	0.507
2.35	1.265	5.458	7.819	0.336	177	0.995	58	0.014	0.223	385	91	65	3.263	0.557
2.37	1.265	6.529	7.678	0.321	172	1.000	55	0.019	0.177	375	94	66	4.438	0.442
2.39	1.283	5.131	7.553	0.317	172	1.048	57	0.016	0.182	403	93	69	2.680	0.456
2.41	1.306	5.079	7.710	0.322	176	1.050	56	0.016	0.178	407	90	69	2.571	0.445
2.43	1.267	5.067	7.538	0.322	174	1.034	56	0.017	0.165	393	90	70	2.548	0.413
2.45	1.311	5.055	7.683	0.327	182	1.077	56	0.016	0.172	404	92	70	2.510	0.431
2.47	1.346	5.106	7.740	0.332	185	1.096	56	0.016	0.179	440	95	70	2.534	0.448
2.49	1.364	5.101	7.886	0.354	185	1.087	57	0.018	0.180	458	100	75	2.157	0.449