Citation:

PANGAEA.50162

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

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Related to:

Gingele, Franz (1992): Zur klimaabhängigen Bildung biogener und terrigener Sedimente und ihrer Veränderung durch die Frühdiagenese im zentralen und östlichen Südatlantik. http://store.pangaea.de/Publications/archive/Gingele.zip, Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 26, 202 pp, urn:nbn:de:gbv:46-ep000101635

Project(s):

Geosciences, University of Bremen (GeoB)

Silicon Cycling in the World Ocean (SINOPS)

Funding:

Fourth Framework Programme (FP4), grant/award no. MAS3970141 : Silicon Cycling in the World Ocean

Coverage:

Latitude: -3.470000 * Longitude: -7.596667

Date/Time Start: 1988-03-12T00:00:00 * Date/Time End: 1988-03-12T00:00:00

Minimum DEPTH, sediment/rock: 0.02 m * Maximum DEPTH, sediment/rock: 12.57 m

Event(s):

GeoB1041-4 * Latitude: -3.470000 * Longitude: -7.596667 * Date/Time: 1988-03-12T00:00:00 * Elevation: -4034.0 m * Penetration: 12 m * Location: Angola Basin * Campaign: * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: cc: Karb.-schl., grüngrau

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Calcium	Ca	%	Gingele, Franz	Druckaufschluß
3	Magnesium	Mg	%	Gingele, Franz	Druckaufschluß
4	Barium	Ba	mg/kg	Gingele, Franz	Druckaufschluß
5	Strontium	Sr	mg/kg	Gingele, Franz	Druckaufschluß
6	Iron	Fe	%	Gingele, Franz	Druckaufschluß
7	Manganese	Mn	%	Gingele, Franz	Druckaufschluß
8	Silicon	Si	%	Gingele, Franz	Druckaufschluß
9	Aluminium	Al	%	Gingele, Franz	Druckaufschluß
10	Potassium	K	%	Gingele, Franz	Druckaufschluß
11	Phosphorus	P	mg/kg	Gingele, Franz	Druckaufschluß
12	Carbon, total	TC	%	Gingele, Franz	Element analyser CHN, LECO
13	Sulfur, total	TS	%	Gingele, Franz	Element analyser CHN, LECO
14	Carbon, organic, total	TOC	%	Gingele, Franz	Element analyser CHN, LECO
15	Calcium carbonate	CaCO3	%	Gingele, Franz	Element analyser CHN, LECO
16	Sand	Sand	%	Gingele, Franz	Grain size, sieving/settling tube
17	Silt	Silt	%	Gingele, Franz	Grain size, sieving/settling tube
18	Size fraction < 0.002 mm, clay	<2 µm	%	Gingele, Franz	Grain size, sieving/settling tube
19	Quartz	Qz	%	Gingele, Franz	X-ray diffraction (XRD)
20	Feldspar 3.18 Å (Plagioclase)/standard ratio	Pl 3.18 Å/std		Gingele, Franz	X-ray diffraction (XRD)
21	Feldspar 3.24 Å (Kalifeldspar)/standard ratio	Kfs 3.24 Å/std		Gingele, Franz	X-ray diffraction (XRD)
22	Barite	Brt	%	Gingele, Franz	X-ray diffraction (XRD)
23	Opal, biogenic silica	bSiO2	%	Gingele, Franz	X-ray diffraction (XRD)
24	Smectite	Sme	%	Gingele, Franz	X-ray diffraction TEXTUR, clay fraction
25	Illite	Ill	%	Gingele, Franz	X-ray diffraction TEXTUR, clay fraction
26	Chlorite	Chl	%	Gingele, Franz	X-ray diffraction TEXTUR, clay fraction
27	Kaolinite	Kln	%	Gingele, Franz	X-ray diffraction TEXTUR, clay fraction
28	Quartz/total intensity ratio	Qz/tot int		Gingele, Franz	X-ray diffraction TEXTUR, clay fraction
29	Feldspar/total intensity ratio	Fsp/tot int		Gingele, Franz	X-ray diffraction TEXTUR, clay fraction

License:

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

Size:

1239 data points

Data

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

1 Depth sed [m]	2 Ca [%]	3 Mg [%]	4 Ba [mg/kg]	5 Sr [mg/kg]	6 Fe [%]	7 Mn [%]	8 Si [%]	9 Al [%]	10 K [%]	11 P [mg/kg]	12 TC [%]	13 TS [%]	14 TOC [%]	15 CaCO3 [%]	16 Sand [%]	17 Silt [%]	18 <2 µm [%]	19 Qz [%]	20 Pl 3.18 Å/std	21 Kfs 3.24 Å/std	22 Brt [%]	23 bSiO2 [%]	24 Sme [%]	25 Ill [%]	26 Chl [%]	27 Kln [%]	28 Qz/tot int	29 Fsp/tot int
0.02	33.86	0.08	200	980	0.16	0.020	0.0005	0.389	0.04	192	11.35	0.02	0.24	92.55	49.55	29.21	21.14	0.00			0.00		8	42	7	43	0.044	0.039
0.08	34.46	0.09	190	950	0.15	0.021	0.0000	0.366	0.06	166	11.36	0.01	0.35	91.75	54.68	25.49	19.83	0.00			0.00		3	45	8	43	0.033	0.044
0.25	31.15	0.14	700	940	0.39	0.081	0.0004	0.833	0.15	174	10.21	0.01	0.21	83.34	36.25	33.64	30.11	1.03			0.08		17	28	2	53	0.050	0.082
0.55	28.04	0.23	1970	930	0.52	0.013	0.0000	1.069	0.21	240	10.61	0.13	1.11	79.14	13.04	41.54	45.42	1.33			0.30		21	34	5	39	0.068	0.041
0.70	27.71	0.22	1610	920	0.49	0.014	0.0019	1.001	0.22	203	10.29	0.05	1.13	76.28	17.02	40.89	42.09	1.25		0.083	0.23	1.28	31	19	4	47	0.025	0.053
1.25	27.00	0.27	1080	1110	0.53	0.013	0.0000	0.986	0.22	209	9.81	0.04	0.67	76.12	19.97	63.05	16.98	0.97			0.14		25	23	9	43	0.081	0.135
1.50	23.10	0.47	1730	930	0.97	0.012	0.0000	1.694	0.38	204	8.48	0.05	0.84	63.62	19.95	40.06	39.98	2.07	0.073		0.25	3.59	29	28	4	39	0.047	0.075
1.85	29.68	0.17	380	1100	0.31	0.014	0.0000	0.648	0.15	268	10.31	0.03	0.20	84.24	49.24	48.37	2.39	0.00			0.03		11	37	6	47	0.053	0.071
1.97	30.31	0.17	460	1230	0.36	0.017	0.0000	0.677	0.15	160	10.29	0.03	0.14	84.54	26.78	71.89	1.33	0.00			0.04		23	31	3	43	0.033	0.072
2.32	30.89	0.22	570	1140	0.45	0.015	0.0000	0.882	0.18	203	10.13	0.05	0.32	81.72	27.83	68.69	3.48	1.12			0.06		18	24	7	51	0.058	0.050
2.47	31.13	0.18	370	1100	0.33	0.015	0.0000	0.617	0.09	204	10.55	0.02	0.25	85.81	49.79	46.23	3.99	0.77	0.051		0.03		24	28	6	42	0.071	0.085
2.82	26.31	0.35	2000	1140	0.70	0.014	0.0000	1.110	0.24	126	9.95	0.06	1.25	72.48	12.14	40.83	47.03	1.47			0.30	1.88	28	31	12	30	0.080	0.045
2.97	29.24	0.26	1320	1040	0.38	0.014	0.0000	0.879	0.20	152	9.93	0.06	0.93	74.95	19.90	46.60	33.51	1.19			0.19		24	27	7	42	0.077	0.137
3.32	33.12	0.19	880	1170	0.35	0.018	0.0000	0.728	0.16	196	10.59	0.07	0.68	82.58	28.37	39.85	31.78	0.00			0.11		16	37	3	44	0.048	0.081
3.47	28.75	0.25	980	1170	0.52	0.019	0.0000	0.884	0.16	194	10.06	0.05	0.54	79.34	25.31	61.74	12.95	0.00			0.13		29	34	4	33	0.063	0.075
3.82	32.25	0.12	250	1210	0.15	0.020	0.0000	0.376	0.08	228	11.06	0.03	0.09	91.42	54.19	42.93	2.88	0.00			0.01		20	41	9	31	0.065	0.049
3.97	30.54	0.23	370	1270	0.43	0.023	0.0000	0.926	0.18	321	9.81	0.05	0.14	80.59	22.97	75.81	1.22	1.11			0.03	1.61	12	37	4	48	0.059	0.060
4.32	28.29	0.31	900	1140	0.66	0.020	0.0005	1.291	0.25	155	9.16	0.07	0.19	74.70	22.81	63.95	13.24	1.55			0.11		11	33	5	51	0.061	0.076
4.47	27.51	0.27	1070	1250	0.53	0.020	0.0007	1.129	0.20	162	9.67	0.06	0.46	76.69	9.71	77.22	13.07	1.51			0.14		18	18	7	57	0.071	0.105
4.82	31.38	0.29	960	1260	0.60	0.020	0.0000	0.964	0.22	132	10.20	0.06	0.57	80.24	11.38	57.91	30.71	1.22			0.13		18	42	4	35	0.055	0.076
4.97	32.98	0.20	970	1350	0.36	0.024	0.0000	0.693	0.18	153	10.62	0.10	0.60	83.45	10.75	74.85	14.41	0.95			0.13		15	45	7	34	0.052	0.089
5.32	20.46	0.70	1750	850	1.26	0.020	0.0030	2.535	0.52	168	7.22	0.14	1.17	50.37	6.11	32.98	60.91	2.43	0.065		0.25	3.04	17	36	4	43	0.069	0.067
5.47	26.46	0.25	760	1230	0.47	0.023	0.0008	1.075	0.23	203	9.98	0.08	0.59	78.25	11.00	33.38	55.61	0.00			0.09		16	27	7	50	0.047	0.047
5.82	30.05	0.15	320	1160	0.30	0.016	0.0000	0.432	0.09	87	11.15	0.05	0.21	91.12	40.80	54.14	5.06	0.00			0.02		18	33	4	45	0.046	0.062
5.97	26.86	0.32	620	1300	0.68	0.024	0.0000	1.343	0.23	181	9.39	0.07	0.50	74.09	7.62	69.21	23.17	1.40			0.07		19	22	4	56	0.041	0.041
6.32	27.78	0.27	590	1250	0.52	0.021	0.0000	1.207	0.25	239	9.25	0.07	0.16	75.69	10.43	83.40	6.17	1.23			0.06		14	41	5	40	0.057	0.049
6.47	34.40	0.14	330	1330	0.19	0.020	0.0000	0.477	0.09	233	10.92	0.03	0.22	89.17	28.62	66.93	4.44	0.00			0.02		11	23	10	56	0.055	0.064
6.82	29.09	0.27	990	1330	0.59	0.017	0.0008	0.862	0.20	106	9.51	0.12	0.62	74.05	10.88	70.93	18.19	4.84			0.13	0.73	37	20	5	39	0.056	0.052
6.97	30.80	0.18	1010	1420	0.38	0.020	0.0000	0.641	0.17	128	10.80	0.16	0.64	84.62	6.99	67.48	25.33	0.00			0.14		15	41	5	39	0.034	0.089
7.32	31.93	0.21	760	1410	0.42	0.020	0.0000	0.814	0.19	145	10.48	0.05	0.53	82.87	14.93	71.09	13.98	0.00			0.09		18	33	8	41	0.050	0.086
7.47	30.66	0.22	630	1360	0.46	0.018	0.0000	0.838	0.24	124	10.35	0.02	0.45	82.46	18.29	74.08	7.63	0.00			0.07		16	29	6	49	0.047	0.057
8.42	34.18	0.11	270	1470	0.19	0.020	0.0000	0.409	0.08	212	10.95	0.05	0.05	90.80	24.55	74.90	0.56	0.35			0.01	0.69	9	34	8	50	0.079	0.040
8.57	32.94	0.10	200	1420	0.16	0.023	0.0000	0.293	0.07	247	11.13	0.03	0.06	92.18	30.03	68.92	1.05	0.00			0.00		12	75	6	7	0.049	0.057
8.92	29.61	0.29	1480	1310	0.54	0.015	0.0000	1.002	0.22	102	9.88	0.09	0.74	76.16	17.20	47.38	35.42	1.68			0.21		29	28	8	35	0.088	0.084
9.07	30.41	0.24	1710	1380	0.48	0.016	0.0000	0.899	0.21	97	9.84	0.24	1.27	71.36	8.08	25.64	66.28	1.38			0.25	2.16	3	45	14	39	0.109	0.158
9.42	32.03	0.22	940	1430	0.45	0.020	0.0000	0.780	0.19	108	10.40	0.10	0.57	81.88	8.19	70.89	20.29	0.00			0.12		12	37	13	38	0.079	0.078
9.57	30.88	0.25	1130	1400	0.52	0.018	0.0005	0.880	0.20	96	10.49	0.12	0.97	79.30	7.91	71.01	21.08	1.07			0.15		18	33	14	34	0.114	0.212
9.92	26.43	0.35	620	1120	0.75	0.018	0.0022	1.722	0.29	134	8.63	0.07	0.38	68.69	11.69	76.18	12.13	1.62			0.06		13	33	6	48	0.068	0.075
10.07	31.11	0.17	500	1350	0.31	0.017	0.0000	0.795	0.16	191	10.27	0.04	0.22	83.72	20.45	76.65	2.90	0.00			0.05		12	34	4	51	0.048	0.025
10.42	31.74	0.11	240	1430	0.20	0.023	0.0000	0.374	0.10	252	11.03	0.01	0.15	90.64	25.07	72.01	2.93	0.00			0.01		9	47	7	38	0.098	0.094
10.57	34.74	0.11	260	1310	0.17	0.023	0.0015	0.407	0.10	257	10.99	0.03	0.08	90.87	35.67	62.99	1.33	0.00			0.01		20	41	7	32	0.045	0.032
10.92	34.77	0.12	180	1310	0.23	0.021	0.0000	0.333	0.10	189	10.44	0.02	0.13	85.89	38.97	59.12	1.91	0.00			0.00		17	30	7	46	0.041	0.083
11.07	35.69	0.10	190	1330	0.15	0.027	0.0000	0.338	0.07	216	11.10	0.04	0.07	91.91	43.25	56.17	0.57	0.27	0.042		0.00	0.67	15	57	15	13	0.007	0.056
11.42	34.38	0.14	370	1280	0.25	0.019	0.0000	0.416	0.11	137	10.91	0.02	0.20	89.20	33.26	61.37	5.37	0.00			0.03		19	33	2	46	0.027	0.049
11.57	33.35	0.15	440	1330	0.28	0.020	0.0000	0.433	0.13	119	11.00	0.04	0.26	89.44	28.72	65.26	6.02	0.00			0.04		14	45	5	35	0.024	0.073
11.92	32.07	0.16	490	1310	0.29	0.018	0.0000	0.738	0.19	193	10.22	0.06	0.24	83.13	24.08	68.52	7.39	0.00			0.05		13	39	4	45	0.050	0.074
12.07	27.44	0.24	640	1260	0.51	0.017	0.0000	1.176	0.26	191	9.42	0.13	0.15	77.25	13.34	64.98	21.68	1.10			0.07		18	24	5	52	0.044	0.100
12.42	30.78	0.18	420	1280	0.32	0.019	0.0000	0.795	0.17	231	9.99	0.04	0.13	82.18	23.06	73.74	3.20	0.00			0.03		10	27	6	57	0.045	0.103
12.57	31.58	0.20	420	1280	0.40	0.021	0.0000	0.948	0.18	200	10.02	0.06	0.09	82.74	23.30	72.49	4.21	1.14			0.04		8	43	6	44	0.057	0.059