Citation:

PANGAEA.59497

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

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Related to:

Reitz, Anja (2001): Hochauflösende anorganisch-geochemische und gesteinsmagnetische Untersuchung eines aktiven und fossilen Redoxübergangs in Sedimenten des äquatorialen Atlantik. Diploma Thesis, Fachbereich Geowissenschaften, Universität Bremen, Germany, 87 pp

Project(s):

Geosciences, University of Bremen (GeoB)

Coverage:

Latitude: 0.106667 * Longitude: -23.326667

Date/Time Start: 1994-08-24T00:00:00 * Date/Time End: 1994-08-24T00:00:00

Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 0.94 m

Event(s):

GeoB2908-7 * Latitude: 0.106667 * Longitude: -23.326667 * Date/Time: 1994-08-24T00:00:00 * Elevation: -3809.0 m * Recovery: 10.94 m * Location: Western Equatorial Atlantic * Campaign: * 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	Hysteresis, saturation magnetization	Ms	mA m²/kg	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)
3	Hysteresis, saturation remanence	Mrs	mA m²/kg	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)
4	Hysteresis, coercive field	Bc	mT	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)
5	Hysteresis, remanent coercive field	Bcr	mT	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)
6	Susceptibility, specific	chi	10^-9 m³/kg	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)
7	Susceptibility, specific, non-ferromagnetic	chi_nf	10^-9 m³/kg	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)
8	Susceptibility, specific, ferromagnetic	chi_lf	10^-9 m³/kg	Reitz, Anja	Alternating Gradient Force Magnetometer (AGFM)

License:

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

Size:

658 data points

Data

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

1 Depth sed [m]	2 Ms [mA m²/kg]	3 Mrs [mA m²/kg]	4 Bc [mT]	5 Bcr [mT]	6 chi [10^-9 m³/kg]	7 chi_nf [10^-9 m³/kg]	8 chi_lf [10^-9 m³/kg]
0.01	1.94	0.48	10.36	26.10	58	5	53
0.02	1.86	0.44	10.18	27.56	52	4	48
0.03	1.87	0.44	10.10	28.08	54	4	50
0.04	1.17	0.27	10.08	27.56	37	6	31
0.05	1.88	0.42	9.99	26.58	54	5	49
0.06	1.47	0.35	10.24	27.24	43	5	38
0.07	0.94	0.22	10.00	25.88	31	7	25
0.08	1.16	0.26	9.99	25.66	36	7	29
0.09	1.85	0.43	10.05	26.93	54	5	49
0.10	1.62	0.40	9.94	28.00	51	5	45
0.11	2.26	0.52	10.14	28.23	64	6	59
0.12	1.83	0.42	10.01	26.32	54	5	49
0.13	2.10	0.49	9.99	25.73	61	6	55
0.14	1.82	0.44	9.73	28.31	58	6	52
0.15	2.36	0.54	9.49	26.85	71	5	66
0.16	3.05	0.70	9.93	27.54	93	11	82
0.17	3.17	0.74	10.30	28.09	86	6	80
0.18	3.16	0.72	10.34	28.71	94	13	82
0.19	3.31	0.79	10.48	29.73	101	16	85
0.20	3.24	0.78	10.75	29.69	100	15	84
0.21	4.16	0.97	10.46	29.15	127	20	107
0.22	4.07	0.90	10.06	29.41	121	17	104
0.23	4.10	0.94	10.65	29.25	123	20	102
0.24	4.75	1.03	9.99	28.95	140	22	118
0.25	5.13	1.17	10.57	30.20	155	28	127
0.26	4.80	1.10	11.05	30.74	146	32	114
0.27	4.13	0.94	11.21	31.59	117	20	97
0.28	5.57	1.29	11.10	31.88	163	30	133
0.29	4.68	1.09	10.87	30.52	141	24	118
0.30	4.15	0.92	10.67	30.53	120	19	101
0.31	7.34	1.73	11.15	32.06	225	47	178
0.32	7.74	1.79	11.15	32.35	239	48	192
0.33	5.76	1.27	10.97	31.80	168	31	138
0.34	2.15	0.91	11.74	27.48	158	66	92
0.35	3.63	0.78	10.28	35.54	134	45	89
0.36	7.01	1.67	12.13	34.10	202	38	164
0.37	6.62	1.56	12.21	34.81	188	37	151
0.38	5.51	1.33	12.38	34.83	157	33	123
0.39	4.43	1.14	13.96	36.91	116	22	94
0.40	3.89	1.03	14.23	36.21	105	20	86
0.41	5.05	1.28	12.87	35.84	142	27	115
0.42	3.83	1.09	15.56	37.96	100	17	83
0.43	3.88	1.07	15.53	39.72	99	17	83
0.44	4.27	1.15	14.36	37.83	116	21	94
0.45	4.03	1.06	16.93	40.51	122	49	73
0.46	2.90	0.84	24.09	57.15	64	26	38
0.47	1.38	0.25	16.89	40.45	68	51	17
0.48	0.24	0.12	18.92	47.22	25	18	7
0.49	0.58	0.11	14.18	39.47	26	16	9
0.50	0.92	0.20	11.89	38.88	46	26	20
0.51	0.97	0.21	17.82	59.21	53	39	13
0.52	0.49	0.11	12.60	44.17	41	31	10
0.53	0.89	0.17	13.58	36.46	55	41	14
0.54	0.93	0.14	9.99	27.53	41	26	15
0.55	0.74	0.15	12.47	24.28	59	45	14
0.56	1.08	0.15	12.40	44.71	51	36	15
0.57	0.35	0.09	12.07	48.71	24	16	9
0.58	0.56	0.12	12.62	36.25	30	19	11
0.59	0.88	0.15	11.58	35.40	31	17	15
0.60	1.16	0.20	13.65	39.53	33	16	17
0.61	0.79	0.16	11.68	35.32	30	15	15
0.62	1.25	0.24	12.59	34.50	46	25	21
0.63	1.41	0.26	12.96	35.04	40	17	23
0.64	1.19	0.21	13.27	35.79	39	21	18
0.65	1.88	0.32	13.17	35.56	62	34	28
0.66	1.58	0.38	15.43	37.10	54	27	27
0.67	1.94	0.45	17.20	38.81	46	16	29
0.68	3.17	0.79	17.03	38.59	83	32	51
0.69	3.84	0.96	18.30	37.49	78	21	56
0.70	3.42	0.89	18.14	38.43	74	22	52
0.71	3.71	0.91	17.48	37.82	78	21	57
0.72	4.07	1.00	18.02	38.48	89	28	60
0.73	4.09	1.02	17.86	38.18	84	23	62
0.74	3.98	1.08	17.42	37.15	92	26	67
0.75	3.29	0.94	18.02	37.33	74	19	55
0.76	3.68	0.99	17.65	36.92	80	20	60
0.77	4.26	1.13	17.43	36.09	89	19	70
0.78	3.55	1.00	17.62	35.75	78	17	61
0.79	4.22	1.15	18.43	36.96	94	26	67
0.80	3.47	0.96	20.00	39.47	79	29	50
0.81	2.82	0.85	19.77	39.05	64	18	46
0.82	3.08	0.93	19.21	37.85	72	21	51
0.83	3.29	0.92	18.98	38.36	69	17	52
0.84	3.06	0.86	18.92	38.12	65	17	48
0.85	2.92	0.82	18.10	37.92	65	17	48
0.86	2.63	0.79	18.24	36.88	63	17	46
0.87	3.55	0.93	18.05	38.45	73	18	55
0.88	3.19	0.82	17.10	37.09	68	16	51
0.89	2.75	0.90	17.66	36.27	73	20	53
0.90	3.56	0.94	16.93	36.03	79	20	59
0.91	3.60	0.93	16.46	35.68	82	21	61
0.92	3.12	0.82	16.60	35.42	71	18	53
0.93	3.38	0.86	16.27	35.11	75	17	58
0.94	4.05	0.98	16.18	34.22	85	20	65