Citation:

PANGAEA.136986

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

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Related to:

Cordes, Dieter (1990): Sedimentologie und Paläomagnetik an Sedimenten der Maudkuppe (Nördliches Weddellmeer) (Sedimentology and Palaeomagnetism of sediments from Maud Rise, Northeast Weddell Sea). Berichte zur Polarforschung = Reports on Polar Research, 71, 158 pp, https://doi.org/10.2312/BzP_0071_1990

Project(s):

Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)

Coverage:

Latitude: -64.557830 * Longitude: 5.447330

Date/Time Start: 1986-04-08T00:00:00 * Date/Time End: 1986-04-08T00:00:00

Minimum DEPTH, sediment/rock: 0.05 m * Maximum DEPTH, sediment/rock: 7.20 m

Event(s):

PS1451-1 (PS08/564) * Latitude: -64.557830 * Longitude: 5.447330 * Date/Time: 1986-04-08T00:00:00 * Elevation: -3596.0 m * Penetration: 8 m * Recovery: 7.2 m * Location: Maud Rise * Campaign: (PS08) * Basis: * Method/Device: Gravity corer (Kiel type) (SL) * Comment: 8 core sections: 0-0.32, 0.32-1.33, 1.33-2.33, 2.33-3.33, 3.33-4.33, 4.33-5.32, 5.32-6.32, 6.32-7.2 m; radiol

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m		Geocode
2	Magnetic susceptibility, volume	kappa	10^-6 SI	Fütterer, Dieter K
3	ARM, Intensity, per unit volume	Inten (ARM)	mA/m	Fütterer, Dieter K
4	IRM, Intensity, per unit volume	Inten (IRM)	mA/m	Fütterer, Dieter K
5	Hysteresis, remanent coercive field	Bcr	mT	Fütterer, Dieter K
6	ARM, median destructive field of anhysteretic remanent magnetization	MDF (ARM)	mT	Fütterer, Dieter K
7	IRM, median destructive field of isothermal remanent magnetization	MDF (IRM)	mT	Fütterer, Dieter K
8	Susceptibility, frequency dependence	kappa_fd	%	Fütterer, Dieter K

License:

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

Size:

590 data points

Data

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

1 Depth sed [m]	2 kappa [10^-6 SI]	3 Inten (ARM) [mA/m]	4 Inten (IRM) [mA/m]	5 Bcr [mT]	6 MDF (ARM) [mT]	7 MDF (IRM) [mT]	8 kappa_fd [%]
0.05	146.5	0.07	1.33	40.0	27.2	30.6	0.13
0.10	206.1	0.09	1.91		27.4	31.5	0.13
0.20	257.6	0.09	2.67	44.0	27.4	33.6	0.09
0.30	227.0	0.11	2.16	38.4	26.6	29.1	0.10
0.34	196.4	0.08	1.87	40.0	28.5	29.5	0.10
0.38	95.0	0.02	0.71	35.3	25.7	19.6	0.07
0.42	256.0	0.12	2.29	37.5	25.5	27.3	0.08
0.50	222.2	0.11	1.91	36.3	25.2	26.6	0.10
0.60	194.8	0.11	1.78	35.8	25.5	26.2	0.06
0.70	183.5	0.10	1.53		24.9	24.9	0.10
0.80	193.2	0.11	1.62	32.6	25.9	25.1	0.11
0.90	169.1	0.10	1.45	32.0	26.3	24.8	0.10
1.00	161.0	0.09	1.34	31.6	25.9	23.9	0.09
1.10	217.4	0.11	1.87	34.7	25.3	25.6	0.11
1.20	167.4	0.09	1.32	31.1	25.3	24.2	0.09
1.30	167.4	0.09	1.32	31.4	25.6	24.5	0.11
1.40	188.4	0.09	1.46	32.0	25.3	24.9	0.09
1.50	191.6	0.10	1.53		24.3	24.6	0.09
1.60	209.3	0.10	1.86	35.1	25.2	25.3	0.09
1.70	198.0	0.09	1.76	34.8	25.1	25.8	0.10
1.80	247.9	0.09	2.18	35.6	25.0	25.9	0.09
1.90	241.5	0.09	2.09	35.2	24.9	25.8	0.10
1.95	238.3						0.08
2.00	228.6	0.11	1.80	31.7	24.5	246.0	0.11
2.03	204.5						0.07
2.07	156.2						0.05
2.10	51.5	0.03	0.53	29.1	25.1	20.1	0.00
2.13	32.2	0.01	0.37	26.0	24.1	18.6	0.10
2.15	75.7	0.00	0.00				0.00
2.17	276.9	0.13	2.23	33.1	24.2	26.0	0.14
2.20	199.6	0.11	1.39		23.5	22.9	0.11
2.30	280.1	0.14	2.37	33.9	24.3	26.2	0.12
2.40	235.1	0.11	1.76	33.6	24.5	27.1	0.12
2.45	223.8	0.12	1.81	32.8			0.08
2.50	214.1	0.12	1.42	29.1	24.3	23.4	0.11
2.60	289.8	0.15	2.46	32.6	25.0	25.2	0.12
2.65	328.4	0.16	2.68	34.4	24.5	30.1	0.09
2.68	349.4						0.06
2.70	384.8	0.19	3.13	33.2	24.8	24.7	0.10
2.73	373.5						0.09
2.77	408.9						0.08
2.80	371.9	0.18	3.05	33.3	24.8	25.1	0.10
2.90	378.4	0.16	3.66		24.7	25.8	0.08
2.95	330.1	0.15	3.09	33.4			0.05
3.00	275.3	0.14	2.42	33.6	24.9	24.7	0.09
3.10	318.8	0.16	2.87	33.8	25.0	25.2	0.09
3.20	330.1	0.17	2.89	33.4	24.8	26.2	0.09
3.30	381.6	0.19	3.52	35.4	24.9	28.1	0.10
3.40	355.8	0.19	3.25	34.2	24.6	27.0	0.10
3.50	333.3	0.19	2.94	32.4	24.7	25.7	0.10
3.60	249.6	0.18	2.38	31.1	24.8	24.9	0.03
3.70	222.2	0.17	2.15		24.2	24.2	0.03
3.80	177.1	0.14	1.75	29.9	24.7	23.8	0.01
3.90	143.3	0.12	1.33	29.0	25.1	22.8	0.07
4.00	140.1	0.12	1.26	28.4	25.1	22.4	0.10
4.10	136.9	0.11	1.13	28.1	25.0	22.2	0.17
4.15	143.3						0.05
4.20	120.8	0.11	1.11	27.9	24.5	22.0	0.04
4.25	153.0						0.05
4.30	85.3	0.07	0.80	27.7	25.1	21.7	0.11
4.40	67.6	0.05	0.64	28.3	26.7	22.1	0.02
4.50	82.1	0.07	0.80		24.2	21.0	0.00
4.60	41.9	0.04	0.51	27.4	25.8	21.3	-0.08
4.70	99.8	0.08	0.86	27.4	24.8	21.8	0.11
4.80	82.1	0.07	0.75	26.9	24.8	21.5	0.06
4.86	58.0	0.06	0.58	27.2	25.8	21.2	0.03
4.90	61.2	0.06	0.60	27.0	25.4	20.9	0.11
5.00	90.2	0.08	0.81	27.7	25.5	22.0	0.13
5.10	82.1	0.08	0.80	27.6	25.5	21.8	0.06
5.20	64.4	0.06	0.63		23.5	19.4	0.08
5.30	78.9	0.07	0.74	27.2	24.8	20.6	0.12
5.40	80.5	0.06	0.73	28.3	25.6	21.4	0.08
5.50	43.5	0.04	0.41		25.9	20.3	0.11
5.53	38.6						0.13
5.57	141.7						0.06
5.60	161.0	0.11	1.10	26.6	23.8	20.6	0.15
5.63	130.4						0.12
5.67	135.2						0.10
5.70	130.4	0.09	0.94	26.9	24.2	20.6	0.11
5.80	144.9	0.10	0.97	26.2	24.1	20.7	0.11
5.90	112.7	0.09	0.91	25.4	24.1	20.9	0.09
6.00	56.4	0.06	0.59		23.8	19.2	0.09
6.10	135.2	0.10	1.05	25.7	24.3	21.5	0.13
6.13	167.4						0.09
6.17	161.0						0.12
6.20	138.5	0.11	1.08		24.0	21.0	0.15
6.23	130.4						0.21
6.27	74.1						0.02
6.30	111.1	0.09	0.93	25.9	24.6	21.9	0.06
6.36	90.2	0.07	0.70	24.6			0.14
6.40	88.6	0.07	0.70	25.9	24.7	21.7	0.13
6.50	78.9	0.07	0.61	24.7	24.5	20.8	0.08
6.60	93.4	0.09	0.81	25.3	24.4	21.7	0.10
6.70	77.3	0.08	0.75	25.6	24.8	22.0	0.13
6.80	69.2	0.08	0.67		23.4	20.6	0.07
6.90	49.9	0.05	0.54	25.3	25.3	21.0	0.16
6.96	83.7	0.05	0.51	24.7			0.06
7.00	58.0	0.06	0.53	25.3	25.0	21.5	0.14
7.20	43.5	0.05	0.46	26.3	26.3	22.0	0.15