Citation:

PANGAEA.137132

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

Related to:

Papakrivos, T (2002): Sedimentologie terrigener Schlämme auf dem südlichen Falklandplateau (Südatlantik): Ein Beitrag zur Rekonstruktion der Paläozeanographie und der patagonischen Enteisungsgeschichte seit dem Letztglazialen Maximum. Master Thesis, University Marburg, 75+22 pp

Project(s):

Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)

Coverage:

Latitude: -53.220000 * Longitude: -59.068330

Date/Time Start: 1994-01-08T16:41:00 * Date/Time End: 1994-01-08T16:41:00

Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 9.21 m

Event(s):

PS2519-2 (PS28/404) * Latitude: -53.220000 * Longitude: -59.068330 * Date/Time: 1994-01-08T16:41:00 * Elevation: -605.0 m * Penetration: 15 m * Recovery: 9.3 m * Location: Falkland Islands * Campaign: (PS28) * Basis: * Method/Device: Piston corer (BGR type) (KL) * Comment: 10 core sections: 0-0.3, 0.3-1.3, 1.3-2.3, 2.3-3.3, 3.3-4.3, 4.3-5.3, 5.3-6.3, 6.3-7.3, 7.3-8.3, 8.3-9.3 m, Pilotcorer 40 cm

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Water content, wet mass	Water wm	%	Kuhn, Gerhard	Calculated from weight/volume
3	Porosity	Poros	% vol	Kuhn, Gerhard	Calculated from wet bulk density
4	Density, wet bulk	WBD	g/cm³	Kuhn, Gerhard	Calculated from weight/volume
5	Density, grain	Density grain	g/cm³	Kuhn, Gerhard	Calculated from weight/volume
6	Density, dry bulk	DBD	g/cm³	Kuhn, Gerhard	Calculated from weight/volume

License:

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

Size:

530 data points

Data

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

1 Depth sed [m]	2 Water wm [%]	3 Poros [% vol]	4 WBD [g/cm³]	5 Density grain [g/cm³]	6 DBD [g/cm³]
0.01	32.70	46.74	1.87	2.62	1.40
0.06	33.00	46.78	1.86	2.60	1.38
0.11	30.65	45.26	1.91	2.64	1.44
0.16	31.26	45.54	1.89	2.61	1.42
0.21	29.77	44.28	1.91	2.61	1.45
0.26	29.87	44.67	1.92	2.64	1.46
0.31	32.86	46.96	1.88	2.63	1.39
0.36	32.21	46.28	1.88	2.61	1.40
0.41	33.20	47.23	1.87	2.63	1.39
0.46	32.79	46.89	1.88	2.63	1.40
0.51	33.46	47.23	1.86	2.61	1.38
0.56	33.87	47.63	1.86	2.62	1.37
0.61	35.28	48.63	1.84	2.62	1.34
0.66	37.62	50.10	1.81	2.60	1.30
0.71	35.23	48.69	1.85	2.63	1.35
0.76	36.18	49.35	1.83	2.63	1.33
0.81	37.90	50.39	1.81	2.61	1.30
0.86	39.60	51.76	1.80	2.64	1.27
0.91	36.38	49.62	1.84	2.64	1.33
0.96	39.19	51.37	1.80	2.62	1.28
1.01	38.87	51.30	1.81	2.64	1.29
1.06	39.76	51.83	1.80	2.64	1.27
1.11	42.10	53.34	1.78	2.64	1.23
1.16	41.72	53.13	1.78	2.64	1.24
1.21	38.94	51.44	1.81	2.65	1.29
1.26	39.74	51.79	1.80	2.63	1.27
1.31	38.50	51.00	1.81	2.63	1.29
1.41	33.76	47.96	1.88	2.66	1.39
1.51	40.67	52.71	1.80	2.67	1.26
1.61	38.55	51.38	1.82	2.67	1.30
1.71	38.58	51.41	1.82	2.67	1.30
1.81	40.64	52.66	1.80	2.66	1.26
1.91	40.08	52.49	1.81	2.68	1.27
2.01	40.39	52.72	1.81	2.69	1.27
2.11	38.77	51.77	1.83	2.70	1.30
2.21	40.49	52.75	1.81	2.68	1.27
2.31	40.72	52.85	1.80	2.68	1.26
2.41	41.46	53.43	1.80	2.69	1.25
2.51	42.75	54.22	1.79	2.69	1.23
2.61	40.80	53.01	1.81	2.69	1.26
2.71	42.61	54.11	1.79	2.69	1.24
2.81	42.45	54.06	1.79	2.70	1.24
2.91	42.20	53.76	1.79	2.68	1.24
3.01	43.04	54.34	1.78	2.69	1.23
3.11	42.25	53.76	1.79	2.68	1.24
3.21	42.97	54.22	1.78	2.68	1.23
3.31	41.75	53.47	1.79	2.68	1.25
3.41	42.81	54.11	1.78	2.68	1.23
3.51	42.03	53.62	1.79	2.68	1.24
3.61	41.57	53.13	1.79	2.65	1.24
3.71	42.22	53.93	1.79	2.70	1.24
3.81	41.67	53.60	1.80	2.70	1.25
3.91	41.84	53.52	1.79	2.68	1.24
4.01	41.37	53.47	1.81	2.70	1.26
4.11	42.22	53.76	1.79	2.68	1.24
4.21	40.53	52.50	1.80	2.65	1.26
4.31	39.55	52.11	1.82	2.68	1.28
4.41	39.42	52.14	1.82	2.69	1.29
4.51	39.75	52.32	1.82	2.69	1.28
4.61	41.17	53.23	1.80	2.69	1.26
4.71	38.38	51.36	1.83	2.68	1.30
4.81	40.25	52.84	1.82	2.71	1.28
4.91	38.17	51.19	1.83	2.68	1.31
5.01	39.57	52.19	1.82	2.69	1.28
5.11	37.73	51.34	1.85	2.73	1.33
5.21	38.66	51.64	1.83	2.69	1.30
5.31	38.19	51.36	1.84	2.69	1.31
5.41	37.95	51.37	1.85	2.71	1.32
5.51	38.18	51.29	1.83	2.69	1.31
5.61	37.91	51.19	1.84	2.70	1.32
5.71	35.98	50.12	1.87	2.72	1.36
5.81	34.47	48.78	1.88	2.70	1.38
5.91	34.47	48.78	1.88	2.70	1.38
6.01	34.28	48.71	1.88	2.70	1.39
6.11	33.66	48.29	1.89	2.71	1.40
6.21	34.75	49.02	1.88	2.70	1.38
6.31	34.29	48.70	1.88	2.70	1.39
6.41	33.57	48.02	1.89	2.69	1.40
6.51	33.97	48.50	1.89	2.70	1.39
6.61	34.46	49.25	1.90	2.75	1.39
6.71	32.86	47.70	1.90	2.71	1.42
6.81	33.92	48.55	1.89	2.72	1.40
6.91	34.64	49.14	1.89	2.72	1.38
7.01	33.99	48.69	1.90	2.72	1.40
7.11	34.41	48.92	1.89	2.72	1.39
7.21	35.15	49.64	1.89	2.74	1.38
7.31	33.55	48.25	1.90	2.71	1.40
7.41	32.99	47.85	1.91	2.72	1.42
7.51	33.03	48.09	1.91	2.74	1.42
7.61	32.07	47.10	1.91	2.71	1.43
7.71	34.04	48.80	1.90	2.73	1.40
7.81	32.11	47.22	1.92	2.72	1.44
7.91	33.07	47.79	1.90	2.70	1.41
8.01	31.88	46.81	1.91	2.70	1.43
8.11	32.09	46.92	1.91	2.69	1.43
8.21	31.57	46.49	1.91	2.69	1.44
8.31	31.98	46.78	1.91	2.68	1.43
8.41	33.97	48.51	1.89	2.71	1.39
8.51	34.04	48.56	1.89	2.71	1.39
8.61	35.72	49.72	1.87	2.70	1.36
8.71	34.08	48.76	1.90	2.72	1.40
8.81	33.39	48.09	1.90	2.71	1.41
8.95	33.51	48.12	1.89	2.70	1.40
9.01	34.27	48.93	1.89	2.73	1.39
9.11	34.47	48.74	1.88	2.69	1.38
9.21	33.16	47.76	1.89	2.69	1.41