Citation:

PANGAEA.137130

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

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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: -53.216667 * Longitude: -59.095000

Date/Time Start: 1994-01-08T15:31:00 * Date/Time End: 1994-01-08T15:31:00

Minimum DEPTH, sediment/rock: 0.01 m * Maximum DEPTH, sediment/rock: 9.20 m

Event(s):

PS2519-1 (PS28/404) * Latitude: -53.216667 * Longitude: -59.095000 * Date/Time: 1994-01-08T15:31:00 * Elevation: -596.0 m * Recovery: 0.19 m * Location: Falkland Islands * Campaign: (PS28) * Basis: * Method/Device: MultiCorer (MUC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Smectite	Sme	%	Diekmann, Bernhard	X-ray diffraction TEXTUR, clay fraction
3	Illite	Ill	%	Diekmann, Bernhard	X-ray diffraction TEXTUR, clay fraction
4	Kaolinite	Kln	%	Diekmann, Bernhard	X-ray diffraction TEXTUR, clay fraction
5	Chlorite	Chl	%	Diekmann, Bernhard	X-ray diffraction TEXTUR, clay fraction
6	Quartz/Feldspar ratio	Qz/Fsp		Diekmann, Bernhard	Calculated
7	Illite 5Å/10Å Esquevin-index	Ill EI		Diekmann, Bernhard	X-ray diffraction TEXTUR, clay fraction
8	Hornblende/Quartz ratio	Hbl/Qz		Diekmann, Bernhard	Calculated

License:

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

Size:

651 data points

Data

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

1 Depth sed [m]	2 Sme [%]	3 Ill [%]	4 Kln [%]	5 Chl [%]	6 Qz/Fsp	7 Ill EI	8 Hbl/Qz
0.01	29.3	24.3	10.0	36.4	7.19	0.54	0.09
0.10	29.6	25.3	9.5	35.5	7.55	0.50	0.11
0.20	25.5	30.3	8.7	35.5	8.68	0.54	0.16
0.30	23.7	32.2	8.6	35.6	6.82	0.52	0.13
0.40	23.6	31.0	10.1	35.3	6.80	0.48	0.08
0.50	22.2	31.3	8.8	37.7	7.69	0.50	0.10
0.60	17.8	32.3	7.7	42.2	5.87	0.56	0.10
0.70	10.9	31.2	9.6	48.2	4.51	0.72	0.13
0.80	16.0	32.5	7.0	44.5	4.61	0.49	0.12
0.90	13.5	29.0	7.1	50.4	4.52	0.74	0.10
1.00	13.6	29.1	8.4	48.9	4.62	0.72	0.11
1.10	13.7	33.1	6.3	47.0	4.52	0.66	0.17
1.20	13.1	32.3	9.2	45.5	3.13	0.70	0.13
1.30	21.6	33.6	6.5	38.3	3.60	0.49	0.17
1.40	20.1	29.7	9.1	41.2	2.24	0.72	0.26
1.50	23.6	34.6	7.1	34.7	2.34	0.54	0.31
1.60	23.9	34.8	5.9	35.5	2.29	0.54	0.29
1.70	17.1	35.4	7.6	39.8	2.31	0.68	0.22
1.80	25.7	32.6	6.9	34.8	2.15	0.61	0.31
1.90	26.5	32.5	6.5	34.5	2.28	0.58	0.34
2.00	17.3	31.6	6.0	45.1	1.69	0.81	0.23
2.10	23.0	32.6	7.5	37.0	2.09	0.60	0.30
2.20	22.4	33.5	5.9	38.2	1.97	0.58	0.35
2.30	26.1	33.1	6.7	34.1	2.21	0.54	0.34
2.40	19.1	33.0	8.0	39.8	2.11	0.72	0.25
2.50	18.5	34.5	6.7	40.3	2.14	0.61	0.28
2.60	28.5	31.4	5.6	34.5	1.97	0.53	0.33
2.70	24.1	32.2	7.2	36.5	2.10	0.63	0.27
2.80	17.7	34.9	5.9	41.4	2.00	0.63	0.26
2.90	25.1	32.0	5.3	37.6	2.19	0.62	0.24
3.00	24.7	34.0	5.9	35.5	2.39	0.54	0.21
3.10	18.9	34.4	7.1	39.6	2.11	0.66	0.25
3.20	26.6	31.9	5.9	35.5	2.25	0.57	0.27
3.30	27.4	33.1	5.6	33.9	2.49	0.54	0.26
3.40	28.0	31.8	5.5	34.8	2.70	0.52	0.28
3.50	26.9	32.6	7.3	33.2	2.77	0.54	0.26
3.60	26.0	31.3	7.2	35.4	2.60	0.63	0.27
3.70	27.7	31.6	6.7	34.0	2.71	0.59	0.27
3.80	26.6	31.7	8.0	33.7	2.78	0.58	0.26
3.90	19.2	33.8	7.1	39.9	2.24	0.66	0.20
4.00	25.2	34.3	6.7	33.7	2.58	0.49	0.26
4.10	26.7	31.8	5.2	36.4	1.53	0.52	0.28
4.20	19.1	32.7	8.3	39.9	2.30	0.66	0.25
4.30	25.6	32.7	6.1	35.7	2.08	0.55	0.29
4.40	18.1	34.4	7.8	39.8	1.95	0.63	0.27
4.50	16.8	35.7	4.4	43.1	1.76	0.60	0.32
4.60	25.1	32.3	6.7	35.9	2.33	0.58	0.19
4.70	23.7	35.0	5.6	35.7	2.13	0.51	0.39
4.80	12.8	35.7	8.3	43.2	1.79	0.67	0.36
4.90	24.3	34.3	7.0	34.5	1.54	0.54	0.46
5.00	20.1	35.6	5.6	38.7	1.60	0.56	0.41
5.10	21.1	35.5	7.7	35.7	1.48	0.48	0.42
5.20	20.4	36.0	7.3	36.3	1.57	0.52	0.40
5.30	22.8	34.8	6.7	35.8	1.71	0.55	0.47
5.40	14.2	35.0	8.8	42.0	1.64	0.70	0.46
5.50	20.4	35.1	4.4	40.0	1.40	0.56	0.40
5.60	15.0	36.6	7.6	40.8	1.43	0.62	0.44
5.70	18.9	36.1	5.6	39.5	1.26	0.57	0.38
5.80	18.4	38.2	6.8	36.6	1.35	0.54	0.49
5.90	18.0	35.5	5.3	41.2	1.44	0.55	0.44
6.00	17.3	37.2	6.6	39.0	1.49	0.53	0.47
6.10	16.2	36.2	6.8	40.8	1.47	0.59	0.43
6.20	18.5	37.5	6.6	37.4	1.49	0.53	0.49
6.30	14.6	37.6	8.4	39.4	1.36	0.65	0.43
6.40	19.4	36.5	6.3	37.9	1.90	0.60	0.34
6.50	22.4	35.6	6.6	35.3	1.53	0.53	0.48
6.60	16.9	37.5	5.8	39.8	1.28	0.56	0.56
6.70	17.8	37.1	8.0	37.1	1.14	0.57	0.49
6.80	13.0	39.6	5.9	41.5	1.10	0.50	0.70
6.90	11.8	40.2	7.4	40.6	0.90	0.52	0.65
7.00	14.1	39.8	7.4	38.7	1.06	0.49	0.67
7.10	10.8	39.8	7.7	41.6	0.93	0.55	0.73
7.20	12.8	39.2	6.1	41.9	0.96	0.54	0.65
7.30	12.3	40.3	7.8	39.6	1.01	0.48	0.76
7.40	15.6	37.6	8.5	38.3	1.10	0.54	0.63
7.50	15.5	38.2	6.6	39.7	1.16	0.51	0.68
7.60	16.5	38.0	6.7	38.8	1.16	0.51	0.55
7.70	15.0	39.0	6.9	39.2	1.23	0.51	0.62
7.80	11.1	40.0	8.3	40.6	1.42	0.58	0.50
7.90	10.5	39.0	7.1	43.4	1.31	0.62	0.47
8.00	15.6	37.9	5.9	40.6	1.63	0.57	0.45
8.10	16.2	38.0	7.7	38.2	2.10	0.54	0.37
8.20	12.8	36.9	9.1	41.2	1.72	0.70	0.30
8.30	15.8	36.8	5.5	41.9	2.14	0.56	0.31
8.40	17.9	36.3	6.1	39.8	2.03	0.56	0.30
8.50	16.9	36.7	7.5	38.9	1.83	0.55	0.39
8.60	16.6	38.2	8.1	37.1	1.87	0.51	0.44
8.70	14.7	37.0	7.1	41.2	1.62	0.55	0.36
8.80	15.0	40.4	5.4	39.2	1.70	0.47	0.45
8.90	9.2	39.1	2.4	49.3	1.31	0.70	0.32
9.00	9.3	40.6	7.0	43.1	1.79	0.56	0.43
9.10	16.1	38.4	5.2	40.4	2.28	0.55	0.29
9.20	12.2	38.0	6.7	43.0	1.86	0.54	0.35