Citation:

S0016-7037(03)00168-6

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

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Related to:

Mollenhauer, Gesine (2002): Organic carbon accumulation in the South Atlantik Ocean: Sedimentary processes and glacial/interglacial budgets. Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 204, 139 pp, urn:nbn:de:gbv:46-ep000103232

Project(s):

Geosciences, University of Bremen (GeoB)

Coverage:

Latitude: -22.450000 * Longitude: 12.360000

Date/Time Start: 2000-08-20T00:00:00 * Date/Time End: 2000-08-20T00:00:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 3.33 m

Event(s):

IOW226920-3 (M48/2_386) * Latitude: -22.450000 * Longitude: 12.360000 * Date/Time: 2000-08-20T00:00:00 * Elevation: -1683.0 m * Location: Walvis Bay/Namibia * 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	Water content, wet mass	Water wm	%	Müller, Peter J	Calculated from mass/volume
3	Porosity	Poros	% vol	Müller, Peter J	Calculated from mass/volume
4	Density, dry bulk	DBD	g/cm³	Müller, Peter J	Calculated from mass/volume
5	Density, wet bulk	WBD	g/cm³	Müller, Peter J	Calculated from mass/volume

License:

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

Size:

268 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 DBD [g/cm³]	5 WBD [g/cm³]
0.03	61.8	77.8	0.49	1.29
0.08	58.4	75.1	0.55	1.32
0.13	58.5	75.8	0.55	1.33
0.18	54.6	70.4	0.60	1.32
0.23	59.6	79.0	0.55	1.36
0.28	56.3	74.7	0.59	1.36
0.33	53.4	70.3	0.63	1.35
0.38	56.0	75.4	0.61	1.38
0.43	54.2	73.9	0.64	1.40
0.48	54.7	74.4	0.63	1.39
0.53	56.0	74.5	0.60	1.36
0.58	57.9	76.6	0.57	1.36
0.63	57.1	73.6	0.57	1.32
0.68	55.6	73.5	0.60	1.36
0.73	58.1	72.6	0.54	1.28
0.78	59.3	76.7	0.54	1.33
0.83	58.1	76.6	0.57	1.35
0.88	58.7	75.8	0.55	1.32
0.93	58.1	75.8	0.56	1.34
0.98	58.0	76.1	0.57	1.35
1.03	59.9	79.6	0.55	1.36
1.08	57.0	76.9	0.59	1.38
1.13	58.6	77.1	0.56	1.35
1.18	62.1	80.5	0.50	1.33
1.23	62.1	78.8	0.49	1.30
1.28	61.3	78.8	0.51	1.32
1.32	62.2	79.6	0.50	1.31
1.38	61.0	75.6	0.50	1.27
1.43	58.0	73.9	0.55	1.31
1.48	54.4	72.1	0.62	1.36
1.53	56.7	76.3	0.60	1.38
1.58	57.0	73.5	0.57	1.32
1.63	59.6	74.0	0.51	1.27
1.68	59.7	74.0	0.51	1.27
1.73	61.1	76.0	0.50	1.27
1.78	63.8	79.0	0.46	1.27
1.83	63.7	77.0	0.45	1.24
1.88	62.8	75.9	0.46	1.24
1.93	61.4	74.8	0.48	1.25
1.98	62.0	75.8	0.48	1.25
2.03	61.5	76.6	0.49	1.28
2.08	62.0	75.7	0.47	1.25
2.13	62.5	73.0	0.45	1.20
2.18	62.7	78.4	0.48	1.28
2.23	60.6	75.6	0.50	1.28
2.28	59.3	75.7	0.53	1.31
2.32	58.1	72.9	0.54	1.29
2.38	59.5	77.5	0.54	1.34
2.43	61.9	78.3	0.49	1.30
2.48	59.0	72.1	0.51	1.25
2.53	60.7	76.9	0.51	1.30
2.58	59.6	77.3	0.54	1.33
2.63	61.0	78.5	0.51	1.32
2.68	63.5	82.4	0.49	1.33
2.73	61.8	78.7	0.50	1.31
2.78	60.2	75.8	0.51	1.29
2.83	59.2	74.4	0.53	1.29
2.88	58.2	73.9	0.54	1.30
2.93	60.5	76.3	0.51	1.29
2.98	61.0	78.0	0.51	1.31
3.03	60.2	73.6	0.50	1.25
3.08	60.7	75.3	0.50	1.27
3.13	58.3	72.8	0.53	1.28
3.18	56.9	71.0	0.55	1.28
3.23	59.9	74.9	0.51	1.28
3.28	60.0	75.2	0.51	1.28
3.33	60.3	74.1	0.50	1.26