Citation:

PANGAEA.714326

Name: Physical properties of sediment core PS58/280-2TC
Creator: Gerhard Kuhn
Published: 2009-04-20
License: https://creativecommons.org/licenses/by/3.0/

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Published: 2009-04-20 • DOI registered: 2021-06-16

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Project(s):

Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)

Coverage:

Latitude: -57.545000 * Longitude: -93.830000

Date/Time Start: 2001-03-26T03:47:00 * Date/Time End: 2001-03-27T05:30:00

Minimum DEPTH, sediment/rock: 0.008 m * Maximum DEPTH, sediment/rock: 0.908 m

Event(s):

PS58/280-2TC * Latitude: -57.545000 * Longitude: -93.830000 * Date/Time Start: 2001-03-26T03:47:00 * Date/Time End: 2001-03-27T05:30:00 * Elevation: -4045.0 m * Recovery: 0.92 m * Location: Southeast Pacific * Campaign: (PS58) * Basis: * Method/Device: Trigger corer (TC) * Comment: 1 core section: 0-0.92 m

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Velocity, compressional, amplitude	Vp-a		Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK
3	Velocity, compressional wave	Vp	m/s	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK
4	Density, wet bulk	WBD	g/cm³	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK
5	Susceptibility	Suscept	sensor values	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK
6	Magnetic susceptibility, volume	kappa	10^-6 SI	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK

License:

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

Size:

433 data points

Data

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

1 Depth sed [m]	2 Vp-a	3 Vp [m/s]	4 WBD [g/cm³]	5 Suscept [sensor values]	6 kappa [10^-6 SI]
0.008	0			3.1	45.5
0.018	0			3.2	46.9
0.028	30			3.3	48.4
0.038	45			3.6	52.8
0.048	0			3.7	54.2
0.058	0			3.7	54.2
0.068	100	1518.2	1.367	3.7	54.2
0.078	100	1518.1	1.369	3.6	52.8
0.088	100	1516.2	1.384	3.6	52.8
0.098	100	1512.6	1.402	3.6	52.8
0.108	100	1509.7	1.413	3.7	54.2
0.118	100	1510.5	1.409	3.7	54.2
0.128	100	1509.3	1.431	3.7	54.3
0.138	99	1508.0	1.448	3.8	55.7
0.148	100	1507.6	1.434	3.7	54.3
0.158	100	1508.5	1.446	3.7	54.3
0.168	100	1509.8	1.421	3.7	54.3
0.178	100	1510.7	1.421	3.8	55.8
0.188	100	1512.3	1.420	3.8	55.8
0.198	100	1511.7	1.424	3.8	55.8
0.208	100	1510.8	1.422	3.9	57.3
0.218	100	1509.3	1.432	3.7	54.4
0.228	100	1507.7	1.431	3.7	54.4
0.238	100	1507.4	1.428	3.6	52.9
0.248	100	1507.9	1.423	3.9	57.3
0.258	100	1507.6	1.417	4.1	60.3
0.268	100	1510.4	1.397	4.2	61.7
0.278	100	1510.4	1.396	4.4	64.7
0.288	100	1511.6	1.380	4.6	67.6
0.298	100	1513.1	1.397	4.7	69.1
0.308	100	1510.9	1.400	4.9	72.0
0.318	100	1513.3	1.402	5.0	73.5
0.328	100	1514.1	1.388	5.2	76.4
0.338	100	1514.1	1.391	5.3	77.9
0.348	100	1514.1	1.380	5.4	79.3
0.358	100	1512.8	1.405	5.5	80.8
0.368	100	1511.4	1.397	5.6	82.3
0.378	100	1511.4	1.389	5.7	83.8
0.388	100	1512.8	1.394	5.8	85.2
0.398	100	1511.6	1.401	6.1	89.6
0.408	100	1511.4	1.398	6.4	94.0
0.418	100	1511.1	1.400	6.5	95.5
0.428	100	1512.8	1.396	6.7	98.4
0.438	100	1515.7	1.394	7.0	102.8
0.448	100	1519.7	1.367	7.4	108.6
0.458	100	1520.1	1.362	7.8	114.5
0.468	100	1520.8	1.350	8.3	120.3
0.478	100	1521.8	1.358	8.6	124.7
0.488	100	1524.9	1.325	9.0	130.6
0.498	100	1528.6	1.333	9.3	135.0
0.508	100	1529.4	1.311	9.5	137.9
0.518	100	1528.0	1.299	9.5	137.9
0.528	100	1528.2	1.295	9.4	136.5
0.538	100	1533.2	1.289	9.2	133.5
0.548	100	1528.9	1.285	9.0	130.6
0.558	100	1530.1	1.282	8.6	124.8
0.568	100	1529.6	1.307	8.0	116.1
0.578	100	1527.5	1.303	7.6	110.3
0.588	100	1523.6	1.343	6.9	100.1
0.598	100	1518.0	1.421	6.4	92.8
0.608	78	1673.0	1.593	5.8	84.1
0.618	92	1657.1	1.540	5.4	78.2
0.628	100	1509.5	1.435	4.9	71.0
0.638	100	1513.7	1.395	4.5	65.1
0.648	100	1514.7	1.366	4.2	60.8
0.658	100	1516.4	1.341	3.9	56.4
0.668	100	1513.8	1.370	3.6	52.1
0.678	100	1513.8	1.360	3.6	52.1
0.688	100	1513.8	1.353	3.6	52.1
0.698	100	1513.7	1.375	3.5	50.6
0.708	100	1513.5	1.349	3.4	49.2
0.718	100	1514.5	1.356	3.3	47.7
0.728	100	1512.4	1.368	3.2	46.3
0.738	100	1508.9	1.385	3.3	47.8
0.748	100	1506.8	1.418	3.2	46.3
0.758	100	1510.8	1.396	3.2	46.3
0.768	100	1509.6	1.405	3.3	47.8
0.778	100	1507.3	1.436	3.4	49.3
0.788	100	1507.3	1.435	3.4	49.3
0.798	100	1507.5	1.429	3.6	52.2
0.808	100	1508.6	1.427	3.6	52.2
0.818	100	1509.0	1.427	3.7	53.7
0.828	100	1507.6	1.428	3.7	53.7
0.838	88	1509.6	1.422	3.9	56.6
0.848	91	1517.3	1.383	4.2	61.0
0.858	49	1509.9	1.356	4.4	63.9
0.868	0			4.6	66.8
0.878	46			5.1	74.1
0.888	31			5.2	75.6
0.898	0			5.1	74.1
0.908	0			4.9	71.2