Citation:

PANGAEA.115045

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Related to:

Fütterer, Dieter K; Kattner, Gerhard (2005): The Expedition ANTARKTIS-XX of RV Polarstern in 2002/2003 Reports of Legs 1 and 2 (Die Expedition ANTARKTIS-XX mit FS Polarstern 2002/2003 Bericht von den Fahrtabschnitten 1 und 2). Berichte zur Polar- und Meeresforschung = Reports on Polar and Marine Research, 495, 106 pp, https://doi.org/10.2312/BzPM_0495_2005

Project(s):

Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)

Coverage:

Latitude: -68.133000 * Longitude: 18.213100

Date/Time Start: 2003-01-03T01:46:00 * Date/Time End: 2003-01-03T01:46:00

Minimum DEPTH, sediment/rock: 0.003 m * Maximum DEPTH, sediment/rock: 1.223 m

Event(s):

PS63/105-2 * Latitude: -68.133000 * Longitude: 18.213100 * Date/Time: 2003-01-03T01:46:00 * Elevation: -4399.0 m * Recovery: 1.47 m * Location: Lazarev Sea * Campaign: (PS63 06AQ200211_2) * Basis: * Method/Device: Gravity corer (GC) * Comment: 3 core sections: 0.2-1, 1-1.43, 1.43-1.47 m

Comment:

Measurements and data processing by R. Usbeck (FIELAX).

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	Impedance, specific	Impedance	kg/cm²/s	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK
7	Magnetic susceptibility, volume	kappa	10^-6 SI	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK
8	Porosity	Poros	% vol	Kuhn, Gerhard	Multi-Sensor Core Logger 14, GEOTEK

License:

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

Size:

789 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 Impedance [kg/cm²/s]	7 kappa [10^-6 SI]	8 Poros [% vol]
0.003	0			242.0		1546.7
0.013	0			274.9		1757.0
0.023	0			320.1		2045.8
0.033	0			364.0		2326.4
0.043	0			395.0		2524.5
0.053	0			412.6		2637.0
0.063	0			419.3		2679.9
0.073	0			416.8		2663.9
0.083	0	1578.2	1.750	407.2	2761.6	2602.5	58.02
0.093	76	1587.4	1.737	394.0	2756.7	2518.2	58.78
0.103	93	1567.7	1.685	373.8	2642.0	2389.4	61.76
0.113	99	1557.3	1.679	359.4	2615.1	2297.3	62.11
0.123	98	1553.1	1.661	344.0	2579.3	2198.3	63.18
0.133	99	1548.0	1.665	329.5	2577.9	2105.6	62.91
0.143	99	1542.7	1.646	317.4	2539.1	2028.3	64.05
0.153	99	1540.6	1.634	310.0	2517.7	1981.0	64.72
0.163	99	1536.6	1.609	306.6	2471.9	1959.3	66.20
0.173	99	1539.6	1.610	306.6	2478.9	1959.3	66.12
0.183	99	1540.5	1.623	309.3	2500.3	1976.6	65.37
0.193	95	1541.5	1.648	313.5	2540.4	2003.4	63.92
0.203	71	1596.9	1.750	317.3	2794.4	2027.7	58.01
0.213	82	1582.0	1.712	318.3	2707.8	2034.1	60.23
0.223	91	1579.8	1.707	316.2	2696.3	2020.7	60.51
0.233	91	1577.7	1.708	312.4	2695.0	1996.5	60.43
0.243	87	1569.4	1.708	308.0	2680.0	1968.3	60.46
0.253	91	1560.4	1.692	303.8	2640.7	1941.5	61.35
0.263	97	1557.2	1.639	299.8	2552.0	1916.0	64.46
0.273	97	1555.2	1.653	295.3	2570.6	1887.2	63.64
0.283	96	1555.2	1.636	290.1	2544.8	1854.0	64.60
0.293	97	1553.2	1.629	284.9	2530.1	1820.8	65.03
0.303	98	1556.3	1.635	280.8	2544.1	1794.6	64.69
0.313	95	1563.6	1.681	277.9	2628.0	1776.1	62.02
0.323	96	1566.6	1.677	275.8	2626.7	1762.6	62.26
0.333	98	1567.7	1.690	274.7	2648.7	1755.6	61.51
0.343	94	1572.7	1.727	274.1	2716.7	1751.8	59.31
0.353	95	1575.0	1.692	273.2	2665.5	1746.1	61.34
0.363	92	1572.7	1.682	271.7	2645.6	1736.5	61.93
0.373	95	1570.7	1.680	269.5	2638.1	1722.4	62.09
0.383	94	1571.6	1.671	266.5	2626.4	1703.3	62.58
0.393	92	1574.9	1.676	263.8	2638.9	1686.0	62.32
0.403	90	1574.9	1.676	261.5	2640.1	1671.3	62.27
0.413	96	1572.0	1.671	260.2	2626.4	1663.1	62.61
0.423	98	1568.9	1.679	259.9	2633.5	1661.1	62.15
0.433	98	1567.9	1.679	260.0	2632.1	1661.8	62.14
0.443	97	1571.3	1.693	260.5	2660.7	1665.0	61.29
0.453	94	1580.6	1.714	261.0	2708.7	1668.2	60.11
0.463	96	1583.8	1.706	261.7	2702.0	1672.7	60.56
0.473	97	1586.1	1.714	262.6	2718.9	1678.5	60.08
0.483	97	1585.3	1.723	264.2	2731.6	1688.7	59.56
0.493	96	1581.2	1.726	265.0	2729.9	1693.8	59.37
0.503	95	1570.0	1.714	261.9	2690.5	1674.0	60.11
0.513	99	1564.0	1.680	252.4	2627.5	1613.3	62.07
0.523	91	1563.1	1.628	235.0	2545.0	1502.1	65.07
0.533	99	1539.2	1.548	216.0	2382.4	1380.7	69.73
0.543	99	1532.5	1.404	185.4	2152.1	1185.1	78.06
0.553	99	1533.6	1.327	152.6	2035.6	975.5	82.52
0.563	99	1536.6	1.327	121.6	2039.2	777.4	82.54
0.573	99	1537.7	1.338	94.5	2056.9	604.2	81.92
0.583	99	1536.6	1.340	73.5	2058.8	470.0	81.80
0.593	99	1533.7	1.342	58.7	2057.4	375.4	81.70
0.603	99	1532.6	1.344	49.1	2059.9	314.1	81.55
0.613	99	1531.2	1.335	42.6	2044.3	272.6	82.07
0.623	99	1532.1	1.333	37.8	2042.6	241.9	82.18
0.633	99	1531.7	1.334	34.1	2043.1	218.3	82.14
0.643	99	1530.8	1.336	31.1	2045.6	198.5	82.00
0.653	99	1529.6	1.317	29.0	2015.1	185.0	83.10
0.663	99	1528.6	1.306	27.5	1996.2	175.5	83.76
0.673	99	1529.5	1.321	26.4	2020.7	168.5	82.88
0.683	99	1528.6	1.321	25.5	2019.4	162.7	82.89
0.693	99	1529.5	1.317	24.6	2014.0	157.0	83.13
0.703	99	1530.3	1.291	23.4	1976.1	149.3	84.61
0.713	99	1531.3	1.293	22.1	1980.0	141.0	84.51
0.723	99	1532.5	1.307	20.8	2002.7	132.7	83.71
0.733	99	1532.4	1.302	19.5	1994.7	124.4	84.01
0.743	94	1525.7	1.293	18.1	1972.0	115.5	84.54
0.753	82		1.270	17.4		111.0	85.83
0.763	80		1.269	16.8		107.2	85.91
0.773	66		1.255	16.8		107.2	86.72
0.783	0		1.265	16.9		107.9	86.16
0.793	46		1.256	17.0		108.5	86.68
0.803	66		1.253	17.2		109.8	86.82
0.813	77		1.268	17.7		113.0	85.94
0.823	87	1532.5	1.272	18.4	1948.7	117.5	85.76
0.833	92	1539.4	1.268	18.8	1951.6	120.1	85.98
0.843	99	1536.5	1.263	19.2	1940.3	122.6	86.26
0.853	99	1541.4	1.286	19.5	1982.2	124.6	84.92
0.863	99	1544.4	1.296	19.8	2001.7	126.5	84.33
0.873	99	1546.2	1.323	20.4	2045.5	130.3	82.78
0.883	99	1548.2	1.320	21.8	2043.6	139.3	82.95
0.893	99	1547.2	1.321	24.0	2043.4	153.4	82.91
0.903	99	1546.1	1.318	27.5	2037.4	175.8	83.08
0.913	99	1546.0	1.320	33.1	2040.5	211.6	82.95
0.923	99	1546.1	1.335	39.5	2063.3	252.5	82.11
0.933	99	1543.1	1.351	44.4	2084.4	283.8	81.16
0.943	99	1540.1	1.337	48.4	2058.5	309.4	81.98
0.953	99	1538.2	1.327	53.1	2040.7	339.4	82.56
0.963	99	1538.2	1.339	58.4	2059.3	373.3	81.86
0.973	99	1536.3	1.346	64.2	2068.4	410.4	81.42
0.983	99	1535.5	1.355	71.1	2080.9	454.5	80.91
0.993	99	1530.7	1.290	78.0	1974.2	498.6	84.70
1.003	91	1532.8	1.242	82.3	1904.2	526.1	87.46
1.013	99	1531.6	1.426	83.9	2184.0	536.4	76.80
1.023	99	1533.8	1.366	84.5	2095.4	540.2	80.27
1.033	99	1536.7	1.343	86.2	2064.2	551.1	81.60
1.043	99	1535.0	1.420	89.7	2179.2	573.5	77.17
1.053	83	1584.9	1.390	94.4	2203.6	603.5	78.86
1.063	91	1533.6	1.373	100.3	2105.5	641.2	79.88
1.073	99	1528.7	1.386	107.5	2118.3	687.3	79.14
1.083	76	1520.2	1.372	118.5	2085.2	757.6	79.95
1.093	31	1501.2	1.488	136.2	2233.3	870.7	73.22
1.103	50	1494.2	1.550	158.7	2316.6	1014.5	69.58
1.113	70		1.713	182.6		1167.3	60.15
1.123	73	1496.4	1.586	202.0	2373.1	1291.3	67.53
1.133	99	1510.5	1.492	217.2	2253.3	1388.2	72.98
1.143	99	1516.5	1.368	222.4	2074.7	1421.4	80.15
1.153	99	1513.0	1.351	228.4	2044.7	1459.8	81.13
1.163	98	1518.6	1.441	233.2	2188.0	1490.4	75.94
1.173	0			232.5		1486.0
1.183	0			224.0		1431.6
1.193	0			206.9		1322.4
1.203	0			190.1		1215.0
1.213	0			178.8		1142.8
1.223	0			172.0		1099.3