Citation:

PANGAEA.115050

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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: -66.595300 * Longitude: 22.087400

Date/Time Start: 2003-01-05T00:41:00 * Date/Time End: 2003-01-05T00:41:00

Minimum DEPTH, sediment/rock: 0.059 m * Maximum DEPTH, sediment/rock: 1.476 m

Event(s):

PS63/114-1 * Latitude: -66.595300 * Longitude: 22.087400 * Date/Time: 2003-01-05T00:41:00 * Elevation: -4738.0 m * Recovery: 1.48 m * Location: Riiser-Larsen Sea * Campaign: (PS63 06AQ200211_2) * Basis: * Method/Device: Gravity corer (GC) * Comment: 2 core sections: 0.05-0.48, 0.48-1.48 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:

906 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]
0.059	65			412.6		2637.0
0.069	86			425.8		2721.4
0.079	73			454.1		2902.3
0.089	0			487.4		3115.1
0.099	0			521.2		3331.1
0.109	69	1678.1	1.931	543.4	3240.8	3473.0	47.50
0.119	87	1670.3	1.937	566.2	3235.1	3618.7	47.17
0.129	97	1674.5	1.917	574.9	3210.2	3674.3	48.31
0.139	95	1671.0	1.889	559.6	3156.7	3576.6	49.94
0.149	99	1657.9	1.758	512.9	2914.3	3278.1	57.55
0.159	99	1485.5	1.475	443.9	2191.0	2837.1	73.96
0.169	99	1484.5	1.450	362.1	2152.4	2314.3	75.41
0.179	99	1481.5	1.360	290.9	2014.6	1859.2	80.64
0.189	99	1480.5	1.334	243.2	1974.8	1554.4	82.14
0.199	99	1480.5	1.332	214.8	1972.6	1372.8	82.23
0.209	99	1481.4	1.422	194.1	2106.5	1240.5	77.03
0.219	99	1481.2	1.467	173.1	2173.1	1106.3	74.42
0.229	99	1477.6	1.412	152.6	2085.9	975.3	77.63
0.239	99	1476.6	1.347	137.0	1988.3	875.6	81.41
0.249	99	1481.9	1.292	125.8	1914.8	804.0	84.56
0.259	99	1482.8	1.344	119.6	1993.3	764.4	81.54
0.269	99	1483.0	1.327	118.2	1968.0	755.4	82.53
0.279	99	1480.2	1.327	120.8	1963.5	772.1	82.57
0.289	99	1478.4	1.348	127.5	1993.0	814.9	81.32
0.299	99	1476.7	1.380	138.4	2037.4	884.6	79.48
0.309	99	1475.8	1.380	155.2	2036.6	991.9	79.46
0.319	99	1474.9	1.418	179.8	2091.5	1149.1	77.26
0.329	99	1477.6	1.457	215.5	2152.7	1377.3	75.01
0.339	99	1483.3	1.538	261.6	2281.8	1672.0	70.29
0.349	91	1505.8	1.699	316.5	2558.9	2022.8	60.94
0.359	58	1659.8	1.930	372.0	3203.9	2377.5	47.54
0.369	64		1.951	421.2		2692.0	46.34
0.379	74	1610.1	1.844	458.2	2969.7	2928.5	52.53
0.389	77	1603.8	1.926	487.0	3088.2	3112.5	47.82
0.399	42	1651.7	1.924	512.1	3177.0	3273.0	47.94
0.409	59	1728.9	1.962	537.6	3392.6	3435.9	45.69
0.419	0	1614.8	1.951	567.6	3150.5	3627.7	46.35
0.429	0			594.5		3799.6
0.439	0			606.9		3878.9
0.449	0			597.2		3816.9
0.459	0			562.7		3596.4
0.469	0			499.7		3193.7
0.486	72			352.8		2254.8
0.496	99			304.8		1948.1
0.506	99			266.5		1703.3
0.516	77			235.4		1504.5
0.526	0			211.6		1352.4
0.536	0		1.462	193.2		1234.8	74.71
0.546	99	1487.3	1.487	179.4	2210.9	1146.6	73.29
0.556	75	1488.5	1.540	166.6	2292.1	1064.8	70.19
0.566	77	1494.9	1.503	150.9	2246.1	964.4	72.36
0.576	99	1480.0	1.423	134.1	2106.7	857.1	76.95
0.586	99	1487.9	1.310	116.6	1948.9	745.2	83.54
0.596	99	1490.3	1.253	101.8	1867.1	650.6	86.84
0.606	99	1490.2	1.264	91.2	1882.9	582.9	86.22
0.616	99	1489.3	1.262	84.8	1878.8	542.0	86.34
0.626	99	1488.1	1.276	82.1	1898.2	524.7	85.52
0.636	99	1487.1	1.288	82.3	1915.5	526.0	84.80
0.646	99	1485.1	1.297	85.3	1926.3	545.2	84.28
0.656	99	1483.3	1.320	91.2	1957.8	582.9	82.95
0.666	99	1481.4	1.350	99.7	1999.5	637.2	81.22
0.676	99	1478.7	1.380	110.3	2040.1	705.0	79.49
0.686	99	1475.9	1.402	123.6	2069.1	790.0	78.19
0.696	99	1474.8	1.410	140.5	2079.1	898.0	77.74
0.706	99	1474.8	1.431	163.9	2110.8	1047.5	76.50
0.716	99	1475.6	1.436	196.4	2118.8	1255.2	76.22
0.726	99	1478.2	1.466	242.2	2167.5	1548.0	74.46
0.736	99	1482.8	1.621	302.3	2403.2	1932.1	65.50
0.746	60		1.861	373.1		2384.6	51.59
0.756	75	1670.3	1.930	445.3	3222.8	2846.0	47.59
0.766	87	1708.3	2.012	511.0	3437.6	3265.9	42.79
0.776	95	1720.4	2.041	558.4	3511.1	3568.9	41.13
0.786	96	1732.8	2.043	584.0	3539.2	3732.5	41.04
0.796	99	1736.6	2.048	592.7	3556.2	3788.1	40.73
0.806	99	1740.2	2.052	599.2	3570.9	3829.6	40.49
0.816	99	1743.8	2.049	606.3	3573.1	3875.0	40.66
0.826	96	1748.9	2.094	602.1	3662.7	3848.2	38.04
0.836	93	1748.9	2.070	568.7	3619.9	3634.7	39.46
0.846	99	1514.1	1.624	509.1	2459.3	3253.8	65.30
0.856	99	1568.4	1.704	448.5	2672.9	2866.5	60.66
0.866	97	1570.4	1.763	396.8	2768.9	2536.1	57.24
0.876	97	1564.2	1.687	349.5	2638.1	2233.7	61.69
0.886	99	1563.2	1.645	307.1	2572.1	1962.8	64.07
0.896	99	1565.2	1.583	267.6	2477.0	1710.3	67.72
0.906	99	1550.1	1.509	233.2	2339.4	1490.4	71.97
0.916	99	1540.1	1.481	205.8	2281.6	1315.3	73.58
0.926	99	1524.4	1.396	189.5	2128.1	1211.1	78.54
0.936	99	1496.8	1.414	188.5	2116.3	1204.8	77.50
0.946	99	1501.5	1.494	201.1	2242.7	1285.3	72.87
0.956	85	1555.9	1.709	220.0	2659.1	1406.1	60.38
0.966	95	1529.2	1.683	238.0	2573.8	1521.1	61.89
0.976	99	1530.2	1.643	250.6	2514.1	1601.7	64.21
0.986	90	1541.9	1.718	256.8	2648.7	1641.3	59.87
0.996	74	1547.0	1.793	252.9	2773.5	1616.4	55.52
1.006	87	1585.8	1.735	235.3	2751.2	1503.9	58.88
1.016	94	1580.6	1.657	206.2	2619.6	1317.9	63.38
1.026	99	1510.0	1.352	174.3	2041.8	1114.0	81.08
1.036	99	1507.2	1.325	149.4	1996.6	954.9	82.67
1.046	99	1506.2	1.307	135.1	1968.1	863.5	83.72
1.056	99	1505.3	1.331	130.7	2002.8	835.3	82.33
1.066	99	1505.3	1.376	133.2	2070.9	851.3	79.71
1.076	99	1507.2	1.478	139.6	2227.0	892.2	73.80
1.086	99	1508.1	1.459	147.5	2200.3	942.7	74.88
1.096	99	1506.2	1.445	155.9	2175.9	996.4	75.72
1.106	99	1507.0	1.443	163.9	2174.5	1047.5	75.82
1.116	99	1512.9	1.525	171.3	2307.4	1094.8	71.04
1.126	97	1517.6	1.570	177.1	2382.9	1131.9	68.44
1.136	99	1517.6	1.467	181.2	2226.2	1158.1	74.43
1.146	99	1514.9	1.463	184.6	2216.4	1179.8	74.65
1.156	99	1517.8	1.484	187.4	2252.5	1197.7	73.43
1.166	87	1519.7	1.623	185.0	2466.0	1182.4	65.39
1.176	99	1525.5	1.560	172.6	2379.0	1103.1	69.05
1.186	99	1502.6	1.495	153.1	2245.6	978.5	72.82
1.196	99	1496.9	1.364	131.3	2041.4	839.2	80.41
1.206	99	1495.1	1.367	115.0	2043.1	735.0	80.25
1.216	99	1494.3	1.370	106.6	2047.3	681.3	80.04
1.226	99	1491.6	1.410	105.4	2102.9	673.6	77.74
1.236	99	1489.9	1.428	108.5	2128.2	693.5	76.66
1.246	99	1492.0	1.451	113.1	2164.1	722.9	75.38
1.256	99	1499.2	1.497	115.7	2244.9	739.5	72.65
1.266	99	1498.5	1.561	112.9	2338.6	721.6	68.99
1.276	99	1492.1	1.454	105.5	2169.0	674.3	75.19
1.286	99	1491.3	1.420	96.3	2117.2	615.5	77.16
1.296	99	1496.2	1.459	87.0	2182.4	556.0	74.91
1.306	99	1498.2	1.412	77.3	2114.9	494.0	77.63
1.316	99	1497.4	1.381	66.6	2068.0	425.7	79.40
1.326	99	1495.6	1.297	55.9	1939.4	357.3	84.30
1.336	99	1493.2	1.329	46.5	1984.2	297.2	82.44
1.346	99	1493.2	1.337	39.6	1996.5	253.1	81.96
1.356	99	1493.4	1.342	34.7	2003.3	221.8	81.70
1.366	99	1492.6	1.342	31.2	2003.2	199.4	81.66
1.376	99	1494.5	1.322	29.1	1976.0	186.0	82.82
1.386	99	1499.3	1.300	28.6	1949.2	182.8	84.10
1.396	99	1501.2	1.287	30.3	1931.9	193.7	84.86
1.406	99	1505.8	1.269	36.1	1910.5	230.7	85.92
1.416	99	1505.3	1.306	43.8	1965.4	279.9	83.78
1.426	0		1.311	54.2		346.4	83.49
1.436	0			65.2		416.7
1.446	0			74.3		474.9
1.456	83			81.6		521.5
1.466	84			87.7		560.5
1.476	0			92.4		590.6