Citation:

PANGAEA.96934

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

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Related to:

Bassinot, Franck C; Labeyrie, Laurent D; Shipboard Scientific Party (1996): IMAGES MD101 Brest-Marseille 29/05/95-11/07/95 - A coring cruise of the R/V Marion Dufresne in the North Atlantic Ocean and Norwegian Sea. Les rapports de campagnes à la mer. lnstitut Français pour la Recherche et la Technologie Polaires, Technopole de Brest-lroise - BP75 - 29280 Plouzane - Francee de Brest-lroise - BP 75 - 29280 Plouzane - France, 96-1, 217, hdl:10013/epic.37487.d001

Project(s):

International Marine Global Change Study (IMAGES)

Coverage:

Latitude: 37.833333 * Longitude: -9.510833

Date/Time Start: 1995-07-09T00:00:00 * Date/Time End: 1995-07-09T00:00:00

Minimum DEPTH, sediment/rock: 0.020 m * Maximum DEPTH, sediment/rock: 4.500 m

Event(s):

MD95-2041 (MD952041) * Latitude: 37.833333 * Longitude: -9.510833 * Date/Time: 1995-07-09T00:00:00 * Elevation: -1123.0 m * Recovery: 18 m * Campaign: (IMAGES I) * Basis: * Method/Device: Calypso Corer (CALYPSO) * Comment: XII Sections, upper part of the core bent; liner exploded in section Ia

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Velocity, compressional wave	Vp	m/s	Labeyrie, Laurent D	Multi-Sensor Core Logger 17, GEOTEK	uncorrected
3	Velocity, compressional wave	Vp	m/s	Labeyrie, Laurent D	Multi-Sensor Core Logger 17, GEOTEK
4	Porosity	Poros	% vol	Labeyrie, Laurent D	Calculated
5	Density, wet bulk	WBD	g/cm³	Labeyrie, Laurent D	Multi-Sensor Core Logger 17, GEOTEK	uncorrected
6	Density, wet bulk	WBD	g/cm³	Labeyrie, Laurent D	Multi-Sensor Core Logger 17, GEOTEK
7	Susceptibility	Suscept	sensor values	Labeyrie, Laurent D	Multi-Sensor Core Logger 17, GEOTEK

License:

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

Size:

1350 data points

Data

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

1 Depth sed [m]	2 Vp [m/s] (uncorrected, Multi-Sensor Cor...)	3 Vp [m/s] (Multi-Sensor Core Logger 17, ...)	4 Poros [% vol] (Calculated)	5 WBD [g/cm³] (uncorrected, Multi-Sensor Cor...)	6 WBD [g/cm³] (Multi-Sensor Core Logger 17, ...)	7 Suscept [sensor values] (Multi-Sensor Core Logger 17, ...)
0.020	2614.6	2493.7	71.321	1.5953	1.5232	59
0.040	1396.3	1361.3	70.853	1.6029	1.5314	59
0.060	409.7	406.0	83.914	1.3901	1.3040	58
0.080	1492.7	1452.6	71.138	1.5983	1.5264	63
0.100	1491.9	1451.7	71.420	1.5937	1.5215	69
0.120	1490.5	1450.3	71.470	1.5929	1.5207	72
0.140	1489.4	1449.6	70.917	1.6019	1.5303	72
0.160	1489.4	1448.4	73.186	1.5649	1.4908	72
0.180	1489.4	1449.2	71.575	1.5912	1.5188	77
0.200	1490.5	1449.5	72.979	1.5683	1.4944	87
0.220	1489.0	1449.8	69.813	1.6199	1.5495	102
0.240	1489.0	1450.3	69.008	1.6330	1.5635	119
0.260	1490.1	1451.1	69.357	1.6273	1.5574	146
0.280	1485.8	1445.6	72.110	1.5825	1.5095	173
0.300	1490.1	1451.2	69.258	1.6289	1.5592	197
0.320	1487.6	1447.6	71.402	1.5940	1.5218	257
0.340	1441.7	1404.9	69.864	1.6191	1.5486	303
0.360	1434.6	1395.2	75.831	1.5218	1.4447	324
0.380	1485.8	1445.9	71.472	1.5928	1.5206	308
0.400	1485.8	1443.2	76.436	1.5120	1.4342	261
0.420	420.3	416.4	85.558	1.3633	1.2754	203
0.440	1448.5	1399.8	92.268	1.2540	1.1586	116
0.460	1442.4	1398.1	90.600	1.2812	1.1876	160
0.480	414.0	411.2	68.869	1.6353	1.5659	229
0.500	1495.6	1460.9	65.521	1.6898	1.6242	306
0.520	1491.9	1455.0	70.236	1.6130	1.5421	369
0.540	1491.9	1457.5	65.429	1.6913	1.6258	394
0.560	1493.0	1459.2	64.027	1.7142	1.6502	363
0.580	1493.7	1459.5	64.735	1.7026	1.6379	264
0.600	1493.7	1459.4	65.050	1.6975	1.6324	190
0.620	1491.6	1457.2	65.189	1.6952	1.6300	128
0.640	1490.5	1456.2	65.233	1.6945	1.6292	86
0.660	1491.6	1456.5	66.537	1.6733	1.6065	61
0.680	1491.6	1456.7	66.237	1.6782	1.6118	54
0.700	1490.5	1455.9	65.701	1.6869	1.6211	55
0.720	1490.5	1457.0	63.616	1.7209	1.6574	60
0.740	1491.9	1458.2	63.948	1.7155	1.6516	63
0.760	1491.9	1458.1	64.248	1.7106	1.6464	61
0.780	1490.5	1457.0	63.713	1.7193	1.6557	58
0.800	1491.9	1457.8	64.793	1.7017	1.6369	58
0.820	1491.9	1458.2	64.001	1.7146	1.6507	58
0.840	1494.5	1460.6	64.068	1.7135	1.6495	59
0.860	1494.5	1461.0	63.287	1.7262	1.6631	66
0.880	1493.4	1459.9	63.314	1.7258	1.6626	74
0.900	1494.5	1460.8	63.607	1.7210	1.6575	66
0.920	1494.5	1460.3	64.517	1.7062	1.6417	58
0.940	1494.5	1460.8	63.546	1.7220	1.6586	58
0.960	1494.5	1460.0	65.252	1.6942	1.6289	55
0.980	1498.1	1464.4	63.417	1.7241	1.6608	61
1.000	1498.1	1464.9	62.351	1.7415	1.6794	67
1.020	1497.0	1463.7	62.783	1.7344	1.6719	57
1.040	1497.0	1463.6	63.015	1.7306	1.6678	53
1.060	1497.0	1463.6	62.890	1.7327	1.6700	51
1.080	1498.1	1465.1	62.062	1.7462	1.6844	53
1.100	1497.0	1463.6	62.863	1.7331	1.6705	58
1.120	1497.0	1464.3	61.545	1.7546	1.6934	60
1.140	1497.0	1464.1	61.917	1.7485	1.6869	57
1.160	1497.4	1464.0	62.814	1.7339	1.6713	52
1.180	1495.2	1460.9	64.808	1.7014	1.6366	51
1.200	1494.5	1453.6	77.308	1.4978	1.4190	49
1.220	1495.6	1455.8	75.410	1.5287	1.4521	50
1.240	1496.6	1461.1	67.085	1.6643	1.5970	53
1.260	1497.7	1461.1	69.183	1.6301	1.5605	61
1.280	1496.6	1460.6	68.145	1.6471	1.5785	66
1.300	1496.6	1461.0	67.341	1.6602	1.5925	59
1.320	1496.6	1462.2	65.048	1.6975	1.6324	50
1.340	1496.6	1458.1	72.976	1.5683	1.4944	41
1.360	1496.6	1458.6	71.587	1.5910	1.5186	36
1.380	1497.7	1460.6	69.747	1.6210	1.5506	31
1.400	1497.7	1460.5	69.200	1.6299	1.5602	30
1.420	1501.0	1465.0	66.820	1.6687	1.6016	30
1.440	1507.6	1472.7	64.064	1.7136	1.6496	30
1.460	1514.2	1480.4	61.554	1.7545	1.6933	30
1.480	1514.2	1480.6	61.134	1.7613	1.7006	30
1.500	1515.3	1481.7	61.181	1.7606	1.6998	30
1.520	1521.9	1483.5	69.523	1.6246	1.5546	31
1.540	1519.7	1486.4	60.170	1.7770	1.7174	31
1.560	1515.6	1482.7	59.987	1.7800	1.7205	31
1.580	1517.9	1485.4	58.821	1.7990	1.7408	30
1.600	1521.2	1488.7	58.689	1.8011	1.7431	31
1.620	1517.9	1485.8	58.132	1.8102	1.7528	30
1.640	1520.4	1485.2	63.843	1.7172	1.6534	30
1.660	1522.7	1490.7	57.670	1.8177	1.7609	31
1.680	1518.2	1486.9	56.722	1.8332	1.7774	31
1.700	1519.3	1487.8	57.010	1.8285	1.7724	33
1.720	1520.8	1488.9	57.635	1.8183	1.7615	33
1.740	1521.9	1490.5	56.618	1.8349	1.7792	33
1.760	1521.9	1490.6	56.406	1.8384	1.7829	34
1.780	1513.0	1481.4	57.673	1.8177	1.7608	34
1.800	1510.8	1478.7	58.827	1.7989	1.7407	34
1.820	1509.7	1477.8	58.545	1.8035	1.7457	34
1.840	1510.8	1479.2	57.758	1.8163	1.7593	35
1.860	1509.7	1477.9	58.234	1.8086	1.7511	36
1.880	1509.7	1477.6	58.893	1.7978	1.7396	37
1.900	1508.6	1476.0	59.836	1.7824	1.7232	38
1.920	1509.4	1478.0	57.537	1.8199	1.7632	40
1.940	1509.4	1477.7	57.956	1.8131	1.7559	42
1.960	1514.1	1483.2	56.299	1.8401	1.7847	42
1.980	1509.7	1477.5	58.987	1.7963	1.7379	42
2.000	1506.4	1474.6	58.554	1.8033	1.7455	41
2.020	1504.3	1472.0	59.576	1.7867	1.7277	37
2.040	1502.1	1469.9	59.576	1.7867	1.7277	37
2.060	1503.2	1471.6	58.365	1.8064	1.7488	37
2.080	1503.5	1471.6	58.999	1.7961	1.7377	37
2.100	1501.3	1469.0	59.960	1.7804	1.7210	37
2.120	1501.3	1469.3	59.430	1.7891	1.7302	36
2.140	1501.3	1469.0	59.868	1.7819	1.7226	37
2.160	1501.0	1469.1	59.072	1.7949	1.7365	37
2.180	1503.2	1471.4	58.649	1.8018	1.7438	37
2.200	1505.3	1473.9	57.825	1.8152	1.7582	37
2.220	1502.1	1469.5	60.374	1.7737	1.7138	37
2.240	1502.8	1471.0	58.740	1.8003	1.7423	37
2.260	1509.4	1478.3	56.799	1.8319	1.7760	38
2.280	1509.4	1478.2	57.116	1.8268	1.7705	38
2.300	1508.3	1476.7	57.984	1.8126	1.7554	38
2.320	1505.0	1473.0	58.909	1.7976	1.7393	38
2.340	1501.7	1470.1	58.467	1.8048	1.7470	38
2.360	1499.9	1467.5	60.106	1.7781	1.7185	38
2.380	1498.8	1466.0	60.944	1.7644	1.7039	38
2.400	1499.2	1467.3	59.150	1.7936	1.7351	38
2.420	1499.2	1466.5	60.792	1.7669	1.7065	38
2.440	1500.3	1467.7	60.441	1.7726	1.7126	38
2.460	1500.6	1468.8	58.984	1.7963	1.7380	38
2.480	1500.6	1468.6	59.396	1.7896	1.7308	39
2.500	1498.5	1466.1	60.121	1.7778	1.7182	39
2.520	1498.5	1466.0	60.306	1.7748	1.7150	39
2.540	1498.5	1466.0	60.334	1.7743	1.7145	40
2.560	1498.5	1466.2	59.973	1.7802	1.7208	40
2.580	1498.5	1465.9	60.195	1.7766	1.7169	40
2.600	1501.7	1469.5	59.592	1.7864	1.7274	42
2.620	1502.8	1470.9	58.674	1.8014	1.7434	42
2.640	1502.8	1470.7	59.002	1.7960	1.7377	42
2.660	1502.8	1470.8	58.880	1.7980	1.7398	43
2.680	1503.9	1471.8	59.255	1.7919	1.7333	45
2.700	1503.9	1472.1	58.626	1.8022	1.7442	46
2.720	1503.9	1471.6	59.611	1.7861	1.7271	47
2.740	1505.0	1472.9	59.030	1.7956	1.7372	48
2.760	1505.0	1473.2	58.305	1.8074	1.7498	49
2.780	1505.0	1473.2	58.343	1.8068	1.7492	49
2.800	1508.3	1477.0	57.114	1.8268	1.7706	48
2.820	1510.4	1479.0	57.210	1.8253	1.7689	46
2.840	1512.6	1482.1	55.730	1.8494	1.7946	45
2.860	1512.6	1482.1	55.427	1.8543	1.7999	42
2.880	1512.6	1481.4	56.633	1.8347	1.7789	40
2.900	1513.7	1482.5	56.081	1.8436	1.7886	38
2.920	1515.9	1485.0	55.925	1.8462	1.7912	37
2.940	1515.9	1484.9	56.042	1.8443	1.7892	36
2.960	1514.8	1484.0	55.779	1.8486	1.7938	36
2.980	1513.7	1483.2	55.339	1.8557	1.8015	37
3.000	1518.8	1487.6	56.197	1.8418	1.7865	37
3.020	1523.2	1491.4	56.951	1.8295	1.7734	38
3.040	1518.1	1487.2	55.638	1.8509	1.7962	37
3.060	1517.8	1487.1	55.549	1.8523	1.7978	36
3.080	1516.7	1484.8	57.568	1.8194	1.7627	35
3.100	1518.9	1488.2	55.127	1.8592	1.8052	33
3.120	1521.1	1490.2	55.470	1.8536	1.7992	33
3.140	1518.9	1488.0	55.539	1.8525	1.7980	33
3.160	1516.7	1484.8	57.578	1.8192	1.7625	33
3.180	1518.9	1488.8	54.178	1.8747	1.8217	34
3.200	1520.0	1489.3	55.146	1.8589	1.8048	33
3.220	1521.1	1490.1	55.519	1.8528	1.7983	34
3.240	1517.4	1486.6	55.615	1.8512	1.7967	34
3.260	1524.1	1492.9	55.811	1.8480	1.7932	34
3.280	1519.6	1488.5	55.966	1.8455	1.7905	34
3.300	1516.3	1484.9	56.692	1.8337	1.7779	35
3.320	1513.7	1483.1	55.447	1.8540	1.7996	34
3.340	1512.6	1481.6	56.255	1.8408	1.7855	35
3.360	1511.5	1480.3	56.806	1.8318	1.7759	35
3.380	1511.5	1480.0	57.401	1.8221	1.7656	34
3.400	1513.7	1482.7	56.245	1.8410	1.7857	33
3.420	1513.7	1482.8	55.993	1.8451	1.7901	33
3.440	1513.7	1482.2	57.104	1.8270	1.7707	34
3.460	1513.7	1482.1	57.373	1.8226	1.7661	33
3.480	1510.4	1478.8	57.545	1.8198	1.7631	32
3.500	1510.4	1478.9	57.334	1.8232	1.7667	32
3.520	1510.4	1479.3	56.613	1.8350	1.7793	33
3.540	1514.8	1484.1	55.672	1.8503	1.7957	33
3.560	1512.6	1481.6	56.381	1.8388	1.7833	32
3.580	1510.4	1478.7	57.859	1.8147	1.7576	32
3.600	1509.3	1477.9	57.248	1.8246	1.7682	32
3.620	1512.6	1481.6	56.314	1.8398	1.7845	32
3.640	1512.6	1481.7	56.062	1.8440	1.7889	32
3.660	1517.1	1486.1	55.769	1.8487	1.7940	32
3.680	1513.7	1482.0	57.545	1.8198	1.7631	33
3.700	1510.4	1479.2	56.902	1.8303	1.7743	32
3.720	1507.2	1475.8	57.411	1.8220	1.7654	32
3.740	1508.3	1476.8	57.354	1.8229	1.7664	32
3.760	1508.3	1476.9	57.267	1.8243	1.7679	33
3.780	1509.3	1478.2	56.777	1.8323	1.7764	33
3.800	1514.8	1484.5	54.818	1.8642	1.8105	33
3.820	1518.2	1487.9	54.463	1.8700	1.8167	33
3.840	1515.6	1485.5	54.412	1.8708	1.8176	33
3.860	1513.4	1482.7	55.553	1.8522	1.7977	33
3.880	1515.6	1485.1	55.023	1.8609	1.8070	32
3.900	1514.5	1483.3	56.495	1.8369	1.7813	32
3.920	1513.4	1482.7	55.592	1.8516	1.7970	32
3.940	1514.8	1484.2	55.447	1.8540	1.7996	32
3.960	1517.1	1486.8	54.443	1.8703	1.8170	32
3.980	1514.8	1484.2	55.515	1.8529	1.7984	31
4.000	1515.9	1485.0	55.857	1.8473	1.7924	32
4.020	1518.2	1487.2	55.711	1.8497	1.7950	32
4.040	1517.1	1485.7	56.352	1.8392	1.7838	32
4.060	1515.9	1485.4	55.104	1.8596	1.8055	31
4.080	1511.5	1480.2	57.046	1.8279	1.7717	31
4.100	1510.4	1479.4	56.507	1.8367	1.7811	30
4.120	1509.3	1477.9	57.363	1.8227	1.7662	30
4.140	1510.8	1479.2	57.509	1.8204	1.7637	31
4.160	1511.2	1479.9	56.762	1.8325	1.7767	31
4.180	1507.9	1476.7	56.897	1.8303	1.7743	31
4.200	1505.7	1473.7	58.537	1.8036	1.7458	31
4.220	1504.6	1473.5	56.974	1.8291	1.7730	31
4.240	1504.6	1473.9	56.376	1.8388	1.7834	32
4.260	1503.9	1472.4	57.876	1.8144	1.7573	32
4.280	1504.9	1473.8	57.053	1.8278	1.7716	33
4.300	1503.9	1471.9	58.492	1.8044	1.7466	33
4.320	1504.9	1473.7	57.235	1.8248	1.7685	34
4.340	1506.0	1474.1	58.587	1.8028	1.7449	34
4.360	1507.1	1476.2	56.522	1.8364	1.7809	35
4.380	1508.2	1476.7	57.580	1.8192	1.7624	35
4.400	1508.2	1474.4	58.246	1.8084	1.7508	37
4.420	1511.2	1478.1	56.734	1.8330	1.7772	37
4.440	1514.4	1481.3	56.550	1.8360	1.7804	37
4.460	1512.2	1479.9	55.343	1.8557	1.8014	37
4.480	1509.0	1475.8	56.955	1.8294	1.7733	35
4.500	1425.9	1396.1	57.016	1.8284	1.7723	28