Citation:

PANGAEA.256545

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

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Related to:

Kissel, Catherine; Schulz, Hartmut (2003): Transit ENCENS-SHEBA R. V. Marion Dufresne Colombo (Sri Lanka)- Salalah (Oman) cruise report. LSCE/IOW, draft doc, 10 pp, hdl:10013/epic.42868.d001

Project(s):

International Marine Global Change Study (IMAGES)

Coverage:

Median Latitude: 19.500000 * Median Longitude: -37.500000 * South-bound Latitude: 0.000000 * West-bound Longitude: -75.000000 * North-bound Latitude: 39.000000 * East-bound Longitude: 0.000000

Date/Time Start: 1999-06-20T21:45:00 * Date/Time End: 1999-06-20T21:45:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 5.76 m

Event(s):

MD99-2204 (MD992204) * Latitude Start: 39.000000 * Longitude Start: -75.000000 * Latitude End: 0.000000 * Longitude End: 0.000000 * Date/Time: 1999-06-20T21:45:00 * Elevation Start: -24.0 m * Elevation End: 0.0 m * Recovery: 7.7 m * Location: Chesapeake Bay * Campaign: (IMAGES V) * Basis: * Method/Device: Calypso Corer (CALYPSO) * Comment: position uncertain

Comment:

Due to various problems with the core logger, all physical properties data of IMAGES V cruise should be considered unvalidated

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		Cronin, Thomas M	Multi-Sensor Core Logger (MSCL), GEOTEK
3	Velocity, compressional wave	Vp	m/s	Cronin, Thomas M	Multi-Sensor Core Logger (MSCL), GEOTEK
4	Density, wet bulk	WBD	g/cm³	Cronin, Thomas M	Multi-Sensor Core Logger (MSCL), GEOTEK
5	Impedance, specific	Impedance	kg/cm²/s	Cronin, Thomas M	Multi-Sensor Core Logger (MSCL), GEOTEK
6	Porosity, fractional	Poros frac		Cronin, Thomas M	Multi-Sensor Core Logger (MSCL), GEOTEK

License:

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

Size:

922 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 Impedance [kg/cm²/s]	6 Poros frac
0.03	0
0.06	0	1441.2	1.20		0.9
0.09	98	1443.9	1.23	1774.6	0.9
0.12	98	1444.8	1.24	1795.1	0.9
0.15	98	1446.6	1.24	1797.3	0.9
0.18	98	1447.7	1.22	1768.5	0.9
0.21	98	1444.2	1.22	1763.5	0.9
0.24	98	1439.7	1.25	1796.1	0.9
0.27	98	1442.6	1.28	1853.1	0.8
0.30	98	1437.9	1.26	1813.4	0.9
0.33	98	1442.8	1.21	1742.1	0.9
0.36	98	1437.8	1.26	1811.3	0.9
0.39	98	1439.9	1.26	1811.4	0.9
0.42	98	1445.1	1.26	1817.9	0.9
0.45	98	1445.0	1.29	1857.8	0.8
0.48	98	1444.8	1.29	1862.7	0.8
0.51	98	1445.7	1.30	1885.0	0.8
0.54	98	1441.4	1.34	1928.0	0.8
0.57	98	1443.6	1.32	1906.7	0.8
0.60	98	1442.5	1.32	1910.7	0.8
0.63	98	1440.7	1.36	1959.7	0.8
0.66	98	1437.5	1.37	1970.1	0.8
0.69	98	1433.6	1.38	1984.6	0.8
0.72	98	1435.1	1.37	1961.2	0.8
0.75	98	1434.8	1.35	1934.7	0.8
0.78	98	1434.7	1.37	1958.8	0.8
0.81	98	1434.7	1.37	1963.7	0.8
0.84	98	1437.6	1.36	1949.0	0.8
0.87	98	1435.6	1.38	1988.1	0.8
0.90	98	1435.9	1.40	2007.9	0.8
0.93	98	1433.3	1.39	1987.3	0.8
0.96	98	1433.9	1.40	2002.6	0.8
0.99	98	1436.2	1.40	2011.4	0.8
1.02	98	1440.6	1.39	2007.0	0.8
1.05	98	1440.7	1.35	1948.2	0.8
1.08	98	1443.5	1.34	1936.0	0.8
1.11	98	1440.8	1.34	1936.5	0.8
1.14	98	1441.4	1.36	1953.2	0.8
1.17	98	1434.3	1.40	2011.2	0.8
1.20	98	1435.0	1.42	2041.2	0.8
1.23	98	1438.6	1.39	2000.6	0.8
1.26	98	1439.0	1.35	1945.8	0.8
1.29	98	1422.8	1.40	1987.6	0.8
1.32	98	1417.9	1.40	1982.2	0.8
1.35	98	1416.8	1.45	2056.2	0.8
1.38	98	1416.5	1.39	1968.6	0.8
1.41	98	1428.3	1.38	1976.1	0.8
1.44	77	1134.8	1.47	1672.3	0.7
1.47	0	1038.8	1.48	1534.2	0.7
1.50	0	1771.5	1.30	2296.6	0.8
1.53	98
1.56	98	1734.5	1.15		0.9
1.59	98	1737.0	1.23	2142.6	0.9
1.62	61	1733.9	1.20	2078.5	0.9
1.65	93	1733.7	1.21	2103.2	0.9
1.68	98	1731.4	1.20	2081.7	0.9
1.71	98	1738.0	1.18	2050.6	0.9
1.74	98	1741.8	1.25	2178.1	0.9
1.77	98	1740.5	1.24	2154.3	0.9
1.80	98	1741.8	1.20	2096.8	0.9
1.83	98	1736.7	1.18	2051.8	0.9
1.86	98	1738.0	1.21	2111.2	0.9
1.89	98	1737.8	1.18	2047.3	0.9
1.92	98	1739.4	1.18	2046.4	0.9
1.95	98	1743.1	1.23	2143.4	0.9
1.98	91	1722.1	1.23	2114.9	0.9
2.01	90	1581.5	1.24	1954.7	0.9
2.04	92	1580.4	1.23	1937.9	0.9
2.07	86	1711.9	1.19	2028.9	0.9
2.10	95	1579.5	1.23	1938.2	0.9
2.13	98	1736.9	1.24	2153.9	0.9
2.16	98	1741.7	1.24	2156.2	0.9
2.19	98	1745.5	1.25	2179.7	0.9
2.22	98	1736.6	1.22	2120.4	0.9
2.25	98	1747.8	1.26	2207.4	0.9
2.28	98	1749.9	1.25	2189.1	0.9
2.31	98	1745.9	1.28	2230.2	0.9
2.34	90	1741.8	1.26	2203.0	0.9
2.37	97	1724.2	1.22	2096.0	0.9
2.40	98	1739.4	1.25	2173.3	0.9
2.43	98	1717.5	1.22	2104.0	0.9
2.46	98	1725.1	1.24	2134.9	0.9
2.49	98	1724.2	1.25	2159.9	0.9
2.52	98	1725.4	1.23	2124.5	0.9
2.55	98	1722.9	1.22	2104.3	0.9
2.58	98	1729.2	1.20	2080.9	0.9
2.61	98	1728.8	1.23	2123.7	0.9
2.64	98	1732.2	1.25	2168.3	0.9
2.67	98	1725.2	1.23	2116.6	0.9
2.70	98	1732.3	1.26	2176.5	0.9
2.73	98	1735.3	1.28	2222.1	0.9
2.76	98	1730.9	1.24	2150.2	0.9
2.79	91	1644.1	1.20	1979.3	0.9
2.82	98	1731.8	1.25	2163.3	0.9
2.85	98	1729.5	1.23	2131.9	0.9
2.88	98	1726.9	1.20	2079.0	0.9
2.91	98	1732.2	1.20	2072.1	0.9
2.94	98	1728.2	1.17	2015.8	0.9
2.97	98	1742.2	1.22	2131.5	0.9
3.00	98	1741.8	1.19	2077.9	0.9
3.03	79
3.06	98	1430.9	1.46		0.7
3.09	98	1431.6	1.49	2127.6	0.7
3.12	98	1436.6	1.51	2167.2	0.7
3.15	98	1439.5	1.54	2216.8	0.7
3.18	98	1430.8	1.48	2113.4	0.7
3.21	98	1431.8	1.43	2051.5	0.8
3.24	98	1440.3	1.47	2111.1	0.7
3.27	98	1443.7	1.52	2188.1	0.7
3.30	98	1441.1	1.52	2187.1	0.7
3.33	59	1538.1	1.64	2522.2	0.6
3.36	98	1436.6	1.49	2141.7	0.7
3.39	96	1438.3	1.49	2146.1	0.7
3.42	94	1437.9	1.51	2176.7	0.7
3.45	0	1441.0	1.52	2191.0	0.7
3.48	98	1434.0	1.53	2197.4	0.7
3.51	98	1438.4	1.45	2080.7	0.8
3.54	88	1435.7	1.48	2118.7	0.7
3.57	98	1442.5	1.52	2185.5	0.7
3.60	98	1446.0	1.58	2285.5	0.7
3.63	98	1442.5	1.54	2222.1	0.7
3.66	98	1441.4	1.53	2204.0	0.7
3.69	98	1461.7	1.59	2319.1	0.7
3.72	98	1437.9	1.48	2126.7	0.7
3.75	98	1444.6	1.53	2216.9	0.7
3.78	98	1442.5	1.51	2181.0	0.7
3.81	98	1451.2	1.57	2285.0	0.7
3.84	98	1448.0	1.56	2252.5	0.7
3.87	98	1452.4	1.57	2277.3	0.7
3.90	98	1438.8	1.48	2130.2	0.7
3.93	98	1443.6	1.54	2229.1	0.7
3.96	98	1425.5	1.46	2085.0	0.7
3.99	98	1426.4	1.52	2169.8	0.7
4.02	98	1422.8	1.49	2126.5	0.7
4.05	98	1422.8	1.50	2127.2	0.7
4.08	98	1436.3	1.56	2234.4	0.7
4.11	98	1425.5	1.47	2092.8	0.7
4.14	98	1427.2	1.50	2144.3	0.7
4.17	98	1430.7	1.50	2141.1	0.7
4.20	98	1427.5	1.48	2117.0	0.7
4.23	98	1425.3	1.46	2087.3	0.7
4.26	98	1428.9	1.51	2152.4	0.7
4.29	98	1424.3	1.47	2091.1	0.7
4.32	98	1426.7	1.45	2069.0	0.8
4.35	98	1434.3	1.38	1982.6	0.8
4.38	98	1420.3	1.44	2041.5	0.8
4.41	98	1423.1	1.49	2114.2	0.7
4.44	98	1427.4	1.53	2177.5	0.7
4.47	98	1426.8	1.46	2082.2	0.7
4.56	0	1928.2	1.36		0.8
4.59	98	1411.1	1.46	2060.8	0.7
4.62	98	1409.8	1.46	2063.3	0.7
4.65	98	1411.5	1.51	2136.2	0.7
4.68	98	1406.7	1.47	2068.2	0.7
4.71	98	1410.3	1.50	2109.6	0.7
4.74	98	1407.3	1.51	2125.7	0.7
4.77	95	1416.7	1.58	2242.8	0.7
4.80	98	1410.3	1.47	2071.6	0.7
4.83	98	1408.5	1.46	2050.5	0.8
4.86	98	1411.6	1.48	2095.2	0.7
4.89	98	1410.8	1.47	2080.2	0.7
4.92	98	1409.3	1.48	2086.3	0.7
4.95	98	1411.1	1.50	2115.5	0.7
4.98	98	1406.9	1.45	2046.9	0.8
5.01	98	1408.8	1.48	2091.7	0.7
5.04	98	1410.0	1.51	2123.7	0.7
5.07	98	1407.2	1.50	2105.6	0.7
5.10	98	1405.5	1.50	2106.4	0.7
5.13	98	1409.1	1.46	2060.0	0.7
5.16	98	1408.2	1.47	2067.1	0.7
5.19	98	1408.6	1.46	2062.4	0.7
5.22	98	1409.8	1.47	2076.2	0.7
5.25	98	1409.9	1.47	2070.5	0.7
5.28	98	1414.8	1.47	2084.1	0.7
5.31	98	1412.6	1.52	2149.7	0.7
5.34	98	1407.5	1.56	2199.1	0.7
5.37	98	1408.9	1.47	2069.9	0.7
5.40	98	1412.1	1.48	2084.6	0.7
5.43	98	1404.6	1.45	2036.2	0.8
5.46	98	1407.4	1.49	2100.8	0.7
5.49	98	1411.4	1.52	2139.5	0.7
5.52	98	1415.3	1.48	2093.5	0.7
5.55	98	1412.2	1.45	2043.3	0.8
5.58	98	1408.0	1.46	2059.7	0.7
5.61	98	1411.8	1.48	2091.4	0.7
5.64	98	1400.5	1.47	2062.5	0.7
5.67	60	1524.0
5.70	96	1522.8
5.73	96	1520.5
5.76	97	1520.3