Citation:

PANGAEA.261502

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Related to:

DSDP (1989): Data from the Deep Sea Drilling Project. Sediment, hard rock and reference files. National Geophysical Data Center, National Environmental Satellite, Data and Information Service, National Oceanic and Atmospheric Administration, U.S. Department of Commerce, 1, CD-ROM

Weaver, Barry L; Rideout, M L; Neuser, R D; Khan, Mohammad Javed; Hill, Ian Ashley; Echols, D J; Drake, N; Curtis, Doris M; Clark, Murlene W; Christie, David M; Brannon, Joyce C; Mills, William; Bougault, Henri; Cande, Steven C (1985): Initial Reports of the Deep Sea Drilling Project. Initial Reports of the Deep Sea Drilling Project, U.S. Government Printing Office, LXXXII, 667 pp, https://doi.org/10.2973/dsdp.proc.82.1985

Further details:

Igneous and metamorphic rocks data file - background and methods

Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Latitude: 33.141500 * Longitude: -41.679300

Date/Time Start: 1981-10-21T00:00:00 * Date/Time End: 1981-10-21T00:00:00

Minimum DEPTH, sediment/rock: 242.79 m * Maximum DEPTH, sediment/rock: 323.16 m

Event(s):

82-562 * Latitude: 33.141500 * Longitude: -41.679300 * Date/Time: 1981-10-21T00:00:00 * Elevation: -3172.0 m * Penetration: 331 m * Recovery: 42 m * Location: North Atlantic/RIDGE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 10 cores; 81 m cored; 0 m drilled; 51.9 % recovery

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Sample code/label	Sample label		Smith, Guy M	DSDP/ODP/IODP sample designation
3	Sample ID	Sample ID		Smith, Guy M
4	Lithology/composition/facies	Lithology		Smith, Guy M
5	NRM, Intensity	Inten (NRM)	mA/m	Smith, Guy M		reviewed and corrected (x 1000) by PANGAEA
6	NRM, Inclination	Incl (NRM)	deg	Smith, Guy M
7	ChRM, Inclination	Incl (ChRM)	deg	Smith, Guy M
8	NRM, median destructive field of natural remanent magnetization, alternating field	MDF (NRM)	mT	Smith, Guy M
9	Magnetic susceptibility, volume	kappa	10^-6 SI	Smith, Guy M		Initial susceptibility [gauss/oersteds] transformed to 10**-6 SI
10	Koenigsberger ratio	Q-ratio	A/m	Smith, Guy M
11	Sample method	Sample method		Smith, Guy M		Thermomagnetic curve
12	Curie temperature	Curie temp	°C	Smith, Guy M
13	Hysteresis, saturation magnetization, per unit volume	Ms	mA/m	Smith, Guy M
14	Hysteresis, saturation remanence, per unit volume	Msr	mA/m	Smith, Guy M
15	Coercive force	Bc	mT	Smith, Guy M
16	Coercivity of remanence	Bcr	mT	Smith, Guy M		Remanent coercive force
17	Comment	Comment		Smith, Guy M

License:

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

Size:

531 data points

Data

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

1 Depth sed [m]	2 Sample label	3 Sample ID	4 Lithology	5 Inten (NRM) [mA/m]	6 Incl (NRM) [deg]	7 Incl (ChRM) [deg]	8 MDF (NRM) [mT]	9 kappa [10^-6 SI]	10 Q-ratio [A/m]	11 Sample method	12 Curie temp [°C]	13 Ms [mA/m]	14 Msr [mA/m]	15 Bc [mT]	16 Bcr [mT]	17 Comment
242.79	82-562-1-2,28-30	2B	Igneous	16.800	-27.40	-34.3	9.0	5.15
242.79	82-562-1-2,27-30	2B	Igneous	0.881	-33.00		51.3	10.67	2.100	Curie temperature is from the heating curve	205	0.5800	0.17000	10.60	19.4	PLAG MOD PHYRIC PILLOW BASALT,ALT FRESH,PILLOW
242.79	82-562-1-2,27-30	2B	Igneous													MARGIN,TC TOO CLOSE TO BE MEASURED ACCURATELY
242.79	82-562-1-2,28-30	2B	Igneous													PLAG MOD PHYRIC BASALT,ALT FRESH,PILLOW
243.13	82-562-1-2,61-64	2E	Igneous	2.430	-50.00		36.3	2.51	24.300	Curie temperature is from the cooling curve	565					PLAG PHYRIC PILLOW BASALT,ALT FRESH,PILLOW
243.13	82-562-1-2,61-64	2E	Igneous							Curie temperature is from the heating curve	290	0.2550	0.12000	21.10	27.8	INTERIOR
250.68	82-562-2-1,64-71	3C	Igneous	3.710	-12.70	-30.8	6.5	6.16								PLAG PHYRIC BASALT,ALT FRESH,PILLOW
252.93	82-562-2-2,142-144	16	Igneous	1.950	-27.70	-29.4	37.0	1.38								PLAG SPARSELY PHYRIC BASALT,ALT MOD,PILLOW
253.42	82-562-2-3,41-43	3B	Igneous	2.530	-39.30	-40.0	49.0	0.75								PLAG SPARSELY PHYRIC BASALT,ALT MOD TO FRESH
254.58	82-562-2-4,7-9	2A	Igneous	3.950	-18.80	-39.1	8.5	7.54								PLAG SPARSELY PHYRIC BASALT,ALT MOD,PILLOW
256.10	82-562-2-5,9-11	9A	Igneous	3.460	-25.90	-35.0	7.5	3.14								PLAG SPARSELY PHYRIC BASALT,ALT MOD TO FRESH
259.47	82-562-3-1,46-48	1D	Igneous	1.660	-21.80	-38.0	36.0	1.82								PLAG SPARSELY PHYRIC BASALT,ALT MOD,PILLOW
261.92	82-562-3-2,141-143	8C	Igneous	4.390	-13.10	-24.8	15.0	2.71								PLAG SPARSELY PHYRIC BASALT,ALT MOD,PILLOW
262.87	82-562-3-3,86-88	6C	Igneous	0.770	-29.20	-45.6	36.5	1.36								PLAG SPARSELY PHYRIC BASALT,ALT SLIGHT,PILLOW
264.61	82-562-3-4,110-112	7	Igneous	4.020	27.00	31.6	7.7	3.64								PLAG SPARSELY PHYRIC BASALT,ALT MOD TO PLAG,
264.61	82-562-3-4,110-112	7	Igneous													PILLOW
268.76	82-562-4-1,75-77	3B	Igneous	4.010	-21.50	-28.0	20.0	9.37								APHYRIC BASALT,ALT MOD,MASSIVE
269.89	82-562-4-2,38-41	1A	Igneous	1.670	-36.00		35.3	3.69	11.400	Curie temperature is from the cooling curve	520					SPARSELY TO MOD PLAG PHYRIC BASALT,ALT MOD,
269.89	82-562-4-2,38-41	1A	Igneous							Curie temperature is from the heating curve	305	0.2540	0.10400	17.20	23.0	MASSIVE FLOW
269.97	82-562-4-2,46-48	1B	Igneous	4.260	-27.60	-34.4	18.5	2.81								PLAG SPARSELY PHYRIC BASALT,ALT FRESH,MASSIVE
271.27	82-562-4-3,26-28	2B	Igneous	4.310	-17.10	-38.7	7.5	8.57								PLAG MOD PHYRIC BASALT,ALT FRESH,MASSIVE
271.74	82-562-4-3,72-75	2G	Igneous	1.850	-35.00		13.2	4.36	10.700	Curie temperature is from the cooling curve	550					PLAG MOD PHYRIC BASALT,ALT FRESH,FLOW MARGIN
271.74	82-562-4-3,72-75	2G	Igneous							Curie temperature is from the heating curve	270	0.3830	0.13000	14.50	21.7
272.31	82-562-4-3,129-132	4A	Igneous	0.690	-30.00		47.8	2.22	7.800	Curie temperature is from the cooling curve	570					PLAG SPARSELY PHYRIC BASALT,ALT FRESH TO MOD,
272.31	82-562-4-3,129-132	4A	Igneous							Curie temperature is from the heating curve	525	0.0603	0.02490	18.80	41.3	PILLOW MARGIN
272.82	82-562-4-4,30-33	2D	Igneous	2.190	-31.00		52.6	1.05	52.000	Curie temperature is from the cooling curve	545					SPARSELY PLAG PHYRIC BASALT,ALT MOD,PILLOW
272.82	82-562-4-4,30-33	2D	Igneous							Curie temperature is from the heating curve	260	0.1310	0.08620	30.40	46.7	INTERIOR
273.68	82-562-4-4,117-119	8B	Igneous	3.280	-38.10	-40.2	35.5	1.73								PLAG SPARSELY PHYRIC BASALT,ALT FRESH,PILLOW
277.65	82-562-5-1,64-66	4A	Igneous	2.340	-31.20	-40.9	32.5	1.03								PLAG MOD PHYRIC BASALT,ALT MOD TO FRESH,PILLOW
279.30	82-562-5-2,78-81	4A	Igneous	2.140	-33.00		41.4	5.67	9.500	Curie temperature is from the heating curve	260	0.5030	0.11600	8.90	16.9	PLAG MOD PHYRIC BASALT,ALT FRESH TO MOD,FLOW
279.30	82-562-5-2,78-81	4A	Igneous													MARGIN
279.40	82-562-5-2,89-91	4B	Igneous	1.810	-11.10	-32.8	11.5	6.79								PLAG MOD PHYRIC BASALT,ALT MOD TO FRESH,MASSIVE
279.56	82-562-5-2,104-107	4C	Igneous	1.130	-26.00		28.2	4.12	6.900	Curie temperature is from the heating curve	370	0.2990	0.08800	13.90	21.7	PLAG MOD PHYRIC BASALT,ALT FRESH TO MOD,FLOW
279.56	82-562-5-2,104-107	4C	Igneous													INTERIOR,TC TOO LOW TO BE MEASURED ACCURATELY
280.41	82-562-5-3,40-42	1D	Igneous	3.590	-2.20	-19.1	17.0	8.19								PLAG MOD PHYRIC BASALT,ALT MOD,MASSIVE
280.80	82-562-5-3,79-81	1F	Igneous	2.900	-6.90	-31.9	15.7	10.30								PLAG MOD PHYRIC BASALT,ALT FRESH,MASSIVE
281.80	82-562-5-4,29-31	1B	Igneous	3.410	-14.60	-27.3	7.5	7.67								PLAG MOD PHYRIC BASALT,ALT FRESH,MASSIVE
282.73	82-562-5-4,122-124	2B	Igneous	2.390	-10.50	-27.4	7.5	10.10								PLAG MOD PHYRIC BASALT,ALT FRESH,MASSIVE
283.48	82-562-5-5,47-49	3A	Igneous	2.210	-10.30	-24.6	28.0	1.70								PLAG MOD PHYRIC BASALT,ALT MOD TO FRESH,MASSIVE
289.21	82-562-6-3,19-22	2A	Igneous	3.130	-31.00		73.6	1.16	67.500	Curie temperature is from the cooling curve	550					PLAG MOD PHYRIC BASALT,ALT FRESH TO MOD,PILLOW
289.21	82-562-6-3,19-22	2A	Igneous							Curie temperature is from the heating curve	315	0.1320	0.08900	51.70	72.8	MARGIN
289.63	82-562-6-3,61-64	2D	Igneous	2.390	-29.00		50.5	1.17	51.200	Curie temperature is from the cooling curve	530					PLAG MOD PHYRIC BASALT,ALT FRESH TO MOD,PILLOW
289.63	82-562-6-3,61-64	2D	Igneous							Curie temperature is from the heating curve	285	0.1150	0.07530	38.80	51.3	INTERIOR
289.86	82-562-6-3,85-87	3B	Igneous	1.430	-41.50	-42.1	45.0	1.07								PLAG MOD PHYRIC BASALT,ALT SLIGHT TO FRESH,
289.86	82-562-6-3,85-87	3B	Igneous													PILLOW
291.45	82-562-6-4,94-96	2H	Igneous	2.850	-43.90	-49.8	46.5	1.07								PLAG PHYRIC BASALT,ALT SLIGHT,PILLOW
295.27	82-562-7-1,26-28	4A	Igneous	2.330	-21.80	-23.9	56.7	1.07								PLAG MOD TO STRONGLY PHYRIC BASALT,ALT MOD TO
295.27	82-562-7-1,26-28	4A	Igneous													FRESH,PILLOW
296.27	82-562-7-1,126-128	7H	Igneous	1.890	-33.50	-35.3	47.5	1.23								PLAG MOD TO STRONGLY PHYRIC BASALT,PILLOW
297.07	82-562-7-2,56-58	2E	Igneous	3.020	-25.70	-28.1	37.5	1.32								PLAG MOD TO STRONGLY PHYRIC BASALT,ALT MOD TO
297.07	82-562-7-2,56-58	2E	Igneous													FRESH,PILLOW
298.65	82-562-7-3,64-66	6B	Igneous	1.420	-28.40	-29.7	62.5	1.01								PLAG MOD PHYRIC BASALT,ALT FRESH TO MOD,
298.65	82-562-7-3,64-66	6B	Igneous													PILLOW
301.45	82-562-8-1,144-146	9A	Igneous	3.940	-30.00	-31.8	47.0	1.41								PLAG SPARSELY PHYRIC BASALT,ALT FRESH TO MOD,
301.45	82-562-8-1,144-146	9A	Igneous													PILLOW
301.58	82-562-8-2,7-9	1	Igneous	4.010	-36.50	-36.2	41.0	1.66								PLAG SPARSELY PHYRIC BASALT,ALT FRESH TO MOD,
301.58	82-562-8-2,7-9	1	Igneous													PILLOW
304.83	82-562-9-1,82-84	4B	Igneous	3.020	-29.70	-31.2	40.0	1.19								PLAG MOD PHYRIC BASALT,ALT SLIGHT,PILLOW
305.74	82-562-9-2,23-25	1C	Igneous	2.180	-30.40	-33.3	45.0	1.16								PLAG PHYRIC BASALT,ALT FRESH TO MOD,PILLOW
306.32	82-562-9-2,81-83	5E	Igneous	3.200	-35.60	-36.4	45.0	1.17								PLAG PHYRIC BASALT,ALT SLIGHT,PILLOW
323.16	82-562-11-1,115-117	9B	Igneous	1.480	-33.50	-33.9	55.0	1.18								PLAG PHYRIC BASALT,ALT MOD,PILLOW