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Day, Ron; Luyendyk, Bruce P; Cann, Joe R (2005): Paleomagnetic and rock magnetic measurements of igneous and metamorphic rocks of Hole 49-412A. PANGAEA, https://doi.org/10.1594/PANGAEA.261406

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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
Luyendyk, Bruce P; Cann, Joe R; Sharman, G; Roberts, W P; Shor, A N; Duffield, W A; Varet, J; Zolotarev, Boris P; Poore, Richard Z; Steinmetz, J C; Kobayashi, Kazuo; Vennum, W; Wood, D A; Steiner, M (1979): Initial Reports of the Deep Sea Drilling Project. U. S. Government Printing Office, XLIX, 1020 pp, https://doi.org/10.2973/dsdp.proc.49.1979
Project(s):
Coverage:
Latitude: 36.562300 * Longitude: -33.166000
Date/Time Start: 1976-08-24T00:00:00 * Date/Time End: 1976-08-24T00:00:00
Minimum DEPTH, sediment/rock: 156.30 m * Maximum DEPTH, sediment/rock: 285.81 m
Event(s):
49-412A * Latitude: 36.562300 * Longitude: -33.166000 * Date/Time: 1976-08-24T00:00:00 * Elevation: -2609.0 m * Penetration: 294 m * Recovery: 23.1 m * Location: North Atlantic/FRACTURE ZONE * Campaign: Leg49 * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 14 cores; 133 m cored; 5 m drilled; 17.3 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Sample code/labelSample labelDay, RonDSDP/ODP/IODP sample designation
Sample IDSample IDDay, Ron
Lithology/composition/faciesLithologyDay, Ron
NRM, IntensityInten (NRM)mA/mDay, Ronreviewed and corrected (x 1000) by PANGAEA
NRM, InclinationIncl (NRM)degDay, Ron
ChRM, InclinationIncl (ChRM)degDay, Ron
NRM, median destructive field of natural remanent magnetization, alternating fieldMDF (NRM)mTDay, Ron
Magnetic susceptibility, volumekappa10-6 SIDay, RonInitial susceptibility [gauss/oersteds] transformed to 10**-6 SI
10 Koenigsberger ratioQ-ratioA/mDay, Ron
11 Curie temperatureCurie temp°CDay, Ron
12 Hysteresis, saturation magnetization, per unit volumeMsmA/mDay, Ron
13 Hysteresis, saturation remanence, per unit volumeMsrmA/mDay, Ron
14 Coercive forceBcmTDay, Ron
15 Coercivity of remanenceBcrmTDay, RonRemanent coercive force
16 Grain size descriptionGrain size descrDay, RonGrain size given in µm
17 CommentCommentDay, Ron
Size:
425 data points

Data

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


Depth sed [m]

Sample label

Sample ID

Lithology

Inten (NRM) [mA/m]

Incl (NRM) [deg]

Incl (ChRM) [deg]

MDF (NRM) [mT]

kappa [10-6 SI]
10 
Q-ratio [A/m]
11 
Curie temp [°C]
12 
Ms [mA/m]
13 
Msr [mA/m]
14 
Bc [mT]
15 
Bcr [mT]
16 
Grain size descr
17 
Comment
156.3049-412A-1-1,29-303Igneous7.99062.7062.43.01701.66000.232003.808.5@7-15APHYRIC BASALT
156.3049-412A-1-1,29-303IgneousAPHYRIC BASALT,THERMOMAGNETIC CURVE IS
156.3049-412A-1-1,29-303IgneousREVERSIBLE
165.6249-412A-2-1,12-126Igneous2.800-18.40-23.93.5PLAG-CLINOPYROXENE-OL PHYRIC MICRODOLERITE
166.0349-412A-2-1,52-546Igneous8.261.18000.5200019.7028.0PLAG-CPX-OL PHYRIC MICRODOLERITE
167.3649-412A-2-2,35-37Igneous2.429.661.900PLAG-CPX-OL PHYRIC MICRODOLERITE,THERMOMAGNETIC
167.3649-412A-2-2,35-371Igneous1.990-5.20-55.23.51781.84000.147003.107.5@10-40PLAG-CLINOPYROXENE-OL PHYRIC GABBRO-DOLERITE
167.3649-412A-2-2,35-37IgneousCURVE IS REVERSIBLE
175.7449-412A-3-1,73-759Igneous1.260-10.30-46.46.5PLAG-CPX-OL SPARSELY PHYRIC MICRODOLERITE
176.8649-412A-3-2,35-373Igneous5.180-43.04.232.554.4001.71000.137002.707.7PLAG-CPX-OL PHYRIC MICRODOLERITE
177.2249-412A-3-2,71-734BIgneous1.470-5.90-73.44.5PLAG-CPX-OL PHYRIC MICRODOLERITE
184.7849-412A-4-1,26-293Igneous2.900PLAG-OL MOD PHYRIC MICRODOLERITE
194.5349-412A-5-1,52-545Igneous4.350-35.60-67.05.0PLAG-OL SPARSELY PHYRIC BASALT
203.9949-412A-6-1,48-505Igneous6.470-38.00-51.813.8213.000PLAG-OL SPARSELY PHYRIC BASALT,MDF IS THERMAL
213.5249-412A-7-1,527Igneous5.000-46.032.57.3319.0001.28000.4990015.5023.4PLAG-OL SPARSELY PHYRIC BASALT
213.6049-412A-7-1,59-608Igneous8.420-41.10-45.413.5PLAG-OL SPARSELY PHYRIC BASALT,MDF NOT TRUE.
213.6049-412A-7-1,59-608IgneousHIGHER VALUE ARISES FROM SUPERPOSITION OF
213.6049-412A-7-1,59-608IgneousREVERSED AND NORMAL COMPONENT AND CONCOMITANT
213.6049-412A-7-1,59-608IgneousINTENSITY RISE IN LOW FIELDS,ALT SLIGHT
215.1149-412A-7-2,60-627Igneous11.516.465.600HIGHER VALUE ARISE FROM SUPERPOSITION OF
215.1149-412A-7-2,60-627Igneous3.280-46.90-54.512.52702.16000.410009.0018.2@2-15PLAG-OL SPARSELY PHYRIC BASALT,MDF NOT TRUE.
215.1149-412A-7-2,60-627IgneousREVERSED AND NORMAL COMPONENTS AND CONCOMITANT
215.1149-412A-7-2,60-627IgneousINTENSITY RISE IN LOW FIELDS
215.1149-412A-7-2,60-627IgneousPLAG-OL SPARSELY PHYRIC BASALT,THERMOMAGNETIC
215.1149-412A-7-2,60-627IgneousCURVE IS REVERSIBLE
223.5749-412A-8-1,106-10814Igneous8.790PLAG-OL SPARSELY PHYRIC BASALT
224.2949-412A-8-2,28-304AIgneous1.390-2.10-47.46.0PLAG-OL SPARSELY PHYRIC BASALT
232.4949-412A-9-1,48-506Igneous18.608.800PLAG-OL SPARSELY PHYRIC BASALT,THERMOMAGNETIC
232.4949-412A-9-1,48-506Igneous5.880-43.60-51.79.52051.40000.392006.5013.1PLAG-OL SPARSELY PHYRIC BASALT
232.4949-412A-9-1,48-506IgneousCURVE IS REVERSIBLE
241.9049-412A-10-1,39-414Igneous2.870-53.30-67.16.017.593.0002.51000.266003.106.5APHYRIC BASALT
241.9049-412A-10-1,39-414Igneous34.812.300APHYRIC BASALT
251.5549-412A-11-1,54-567Igneous1.210-49.50-56.17.0APHYRIC BASALT
252.8249-412A-11-2,31-333Igneous0.728-56.90-58.48.015.082.000PLAG-OL SPARSELY PHYRIC BASALT
253.0049-412A-11-2,504Igneous1.700-63.08.628.781.6001.76000.141002.808.0PLAG-OL SPARSELY PHYRIC BASALT
254.7049-412A-11-3,69-717Igneous23.624.400VALUE ARISES FROM SUPERPOSITION OF REVERSED AND
254.7049-412A-11-3,69-717Igneous3.720-67.50-66.415.02101.76000.264005.5011.50.5-5PLAG SPARSELY PHYRIC BASALT,MDF NOT TRUE.HIGHER
254.7049-412A-11-3,69-717IgneousNORMAL COMPONENTS AND CONCOMITANT INTENSITY RISE
254.7049-412A-11-3,69-717IgneousIN LOW FIELDS
254.7049-412A-11-3,69-717IgneousPLAG SPARSELY PHYRIC BASALT,THERMOMAGNETIC CURVE
254.7049-412A-11-3,69-717IgneousIS REVERSIBLE
270.2949-412A-13-1,28-302BIgneous2.730-16.60-35.19.5APHYRIC BASALT
272.0349-412A-13-2,52-545Igneous5.340APHYRIC BASALT
272.3049-412A-13-2,79-817AIgneous5.060-33.30-45.113.0APHYRIC BASALT,ALT EXT
273.9049-412A-13-3,89-919Igneous0.627-42.213.0PLAG-OL SPARSELY PHYRIC BASALT
279.6349-412A-14-1,12-141Igneous2.360-38.40-53.08.022.623.1001.49000.149002.306.5PLAG SPARSELY PHYRIC BASALT
279.6349-412A-14-1,12-141Igneous43.231.500PLAG SPARSELY PHYRIC BASALT
279.9549-412A-14-1,455Igneous15.900-50.013.522.7520.0002.31000.300006.2014.0PLAG SPARSELY PHYRIC BASALT
282.0049-412A-14-2,99-10110Igneous1.9403.90-53.93.01851.82000.109001.7017.0APHYRIC BASALT
282.0049-412A-14-2,99-10110IgneousAPHYRIC BASALT,THERMOMAGNETIC CURVE IS
282.0049-412A-14-2,99-10110IgneousREVERSIBLE
283.3149-412A-14-3,80-824BIgneous3.470APHYRIC BASALT
285.0749-412A-14-4,105-10812Igneous5.080-37.30-47.67.0APHYRIC BASALT
285.8149-412A-14-5,30-323Igneous6.526.6483.000APHYRIC BASALT,THERMOMAGNETIC CURVE IS
285.8149-412A-14-5,30-323Igneous0.794-1.30-70.57.52003.70000.111001.807.5APHYRIC BASALT
285.8149-412A-14-5,30-323IgneousREVERSIBLE