Leg : 37 Top/Bottom Interval(mm): 570/ 580 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 102.00 Piece No.:
Core: 6 Sample Midpoint(m) : 104.08 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3080/-6 / / /
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 920/ 940 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 102.00 Piece No.:
Core: 6 Sample Midpoint(m) : 104.43 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1670/-6 29.0/ 29.7 92.0/ 92.6 200 195/-6 19.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
342 0.325
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 930/ 960 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 102.00 Piece No.:
Core: 6 Sample Midpoint(m) : 104.45 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1529/-6 29.2/ 28.3 86.1/ 87.2 249 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
362 0.247
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1070/1090 Analyst :
Hole: 332A Top of Core Depth(m) : 102.00 Piece No.:
Core: 6 Sample Midpoint(m) : 104.58 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2559/-6 24.3/ 28.0 / 290 211/-6 27.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
343 0.160 0.203 176 248 2.7
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1170/1200 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 102.00 Piece No.:
Core: 6 Sample Midpoint(m) : 104.68 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2588/-6 30.3/ 30.6 122.6/121.0 221 169/-6 34.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
310 0.410
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 0/ 30 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.51 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5581/-6 -35.9/ 175.1/ /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
269 0.413
PLAG SPARSELY PHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 0/ 30 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.51 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6228/-6 -56.8/ 184.3/ /
PLAG SPARSELY PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 0/ 30 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.51 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3981/-6 -4.8/ 78.7/ /
PLAG SPARSELY PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 60/ 90 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.58 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5747/-6 44.2/ 43.9 185.4/185.5 505 135/-6 94.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
308 0.298
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 80/ 110 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.60 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
8270/-6 43.3/ 43.3 274.5/274.0 362 182/-6 101.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
309 0.352
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 200/ 220 Analyst :
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.71 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5692/-6 14.6/ 14.9 / 324 240/-6 52.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.386 263 324
PLAG SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 400/ 430 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.92 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4130/-6 28.5/ 28.8 104.7/104.4 190 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
300 0.282
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 400/ 430 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 111.92 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3122/-6 -7.4/ 38.8/ 198 132/-6 52.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
298 0.408
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 660/ 680 Analyst :
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 112.17 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2157/-6 35.5/ 37.9 / 231 216/-6 22.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.166 151 205
PLAG SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 660/ 690 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 112.18 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2360/-6 35.0/ 31.4 46.0/ 49.8 180 117/-6 44.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
314 0.297
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1060/1080 Analyst :
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 112.57 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2412/-6 47.6/ 34.0 / 253 245/-6 21.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.167 172 244
PLAG SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1250/1260 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 112.76 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6320/-6 / / /
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1430/1450 Analyst :
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 112.94 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
7365/-6 / / 394 275/-6 59.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.413 291 384
PLAG SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 70/ 100 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 113.09 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5934/-6 72.6/ 72.5 309.4/306.4 427 162/-6 81.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
260 0.419
BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 70/ 100 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 113.09 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
7818/-6 34.9/ 199.2/ 365 198/-6 87.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
274 0.495
BASALT*
Leg : 37 Top/Bottom Interval(mm): 320/ 340 Analyst :
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 113.33 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3789/-6 46.4/ 45.2 / 263 289/-6 29.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.464 233 313
BASALT*
Leg : 37 Top/Bottom Interval(mm): 400/ 430 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 113.42 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3496/-6 75.7/ 77.1 359.2/356.6 267 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.505
BASALT*
Leg : 37 Top/Bottom Interval(mm): 410/ 440 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 111.50 Piece No.:
Core: 7 Sample Midpoint(m) : 113.43 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2652/-6 62.4/ 61.5 30.8/ 26.3 375 208/-6 28.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
247 0.424
BASALT*
Leg : 37 Top/Bottom Interval(mm): 60/ 70 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 121.07 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
8120/-6 / / /
BASALT*
Leg : 37 Top/Bottom Interval(mm): 150/ 160 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 121.16 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2740/-6 / / /
BASALT*
Leg : 37 Top/Bottom Interval(mm): 300/ 310 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 121.31 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2650/-6 / / /
BASALT*
Leg : 37 Top/Bottom Interval(mm): 500/ 520 Analyst :
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 121.51 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
7893/-6 / / 515 255/-6 68.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
313 0.245 0.440 325 416 3.0
BASALT*
Leg : 37 Top/Bottom Interval(mm): 950/ 980 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 121.97 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3730/-6 59.0/ 59.1 329.0/325.3 151/-6 54.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
261 0.552
BASALT*
Leg : 37 Top/Bottom Interval(mm): 960/ 990 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 121.97 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3333/-6 -57.5/ 282.7/ 338 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
251 0.601
BASALT*
Leg : 37 Top/Bottom Interval(mm): 40/ 70 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 122.56 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4557/-6 34.6/ 76.8/ 258 222/-6 45.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
262 0.562
APHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 60/ 90 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 122.58 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4005/-6 46.0/ 48.3 343.1/344.7 298 208/-6 42.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
258 0.533
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 180/ 200 Analyst :
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 122.69 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2623/-6 31.0/ 32.9 / 425 250/-6 23.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.356 261 347
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 330/ 350 Analyst :
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 122.84 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4179/-6 / / 285 392/-6 23.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.545 160 216
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 450/ 460 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 122.96 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4702/-6 49.9/ 53.8 194.2/198.1 183 278/-6 37.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
246 0.544
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 750/ 770 Analyst :
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 123.26 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
884/-6 39.1/ 39.3 / 910 329/-6 5.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.458 225 291
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1090/1120 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 123.61 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4350/-6 55.0/ 49.4 249.0/245.4 145 220/-6 43.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
238 0.517
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1340/1350 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 121.00 Piece No.:
Core: 8 Sample Midpoint(m) : 123.85 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2540/-6 / / /
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 950/ 970 Analyst :
Hole: 332A Top of Core Depth(m) : 130.50 Piece No.:
Core: 9 Sample Midpoint(m) : 131.46 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
7862/-6 / / 455 258/-6 67.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.428 303 428
PLAG SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 780/ 810 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 140.00 Piece No.:
Core: 10 Sample Midpoint(m) : 143.80 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1660/-6 70.6/ 59.3 178.2/168.8 356 157/-6 23.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
278 0.382
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 800/ 830 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 140.00 Piece No.:
Core: 10 Sample Midpoint(m) : 143.82 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4423/-6 37.2/ 38.0 273.8/273.8 225 195/-6 50.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
233 0.363
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 420/ 440 Analyst :
Hole: 332A Top of Core Depth(m) : 140.00 Piece No.:
Core: 10 Sample Midpoint(m) : 144.93 Lithology: Igneous
Sect: CC Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3167/-6 / / 531 226/-6 31.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.355 343 468
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 140/ 150 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 149.50 Piece No.:
Core: 11 Sample Midpoint(m) : 149.64 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
7140/-6 / / /
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 560/ 570 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 149.50 Piece No.:
Core: 11 Sample Midpoint(m) : 150.07 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
9580/-6 / / /
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 840/ 870 Analyst :
Hole: 332A Top of Core Depth(m) : 149.50 Piece No.:
Core: 11 Sample Midpoint(m) : 150.36 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2457/-6 62.3/ 62.4 / 370 280/-6 19.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.314 192 270
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 870/ 880 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 149.50 Piece No.:
Core: 11 Sample Midpoint(m) : 150.38 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1320/-6 / / /
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 570/ 580 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 159.58 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
17560/-6 / / /
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 810/ 830 Analyst :
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 159.82 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3687/-6 / / 327 343/-6 23.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
273 0.370 0.378 165 230 4.3
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1070/1100 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 160.09 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6540/-6 60.0/ 56.7 347.0/345.9 150 1392/-6 10.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
157 0.907
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1080/1110 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 160.10 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5625/-6 -26.2/ 82.5/ 54 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
167 0.922
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1220/1250 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 160.24 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6870/-6 66.0/ 58.3 351.0/344.5 75 1416/-6 10.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
165 0.877
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 590/ 620 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 161.11 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1819/-6 -3.1/ 104.1/ 153 171/-6 23.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
238 0.374
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 610/ 640 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 159.00 Piece No.:
Core: 12 Sample Midpoint(m) : 161.13 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1740/-6 71.0/ 60.5 235.0/221.5 240 171/-6 22.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
238 0.391
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1440/1460 Analyst :
Hole: 332A Top of Core Depth(m) : 168.50 Piece No.:
Core: 13 Sample Midpoint(m) : 169.95 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2187/-6 / / 447 245/-6 19.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.313 259 340
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 930/ 960 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 178.00 Piece No.:
Core: 14 Sample Midpoint(m) : 178.95 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1190/-6 -8.0/-18.9 298.0/287.2 270 134/-6 19.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
239 0.528
245 0.480
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 930/ 960 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 178.00 Piece No.:
Core: 14 Sample Midpoint(m) : 178.95 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1009/-6 -15.4/-18.9 282.7/285.7 279 174/-6 12.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
268 0.528
APHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 930/ 960 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 178.00 Piece No.:
Core: 14 Sample Midpoint(m) : 178.95 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
917/-6 16.6/ 49.1/ 359 174/-6 11.7
APHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1010/1030 Analyst :
Hole: 332A Top of Core Depth(m) : 178.00 Piece No.:
Core: 14 Sample Midpoint(m) : 179.02 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
523/-6 / / 256 343/-6 3.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.431 146 204
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1230/1260 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 178.00 Piece No.:
Core: 14 Sample Midpoint(m) : 179.25 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
621/-6 41.0/ -5.2 352.0/350.1 180 208/-6 6.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
233 0.672
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1250/1280 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 178.00 Piece No.:
Core: 14 Sample Midpoint(m) : 179.26 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1380/-6 -57.2/ 8.5/ 124 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
164 0.767
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 320/ 350 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 197.00 Piece No.:
Core: 16 Sample Midpoint(m) : 197.34 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2919/-6 -10.8/ 351.6/ 154 156/-6 41.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
245 0.505
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 330/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 197.00 Piece No.:
Core: 16 Sample Midpoint(m) : 197.35 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2511/-6 3.2/ 281.4/ 193 154/-6 36.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
250 0.509
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 140/ 170 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 206.50 Piece No.:
Core: 17 Sample Midpoint(m) : 206.66 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1530/-6 -55.0/ 44.0/ /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
256 0.319
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 140/ 170 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 206.50 Piece No.:
Core: 17 Sample Midpoint(m) : 206.66 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1538/-6 -67.3/-67.3 50.1/ 46.2 320 156/-6 21.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
254 0.455
APHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 140/ 170 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 206.50 Piece No.:
Core: 17 Sample Midpoint(m) : 206.66 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1696/-6 -65.2/-72.0 44.3/ 53.6 284 147/-6 25.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
246 0.438
APHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 500/ 520 Analyst :
Hole: 332A Top of Core Depth(m) : 206.50 Piece No.:
Core: 17 Sample Midpoint(m) : 207.01 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
686/-6 / / 385 272/-6 5.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
250 0.274 0.413 179 248 4.8
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 710/ 740 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 235.00 Piece No.:
Core: 20 Sample Midpoint(m) : 237.22 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3571/-6 -33.2/-35.8 136.9/138.1 177 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
284 0.443
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 710/ 740 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 235.00 Piece No.:
Core: 20 Sample Midpoint(m) : 237.22 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4026/-6 31.4/ 224.8/ 133 221/-6 40.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
276 0.478
APHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 760/ 790 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 235.00 Piece No.:
Core: 20 Sample Midpoint(m) : 237.28 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3131/-6 -28.3/-28.9 146.2/147.7 290 160/-6 43.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.392
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1010/1030 Analyst :
Hole: 332A Top of Core Depth(m) : 244.50 Piece No.:
Core: 21 Sample Midpoint(m) : 245.52 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2473/-6 / / 376 275/-6 20.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.391 219 300
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1320/1340 Analyst :
Hole: 332A Top of Core Depth(m) : 244.50 Piece No.:
Core: 21 Sample Midpoint(m) : 245.83 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1859/-6 -35.8/-33.6 / 394 226/-6 18.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.330 226 296
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 310/ 330 Analyst :
Hole: 332A Top of Core Depth(m) : 244.50 Piece No.:
Core: 21 Sample Midpoint(m) : 244.82 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1176/-6 -48.4/-48.9 / 445 245/-6 10.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.329 222 294
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 540/ 570 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 244.50 Piece No.:
Core: 21 Sample Midpoint(m) : 245.06 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3001/-6 -19.9/ 236.5/ 320 300/-6 22.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
253 0.424
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 540/ 570 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 244.50 Piece No.:
Core: 21 Sample Midpoint(m) : 245.06 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3271/-6 -43.1/-43.9 222.1/219.3 278 195/-6 37.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
268 0.400
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1310/1340 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 244.50 Piece No.:
Core: 21 Sample Midpoint(m) : 245.83 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2003/-6 -27.8/-32.3 301.6/300.4 329 171/-6 26.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
268 0.378
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 370/ 400 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 254.00 Piece No.:
Core: 22 Sample Midpoint(m) : 254.39 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6/-6 56.0/ 288.0/ /
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 900/ 920 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 254.00 Piece No.:
Core: 22 Sample Midpoint(m) : 254.91 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4/-6 33.0/ 191.0/ /
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1410/1440 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 254.00 Piece No.:
Core: 22 Sample Midpoint(m) : 255.43 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
13862/-6 22.6/ 24.9 37.3/ 37.3 375 239/-6 128.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
270 0.485
APHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 590/ 610 Analyst :
Hole: 332A Top of Core Depth(m) : 263.50 Piece No.:
Core: 23 Sample Midpoint(m) : 264.10 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
19906/-6 / / 423 156/-6 156.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.499 344 428
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1040/1070 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 263.50 Piece No.:
Core: 23 Sample Midpoint(m) : 264.56 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6280/-6 -11.8/ 39.2/ 354 182/-6 76.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
277 0.386
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1060/1090 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 263.50 Piece No.:
Core: 23 Sample Midpoint(m) : 264.58 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6342/-6 -41.5/-41.1 105.7/106.4 315 209/-6 67.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
270 0.495
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1300/1320 Analyst :
Hole: 332A Top of Core Depth(m) : 263.50 Piece No.:
Core: 23 Sample Midpoint(m) : 264.81 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
7780/-6 / / 548 231/-6 74.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.363 386 504
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1240/1270 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 273.00 Piece No.:
Core: 24 Sample Midpoint(m) : 274.26 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3638/-6 -38.2/-42.3 29.2/ 29.1 300 195/-6 41.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
240 0.452
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1240/1270 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 273.00 Piece No.:
Core: 24 Sample Midpoint(m) : 274.26 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4697/-6 48.5/ 48.2/ 332 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
243 0.450
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 390/ 420 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 292.00 Piece No.:
Core: 26 Sample Midpoint(m) : 292.41 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1870/-6 -22.1/-26.0 95.8/ 97.8 420 195/-6 21.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
229 0.448
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 440/ 470 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 292.00 Piece No.:
Core: 26 Sample Midpoint(m) : 292.46 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1889/-6 -13.1/ 159.9/ 375 239/-6 17.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
231 0.450
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1040/1070 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 292.00 Piece No.:
Core: 26 Sample Midpoint(m) : 294.56 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3764/-6 -30.1/-30.2 101.3/101.9 391 135/-6 62.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
249 0.438
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1040/1070 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 292.00 Piece No.:
Core: 26 Sample Midpoint(m) : 294.56 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3167/-6 -29.5/-28.8 102.7/103.9 412 134/-6 52.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
268 0.409
APHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1070/1100 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 292.00 Piece No.:
Core: 26 Sample Midpoint(m) : 294.59 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3795/-6 -15.1/ 25.3/ 498 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
249 0.383
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1280/1310 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 301.50 Piece No.:
Core: 27 Sample Midpoint(m) : 302.80 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1530/-6 -15.0/-20.3 69.0/ 68.0 265 261/-6 13.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
228 0.648
PLAG-CPX-OL SLIGHTLY PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 240/ 270 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 311.26 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1411/-6 -45.1/ 123.6/ 357 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
266 0.368
APHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 260/ 290 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 311.28 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1180/-6 -14.0/-26.6 314.0/314.4 355 171/-6 15.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
228 0.404
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 830/ 860 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 311.85 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3340/-6 -17.0/-18.1 48.0/ 51.2 290 217/-6 34.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
251 0.373
APHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 270/ 300 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 312.79 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1478/-6 3.6/-12.0 81.8/ 82.5 203 151/-6 21.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
245 0.382
PLAG SPARSELY PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 270/ 300 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 312.79 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1078/-6 -6.1/-14.0 86.0/ 86.8 268 183/-6 13.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
258 0.363
PLAG SPARSELY PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 550/ 580 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 313.07 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1439/-6 11.2/ 100.3/ 308 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
265 0.591
PLAG SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 590/ 620 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 313.11 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1032/-6 9.8/-10.9 111.7/119.8 368 162/-6 14.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
218 0.478
PLAG-OL SPARSELY PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 610/ 640 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 313.13 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1265/-6 -22.8/ 37.6/ 257 174/-6 16.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
223 0.461
PLAG-OL SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1090/1110 Analyst :
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 313.60 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3778/-6 -24.1/-30.8 / 399 280/-6 30.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.316 214 322
PLAG-OL SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 200/ 220 Analyst :
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 314.21 Lithology: Igneous
Sect: 3 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1461/-6 / / 369 285/-6 11.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.438 187 234
PLAG-OL SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 280/ 310 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 314.30 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1807/-6 -2.7/-28.0 264.0/239.9 362 215/-6 18.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
220 0.505
PLAG-OL SPARSELY PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 540/ 560 Analyst :
Hole: 332A Top of Core Depth(m) : 311.00 Piece No.:
Core: 28 Sample Midpoint(m) : 314.55 Lithology: Igneous
Sect: 3 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2500/-6 / / 268 294/-6 18.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.421 183 244
PLAG-OL SPARSELY PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 330/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 320.85 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
975/-6 -15.0/-22.8 30.0/ 30.8 420 91/-6 23.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
269 0.306
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 340/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 320.85 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1260/-6 -16.3/ 101.4/ /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
274 0.419
PLAG-OL PHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 340/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 320.85 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
883/-6 -34.3/ 332.8/ /
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 340/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 320.85 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
785/-6 -17.2/ 148.9/ /
PLAG-OL PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 650/ 660 Analyst :
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 321.16 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1757/-6 / / 238 202/-6 13.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
247 0.270 0.362 148 207
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 740/ 770 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 321.26 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2880/-6 14.0/ -7.6 91.0/ 98.2 387/-6 16.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
181 0.636
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1410/1440 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 321.93 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2450/-6 20.0/ 9.0/ 125 378/-6 14.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
185 0.654
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1410/1440 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 321.93 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2247/-6 -3.3/ 35.5/ 94 374/-6 13.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
162 0.666
PLAG PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1440/1460 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 320.50 Piece No.:
Core: 29 Sample Midpoint(m) : 321.95 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4158/-6 34.9/ 303.3/ 56 391/-6 23.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
165 0.633
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 230/ 260 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 330.25 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1277/-6 -13.1/-22.1 129.0/130.7 401 116/-6 24.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
246 0.335
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 230/ 260 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 330.25 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1443/-6 -20.5/-23.6 131.4/131.6 327 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
264 0.579
PLAG-OL PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 240/ 250 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 330.25 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2053/-6 -62.9/ 223.0/ /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
245 0.293
PLAG-OL PHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 240/ 250 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 330.25 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
539/-6 61.9/ 285.0/ /
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 240/ 250 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 330.25 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1337/-6 4.0/ 6.1/ /
PLAG-OL PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 590/ 610 Analyst :
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 330.60 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
384/-6 / / 363 201/-6 4.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.226 217 269
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1040/1070 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.06 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
977/-6 -9.2/-24.0 210.9/209.2 468 182/-6 11.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
268 0.367
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1040/1070 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.06 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1189/-6 -19.4/-24.2 205.9/208.9 369 132/-6 20.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
235 0.434
PLAG-OL PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1070/1100 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.09 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1376/-6 31.5/ 167.0/ 321 110/-6 27.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
251 0.454
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1270/1300 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.29 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1530/-6 -4.0/-21.8 133.0/137.3 220 143/-6 23.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
229 0.561
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1350/1370 Analyst :
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.36 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1886/-6 / / 306 294/-6 14.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.353 166 226
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 240/ 270 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.76 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1742/-6 -2.8/-19.2 180.5/177.5 322 159/-6 24.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
223 0.459
PLAG-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 240/ 270 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.76 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2244/-6 -13.5/-18.6 178.3/178.9 180 242/-6 20.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
226 0.398
PLAG-OL PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 330/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 330.00 Piece No.:
Core: 30 Sample Midpoint(m) : 331.85 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1681/-6 -63.7/ 328.5/ 305 182/-6 20.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
228 0.355
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 950/ 980 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 340.47 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1091/-6 -3.2/-24.9 306.1/296.8 374 122/-6 19.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.417
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 950/ 980 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 340.47 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1036/-6 -22.5/-25.5 295.5/297.5 427 139/-6 16.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
245 0.392
PLAG PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1050/1080 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 340.57 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
813/-6 -4.1/ 30.0/ 504 104/-6 17.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
258 0.411
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 320/ 350 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 341.34 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2103/-6 -5.8/-19.4 213.4/223.6 156 427/-6 10.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
223 0.631
PLAG MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1350/1380 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 342.37 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2725/-6 -2.4/ -5.2 214.1/223.6 312 130/-6 46.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
320 0.355
PLAG MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1350/1380 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 342.37 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3351/-6 -4.6/ -6.0 212.2/211.6 330 147/-6 50.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
361 0.391
PLAG MOD PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1370/1400 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 342.39 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3820/-6 60.2/ 11.3/ 254 197/-6 43.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
270 0.381
PLAG MOD PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 690/ 720 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 343.21 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
328/-6 26.5/ 101.7/ 157 410/-6 1.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
165 0.504
PLAG MOD PHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 700/ 730 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 343.22 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
779/-6 86.0/-13.2 72.0/ 86.5 110 195/-6 8.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
178 0.645
PLAG MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 700/ 730 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 343.22 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
245/-6 -18.5/ 102.3/ 431 81/-6 6.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
205 0.431
PLAG MOD PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 790/ 820 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 343.31 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
397/-6 73.2/-24.0 21.9/ 85.9 131 78/-6 11.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
243 0.213
PLAG MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1030/1050 Analyst :
Hole: 332A Top of Core Depth(m) : 339.50 Piece No.:
Core: 31 Sample Midpoint(m) : 343.54 Lithology: Igneous
Sect: 3 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1344/-6 -3.0/-26.2 / 81 628/-6 4.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.299 60 115
PLAG MOD PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1080/1110 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 349.00 Piece No.:
Core: 32 Sample Midpoint(m) : 350.10 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1691/-3 -11.8/-19.9 179.5/176.6 352 117/-6 32.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
231 0.427
PLAG-OL MOD PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1090/1120 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 349.00 Piece No.:
Core: 32 Sample Midpoint(m) : 350.11 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1402/-6 52.1/ 304.5/ 364 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
249 0.357
PLAG-OL MOD PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1400/1420 Analyst :
Hole: 332A Top of Core Depth(m) : 349.00 Piece No.:
Core: 32 Sample Midpoint(m) : 350.41 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1564/-6 / / 457 216/-6 16.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.315 238 323
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 280/ 300 Analyst :
Hole: 332A Top of Core Depth(m) : 349.00 Piece No.:
Core: 32 Sample Midpoint(m) : 350.79 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3767/-6 / / 522 196/-6 42.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
271 0.170 0.303 400 425 1.7
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1300/1320 Analyst :
Hole: 332A Top of Core Depth(m) : 349.00 Piece No.:
Core: 32 Sample Midpoint(m) : 351.81 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1344/-6 / / 280 240/-6 12.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.316 188 234
PLAG-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 610/ 640 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 360.63 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3976/-6 -5.2/-28.9 190.5/192.7 78 641/-6 13.8
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
167 0.647
PLAG-OL MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 610/ 640 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 360.63 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5923/-6 -7.4/-33.6 209.7/191.3 67 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
155 0.020
PLAG-OL MOD PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 610/ 640 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 360.63 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5222/-6 -23.7/-31.7 194.3/192.7 57 696/-6 16.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
150 0.686
PLAG-OL MOD PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 630/ 660 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 360.65 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5069/-6 6.8/ 24.2/ 49 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
153 0.832
PLAG-OL MOD PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 920/ 950 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 360.94 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
14567/-6 -19.8/-19.9 189.6/189.4 277 248/-6 130.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
247 0.434
PLAG-OL MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1280/1310 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 361.30 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1842/-6 -7.2/-27.3 353.9/345.5 150 195/-6 21.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
232 0.395
205 0.464
PLAG-OL MOD PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1280/1310 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 358.50 Piece No.:
Core: 33 Sample Midpoint(m) : 361.30 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1621/-6 -51.1/ 324.0/ 178 139/-6 25.9
PLAG-OL MOD PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 880/ 910 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 368.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
989/-6 2.5/-16.0 218.1/213.6 452 110/-6 20.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
243 0.380
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1130/1160 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 369.15 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
660/-6 11.8/-14.0 337.7/344.6 613 116/-6 12.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
251 0.361
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1130/1160 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 369.15 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
849/-6 -9.0/-15.7 346.6/345.7 584 116/-6 16.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.414
PLAG PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1350/1370 Analyst :
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 369.36 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2056/-6 / / 423 216/-6 21.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.317 265 360
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1440/1470 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 369.46 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
872/-6 -1.9/ 283.6/ 415 132/-6 14.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.393
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 360/ 380 Analyst :
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 369.87 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
744/-6 / / 576 204/-6 8.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.309 256 328
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1040/1070 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 370.56 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1445/-6 54.8/-12.0 212.2/201.2 73 256/-6 12.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
208 0.484
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1360/1390 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 370.88 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
335/-6 37.1/ 192.5/ 534 130/-6 5.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
250 0.234
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1360/1390 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 370.88 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
482/-6 1.6/ 196.4/ 463 86/-6 12.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
249 0.309
PLAG PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 1360/1390 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 368.00 Piece No.:
Core: 34 Sample Midpoint(m) : 370.88 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2113/-6 44.8/ -9.0 271.8/197.3 372 130/-6 36.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
272 0.328
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 920/ 940 Analyst :
Hole: 332A Top of Core Depth(m) : 377.50 Piece No.:
Core: 35 Sample Midpoint(m) : 378.43 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1215/-6 / / 419 270/-6 10.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.336 228 272
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1370/1400 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 377.50 Piece No.:
Core: 35 Sample Midpoint(m) : 378.89 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
968/-6 12.7/-12.0 283.7/278.1 452 151/-6 14.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
289 0.728
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1370/1400 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 377.50 Piece No.:
Core: 35 Sample Midpoint(m) : 378.89 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
788/-6 3.8/-12.0 271.7/276.1 601 155/-6 11.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
257 0.320
PLAG PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 210/ 230 Analyst :
Hole: 332A Top of Core Depth(m) : 387.00 Piece No.:
Core: 36 Sample Midpoint(m) : 387.22 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1201/-6 / / 438 250/-6 10.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
297 0.285 0.392 259 342 2.9
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 660/ 690 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 387.00 Piece No.:
Core: 36 Sample Midpoint(m) : 387.68 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
974/-6 11.5/ -0.5 288.6/280.8 459 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.427
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 670/ 700 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 387.00 Piece No.:
Core: 36 Sample Midpoint(m) : 387.69 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1078/-6 -5.1/ 253.2/ 423 124/-6 19.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
233 0.330
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 50/ 70 Analyst :
Hole: 332A Top of Core Depth(m) : 387.00 Piece No.:
Core: 36 Sample Midpoint(m) : 388.56 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2139/-6 / / 459 199/-6 23.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.302 332 429
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 230/ 250 Analyst :
Hole: 332A Top of Core Depth(m) : 387.00 Piece No.:
Core: 36 Sample Midpoint(m) : 388.74 Lithology: Igneous
Sect: 2 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1924/-6 / / 190 233/-6 18.3
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.321 204 276
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 330/ 360 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 387.00 Piece No.:
Core: 36 Sample Midpoint(m) : 388.85 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2146/-6 8.1/-15.0 346.0/334.6 184 170/-6 28.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
240 0.431
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1010/1030 Analyst :
Hole: 332A Top of Core Depth(m) : 396.50 Piece No.:
Core: 37 Sample Midpoint(m) : 397.52 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5374/-6 / / 129 373/-6 32.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
237 0.395 0.341 101 160 8.2
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1160/1190 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 396.50 Piece No.:
Core: 37 Sample Midpoint(m) : 397.68 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4727/-6 3.5/-29.8 326.8/301.1 140 268/-6 39.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
213 0.596
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1380/1410 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 396.50 Piece No.:
Core: 37 Sample Midpoint(m) : 397.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2964/-6 19.0/ 170.4/ /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
210 0.473
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1380/1410 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 396.50 Piece No.:
Core: 37 Sample Midpoint(m) : 397.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
3554/-6 -39.3/ 43.3/ /
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1380/1410 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 396.50 Piece No.:
Core: 37 Sample Midpoint(m) : 397.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1572/-6 30.6/ 84.2/ /
PLAG PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 1410/1440 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 396.50 Piece No.:
Core: 37 Sample Midpoint(m) : 397.93 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2426/-6 -22.8/-37.0 215.5/199.6 360 228/-6 23.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
230 0.436
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1440/1460 Analyst :
Hole: 332A Top of Core Depth(m) : 406.00 Piece No.:
Core: 38 Sample Midpoint(m) : 407.45 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
6653/-6 / / 175 461/-6 32.1
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.435 148 216
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 1440/1460 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 406.00 Piece No.:
Core: 38 Sample Midpoint(m) : 407.45 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5071/-6 50.3/ 42.0/ /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
175 0.634
PLAG PHYRIC BASALT,MCW 1*
Leg : 37 Top/Bottom Interval(mm): 1440/1460 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 406.00 Piece No.:
Core: 38 Sample Midpoint(m) : 407.45 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
5953/-6 52.5/ 332.5/ /
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 1440/1460 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 406.00 Piece No.:
Core: 38 Sample Midpoint(m) : 407.45 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4164/-6 56.6/ 345.7/ /
PLAG PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 380/ 410 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 415.50 Piece No.:
Core: 39 Sample Midpoint(m) : 415.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2422/-6 11.5/ 174.6/ 245 228/-6 23.6
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
223 0.357
PLAG PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 380/ 410 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 415.50 Piece No.:
Core: 39 Sample Midpoint(m) : 415.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2824/-6 23.9/ 138.8/ 196 186/-6 33.7
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
203 0.623
PLAG PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 380/ 400 Analyst :
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 425.39 Lithology: Igneous
Sect: 1 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
4627@/6 / / 303 574/-6 17.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
0.316 133 220
PLAG-CPX-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 890/ 910 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 425.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
707/-6 -11.0/-21.7 347.0/343.9 185 186/-6 8.4
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
261 0.353
PLAG-CPX PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 890/ 910 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 425.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
791/-6 -17.7/-21.2 341.0/345.2 196 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
279 0.456
PLAG-CPX PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 890/ 910 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 425.90 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
555/-6 -10.2/-22.6 337.0/343.4 267 156/-6 7.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
257 0.388
PLAG-CPX PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 920/ 950 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 425.94 Lithology: Igneous
Sect: 1 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
606/-6 13.6/ 344.6/ 243 150/-6 9.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
249 0.394
PLAG-CPX PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 520/ 550 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 427.04 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1886/-6 -27.4/-36.6 290.6/285.3 229 171/-6 24.5
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
276 0.325
PLAG-CPX PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 520/ 550 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 427.04 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
2049/-6 -32.6/ 103.2/ 265 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
305 0.437
PLAG-CPX PHYRIC BASALT,MCW 3*
Leg : 37 Top/Bottom Interval(mm): 520/ 550 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 427.04 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1925/-6 -22.7/ 270.7/ 301 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
258 0.457
PLAG-CPX PHYRIC BASALT,MCW 4*
Leg : 37 Top/Bottom Interval(mm): 930/ 960 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 427.45 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
969/-6 14.5/ 223.7/ 259 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
269 0.587
PLAG-CPX PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 950/ 980 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 427.47 Lithology: Igneous
Sect: 2 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
1008/-6 1.0/-14.7 241.5/226.1 250 243/-6 9.2
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
301 0.633
PLAG-CPX PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 350/ 370 Analyst :
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 428.36 Lithology: Igneous
Sect: 3 Measurement was made : ONSHORE Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
599@/6- 66.9 /29.6 -./ 481 221/-6 6.0
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
282 0.160 0.198 158 203 4.4
PLAG-CPX-OL PHYRIC BASALT*
Leg : 37 Top/Bottom Interval(mm): 400/ 430 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 428.42 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
432/-6 28.9/-29.6 91.4/154.9 530 244/-6 3.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
238 0.285
PLAG-CPX-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 900/ 930 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 428.92 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
776/-6 -13.7/-27.0 165.8/162.8 313 134/-6 12.9
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
248 0.232
PLAG-CPX-OL PHYRIC BASALT,MCW 2*
Leg : 37 Top/Bottom Interval(mm): 920/ 950 Analyst : Hall, J. M.
Hole: 332A Top of Core Depth(m) : 425.00 Piece No.:
Core: 40 Sample Midpoint(m) : 428.94 Lithology: Igneous
Sect: 3 Measurement was made : SHIPBOARD Source : Initial Reports
NRM Inclination Declination Mean Quality of Initial Koenig
Inten/exp NRM/Stable NRM/Stable Demag Orientation Sus/exp ratio
========= =========== =========== ===== =============== ======== ======
310/-6 -11.7/-24.5 173.0/163.5 500 /
Therm Curie Saturation Coercive Remanent
Curve Temp Intensity Remanence Force Force Grain Size
===== ===== ========= ========= ======== ======== ==========
223 0.508
PLAG-CPX-OL PHYRIC BASALT*
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