Table T2. Anisotropy of anhysteretic remanent magnetism, Holes 1179B and 1179C.
Core, section, interval (cm)
Depth (mbsf)
AARM
NRMx
NRMy
NRMz
ARMx
ARMy
ARMz
191-1179B-







1H-2, 126–128 2.77 1.020 1.497E–09 –3.395E–09 4.852E–09 1.970E–06 1.971E–06 1.937E–06
2H-4, 51–53 12.61 1.033 –7.812E–09 2.055E–09 8.274E–09 7.251E–07 7.175E–07 7.095E–07
3H-6, 38–40 24.99 1.064 –5.943E–09 –3.285E–09 6.466E–09 6.987E–07 6.366E–07 6.384E–07
5H-1, 134–136 37.44 0.988 –2.884E–09 –1.933E–09 –1.195E–08 7.575E–07 7.536E–07 7.552E–07
6H-4, 38–40 50.49 0.980 1.088E–09 –1.333E–09 –3.694E–09 4.945E–07 4.962E–07 5.018E–07
191-1179C-







3H-3, 67–69 61.97 0.871 6.203E–10 3.607E–10 –1.293E–09 8.161E–08 8.117E–08 9.160E–08
4H-5, 124–126 75.04 0.922 –3.217E–10 –2.458E–09 –6.548E–09 4.054E–07 4.048E–07 4.343E–07
6H-1, 38–40 87.18 0.997 –2.568E–10 –2.621E–09 1.644E–08 1.243E–06 1.236E–06 1.261E–06
6H-2, 116–118 89.48 1.012 –1.636E–09 –1.616E–09 –5.566E–10 7.660E–07 7.674E–07 7.584E–07
7H-4, 38–40 101.18 0.897 8.493E–12 –9.879E–10 2.561E–09 1.584E–07 1.581E–07 1.796E–07
8H-5, 38–40 112.18 1.010 1.502E–08 –5.745E–09 2.150E–08 1.890E–06 1.861E–06 1.874E–06
10H-1, 38–40 125.18 0.887 6.301E–10 2.667E–09 –5.327E–09 2.876E–07 2.893E–07 3.179E–07
11H-3, 54–56 137.84 1.010 –4.808E–09 –5.824E–10 1.257E–09 1.006E–06 9.953E–07 9.948E–07
12H-5, 120–122 151.00 1.070 –6.248E–10 8.136E–10 –5.853E–10 5.739E–07 5.776E–07 5.374E–07
13H-7, 61–63 162.81 0.872 –6.655E–10 –5.080E–10 –1.444E–09 4.128E–08 4.237E–08 4.718E–08
15H-2, 124–126 175.04 0.877 6.367E–10 7.298E–11 7.755E–10 6.303E–08 6.278E–08 7.208E–08
16H-4, 120–122 187.50 0.888 2.180E–10 4.049E–10 –2.929E–10 3.792E–08 3.816E–08 4.218E–08
17H-6, 124–126 200.04 1.129 –6.765E–10 2.421E–10 5.070E–11 1.115E–07 8.417E–08 8.689E–08
18H-3, 120–122 205.00 0.887 –5.953E–11 3.954E–10 –1.974E–11 2.760E–08 2.814E–08 3.120E–08
18H-7, 38–40 210.18 0.892 3.418E–10 4.379E–10 –6.486E–11 1.959E–08 2.018E–08 2.178E–08
19H-2, 38–40 212.18 –1.167* 1.121E–09 9.332E–10 1.864E–07 3.319E–08 3.326E–08 1.588E–07
19H-2, 120–122 213.00 0.882 –1.202E–10 5.719E–10 –9.165E–11 3.475E–08 3.590E–08 3.970E–08
19H-3, 120–122 214.50 0.894 3.242E–11 6.156E–10 1.607E–10 2.843E–08 2.923E–08 3.203E–08
20H-1, 28–30 220.08 1.011 1.373E–09 3.959E–10 –5.598E–09 2.425E–06 2.450E–06 2.404E–06
20H-4, 120–122 225.50 1.033 9.637E–09 5.409E–10 –8.212E–09 2.795E–06 2.817E–06 2.703E–06
20H-7, 19–21 228.99 1.028 3.166E–09 1.295E–09 –5.302E–09 2.699E–06 2.704E–06 2.620E–06
21H-6, 94–96 237.74 1.114* 1.965E–08 –1.209E–08 8.245E–07 3.356E–06 3.325E–06 3.820E–06
22H-4, 120–122 244.50 1.032 –2.629E–09 –5.306E–09 3.708E–09 3.937E–06 3.964E–06 3.837E–06
23H-2, 104–106 249.98 1.109 –2.360E–09 –5.690E–09 2.383E–09 7.373E–06 7.289E–06 6.618E–06
23H-6, 14–16 255.08 1.124 –1.064E–08 4.264E–09 6.500E–10 1.022E–05 1.023E–05 9.097E–06
24H-2, 38–40 259.68 1.094 –2.595E–09 –2.425E–09 –1.063E–08 1.162E–05 1.166E–05 1.063E–05
24H-4, 38–40 262.68 1.145 7.523E–08 –7.198E–09 7.720E–08 1.909E–05 1.910E–05 1.673E–05
24H-5, 120–122 265.00 1.172 8.227E–09 1.457E–08 –7.260E–09 1.638E–05 1.667E–05 1.408E–05
24H-CC, 29–31 266.72 1.227 –4.080E–09 –5.680E–10 –4.553E–09 1.657E–05 1.678E–05 1.359E–05
26X-1, 120–122 274.90 1.271* 2.042E–07 7.360E–09 4.072E–06 3.302E–05 3.325E–05 3.006E–05
26X-7, 38–40 283.08 1.237* –6.043E–08 8.789E–08 2.420E–06 6.030E–05 6.000E–05 5.102E–05

Notes: AARM = anisotropy of anhysteretic remanent magnetization, NRM = natural remanent magnetization, ARM = anhysteretic remanent magnetization. * = Isothermal remanent magnetization to 1 T was done before AARM was determined.