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Table T12 (continued).

Core, section,
interval (cm)
Curated depth
(mbsf)
NRM
(A/m)
Volume susceptibility
(10-6 SI)
Q Best-fit direction MDF
(mT)
MDF'
(mT)
N Type MAD Declination
(°)
Inclination
(°)
Low High
208R-5 (Piece 3C, 106-108) 1485.20 1.920 3,860 16.58 6 F 9.4 261.6 45.6 15 100 29.1 32.1
208R-8 (Piece 2A, 65-67) 1488.72 2.480 6,190 13.36 5 F 4.5 162.3 79.9 20 100 9.0 9.0
209R-2 (Piece 1E, 75-77) 1490.49 0.400 854 15.60 8 F 1.9 7.2 73.7 15 80 30.8 29.1
209R-8 (Piece 4, 103-105) 1498.64 0.941 1,950 16.08 4 F 3.4 243.1 74.9 30 100 30.8 30.0
209R-8 (Piece 4, 106-108) 1498.67 1.350 3,231 13.93 6 F 7.7 207.1 67.2 500 590    
210R-4 (Piece 1, 8-10) 1502.46 1.360 2,701 16.78 6 F 3.6 312.3 76.8 500 590    
210R-4 (Piece 1, 11-13) 1502.49 1.320 3,236 13.60 4 F 2.1 344.0 71.7 30 100 61.5 50.9
210R-4 (Piece 1, 52-54) 1502.90 2.410 3,429 23.43 6 F 1.6 315.1 67.5 20 150 72.9 69.8
210R-4 (Piece 1, 55-57) 1502.93 2.490 1,108 74.93 6 F 3.1 312.2 57.4 500 590    

Notes: NRM = natural remanent magnetization. Q = NRM/susceptibility × H, where H is ambient field strength (30 A/m). Best-fit magnetization directions from principal component analysis (pca) of stepwise demagnetization data. N = number of points for pca; type of pca; F = free of origin, A = anchored to origin; MAD = maximum angular deviation of pca; Dec = declination of characteristic magnetization; Inc = inclination of characteristic magnetization; Low, High = beginning and ending treatment levels for pca (in mT or ° C). MDF = median destructive field of NRM. MDF' = median destructive field calculated from the sum of vector differences between successive demagnetization steps.

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