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Table T4. Paleomagnetic demagnetization data of discrete samples, Holes U1354B and U1354C.

Core, section,
interval (cm) 		Depth
CSF-A (m) 		Lab Treatment NRM
intensity
(A/m) 		ChRM
inclination
(°) 		MAD
(°) 		Steps Class
317-U1354B-
1H-1, 126–128 1.28 RM AF 7.74E–04 –22.07 28.0   3
1H-2, 49–51 2.01 RM AF 8.08E–04 –51.65 13.6 17-or 2
1H-2, 111–113 2.63 OT AF 2.59E–03     25-or 4
1H-3, 7–9 3.09 RM AF 9.94E–04 54.29 19.4   3
2H-1, 97–99 5.09 RM AF 1.01E–03 30.21 17.7 17-or 3
2H-2, 97–99 6.59 RM AF 7.71E–04 –81.55 23.6 17-or 3
2H-3, 94–96 8.06 RM AF 6.85E–04     17-or 4
2H-4, 97–99 9.59 RM AF 2.69E–03 –30.36 25.7   3
4H-2, 49–51 14.11 RM AF 3.05E–04 –71.01 11.5 17-45 2
4H-3, 53–55 15.65 RM AF 1.12E–04 –44.28 25.1 21-or 3
4H-4, 73–75 17.35 OT AF 4.61E–04 –21.8 11.1 21-or 2
5H-1, 60–62 18.32 RM AF 3.08E–04 –14.57 34.6 20-or 3
8H-1, 125–127 27.87 RM AF 3.44E–04 –12.58 33.2 17-or 3
8H-2, 77–79 28.89 RM AF 3.89E–04 –12.58 33.2 21-or 3
8H-2, 77–79 28.89 RM AF 1.22E–04 –26.02 11.6 21-or 3
8H-3, 80–82 30.42 OT AF 1.14E–03     25-or 4
8H-4, 101–103 32.13 RM AF 2.75E–04 –47.17 24.4   3
8H-5, 30–32 32.92 RM AF 2.99E–04 19.95 16.2 13-25 2
9H-1, 75–77 34.27 RM AF 4.80E–04     17-or 4
9H-3, 54–56 37.06 OT AF 1.32E–03       4
9H-4, 81–83 38.83 RM AF 5.06E–04 –27.36 23.3   3
9H-5, 82–84 40.34 RM AF 2.96E–04     17-30 4
9H-6, 34–36 40.96 RM AF 4.26E–04       4
10H-1, 76–78 42.28 RM AF 6.46E–03 –28.31 23.5   3
10H-2, 75–77 43.77 RM AF 3.46E–04     17-or 4
10H-3, 73–75 45.25 RM AF 2.04E–04 –22.73 20.6   3
10H-5, 61–63 48.13 RM AF 5.48E–04 –35.42 15.3 21-or 2
10H-6, 77–79 49.79 RM AF 4.10E–04 –54.51 6.5 13-or 1
11H-1, 116–118 51.68 RM AF 8.38E–04 –48.73 12.9 17-or 1
11H-2, 121–123 53.23 RM AF 1.00E–03 –48.03 21.7 40-or 2
11H-3, 115–117 54.67 RM AF 5.25E–04 –42.75 4.1 25-or 1
11H-4, 80–82 55.82 RM AF 6.20E–04 –22.55 26.4 17-or 2
11H-5, 73–75 57.25 RM AF 1.47E–03 –51.52 13.8 13-or 1
12H-2, 47–49 58.91 RM AF 8.39E–04     35-or 4
12H-3, 128–130 61.22 OT AF 5.72E–04 –40.6 1.8   3
13H-1, 101–103 63.53 OT AF 8.67E–04     10-or 4
13H-2, 12–14 64.14 RM AF 3.18E–04 61.17 19.8   1
13H-2, 118–120 65.20 RM AF 2.62E–04 36.39 12.9 35-or 2
13H-3, 119–121 66.71 OT AF 1.80E–03     40-or 4
13H-4, 93–95 67.95 RM AF 5.08E–04 45.16 14.5   2
13H-5, 73–75 69.25 RM AF 4.12E–04 61.40 6.6 21-or 1
13H-6, 20–22 69.81 RM AF 7.30E–04 59.50 20.5 21-or 2
14H-1, 109–111 71.61 RM AF 3.34E–04 65.18 15.2 35-or 2
14H-2, 21–23 72.23 RM AF 3.44E–04 52.18 15.7 30-or 1
15H-1, 45–47 73.97 RM AF 3.62E–04     17-or 4
317-U1354C-
2H-1, 120–122 66.22 RM AF 3.32E–04 61.82     2
2H-2, 120–122 67.72 RM AF 4.79E–04 58.96 12.4 17-or 1
2H-4, 102–105 70.55 RM AF 2.81E–04 64.01 12.3 35-or 1
2H-5, 86–88 71.88 RM AF 3.37E–04 50.38 10.9 17-or 2
4X-1, 86–88 78.98 RM AF 6.96E–04 53.45 29.4 40-or 1
4X-2, 123–125 80.85 RM AF 2.21E–04 40.41 6.1 21-or 1
5X-3, 45–47 85.77 RM AF 3.03E–04 51.72 8.3 21-or 1
5X-3, 95–97 86.27 RM AF 3.49E–04 69.56 1.6 30-or 2
6X-3, 134–136 96.26 RM AF 1.95E–04 75.60 15.4 30-or 1
7X-1, 84–86 102.36 RM AF 2.09E–03 80.26 6.3 40-or 2
7X-3, 110–112 105.62 RM AF 1.06E–03 55.99 2.9 40-or 1
8X-3, 21–23 109.73 RM AF 4.51E–04 56.61 7.1 25-or 2
9X-1, 43–45 116.55 RM AF 3.03E–04 –67.11 10.9 25-or 2
9X-2, 124–126 118.86 RM AF 1.59E–04 –47.93 17.9 21-or 2
9X-4, 21–23 120.83 RM AF 6.49E–05 –5.83 14.7 17-or 3
10X-2, 117–119 128.29 RM AF 1.57E–04 –40.94 16.5 35-or 1
10X-4, 33–35 130.45 RM AF 7.35E–05 27.27 12.5 21-or 1
10X-5, 113–115 132.75 RM AF 8.00E–05 14.91 12.7 17-or 2
11X-1, 46–48 135.58 RM AF 1.17E–04 –64.70 10.6 17-or 2
11X-2, 46–48 137.08 RM AF 3.98E–05 –32.95 13.4 35-or 2
11X-4, 27–29 139.89 RM AF 1.85E–04   8.4 17-or 4
11X-5, 29–31 141.41 RM AF 3.50E–04       4
11X-6, 44–46 143.06 RM AF 1.55E–04       4
11X-7, 20–22 143.82 RM AF 2.78E–04 –9.70     1
12X-2, 97–99 147.19 RM AF 5.38E–04 75.40 5.8 17-or 1
12X-3, 105–107 148.77 RM AF 3.74E–04 78.78 2.3 40-or 1
12X-5, 51–53 151.23 RM AF 1.15E–03 11.92 3.8 30-or 1
12X-6, 30–32 152.02 RM AF 1.31E–03 –54.55 5.1 40-or 1
13X-1, 88–90 155.20 RM AF 7.21E–04 –42.85 2.0 35-or 2
13X-2, 115–117 156.97 RM AF 7.57E–04 29.91 15.8 25-or 1
13X-5, 26–28 160.58 RM AF 1.01E–04 –10.62 19.3 25-or 3
14X-2, 55–57 165.89 RM AF 6.40E–05 67.67 12.2 35-or 1
15X-1, 107–109 174.59 RM AF 7.69E–04 39.77 1.1 35-or 1
15X-2, 104–106 176.06 RM AF 1.28E–04 15.33 8.0 30-or 2
15X-4, 92–94 178.94 RM AF 4.78E–05 29.17 8.5 17-or 2
18X-1, 72–74 203.04 RM AF 4.09E–05 45.91 14.3 17-or 3
18X-3, 92–94 206.24 RM AF 2.28E–04 –39.90 10.0 21-or 1
18X-4, 40–42 207.12 RM AF 1.76E–03 –45.32 7.3 30-or 1
19X-1, 48–50 212.30 RM AF 1.51E–03 –12.53 13.4 17-or 2
19X-3, 89–91 215.71 RM AF 3.55E–04 –60.74 5.4 13-or 2
21X-1, 80–82 231.82 RM AF 6.74E–05 –60.74 16.2 30-or 2
21X-1, 80–82 231.82 RM AF 2.71E–04   16.2 30-or 4
21X-3, 115–117 235.17 RM AF 5.60E–05 –32.32     3
21X-4, 67–69 236.19 RM AF 1.03E–04 45.74 20.2 17-or 3
21X-5, 87–89 237.89 RM AF 2.06E–04 –10.60 7.7 35-or 1
21X-6, 99–101 239.51 RM AF 5.52E–05   7.1 13-or 4
22X-3, 118–120 244.70 RM AF 1.25E–04 46.04     2
26X-1, 32–34 279.24 RM AF 7.59E–04   20.0 21-or 4
27X-1, 95–97 289.47 RM AF 2.50E–04 –38.71     2
27X-3, 107–109 292.54 RM AF 7.68E–05   14.7 45-or 4

RM = Rome laboratory, OT = Otago laboratory. AF = alternating field demagnetization. NRM = natural remanent magnetization, ChRM = characteristic remanent magnetization. MAD = maximum angular deviation. Steps: demagnetization steps included for ChRM calculation in mT for AF, or = anchored to the origin. Class = quality ranking for demagnetization data: 1 = high, 2 = intermediate quality, 3 = unreliable, 4 = no direction calculated.

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