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Table T16. Demagnetization results.

Core, section,
interval (cm)
Depth
(mbsf)
Demag
type
Principal component analysis
Polarity N Type MAD
(°)
Declination
(°)
Inclination
(°)
Demag (mT/°C)
Low High
305-U1309D-
80R-1, 82–84 402.12
80R-2, 35–37 402.96 AF R 6 F 3.6 13.3 –29.3 15 60
80R-3, 25–27 404.36 AF R 7 F 4.5 22.9 –31.9 20 60
81R-1, 103–105 406.43
81R-2, 46–48 407.30 AF R 6 A 7.4 298.4 –23.6 25 60
81R-3, 27–29 408.61 Th R 5 A 3 334.2 –47.7 500 550
81R-4, 25–27 410.09 AF N 5 A 3.8 295.8 39.9 30 60
82R-1, 69–71 410.89 AF R 5 A 1 125 –39.8 30 60
82R-2, 114–116 412.77 AF R 6 F 4.1 149.2 –24.6 25 60
83R-1, 41–43 415.41 Th H 3 A 5.8 132.2 3.1 540 600
83R-1, 65–67 415.65 Th R 2 A 1.6 58.2 –33.9 480 600
83R-2, 36–38 416.51 AF H 6 A 7.3 295.1 6.5 25 60
84R-2, 118–120 422.06 Th R 4 F 6.7 208.9 –50.4 500 595
84R-3, 65–67 422.88 AF R 5 F 2.8 285.5 –37 20 60
85R-1, 52–54 425.12
85R-2, 126–128 427.11 AF R 6 F 6.9 230.1 –31.4 15 60
85R-3, 28–30 427.60 AF R 4 F 6.2 259.7 –18.2 20 50
86R-1, 83–85 430.23 Th N 5 A 1.3 177.5 38 300 600
86R-2, 77–79 431.67
86R-3, 89–91 433.28
87R-1, 93–95 435.13 Th D 3 A 3 120.6 69 450 600
87R-2, 111–113 436.77 Th D 7 F 13.8 260 76.1 400 600
88R-2, 55–57 440.78 AF R 3 A 8.5 105.4 –36 30 50
88R-4, 20–22 442.20 AF R 4 F 3.9 129.4 –22.4 20 50
88R-5, 64–66 444.10 Th N 4 A 5.9 255 26.8 530 600
89R-2, 18–20 445.38 Th N 8 F 7.7 144.2 57.2 520 620
90R-1, 58–60 449.18 AF R 6 F 1.5 73.8 –54.7 10 40
90R-2, 120–122 451.30 Th D 1 F 7.3 27 83.9 400 620
90R-3, 70–72 452.30
91R-1, 105–107 454.45
91R-2, 108–110 455.96 Th N 9 F 7 305 34.9 500 620
91R-3, 32–34 456.70
92R-1, 120–122 459.40
92R-2, 4–6 459.65 Th N 6 A 11.3 123.4 33.4 500 620
93R-1, 127–129 464.27 Th R 4 F 2 191.9 –34.2 500 595
94R-1, 20–22 468.00 Th R 4 F 2.2 289.1 –38.8 550 595
94R-2, 12–14 469.42 Th R 3 F 1 268.2 –43.5 550 595
95R-1, 59–61 473.19 AF R 4 F 3.9 69.6 –41.2 10 60
95R-2, 92–94 474.93 Th R 5 F 0.7 342.1 –29.4 550 620
95R-3, 127–129 476.65 Th R 4 F 2.5 144.7 –21.7 500 595
96R-2, 44–46 479.21 AF R 9 F 2.3 36.7 –38 10 100
96R-3, 20–22 480.41 AF R 3 F 8.9 131.9 –36.2 30 60
97R-1, 110–112 483.30 AF R 8 F 1.7 30.2 –45.1 15 100
98R-1, 75–77 487.75 Th R 5 F 2.1 147.5 –40.8 500 595
98R-2, 121–123 489.50 Th R 4 F 9.3 39.6 –33.5 550 595
98R-3, 91–93 490.61 Th R 4 F 3.1 191.8 –42.7 550 595
99R-1, 110–112 492.90 AF R 7 F 7.3 50.7 –61.5 20 100
100R-1, 56–58 497.16 Th N 4 F 3.6 262.8 44.5 570 620
100R-3, 111–113 500.59 Th D 9 F 13.1 9.1 84.3 500 620
101R-1, 57–59 501.97 Th D 6 F 7.8 346.1 71.3 400 595
101R-3, 116–118 504.98 Th D 10 F 2.1 0.8 74.5 200 620
101R-4, 58–60 505.77 Th D 10 F 5 316.5 76.3 200 620
101R-5, 53–55 507.00
102R-1, 81–83 507.01 Th N 5 F 17.6 311.8 40 500 595
102R-2, 142–144 509.06 Th H 4 F 5.4 9.9 4.5 550 600
103R-2, 144–146 513.89
103R-3, 102–104 514.97 Th R 3 F 2.6 146.9 –30.7 575 595
104R-1, 32–34 516.12 Th R 5 F 4.3 118.6 –58.9 500 595
104R-2, 112–114 518.24 Th N 2 A 2.4 28.5 61.1 585 595
104R-3, 118–120 519.80 Th D 8 F 7.5 40.9 75.2 300 620
105R-1, 94–96 521.54 Th R 6 F 5.5 117.2 –47.9 525 620
105R-2, 106–108 523.04 Th R 3 F 2.3 200.4 –43.4 575 595
106R-3, 53–55 528.42 Th R 5 F 3.4 77.1 –25.7 500 595
107R-1, 14–16 530.34 Th N 6 F 10 131.1 60.1 525 620
107Rv3, 22–24 532.45 Th R 3 F 3.9 258.9 –17.2 575 595
107R-4, 137–139 534.89 Th R 5 F 0.7 143.4 –41.2 500 595
108R-1, 109–111 536.09 Th R 4 A 4.6 233.9 –42.9 550 620
108R-2, 113–115 537.28 Th R 5 F 2.1 251.1 –80.5 500 595
108R-3, 77–79 538.16 Th R 4 A 1 257.6 –24.8 550 595
109R-1, 123–125 541.03
109R-2, 36–38 541.51 Th R 5 F 1.6 69.5 –22.3 500 595
109R-3, 77–79 543.16 Th N 6 A 10.2 313.7 32.2 500 620
110R-1, 99–101 545.59 Th N 7 F 7.4 17.7 64.7 400 620
111R-1, 118–120 550.58 Th D 7 F 2.7 264.2 73.4 400 620
111R-4, 44–46 554.01 Th D 9 F 8.3 341.3 82.7 150 595
112R-1, 26–28 554.46 Th D 5 F 3.7 301 75.5 500 595
113R-1, 97–99 559.97 Th N 8 F 4.8 292.4 59.7 300 620
113R-2, 100–102 561.32 Th D 7 F 6 44.4 84.9 200 595
113R-4, 58–60 563.85 Th N 5 F 7.2 82.8 60.6 500 595
114R-1, 52–54 564.32 Th N 3 A 8.4 259.5 27 575 595
114R-2, 81–83 566.11 Th N 4 F 3 256.6 27.7 525 600
114R-3, 72–74 567.12 Th R 5 F 1.2 122.4 –36.5 500 595
115R-1, 20–22 568.80 Th R 5 F 0.7 274.3 –47.9 500 595
115R-2, 140–142 571.23 Th R 5 F 1.5 15.1 –37.2 500 595
115R-3, 86–88 572.16 Th R 5 F 1.7 146 –42.3 500 595
115R-4, 47–49 573.21 Th R 5 F 1.1 14.3 –43.7 500 595
116R-2, 39–41 575.18 Th R 5 F 1.3 303.9 –46.4 500 595
116R-4, 33–35 577.04 Th N 6 F 5.9 346.5 51.4 500 620
117R-1, 70–72 578.90 Th D 5 F 2.3 201.6 66.9 500 595
117R-1, 107–109 579.27 Th N 6 F 8.7 103.9 62.1 500 595
117R-2, 99–101 580.40
118R-1, 107–109 584.07 Th R 5 F 3.8 301.2 –30.7 500 595
118R-2, 45–47 584.78 Th R 5 F 2.6 312.1 –32.8 500 595
118R-3, 78–80 586.55 Th R 5 A 5.5 284.1 –32.9 525 595
119R-1, 40–42 588.20 Th R 5 F 4.8 223.5 –37 525 595
119R-2, 17–19 589.33 AF R 5 F 2.2 25 –51.9 30 100
119R-3, 87–89 591.53 Th R 4 F 4 227.4 –47.9 550 595
119R-4, 15–17 592.10
120R-1, 26–28 592.86
120R-3, 127–129 596.55
120R-4, 89–91 597.50 Th N 6 A 7 158 36.9 500 620
121R-2, 113–115 599.51 Th R 4 F 1.7 91.4 –16.3 500 585
122R-1, 117–119 603.37 Th D 9 F 5.1 55.9 81.2 200 620
122R-2, 5–7 603.53 Th R 5 F 3.2 144.7 –26.3 500 595
122R-3, 33–35 605.26 Th R 3 F 1.3 266.1 –38.6 575 595
123R-1, 38–40 607.38 Th N 4 F 2.3 35.9 39.9 550 620
124R-1, 67–69 612.47 Th R 3 F 1.9 147.3 –40 550 600
124R-3, 56–58 614.93 AF R 3 A 3.3 136.9 –41.7 60 100
124R-4, 12–14 615.52 AF R 5 F 8 145.3 –37.2 30 100
125R-2, 41–43 618.17 Th R 4 F 1.7 142 –16.7 550 620
125Rv3, 78–80 619.88 AF H 8 A 12 92 4.3 0 595
126R-1, 27–29 621.67 Th R 3 F 3.6 319.7 –31.5 550 600
126R-3, 61–63 624.92 Th H 5 F 2.8 154.5 3.5 550 620
127R-1, 25–27 626.45 AF H 6 F 2.9 226.6 –2.3 15 80
127R-2, 40–42 628.10 Th N 6 F 11 338.6 58.3 400 600
128R-3, 88–90 634.79 Th R 3 F 4.5 254.7 –35.6 550 600
129R-1, 63–65 636.43 Th R 3 F 2.9 11.6 –37.6 550 600
129R-3, 34–36 638.76 AF R 3 A 1.7 265.7 –30.6 60 100
130R-3, 56–57 643.99 Th N 6 F 6.6 129.8 51.6 500 620
131R-1, 35–37 645.75 Th H 3 A 3.7 128.4 –8.7 550 600
131Rv2, 117–119 648.00 Th R 5 F 4.1 297.9 –53.2 500 595
132R-1, 97–99 651.17 Th R 4 F 5.6 0 –31.9 525 600
132R-3, 136–138 654.02 Th D 5 A 7.6 298 69.4 500 595
132R-4, 79–81 654.91 AF R 5 F 6.5 101.8 –24.5 30 100
133R-1, 100–102 656.00 Th R 3 F 1.2 346.1 –40.6 550 585
133R-3, 137–139 658.88 Th R 4 A 5.6 304.8 –20.1 550 595
134R-1, 94–96 660.74
134R-2, 67–69 661.62 Th R 4 F 3.4 348.6 –14.6 550 595
135R-1, 75–77 665.35
135R-2, 92–94 666.90 Th D 5 F 1.7 229 65.8 550 620
136R-1, 123–125 670.63 AF R 3 F 2.4 259.9 –41.8 60 100
138R-2, 130–132 681.80 Th R 5 F 1.6 84.3 –31 500 595
138R-3, 106–108 682.97 Th R 4 F 2.2 339.4 –21 550 595
139R-1, 97–99 684.77 AF R 4 A 13.7 312.4 –33.5 40 100
139R-3, 76–78 687.32 Th N 5 F 3.6 355.1 58.9 550 620
140R-3, 69–71 691.66 Th D 9 F 7.3 264.6 83.8 200 600
141R-1, 28–30 693.68
141R-2, 140–142 696.22 Th D 4 F 4.7 3.8 68.1 550 600
142R-1, 4–6 698.24 AF R 4 F 1.6 357.2 –31.2 15 40
142R-2, 139–141 701.00 Th D 9 F 3.5 86.3 85.3 200 600
142R-3, 82–84 701.87
143R-2, 72–74 704.76 Th N 4 F 4.6 322.3 58.8 550 600
144R-1, 70–72 708.50 Th N 6 F 6.5 260.2 22.7 500 600
144R-2, 118–120 710.45 AF R 3 A 3 307.8 –40.8 60 100
145R-2, 82–84 714.92 Th R 7 F 4.2 328.3 –49.5 500 620
145R-4, 7–9 716.77 AF R 4 F 3.1 26.5 –43 30 80
146R-1, 131–133 718.71 Th R 5 F 5.1 180.8 –35.7 500 595
147R-2, 113–115 724.83
147R-4, 6–8 726.37 Th R 5 F 5.7 88.7 –35.5 525 600
148R-3, 17–19 729.91 Th R 4 F 4.1 309.2 –50.3 550 600
149R-1, 141–143 733.21 Th R 5 F 9 174.3 –43.1 525 600
149R-3, 27–29 734.83 Th R 6 F 1.9 180.8 –68.2 400 595
150R-4, 37–39 740.39 Th R 7 F 4.8 319 –45.1 500 620
151R-2, 13–15 743.03 Th N 4 F 6 347 58.1 400 575
153R-1, 37–39 751.37 Th R 3 F 1.3 28 –34.8 575 600
153R-2, 102–104 753.52 Th R 5 F 5.8 148.8 –32.5 400 585
154R-2, 10–12 757.28 Th D 5 F 0.8 11.6 72 400 585
155R-1, 104–106 758.84 Th D 5 F 2.9 351.7 73.4 400 585
155R-2, 113–115 760.07 Th D 5 F 4.5 269.1 81.9 400 585
156R-3, 68–70 764.07 Th R 4 F 0.5 282.4 –37.7 400 595
157R-2, 113–115 767.90 Th R 5 F 4.9 339.1 –31.6 500 600
157R-3, 138–140 769.65 Th D 8 F 4.3 309.3 74.2 200 600
158R-4, 81–83 774.59 Th R 5 F 1.9 6.9 –29 500 600
159R-3, 10–12 778.01 AF R 4 F 2.2 340.4 –34.3 30 80
159R-4, 62–64 779.31 Th D 8 F 2.8 334.3 81.4 200 600
160R-2, 6–8 781.36 AF R 7 F 3.1 312 –32 15 100
160R-3, 104–106 783.82 Th N 3 F 0.6 0.3 64.4 575 600
161R-2, 63–65 786.62 Th N 7 F 2.6 346.3 64.8 300 600
162R-2, 130–132 792.05 AF R 5 F 4.3 18.7 –48.4 20 80
162R-4, 14–16 793.44 Th R 3 F 2.2 265.7 –49.9 575 595
163R-4, 7–9 798.53 Th N 4 F 6.2 71.9 10.7 500 595
164R-2, 59–61 800.77 Th R 4 F 4.4 350.9 –21.7 500 595
164R-4, 60–62 803.21 Th R 6 F 4.2 29.4 –35.2 400 595
165R-3, 118–120 807.65 Th R 4 F 5.6 205.2 –44.9 500 595
166R-1, 36–38 808.96 AF R 6 F 4.1 138.6 –59.4 15 80
166R-4, 112–114 813.65 Th D 5 F 14.7 78.1 69.6 400 595
167R-1, 10–12 813.50 Th D 8 F 5.3 32 79.1 200 595
167R-3, 114–116 817.21 Th N 8 F 5.4 38.7 63.8 200 595
168R-3, 49–57 821.29 Th R 5 F 4.5 139.9 –41.9 500 595
169R-1, 19–21 823.19 Th R 5 F 4.1 330.6 –14.5 500 595
169R-3, 57–59 826.45 AF R 6 F 3.2 237.5 –40.4 15 80
170R-1, 69–71 828.49 AF R 6 F 7.1 337 –35 20 100
170R-2, 131–133 829.98 Th R 5 A 9.8 137.4 –16.7 500 595
170R-4, 48–50 831.81 Th H 4 A 7.8 87.6 –8.2 500 585
171R-1, 131–133 833.91 Th R 5 F 7.2 132.1 –20.1 500 595
171R-4, 109–111 837.40 AF R 5 F 2.8 54 –32.9 20 80
172R-1, 107–109 838.47 Th R 6 A 5.1 10.5 –12.3 525 595
173R-1, 106–108 843.26 Th R 6 F 5.5 43.4 –28.7 525 595
174R-1, 7–9 847.07 Th R 6 F 6 131.5 –35.3 525 595
175R-3, 118–120 855.37 Th N 5 F 8.4 346 11.4 500 585
175R-4, 17–19 855.64 Th N 6 F 4.5 306.1 45.2 500 595
176R-2, 14–16 857.85 AF R 8 F 4.2 122.3 –51.8 10 100
176R-4, 122–124 861.24
177R-3, 15–17 864.24 Th R 3 A 2.3 215.4 –49.1 575 595
178R-2, 26–28 867.77 Th R 7 F 2.1 0.1 –40.9 500 595
180R-1, 58–60 876.38 Th N 5 F 3.2 344.8 47.5 550 595
180R-1, 68–70 876.48 Th D 9 F 5.6 336.9 74.9 300 595
180R-2, 131–133 877.91 Th D 7 F 6.4 343.2 67 500 595
181R-1, 82–84 881.42 Th H 5 F 15 99.6 2.6 500 595
182R-1, 12–14 885.52
183R-1, 113–115 891.33 Th H 4 F 3 30.8 –4.9 550 595
183R-3, 122–124 894.20 Th R 3 F 4.4 1.1 –10.7 500 595
184R-2, 64–66 896.80 Th R 5 F 5.1 124.9 –28.8 500 595
185R-2, 68–70 901.90 Th N 5 F 11.4 337.4 36.1 500 595
186R-3, 100–102 908.49
187R-3, 74–76 912.12
188R-3, 89–91 917.38
189R-1, 110–112 920.10
189R-3, 90–92 922.59 Th D 7 F 2.9 26.5 80 300 595
190R-1, 28–30 924.08 Th N 7 A 11 210.1 19.4 300 595
191R-3, 86–88 928.38 Th R 5 F 5.4 180.4 –31.7 500 595
192R-1, 140–142 930.00 Th R 3 F 2.6 324.6 –38.4 500 575
193R-2, 59–61 935.49 Th R 6 F 9.9 68.8 –63.7 300 585
194R-2, 97–99 939.85
195R-1, 98–100 943.98 Th R 5 F 4.8 160 –37 400 585
196R-3, 28–30 950.74 Th R 4 F 6 149.2 –42.1 500 585
197R-1, 112–114 953.72 Th R 5 F 4.7 203.1 –36.3 500 595
197R-4, 25–27 956.66 Th D 7 F 5 293.1 68.9 200 595
198R-1, 108–110 958.48 Th R 5 F 5.2 192.7 –29 500 595
198R-3, 101–103 960.39 Th R 5 F 2.1 198.4 –35 400 620
199R-2, 42–44 963.96 Th R 5 F 9.2 209.8 –36.5 500 595
200R-1, 44–46 965.64 Th R 4 F 1.6 245.7 –40.3 550 595
200R-3, 100–102 968.58 AF R 5 F 3.6 353.7 –31 30 100
201R-1, 112–114 970.82 Th R 5 F 4.5 151.1 –36.7 500 595
202R-3, 52–54 975.33 Th R 5 F 5.1 148 –47.6 500 595
202R-4, 8–10 975.97 Th R 4 F 4.5 300.4 –61.7 550 595
203R-1, 5–7 976.85 Th R 4 F 1.9 206.2 –43.8 550 595
204R-3, 52–54 984.60 Th R 4 F 6 109.3 –46.7 550 595
204R-6, 40–42 988.70 AF R 7 F 4.2 266.7 –27.7 15 100
205R-1, 117–119 987.57 Th N 4 A 7.7 56.3 38.6 550 595
206R-1, 14–16 991.34 Th D 5 F 2.1 355.2 73.3 500 595
207R-1, 93–95 995.13 Th R 4 F 3.9 23.3 –30.8 550 595
207R-3, 68–70 997.88 Th R 5 F 1.5 327.6 –44.2 500 595
208R-1, 18–20 1000.98 Th R 4 F 3.5 8.8 –34.2 550 595
209R-2, 37–39 1007.13 Th N 7 A 5.3 24.4 58.7 300 595
210R-1, 96–98 1011.36
210R-3, 3–5 1012.93 Th R 5 F 3.6 327.5 –29.1 500 595
211R-5, 66–68 1021.09 Th R 5 F 4.3 21 –39.3 500 595
212R-2, 37–39 1021.58 Th R 4 F 11 99.3 –41 550 595
213R-2, 77–79 1027.02 Th R 6 F 11.7 219.7 –37.5 500 620
214R-3, 36–38 1032.44 Th D 7 F 6.2 189.7 89 300 595
215R-1, 28–30 1034.68 Th N 6 F 5.1 315.4 50.3 400 595
215R-4, 141–143 1038.89
216R-1, 96–98 1040.16 Th N 4 A 7.7 10.5 40 500 595
217R-2, 85–87 1046.26 AF R 6 F 5 331 –38.2 20 100
217R-3, 38–40 1046.94 Th R 4 F 3.9 160.2 –24.9 575 620
218R-3, 35–37 1051.78 Th D 8 F 8.4 105.1 86.1 200 595
219R-2, 85–87 1055.77 Th D 4 A 6 73.1 71.4 575 620
220R-1, 126–128 1059.66 AF R 4 F 2.7 15.7 –27.8 20 60
222R-1, 117–119 1069.17 Th R 5 F 2.3 164.2 –43.6 500 595
222R-4, 26–28 1072.45 AF R 6 A 1.2 359.5 –42.7 15 80
223R-2, 37–39 1074.31 Th R 5 F 4.1 235.2 –39.9 500 595
224R-1, 46–48 1078.06
225R-1, 120–122 1083.60 Th R 5 F 3.9 334.1 –41.8 500 595
225R-3, 117–119 1086.36 Th R 5 F 3.6 154 –22 500 595
226R-1, 3–5 1087.23 AF R 6 F 5.2 167.3 –51.5 20 100
226R-3, 61–63 1090.71 Th R 5 F 11.1 227.8 –35.3 500 595
227R-2, 46–48 1093.89 AF D 6 F 3.1 214.9 65.8 10 60
227R-3, 90–92 1095.83 Th D 8 F 6.3 286.1 84.6 200 595
228R-2, 92–94 1098.93
228R-4, 16–18 1100.86 Th D 8 F 11.9 101.1 76.6 200 595
229R-1, 57–59 1102.17 Th N 6 F 10.3 295.2 42.9 400 595
230R-1, 72–74 1106.22 AF R 5 F 5.2 179.9 –35.5 20 80
230R-3, 128–130 1109.66 Th H 6 F 13.4 165.1 3.1 400 595
231R-1, 65–67 1110.95
232R-1, 45–47 1115.55
232R-3, 123–125 1119.15 Th D 8 F 3.6 342.2 71.8 200 595
233R-2, 60–62 1122.00 Th N 8 F 4.9 53.2 64.5 200 595
234R-1, 122–124 1125.92 Th D 8 F 2.4 340.3 84.5 200 595
234R-4, 23–25 1129.33 Th D 5 F 3.2 332.4 75 500 595
235R-1, 78–80 1130.28 Th D 8 F 3 168.4 86.8 200 595
236R-1, 59–61 1134.89 Th D 8 F 5.9 82.9 75.4 200 595
236R-3, 6–8 1137.21
237R-1, 88–90 1139.98 Th D 8 F 3.7 77.1 70.4 200 595
238R-1, 119–121 1145.09 Th N 4 F 8.2 9.6 19.8 550 595
239R-2, 47–49 1150.60 Th R 5 F 5.5 170.1 –35.2 500 595
240R-2, 80–82 1155.54 Th D 8 F 3.6 10.9 78.1 200 595
241R-1, 21–23 1158.51 Th D 8 F 1.5 73.8 71.1 200 595
242R-1, 30–32 1163.40 AF D 8 F 1 224.2 74.6 5 80
242R-2, 95–97 1165.32 Th D 8 F 3.1 354.7 85.1 200 595
243R-1, 13–15 1168.03 Th D 9 F 8.4 107.4 72.1 100 595
244R-2, 113–115 1175.13 Th N 4 F 4.3 48.7 63 550 595
245R-1, 40–42 1177.90 Th R 5 F 2.8 101.2 –41.4 500 595
246R-1, 106–109 1183.36 Th D 5 F 5.5 64 75.4 200 550
247R-2, 9–11 1188.58 Th D 4 F 4.6 119.6 65.4 550 595
248R-2, 34–36 1193.48 AF R 4 F 3.2 310.3 –42.4 30 80
248R-3, 45–47 1194.94 AF N 5 F 6.2 342.8 12.9 30 80
249R-1, 94–96 1197.64 Th N 4 F 4.7 113.2 55.5 575 620
250R-3, 23–25 1204.31 Th D 7 F 6.7 131.4 84.7 300 595
251R-1, 85–87 1207.15 Th N 6 F 6.8 28.7 42 400 595
252R-1, 100–102 1212.10 Th R 6 F 5.6 88.3 –25.9 400 595
253R-2, 77–79 1218.14 Th R 6 F 2.2 28.3 –28.5 400 595
254R-1, 48–50 1221.18 Th R 4 A 2.4 331.6 –16.6 550 595
255R-1, 94–96 1226.44 Th D 4 A 10.3 58.7 72.1 550 595
256R-2, 98–100 1232.42 Th N 6 A 2.3 107.2 58.1 400 595
257R-1, 49–51 1235.59 Th N 6 F 6.4 119 62.6 400 595
258R-1, 46–48 1240.36 Th R 5 F 4.9 197.5 –33.2 500 595
259R-1, 93–95 1245.63 AF R 6 F 5 354.8 –19.2 30 100
260R-1, 133–135 1250.83 AF R 6 F 6.9 27.3 –45.1 30 100
261R-3, 83–85 1257.85 AF R 7 F 9.7 330 –31.4 20 100
262R-3, 72–74 1262.67 Th H 6 F 11.9 70.1 7.3 400 595
263R-1, 43–45 1264.33 Th N 8 F 12.7 43.6 53.1 200 595
264R-2, 55–57 1270.75 Th R 3 A 2 259.1 –29.2 575 595
265R-1, 85–87 1274.35 Th R 4 F 3.3 62.2 –31.1 500 585
266R-2, 4–6 1279.49 Th D 3 A 3.3 284 81.7 575 595
267R-2, 106–108 1285.60 Th R 5 F 0.8 162.3 –32.6 500 595
268R-2, 61–63 1289.84 Th N 8 F 16 278.8 53.5 200 595
268R-4, 23–25 1292.20 Th N 5 F 9.3 140.5 11.8 500 595
269R-2, 74–76 1294.90 Th R 6 F 3.6 293.9 –37 400 595
270R-3, 131–133 1301.59 Th D 7 F 2.4 17.7 83.2 300 595
271R-2, 7–9 1303.76 Th R 5 F 2.5 244.8 –33 500 595
272R-3, 28–30 1310.28 Th D 6 F 2.8 55.5 72.2 400 595
273R-1, 12–14 1312.02 Th R 4 F 0.7 327.7 –28.1 550 595
274R-1, 33–35 1317.03 Th R 6 F 4.4 164.7 –40.9 400 595
275R-2, 116–118 1323.97 Th R 5 F 2.1 246.6 –36 500 595
276R-1, 40–42 1326.70 Th R 4 F 5.1 121.7 –59.5 575 620
277R-1, 61–63 1330.21 Th D 9 F 8.8 6.8 70 100 595
278R-1, 26–28 1334.66 Th R 5 F 2.3 34.1 –39 500 595
279R-4, 38–40 1343.56 Th R 4 F 7 271.2 –11.3 500 585
280R-1, 92–94 1344.92 Th R 5 F 2.8 257.6 –33.1 500 595
281R-1, 105–107 1349.85 Th R 4 F 0.4 156.2 –25.3 550 595
282R-1, 30–32 1353.90 Th R 5 F 1.8 319.5 –18.4 500 595
283R-1, 6–8 1358.46 Th R 4 F 6.1 95.2 –46.2 550 595
284R-2, 80–82 1365.11 Th R 4 F 3.9 148.1 –37.3 550 595
285R-1, 82–84 1368.82 Th R 5 F 6.2 16 –19.6 500 595
286R-2, 134–136 1375.64 Th R 5 F 7.4 332.8 –33 500 595
287R-1, 8–10 1377.68 Th R 4 F 6.8 325.3 –21.3 550 595
288R-1, 15–17 1379.75 Th R 5 F 7.1 156.3 –12.2 500 595
290R-2, 111–113 1389.45 Th R 5 F 4.9 294.5 –23.1 500 595
291R-4, 118–120 1396.61 Th N 6 A 9.9 273.4 20.6 400 595
292R-2, 59–61 1398.44 Th R 5 F 3 184.6 –28.2 500 595
293R-1, 59–61 1402.19 Th N 3 F 2 309.8 20.6 585 620
294R-1, 93–95 1407.33 AF R 7 F 0.9 307.4 –27.7 15 100
295R-2, 70–72 1413.40 AF R 7 F 2.1 342.7 –25.7 15 100

Notes: MAD = maximum angular deviation, Demag = demagnetization, N = number of demagnetization steps used in PCA, AF = alternating-field, Th = thermal, R = reversed, N = normal, H = polarity uncertain, D = drilling-induced magnetization, F = free of origin, A = anchored. This table is also available in ASCII.

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