Initial Reports, Volume 209
Ms 209IR-106
Chapter 6, Table T9. Piece orientations from archive-half data, Holes 1271A and 1271B.

Notes: Lithology: 1 = dunite, 2 = harzburgite, 10 = gabbro, 14 = troctolite, 17 = serpentinite. N = number of samples. Decay type: A = anchored to origin, F = free of origin. MAD = maximum angular deviation. PCA (%) = percentage of natural remanent magnetization intensity. * = PCA (%) normalized to 15-mT demagnetization step. ** = sample marked upside down. Corrected direction = 231/28.7.

Core, section, interval (cm)	Depth (mbsf)	Piece	Lithology	N	Decay type	MAD (degree)	Remanence direction (degree): Declination	Inclination	Demagnetization (mT): Low	High	J (A/m)	PCA (%)

209-1271A-												
1R-1, 44	0.44	9	1	5	F	2.8	252.5	14.6	15	40	0.2107	7.8
1R-1, 60	0.60	10	1	4	F	2.7	91.2	34.0	20	40	0.8205	6.4
1R-1, 78	0.78	11	1	3	A	2.2	51.6	35.9	25	40	1.0494	6.2
1R-1, 98	0.98	12	1	3	A	2.3	37.0	34.6	25	40	0.9933	6.7
1R-1, 114	1.14	14	1	3	A	1.0	41.3	24.5	25	40	0.7309	14.2
1R-2, 32	1.74	7	1	3	A	2.0	79.5	23.6	25	40	0.2849	60.1*
1R-2, 70	2.12	14	1	3	A	0.8	179.3	29.6	25	40	0.133	60.1*
1R-2, 90	2.32	18	1	3	A	1.3	267.5	24.1	25	40	0.149	57.8*
1R-2, 106	2.48	19	1	2	A	2.2	252.6	31.5	30	40	0.2649	41.4*
3R-1, 64	19.54	11	1	2	A	2.9	33.0	56.8	30	40	0.0905	2.4
4R-1, 22	28.72	5	17	5	F	1.7	78.6	8.4	15	40	0.4551	9.2
4R-1, 82	29.32	13	17	4	F	2.8	34.7	27.2	20	40	0.2888	3.3
4R-1, 94	29.44	14	17	3	F	3.9	222.0	29.0	25	40	0.1687	2.0
4R-1, 110	29.60	17	17	2	A	3.1	91.3	24.8	30	40	0.1329	1.9
4R-2, 6	29.83	1	17	4	F	1.2	32.4	36.7	20	40	0.1932	2.2
4R-2, 42	30.19	2	17	4	F	1.8	12.2	7.3	20	40	0.4682	6.4
4R-2, 52	30.29	3	17	4	F	2.3	165.9	39.0	20	40	0.2213	3.1
4R-2, 56	30.33	3	17	4	F	2.4	183.9	22.5	20	40	0.3374	3.9
4R-2, 68	30.45	4	17	4	F	0.8	206.7	13.7	20	40	0.2786	4.7
4R-2, 84	30.61	6	17	4	F	1.7	301.4	22.1	20	40	0.4467	6.4
4R-2, 110	30.87	7	17	3	A	3.1	237.5	9.5	25	40	0.3796	5.2

209-1271B-												
5R-1, 52	28.22	10	1	2	A	0.4	169.0	16.0	40	50	0.335	9.7
7R-1, 20	36.40	4	1	5	A	2.0	130.4	36.8	20	50	0.1589	3.6
7R-1, 28	36.48	5	1	4	F	3.1	45.3	33.1	25	50	0.1273	2.6
7R-1, 54	36.74	7	1	4	F	1.0	41.4	22.9	25	50	0.257	11.5
8R-1, 74	41.44	14	1	4	F	4.3	53.3	34.8	25	50	0.2861	2.5
10R-1, 110	51.60	19	2	4	F	3.2	311.2	14.3	25	50	0.6778	9.2
10R-1, 124	51.74	20	2	4	F	3.6	50.3	27.7	25	50	0.192	8.2
11R-1, 104	56.54	19	1	4	F	2.8	268.6	28.8	25	50	0.7036	15.9
11R-1, 114	56.64	20	1	4	F	2.6	239.2	24.9	25	50	1.4958	25.3
12R-1, 38	60.48	7	14	4	F	2.2	23.8	24.7	25	50	0.666	18.0
12R-1, 52	60.62	8	14	4	F	2.4	128.9	-28.7	25	50	1.0623	22.4**
12R-1, 74	60.84	12	14	4	F	3.4	252.0	45.9	25	50	0.6995	15.0
12R-1, 98	61.08	16	14	4	F	0.9	322.5	18.5	25	50	0.4563	17.4
12R-1, 134	61.44	21	14	4	F	2.3	269.7	35.7	25	50	1.252	15.9
13R-1, 56	65.66	10	1	4	F	2.3	185.1	36.8	25	50	0.0705	5.2
14R-1, 18	69.98	4	10	3	A	2.4	254.5	21.7	25	40	0.0001	31.1
15R-1, 26	75.06	5	1	4	A	1.2	146.9	28.4	25	50	0.4069	15.6
17R-1, 12	84.62	2	10	4	F	6.4	98.4	23.5	25	50	0.0002	37.1
17R-1, 62	85.12	10	1	3	F	2.4	182.6	57.2	30	50	0.0727	1.6
17R-1, 104	85.54	16	2	5	F	1.5	356.8	27.5	20	50	0.8441	9.4
18R-1, 54	89.64	10	1	5	F	1.8	161.3	8.5	20	50	0.5953	17.1
18R-1, 112	90.22	20	1	5	F	0.9	325.5	25.7	20	50	0.5114	29.2
19R-1, 16	94.26	3	1	5	F	1.3	10.8	37.2	20	50	0.3452	3.7
19R-2, 8	95.68	1	1	5	F	2.3	324.6	52.2	20	50	0.4363	3.9
20R-1, 84	99.64	16	1	4	F	2.5	359.7	37.6	20	40	0.13	3.7