Initial Reports, Volume 209
Ms 209IR-109
Chapter 9, Table T9. Anisotropy of magnetic susceptibility, Hole 1274A.

Notes: s = 1 standard deviation for normalized eigenvalues. Total anisotropy critical value = 3.4817. * = unrotated core coordinates (double line on working half = 360 degrees, inclination positive down). F12 = max, min eigenvalues, F23 = int, min eigenvalues (critical value = 4.2565 for F12 and F23). P (degree of anisotropy) = max/min eigenvalues, F (magnetic foliation) = int/min eigenvalues, L (magnetic lineation) = max/int eigenvalues. AMS = anisotropy of magnetic susceptibility. ** = anisotropy of magnetic susceptibility core coordinates rotated to 360 degrees.

Core, section, interval (cm)	Depth (mbsf)	Piece	Susceptibility (SI)	1-s	Maximum*: Value	Declination (degree)	Inclination (degree)	Intermediate*: Value	Declination (degree)	Inclination (degree)	Minimum*: Value	Declination (degree)	Inclination (degree)	Total anisotropy	F12	F23	P	F	L	Minimum** (degree): Declination	Inclination	Maximum** (degree): Declination	Inclination

209-1274A-
3R-1, 89	17.79	9B 	3.860E-03	0.00027	0.3452	51.7	5.5	0.3351	145.5	34.4	0.3198	313.7	55	1771.6	688	1588.5	1.079	1.048	1.03	124.1	55	222.1	5.5
4R-1, 55	21.85	3	4.429E-03	0.00024	0.3429	10.2	9.3	0.3324	271.7	42.2	0.3247	110.1	46.3	1132.9	945.1	495.1	1.056	1.023	1.032	140.7	46.3	40.8	9.3
5R-1, 125	27.55	10B 	8.797E-03	0.00012	0.3565	50.8	60	0.3378	272.1	23.5	0.3057	174.2	17.6	9999.9	9999.9	9999.9	1.166	1.105	1.056	219.9	17.6	96.5	60
5R-2, 22	27.96	1B 	6.880E-03	0.00014	0.3534	205.8	17	0.338	74.9	64.9	0.3086	301.4	17.8	9999.9	5791.2	9999.9	1.145	1.095	1.045	342.4	17.8	246.8	17
6R-2, 29	31.74	1A 	1.278E-02	0.00053	0.3509	145.7	31.5	0.3365	326.1	58.5	0.3125	235.8	0.2	1085.5	373.4	1039	1.123	1.077	1.043	161.2	0.2	71.1	31.5
6R-3, 52	33.34	1B 	5.478E-03	0.00028	0.3555	99.6	75.9	0.3372	210.9	5.2	0.3073	302.1	13.1	6129.8	2185	5760.6	1.157	1.097	1.054	295.9	13.1	93.4	75.9
7R-1, 52	36.32	5	8.541E-03	0.0002	0.3583	104.4	48.4	0.3236	0.2	12.2	0.3181	260.2	39	9062.9	9999.9	365.8	1.127	1.017	1.107	230.5	39	74.7	48.4
7R-1, 98	36.78	7A 	6.366E-03	0.00015	0.3527	153.9	4.6	0.3306	61.5	27.7	0.3167	252.6	61.8	9999.9	9999.9	4337.4	1.114	1.044	1.067	311.4	61.8	212.7	4.6
8R-1, 106	41.06	15C 	1.316E-02	0.00013	0.3436	59.6	62.3	0.3352	240	27.7	0.3213	149.9	0.2	5597.2	1952.9	5318.9	1.069	1.043	1.025	186.9	0.2	96.6	62.3
11R-1, 74	55.64	12B 	1.469E-02	0.00016	0.349	54.6	43.4	0.3331	217	45.2	0.3179	316.1	8.9	7462.3	4831.8	4498.1	1.098	1.048	1.048	104.1	8.9	202.6	43.4
12R-1, 94	60.34	13	1.617E-02	0.00016	0.3477	62.5	47.5	0.3404	281.1	35.6	0.3118	176	20.1	9999.9	1037.7	9999.9	1.115	1.092	1.021	279.3	20.1	165.8	47.5
14R-1, 68	69.68	8C	2.301E-02	0.00015	0.352	337.1	12	0.3368	91	62.4	0.3113	241.5	24.5	9999.9	4828.3	9999.9	1.131	1.082	1.045	306.3	24.5	41.9	12
15R-1, 101	75.01	15A 	2.562E-02	0.00006	0.3448	2.6	41.2	0.33	173.8	48.5	0.3252	268.8	4.4	9999.9	9999.9	3260.8	1.06	1.015	1.045	315.9	4.4	49.7	41.2
16R-2, 17	85.31	1B 	2.415E-02	0.00032	0.3635	125.7	38.7	0.3292	315.2	50.9	0.3073	219.5	4.7	6155.5	5648.3	2293.8	1.183	1.071	1.104	287.3	4.7	193.5	38.7
17R-2, 19	89.94	1B 	3.034E-02	0.00035	0.3582	162.4	12.1	0.3382	58.6	48	0.3036	262.5	39.5	5030.7	1639.7	4945.3	1.18	1.114	1.059	356.4	39.5	256.3	12.1
20R-1, 145	104.35	26	1.099E-01	0.00018	0.3465	257.8	45.3	0.339	110.9	39.7	0.3145	6	17.2	6983.4	868.8	9371.6	1.102	1.078	1.022	22.8	17.2	274.6	45.3
27R-1, 35	146.45	4B 	2.112E-02	0.00022	0.345	287.2	60.4	0.344	124.5	28.5	0.311	30.4	7.4	6372	11.7	9999.9	1.11	1.106	1.003	134.7	7.4	31.5	60.4
27R-1, 83	146.93	7	1.220E-02	0.00015	0.3461	314	65.5	0.3355	113.9	23.2	0.3184	207.1	7.6	6618	2370.5	6203.5	1.087	1.054	1.031	318.4	7.6	65.3	65.5