Initial Reports, Volume 209
Ms 209IR-107
Chapter 7, Table T11. Anisotropy of magnetic susceptibility, Hole 1272A.

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	Decliantion (degree)	Inclination (degree)	Total anisotropy	F12	F23	P	F	L	Minimum** (degree): Declination	Inclination	Maximum** (degree): Declination	Inclination

209-1272A-
1R-1, 44	0.44	7	1.37E-02	0.00009	0.3355	61.9	17.2	0.3335	297.2	61.4	0.3311	159.1	22	508.2	257.7	381.6	1.013	1.007	1.006	113	22	15.8	17.2
2R-1, 63	13.53	9	3.64E-02	0.00026	0.3538	282.4	51	0.3387	102.7	39	0.3075	12.6	0.2	6643	1696.5	7251.6	1.15	1.101	1.045	14.9	0.2	284.7	51
3R-1, 114	19.04	9	3.27E-02	0.00015	0.3367	251.1	72.9	0.3336	56.2	16.5	0.3297	147.4	4.2	420.7	214.7	314.3	1.021	1.012	1.01	220.5	4.2	324.2	72.9
4R-1, 85	23.25	14	6.66E-02	0.00007	0.3362	202	38.1	0.3325	8.7	51.2	0.3312	106.9	6.5	1099	1402.8	169.8	1.015	1.004	1.011	8	6.5	103.1	38.1
7R-1, 96	37.86	15	3.87E-02	0.00011	0.3352	44.3	9.4	0.3338	157	66.9	0.331	310.7	21	277.2	66.9	309	1.013	1.009	1.004	52	21	145.6	9.4
13R-1, 96	61.66	15	2.65E-02	0.00035	0.3594	63.3	3.3	0.3361	332.6	11.7	0.3045	168.8	77.8	5038	2247.2	4146.5	1.18	1.104	1.069	93.1	77.8	347.6	3.3
13R-2, 30	62.5	4	4.10E-02	0.00047	0.3757	152.7	7.4	0.3328	60.2	18.2	0.2915	264	70.2	6354.9	4119.8	3825.7	1.289	1.142	1.129	278.1	70.2	166.8	7.4
14R-1, 22	65.92	3C	4.05E-02	0.0006	0.3815	352.9	1.6	0.339	85.3	55.6	0.2795	261.8	34.3	5851	2515.5	4932.7	1.365	1.213	1.125	244.6	34.3	335.7	1.6
16R-1, 137	76.37	22	3.55E-02	0.00029	0.3568	15	21.1	0.3425	119.1	32.3	0.3007	257.8	49.9	7900.5	1199.5	9999.9	1.187	1.139	1.042	64	49.9	181.2	21.1
17R-1, 59	80.19	10	3.67E-02	0.00029	0.3565	358.2	6	0.3423	95.1	48.9	0.3012	263	40.5	7952.4	1202.8	9999.9	1.184	1.137	1.041	211.5	40.5	306.7	6
17R-1, 130	80.9	19	3.60E-02	0.0001	0.3555	129.4	13.2	0.3351	220.7	5.6	0.3095	333.3	75.7	9999.9	9999.9	9999.9	1.149	1.083	1.061	340.4	75.7	136.5	13.2
18R-1, 44	85.04	6	2.74E-02	0.00029	0.3638	155.5	15	0.3368	51.1	42.7	0.2994	260.2	43.4	9999.9	4448	8576.8	1.215	1.125	1.08	218.8	43.4	114.1	15
21R-1, 50	99.4	4	1.92E-02	0.00022	0.3479	133.4	22.4	0.3394	37.1	14.9	0.3126	276.2	62.7	5591.8	738.9	7406.3	1.113	1.086	1.025	265.1	62.7	122.3	22.4
23R-1, 24	108.74	2B	2.46E-02	0.00062	0.3705	172.2	40.7	0.3348	75.9	7.3	0.2946	337.6	48.4	3003.9	1659	2104.6	1.258	1.137	1.107	307.7	48.4	142.3	40.7
24R-1, 77	114.27	11	1.89E-02	0.00015	0.3507	172	21.4	0.3333	76.4	13.9	0.316	315.7	64.1	9999.9	6393.1	6355.3	1.11	1.055	1.052	312.7	64.1	169	21.4
25R-1, 127	119.27	15	1.25E-02	0.00007	0.3401	241.1	29.7	0.3323	73.5	59.7	0.3276	334.2	5.4	5775	5453.8	2039.3	1.038	1.014	1.023	225.3	5.4	132.2	29.7
26R-1, 75	123.75	3B	1.71E-02	0.00018	0.353	186.2	12.4	0.3323	91.3	21.3	0.3147	304.4	65.1	9022.1	6603.4	4726.4	1.122	1.056	1.062	245.3	65.1	127.1	12.4
27R-1, 52	127.52	4B	1.20E-02	0.00014	0.3432	266.1	4.3	0.334	357	12.1	0.3228	156.8	77.1	4527.3	2328.9	3361.8	1.063	1.034	1.028	63.9	77.1	173.2	4.3
27R-2, 93	129.43	10	8.10E-03	0.00018	0.3428	16.7	17.5	0.3383	116.4	28	0.3188	258.7	56.1	4010.8	307.4	5869.5	1.075	1.061	1.013	260.7	56.1	18.7	17.5