Table T7. Structural data, Hole 1175A.

Core, section, interval (cm)	Depth (mbsf)	Cr az. (°)	Cr dip (°)	Cr line	Cr l.plunge	Pm az.	Pm plunge	Pm line	Pm l.plunge	Identifier	Notes
190-1175A-
1H-3, 94-101	3.94	160	32							Bed
2H-4, 58-59	12.28									Fold	S-fold in archive half, 1-cm wavelength
3H-1, 43-47	17.13	166	51			288	51			Bed
3H-1, 51-52	17.21	115	16			237	16			Bed
3H-1, 87-94	17.57	342	51			104	51			Fold axial plane	Z-fold in archive half, 6-cm amplitude
3H-2, 92-98	19.12	7	55			129	55			Fold axial plane
3H-5, 113-114	23.83	153	19			275	19			Bed
3H-6, 8-9	24.28	282	14			44	14			Bed
3H-6, 117-118	25.37	41	22			163	22			Bed
4H-1, 84-86	27.04	348	23			288	23			Bed
4H-3, 76-77	29.96	337	8			277	8			Bed
4H-5, 117-118	33.37	334	11			274	11			Bed
5H-1, 32-37	36.02	100	27			141	27			Bed
5H-1, 87-89	36.57	180	13			221	13			Bed
5H-1, 109-111	36.79	0	10			41	10			Bed
5H-3, 59-61	39.29	173	24			214	24			Bed
5H-6, 35-40	43.55	150	19			191	19			Bed
6H	45.21	0	0			196	0			Bed
7H	54.71	0	0			147	0			Bed
7H-5, 6-10	60.76					147				Dipping laminae	Slump?
7H-5, 60-71	61.30					147				Dipping laminae	Slump?
8H-5, 95-100	71.15	160	40			309	40			Bed
8H-5, 135-142	71.55	153	50			302	50			Bed
8H-2, 48-50	66.18	180	16			329	16			Bed
9H-1, 2	73.71					245				Bedding	Curviplanar vertical bedding
9H-5, 6	79.71					245				Bedding	Moderately inclined curviplanar bedding
10H	83.21	0	0			358	0			Bedding
11H	92.71					96					Only two sections full of white ash
12H-2, 83-84	103.13	293	25			155	25			Bed
12H-3, 38-40	104.18	230	27			92	27			Axial plane	Slump?
13H-3, 80-90	114.10	284	68			229	68			Bed	Ash layer
13H-5, 122-123	117.52			130	0			75	0	Fold axis
13H-6	117.81			315	15			260	15	Fold axis
13H-4, 100-135	115.80	17	90			322	90			Bed
13H-4, 48-65	115.28	351	60			296	60			Bed
13H-5, 16-20	116.46	154	53			99	53			Bed
14H-1, 125-127	121.05	246	57			129	57			Bed
14H-2, 40-41	121.70	0	90			243	90			Bed
14H-3, 62-63	123.42	0	40			243	40			Bed
14H-4, 60-60	124.90	187	48			70	48			Bed
14H-6, 119-119	128.49	270	12			153	12			Bed
14H-4, 11-15	124.41	203	53			86	53			Fold axial plane
14H-4, 11-15	124.41	357	45			240	45			Fold axis
15H-1, 50-54	129.80	324	41			240	41			Bed
15H-1, 98-105	130.28	334	58			250	58			Bed
15H-5, 116-118	136.46	284	21			200	21			Bed
16H	138.81	0	0			234	0			Bed	Curviplanar aspect due to drilling
17H-1, 89-91	149.19	277	71			93	71			Bed
17H-3, 70-77	152.00	0	42			176	42			Bed
18H-1, 88-90	158.68	94	52			112	52			Bed
18H-2, 40-48	159.70	52	57			70	57			Bed
18H-4, 58-66	162.88	150	60			168	60			Bed
19H-6, 15-22	174.95	337	53			268	53			Bed
20H-1, 84-85	177.64	237	18			247	18			Bed
20H-3, 11-17	179.91	202	50			212	50			Bed
21H-4, 66-68	191.46	148	19			357	19			Bed
22H-1, 116-145	196.96	36	41			235	41			Bed
22H-2, 30-43	197.60	197	66			36	66			Fault	Displaces slump-fold closure
22H-3	198.81					199				Bed	Wholly disaggregated beds
22H-4, 42-59	200.72	169	63			8	63			Bed
22H-4, 120-133	201.50	16	53			215	53			Bed
22H-5, 97-106	202.77	323	59			162	59			Axial plane	Isoclinal fold, two in the section
22H-6, 66-105	203.96	20	47			219	47
23X	205.31										Highly disturbed hemipelagites by XCB coring
23X-2,3,CC	206.81	0	0				0				Evidence of subhorizontal bedding
24X										No recovery
25X-5,6,CC	230.61	0	0				0			Bed	Subhorizontal bedding
26X	234.31	0	0				0			Bed	Subhorizontal bedding when observed
27X	243.91	0	0				0			Bed
28X	253.61	0	0				0			Bed
29X	263.21	0	0				0			Bed
30X	272.81	0	0				0			Bed
31X	282.41	0	0				0			Bed
32X-2, 99-103	294.49	180	5				5			Fissility	Biscuit interval 94-104 cm
32X-5, 85-88	298.85	210	71			259	71			Fault	12-mm reverse displacement, biscuit 81-88 cm
33X	301.61	0	0				0			Bed
34X										No recovery
35X										Poor recovery
36X-CC	330.41	0	0				0			Poor recovery
37X-6, 4-11	347.54	185	71			85	71			Fault	4-mm normal displacement, biscuit 4-11 cm
38X-1, 57-62	350.17	140	65			100	65			Fault	Anastomosing fault surface
38X-3, 111-119	353.71									Soft sediment deformation
39X	359.21									Subhorizontal bedding
39X-1, 112-119	360.32									Small folds
39X-1, 92-98	360.12									Small folds
39X-1, 78-83	359.98									Small folds
40X-CC	368.81									Bed
41X	378.41									Bed	Horizontal bedding where not convoluted
41X-2, 8-14	379.98									Fold	Convoluted lamination
41X-5, 67-76	385.07	40	64			48	64			Fault	Two normal faults, 10-mm offset
41X-2, 83-91	380.73	186	90			354	90			Fault	Vertical
42X	388.01									Bed	Subhorizontal bedding
42X-1, 55-60	388.55	339	83			59	83			Fault, normal	15-mm offset, not a good biscuit
42X-2, 17-24	389.67	346	71			274	71			Fault, normal	7-mm offset
42X-2, 34-40	389.84	153	66			321	66			Fault, normal	5-mm offset
42X-2, 65-70	390.15	79	51				51			Fault	Downdip slickenlines on surface
42X-3, 120-123	392.20									Fault	2-mm offset, orientation only apparent (270,72)
43X-1, 36-43	397.96	12	73			47	73			Fault	2 mm wide, no visible displacement
43X-1, 86-102	398.46	151	64			48	64			Fault	Downdip slickenlines
43X-2, 36-37	399.46	254	21			149	21			Bed
43X-3, 51-52	401.11	221	19			201	19			Bed
44X-1, 36-41	406.86	204	63			58	63			Web structure	In sandy material
44X-1, 36-41	406.86										Bed, deformation bands or drilling feature
45X											No recovery
46X										Poor recovery
46X											Small piece with deformation bands
47X										Bed	Subhorizontal bedding

Note: cr az. = azimuth of plane in core reference frame, cr dip = dip of plane in core reference frame, cr line = azimuth of line in core reference frame, cr l.plunge = plunge of line in core reference frame, cr sense = sense of movement in core reference frame, pm az. = azimuth of plane in paleomagnetic reference frame, pm plunge = plunge of plane in paleomagnetic reference frame, pm line = azimuth of line in paleomagnetic reference frame, pm l.plunge = plunge of line in paleomagnetic reference frame, pm. decl.= paleomagnetic declination, pm. inc = paleomagnetic inclination (only, or nothing).This table is also available in ASCII format.