Table T11.

Table T11. Example of the vein-structure log used during Leg 183, Kerguelen Plateau.

Vein-structure log for igneous rocks recovered from Hole 1138A

Curatorial data (mbsf)
Vein intersections
Minerals

Depth
(mbsf) Basement unit Core Section P Ori? L (cm)
T
(cm) B
(cm) Id Pos
(cm)
DkGnC LtGnC BkC BGnC BlC WC CO₃ Z W
(mm) OriV? Halo W
(mm)

746.38 3 80R 1 2 Y

8 9 V1 8

100
5.0

746.37 3 80R 1 2 Y

7 15 V2 9

100
3.0 V

746.40 3 80R 1 2 Y

10 11 V3 11

100
0.2

746.41 3 80R 1 2 Y

11 13 V4 12

100
0.6

746.44 3 80R 1 2 Y

14 15 V5 14

100
0.2

746.55 3 80R 1 4 Y

25 26 V6 25

100
0.5

746.56 3 80R 1 4 Y

26 27 V7 26
5

95
1.0

746.87 3 80R 1 9 Y

57 59 V9 58
100

0.3

746.93 3 80R 1 9 Y

63 66 V10 64
5

95
1.2

746.87 3 80R 1 9 Y

57 57 V8 57
100

0.3

747.05 3 80R 1 10 Y

75 76 V11 75
100

0.2

747.07 3 80R 1 10 Y

77 87 V12 78
40

60
0.2 V bgn 2.0

747.06 3 80R 1 10 Y

76 84 V13 76
100

0.5

747.10 3 80R 1 10 Y

80 81 V14 81

100
1.0

747.11 3 80R 1 10 Y

81 86 V15 80
100

0.5 V

747.12 3 80R 1 10 Y

82 87 V16 85
50

50
0.5

747.17 3 80R 1 11 N

87 94 V17 91
100

0.5

747.23 3 80R 1 12 N

93 93

100

0.3

747.26 3 80R 1 13 Y

96 101 V18 100
100

0.2

747.42 3 80R 1 15 N

112 118 V19 112

100
0.5 V

747.50 3 80R 1 16 N

120 126 V20 120

50 50 1.0

747.90 4 80R 2 3 Y

33 38 V1
30

70 0.5

747.94 4 80R 2 3 Y

37 44 V2

1
99 0.5

748.22 4 80R 2 7 Y

65 73 V3

100
0.2

748.36 4 80R 2 9 N

79 84 V4

100
0.2

748.36 4 80R 2 9 N

79 84

100

0.1 V

748.42 4 80R 2 10 Y

85 89 V5
100

0.2

748.46 4 80R 2 10 Y

89 95 V6
100

0.2

748.56 4 80R 2 11 Y

99 104 V7

50
50 0.4

748.61 4 80R 2 11 Y

104 104 V8
100

0.2

748.64 4 80R 2 12 Y

107 114 V9
60

40 0.8

748.64 4 80R 2 12 Y

107 116 V10
40

60 0.8

748.72 4 80R 2 12 Y

115 118 V11
100

0.2

748.76 4 80R 2 13 Y

119 124 V12

100
0.2

748.78 4 80R 2 13 Y

121 131 V13
100

0.1

Vein-structure log for igneous rocks recovered from Hole 1138A
Curatorial data (mbsf)							Vein intersections				Minerals
Depth (mbsf)	Basement unit	Core	Section	P	Ori?	L (cm)	T (cm)	B (cm)	Id	Pos (cm)	DkGnC	LtGnC	BkC	BGnC	BlC	WC	CO₃	Z	W (mm)	OriV?	Halo	W (mm)
746.38	3	80R	1	2	Y		8	9	V1	8							100		5.0
746.37	3	80R	1	2	Y		7	15	V2	9							100		3.0	V
746.40	3	80R	1	2	Y		10	11	V3	11							100		0.2
746.41	3	80R	1	2	Y		11	13	V4	12							100		0.6
746.44	3	80R	1	2	Y		14	15	V5	14							100		0.2
746.55	3	80R	1	4	Y		25	26	V6	25							100		0.5
746.56	3	80R	1	4	Y		26	27	V7	26	5						95		1.0
746.87	3	80R	1	9	Y		57	59	V9	58	100								0.3
746.93	3	80R	1	9	Y		63	66	V10	64	5						95		1.2
746.87	3	80R	1	9	Y		57	57	V8	57	100								0.3
747.05	3	80R	1	10	Y		75	76	V11	75	100								0.2
747.07	3	80R	1	10	Y		77	87	V12	78	40						60		0.2	V	bgn	2.0
747.06	3	80R	1	10	Y		76	84	V13	76	100								0.5
747.10	3	80R	1	10	Y		80	81	V14	81							100		1.0
747.11	3	80R	1	10	Y		81	86	V15	80	100								0.5	V
747.12	3	80R	1	10	Y		82	87	V16	85	50						50		0.5
747.17	3	80R	1	11	N		87	94	V17	91	100								0.5
747.23	3	80R	1	12	N		93	93			100								0.3
747.26	3	80R	1	13	Y		96	101	V18	100	100								0.2
747.42	3	80R	1	15	N		112	118	V19	112							100		0.5	V
747.50	3	80R	1	16	N		120	126	V20	120							50	50	1.0
747.90	4	80R	2	3	Y		33	38	V1		30							70	0.5
747.94	4	80R	2	3	Y		37	44	V2						1			99	0.5
748.22	4	80R	2	7	Y		65	73	V3						100				0.2
748.36	4	80R	2	9	N		79	84	V4						100				0.2
748.36	4	80R	2	9	N		79	84			100								0.1	V
748.42	4	80R	2	10	Y		85	89	V5		100								0.2
748.46	4	80R	2	10	Y		89	95	V6		100								0.2
748.56	4	80R	2	11	Y		99	104	V7						50			50	0.4
748.61	4	80R	2	11	Y		104	104	V8		100								0.2
748.64	4	80R	2	12	Y		107	114	V9		60							40	0.8
748.64	4	80R	2	12	Y		107	116	V10		40							60	0.8
748.72	4	80R	2	12	Y		115	118	V11		100								0.2
748.76	4	80R	2	13	Y		119	124	V12						100				0.2
748.78	4	80R	2	13	Y		121	131	V13		100								0.1