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Repository: DSDP Latitude: 12.487
Ship: Glomar Challenger Longitude: -20.047
Cruise: LEG 041 Water Depth(m): 4748
Site/Hole: 367 Date: 19750303
Device: drill PI:
Storage: refrigerated IGSN: ODP008257
Core len/diam (cm): 115250/7

Contact DSDP Site/Hole data at NGDC Site/hole data at IODP LEG 041 data at IODP LEG 041 data at NGDC
1 :    (367 1) 102. to 150. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
clay minerals
Geologic Age: Pleistocene
2 :    (367 1) 150. to 300. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Pleistocene
Comments: AVG.DEN=1.40
3 :    (367 1) 300. to 450. cm downhole
Geologic Age: Pleistocene
Comments: NO LITH CODE. RAD-BEARING FORAM NANNO MARL AND SILTY CLAY
4 :    (367 1) 450. to 490. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
clay minerals
Geologic Age: Pleistocene
Comments: AVG.DEN=1.30
5 :    (367 1) 490. to 600. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Pleistocene
Comments: AVG.DEN=1.31
6 :    (367 1) 600. to 745. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pleistocene
7 :    (367 1) 750. to 900. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pleistocene
Comments: AVG.DEN=1.27
8 :    (367 2) 807. to 950. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pleistocene
9 :    (367 2) 950. to 1100. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Pleistocene
Comments: AVG.DEN=1.39
10 :    (367 2) 1100. to 1250. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Pleistocene
11 :    (367 2) 1250. to 1400. cm downhole
Primary composition: terrigenous
Components: clay minerals
calcareous, nannofossils
Geologic Age: Pleistocene
Comments: AVG.DEN=1.38
12 :    (367 2) 1400. to 1550. cm downhole
Primary composition: terrigenous
Components: calcareous, nannofossils
clay minerals
Geologic Age: Pleistocene
13 :    (367 2) 1550. to 1700. cm downhole
Primary composition: terrigenous
Components: calcareous, nannofossils
clay minerals
Geologic Age: Pleistocene
Comments: AVG.DEN=1.37
14 :    (367 3) 5400. to 5407. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Pliocene
15 :    (367 3) 5407. to 5432. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
clay minerals
Geologic Age: Pliocene
16 :    (367 3) 5432. to 5550. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Pliocene
17 :    (367 3) 5550. to 5700. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Pliocene
18 :    (367 4) 6350. to 6365. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
19 :    (367 4) 6365. to 6385. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pliocene
20 :    (367 4) 6385. to 6480. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
clay minerals
Geologic Age: Pliocene
21 :    (367 4) 6480. to 6500. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
22 :    (367 4) 6500. to 6650. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
clay minerals
Geologic Age: Pliocene
Comments: AVG.DEN=1.58
23 :    (367 4) 6650. to 6720. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Pliocene
24 :    (367 4) 6720. to 6760. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
25 :    (367 4) 6760. to 6772. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
26 :    (367 4) 6800. to 6945. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
Comments: AVG.DEN=1.69
27 :    (367 4) 6950. to 7100. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
28 :    (367 5) 15050. to 15180. cm downhole
Primary composition: terrigenous
Geologic Age: Pliocene
29 :    (367 5) 15180. to 15192. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Pliocene
30 :    (367 5) 15192. to 15200. cm downhole
Primary composition: terrigenous
Geologic Age: Pliocene
31 :    (367 6) 23650. to 23670. cm downhole
Primary composition: terrigenous
Geologic Age: Miocene
Comments: AVG.DEN=1.66
32 :    (367 6) 23670. to 23695. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Miocene
Comments: AVG.DEN=1.68
33 :    (367 6) 23695. to 23732. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Miocene
Comments: AVG.DEN=1.63
34 :    (367 7) 24675. to 24700. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: unknown
35 :    (367 8) 30271. to 30400. cm downhole
Primary composition: siliceous, radiolaria
Components: siliceous, diatoms
clay minerals
Geologic Age: Eocene
36 :    (367 8) 30400. to 30550. cm downhole
Primary composition: siliceous, radiolaria
Components: siliceous, diatoms
clay minerals
Geologic Age: Eocene
37 :    (367 8) 30550. to 30680. cm downhole
Primary composition: siliceous
Geologic Age: Eocene
38 :    (367 8) 30700. to 30850. cm downhole
Primary composition: siliceous, radiolaria
Components: siliceous, diatoms
clay minerals
Geologic Age: Eocene
39 :    (367 8) 30855. to 31000. cm downhole
Primary composition: siliceous, radiolaria
Components: siliceous, diatoms
clay minerals
Geologic Age: Eocene
40 :    (367 9) 33166. to 33250. cm downhole
Primary composition: terrigenous
Geologic Age: Eocene
41 :    (367 10) 34165. to 34200. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Eocene
42 :    (367 11) 35063. to 35150. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Eocene
43 :    (367 12) 35950. to 36100. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Eocene
44 :    (367 13) 36947. to 37050. cm downhole
Components: clay minerals
calcareous, nannofossils
Geologic Age: Eocene
45 :    (367 13) 37050. to 37200. cm downhole
Components: clay minerals
zeolites
Geologic Age: Eocene
46 :    (367 13) 37200. to 37335. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Eocene
Comments: AVG.DEN=1.48
47 :    (367 14) 37945. to 38000. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Tertiary
48 :    (367 14) 38000. to 38145. cm downhole
Components: zeolites
clay minerals
Geologic Age: Tertiary
49 :    (367 14) 38150. to 38300. cm downhole
Geologic Age: Tertiary
50 :    (367 14) 38300. to 38450. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Tertiary
51 :    (367 15) 47470. to 47500. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: unknown
52 :    (367 15) 47500. to 47650. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: unknown
53 :    (367 15) 47650. to 47780. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: unknown
54 :    (367 15) 47800. to 47950. cm downhole
Components: clay minerals
Geologic Age: unknown
55 :    (367 15) 47950. to 48085. cm downhole
Geologic Age: unknown
56 :    (367 16) 54045. to 54150. cm downhole
Geologic Age: Cretaceous, Late
57 :    (367 16) 54150. to 54300. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Cretaceous, Late
58 :    (367 16) 54300. to 54450. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Cretaceous, Late
59 :    (367 16) 54450. to 54600. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Cretaceous, Late
60 :    (367 16) 54600. to 54745. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Cretaceous, Late
61 :    (367 16) 54750. to 54900. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Cretaceous, Late
62 :    (367 17) 61677. to 61750. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Cretaceous, Late
63 :    (367 17) 61750. to 61900. cm downhole
Geologic Age: Cretaceous, Late
64 :    (367 17) 61900. to 62050. cm downhole
Geologic Age: Cretaceous, Late
65 :    (367 17) 62050. to 62200. cm downhole
Geologic Age: Cretaceous, Late
66 :    (367 18) 63657. to 63750. cm downhole
Components: clay minerals
zeolites
Geologic Age: Cretaceous, Late
67 :    (367 18) 63750. to 63900. cm downhole
Components: clay minerals
Geologic Age: Cretaceous, Late
68 :    (367 18) 63900. to 64042. cm downhole
Geologic Age: Cretaceous, Late
69 :    (367 18) 64050. to 64200. cm downhole
Components: clay minerals
Geologic Age: Cretaceous, Late
70 :    (367 18) 64200. to 64350. cm downhole
Components: clay minerals
Geologic Age: Cretaceous, Late
71 :    (367 19) 64570. to 64600. cm downhole
Components: clay minerals
Geologic Age: Cretaceous, Late
72 :    (367 19) 64600. to 64750. cm downhole
Components: clay minerals
zeolites
Geologic Age: Cretaceous, Late
73 :    (367 19) 64750. to 64900. cm downhole
Primary composition: calcareous, foraminifera
Components: clay minerals
Geologic Age: Cretaceous, Late
74 :    (367 19) 64900. to 65015. cm downhole
Components: clay minerals
Geologic Age: Cretaceous, Late
75 :    (367 20) 69058. to 69100. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Cretaceous, Late
76 :    (367 20) 69100. to 69250. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Cretaceous, Late
77 :    (367 20) 69250. to 69400. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Cretaceous
78 :    (367 20) 69400. to 69550. cm downhole
Components: clay minerals
calcareous, nannofossils
Geologic Age: Cretaceous
79 :    (367 21) 69250. to 69350. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous
80 :    (367 21) 69350. to 69500. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous
81 :    (367 21) 69500. to 69637. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous
82 :    (367 21) 69683. to 69795. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous
83 :    (367 21) 69800. to 69950. cm downhole
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous
84 :    (367 21) 69950. to 70100. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Cretaceous
85 :    (367 22) 72150. to 72200. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous
86 :    (367 22) 72200. to 72350. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous
87 :    (367 22) 72350. to 72500. cm downhole
Primary composition: dolomite
Geologic Age: Cretaceous
88 :    (367 22) 72500. to 72650. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous
89 :    (367 22) 72650. to 72800. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
calcareous, nannofossils
Geologic Age: Cretaceous
90 :    (367 22) 72800. to 72938. cm downhole
Geologic Age: Cretaceous
91 :    (367 23) 77750. to 77895. cm downhole
Components: clay minerals
Geologic Age: Cretaceous, Early
92 :    (367 23) 77900. to 78050. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Cretaceous, Early
93 :    (367 24) 83575. to 83600. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Cretaceous, Early
94 :    (367 24) 83600. to 83750. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Cretaceous, Early
95 :    (367 24) 83750. to 83900. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Cretaceous, Early
96 :    (367 25) 89150. to 89300. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
97 :    (367 25) 89300. to 89450. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: unknown
98 :    (367 25) 89450. to 89600. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
99 :    (367 25) 89600. to 89750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: unknown
100 :    (367 26) 91085. to 91200. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
101 :    (367 26) 91200. to 91350. cm downhole
Primary composition: calcareous, nannofossils
Components: clay minerals
Geologic Age: Cretaceous, Early
102 :    (367 26) 91350. to 91500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous, Early
103 :    (367 26) 91500. to 91650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous, Early
104 :    (367 27) 93955. to 94050. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: calcareous, nannofossils
clay minerals
Geologic Age: Cretaceous, Early
105 :    (367 27) 94050. to 94200. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
106 :    (367 27) 94200. to 94350. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
107 :    (367 28) 96807. to 96900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous, Early
108 :    (367 28) 96900. to 97050. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
109 :    (367 28) 97050. to 97200. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous, Early
110 :    (367 29) 99630. to 99750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous, Early
111 :    (367 29) 99750. to 99900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Cretaceous, Early
112 :    (367 30) 102450. to 102600. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
113 :    (367 30) 102600. to 102750. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: unknown
114 :    (367 31) 105320. to 105450. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
115 :    (367 31) 105450. to 105600. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
116 :    (367 32) 108246. to 108300. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
117 :    (367 32) 108300. to 108450. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
118 :    (367 32) 108450. to 108600. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Cretaceous, Early
119 :    (367 32) 108600. to 108750. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Jurassic, Late
120 :    (367 32) 108750. to 108810. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Jurassic, Late
121 :    (367 32) 108810. to 108900. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Jurassic, Late
122 :    (367 33) 110558. to 110700. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Jurassic, Late
123 :    (367 33) 110700. to 110850. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: calcareous, nannofossils
Geologic Age: Jurassic, Late
124 :    (367 34) 111155. to 111250. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Jurassic, Late
125 :    (367 34) 111250. to 111400. cm downhole
Primary composition: terrigenous
Components: clay minerals
Geologic Age: Jurassic, Late
126 :    (367 34) 111400. to 111550. cm downhole
Primary composition: calcareous, foraminifera
Components: clay minerals
Geologic Age: Jurassic, Late
127 :    (367 34) 111550. to 111700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Jurassic, Late
128 :    (367 35) 112010. to 112100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Jurassic, Late
129 :    (367 35) 112100. to 112250. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Jurassic, Late
130 :    (367 35) 112250. to 112400. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Jurassic, Late
131 :    (367 35) 112400. to 112550. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Jurassic, Late
132 :    (367 35) 112550. to 112700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Jurassic, Late
133 :    (367 36) 112833. to 112900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Jurassic, Late
134 :    (367 36) 112900. to 113050. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Jurassic, Late
135 :    (367 36) 113050. to 113200. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Jurassic, Late
136 :    (367 37) 113520. to 113650. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Jurassic, Late
137 :    (367 38) 114320. to 114350. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Jurassic, Late
138 :    (367 38) 114350. to 114398. cm downhole
Primary composition: calcareous, biogenic
Components: clay minerals
Geologic Age: Jurassic, Late
139 :    (367 38) 114398. to 114500. cm downhole
Geologic Age: Jurassic, Late
Comments: NO LITH CODE. BASALT
140 :    (367 38) 114500. to 114650. cm downhole
Geologic Age: Jurassic, Late
Comments: NO LITH CODE. BASALT
141 :    (367 39) 114848. to 114950. cm downhole
Geologic Age: unknown
Comments: NO LITH CODE. BASALT
142 :    (367 39) 114950. to 115100. cm downhole
Geologic Age: unknown
Comments: NO LITH CODE. BASALT
143 :    (367 40) 115100. to 115250. cm downhole
Geologic Age: unknown
Comments: NO LITH CODE. BASALT
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