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Repository: DSDP Latitude: 5.678
Ship: Glomar Challenger Longitude: -19.852
Cruise: LEG 041 Water Depth(m): 2853
Site/Hole: 366 Date: 19750222
Device: drill PI:
Storage: refrigerated IGSN: ODP008201
Core len/diam (cm): 85050/7

Contact DSDP Site/Hole data at NGDC Site/hole data at IODP LEG 041 data at IODP LEG 041 data at NGDC
1 :    (366 1) 205. to 350. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
siliceous, diatoms
Geologic Age: Pleistocene
2 :    (366 1) 350. to 500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pleistocene
3 :    (366 1) 500. to 650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pleistocene
4 :    (366 1) 710. to 751. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Pleistocene
5 :    (366 1) 788. to 800. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Pleistocene
6 :    (366 1) 800. to 831. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Pleistocene
7 :    (366 2) 550. to 700. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Pleistocene
8 :    (366 2) 700. to 850. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
siliceous, diatoms
Geologic Age: Pleistocene
9 :    (366 2) 850. to 1000. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pleistocene
10 :    (366 2) 1000. to 1063. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pleistocene
11 :    (366 2) 1150. to 1300. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pleistocene
12 :    (366 2) 1300. to 1450. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Pleistocene
13 :    (366 3) 11930. to 12080. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
14 :    (366 3) 12080. to 12230. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
15 :    (366 3) 12230. to 12366. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
Comments: AVG.DEN=1.69
16 :    (366 3) 12380. to 12530. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
17 :    (366 3) 12530. to 12680. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
Comments: AVG.DEN=1.75
18 :    (366 3) 12680. to 12830. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
19 :    (366 4) 24250. to 24288. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
20 :    (366 4) 24288. to 24304. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
21 :    (366 4) 24400. to 24545. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Miocene
22 :    (366 4) 24550. to 24700. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Miocene
Comments: AVG.DEN=1.64
23 :    (366 5) 36650. to 36800. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Oligocene
24 :    (366 5) 36800. to 36950. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Oligocene
25 :    (366 5) 36950. to 37061. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Oligocene
26 :    (366 5) 37061. to 37100. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
calcareous, foraminifera
Geologic Age: Oligocene
27 :    (366 5) 37100. to 37250. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Oligocene
28 :    (366 5) 37250. to 37395. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Oligocene
29 :    (366 5) 37400. to 37540. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
30 :    (366 5) 37540. to 37550. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
31 :    (366 6) 37550. to 37601. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
32 :    (366 6) 37700. to 37845. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
33 :    (366 6) 37850. to 38000. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
34 :    (366 6) 38000. to 38150. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
35 :    (366 6) 38150. to 38300. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
36 :    (366 6) 38300. to 38450. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
37 :    (366 7) 38588. to 38650. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
38 :    (366 7) 38650. to 38800. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
39 :    (366 7) 38800. to 38950. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
40 :    (366 7) 38950. to 39100. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
41 :    (366 7) 39100. to 39250. cm downhole
Primary composition: calcareous, nannofossils
Components: siliceous, diatoms
Geologic Age: Oligocene
42 :    (366 8) 39578. to 39600. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
43 :    (366 8) 39600. to 39750. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
44 :    (366 8) 39750. to 39900. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
45 :    (366 8) 39900. to 40050. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
46 :    (366 9) 40415. to 40550. cm downhole
Primary composition: calcareous, nannofossils
Components: siliceous, diatoms
Geologic Age: Oligocene
47 :    (366 9) 40550. to 40700. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
48 :    (366 9) 40700. to 40850. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
49 :    (366 9) 40850. to 41000. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Oligocene
50 :    (366 10) 41350. to 41500. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
51 :    (366 10) 41500. to 41650. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Tertiary
52 :    (366 10) 41650. to 41800. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Tertiary
53 :    (366 10) 41800. to 41945. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Tertiary
54 :    (366 10) 41968. to 42100. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Tertiary
55 :    (366 10) 42100. to 42247. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Tertiary
56 :    (366 11) 42300. to 42450. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Tertiary
57 :    (366 12) 43280. to 43400. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
58 :    (366 12) 43400. to 43550. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
59 :    (366 12) 43550. to 43700. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
60 :    (366 12) 43700. to 43850. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
61 :    (366 13) 44322. to 44350. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
62 :    (366 13) 44350. to 44500. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
63 :    (366 13) 44500. to 44650. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
64 :    (366 14) 45223. to 45300. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
65 :    (366 14) 45300. to 45450. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
66 :    (366 14) 45450. to 45600. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
67 :    (366 14) 45600. to 45750. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
68 :    (366 14) 45750. to 45900. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
69 :    (366 15) 46100. to 46250. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
70 :    (366 15) 46250. to 46400. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
71 :    (366 16) 47190. to 47200. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
72 :    (366 16) 47200. to 47350. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
73 :    (366 16) 47350. to 47500. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
74 :    (366 17) 48000. to 48050. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
75 :    (366 18) 48950. to 48995. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
76 :    (366 19) 49900. to 49988. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
77 :    (366 20) 50850. to 50855. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
78 :    (366 20) 51000. to 51150. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
79 :    (366 21) 51900. to 51950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
80 :    (366 21) 51950. to 52100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
81 :    (366 21) 52100. to 52250. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
82 :    (366 22) 52750. to 52900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
83 :    (366 22) 52912. to 53040. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
84 :    (366 23) 53700. to 53850. cm downhole
Primary composition: calcareous, nannofossils
Components: calcareous, foraminifera
Geologic Age: Eocene
85 :    (366 23) 53856. to 53993. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
86 :    (366 24) 54768. to 54800. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
87 :    (366 24) 54800. to 54950. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
88 :    (366 24) 54950. to 55096. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
89 :    (366 24) 55100. to 55250. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
90 :    (366 25) 55600. to 55610. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
91 :    (366 25) 55750. to 55900. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
92 :    (366 26) 56550. to 56555. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
93 :    (366 26) 56700. to 56850. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
94 :    (366 26) 56850. to 57000. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
95 :    (366 27) 57500. to 57650. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
96 :    (366 27) 57650. to 57800. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
97 :    (366 27) 57800. to 57950. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
98 :    (366 27) 57950. to 58100. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
99 :    (366 27) 58100. to 58250. cm downhole
Primary composition: calcareous, nannofossils
Geologic Age: Eocene
100 :    (366 28) 58558. to 58600. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
101 :    (366 28) 58609. to 58750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
102 :    (366 28) 58750. to 58900. cm downhole
Primary composition: calcareous, biogenic
Components: clay minerals
Geologic Age: Eocene
103 :    (366 28) 58900. to 59050. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
104 :    (366 28) 59050. to 59197. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
105 :    (366 29) 59400. to 59541. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
106 :    (366 29) 59550. to 59700. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
107 :    (366 29) 59700. to 59850. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
108 :    (366 29) 59850. to 60000. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
109 :    (366 30) 60455. to 60500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
110 :    (366 31) 61300. to 61411. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
111 :    (366 31) 61450. to 61592. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
112 :    (366 31) 61600. to 61750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
113 :    (366 31) 61750. to 61900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
114 :    (366 32) 62296. to 62400. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
115 :    (366 32) 62400. to 62550. cm downhole
Primary texture: terrigenous clastic sedimentary rock
Components: clay minerals
Geologic Age: Eocene
116 :    (366 32) 62550. to 62700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
117 :    (366 32) 62700. to 62850. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
118 :    (366 32) 62850. to 63000. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
119 :    (366 33) 63291. to 63350. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
120 :    (366 33) 63350. to 63500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
121 :    (366 33) 63503. to 63650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
122 :    (366 33) 63658. to 63800. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
123 :    (366 33) 63803. to 63950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
124 :    (366 34) 64238. to 64300. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
125 :    (366 34) 64300. to 64450. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
126 :    (366 34) 64450. to 64600. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
127 :    (366 34) 64600. to 64750. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Eocene
128 :    (366 34) 64750. to 64900. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
129 :    (366 35) 65204. to 65250. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
130 :    (366 35) 65250. to 65400. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
131 :    (366 35) 65400. to 65550. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
132 :    (366 35) 65550. to 65695. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
133 :    (366 35) 65700. to 65850. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
134 :    (366 35) 65850. to 66000. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
135 :    (366 36) 66096. to 66200. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
136 :    (366 36) 66200. to 66350. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
137 :    (366 36) 66350. to 66500. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
138 :    (366 36) 66500. to 66650. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
139 :    (366 36) 66654. to 66800. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
140 :    (366 37) 67010. to 67150. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
141 :    (366 37) 67150. to 67300. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
142 :    (366 37) 67300. to 67450. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Eocene
143 :    (366 37) 67450. to 67600. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
144 :    (366 37) 67600. to 67750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
145 :    (366 37) 67750. to 67900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
146 :    (366 38) 68033. to 68100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
147 :    (366 38) 68100. to 68250. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
148 :    (366 38) 68250. to 68400. cm downhole
Primary composition: calcareous, biogenic
Components: clay minerals
Geologic Age: Eocene
149 :    (366 38) 68400. to 68550. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
150 :    (366 38) 68550. to 68700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
151 :    (366 38) 68705. to 68850. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
152 :    (366 39) 68989. to 69050. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
153 :    (366 39) 69050. to 69200. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
154 :    (366 39) 69200. to 69350. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
155 :    (366 39) 69350. to 69500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
156 :    (366 39) 69500. to 69650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
157 :    (366 39) 69650. to 69800. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
158 :    (366 40) 69865. to 70000. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
159 :    (366 40) 70000. to 70150. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
160 :    (366 40) 70150. to 70300. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
161 :    (366 40) 70300. to 70450. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
162 :    (366 40) 70450. to 70600. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
163 :    (366 40) 70600. to 70750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
164 :    (366 41) 70876. to 70950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
165 :    (366 41) 70950. to 71100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
166 :    (366 41) 71100. to 71250. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
167 :    (366 41) 71250. to 71400. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
168 :    (366 41) 71400. to 71550. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
169 :    (366 41) 71550. to 71700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
170 :    (366 42) 71800. to 71950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
171 :    (366 42) 71950. to 72100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
172 :    (366 42) 72100. to 72250. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Eocene
173 :    (366 42) 72250. to 72400. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
174 :    (366 42) 72400. to 72550. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
175 :    (366 42) 72550. to 72700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
176 :    (366 43) 72750. to 72900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Eocene
177 :    (366 43) 72900. to 73050. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
178 :    (366 43) 73050. to 73200. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
179 :    (366 43) 73200. to 73350. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
180 :    (366 43) 73350. to 73500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
181 :    (366 43) 73500. to 73650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
182 :    (366 44) 73650. to 73800. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
183 :    (366 44) 73800. to 73950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
184 :    (366 44) 73950. to 74100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
185 :    (366 44) 74100. to 74250. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
186 :    (366 44) 74250. to 74400. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Paleocene
187 :    (366 45) 74628. to 74750. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
188 :    (366 45) 74770. to 74900. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
189 :    (366 45) 74900. to 75050. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
190 :    (366 45) 75050. to 75200. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
191 :    (366 45) 75200. to 75350. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
192 :    (366 45) 75350. to 75500. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
193 :    (366 46) 75653. to 75700. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
194 :    (366 46) 75700. to 75850. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
195 :    (366 46) 75850. to 76000. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Paleocene
196 :    (366 47) 76525. to 76675. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Paleocene
197 :    (366 47) 76675. to 76825. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
Geologic Age: Paleocene
198 :    (366 47) 76825. to 76975. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
199 :    (366 47) 76975. to 77125. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
200 :    (366 47) 77125. to 77275. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
201 :    (366 47) 77305. to 77425. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
202 :    (366 48) 77500. to 77650. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
203 :    (366 48) 77650. to 77800. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
204 :    (366 48) 77800. to 77950. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
205 :    (366 48) 77950. to 78100. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
206 :    (366 48) 78100. to 78250. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
207 :    (366 48) 78262. to 78400. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
208 :    (366 49) 78435. to 78550. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
209 :    (366 49) 78550. to 78700. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
210 :    (366 49) 78700. to 78850. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
211 :    (366 49) 78850. to 79000. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
212 :    (366 49) 79000. to 79150. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
213 :    (366 49) 79150. to 79300. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
214 :    (366 50) 79465. to 79500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
215 :    (366 50) 79500. to 79650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
216 :    (366 50) 79650. to 79800. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
217 :    (366 50) 79800. to 79950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
218 :    (366 50) 79950. to 80085. cm downhole
Primary composition: calcareous, biogenic
Components: calcareous, nannofossils
clay minerals
Geologic Age: Paleocene
219 :    (366 51) 80350. to 80500. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
220 :    (366 51) 80500. to 80650. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
221 :    (366 51) 80650. to 80800. cm downhole
Primary composition: calcareous, biogenic
Components: clay minerals
Geologic Age: Paleocene
222 :    (366 51) 80800. to 80950. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
223 :    (366 51) 80950. to 81100. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
224 :    (366 51) 81100. to 81250. cm downhole
Primary composition: calcareous, biogenic
Geologic Age: Paleocene
225 :    (366 52) 81250. to 82200. cm downhole
Comments: NO LITH DATA
226 :    (366 53) 82200. to 83150. cm downhole
Comments: NO LITH DATA
227 :    (366 54) 83150. to 84100. cm downhole
Comments: NO LITH DATA
228 :    (366 55) 84100. to 85050. cm downhole
Comments: NO LITH DATA
_