Leg : 28 Top Int Depth(mm): 530 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 0.00 Silt: 032%
Core: 1 Sample Depth (m) : 0.53 Clay: 066%
Age : CENOZOIC
Name: DIATOM-BEARING SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); QUARTZ (02%); FELDSPAR (10%);
HEAVY MINERAL (02%); MICA (02%); CLAY MINERAL (60%);
DIATOM (06%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1300 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 0.00 Silt: 021%
Core: 1 Sample Depth (m) : 2.80 Clay: 088%
Age : CENOZOIC
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); QUARTZ (10%); FELDSPAR (05%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (50%);
MICRONODULE (02%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (01%);
Leg : 28 Top Int Depth(mm): 1270 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 0.00 Silt: 022%
Core: 1 Sample Depth (m) : 4.27 Clay: 088%
Age : CENOZOIC
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); QUARTZ (15%); FELDSPAR (10%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (45%);
DIATOM (26%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 0.00 Silt: 024%
Core: 1 Sample Depth (m) : 5.30 Clay: 075%
Age : CENOZOIC
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (50%); DIATOM (30%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1250 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 0.00 Silt: 026%
Core: 1 Sample Depth (m) : 7.25 Clay: 072%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
MICA (02%); HEAVY MINERAL (05%); MICRONODULE (02%);
DIATOM (15%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 750 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 0.00 Silt: 040%
Core: 1 Sample Depth (m) : 8.25 Clay: 058%
Age : CENOZOIC
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); QUARTZ (20%); FELDSPAR (10%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (45%);
DIATOM (20%); RADIOLARIA (02%); SPICULE (03%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 001% Sect: CC
Hole: 274 Top Core Depth(m): 0.00 Silt: 037%
Core: 1 Sample Depth (m) : 9.10 Clay: 063%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); QUARTZ (20%); FELDSPAR (10%);
MICA (02%); HEAVY MINERAL (02%); MICRONODULE (02%);
DIATOM (11%); RADIOLARIA (02%); SPICULE (03%);
Leg : 28 Top Int Depth(mm): 960 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 9.50 Silt: 040%
Core: 2 Sample Depth (m) : 11.96 Clay: 058%
Age : CENOZOIC
Name: DIATOM-BEARING SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); QUARTZ (20%); FELDSPAR (15%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (55%);
CARBONATE (02%); DIATOM (06%); RADIOLARIA (02%);
Leg : 28 Top Int Depth(mm): 1090 Sand: 002% Sect: 2
Hole: 274 Top Core Depth(m): 9.50 Silt: 033%
Core: 2 Sample Depth (m) : 12.09 Clay: 064%
Age : CENOZOIC
Name: DIATOM-BEARING SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (92%); QUARTZ (20%); FELDSPAR (10%);
MICA (02%); HEAVY MINERAL (01%); CLAY MINERAL (60%);
CARBONATE (02%); DIATOM (06%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 860 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 9.50 Silt: 025%
Core: 2 Sample Depth (m) : 13.36 Clay: 075%
Age : CENOZOIC
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); QUARTZ (12%); FELDSPAR (08%);
MICA (02%); HEAVY MINERAL (01%); CLAY MINERAL (40%);
DIATOM (35%); RADIOLARIA (02%); SPICULE (03%);
Leg : 28 Top Int Depth(mm): 970 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 9.50 Silt: 030%
Core: 2 Sample Depth (m) : 13.47 Clay: 068%
Age : CENOZOIC
Name: SILTY DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); QUARTZ (12%); FELDSPAR (08%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
CARBONATE (02%); DIATOM (40%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 940 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 9.50 Silt: 045%
Core: 2 Sample Depth (m) : 16.44 Clay: 053%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); QUARTZ (20%); FELDSPAR (10%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (45%);
DIATOM (20%); SPICULE (03%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 9.50 Silt: 020%
Core: 2 Sample Depth (m) : 17.90 Clay: 080%
Age : CENOZOIC
Name: DIATOM RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (65%); CARBONATE (02%); DIATOM (15%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: Sect: CC
Hole: 274 Top Core Depth(m): 9.50 Silt: 045%
Core: 2 Sample Depth (m) : 18.60 Clay: 055%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); QUARTZ (30%); FELDSPAR (15%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (45%);
MICRONODULE (02%); DIATOM (15%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 790 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 19.00 Silt: 035%
Core: 3 Sample Depth (m) : 19.79 Clay: 063%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (85%); QUARTZ (02%); FELDSPAR (15%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (50%);
GLASS (02%); DIATOM (11%); RADIOLARIA (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: 002% Sect: 2
Hole: 274 Top Core Depth(m): 19.00 Silt: 020%
Core: 3 Sample Depth (m) : 21.50 Clay: 078%
Age : CENOZOIC
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); DIATOM (24%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 810 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 19.00 Silt: 054%
Core: 3 Sample Depth (m) : 22.81 Clay: 046%
Age : CENOZOIC
Name: DIATOM CLAYEY SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); QUARTZ (25%); FELDSPAR (15%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
CARBONATE (02%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (03%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1420 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 19.00 Silt: 020%
Core: 3 Sample Depth (m) : 24.92 Clay: 078%
Age : CENOZOIC
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); DIATOM (18%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 19.00 Silt: 025%
Core: 3 Sample Depth (m) : 25.90 Clay: 075%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (85%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); GLAUCONITE (02%); DIATOM (11%);
SPICULE (03%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 600 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 19.00 Silt: 035%
Core: 3 Sample Depth (m) : 27.10 Clay: 063%
Age : CENOZOIC
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (85%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); CARBONATE (02%); DIATOM (11%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 001% Sect: CC
Hole: 274 Top Core Depth(m): 19.00 Silt: 030%
Core: 3 Sample Depth (m) : 28.10 Clay: 068%
Age : CENOZOIC
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (50%); QUARTZ (10%); FELDSPAR (05%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
CARBONATE (02%); DIATOM (45%); RADIOLARIA (02%);
SPICULE (04%);
Leg : 28 Top Int Depth(mm): 1000 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 28.50 Silt: 018%
Core: 4 Sample Depth (m) : 29.50 Clay: 081%
Age : PLIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (65%); DIATOM (15%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 350 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 28.50 Silt: 025%
Core: 4 Sample Depth (m) : 30.35 Clay: 073%
Age : PLIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); DIATOM (15%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1370 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 38.00 Silt: 018%
Core: 5 Sample Depth (m) : 39.37 Clay: 082%
Age : PLIOCENE
Name: CLAYEY DIATOM OOZE
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
DIATOM (65%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1400 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 38.00 Silt: 012%
Core: 5 Sample Depth (m) : 40.90 Clay: 088%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (40%); DIATOM (35%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 650 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 38.00 Silt: 025%
Core: 5 Sample Depth (m) : 41.65 Clay: 073%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); DIATOM (35%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 001% Sect: CC
Hole: 274 Top Core Depth(m): 38.00 Silt: 020%
Core: 5 Sample Depth (m) : 42.60 Clay: 078%
Age : PLIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); DIATOM (24%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 400 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 47.50 Silt: 035%
Core: 6 Sample Depth (m) : 48.40 Clay: 064%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); DIATOM (40%); RADIOLARIA (02%);
SPICULE (03%);
Leg : 28 Top Int Depth(mm): 1140 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 47.50 Silt: 020%
Core: 6 Sample Depth (m) : 50.64 Clay: 078%
Age : PLIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); DIATOM (20%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1310 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 47.50 Silt: 082%
Core: 6 Sample Depth (m) : 52.31 Clay: 016%
Age : PLIOCENE
Name: DIATOM-BEARING SILT
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (92%); QUARTZ (45%); FELDSPAR (30%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (15%);
GLASS (02%); DIATOM (06%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 250 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 47.50 Silt: 022%
Core: 6 Sample Depth (m) : 52.75 Clay: 086%
Age : PLIOCENE
Name: DIATOM-BEARING SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (94%); QUARTZ (45%); FELDSPAR (30%);
MICA (02%); HEAVY MINERAL (03%); HYPERSTHENE (00%);
CLAY MINERAL (20%); DIATOM (05%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 47.50 Silt: 025%
Core: 6 Sample Depth (m) : 55.00 Clay: 075%
Age : PLIOCENE
Name: CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
DIATOM (55%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1270 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 47.50 Silt: 010%
Core: 6 Sample Depth (m) : 56.77 Clay: 090%
Age : PLIOCENE
Name: CLAYEY-DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (43%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
DIATOM (55%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 001% Sect: CC
Hole: 274 Top Core Depth(m): 47.50 Silt: 032%
Core: 6 Sample Depth (m) : 57.10 Clay: 065%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); DIATOM (40%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 700 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 57.00 Silt: 033%
Core: 7 Sample Depth (m) : 57.70 Clay: 066%
Age : PLIOCENE
Name: SILTY CLAY DIATOM-OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (45%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); DIATOM (50%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 57.00 Silt: 022%
Core: 7 Sample Depth (m) : 59.30 Clay: 076%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (50%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 001% Sect: CC
Hole: 274 Top Core Depth(m): 57.00 Silt: 033%
Core: 7 Sample Depth (m) : 60.10 Clay: 064%
Age : PLIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (50%); DIATOM (20%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 002% Sect: CC
Hole: 274 Top Core Depth(m): 57.00 Silt: 033%
Core: 7 Sample Depth (m) : 60.10 Clay: 063%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (40%); GLAUCONITE (02%); DIATOM (35%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1050 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 76.00 Silt: 020%
Core: 9 Sample Depth (m) : 77.05 Clay: 078%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (53%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
DIATOM (45%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 370 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 76.00 Silt: 025%
Core: 9 Sample Depth (m) : 77.87 Clay: 072%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (54%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
DIATOM (45%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 950 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 76.00 Silt: 016%
Core: 9 Sample Depth (m) : 79.95 Clay: 082%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (50%); GLASS (02%); CARBONATE (02%);
DIATOM (35%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 76.00 Silt: 025%
Core: 9 Sample Depth (m) : 81.30 Clay: 075%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); CARBONATE (02%); DIATOM (35%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 640 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 76.00 Silt: 025%
Core: 9 Sample Depth (m) : 84.14 Clay: 075%
Age : PLIOCENE
Name: CLAYEY DIATOM OOZE
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
CARBONATE (02%); DIATOM (60%);
Leg : 28 Top Int Depth(mm): 1400 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 76.00 Silt: 028%
Core: 9 Sample Depth (m) : 84.90 Clay: 070%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
DIATOM (45%); RADIOLARIA (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 002% Sect: CC
Hole: 274 Top Core Depth(m): 76.00 Silt: 016%
Core: 9 Sample Depth (m) : 85.10 Clay: 081%
Age : PLIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); CARBONATE (02%); DIATOM (30%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1060 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 85.50 Silt: 020%
Core: 10 Sample Depth (m) : 86.56 Clay: 080%
Age : PLIOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (45%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); DIATOM (50%); RADIOLARIA (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 820 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 85.50 Silt: 025%
Core: 10 Sample Depth (m) : 89.32 Clay: 075%
Age : PLIOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (45%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); DIATOM (50%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1420 Sand: 002% Sect: 4
Hole: 274 Top Core Depth(m): 85.50 Silt: 038%
Core: 10 Sample Depth (m) : 91.42 Clay: 060%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (58%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (40%); DIATOM (35%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 510 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 85.50 Silt: 020%
Core: 10 Sample Depth (m) : 92.01 Clay: 078%
Age : PLIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); CARBONATE (02%); DIATOM (24%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 420 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 85.50 Silt: 033%
Core: 10 Sample Depth (m) : 93.42 Clay: 065%
Age : PLIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (03%);
CLAY MINERAL (40%); DIATOM (35%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: Sect: CC
Hole: 274 Top Core Depth(m): 85.50 Silt: 010%
Core: 10 Sample Depth (m) : 94.60 Clay: 090%
Age : PLIOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
DIATOM (55%); RADIOLARIA (02%); SPICULE (03%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 95.00 Silt: 036%
Core: 11 Sample Depth (m) : 97.30 Clay: 062%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); GLASS (02%); DIATOM (30%);
RADIOLARIA (02%); SPICULE (03%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 001% Sect: CC
Hole: 274 Top Core Depth(m): 95.00 Silt: 025%
Core: 11 Sample Depth (m) : 101.10 Clay: 073%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); DIATOM (35%); RADIOLARIA (03%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1100 Sand: 002% Sect: 2
Hole: 274 Top Core Depth(m): 104.50 Silt: 028%
Core: 12 Sample Depth (m) : 107.10 Clay: 070%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); HEAVY MINERAL (02%); CLAY MINERAL (50%);
CARBONATE (02%); DIATOM (25%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 620 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 104.50 Silt: 040%
Core: 12 Sample Depth (m) : 108.12 Clay: 058%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); DIATOM (35%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1500 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 104.50 Silt:
Core: 12 Sample Depth (m) : 109.00 Clay:
Age : UPPER MIOCENE
Leg : 28 Top Int Depth(mm): 900 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 104.50 Silt: 033%
Core: 12 Sample Depth (m) : 109.90 Clay: 065%
Age : UPPER MIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (76%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (50%); DIATOM (20%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: 003% Sect: 5
Hole: 274 Top Core Depth(m): 104.50 Silt: 047%
Core: 12 Sample Depth (m) : 111.50 Clay: 050%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); QUARTZ (18%); FELDSPAR (10%);
MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
DIATOM (32%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1300 Sand: 002% Sect: 6
Hole: 274 Top Core Depth(m): 104.50 Silt: 035%
Core: 12 Sample Depth (m) : 113.30 Clay: 063%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); DIATOM (25%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 114.00 Silt: 030%
Core: 13 Sample Depth (m) : 115.00 Clay: 068%
Age : UPPER MIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (85%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); DIATOM (15%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 310 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 114.00 Silt: 077%
Core: 13 Sample Depth (m) : 115.81 Clay: 021%
Age : UPPER MIOCENE
Name: DIATOM-RICH CLAY SILT
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (85%); MICA (02%); HEAVY MINERAL (04%);
CLAY MINERAL (20%); GLASS (02%); DIATOM (14%);
SPICULE (01%);
Leg : 28 Top Int Depth(mm): 330 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 114.00 Silt: 048%
Core: 13 Sample Depth (m) : 117.33 Clay: 052%
Age : UPPER MIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (84%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (42%); DIATOM (15%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 950 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 114.00 Silt: 032%
Core: 13 Sample Depth (m) : 117.95 Clay: 068%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (64%); MICA (02%); HEAVY MINERAL (01%);
CLAY MINERAL (45%); CARBONATE (02%); DIATOM (30%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 760 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 114.00 Silt: 020%
Core: 13 Sample Depth (m) : 119.26 Clay: 080%
Age : UPPER MIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); HEAVY MINERAL (02%); CLAY MINERAL (65%);
DIATOM (15%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 910 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 114.00 Silt: 021%
Core: 13 Sample Depth (m) : 120.91 Clay: 079%
Age : UPPER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); HEAVY MINERAL (02%); CARBONATE (02%);
DIATOM (25%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1010 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 114.00 Silt: 020%
Core: 13 Sample Depth (m) : 121.01 Clay: 080%
Age : UPPER MIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); HEAVY MINERAL (02%); CLAY MINERAL (65%);
DIATOM (18%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 114.00 Silt: 020%
Core: 13 Sample Depth (m) : 122.30 Clay: 078%
Age : UPPER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); DIATOM (25%); RADIOLARIA (02%);
Leg : 28 Top Int Depth(mm): 1220 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 114.00 Silt: 008%
Core: 13 Sample Depth (m) : 122.72 Clay: 092%
Age : UPPER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (64%); DIATOM (30%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1400 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 114.00 Silt: 021%
Core: 13 Sample Depth (m) : 122.90 Clay: 079%
Age : UPPER MIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); CARBONATE (02%); DIATOM (23%);
RADIOLARIA (02%);
Leg : 28 Top Int Depth(mm): 580 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 123.50 Silt: 022%
Core: 14 Sample Depth (m) : 124.58 Clay: 078%
Age : UPPER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (62%); HEAVY MINERAL (06%); CLAY MINERAL (55%);
CARBONATE (02%); DIATOM (28%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 450 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 123.50 Silt: 025%
Core: 14 Sample Depth (m) : 125.95 Clay: 075%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (64%); HEAVY MINERAL (02%); CLAY MINERAL (50%);
CARBONATE (02%); DIATOM (33%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 980 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 123.50 Silt: 025%
Core: 14 Sample Depth (m) : 127.98 Clay: 075%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); CARBONATE (02%); DIATOM (35%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 320 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 123.50 Silt: 088%
Core: 14 Sample Depth (m) : 128.82 Clay: 012%
Age : UPPER MIOCENE
Name: DIATOM-BEARING FINE SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (03%);
CLAY MINERAL (15%); CARBONATE (02%); DIATOM (06%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 620 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 123.50 Silt: 080%
Core: 14 Sample Depth (m) : 129.12 Clay: 020%
Age : UPPER MIOCENE
Name: DIATOM-CLAY SILT
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (85%); MICA (02%); HEAVY MINERAL (25%);
CLAY MINERAL (15%); CARBONATE (02%); DIATOM (13%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 700 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 123.50 Silt: 027%
Core: 14 Sample Depth (m) : 130.70 Clay: 073%
Age : UPPER MIOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (68%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); CARBONATE (02%); DIATOM (28%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 720 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 123.50 Silt: 020%
Core: 14 Sample Depth (m) : 132.22 Clay: 080%
Age : UPPER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (62%); HEAVY MINERAL (02%); CLAY MINERAL (50%);
CARBONATE (02%); DIATOM (35%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1170 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 133.00 Silt: 020%
Core: 15 Sample Depth (m) : 134.67 Clay: 080%
Age : MIDDLE MIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); HEAVY MINERAL (02%); CLAY MINERAL (60%);
CARBONATE (02%); DIATOM (23%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 880 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 133.00 Silt: 043%
Core: 15 Sample Depth (m) : 135.88 Clay: 055%
Age : MIDDLE MIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); MICA (02%); HEAVY MINERAL (01%);
CLAY MINERAL (38%); CARBONATE (02%); DIATOM (23%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 780 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 133.00 Silt: 012%
Core: 15 Sample Depth (m) : 137.28 Clay: 088%
Age : MIDDLE MIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (70%); CARBONATE (02%); DIATOM (15%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 510 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 133.00 Silt: 053%
Core: 15 Sample Depth (m) : 138.51 Clay: 045%
Age : MIDDLE MIOCENE
Name: DIATOM-RICH CLAYEY SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (88%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (40%); CARBONATE (02%); DIATOM (11%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 580 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 133.00 Silt: 088%
Core: 15 Sample Depth (m) : 140.08 Clay: 010%
Age : MIDDLE MIOCENE
Name: DIATOM-BEARING SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (10%); GLASS (02%); DIATOM (06%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1220 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 133.00 Silt: 015%
Core: 15 Sample Depth (m) : 142.22 Clay: 085%
Age : MIDDLE MIOCENE
Name: DIATOM-RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (76%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (65%); DIATOM (23%); SPICULE (01%);
Leg : 28 Top Int Depth(mm): 1270 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 133.00 Silt: 010%
Core: 15 Sample Depth (m) : 142.27 Clay: 090%
Age : MIDDLE MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (66%); HEAVY MINERAL (02%); CLAY MINERAL (60%);
CARBONATE (02%); FORAMINIFERA (02%); DIATOM (28%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 720 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 142.50 Silt: 009%
Core: 16 Sample Depth (m) : 143.22 Clay: 091%
Age : MIDDLE MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (66%); HEAVY MINERAL (02%); CLAY MINERAL (60%);
CARBONATE (02%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 670 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 142.50 Silt: 080%
Core: 16 Sample Depth (m) : 144.67 Clay: 020%
Age : MIDDLE MIOCENE
Name: DIATOM RICH SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); HEAVY MINERAL (02%); CLAY MINERAL (15%);
GLASS (02%); GLAUCONITE (02%); DIATOM (11%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1120 Sand: 002% Sect: 2
Hole: 274 Top Core Depth(m): 142.50 Silt: 073%
Core: 16 Sample Depth (m) : 145.12 Clay: 025%
Age : MIDDLE MIOCENE
Name: DIATOM RICH CLAY SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (03%);
CLAY MINERAL (20%); GLASS (02%); GLAUCONITE (02%);
DIATOM (15%);
Leg : 28 Top Int Depth(mm): 1020 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 142.50 Silt: 021%
Core: 16 Sample Depth (m) : 146.52 Clay: 078%
Age : MIDDLE MIOCENE
Name: DIATOM-RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
HEAVY MINERAL (02%); CLAY MINERAL (55%); CARBONATE (02%);
DIATOM (24%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 840 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 152.00 Silt: 027%
Core: 17 Sample Depth (m) : 154.34 Clay: 073%
Age : LOWER MIOCENE
Name: DIATOM RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (55%); CARBONATE (02%); DIATOM (20%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 152.00 Silt: 028%
Core: 17 Sample Depth (m) : 155.90 Clay: 072%
Age : LOWER MIOCENE
Name: DIATOM RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (70%); HEAVY MINERAL (02%); CLAY MINERAL (48%);
CARBONATE (02%); DIATOM (24%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: 080% Sect: 1
Hole: 274 Top Core Depth(m): 161.50 Silt: 020%
Core: 18 Sample Depth (m) : 162.50 Clay: 001%
Age : LOWER MIOCENE
Name: FINE SAND
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (98%); QUARTZ (50%); FELDSPAR (30%);
HEAVY MINERAL (15%); CLAY MINERAL (02%); GLASS (01%);
GLAUCONITE (02%); DIATOM (02%);
Leg : 28 Top Int Depth(mm): 750 Sand: 075% Sect: 2
Hole: 274 Top Core Depth(m): 161.50 Silt: 020%
Core: 18 Sample Depth (m) : 163.75 Clay: 001%
Age : LOWER MIOCENE
Name: FINE SAND
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (98%); QUARTZ (55%); FELDSPAR (30%);
MICA (02%); HEAVY MINERAL (10%); CLAY MINERAL (02%);
GLASS (02%); DIATOM (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 380 Sand: 004% Sect: 3
Hole: 274 Top Core Depth(m): 161.50 Silt: 090%
Core: 18 Sample Depth (m) : 164.88 Clay: 006%
Age : LOWER MIOCENE
Name: DIATOM BEARING SILT
Components: (Minor lithology, % converted from relative abundance)
======================================================================
GLASS (02%); HORNBLENDE (01%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (09%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 390 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 161.50 Silt:
Core: 18 Sample Depth (m) : 164.89 Clay:
Age : LOWER MIOCENE
Name: DIATOM BEARING SILT
Leg : 28 Top Int Depth(mm): 880 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 161.50 Silt: 010%
Core: 18 Sample Depth (m) : 165.38 Clay: 090%
Age : LOWER MIOCENE
Name: DIATOM RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); HEAVY MINERAL (02%); CLAY MINERAL (70%);
GLASS (02%); CARBONATE (02%); NANNOFOSSIL (02%);
DIATOM (15%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 850 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 161.50 Silt: 020%
Core: 18 Sample Depth (m) : 166.85 Clay: 078%
Age : LOWER MIOCENE
Name: DIATOM RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (76%); HEAVY MINERAL (02%); CLAY MINERAL (60%);
CARBONATE (02%); DIATOM (20%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 930 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 161.50 Silt: 025%
Core: 18 Sample Depth (m) : 166.93 Clay: 075%
Age : LOWER MIOCENE
Name: DIATOM RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); HEAVY MINERAL (02%); CLAY MINERAL (60%);
CARBONATE (02%); IRON (01%); BIOTITE (01%);
OPAQUE MINERAL (01%); NANNOFOSSIL (02%); DIATOM (18%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 670 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 161.50 Silt: 090%
Core: 18 Sample Depth (m) : 168.17 Clay: 001%
Age : LOWER MIOCENE
Name: DIATOM BEARING SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (94%); QUARTZ (54%); FELDSPAR (30%);
MICA (02%); HEAVY MINERAL (10%); CLAY MINERAL (02%);
GLAUCONITE (02%); BIOTITE (01%); HORNBLENDE (01%);
GARNET (01%); PYROXENE (01%); TOURMALINE (01%);
Leg : 28 Top Int Depth(mm): 1280 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 161.50 Silt: 090%
Core: 18 Sample Depth (m) : 168.78 Clay: 008%
Age : LOWER MIOCENE
Name: SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (94%); MICA (02%); HEAVY MINERAL (05%);
CLAY MINERAL (08%); GLASS (02%); BIOTITE (01%);
HORNBLENDE (01%); PYROXENE (01%); IRON (01%);
DIATOM (05%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: 003% Sect: CC
Hole: 274 Top Core Depth(m): 161.50 Silt: 033%
Core: 18 Sample Depth (m) : 169.10 Clay: 063%
Age : LOWER MIOCENE
Name: DIATOM RICH SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (50%); CARBONATE (04%); BIOTITE (01%);
PYROXENE (01%); IRON (01%); DIATOM (15%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1300 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 171.00 Silt: 015%
Core: 19 Sample Depth (m) : 172.30 Clay: 085%
Age : LOWER MIOCENE
Name: DIATOM RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (70%); CARBONATE (02%); HORNBLENDE (01%);
BIOTITE (01%); OPAQUE MINERAL (01%); NANNOFOSSIL (02%);
DIATOM (15%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 360 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 171.00 Silt: 090%
Core: 19 Sample Depth (m) : 172.86 Clay: 008%
Age : LOWER MIOCENE
Name: DIATOM BEARING SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (80%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (10%); GLASS (02%); GLAUCONITE (02%);
BIOTITE (01%); HORNBLENDE (01%); ZIRCON (01%);
DIATOM (05%);
Leg : 28 Top Int Depth(mm): 920 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 171.00 Silt: 013%
Core: 19 Sample Depth (m) : 174.92 Clay: 087%
Age : LOWER MIOCENE
Name: DIATOM BEARING CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (75%); CARBONATE (02%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (08%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 550 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 171.00 Silt: 084%
Core: 19 Sample Depth (m) : 176.05 Clay: 016%
Age : LOWER MIOCENE
Name: DIATOM BEARING SILT
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (92%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (15%); CARBONATE (02%); BIOTITE (01%);
HORNBLENDE (01%); OPAQUE MINERAL (01%); DIATOM (05%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 860 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 171.00 Silt: 008%
Core: 19 Sample Depth (m) : 177.86 Clay: 092%
Age : LOWER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); HEAVY MINERAL (02%); CLAY MINERAL (68%);
OPAQUE MINERAL (01%); ZIRCON (01%); NANNOFOSSIL (02%);
DIATOM (23%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1200 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 171.00 Silt: 008%
Core: 19 Sample Depth (m) : 179.70 Clay: 092%
Age : LOWER MIOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); HEAVY MINERAL (02%); CLAY MINERAL (60%);
CARBONATE (02%); NANNOFOSSIL (02%); DIATOM (30%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 0 Sand: Sect: CC
Hole: 274 Top Core Depth(m): 171.00 Silt: 005%
Core: 19 Sample Depth (m) : 180.10 Clay: 095%
Age : LOWER MIOCENE
Name: CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (98%); HEAVY MINERAL (02%); CLAY MINERAL (90%);
IRON (01%); OPAQUE MINERAL (01%); DIATOM (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1350 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 180.50 Silt: 010%
Core: 20 Sample Depth (m) : 182.35 Clay: 090%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); CLAY MINERAL (30%); GLAUCONITE (02%);
BIOTITE (01%); DIATOM (06%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1270 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 180.50 Silt: 005%
Core: 20 Sample Depth (m) : 183.77 Clay: 095%
Age : OLIGOCENE
Name: CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (45%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
DIATOM (52%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 820 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 180.50 Silt: 005%
Core: 20 Sample Depth (m) : 184.82 Clay: 095%
Age : OLIGOCENE
Name: CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (38%); CLAY MINERAL (35%); BIOTITE (01%);
DIATOM (60%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1030 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 180.50 Silt: 005%
Core: 20 Sample Depth (m) : 186.53 Clay: 095%
Age : OLIGOCENE
Name: DIATOM CLAY (?)
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); CLAY MINERAL (45%); GLAUCONITE (02%);
OPAQUE MINERAL (01%); HORNBLENDE (01%); DIATOM (45%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1350 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 180.50 Silt: 010%
Core: 20 Sample Depth (m) : 188.35 Clay: 090%
Age : OLIGOCENE
Name: CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
BIOTITE (01%); DIATOM (60%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1100 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 180.50 Silt: 010%
Core: 20 Sample Depth (m) : 189.60 Clay: 090%
Age : OLIGOCENE
Name: CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
CARBONATE (02%); DIATOM (60%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 930 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 190.00 Silt: 010%
Core: 21 Sample Depth (m) : 191.43 Clay: 090%
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (12%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
CARBONATE (02%); BIOTITE (01%); NANNOFOSSIL (01%);
DIATOM (85%);
Leg : 28 Top Int Depth(mm): 1260 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 190.00 Silt: 015%
Core: 21 Sample Depth (m) : 191.76 Clay: 085%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (28%); CARBONATE (02%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (50%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 190.00 Silt: 010%
Core: 21 Sample Depth (m) : 192.80 Clay: 090%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
CARBONATE (01%); DIATOM (50%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%); OPAQUE MINERAL (01%);
Leg : 28 Top Int Depth(mm): 690 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 190.00 Silt: 020%
Core: 21 Sample Depth (m) : 194.19 Clay: 080%
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (15%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
CARBONATE (02%); NANNOFOSSIL (02%); DIATOM (80%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 190.00 Silt:
Core: 21 Sample Depth (m) : 196.00 Clay:
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (15%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
OPAQUE MINERAL (01%); HORNBLENDE (01%); CARBONATE (02%);
NANNOFOSSIL (02%); DIATOM (75%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 190.00 Silt: 020%
Core: 21 Sample Depth (m) : 197.30 Clay: 080%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (32%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
CARBONATE (01%); DIATOM (60%); RADIOLARIA (02%);
SILICOFLAGELLATE (02%); OPAQUE MINERAL (01%);
Leg : 28 Top Int Depth(mm): 460 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 190.00 Silt: 020%
Core: 21 Sample Depth (m) : 198.46 Clay: 080%
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (15%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
OPAQUE MINERAL (01%); FORAMINIFERA (02%); NANNOFOSSIL (03%);
DIATOM (75%); RADIOLARIA (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 820 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 199.50 Silt: 033%
Core: 22 Sample Depth (m) : 201.82 Clay: 066%
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (25%); HEAVY MINERAL (02%); CLAY MINERAL (15%);
CARBONATE (01%); NANNOFOSSIL (02%); DIATOM (65%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1400 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 199.50 Silt: 020%
Core: 22 Sample Depth (m) : 203.90 Clay: 080%
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (12%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
CARBONATE (02%); OPAQUE MINERAL (01%); DIATOM (75%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1030 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 199.50 Silt: 033%
Core: 22 Sample Depth (m) : 205.03 Clay: 066%
Age : OLIGOCENE
Name: DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (15%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
CARBONATE (02%); DIATOM (80%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1170 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 209.00 Silt:
Core: 23 Sample Depth (m) : 210.65 Clay:
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); CLAY MINERAL (30%); CARBONATE (02%);
DIATOM (65%);
Leg : 28 Top Int Depth(mm): 1450 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 209.00 Silt: 066%
Core: 23 Sample Depth (m) : 210.93 Clay: 033%
Age : OLIGOCENE
Name: SILT RICH DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (22%); HEAVY MINERAL (02%); CLAY MINERAL (10%);
CARBONATE (02%); NANNOFOSSIL (01%); DIATOM (60%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1460 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 209.00 Silt: 016%
Core: 23 Sample Depth (m) : 213.94 Clay: 084%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (28%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
GLAUCONITE (02%); CARBONATE (02%); DIATOM (65%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1490 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 209.00 Silt: 040%
Core: 23 Sample Depth (m) : 213.97 Clay: 060%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
CARBONATE (02%); DIATOM (55%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1160 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 209.00 Silt: 033%
Core: 23 Sample Depth (m) : 216.64 Clay: 066%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); HEAVY MINERAL (02%); CLAY MINERAL (28%);
CARBONATE (02%); DIATOM (55%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1360 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 209.00 Silt: 016%
Core: 23 Sample Depth (m) : 218.34 Clay: 084%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (45%); HEAVY MINERAL (02%); CLAY MINERAL (38%);
CARBONATE (02%); DIATOM (45%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1040 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 218.50 Silt: 060%
Core: 24 Sample Depth (m) : 221.04 Clay: 040%
Age : OLIGOCENE
Name: DIATOM MICARB SILTSTONE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); QUARTZ (22%); FELDSPAR (32%);
HEAVY MINERAL (02%); CLAY MINERAL (22%); MICRONODULE (02%);
CARBONATE (16%); NANNOFOSSIL (02%); DIATOM (05%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1160 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 218.50 Silt: 010%
Core: 24 Sample Depth (m) : 221.16 Clay: 090%
Age : OLIGOCENE
Name: DIATOM MICARB CLAYSTONE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (19%); QUARTZ (29%); FELDSPAR (19%);
GLASS (02%); OPAQUE MINERAL (02%); CARBONATE (24%);
FORAMINIFERA (02%); NANNOFOSSIL (05%); DIATOM (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 600 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 218.50 Silt: 020%
Core: 24 Sample Depth (m) : 222.10 Clay: 080%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (25%); QUARTZ (03%); FELDSPAR (03%);
HEAVY MINERAL (02%); CLAY MINERAL (20%); MICRONODULE (02%);
CARBONATE (02%); NANNOFOSSIL (02%); DIATOM (75%);
RADIOLARIA (02%); SPICULE (02%); HORNBLENDE (02%);
Leg : 28 Top Int Depth(mm): 1010 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 218.50 Silt: 040%
Core: 24 Sample Depth (m) : 224.01 Clay: 060%
Age : OLIGOCENE
Name: MICARB RICH SILTY CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (30%); QUARTZ (07%); FELDSPAR (05%);
HEAVY MINERAL (02%); CLAY MINERAL (18%); GLASS (02%);
MICRONODULE (01%); CARBONATE (15%); NANNOFOSSIL (02%);
DIATOM (50%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 330 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 218.50 Silt: 060%
Core: 24 Sample Depth (m) : 224.83 Clay: 040%
Age : OLIGOCENE
Name: SILTY CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (25%); QUARTZ (08%); FELDSPAR (06%);
HEAVY MINERAL (02%); CLAY MINERAL (10%); GLASS (02%);
MICRONODULE (02%); CARBONATE (07%); NANNOFOSSIL (02%);
DIATOM (60%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1310 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 228.00 Silt: 035%
Core: 25 Sample Depth (m) : 229.31 Clay: 065%
Age : OLIGOCENE
Name: SILTY CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (20%); QUARTZ (05%); FELDSPAR (02%);
HEAVY MINERAL (02%); CLAY MINERAL (13%); MICRONODULE (02%);
CARBONATE (03%); DIATOM (73%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 320 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 228.00 Silt: 040%
Core: 25 Sample Depth (m) : 229.82 Clay: 060%
Age : OLIGOCENE
Name: SILTY CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (15%); QUARTZ (03%); FELDSPAR (03%);
HEAVY MINERAL (02%); CLAY MINERAL (09%); GLASS (02%);
MICRONODULE (02%); CARBONATE (02%); NANNOFOSSIL (02%);
DIATOM (80%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 910 Sand: 001% Sect: 3
Hole: 274 Top Core Depth(m): 228.00 Silt: 030%
Core: 25 Sample Depth (m) : 231.91 Clay: 070%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (25%); QUARTZ (03%); FELDSPAR (06%);
HEAVY MINERAL (02%); CLAY MINERAL (18%); MICRONODULE (02%);
CARBONATE (02%); DIATOM (70%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 520 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 228.00 Silt: 030%
Core: 25 Sample Depth (m) : 233.02 Clay: 070%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (25%); QUARTZ (04%); FELDSPAR (03%);
HEAVY MINERAL (02%); CLAY MINERAL (18%); MICRONODULE (03%);
CARBONATE (02%); NANNOFOSSIL (02%); DIATOM (70%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: 001% Sect: 5
Hole: 274 Top Core Depth(m): 228.00 Silt: 040%
Core: 25 Sample Depth (m) : 234.80 Clay: 060%
Age : OLIGOCENE
Name: SILTY CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); QUARTZ (10%); FELDSPAR (05%);
HEAVY MINERAL (02%); CLAY MINERAL (20%); MICRONODULE (02%);
CARBONATE (02%); DIATOM (65%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1070 Sand: 001% Sect: 6
Hole: 274 Top Core Depth(m): 228.00 Silt: 045%
Core: 25 Sample Depth (m) : 236.57 Clay: 055%
Age : OLIGOCENE
Name: SILTY CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); QUARTZ (10%); FELDSPAR (08%);
HEAVY MINERAL (02%); CLAY MINERAL (22%); GLASS (02%);
MICRONODULE (02%); CARBONATE (02%); DIATOM (58%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1430 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 228.00 Silt: 010%
Core: 25 Sample Depth (m) : 236.93 Clay: 090%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); QUARTZ (02%); FELDSPAR (02%);
HEAVY MINERAL (02%); CLAY MINERAL (35%); MICRONODULE (04%);
CARBONATE (02%); DIATOM (58%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 600 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 237.50 Silt: 040%
Core: 26 Sample Depth (m) : 239.80 Clay: 060%
Age : OLIGOCENE
Name: SILTY DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); CARBONATE (02%); BIOTITE (01%);
ZIRCON (01%); DIATOM (35%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 970 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 237.50 Silt: 040%
Core: 26 Sample Depth (m) : 241.67 Clay: 060%
Age : OLIGOCENE
Name: SILTY DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); GLAUCONITE (02%); CARBONATE (02%);
OPAQUE MINERAL (01%); BIOTITE (01%); IRON (01%);
DIATOM (35%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1340 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 237.50 Silt:
Core: 26 Sample Depth (m) : 243.54 Clay:
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); HEAVY MINERAL (02%); CLAY MINERAL (38%);
CARBONATE (02%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 760 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 237.50 Silt: 040%
Core: 26 Sample Depth (m) : 244.46 Clay: 050%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); MICA (02%); HEAVY MINERAL (02%);
MICRONODULE (02%); CARBONATE (02%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 930 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 237.50 Silt: 040%
Core: 26 Sample Depth (m) : 246.13 Clay: 060%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (64%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); CARBONATE (03%); DIATOM (30%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
BIOTITE (01%);
Leg : 28 Top Int Depth(mm): 1100 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 247.00 Silt: 028%
Core: 27 Sample Depth (m) : 249.60 Clay: 072%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
CARBONATE (03%); DIATOM (45%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1170 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 247.00 Silt: 030%
Core: 27 Sample Depth (m) : 251.17 Clay: 070%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (50%); HEAVY MINERAL (01%); CLAY MINERAL (35%);
GLAUCONITE (02%); MICRONODULE (02%); CARBONATE (02%);
DIATOM (40%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 247.00 Silt: 038%
Core: 27 Sample Depth (m) : 252.40 Clay: 061%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (65%); BIOTITE (01%); MICA (02%);
HEAVY MINERAL (02%); CLAY MINERAL (40%); CARBONATE (02%);
DIATOM (30%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1360 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 247.00 Silt:
Core: 27 Sample Depth (m) : 252.86 Clay:
Age : OLIGOCENE
Name: DIATOM CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
OPAQUE MINERAL (18%); DIATOM (01%);
Leg : 28 Top Int Depth(mm): 1480 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 247.00 Silt:
Core: 27 Sample Depth (m) : 252.98 Clay:
Age : OLIGOCENE
Name: CALCAREOUS DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); HEAVY MINERAL (02%); CLAY MINERAL (24%);
CARBONATE (30%); DIATOM (30%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 820 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 256.50 Silt: 033%
Core: 28 Sample Depth (m) : 257.82 Clay: 060%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (47%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); GLAUCONITE (02%); CARBONATE (03%);
BIOTITE (01%); DIATOM (40%); RADIOLARIA (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1100 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 256.50 Silt:
Core: 28 Sample Depth (m) : 259.60 Clay:
Age : OLIGOCENE
Name: CLAYEY LIMESTONE
Components: (Minor lithology, % converted from relative abundance)
======================================================================
CLAY MINERAL (30%); CARBONATE (60%); DIATOM (02%);
Leg : 28 Top Int Depth(mm): 600 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 256.50 Silt: 033%
Core: 28 Sample Depth (m) : 260.60 Clay: 066%
Age : OLIGOCENE
Name: MICARB DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (20%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (15%); GLAUCONITE (02%); CARBONATE (35%);
BIOTITE (01%); DIATOM (40%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1100 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 256.50 Silt: 040%
Core: 28 Sample Depth (m) : 262.60 Clay: 060%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (52%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); CARBONATE (03%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (40%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1050 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 256.50 Silt: 025%
Core: 28 Sample Depth (m) : 264.05 Clay: 075%
Age : OLIGOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (47%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
GLAUCONITE (02%); CARBONATE (02%); OPAQUE MINERAL (01%);
DIATOM (45%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 256.50 Silt:
Core: 28 Sample Depth (m) : 265.50 Clay:
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); CARBONATE (03%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (45%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1200 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 266.00 Silt: 025%
Core: 29 Sample Depth (m) : 267.20 Clay: 075%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (44%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); CARBONATE (02%); BIOTITE (01%);
DIATOM (50%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 530 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 266.00 Silt: 025%
Core: 29 Sample Depth (m) : 268.03 Clay: 075%
Age : OLIGOCENE
Name: CLAY RICH DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (30%); HEAVY MINERAL (02%); CLAY MINERAL (20%);
CARBONATE (02%); BIOTITE (01%); DIATOM (60%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 930 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 266.00 Silt: 012%
Core: 29 Sample Depth (m) : 269.93 Clay: 088%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); CARBONATE (02%); BIOTITE (01%);
DIATOM (45%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1300 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 275.50 Silt: 045%
Core: 30 Sample Depth (m) : 277.30 Clay: 055%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); GLAUCONITE (02%); CARBONATE (02%);
BIOTITE (01%); DIATOM (40%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 950 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 275.50 Silt: 038%
Core: 30 Sample Depth (m) : 278.45 Clay: 062%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (56%); HEAVY MINERAL (02%); CLAY MINERAL (40%);
GLAUCONITE (02%); CARBONATE (03%); IRON (01%);
OPAQUE MINERAL (01%); DIATOM (35%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 450 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 275.50 Silt: 035%
Core: 30 Sample Depth (m) : 279.45 Clay: 065%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (56%); HEAVY MINERAL (01%); CLAY MINERAL (35%);
MICRONODULE (02%); CARBONATE (02%); DIATOM (35%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 790 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 275.50 Silt: 025%
Core: 30 Sample Depth (m) : 281.29 Clay: 075%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (45%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
CARBONATE (02%); DIATOM (50%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 860 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 275.50 Silt: 033%
Core: 30 Sample Depth (m) : 282.86 Clay: 066%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); MICRONODULE (02%); CARBONATE (02%);
DIATOM (40%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%); BIOTITE (01%); OPAQUE MINERAL (01%);
Leg : 28 Top Int Depth(mm): 1040 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 275.50 Silt: 032%
Core: 30 Sample Depth (m) : 283.04 Clay: 068%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
CARBONATE (02%); IRON (01%); BIOTITE (01%);
DIATOM (40%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 960 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 275.50 Silt: 030%
Core: 30 Sample Depth (m) : 284.46 Clay: 070%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (52%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
CARBONATE (02%); OPAQUE MINERAL (01%); DIATOM (45%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 890 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 285.00 Silt: 020%
Core: 31 Sample Depth (m) : 286.29 Clay: 080%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (38%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
CARBONATE (02%); OPAQUE MINERAL (01%); DIATOM (55%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1300 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 285.00 Silt: 035%
Core: 31 Sample Depth (m) : 288.20 Clay: 065%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (40%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (25%); MICRONODULE (01%); CARBONATE (02%);
BIOTITE (01%); DIATOM (55%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 600 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 285.00 Silt: 020%
Core: 31 Sample Depth (m) : 289.00 Clay: 080%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (32%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
MICRONODULE (02%); CARBONATE (02%); DIATOM (60%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 285.00 Silt: 020%
Core: 31 Sample Depth (m) : 290.70 Clay: 080%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (46%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); MICRONODULE (02%); CARBONATE (02%);
BIOTITE (01%); OPAQUE MINERAL (01%); DIATOM (45%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 285.00 Silt: 025%
Core: 31 Sample Depth (m) : 293.90 Clay: 075%
Age : OLIGOCENE
Name: DIATOM CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (44%); MICA (01%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); GLAUCONITE (02%); MICRONODULE (02%);
CARBONATE (02%); DIATOM (48%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1360 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 294.50 Silt: 020%
Core: 32 Sample Depth (m) : 296.36 Clay: 080%
Age : OLIGOCENE
Name: DIATOM CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (54%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
MICRONODULE (02%); CARBONATE (02%); DIATOM (36%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1100 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 294.50 Silt: 030%
Core: 32 Sample Depth (m) : 297.60 Clay: 070%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (58%); MICA (02%); HEAVY MINERAL (01%);
CLAY MINERAL (35%); GLAUCONITE (02%); CARBONATE (02%);
BIOTITE (01%); OPAQUE MINERAL (01%); ZIRCON (01%);
DIATOM (35%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 294.50 Silt: 033%
Core: 32 Sample Depth (m) : 298.90 Clay: 066%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); GLAUCONITE (02%); CARBONATE (02%);
BIOTITE (01%); OPAQUE MINERAL (01%); DIATOM (42%);
SPICULE (02%); SILICOFLAGELLATE (02%); RADIOLARIA (02%);
Leg : 28 Top Int Depth(mm): 930 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 294.50 Silt: 025%
Core: 32 Sample Depth (m) : 300.43 Clay: 075%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (44%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
GLAUCONITE (02%); CARBONATE (02%); OPAQUE MINERAL (01%);
DIATOM (50%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 294.50 Silt: 040%
Core: 32 Sample Depth (m) : 301.90 Clay: 060%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); HEAVY MINERAL (02%); CLAY MINERAL (35%);
GLAUCONITE (02%); CARBONATE (04%); OPAQUE MINERAL (01%);
DIATOM (32%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1060 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 304.00 Silt: 033%
Core: 33 Sample Depth (m) : 305.56 Clay: 060%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (46%); HEAVY MINERAL (02%); CLAY MINERAL (30%);
GLAUCONITE (02%); CARBONATE (02%); OPAQUE MINERAL (01%);
DIATOM (45%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1480 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 304.00 Silt: 025%
Core: 33 Sample Depth (m) : 307.48 Clay: 075%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (42%); MICA (02%); HEAVY MINERAL (06%);
CLAY MINERAL (25%); GLAUCONITE (02%); MICRONODULE (02%);
CARBONATE (01%); BIOTITE (01%); DIATOM (50%);
RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 980 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 304.00 Silt: 048%
Core: 33 Sample Depth (m) : 308.48 Clay: 052%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (52%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (25%); GLAUCONITE (02%); CARBONATE (02%);
DIATOM (40%); RADIOLARIA (02%); SPICULE (02%);
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1040 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 304.00 Silt: 048%
Core: 33 Sample Depth (m) : 310.04 Clay: 052%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (52%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); MICRONODULE (01%); CARBONATE (02%);
BIOTITE (01%); DIATOM (42%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1040 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 304.00 Silt: 038%
Core: 33 Sample Depth (m) : 311.54 Clay: 062%
Age : OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (42%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (25%); GLAUCONITE (02%); CARBONATE (02%);
BIOTITE (01%); DIATOM (50%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 680 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 304.00 Silt: 046%
Core: 33 Sample Depth (m) : 312.68 Clay: 054%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (56%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); GLAUCONITE (02%); MICRONODULE (02%);
CARBONATE (02%); BIOTITE (01%); DIATOM (35%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 930 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 304.00 Silt: 043%
Core: 33 Sample Depth (m) : 312.93 Clay: 057%
Age : OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (52%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); GLAUCONITE (02%); CARBONATE (02%);
OPAQUE MINERAL (01%); BIOTITE (01%); DIATOM (40%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 700 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 313.50 Silt: 045%
Core: 34 Sample Depth (m) : 314.70 Clay: 055%
Age : LOWER OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (46%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (25%); GLAUCONITE (02%); CARBONATE (02%);
BIOTITE (01%); DIATOM (42%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 800 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 313.50 Silt: 016%
Core: 34 Sample Depth (m) : 316.30 Clay: 084%
Age : LOWER OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (38%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (03%); MICRONODULE (02%); CARBONATE (02%);
OPAQUE MINERAL (01%); DIATOM (55%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1050 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 313.50 Silt: 033%
Core: 34 Sample Depth (m) : 318.05 Clay: 066%
Age : LOWER OLIGOCENE
Name: CLAYEY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (32%); HEAVY MINERAL (02%); CLAY MINERAL (20%);
GLAUCONITE (02%); MICRONODULE (02%); CARBONATE (03%);
BIOTITE (01%); DIATOM (56%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 810 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 313.50 Silt: 033%
Core: 34 Sample Depth (m) : 319.31 Clay: 066%
Age : LOWER OLIGOCENE
Name: DIATOM SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (48%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (35%); CARBONATE (04%); BIOTITE (01%);
IRON (01%); DIATOM (44%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 980 Sand: Sect: 5
Hole: 274 Top Core Depth(m): 313.50 Silt: 036%
Core: 34 Sample Depth (m) : 320.98 Clay: 064%
Age : LOWER OLIGOCENE
Name: SILT-CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (42%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (25%); MICRONODULE (02%); CARBONATE (02%);
BIOTITE (01%); DIATOM (48%); RADIOLARIA (02%);
SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1100 Sand: Sect: 6
Hole: 274 Top Core Depth(m): 313.50 Silt: 048%
Core: 34 Sample Depth (m) : 322.60 Clay: 052%
Age : LOWER OLIGOCENE
Name: SILTY CLAY DIATOM OOZE
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (46%); HEAVY MINERAL (02%); CLAY MINERAL (25%);
GLAUCONITE (02%); CARBONATE (02%); DIATOM (48%);
RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1430 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 323.00 Silt:
Core: 35 Sample Depth (m) : 324.43 Clay:
Name: COARSE SAND
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
HYPERSTHENE (01%); QUARTZ (01%); HORNBLENDE (01%);
DIATOM (02%);
Leg : 28 Top Int Depth(mm): 1070 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 323.00 Silt: 044%
Core: 35 Sample Depth (m) : 325.57 Clay: 056%
Name: DIATOM SILTY CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (58%); MICA (02%); HEAVY MINERAL (06%);
CLAY MINERAL (35%); GLAUCONITE (02%); MICRONODULE (02%);
CARBONATE (02%); DIATOM (03%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 860 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 332.50 Silt:
Core: 36 Sample Depth (m) : 333.36 Clay:
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
HEAVY MINERAL (02%); CLAY MINERAL (75%); CARBONATE (04%);
BIOTITE (01%); ZIRCON (01%); OPAQUE MINERAL (01%);
DIATOM (02%); RADIOLARIA (02%);
Leg : 28 Top Int Depth(mm): 300 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 332.50 Silt: 022%
Core: 36 Sample Depth (m) : 334.30 Clay: 078%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (88%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (70%); GLAUCONITE (02%); CARBONATE (04%);
BIOTITE (01%); DIATOM (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 510 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 342.00 Silt: 012%
Core: 37 Sample Depth (m) : 342.51 Clay: 077%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (91%); HEAVY MINERAL (01%); CLAY MINERAL (70%);
GLAUCONITE (02%); MICRONODULE (02%); CARBONATE (05%);
OPAQUE MINERAL (01%);
Leg : 28 Top Int Depth(mm): 470 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 351.50 Silt: 033%
Core: 38 Sample Depth (m) : 353.47 Clay: 066%
Name: SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (75%); MICA (02%); CLAY MINERAL (55%);
MICRONODULE (02%); CARBONATE (10%); BIOTITE (01%);
DIATOM (02%); RADIOLARIA (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 910 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 361.00 Silt: 016%
Core: 39 Sample Depth (m) : 361.91 Clay: 082%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (75%); MICRONODULE (02%); CARBONATE (02%);
BIOTITE (01%); DIATOM (02%); RADIOLARIA (02%);
Leg : 28 Top Int Depth(mm): 450 Sand: 001% Sect: 2
Hole: 274 Top Core Depth(m): 361.00 Silt: 025%
Core: 39 Sample Depth (m) : 362.95 Clay: 073%
Name: SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (82%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); GLAUCONITE (02%); CARBONATE (10%);
BIOTITE (01%); FELDSPAR (01%); IRON (01%);
DIATOM (02%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
PLANT DEBRIS (01%);
Leg : 28 Top Int Depth(mm): 800 Sand: 002% Sect: 2
Hole: 274 Top Core Depth(m): 361.00 Silt: 040%
Core: 39 Sample Depth (m) : 363.30 Clay: 058%
Name: MICARB SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (55%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (30%); GLAUCONITE (02%); CARBONATE (40%);
BIOTITE (01%); DIATOM (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 370.50 Silt: 025%
Core: 40 Sample Depth (m) : 371.40 Clay: 075%
Name: DIATOM? SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (60%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (45%); GLAUCONITE (02%); CARBONATE (05%);
IRON (01%); OPAQUE MINERAL (01%); BIOTITE (01%);
DIATOM (30%); RADIOLARIA (02%); SPICULE (02%);
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
SILICOFLAGELLATE (02%);
Leg : 28 Top Int Depth(mm): 1270 Sand: 001% Sect: 1
Hole: 274 Top Core Depth(m): 380.00 Silt: 022%
Core: 41 Sample Depth (m) : 381.27 Clay: 077%
Name: SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (65%); GLAUCONITE (02%); MICRONODULE (01%);
CARBONATE (06%); HORNBLENDE (01%); BIOTITE (01%);
DIATOM (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 950 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 380.00 Silt: 027%
Core: 41 Sample Depth (m) : 382.45 Clay: 073%
Name: SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (78%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (60%); GLAUCONITE (02%); MICRONODULE (02%);
CARBONATE (02%); BIOTITE (01%); ZIRCON (01%);
DIATOM (02%); SPICULE (02%);
Leg : 28 Top Int Depth(mm): 450 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 380.00 Silt: 022%
Core: 41 Sample Depth (m) : 383.45 Clay: 078%
Name: SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (88%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (65%); MICRONODULE (02%); CARBONATE (05%);
BIOTITE (01%); DIATOM (02%); PLANT DEBRIS (02%);
Leg : 28 Top Int Depth(mm): 1080 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 380.00 Silt: 027%
Core: 41 Sample Depth (m) : 384.08 Clay: 073%
Name: CLAYEY MICARB CHALK
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (03%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (25%); CARBONATE (60%); BIOTITE (01%);
OPAQUE MINERAL (01%); DIATOM (02%);
Leg : 28 Top Int Depth(mm): 600 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 389.50 Silt: 023%
Core: 42 Sample Depth (m) : 390.10 Clay: 077%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); MICA (02%); HEAVY MINERAL (02%);
CLAY MINERAL (70%); GLAUCONITE (02%); CARBONATE (03%);
OPAQUE MINERAL (01%); DIATOM (02%); RADIOLARIA (02%);
SPICULE (02%);
Leg : 28 Top Int Depth(mm): 1060 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 389.50 Silt: 030%
Core: 42 Sample Depth (m) : 390.56 Clay: 070%
Name: CLAYEY MICARB CHALK
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (35%); HEAVY MINERAL (02%); CLAY MINERAL (27%);
GLAUCONITE (02%); MICRONODULE (02%); CARBONATE (50%);
BIOTITE (01%); TOURMALINE (01%); DIATOM (02%);
SPICULE (02%); PLANT DEBRIS (02%);
Leg : 28 Top Int Depth(mm): 1230 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 389.50 Silt: 012%
Core: 42 Sample Depth (m) : 392.23 Clay: 088%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
TERRIGENOUS DETRITUS (90%); HEAVY MINERAL (02%); CLAY MINERAL (80%);
GLAUCONITE (02%); MICRONODULE (02%); CARBONATE (02%);
DIATOM (02%);
Leg : 28 Top Int Depth(mm): 790 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 389.50 Silt: 010%
Core: 42 Sample Depth (m) : 393.29 Clay: 090%
Name: MICARB RICH CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
HEAVY MINERAL (02%); TERRIGENOUS DETRITUS (77%); CLAY MINERAL (70%);
GLAUCONITE (02%); MICRONODULE (02%); CARBONATE (15%);
OPAQUE MINERAL (01%); PLANT DEBRIS (02%);
Leg : 28 Top Int Depth(mm): 1000 Sand: Sect: 3
Hole: 274 Top Core Depth(m): 389.50 Silt: 008%
Core: 42 Sample Depth (m) : 393.50 Clay: 092%
Name: CLAY
Components: (Minor lithology, % converted from relative abundance)
======================================================================
HEAVY MINERAL (02%); CLAY MINERAL (88%); MICRONODULE (02%);
CARBONATE (01%); DIATOM (02%);
Leg : 28 Top Int Depth(mm): 1020 Sand: Sect: 1
Hole: 274 Top Core Depth(m): 399.00 Silt: 011%
Core: 43 Sample Depth (m) : 400.02 Clay: 077%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
MICA (02%); HEAVY MINERAL (02%); TERRIGENOUS DETRITUS (88%);
CLAY MINERAL (07%); MICRONODULE (02%); OPAQUE MINERAL (01%);
FORAMINIFERA (02%); DIATOM (02%); RADIOLARIA (02%);
PLANT DEBRIS (02%);
Leg : 28 Top Int Depth(mm): 490 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 399.00 Silt: 025%
Core: 43 Sample Depth (m) : 400.99 Clay: 075%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
MICA (02%); HEAVY MINERAL (01%); TERRIGENOUS DETRITUS (42%);
CLAY MINERAL (75%); GLAUCONITE (02%); MICRONODULE (01%);
BIOTITE (01%); DIATOM (02%);
Leg : 28 Top Int Depth(mm): 900 Sand: Sect: 2
Hole: 274 Top Core Depth(m): 399.00 Silt: 012%
Core: 43 Sample Depth (m) : 401.40 Clay: 088%
Name: CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
HEAVY MINERAL (02%); TERRIGENOUS DETRITUS (92%); CLAY MINERAL (80%);
MICRONODULE (01%); CARBONATE (05%); DIATOM (02%);
PLANT DEBRIS (02%);
Leg : 28 Top Int Depth(mm): 580 Sand: 001% Sect: 4
Hole: 274 Top Core Depth(m): 399.00 Silt: 018%
Core: 43 Sample Depth (m) : 404.08 Clay: 080%
Name: MICARB CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
QUARTZ (23%); FELDSPAR (18%); HEAVY MINERAL (02%);
CLAY MINERAL (29%); GLAUCONITE (02%); CARBONATE (25%);
OPAQUE MINERAL (01%); DIATOM (02%); PLANT DEBRIS (02%);
Leg : 28 Top Int Depth(mm): 1090 Sand: Sect: 4
Hole: 274 Top Core Depth(m): 399.00 Silt: 040%
Core: 43 Sample Depth (m) : 404.59 Clay: 060%
Name: MICARB SILTY CLAY
Components: (Dominant lithology, % converted from relative abundance)
======================================================================
MICA (02%); HEAVY MINERAL (02%); TERRIGENOUS DETRITUS (52%);
CLAY MINERAL (30%); GLAUCONITE (02%); MICRONODULE (03%);
CARBONATE (40%); BIOTITE (01%); DIATOM (02%);
PLANT DEBRIS (02%);
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