Leg : 66 Top Int Depth(mm): 1370 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 0.00 Silt: 030% Core: 1 Sample Depth (m) : 1.37 Clay: 070% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== QUARTZ (50%); FELDSPAR (01%); MICA (05%); HEAVY MINERAL (01%); CLAY MINERAL (38%); FORAMINIFERA (02%); NANNOFOSSIL (02%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); PLANT DEBRIS (05%); Leg : 66 Top Int Depth(mm): 1090 Sand: 005% Sect: 1 Hole: 487 Top Core Depth(m): 1.00 Silt: 035% Core: 2 Sample Depth (m) : 2.09 Clay: 060% Age : PLEISTOCENE Name: SILTY CLAY Components: (, % converted from relative abundance) ====================================================================== QUARTZ (50%); MICA (05%); CLAY MINERAL (35%); DIATOM (02%); RADIOLARIA (02%); SPICULE (07%); PLANT DEBRIS (03%); Leg : 66 Top Int Depth(mm): 950 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 1.00 Silt: 070% Core: 2 Sample Depth (m) : 6.45 Clay: 030% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== QUARTZ (50%); FELDSPAR (01%); MICA (05%); CLAY MINERAL (30%); DIATOM (02%); RADIOLARIA (02%); SPICULE (01%); PLANT DEBRIS (03%); Leg : 66 Top Int Depth(mm): 0 Sand: Sect: CC Hole: 487 Top Core Depth(m): 1.00 Silt: 070% Core: 2 Sample Depth (m) : 10.10 Clay: 030% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (55%); FELDSPAR (01%); MICA (07%); HEAVY MINERAL (01%); CLAY MINERAL (29%); FORAMINIFERA (02%); NANNOFOSSIL (02%); DIATOM (02%); SPICULE (02%); PLANT DEBRIS (07%); Leg : 66 Top Int Depth(mm): 800 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 10.50 Silt: 040% Core: 3 Sample Depth (m) : 11.30 Clay: 060% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== QUARTZ (50%); FELDSPAR (01%); MICA (05%); CLAY MINERAL (44%); GLASS (02%); FORAMINIFERA (02%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 1300 Sand: 020% Sect: 1 Hole: 487 Top Core Depth(m): 10.50 Silt: 060% Core: 3 Sample Depth (m) : 11.80 Clay: 020% Age : PLEISTOCENE Name: SILTY ASH Components: (, % converted from relative abundance) ====================================================================== QUARTZ (40%); MICA (02%); CLAY MINERAL (20%); GLASS (40%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 800 Sand: Sect: 2 Hole: 487 Top Core Depth(m): 10.50 Silt: 040% Core: 3 Sample Depth (m) : 12.80 Clay: 060% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== QUARTZ (57%); MICA (02%); CLAY MINERAL (40%); GLASS (02%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); PLANT DEBRIS (01%); Leg : 66 Top Int Depth(mm): 1200 Sand: 080% Sect: 2 Hole: 487 Top Core Depth(m): 10.50 Silt: 010% Core: 3 Sample Depth (m) : 13.20 Clay: 010% Age : PLEISTOCENE Name: ASH Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (10%); MICA (03%); CLAY MINERAL (10%); GLASS (80%); DIATOM (02%); SPICULE (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 450 Sand: 050% Sect: 4 Hole: 487 Top Core Depth(m): 10.50 Silt: 040% Core: 3 Sample Depth (m) : 15.45 Clay: 010% Age : PLEISTOCENE Name: SILTY ASH Components: (Minor lithology, % converted from relative abundance) ====================================================================== QUARTZ (40%); MICA (01%); CLAY MINERAL (10%); GLASS (50%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 530 Sand: 005% Sect: 4 Hole: 487 Top Core Depth(m): 10.50 Silt: 065% Core: 3 Sample Depth (m) : 15.53 Clay: 030% Age : PLEISTOCENE Name: MUDDY SILT Components: (, % converted from relative abundance) ====================================================================== QUARTZ (50%); FELDSPAR (04%); HEAVY MINERAL (01%); CLAY MINERAL (30%); GLASS (15%); NANNOFOSSIL (02%); SPICULE (02%); PLANT DEBRIS (01%); Leg : 66 Top Int Depth(mm): 200 Sand: Sect: 6 Hole: 487 Top Core Depth(m): 10.50 Silt: 040% Core: 3 Sample Depth (m) : 18.20 Clay: 060% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== QUARTZ (60%); FELDSPAR (01%); MICA (02%); HEAVY MINERAL (01%); CLAY MINERAL (33%); CARBONATE (02%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%); Leg : 66 Top Int Depth(mm): 500 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 29.50 Silt: 030% Core: 5 Sample Depth (m) : 30.00 Clay: 070% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== QUARTZ (40%); FELDSPAR (40%); MICA (05%); HEAVY MINERAL (05%); CLAY MINERAL (10%); RADIOLARIA (02%); Leg : 66 Top Int Depth(mm): 1320 Sand: 005% Sect: 2 Hole: 487 Top Core Depth(m): 29.50 Silt: 085% Core: 5 Sample Depth (m) : 32.32 Clay: 010% Age : PLEISTOCENE Name: ASH Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (01%); HEAVY MINERAL (02%); CLAY MINERAL (10%); GLASS (94%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 80 Sand: Sect: CC Hole: 487 Top Core Depth(m): 29.50 Silt: 010% Core: 5 Sample Depth (m) : 33.73 Clay: 090% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (02%); MICA (02%); HEAVY MINERAL (06%); CLAY MINERAL (90%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 90 Sand: Sect: CC Hole: 487 Top Core Depth(m): 29.50 Silt: 050% Core: 5 Sample Depth (m) : 33.74 Clay: 050% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (40%); FELDSPAR (03%); MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (50%); GLASS (05%); NANNOFOSSIL (02%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 500 Sand: 001% Sect: 3 Hole: 487 Top Core Depth(m): 39.00 Silt: 020% Core: 6 Sample Depth (m) : 42.50 Clay: 079% Age : MIDDLE PLEISTOCENE Name: MUD (CLAY) Components: (, % converted from relative abundance) ====================================================================== QUARTZ (10%); FELDSPAR (10%); HEAVY MINERAL (02%); CLAY MINERAL (79%); GLASS (01%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 0 Sand: Sect: CC Hole: 487 Top Core Depth(m): 39.00 Silt: 090% Core: 6 Sample Depth (m) : 44.05 Clay: 010% Age : MIDDLE PLEISTOCENE Name: ASH Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (04%); FELDSPAR (01%); MICA (02%); HEAVY MINERAL (01%); CLAY MINERAL (10%); GLASS (85%); PYRITE (01%); RADIOLARIA (02%); Leg : 66 Top Int Depth(mm): 500 Sand: 005% Sect: 2 Hole: 487 Top Core Depth(m): 48.50 Silt: 065% Core: 7 Sample Depth (m) : 50.50 Clay: 030% Age : MIDDLE PLEISTOCENE Name: CLAYEY ASH Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (02%); FELDSPAR (02%); MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (30%); GLASS (70%); RADIOLARIA (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 750 Sand: 001% Sect: 2 Hole: 487 Top Core Depth(m): 48.50 Silt: 019% Core: 7 Sample Depth (m) : 50.75 Clay: 080% Age : MIDDLE PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (01%); FELDSPAR (01%); MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (80%); GLASS (18%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 280 Sand: 001% Sect: 4 Hole: 487 Top Core Depth(m): 48.50 Silt: 079% Core: 7 Sample Depth (m) : 53.28 Clay: 020% Age : MIDDLE PLEISTOCENE Name: ASH Components: (, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (02%); HEAVY MINERAL (02%); CLAY MINERAL (20%); GLASS (80%); RADIOLARIA (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 500 Sand: Sect: 3 Hole: 487 Top Core Depth(m): 58.00 Silt: 020% Core: 8 Sample Depth (m) : 61.50 Clay: 080% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (98%); QUARTZ (15%); FELDSPAR (02%); MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (80%); PYRITE (01%); DIATOM (02%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 130 Sand: Sect: 3 Hole: 487 Top Core Depth(m): 67.50 Silt: 015% Core: 9 Sample Depth (m) : 70.63 Clay: 085% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (10%); FELDSPAR (03%); MICA (02%); CLAY MINERAL (85%); GLASS (02%); PYRITE (02%); DIATOM (02%); RADIOLARIA (02%); Leg : 66 Top Int Depth(mm): 200 Sand: Sect: 7 Hole: 487 Top Core Depth(m): 67.50 Silt: 035% Core: 9 Sample Depth (m) : 76.70 Clay: 065% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (97%); QUARTZ (25%); FELDSPAR (05%); MICA (02%); HEAVY MINERAL (02%); CLAY MINERAL (64%); GLASS (02%); PYRITE (01%); FORAMINIFERA (02%); NANNOFOSSIL (01%); DIATOM (02%); RADIOLARIA (01%); Components: (, % converted from relative abundance) ====================================================================== SPICULE (01%); Leg : 66 Top Int Depth(mm): 500 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 77.00 Silt: 020% Core: 10 Sample Depth (m) : 82.00 Clay: 080% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== QUARTZ (40%); FELDSPAR (35%); MICA (03%); HEAVY MINERAL (02%); CLAY MINERAL (20%); GLASS (02%); DIATOM (02%); RADIOLARIA (02%); Leg : 66 Top Int Depth(mm): 1340 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 77.00 Silt: 015% Core: 10 Sample Depth (m) : 82.84 Clay: 085% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); QUARTZ (12%); FELDSPAR (02%); MICA (02%); CLAY MINERAL (85%); GLASS (01%); PYRITE (02%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 700 Sand: 005% Sect: 3 Hole: 487 Top Core Depth(m): 86.50 Silt: 020% Core: 11 Sample Depth (m) : 90.20 Clay: 075% Age : PLEISTOCENE Name: MUD (SILTY CLAY) Components: (, % converted from relative abundance) ====================================================================== QUARTZ (35%); FELDSPAR (35%); MICA (05%); HEAVY MINERAL (02%); CLAY MINERAL (23%); RADIOLARIA (02%); SILICOFLAGELLATE (02%); PLANT DEBRIS (02%); Leg : 66 Top Int Depth(mm): 540 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 86.50 Silt: 005% Core: 11 Sample Depth (m) : 91.54 Clay: 095% Age : PLEISTOCENE Name: CLAY Components: (, % converted from relative abundance) ====================================================================== QUARTZ (30%); FELDSPAR (30%); MICA (02%); HEAVY MINERAL (03%); CLAY MINERAL (35%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 90 Sand: 001% Sect: 1 Hole: 487 Top Core Depth(m): 96.00 Silt: 015% Core: 12 Sample Depth (m) : 96.09 Clay: 084% Age : PLEISTOCENE Name: VITRIC MUD Components: () ====================================================================== QUARTZ (30%); FELDSPAR (35%); MICA (02%); CLAY MINERAL (22%); GLASS (10%); RADIOLARIA (01%); Leg : 66 Top Int Depth(mm): 500 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 96.00 Silt: 010% Core: 12 Sample Depth (m) : 101.00 Clay: 090% Age : PLEISTOCENE Name: MUD Components: (, % converted from relative abundance) ====================================================================== QUARTZ (05%); FELDSPAR (03%); HEAVY MINERAL (02%); CLAY MINERAL (90%); GLASS (01%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 100 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 105.00 Silt: 005% Core: 13 Sample Depth (m) : 105.10 Clay: 095% Age : PLEISTOCENE Name: CLAY Components: (, % converted from relative abundance) ====================================================================== QUARTZ (01%); FELDSPAR (02%); MICA (01%); CLAY MINERAL (98%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 1000 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 105.00 Silt: 003% Core: 13 Sample Depth (m) : 106.00 Clay: 097% Name: CLAY Components: (, % converted from relative abundance) ====================================================================== QUARTZ (03%); FELDSPAR (02%); MICA (02%); CLAY MINERAL (97%); Leg : 66 Top Int Depth(mm): 500 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 115.00 Silt: 002% Core: 14 Sample Depth (m) : 115.50 Clay: 098% Age : PLIOCENE Name: CLAY Components: (, % converted from relative abundance) ====================================================================== CLAY MINERAL (98%); GLASS (02%); CARBONATE (02%); Leg : 66 Top Int Depth(mm): 700 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 115.00 Silt: 003% Core: 14 Sample Depth (m) : 115.70 Clay: 097% Age : PLIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (02%); CLAY MINERAL (97%); ZEOLITE (03%); Leg : 66 Top Int Depth(mm): 740 Sand: 005% Sect: 3 Hole: 487 Top Core Depth(m): 115.00 Silt: 090% Core: 14 Sample Depth (m) : 118.74 Clay: 005% Age : PLIOCENE Components: () ====================================================================== CLAY MINERAL (05%); ZEOLITE (95%); Leg : 66 Top Int Depth(mm): 0 Sand: 040% Sect: CC Hole: 487 Top Core Depth(m): 115.00 Silt: 040% Core: 14 Sample Depth (m) : 120.40 Clay: 020% Age : PLIOCENE Name: ASH Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (01%); MICA (02%); HEAVY MINERAL (01%); CLAY MINERAL (20%); GLASS (78%); Leg : 66 Top Int Depth(mm): 430 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 124.50 Silt: 002% Core: 15 Sample Depth (m) : 124.93 Clay: 098% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); CLAY MINERAL (98%); GLASS (02%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 250 Sand: Sect: 2 Hole: 487 Top Core Depth(m): 124.50 Silt: 001% Core: 15 Sample Depth (m) : 126.25 Clay: 099% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology) ====================================================================== CLAY MINERAL (99%); GLASS (01%); Leg : 66 Top Int Depth(mm): 130 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 124.50 Silt: 003% Core: 15 Sample Depth (m) : 129.13 Clay: 097% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology) ====================================================================== CLAY MINERAL (97%); GLASS (01%); ZEOLITE (02%); Leg : 66 Top Int Depth(mm): 430 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 134.00 Silt: 005% Core: 16 Sample Depth (m) : 134.43 Clay: 095% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (01%); CLAY MINERAL (95%); GLASS (04%); Leg : 66 Top Int Depth(mm): 750 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 134.00 Silt: 005% Core: 16 Sample Depth (m) : 134.75 Clay: 095% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (95%); GLASS (02%); RADIOLARIA (03%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 540 Sand: Sect: 2 Hole: 487 Top Core Depth(m): 134.00 Silt: 007% Core: 16 Sample Depth (m) : 136.04 Clay: 093% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (93%); GLASS (05%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 800 Sand: Sect: 3 Hole: 487 Top Core Depth(m): 134.00 Silt: 060% Core: 16 Sample Depth (m) : 137.80 Clay: 040% Age : UPPER MIOCENE Name: CLAYEY ASH Components: (, % converted from relative abundance) ====================================================================== CLAY MINERAL (40%); GLASS (60%); RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%); Leg : 66 Top Int Depth(mm): 520 Sand: Sect: 2 Hole: 487 Top Core Depth(m): 143.50 Silt: 005% Core: 17 Sample Depth (m) : 145.52 Clay: 095% Age : UPPER MIOCENE Name: CLAYSTONE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (02%); MICA (01%); HEAVY MINERAL (01%); CLAY MINERAL (95%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 640 Sand: 005% Sect: 2 Hole: 487 Top Core Depth(m): 143.50 Silt: Core: 17 Sample Depth (m) : 145.64 Clay: 095% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology) ====================================================================== CLAY MINERAL (95%); SPICULE (05%); Leg : 66 Top Int Depth(mm): 250 Sand: 001% Sect: 1 Hole: 487 Top Core Depth(m): 153.00 Silt: 001% Core: 18 Sample Depth (m) : 153.25 Clay: 098% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); CLAY MINERAL (98%); GLASS (02%); RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%); Leg : 66 Top Int Depth(mm): 10 Sand: Sect: 2 Hole: 487 Top Core Depth(m): 153.00 Silt: 005% Core: 18 Sample Depth (m) : 154.51 Clay: 095% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (01%); MICA (01%); HEAVY MINERAL (01%); CLAY MINERAL (95%); GLASS (02%); RADIOLARIA (02%); SPICULE (02%); Leg : 66 Top Int Depth(mm): 1500 Sand: Sect: 4 Hole: 487 Top Core Depth(m): 153.00 Silt: 002% Core: 18 Sample Depth (m) : 159.00 Clay: 098% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (01%); CLAY MINERAL (98%); GLASS (01%); RADIOLARIA (02%); SPICULE (02%); SILICOFLAGELLATE (02%); Leg : 66 Top Int Depth(mm): 260 Sand: Sect: 1 Hole: 487 Top Core Depth(m): 162.50 Silt: 005% Core: 19 Sample Depth (m) : 162.76 Clay: 095% Age : UPPER MIOCENE Name: CLAY Components: () ====================================================================== QUARTZ (02%); CLAY MINERAL (95%); GLASS (02%); RADIOLARIA (01%); Leg : 66 Top Int Depth(mm): 1300 Sand: Sect: 3 Hole: 487 Top Core Depth(m): 162.50 Silt: 002% Core: 19 Sample Depth (m) : 166.80 Clay: 098% Age : UPPER MIOCENE Name: CLAY Components: (Dominant lithology, % converted from relative abundance) ====================================================================== TERRIGENOUS DETRITUS (99%); CLAY MINERAL (98%); GLASS (02%); NANNOFOSSIL (02%); |
Cite as: Deep Sea Drilling Project (1989): Archive of Core and Site/Hole Data and Photographs from the Deep Sea Drilling Project (DSDP). National Geophysical Data Center, NOAA. doi:10.7289/V54M92G2 [access date]
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