Leg : 59 Top Int Depth(mm): 400 Sand: Sect: 1 Hole: 448A Top Core Depth(m): 0.00 Silt: 095% Core: 1 Sample Depth (m) : 0.40 Clay: 005% Age : MIDDLE MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (02%); FELDSPAR (02%); CLAY MINERAL (01%); GLASS (02%); GLAUCONITE (02%); ZEOLITE (02%); IRON (03%); CARBONATE (02%); NANNOFOSSIL (90%); Leg : 59 Top Int Depth(mm): 1390 Sand: 003% Sect: 1 Hole: 448A Top Core Depth(m): 0.00 Silt: 087% Core: 1 Sample Depth (m) : 1.39 Clay: 010% Age : MIDDLE MIOCENE Name: NANNOFOSSIL OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (01%); GLASS (03%); ZEOLITE (02%); IRON (02%); CARBONATE (15%); FORAMINIFERA (02%); NANNOFOSSIL (76%); Leg : 59 Top Int Depth(mm): 1300 Sand: Sect: 3 Hole: 448A Top Core Depth(m): 0.00 Silt: 090% Core: 1 Sample Depth (m) : 4.30 Clay: 010% Age : MIDDLE MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (02%); CLAY MINERAL (02%); GLASS (02%); CARBONATE (10%); FORAMINIFERA (03%); NANNOFOSSIL (85%); Leg : 59 Top Int Depth(mm): 1210 Sand: 002% Sect: 5 Hole: 448A Top Core Depth(m): 0.00 Silt: 090% Core: 1 Sample Depth (m) : 7.21 Clay: 008% Age : MIDDLE MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== QUARTZ (01%); FELDSPAR (01%); CLAY MINERAL (02%); IRON (02%); CARBONATE (22%); FORAMINIFERA (01%); NANNOFOSSIL (74%); Leg : 59 Top Int Depth(mm): 1360 Sand: 010% Sect: 6 Hole: 448A Top Core Depth(m): 0.00 Silt: 085% Core: 1 Sample Depth (m) : 8.86 Clay: 005% Age : MIDDLE MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (01%); CLAY MINERAL (02%); IRON (02%); CARBONATE (05%); FORAMINIFERA (04%); NANNOFOSSIL (79%); RADIOLARIA (08%); SPICULE (03%); Leg : 59 Top Int Depth(mm): 50 Sand: 018% Sect: 1 Hole: 448A Top Core Depth(m): 33.50 Silt: 072% Core: 2 Sample Depth (m) : 33.55 Clay: 010% Age : LOWER MIOCENE Name: NANNOFOSSIL OOZE Components: (Minor lithology) ====================================================================== CLAY MINERAL (02%); GLASS (01%); IRON (04%); CARBONATE (05%); FORAMINIFERA (10%); NANNOFOSSIL (71%); DIATOM (01%); RADIOLARIA (02%); SPICULE (04%); Leg : 59 Top Int Depth(mm): 1400 Sand: 020% Sect: 1 Hole: 448A Top Core Depth(m): 33.50 Silt: 070% Core: 2 Sample Depth (m) : 34.90 Clay: 010% Age : LOWER MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== CLAY MINERAL (02%); GLAUCONITE (01%); IRON (02%); CARBONATE (02%); FORAMINIFERA (10%); NANNOFOSSIL (71%); DIATOM (06%); RADIOLARIA (02%); SPICULE (04%); Leg : 59 Top Int Depth(mm): 810 Sand: 023% Sect: 4 Hole: 448A Top Core Depth(m): 33.50 Silt: 069% Core: 2 Sample Depth (m) : 38.81 Clay: 008% Age : LOWER MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== FELDSPAR (01%); CLAY MINERAL (03%); IRON (08%); CARBONATE (03%); FORAMINIFERA (12%); NANNOFOSSIL (64%); DIATOM (07%); RADIOLARIA (01%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1300 Sand: 017% Sect: 6 Hole: 448A Top Core Depth(m): 33.50 Silt: 075% Core: 2 Sample Depth (m) : 42.30 Clay: 008% Age : LOWER MIOCENE Name: FORAMINIFERAL-NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== CLAY MINERAL (02%); IRON (05%); CARBONATE (01%); FORAMINIFERA (15%); NANNOFOSSIL (63%); DIATOM (10%); RADIOLARIA (02%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 420 Sand: 050% Sect: 7 Hole: 448A Top Core Depth(m): 33.50 Silt: 045% Core: 2 Sample Depth (m) : 42.92 Clay: 005% Age : LOWER MIOCENE Name: VOLC.GLASS--BEARING FORAM-NANNO OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== FELDSPAR (01%); HEAVY MINERAL (01%); GLASS (15%); IRON (08%); CARBONATE (05%); FORAMINIFERA (20%); NANNOFOSSIL (49%); DIATOM (01%); RADIOLARIA (02%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 60 Sand: 010% Sect: 1 Hole: 448A Top Core Depth(m): 62.00 Silt: 085% Core: 3 Sample Depth (m) : 62.06 Clay: 005% Age : LOWER MIOCENE Name: DIATOMACEOUS NANNOFOSSIL OOZE Components: (Minor lithology) ====================================================================== CLAY MINERAL (03%); GLASS (01%); IRON (03%); FORAMINIFERA (08%); NANNOFOSSIL (70%); DIATOM (12%); RADIOLARIA (01%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 1400 Sand: 020% Sect: 1 Hole: 448A Top Core Depth(m): 62.00 Silt: 072% Core: 3 Sample Depth (m) : 63.40 Clay: 008% Age : LOWER MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== CLAY MINERAL (02%); IRON (03%); CARBONATE (01%); FORAMINIFERA (07%); NANNOFOSSIL (72%); DIATOM (03%); RADIOLARIA (10%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 1400 Sand: 013% Sect: 3 Hole: 448A Top Core Depth(m): 62.00 Silt: 082% Core: 3 Sample Depth (m) : 66.40 Clay: 005% Age : LOWER MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (01%); GLAUCONITE (02%); IRON (02%); CARBONATE (05%); FORAMINIFERA (08%); NANNOFOSSIL (73%); DIATOM (04%); RADIOLARIA (06%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1400 Sand: 010% Sect: 5 Hole: 448A Top Core Depth(m): 62.00 Silt: 070% Core: 3 Sample Depth (m) : 69.40 Clay: 020% Age : LOWER MIOCENE Name: VOLCANIC ASH RICH NANNOFOSSIL OOZE Components: (Minor lithology) ====================================================================== FELDSPAR (05%); CLAY MINERAL (10%); GLASS (31%); IRON (05%); CARBONATE (15%); FORAMINIFERA (01%); NANNOFOSSIL (30%); DIATOM (02%); RADIOLARIA (01%); Leg : 59 Top Int Depth(mm): 1400 Sand: 014% Sect: 6 Hole: 448A Top Core Depth(m): 62.00 Silt: 076% Core: 3 Sample Depth (m) : 70.90 Clay: 010% Age : LOWER MIOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== IRON (01%); CARBONATE (05%); FORAMINIFERA (08%); NANNOFOSSIL (76%); DIATOM (03%); RADIOLARIA (06%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1240 Sand: 019% Sect: 1 Hole: 448A Top Core Depth(m): 71.50 Silt: 073% Core: 4 Sample Depth (m) : 72.74 Clay: 008% Age : UPPER OLIGOCENE Name: RADIOLARIA BEARING NANNOFOSSIL OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== FELDSPAR (03%); CLAY MINERAL (01%); GLASS (05%); MICA (05%); GLAUCONITE (02%); IRON (03%); CARBONATE (03%); FORAMINIFERA (06%); NANNOFOSSIL (60%); DIATOM (02%); RADIOLARIA (10%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 1400 Sand: 008% Sect: 1 Hole: 448A Top Core Depth(m): 71.50 Silt: 077% Core: 4 Sample Depth (m) : 72.90 Clay: 015% Age : UPPER OLIGOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== IRON (04%); CARBONATE (02%); FORAMINIFERA (06%); NANNOFOSSIL (79%); DIATOM (00%); RADIOLARIA (07%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 1200 Sand: 010% Sect: 3 Hole: 448A Top Core Depth(m): 71.50 Silt: 085% Core: 4 Sample Depth (m) : 75.70 Clay: 005% Age : UPPER OLIGOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== IRON (05%); CARBONATE (00%); FORAMINIFERA (00%); NANNOFOSSIL (78%); DIATOM (05%); RADIOLARIA (05%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 390 Sand: 005% Sect: 4 Hole: 448A Top Core Depth(m): 71.50 Silt: 080% Core: 4 Sample Depth (m) : 76.39 Clay: 015% Age : UPPER OLIGOCENE Name: VOLCANIC ASH-RICH NANNOFOSSIL OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== QUARTZ (01%); FELDSPAR (06%); HEAVY MINERAL (02%); GLASS (43%); GLAUCONITE (02%); ZEOLITE (02%); IRON (03%); CARBONATE (01%); FORAMINIFERA (02%); NANNOFOSSIL (45%); DIATOM (02%); RADIOLARIA (01%); Leg : 59 Top Int Depth(mm): 1400 Sand: 014% Sect: 4 Hole: 448A Top Core Depth(m): 71.50 Silt: 076% Core: 4 Sample Depth (m) : 77.40 Clay: 010% Age : UPPER OLIGOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology) ====================================================================== IRON (01%); CARBONATE (01%); FORAMINIFERA (05%); NANNOFOSSIL (83%); DIATOM (01%); RADIOLARIA (08%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1400 Sand: 015% Sect: 6 Hole: 448A Top Core Depth(m): 71.50 Silt: 075% Core: 4 Sample Depth (m) : 80.40 Clay: 010% Age : UPPER OLIGOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== IRON (01%); CARBONATE (02%); FORAMINIFERA (07%); NANNOFOSSIL (80%); DIATOM (02%); RADIOLARIA (08%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 100 Sand: Sect: 1 Hole: 448A Top Core Depth(m): 223.50 Silt: 050% Core: 5 Sample Depth (m) : 223.60 Clay: 050% Age : OLIGOCENE Name: VOLCANIC TUFF Components: (Dominant lithology) ====================================================================== FELDSPAR (03%); CLAY MINERAL (15%); GLASS (64%); MICA (10%); IRON (01%); CARBONATE (04%); NANNOFOSSIL (02%); Leg : 59 Top Int Depth(mm): 330 Sand: 010% Sect: 1 Hole: 448A Top Core Depth(m): 223.50 Silt: 050% Core: 5 Sample Depth (m) : 223.83 Clay: 040% Age : OLIGOCENE Name: VOLCANIC TUFF Components: (Minor lithology, % converted from relative abundance) ====================================================================== FELDSPAR (02%); CLAY MINERAL (02%); GLASS (85%); GLAUCONITE (02%); ZEOLITE (02%); CARBONATE (04%); NANNOFOSSIL (05%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 350 Sand: 050% Sect: 1 Hole: 448A Top Core Depth(m): 223.50 Silt: 050% Core: 5 Sample Depth (m) : 223.85 Clay: Age : OLIGOCENE Name: VOLCANIC TUFF AND LAPILLI Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (15%); HEAVY MINERAL (02%); ROCK FRAGMENT (15%); GLASS (58%); GLAUCONITE (02%); ZEOLITE (02%); IRON (05%); CARBONATE (03%); Leg : 59 Top Int Depth(mm): 160 Sand: Sect: CC Hole: 448A Top Core Depth(m): 223.50 Silt: 070% Core: 5 Sample Depth (m) : 224.12 Clay: 030% Age : OLIGOCENE Name: VOLCANIC TUFF Components: (Dominant lithology) ====================================================================== FELDSPAR (20%); HEAVY MINERAL (03%); ROCK FRAGMENT (05%); GLASS (65%); MICA (05%); CARBONATE (01%); NANNOFOSSIL (01%); Leg : 59 Top Int Depth(mm): 390 Sand: 005% Sect: 1 Hole: 448A Top Core Depth(m): 252.00 Silt: 080% Core: 6 Sample Depth (m) : 252.39 Clay: 015% Age : MIDDLE OLIGOCENE Name: VOLC. TUFF-BEARING NANNOFOSSIL CHALK Components: (Minor lithology, % converted from relative abundance) ====================================================================== FELDSPAR (03%); GLASS (18%); GLAUCONITE (02%); ZEOLITE (02%); CARBONATE (27%); NANNOFOSSIL (50%); DIATOM (02%); Leg : 59 Top Int Depth(mm): 1200 Sand: Sect: 1 Hole: 448A Top Core Depth(m): 252.00 Silt: 095% Core: 6 Sample Depth (m) : 253.20 Clay: 005% Age : MIDDLE OLIGOCENE Name: VOLCANIC TUFF Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (02%); GLASS (89%); IRON (03%); CARBONATE (03%); NANNOFOSSIL (05%); Leg : 59 Top Int Depth(mm): 1400 Sand: Sect: 2 Hole: 448A Top Core Depth(m): 252.00 Silt: 095% Core: 6 Sample Depth (m) : 254.90 Clay: 005% Age : MIDDLE OLIGOCENE Name: VOLCANIC TUFF Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (01%); GLASS (88%); MICA (02%); CARBONATE (03%); NANNOFOSSIL (08%); SPICULE (02%); Leg : 59 Top Int Depth(mm): 560 Sand: 002% Sect: 3 Hole: 448A Top Core Depth(m): 252.00 Silt: 090% Core: 6 Sample Depth (m) : 255.56 Clay: 008% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL CHALK Components: (Minor lithology, % converted from relative abundance) ====================================================================== GLASS (02%); CARBONATE (05%); FORAMINIFERA (02%); NANNOFOSSIL (89%); RADIOLARIA (03%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1080 Sand: 002% Sect: 1 Hole: 448A Top Core Depth(m): 261.50 Silt: 090% Core: 7 Sample Depth (m) : 262.58 Clay: 008% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (03%); HEAVY MINERAL (02%); GLASS (05%); GLAUCONITE (02%); CARBONATE (02%); FORAMINIFERA (01%); NANNOFOSSIL (86%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1200 Sand: Sect: 1 Hole: 448A Top Core Depth(m): 261.50 Silt: 095% Core: 7 Sample Depth (m) : 262.70 Clay: 005% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL-BEARING VOLCANIC TUFF Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (10%); CLAY MINERAL (05%); GLASS (70%); GLAUCONITE (02%); NANNOFOSSIL (15%); Leg : 59 Top Int Depth(mm): 430 Sand: Sect: 5 Hole: 448A Top Core Depth(m): 261.50 Silt: 095% Core: 7 Sample Depth (m) : 267.93 Clay: 005% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL CHALK Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (02%); GLASS (05%); ZEOLITE (02%); CARBONATE (02%); NANNOFOSSIL (88%); SPICULE (03%); Leg : 59 Top Int Depth(mm): 1250 Sand: 001% Sect: 6 Hole: 448A Top Core Depth(m): 261.50 Silt: 095% Core: 7 Sample Depth (m) : 270.25 Clay: 004% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== FELDSPAR (01%); GLASS (03%); MICA (01%); IRON (02%); CARBONATE (03%); NANNOFOSSIL (91%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 830 Sand: Sect: 1 Hole: 448A Top Core Depth(m): 271.00 Silt: 060% Core: 8 Sample Depth (m) : 271.83 Clay: 040% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL-BEARING VOLCANIC TUFF Components: (Minor lithology, % converted from relative abundance) ====================================================================== FELDSPAR (03%); GLASS (71%); MICA (02%); ZEOLITE (02%); IRON (01%); CARBONATE (03%); NANNOFOSSIL (20%); Leg : 59 Top Int Depth(mm): 1150 Sand: 002% Sect: 6 Hole: 448A Top Core Depth(m): 271.00 Silt: 090% Core: 8 Sample Depth (m) : 279.65 Clay: 008% Age : MIDDLE OLIGOCENE Name: NANNOFOSSIL CHALK Components: (Dominant lithology) ====================================================================== FELDSPAR (03%); GLASS (02%); CARBONATE (03%); NANNOFOSSIL (90%); RADIOLARIA (01%); SPICULE (01%); Leg : 59 Top Int Depth(mm): 1280 Sand: 010% Sect: 6 Hole: 448A Top Core Depth(m): 271.00 Silt: 070% Core: 8 Sample Depth (m) : 279.78 Clay: 020% Age : MIDDLE OLIGOCENE Name: NANNO-BEARING VOLC. TUFF Components: (Minor lithology, % converted from relative abundance) ====================================================================== FELDSPAR (06%); HEAVY MINERAL (01%); GLASS (63%); GLAUCONITE (02%); ZEOLITE (02%); CARBONATE (10%); NANNOFOSSIL (20%); Leg : 59 Top Int Depth(mm): 390 Sand: 005% Sect: 1 Hole: 448A Top Core Depth(m): 290.00 Silt: 090% Core: 10 Sample Depth (m) : 290.39 Clay: 005% Name: VOLC TUFF RICH (TUFFACEOUS?) NANNOCHALK Components: (, % converted from relative abundance) ====================================================================== HEAVY MINERAL (02%); GLASS (33%); FORAMINIFERA (04%); NANNOFOSSIL (63%); |
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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