Leg : 5 Top Int Depth(mm): 250 Sand: Sect: 1 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 100.25 Clay: Age : MIDDLE EOCENE Name: RAD NANNO CHALK OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (55%); RADIOLARIA (45%); Leg : 5 Top Int Depth(mm): 1200 Sand: Sect: 1 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 101.20 Clay: Age : MIDDLE EOCENE Name: RAD NANNO CHALK OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (55%); RADIOLARIA (45%); Leg : 5 Top Int Depth(mm): 1400 Sand: Sect: 1 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 101.40 Clay: Age : MIDDLE EOCENE Name: NANNO RAD OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (35%); RADIOLARIA (65%); Leg : 5 Top Int Depth(mm): 460 Sand: Sect: 2 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 101.96 Clay: Age : MIDDLE EOCENE Name: NANNO RAD OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (40%); RADIOLARIA (60%); Leg : 5 Top Int Depth(mm): 1030 Sand: Sect: 2 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 102.53 Clay: Age : MIDDLE EOCENE Name: RAD NANNO CHALK OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (60%); RADIOLARIA (40%); Leg : 5 Top Int Depth(mm): 260 Sand: Sect: 3 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 103.26 Clay: Age : MIDDLE EOCENE Name: NANNO RAD OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (08%); RADIOLARIA (92%); Leg : 5 Top Int Depth(mm): 530 Sand: Sect: 3 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 103.53 Clay: Age : MIDDLE EOCENE Name: NANNO RAD OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (30%); RADIOLARIA (70%); Leg : 5 Top Int Depth(mm): 1030 Sand: Sect: 3 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 104.03 Clay: Age : MIDDLE EOCENE Name: RAD NANNO CHALK OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (55%); RADIOLARIA (45%); Leg : 5 Top Int Depth(mm): 820 Sand: Sect: 4 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 105.32 Clay: Age : MIDDLE EOCENE Name: RAD OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (05%); RADIOLARIA (95%); Leg : 5 Top Int Depth(mm): 950 Sand: Sect: 5 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 106.95 Clay: Age : MIDDLE EOCENE Name: RAD OOZE Components: (Dominant lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (02%); RADIOLARIA (99%); Leg : 5 Top Int Depth(mm): 1110 Sand: Sect: 5 Hole: 42A Top Core Depth(m): 100.00 Silt: 100% Core: 1 Sample Depth (m) : 107.11 Clay: Age : MIDDLE EOCENE Name: NANNO RAD OOZE Components: (Minor lithology, % converted from relative abundance) ====================================================================== CLAY MINERAL (02%); NANNOFOSSIL (30%); RADIOLARIA (70%); |
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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