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Chapter contents

• Background and objectives
• Operations
• Hole U1340A
• Hole U1340B
• Hole U1340C
• Hole U1340D
• Lithostratigraphy
• Description of units
• Discussion
• Biostratigraphy
• Calcareous nannofossils
• Planktonic foraminifers
• Benthic foraminifers
• Ostracodes
• Diatoms
• Silicoflagellates and ebridians
• Radiolarians
• Palynology: dinoflagellate cysts, pollen, and other palynomorphs
• Discussion
• Paleomagnetism
• Geochemistry and microbiology
• Interstitial water chemistry
• Volatile hydrocarbons
• Sedimentary bulk geochemistry
• Microbiology
• Conclusion
• Physical properties
• Magnetic susceptibility
• GRA wet bulk density
• Natural gamma radiation
• P-wave velocity
• MAD (discrete sample) wet bulk density
• MAD porosity and water content
• Grain density
• Thermal conductivity
• Stratigraphic correlation
• Downhole measurements
• Temperature measurements
• References
• Figures
• Figure F1. Location map.
• Figure F2. Seismic profile.
• Figure F3. Navigation map.
• Figure F4. Close-up seismic profile, Line Stk6-1.
• Figure F5. Close-up seismic profile, Line Stk6-3.
• Figure F6. Lithologic summary, Hole U1340A.
• Figure F7. Lithologic summary, Hole U1340B.
• Figure F8. Lithologic summary, Hole U1340C.
• Figure F9. Lithologic summary, Hole U1340D.
• Figure F10. Laminations.
• Figure F11. Black ash layer.
• Figure F12. Silica diagenesis summary.
• Figure F13. Diatom ooze and diatom silt.
• Figure F14. Soft-sediment deformation.
• Figure F15. Indurated dolomite layer.
• Figure F16. Subunit IIIB contact.
• Figure F17. Grain mount and smear slide, Subunit IIIA.
• Figure F18. Photomicrograph of Subunit IIIB.
• Figure F19. Age-depth plot.
• Figure F20. Biostratigraphic events.
• Figure F21. Microfossil abundances.
• Figure F22. Inclination, declination, and NRM intensity, Hole U1340A.
• Figure F23. Inclination and NRM intensity, Holes U1340B–U1340D.
• Figure F24. Inclination averages and tentative polarity zonation.
• Figure F25. Magnetic susceptibility and NRM intensity, Hole U1340A.
• Figure F26. Dissolved chemical concentrations.
• Figure F27. Dissolved elemental concentrations.
• Figure F28. Solid-phase chemical concentrations.
• Figure F29. NGR.
• Figure F30. P-wave velocity.
• Figure F31. Wet bulk density.
• Figure F32. Water content and porosity.
• Figure F33. Dry grain density.
• Figure F34. Thermal conductivity.
• Figure F35. GRA bulk density vs. composite depth.
• Figure F36. Magnetic susceptibility vs. composite depth.
• Figure F37. Color reflectance vs. composite depth.
• Figure F38. Digital line-scan images vs. composite depth.
• Figure F39. Magnetic susceptibility.
• Figure F40. Spliced magnetic susceptibility, GRA bulk density, and b*.
• Figure F41. Depth scale comparisons and offset.
• Figure F42. Downhole temperature data.
• Tables
• Table T1. Coring summary.
• Table T2. Datum events.
• Table T3. Calcareous nannofossils.
• Table T4. Planktonic foraminifers.
• Table T5. Benthic foraminifers, Hole U1340A.
• Table T6. Benthic foraminifers, Hole U1340B.
• Table T7. Benthic foraminifers, Hole U1340C.
• Table T8. Benthic foraminifers, Hole U1340D.
• Table T9. Diatoms.
• Table T10. Silicoflagellates.
• Table T11. Radiolarian datum events.
• Table T12. Radiolarians.
• Table T13. Dinoflagellate cysts, pollen, and palynomorphs.
• Table T14. Chron ages and preliminary depths.
• Table T15. Moisture and density.
• Table T16. Affine table.
• Table T17. Splice table.
• Table T18. Temperature data.

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