Figure and table thumbnails

F1. Track line and shotpoints for the site survey of Site 1089, p. 23.

F2. Seismic line showing the location and penetration depth of Site 1089, p. 24.

F3. Comparison of isotopic records from sediment core RC11-83 and the Vostok ice core, p. 25.

F4. Lithologic summary of Site 1089, p. 26.

F5. Lithologic abundances, XRD measurements, and mineral ratios at Site 1089 (parts A–B), p. 27.

T1. X-ray diffraction data for Site 1089, p. 57.

T2. Summary of core disturbance at Site 1089, p. 58.

T3. Summary of undisturbed recovery at Site 1089, p. 59.

F6. Microfault cutting Planolites burrow with silt pod (interval 177-1089C-14H-1, 85–105 cm), p. 29.

F7. Silt laminae (interval 177-1089B-16H-5, 118–133 cm), p. 30.

F8. Liesegang banding around Planolites burrow (interval 177-1089C-4H-4, 41–50 cm), p. 31.

F9. Green layer above purple laminae (interval 177-1089C-3H-2, 46–56 cm), p. 32.

F10. Reconstruction of soft-sediment deformation at Site 1089 (parts A–B), p. 33.

F11. Soft-sediment deformation (interval 177-1089B-27H-4, 40– 75 cm), p. 35.

F12. Contorted beds (interval 177-1089C-10H-4, 68.5–110 cm), p. 36.

F13. Graded bed (interval 177-1089B-27H-1, 110–125), p. 37.

F14. Smoothed magnetic susceptibility data for Site 1089, p. 38.

F15. Smoothed color reflectance data for Site 1089, p. 39.

F16. Smoothed GRA bulk density data for Site 1089, p. 40.

T4. Composite depths for Site 1089, p. 60.

T5. Site 1089 splice tie points, p. 62.

F17. Spliced magnetic susceptibility, color reflectance, and GRA bulk density at Site 1089, p. 41.

T6. Main calcareous nannofossil species in Holes 1089A and 1089B, p. 63.

F18. Color reflectance data and related stratigraphic events at Hole 1089B, p. 42.

F19. Bio- and magnetostratigraphic correlations and age designations for Site 1089, p. 43.

T7. Major planktic foraminifer species at Site 1089, p. 66.

T8. Benthic foraminifers in Holes 1089A and 1089B, p. 68.

F20. Age-depth plot of control points at Site 1089, p. 44.

T9. Control points used to calculate sedimentation rates at Site 1089, p. 70.

T10. Diatom, silicoflagellate, ebridian, Actiniscus, sponge spicule, and phytolith occurrence, Site 1089, p. 71.

T11. Biostratigraphic age assignments at Site 1089, p. 80.

F21. Diatom abundance and preservation at Site 1089, p. 45.

T12. Main components of the radiolarian assemblage at Site 1089, p. 83.

F22. Inclination of the remanent magnetization after AF demagnetization at Site 1089, p. 46.

T13. Preliminary positions of polarity chron boundaries at Site 1089, p. 86.

T14. Concentrations of methane, ethane, and propane at Site 1089, p. 87.

F23. Concentration of methane and sulfate vs. depth at Site 1089, p. 47.

T15. Interstitial water chemistry at Site 1089, p. 88.

F24. Interstitial water chemistry profiles vs. depth at Site 1089, p. 48.

T16. Concentrations of IC, CaCO₃, TC, TOC, TN, TS, and TOC/TN at Site 1089, p. 90.

F25. CaCO₃, TOC, TN, TS, and TOC/TN vs. depth at Site 1089, p. 49.

T17. Physical properties measurements conducted at Site 1089, p. 94.

F26. Site 1089 porosity, resistivity, P-wave velocity, bulk density, magnetic susceptibility, and NGR, p. 50.

F27. Relationship between GRA and MAD bulk density at Site 1089, p. 51.

F28. Porosity and formation factor calculations at Site 1089, p. 52.

F29. Site 1089 diffuse spectral reflectance variations, p. 53.

F30. OSU-SCAT and Minolta spectral reflectance at Hole 1089B, p. 54.

T18. Thermal conductivity measurements at Site 1089, p. 95.

F31. Thermal conductivity measurements at Site 1089, p. 55.

F32. Downhole temperature measurements at Site 1089, p. 56.

T19. Temperature measurement attempts at Site 1089, p. 97.