Figure and table thumbnails

F1. Track line and shotpoints for the site survey of Site 1090, p. 29.

F2. Seismic line showing the location and penetration depth of Site 1090, p. 30.

F3. Lithologic summary of Site 1090, p. 31.

F4. Variations in bulk-sediment composition at Site 1090, p. 33.

F5. Downhole lithologic abundances at Site 1090, p. 34.

F6. Crosscutting Zoophycos, Skolithos, and Planolites burrows (interval 177-1090E-20H-1, 51–74 cm), p. 35.

F7. Chondrites burrows (interval 177-1090D-17H-1, 69–97 cm), p. 36.

F8. Positions of tephra and manganese nodules in Holes 1090B–1090E, p. 37.

F9. Tephra sequence in Section 177-1090E-7H-4, p. 38.

T1. XRD estimates of opal and terrigenous sediment abundances for Site 1090, p. 62.

F10. Smoothed magnetic susceptibility data for Site 1090, p. 39.

F11. Smoothed GRA bulk density data for Site 1090, p. 40.

F12. Smoothed color reflectance data for Site 1090, p. 41.

T2. Composite depths for Site 1090, p. 64.

F13. Spliced record of magnetic susceptibility at Site 1090, p. 42.

F14. Spliced record of GRA bulk density at Site 1090, p. 43.

T3. Site 1090 splice tie points, p. 66.

T4. Main calcareous nannofossil species in Hole 1090B, p. 67.

F15. Bio- and magnetostratigraphic correlations and age designations for Site 1090, p. 44.

T5. Biostratigraphic age assignments for Site 1090, p. 70.

T6. Major planktic foraminifer species at Site 1090, p. 76.

T7. Benthic foraminifers in Hole 1090B, p. 79.

F16. CaCO₃ vs. number of specimens/ cm3, number of species, and agglutinated/calcareous taxa at Hole 1090B, p. 46.

T8. Diatom, silicoflagellate, ebridian, Actiniscus, sponge spicule, and phytolith occurrence, Site 1090, p. 83.

T9. Control points used to calculate sedimentation rates at Site 1090, p. 89.

T10. Main components of the radiolarian assemblage at Site 1090, p. 91.

F17. Inclination of the remanent magnetization after AF demagnetization of 0–70 mbsf at Holes 1090B–1090E, p. 47.

F18. Inclination of the remanent magnetization after AF demagnetization of 60–370 mbsf at Holes 1090B, 1090D, and 1090E, p. 48.

F19. Age-depth relationship integrating biostratigraphic and geomagnetic polarity data at Site 1090, p. 49.

T11. Concentrations of methane at Site 1090, p. 93.

F20. Concentration of methane vs. depth at Site 1090, p. 50.

T12. Interstitial water chemistry at Site 1090, p. 94.

F21. Interstitial water chemistry profiles vs. depth at Site 1090, p. 51.

F22. Comparison of interstitial water profiles from Sites 1088 and 1090, b>p. 52.

F23. Relationships among Ca⁺², Mg⁺² , and Sr⁺² at Sites 1088 and 1090, p. 53.

T13. Concentrations of IC, CaCO₃, TC, TOC, TN, TS, and TOC/TN at Site 1090, p. 96.

F24. CaCO₃, TOC, TN, TS, and TOC/TN vs. depth at Site 1090, p. 54.

T14. Physical properties measurements conducted at Site 1090, p. 98.

F25. Site 1090 porosity, resistivity, P-wave velocity, bulk density, magnetic susceptibility, and NGR, p. 55.

F26. Covariance between resistivity, density, magnetic sus-ceptibility, NGR, and reflectance in the upper 70 mcd, p. 56.

F27. Relationship between GRA and MAD bulk density at Site 1090, p. 57.

F28. Minolta spectral reflectance in the red band from Hole 1090B, p. 58.

F29. Comparison of OSU-SCAT reflectance to carbonate measurements from Sites 1088–1090, p. 59.

F30. Site 1090 blue and red reflectance, p. 60.

T15. Thermal conductivity measurements at Site 1090, p. 99.

F31. Thermal conductivity measurements at Site 1090, p. 61.