Figure and table thumbnails

F1. Track line and shotpoints for the site surveys of Site 1093, p.  24.

F2. Seismic line showing the location and penetration depth of Holes 1093A–1093D, p.  25.

T1. Velocities used for stacking of multichannel seismic data, p.  66.

F3. Lithologic summary of Site 1093, p. 26.

T2. X-ray diffraction data for Site 1093, p. 67.

F4. Carbonate, opal, and siliciclastic contents at Site 1093, p. 29.

F5. Core correlation diagram for Site 1093, p.  30.

F6. Ice-rafted debris layer (interval 177-1093C-11H-5, 65–110 cm), p.  37.

F7. Diatom mat (interval 177-1093A-4H-2, 10–35 cm), p. 38.

F8. Color-laminated diatom mat (interval 177-1093A-23H-4, 78– 120 cm), p.  39.

F9. Compacted color-laminated diatom mat (interval 177-1093D-38X-4, 110–136 cm), p.  40

F10. Smoothed color reflectance data for Site 1093, p. 41.

F11. Smoothed magnetic susceptibility data for Site 1093, p. 42.

F12. Smoothed GRA bulk density data for Site 1093, p.  43.

T3. Composite depths for Site 1093, p.  69.

T4. Site 1093 splice tie points, p.  72.

F13. Spliced color reflectance, magnetic susceptibility, and GRA bulk density for Site 1093, p.  44.

T5. Main calcareous nannofossil species in Holes 1093A, 1093B, and 1093D, p.  73.

T6. Biostratigraphic age assignments for Site 1093, p. 78.

F14. Bio- and magnetostratigraphic correlations and age designations for Site 1093, p.  45.

T7. Major planktic foraminifer species at Site 1093, p.  82.

T8. Benthic foraminifers at Site 1093, p.  85.

T9. Control points used to calculate sedimentation rates at Site 1093, p.  87.

T10. Diatom, silicoflagellate, ebridian, Actiniscus, sponge spicule, and phytolith occurrence, Site 1093, p.  88.

F15. Age-depth plot of biostratigraphic and paleomagnetic events at Site 1093, p.  46.

T11. Main components of the radiolarian assemblage at Site 1093, p.  93.

F16. Inclination of the remanent magnetization after AF demagnetization at Holes 1093A and 1093B, p.  47.

F17. Inclination of the remanent magnetization after AF demagnetization at Hole 1093D, p.  48.

T12. Concentration of methane at Site 1093, p.  96.

F18. Concentration of methane vs. depth at Holes 1093A and 1093D, p.  49.

T13. Interstitial water chemistry at Site 1093, p.  97.

F19. Interstitial water chemistry profiles vs. depth at Holes 1093A and 1093D, p.  50.

F20. CaCO₃, TOC, TN, TS, and TOC/TN vs. depth at Holes 1093A and 1093D, p.  51.

T14. Analytical results of IC, CaCO₃, TC, TOC TN, TS, and TOC/TN at Site 1093, p.  99.

F21. TOC vs. TN at Hole 1093A, p.  52.

T15. Physical properties measurements conducted at Site 1093, p.  101.

F22. Site 1093 NGR, magnetic susceptibility, resistivity, bulk density, and reflectance, p.  53.

F23. Relationship between GRA and MAD bulk density at Site 1093, p.  54.

F24. Preliminary correlation of reflectance between Sites 1093 and 1091, p.  55.

F25. Magnetic susceptibility, porosity, resistivity, bulk density, and reflectance for the upper 290 mcd, p.  56.

F26. P-wave velocity at Site 1093, p.  57.

T16. Thermal conductivity measurements at Site 1093, p.  102.

F27. Thermal conductivity measurements at Site 1093, p.  58.

F28. Downhole temperature measurements at Site 1093, p.  59.

F29. Depth-temperature curve for Site 1093, p.  62.

F30. Site 1093 logs of caliper, natural gamma, magnetic susceptibility, bulk density, porosity, and resistivity, p.  63.

F31. Site 1093 NGR logs compared to calculated thorium, potassium, and uranium, p.  64.

F32. Site 1093 GHMT magnetic susceptibility compared to MST magnetic susceptibility, p.  65.