Proc. IODP, 310, Maraa western transect: Sites M0005

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Chapter contents Operations Holes M0005A and M0005B Hole M0005C Hole M0005D Hole M0005E Hole M0006A Hole M0007A Hole M0007B Hole M0007C Sedimentology and biological assemblages Modern sediments Last deglacial sequence (Unit I) Older Pleistocene sequence (Unit II) Petrophysics Density and porosity P-wave velocity Magnetic susceptibility Resistivity Diffuse color reflectance spectrophotometry Hole-to-hole correlation Downhole logging Hole M0005D Hole M0007A Hole M0007B Geochemistry pH, alkalinity, ammonia, chloride, and sulfate Mg, K, Ca, and Sr Li, P, Mn, Fe, and Ba References Figures F1. Coralline algal crusts in modern sediment. F2. Rhodoliths and Halimeda segments in modern sediment. F3. Skeletal sand. F4. Halimeda segments in grainstone. F5. Laminated fabrics in microbialites. F6. Dendritic and columnar accretions in microbialites. F7. Laminated fabrics and thrombolitic masses in microbialites. F8. Laminated to columnar microbialite. F9. Laminated to dendritic microbialites. F10. Montipora, Psammocora, and agariciids. F11. Porites. F12. Porites and Montastrea. F13. Porites and agariciids. F14. Montipora and Pavona. F15. Faviids. F16. Montipora, faviids, and agariciids. F17. Montipora and agariciids. F18. Porites and agariciids. F19. Pocillopora with thrombolitic microbialite masses. F20. Porites. F21. Acropora and Porites. F22. Pavona. F23. Pocillopora with microbial encrustations. F24. Pocillopora. F25. Acropora with laminated microbialites. F26. Acropora. F27. Pocillopora with laminated microbialites. F28. Pocillopora with laminated to thrombolitic microbialites. F29. Acropora with laminated microbialites. F30. Pavona with massive Porites. F31. Porites and Pocillopora. F32. Porites and Pocillopora with microbialites. F33. Porites. F34. Porites. F35. Acropora and Pocillopora. F36. Rudstone/floatstone with Acropora. F37. Skeletal rudstone with rhodoliths and coral fragments. F38. Skeletal rudstone with rhodoliths and a molluscan shell. F39. Skeletal rudstone with rhodoliths. F40. Skeletal rudstone with rhodoliths. F41. Skeletal floatstone. F42. Volcaniclastic silt to sand with Halimeda floatstone. F43. Laminated microbialite. F44. Agariciids. F45. Bioeroded coral. F46. Volcanic grains in coralgal frameworks. F47. Sandy skeletal grainstone. F48. Packstone. F49. Porites embedded in volcanic-rich sediment. F50. Coralgal floatstone with rhodoliths. F51. Coralgal rudstone with lithoclasts and volcanic grains. F52. Coralgal rudstone with Porites. F53. Porites in a volcanic sediment–rich matrix. F54. Porites in a volcanic sediment–rich matrix. F55. Coralgal frameworks. F56. Porites in a volcanic sediment–rich matrix. F57. Porites with severe bioerosion. F58. Pocillopora. F59. Porites. F60. Acropora in a volcanic sediment–rich matrix. F61. Montastrea and Acropora. F62. Pavona with a volcanic sediment–rich grainstone matrix. F63. Physical properties, Hole M0005A. F64. Physical properties, Hole M0007C. F65. Physical properties, Hole M0005C. F66. Physical properties, Hole M0007B. F67. Physical properties, Hole M0005B. F68. Physical properties, Hole M0005D. F69. Physical properties, Hole M0007A. F70. Porosity and velocity, Hole M0005D. F71. MSCL velocity, downhole sonic log data, and discrete measurements, Hole M0005D. F72. MSCL resistivity and downhole resistivity, Site M0009. F73. Color reflectance data, Holes M0005A–M0005D and M0007A–M0007C. F74. Wireline logging data, Hole M0005D. F75. Wireline logging data, Hole M0005D. F76. Wireline logging data, Hole M0007A. F77. Wireline logging data, Hole M0007B. F78. Wireline logging data, Hole M0007B. F79. Maraa West pore water chemicals. PDF file			Previous \| Next doi:10.2204/iodp.proc.310.105.2007 References Camoin, G., Cabioch, G., Eisenhauer, A., Braga, J.-C., Hamelin, B, and Lericolais, G., 2006. Environmental significance of microbialites in reef environments during the last deglaciation. Sediment. Geol., 185(3–4):277–295. doi:10.1016/j.sedgeo.2005.12.018 Raymer, L.L., Hunt, E.R., and Gardner, J.S., 1980. An improved sonic transit time-to-porosity transform. Trans. SPWLA 21st Annu. Log. Symp., Pap. P. Wyllie, M.R.J., Gregory, A.R., and Gardner, L.W., 1956. Elastic wave velocities in heterogeneous and porous media. Geophysics, 21(1):41–70. doi:10.1190/1.1438217 Top of page \| Previous \| Next

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