Figures F1-F27
Figures F28-F54
Figures F55-F80
Tables T1-T12

F28. Replacement of plagioclase by chlorite/smectite.

F29. Solid-liquid-vapor fluid inclusion in quartz.

F30. Vein mineral abundances.

F31. Vein mineral proportions.

F32. Weathered clasts from the rubble zone.

F33. Protocataclasite harzburgite in carbonate-cemented breccia.

F34. Archive-half magnetic measurements.

F35. FMS image above the harzburgitic basement.

F36. Altered harzburgites from the top of basement.

F37. Dunite band in harzburgite.

F38. Projection of poles to crystal-plastic foliation.

F39. Downhole crystal-plastic deformation intensity.

F40. Lack of mesoscopic crystal-plastic foliation in protogranular harzburgites.

F41. Crystal-plastic deformation intensity.

F42. High-temperature textures in peridotites.

F43. Alteration veins cutting harzburgites and dunites.

F44. Downhole alteration vein and cataclastic intensity.

F45. Downhole dips of serpentine, talc-serpentine, and chrysotile veins.

F46. Projection of poles to serpentine veins.

F47. Semiplastic fault gouges.

F48. FMS images of fault gouges and oxide gabbros.

F49. FMS image corresponding to a serpentine schist.

F50. FMS image of clasts in a possible fault gouge.

F51. Projection of poles to shear fractures and serpentine foliations.

F52. Fracture and vein intensity vs. fault gouges.

F53. LOI, SiO₂, and Fe₂O₃ vs. MgO.

F54. CaO vs. CO₂.

Figures F1-F27
Figures F28-F54
Figures F55-F80
Tables T1-T12