Figure F12. Resistivity-at-the-bit image showing all interpreted fractures. Fractures are separated into conductive (blue) and resistive (red) fractures. Tadpoles show fractures as dip direction with respect to north and dip (0°-90°). Deformation intensifies significantly at the frontal thrust zone (389-414 mbsf), a fractured interval also seen in Leg 131 Site 808 cores (559-574 mbsf), and the décollement zone (~950 mbsf). An interval of continuous strong borehole breakouts at ~270-530 mbsf coincides with log Unit 2 and brackets the frontal thrust zone. Fracture orientations are dominantly northeast-southwest (dip directions northwest-southeast) within the frontal thrust zone and 560-mbsf fractured interval, but are more variably oriented with depth. A north-south fracture orientation (east-west dip direction) is dominant within the décollement zone.

Figure F12. Resistivity-at-the-bit image showing all interpreted fractures. Fractures are separated into conductive (blue) and resistive (red) fractures. Tadpoles show fractures as dip direction with respect to north and dip (0°-90°). Deformation intensifies significantly at the frontal thrust zone (389-414 mbsf), a fractured interval also seen in Leg 131 Site 808 cores (559-574 mbsf), and the décollement zone (~950 mbsf). An interval of continuous strong borehole breakouts at ~270-530 mbsf coincides with log Unit 2 and brackets the frontal thrust zone. Fracture orientations are dominantly northeast-southwest (dip directions northwest-southeast) within the frontal thrust zone and 560-mbsf fractured interval, but are more variably oriented with depth. A north-south fracture orientation (east-west dip direction) is dominant within the décollement zone.