Figure F15. Bedding (A) dip and (B) strike from resistivity-at-the-bit image interpretation. Bedding strike is plotted so that the dip direction is 90° counterclockwise from the strike (right-hand rule). Bedding dips are predominantly shallow with a range of 0°-50°. Bedding interpretations are often absent from highly deformed zones (e.g., the frontal thrust zone) due to masking by a generally high resistivity signature within these zones (see Fig. F13, ). Bedding orientations appear to be random at depths shallower than the fractured interval at ~560 mbsf, but show a dominant northeast-southwest trend below this interval. There is a prominent north-south orientation with west-dipping beds around the décollement zone (~900-960 mbsf).

Figure F15. Bedding (A) dip and (B) strike from resistivity-at-the-bit image interpretation. Bedding strike is plotted so that the dip direction is 90° counterclockwise from the strike (right-hand rule). Bedding dips are predominantly shallow with a range of 0°-50°. Bedding interpretations are often absent from highly deformed zones (e.g., the frontal thrust zone) due to masking by a generally high resistivity signature within these zones (see Fig. F13). Bedding orientations appear to be random at depths shallower than the fractured interval at ~560 mbsf, but show a dominant northeast-southwest trend below this interval. There is a prominent north-south orientation with west-dipping beds around the décollement zone (~900-960 mbsf).