Structural interpretation plays a vital role in the exploration and development programs for hydrocarbon fields. Numerous methods have been developed for identifying geological features, such as faults and fractures, on seismic data. Seismic attributes represent one of such methods. The coherency attribute checks seismic traces in the lateral direction to measure the lateral continuity. Accordingly, wherever the presence of faults and/or fractures interrupts the lateral continuity of the seismic traces, the similarity of the seismic traces to their adjacent traces decreases, thereby reducing the coherency. In this work, we studied the coherency attribute, the corresponding rose diagram, and the variance attribute to conclude that the studied faults and fractures were mainly developed along a northwest – southeast trend.