 The objective of this research was to utilize integrated geomechanics, field vertical seismic profile, VSP, and micro-seismic data to characterize the complex subsurface stress conditions at the farnsworth unit, FWU. A five-spot sector model was extracted from a primary geomechanical model. This model was used to facilitate the detailed examination of stress changes and micro-seismic event occurrences. Field VSP and micro-seismic data were then collected to provide snapshots of the behavior of the reservoir at different times. Additionally, VSP and micro-seismic data were used to identify rocks that had undergone inelastic failure. Finally, micro-seismic activity was detected at the FWU, which was used to deduce the nature of the changing stress state. The results of the study revealed that micro-seismic events were successfully modeled within the Morrow-B formation. Furthermore, the moment magnitudes of seismic events were found to be consistent with those observed in the reservoir, indicating the suitability of the model. The study also showed that the computed moment magnitudes for seismic events were insignificant to warrant safety concerns. This article was authored by Samuel Apia Achampong, William Empoma, Don Lee, and others. We are article.tv, links in the description below.