− | Predicting [[reservoir quality]] in carbonate rocks can be difficult because of the complexity of their pore systems. Applying a combination of concepts of depositional environment, diagenesis, and sequence stratigraphy increases the chances of predicting the quality of reservoir needed for a successful play. Sequence stratigraphic models are especially useful for modeling pore-space evolution and enhance prediction of the location and quality of potential carbonate reservoir rocks. | + | Predicting [[reservoir quality]] in carbonate rocks can be difficult because of the complexity of their pore systems. Applying a combination of concepts of [[Depositional environments|depositional environment]], [[diagenesis]], and [[sequence stratigraphy]] increases the chances of predicting the quality of reservoir needed for a successful play. Sequence stratigraphic models are especially useful for modeling pore-space evolution and enhance prediction of the location and quality of potential carbonate reservoir rocks. |