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New Insights into Stratigraphic Architecture of the Cretaceous Straight Cliffs Formation, Utah

This research by Cari Johnson from the University of Utah explores the intricate stratigraphic architecture between marine and nonmarine facies in the Cretaceous Straight Cliffs Formation. Through regional correlation, we identify complex relationships that transcend conventional sequence stratigraphic models. The findings enhance our understanding of fluvial systems' time-space evolution and lead to improved prediction and imaging of subsurface hydrocarbon reservoirs, ultimately refining depositional models for enhanced reservoir prediction.

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New Insights into Stratigraphic Architecture of the Cretaceous Straight Cliffs Formation, Utah

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  1. Controls on marginal marine and nonmarine stratigraphic architecture: New constraints from the Cretaceous Straight Cliffs Formation, Utah Cari Johnson, University of Utah Regional correlation of marine to nonmarine facies reveals complex facies and reservoir architecture. Prevailing sequence stratigraphic models do not adequately describe these relationships or the primary controls on the time-space evolution of fluvial systems. Results lead to improved prediction and imaging of subsurface hydrocarbon reservoir analogs. Outcrop Characterization  Improved Depositional Models  Reservoir Prediction Reservoir Prediction

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