Constructing subsurface models that accurately reproduce geological heterogeneity and
their associated uncertainty is critical to many geoscience and engineering applications. For …

High exploration costs resulting in sparse datasets and complicated geological structures in
deepwater depositional systems make the reservoir characterization extremely difficult. To …

Deepwater turbidite lobe reservoirs have massive hydrocarbon potential and represent one
of the most promising exploration targets for hydrocarbon industry. Key elements of turbidite …

Rule-based reservoir modeling methods integrate geological depositional process concepts
to generate reservoir models that capture realistic geologic features for improved subsurface …

Geologists and geophysicists often approach the study of the Earth using different and
complementary perspectives. To simplify, geologists like to define and study objects and …

Understanding submarine sediment conduits is a challenging yet rewarding task given its
applications in offshore industries and source-to-sink studies. Despite flow structure …

Constructing geologically accurate reservoir models of deep-water strata is challenging due
to the reliance on incomplete or limited resolution datasets. Connecting areas of high …

Surface-based modelling provides a computationally efficient approach for generating
geometrically realistic representations of heterogeneity in reservoir models. However …

High-resolution digital outcrop models of stacked deep-water channel elements are
constructed from the Laguna Figueroa section of the well-exposed Upper Cretaceous Tres …

Submarine fans in tectonically active continental-slope basins are targets of petroleum
exploration and production. These slope fans commonly comprise compensationally …