The primary purpose of stratigraphic modeling in sedimentary basins is to predict the distribution of siliciclastic and carbonate lithologies. This is especially important ....

Mathematical basin analysis models are mathematical representations of physical processes that occur in sedimentary basins. These models are used to simulate the behavior of sedimentary systems, including the transport, deposition, and erosion of sediment, and to predict the distribution and character of sedimentary rocks. Introduction To Mathematical Basin Analysis Models …

Basin histories and properties are the geological characteristics and evolutionary processes that shape sedimentary basins. Understanding the history and properties of a basin is important for predicting the distribution and quality of hydrocarbon reservoirs and for developing exploration and production strategies. Time and Events in Basin History Even though it …

There are two general exploration situations that influence prospect generation. The first situation involves frontier, or less mature basins, where the presence of hydrocarbons ...

Stratigraphy now incorporates many topics normally assigned to other subdisciplines within the earth sciences, and we are in the midst of an evolution of stratigraphic analysis termed quantitative dynamic stratigraphy. In quantitative dynamic stratigraphy (QDS) ...

Maturation processes refer to the natural physical and chemical changes that occur in organic matter over time as it is buried deeper and subjected to higher temperatures and pressures. These processes are important in petroleum geology because they can lead to the formation of hydrocarbons (oil and gas) from organic-rich …

Source rocks are rocks that contain sufficient organic material to create hydrocarbons when subjected to heat and pressure over time. Source rocks ...

Geodynamic models are process/response models that estimate subsidence and heat flow histories of basins. We use these models to estimate values, like maturation levels or ...

Sedimentary basins form in response to tectonic processes, such as heating events and tectonic loading. These processes control the temporal and spatial evolution of subsidence. Changes in the shape of the basin as ...

As we explore for hydrocarbons we must ask ourselves many questions: Are hydrocarbon source rocks present? When were hydrocarbons generated?