Structural diagenesis research is an intriguing area of study that merges the fields of structural geology and diagenesis. This research focuses on understanding how the physical and chemical changes that sedimentary rocks undergo after their deposition (diagenesis) interact with and are influenced by the rock's structure and deformation.

Key areas of focus in structural diagenesis include:

Interplay Between Diagenesis and Rock Deformation: Researchers study how diagenetic processes like mineral replacement, dissolution, and cementation are affected by the rock's structural features such as folds, faults, and fractures.

Impact on Reservoir Quality: In the context of hydrocarbon reservoirs or groundwater aquifers, understanding structural diagenesis is crucial for predicting the porosity, permeability, and overall quality of these reservoirs.

Influence of Stress and Fluid Flow: The research also explores how the stress regime and fluid flow within the Earth's crust influence diagenetic processes, and vice versa.

The ultimate goal of structural diagenesis research is to better understand the history and evolution of sedimentary basins and to improve the exploration and management of natural resources like oil, gas, and water.