Earth's biogeochemical cycle of carbon delivers both limestones and organic materials to
the crust. In numerous, biologically catalysed redox reactions, hydrogen, sulphur, iron, and …

This review covers the early diagenesis of the various types of deep-sea sediments. It uses
pore-water profiles as a sensitive tool to gain insight in diagenetic processes, to depict the …

The spatial and temporal distribution of diagenetic alterations in siliciclastic sequences is
controlled by a complex array of interrelated parameters that prevail during eodiagenesis …

Three macroscopic diagenetic features can be recognized in the sandstones of the Upper
Cretaceous Desert Member of the Blackhawk Formation and Castlegate Sandstone of the …

Sequence stratigraphy is a useful tool for the prediction of primary (depositional) porosity
and permeability. However, these primary characteristics are modified to variable extents by …

Septarian carbonate concretions contain carbonate precipitated during progressive growth
of the concretion and subsequent fracture-filling. As such, they have been used to track …

Linking siliciclastic diagenesis to sequence stratigraphy allows a better understanding of the
parameters controlling the spatial and temporal distribution of diagenetic alterations, and …

The distribution of diagenetic alterations in the fluvial, deltaic and shallow marine, arkosic to
subarkosic sandstones (average Q72F26L02) of the Mullaghmore Formation …

Precipitation of extensive calcite cement during burial diagenesis can strongly modify the
depositional permeability of a sandstone reservoir and affect fluid flow during production. To …

Carbonate-δ18O paleothermometry is used in many diagenetic studies to unravel the
thermal history of basins. However, this approach generally requires an assumed pore …