Chapter 1 of this volume (Bodnar 2003a) introduced the subject of fluid inclusion research
and dealt with the various processes that lead to the entrapment of fluid inclusions. This …

The dolomites of the Jurassic Smackover Formation have been the subject of considerable
study in past decades, yet there is little agreement on the processes that produced these …

The feasibility of geologic CO 2 storage in deeply buried arkosic sandstones has been
tested using high-temperature, high-pressure short-term laboratory experiments and long …

Carbonates are suggested to dissolve rapidly than feldspars by laboratory experiments.
Petrography texture of selective dissolution of feldspars in the presence of carbonates …

A multidisciplinary study of the dolomitized bodies present among the Late Triassic to Late
Cretaceous carbonate deposits of the Monti Lattari belt (Southern Apennines of Italy) …

While several methods have been developed for assessing the magnitude of
postdepositional heating of sedimentary rocks, apatite fission track analysis (AFTA) can also …

Abstract The Tertiary‐Piedmont Basin (NW Italy) is an episutural basin that developed from
the late Eocene on the Alps–Apennines tectonic junction. Several coeval geodynamic …

This diagenetic study (including fieldwork, petrographic, fluid inclusion, and stable isotope
investigations) deals with the outcrop of Upper Permian–Lower Triassic carbonate rocks …

The starting point of the worldwide interest in “Diagenesis”—especially for carbonate rocks—
can be traced back to 1975, when R. Bathurst published the book entitled “Carbonate …

Burial dissolution of feldspar and carbonate minerals has been proposed to generate large
volumes of secondary pores in subsurface reservoirs. Secondary porosity due to feldspar …