The principal models in vogue today for dolomitization are the mixing zone and the sabkha
models. Despite the wide acceptance of these models, there has been little critical …

Dolomite Reservoirs: Geochemical Techniques for Evaluating Origin and Distribution was
written to address the need for a short, clear text that explains commonly used inorganic …

This chapter focuses almost exclusively on marine evaporites and in particular on how the
chemistry of seawater is reflected in the mineralogy and facies distribution of deposits in …

Abstract δD and δ 18 O values have been determined for fluid inclusions in 45 samples of
Permian halite. The inclusions are enriched in 18 O relative to the meteoric water line but …

Data collected from a series of high-temperature dolomitization experiments in which
dolomite replaces calcite in Mg–Ca–Cl solutions indicate that dolomite composition (mol …

A suite of formation-water samples from Silurian-Devonian reservoirs in the Illinois basin has
been analyzed for major, minor and trace element concentrations and for H, O and Sr …

Abstract Isotopic measurements (Sr, O, D) on formation waters from the Alberta Basin have
been made, covering a stratigraphic range from Devonian to Upper Cretaceous. These …

Abstract The Lower Ordovician Upper Knox Group is characterized by shallowing-upward
peritidal cycles that are extensively dolomitized to form massive dolomite. Most (85%) …

Stable isotopes of H and O and chemical analyses of formation waters from Upper
Triassic/Jurassic clastic reservoirs and Cretaceous carbonate reservoirs offshore Norway …

The Coorong Region of South Australia is a classic location for the study of modern dolomite
formation. A number of ephemeral lakes here contain dolomite, whilst other lakes in close …