Authors
Kevin W Stafford, Dana Ulmer-Scholle, Laura Rosales-Lagarde
Publication date
2008/9
Journal
Carbonates and Evaporites
Volume
23
Pages
89-103
Publisher
Springer Netherlands
Description
Evaporite calcitization within the Castile Formation of the Delaware Basin is more widespread and diverse than originally recognized. Coupled field and GIS studies have identified more than 1000 individual occurrences of calcitization within the Castile Formation outcrop area, which includes both calcitized masses (limestone buttes) and laterally extensive calcitized horizons (limestone sheets). Both limestone buttes and sheets commonly contain a central brecciated zone that we attribute to hypogene dissolution. Lithologic fabric of calcitized zones ranges from little alteration of original varved laminae to fabries showing extensive laminae distortion as well as extensive vuggy and open cavernous porosity. Calcitization is most abundant in the western portion of the Castile outcrop region where surface denudation has been greatest. Calcitization often forms linear trends, indicating fluid migration along …
Total citations
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Scholar articles
KW Stafford, D Ulmer-Scholle, L Rosales-Lagarde - Carbonates and Evaporites, 2008