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...nds from Texas into Louisiana and contains many major oil fields (Fig. 1) (Pitman et al., 2020). It remains an active exploration target onshore Gulf Coast s ...om 423 to 2,353 MMBNGL (see Table 1 for details of each Assessment Units) (Pitman et al., 2020).

...al-marine at the leading edge of the marine transgression <ref name=Pitman>Pitman, J. K., et al., 2020, Assessment of undiscovered oil and gas resources in t ...rces in the Austin Chalk and related units in Texas and Louisiana<ref name=Pitman />.]]

...produced waters chemistry<ref name=Engle>Engle, M. A., C. A. Doolan, J. A. Pitman, M. S. Varonka, J. Chenault, W. H. Orem, P. B. McMahon, A. M. and Jubb, 202

* [[Fracture]] (Pittman<ref name=Pittman>Pitman, E. D., 1979, Porosity, diagenesis, and productive capability of sandstone

...lationship between [[fracture]] occurrence and lithology<ref name=pt06r100>Pitman, J. K., and E. S. Sprunt, 1986, [http://archives.datapages.com/data/specpub

...en Middle Member along with thin-section substantiation.<ref name=Ptmn2001>Pitman, J. K., L. C. Price, and J. A. LeFever, 2001, Diagenesis and fracture devel ...This was also shown by the carbon isotopic analysis of calcite cements, by Pitman et al.,<ref name=Ptmn2001 /> that were shown to be derived from marine carb

...us resource the USGS has assessed<ref>Gaswirth, S. B., K. L. French, J. K. Pitman, K. R. Marra, T. J. Mercier, H. M. Leathers-Miller, C. J. Schenk, et al., 2