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ISSN 0149-1423
EISSN 1558-9153
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AAPG Bulletin June 15, 2019, Vol.103, 1265-1296. doi:10.1306/11151817334
AAPG Bulletin June 15, 2019, Vol.103, 1297-1319. doi:10.1306/11151817226
AAPG Bulletin June 15, 2019, Vol.103, 1321-1350. doi:10.1306/10261817348
AAPG Bulletin June 15, 2019, Vol.103, 1351-1381. doi:10.1306/1115181617017043
AAPG Bulletin June 15, 2019, Vol.103, 1383-1400. doi:10.1306/12131818054
AAPG Bulletin June 15, 2019, Vol.103, 1401-1442. doi:10.1306/11151817369
AAPG Bulletin June 15, 2019, Vol.103, 1443-1472. doi:10.1306/11151817276
AAPG Bulletin June 15, 2019, Vol.103, 1473-1492. doi:10.1306/12131817231
AAPG Bulletin June 15, 2019, Vol.103, 1493-1523. doi:10.1306/11211816511
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    Cover Image

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    ON COVER – Final stages of progradation of the Cariatiz Messinian reefs in the Sorbas Basin (Almeria, southeastern Spain). Some of the megaporosity observed in this panoramic view is interpreted as flank margin caves related to freshwater diagenesis (i.e., coastal karst processes). Hydrocarbon pore volume in karst can be significant in carbonate reservoirs. The paper by Fernandez-Ibanez et al. (AAPG Bulletin, v.103, no.5, p. 1111–1131) presents a workflow for characterizing and modeling karst in the subsurface. Photo provided by Fermin Fernandez-Ibanez.

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