Title Page
Don Bebout, Graham Davies, Clyde H. Moore, Peter S. Scholle, Norman C. Wardlaw
The Utilization of the Depositional Model Strategy for the Prediction of Favorable Reservoir Trends in Carbonate Rock Sequences: Part I
Don Bebout, Graham Davies, Clyde H. Moore, Peter S. Scholle, Norman C. Wardlaw
The Fate of Primary Carbonate Porosity During and After Burial-Diagenetic Constraints on the Depositional Model Strategy: Part II
Don Bebout, Graham Davies, Clyde H. Moore, Peter S. Scholle, Norman C. Wardlaw
Pore System Evolution in a Cretaceous Carbonate Beach Sequence
Clyde H. Moore Jr., James M. Smitherman, Stephen H. Allen
The Walker Creek Field: A Smackover Diagenetic Trap
Jack W. Becher , Clyde H. Moore
The Evolution of Carbonate Porosity in a Diagenetic-Environment Framework: Part III
Don Bebout, Graham Davies, Clyde H. Moore, Peter S. Scholle, Norman C. Wardlaw
The Natural History of Crystalline Calcium Carbonate: Effect of Magnesium Content and Salinity
Robert L. Folk
Secondary Carbonate Porosity
D. G. Bebout
Porosity Distribution in the Stuart City Trend, Lower Cretaceous, South Texas
D. G. Bebout , R. A. Schatzinger , R. G. Loucks
Secondary Carbonate Porosity as Related to Early Tertiary Depositional Facies, Zelten Field, Libya
D. G. Bebout , Charles Pendexter
Relationship of Porosity Formation and Preservation to Sandstone Consolidation History--Gulf Coast Lower Tertiary Frio Formation
R. G. Loucks, D. G. Bebout, W. E. Galloway
Secondary Carbonate Porosity: Summary
D. G. Bebout
Dolomite Reservoir Rocks: Processes, Controls, Porosity Development
Graham R. Davies
Porosity Prediction in Shallow Versus Deep Water Limestones- Primary Porosity Preservation Under Burial Conditions
(Title Page)
Peter A. Scholle
Porosity Prediction in Shallow Versus Deep Water Limestones- Primary Porosity Preservation Under Burial Conditions
Peter A. Scholle
Pore Systems in Carbonate Rocks and their Influence on Hydrocarbon Recovery Efficiency
(Title Page)
Norman C. Wardlaw
Pore Systems in Carbonate Rocks and their Influence on Hydrocarbon Recovery Efficiency
Norman C. Wardlaw
