The purpose of this study was to examine the well-log character of the Woodford Shale in portions of Logan Co., Oklahoma and define an algorithm for mapping the unit. Well-logs were examined. Structural geologic maps and isopach maps were created, based on the well-log data. Relationships among the well-logs were studied and cataloged. Variation within the Woodford Shale was determined, to give information concerning the structure and topography of the units bounding the formation. Defining categories for the types and characters of the Woodford stratagraphic boundaries allowed a methodology be derived to make mapping the unit more effective in the search for reservoirs and traps.Boone Pickens School of Geolog
The Rush Springs Sandstone (Permian/Guadalupian) of western Oklahoma has traditionally been interpre...
The Woodford Shale is a prolific hydrocarbon producing formation in Oklahoma. It is a silica and TOC...
This investigation of the Woodford Shale was prompted by observed variations in depositional and dia...
This work presents a detailed rock-based and stratigraphic documentation of an unpublished and recen...
Understanding the mechanisms under which shales deform is fundamental to improving exploration succe...
The focus of this study is the characterization of natural fracture systems in the Devonian/Lower Mi...
Geochemical analyses of the Late Devonian-Early Mississippian Woodford Shale have revealed a more dy...
A road-cut exposure located on the southern flank of the Arbuckle anticline along the Interstate-35 ...
A geologic characterization of the Woodford Shale in the Marietta Basin has never been published due...
Thesis (M.S.)--University of Oklahoma, 2009.Includes bibliographical references (leaves 74-80).The W...
Application of seismic techniques in exploration of mudrocks is limited due to the lack of well-deve...
M.S--University of Oklahoma, 2015.Includes bibliographical references (leaves 162-182)
The Ordovician - Devonian Hunton Group is an important carbonate reservoir in central Oklahoma. The ...
The Woodford Shale is probably the most prolific source rock in the Anadarko Basin and Cherokee Plat...
The Caney Shale is an organic-rich, dark fissile shale of late Mississippian age with localized phos...
The Rush Springs Sandstone (Permian/Guadalupian) of western Oklahoma has traditionally been interpre...
The Woodford Shale is a prolific hydrocarbon producing formation in Oklahoma. It is a silica and TOC...
This investigation of the Woodford Shale was prompted by observed variations in depositional and dia...
This work presents a detailed rock-based and stratigraphic documentation of an unpublished and recen...
Understanding the mechanisms under which shales deform is fundamental to improving exploration succe...
The focus of this study is the characterization of natural fracture systems in the Devonian/Lower Mi...
Geochemical analyses of the Late Devonian-Early Mississippian Woodford Shale have revealed a more dy...
A road-cut exposure located on the southern flank of the Arbuckle anticline along the Interstate-35 ...
A geologic characterization of the Woodford Shale in the Marietta Basin has never been published due...
Thesis (M.S.)--University of Oklahoma, 2009.Includes bibliographical references (leaves 74-80).The W...
Application of seismic techniques in exploration of mudrocks is limited due to the lack of well-deve...
M.S--University of Oklahoma, 2015.Includes bibliographical references (leaves 162-182)
The Ordovician - Devonian Hunton Group is an important carbonate reservoir in central Oklahoma. The ...
The Woodford Shale is probably the most prolific source rock in the Anadarko Basin and Cherokee Plat...
The Caney Shale is an organic-rich, dark fissile shale of late Mississippian age with localized phos...
The Rush Springs Sandstone (Permian/Guadalupian) of western Oklahoma has traditionally been interpre...
The Woodford Shale is a prolific hydrocarbon producing formation in Oklahoma. It is a silica and TOC...
This investigation of the Woodford Shale was prompted by observed variations in depositional and dia...