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| Anastas, A. and Dobbin, J. |
Swan Hills Unit Build-Up and Platform: A Tale of Two
Reservoirs |
| Christensen. R., Barson D. and Bilous, D. |
“Getting-to-Know Brenda”:
Core From a Stratigraphic Trap in a Paleocene Debris-Flow Deposit, Outer
Moray Firth, UK North Sea |
| Davies, G., Boreen, T. and Smith Jr., L. |
Hydrothermal Dolomite and Leached Limestone Reservoirs: Representative
Core Fabrics and Facies |
| Dearborn, D., Kerman-Milne, M. and Leckie, D. |
Depositional Environments and Reservoir Characterization, Upper Saar,
Masila Block 14, Republic of Yemen |
| Dixon, J., Dietrich, J.R. and McNeil, D.H. |
Deltaic Deposition in the Upper Cretaceous and Tertiary Beaufort-Mackenzie
Basin, Northern Mainland Canada |
| Eliuk, L., and Prather, B. |
Baltimore Canyon Trough Mesozoic Carbonate Margin Cores, Offshore USA
Atlantic |
| Forster, C., |
Reservoir Facies of the Jurassic Buzzard Field, North Sea, United Kingdom |
| Kent, D.M. |
Application of Sequence Stratigraphy to Solve the Depositional History
of Quartz Arenite Reservoir Rocks in the Mississippian Carbonate Succession
of the Northern Williston Basin, Southeastern Saskatchewan |
| Kimball. E., Gingras, M., Pemberton, S.G. and Hoffman, G. |
Cores Demonstrating
the Depositional Environments of the McMurray Formation in the Northern
Most Activity of the Athabasca Oil Sands Area: Exploring
the World’s Largest Energy System |
| Kreis, L.K., Costa, A.L. and Osadetz, K.G. |
New Perspectives on the Hydrocarbon Potential of Bakken and Torquay Formations,
Southeastern Saskatchewan |
| Lake, J.H., Whittaker, S.G. and Kent, D.M. |
The Upper Devonian Duperow Formation of Southwestern Saskatchewan: An
Example of a Natural CO2 flood |
| Marchioni, D. and Potter. J. |
Evidence of Coal Composition and CBM Source Potential in Coal Cores |
| Marcil, J.S., Trobec, M. and Aguilera, R. |
Reservoir Characteristics,
Depositional Environments and Potential Oil/Gas Rates of Devonian and
Silurian Drilling Targets in the Gaspé Basin,
Quebec |
| Melvin, J., Sprague, R. and Heine, C.J. |
Diamictites to Eolianites: Carboniferous-Permian Climatic Change Seen
in Subsurface Cores from the Unayzah Formation, East-Central Saudi Arabia |
| Miller, R., Conway, M. and Sealey, W. |
Core Labs Specialty
Core Analytical Process - Unita Basin, Utah. The Complete Geological,
Petrophysical & Geomechanical Characterization
of a well in the Mesaverde Formation |
| Morrow, D.W. |
The Kotaneelee Gas
Field, Yukon Territory: An “HTD”-Type
Liard Basin Dolomite Play |
| Rahman, B. and Henderson, C.M. |
The
Nature and Significance of Erosion Surfaces in the Middle Triassic Doig
and Halfway Formations, WCSB |
| Ranger, M.J and Rottenfusser, B. |
Variable Formation
Water Resistivity (Rw) and Bitumen "Flushing" in
the Athabasca Oil Sands; Effect on Bitumen Assessment |
| Staniland, M., Ford, B. and Gatenby, W. |
Reservoir Geology of Abbey/Lacadena Milk River Equivalent Gas Field,
Saskatchewan |
| Visser, J.and Scott, D. |
An Early Tertiary Meteorite Impact Structure at Eagle Butte, Alberta |
| Wasser, G. |
A Comparison Of Meandering River Deposits From The Middle Belly River
And Horsefly With Recent Milk River Valley Deposits; Central And Southern
Alberta |
| Wierzbicki, R., Gillen, K., Ackermann, R., Harland, N., and
Eliuk, L. |
Interpretation of a Fractured Dolomite Core: Margaree F-70, Deep Panuke,
Nova Scotia, Canada |
