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ESR 1974-08

Coal resources, Hussar Hanna area, Alberta

The coal resources of the Hussar-Hanna area, which lies between longitudes 111 & #176; 15'' and 113 degrees 30'' west and latitudes 50 degrees 45'' and 52 degrees north, were examined chiefly by means of shallow testholes spaced at 2-mile ... Show Abstract

Campbell, J.D.  1974-01-01

ESR 2007-04

Ardley Coal Zone Characterization and Coal-Sandstone Channels Architecture in Pembina Block

A major area of economic interest motivated the study of Ardley coal zone characterization and coal-sandstone channels architecture in the Pembina Block. The economic importance of the coalbed methane (CBM) exploration and development in the Ardley ... Show Abstract

Pana, C.  2007-03-01

ESR 2003-04

Chemical and Physical Hydrogeology of Coal, Mixed Coal-Sandstone and Sandstone Aquifers from Coal-Bearing Formations in the Alberta Plains Region, Alberta

Natural gas from coal (NGC) exploration in Alberta is increasing as new technology and economic factors combine to enhance the attractiveness of this unconventional gas resource. Ongoing research to asses the effect of NGC production on water ... Show Abstract

Lemay, T.G.  2003-09-01

ESR 1961-04

Groundwater Resources Pembina Area, Alberta

Nearly 60 per cent of the water utilized for secondary recovery operations in the Pembina oil field is obtained from the Paskapoo formation. The apparent transmissibility of the Paskapoo formation is variable; however, in only a few isolated areas ... Show Abstract

Farvolden, R.N.  1961-01-01

ESR 1967-01

Ardley Coal Zone in the Alberta Plains: Central Red Deer River Area

Ardley Coal Zone in the Alberta Plains: Central Red Deer River Area The Ardley, the first coaly zone above the Kneehills Member (Lower Edmonton Formation, sensu Sternberg) is believed to extend from Three Hills in central Alberta northwestward ... Show Abstract

Campbell, J.D.  1967-01-01

BUL 066

Geostatistical Rendering of the Architecture of Hydrostratigraphic Units within the Paskapoo Formation, Central Alberta

Geostatistical Rendering of the Architecture of Hydrostratigraphic Units within the Paskapoo Formation, Central Alberta The Paskapoo Formation is one of the largest and most intensely used bedrock aquifer systems in Alberta, yet little is known ... Show Abstract

Lyster, S.  Andriashek, L.D.  2012-08-03

ESR 1969-01

Groundwater Chemistry and Hydrology of the Handhills Lake Area, Alberta

The Edmonton Formation, a series of alternating lenticular beds of argillaceous sandstone, shale, and coal which immediately overlies the Bearpaw Formation, is found throughout most of the area and forms the greater part of the framework through ... Show Abstract

Vandenberg, A.  Lennox, D.H.  1969-01-01

DIG 2015-0011

Sylvan Lake Sub-Basin Hydrostratigraphic Model - Distribution of greater than or equal to 0.60 Net-to-Gross Sandstone Values Within the Paskapoo Formation - Middle Composite Slice, Central Alberta (GIS data, polygon features)

Sylvan Lake Sub-Basin Hydrostratigraphic Model - Distribution of greater than or equal to 0.60 Net-to-Gross Sandstone Values Within the Paskapoo Formation - Middle Composite Slice, Central Alberta (GIS data, polygon features) The zonated Paskapoo ... Show Abstract

Atkinson, L.A.  Glombick, P.M.  2015-08-06

DIG 2015-0012

Sylvan Lake Sub-Basin Hydrostratigraphic Model - Distribution of greater than or equal to 0.60 Net-to-Gross Sandstone Values Within the Paskapoo Formation - Upper Composite Slice, Central Alberta (GIS data, polygon features)

Sylvan Lake Sub-Basin Hydrostratigraphic Model - Distribution of greater than or equal to 0.60 Net-to-Gross Sandstone Values Within the Paskapoo Formation - Upper Composite Slice, Central Alberta (GIS data, polygon features) The zonated Paskapoo ... Show Abstract

Atkinson, L.A.  Glombick, P.M.  2015-08-06

DIG 2015-0015

Sylvan Lake Sub-Basin Hydrostratigraphic Model - Top of the Lea Park Formation, Central Alberta (Gridded data, ASCII format)

Sylvan Lake Sub-Basin Hydrostratigraphic Model - Top of the Lea Park Formation, Central Alberta (Gridded data, ASCII format) Bedrock units included in the Sylvan Lake sub-basin model are derived from the Geological Framework of Alberta, a regional ... Show Abstract

Atkinson, L.A.  MacCormack, K.E.  2015-08-06