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ESR 2002-04

Hydrogeology and Stress Regime of the Upper Cretaceous-Tertiary Coal-Bearing Strata in Alberta

The flow of formation waters in these strata is driven by gravity (topography) and erosional rebound, and is controlled by rock absolute permeability, gas generation and capillary pressure to gas (relative permeability). The gas content of the coal ... Show Abstract

Bachu, S.  Michael, K.  2002-10-01

SPE 103

Diamond Potential in Alberta: Distribution of Kimberlite and Kimberlite Indicator Mineral Clusters

Diamond Potential in Alberta: Distribution of Kimberlite and Kimberlite Indicator Mineral Clusters The specific purpose of this report was to provide geoscience information on Alberta's diamond potential to help guide land-use planning. Two known ... Show Abstract

Banas, A.  Eccles, D.R.  Dufresne, M.B.  2016-07-20

DIG 2016-0044

Relative Landslide Susceptibility Model of the Alberta Plains and Shield Regions (gridded data, geotiff format)

Abstract: This raster dataset is a 90m grid used for producing the Landslide Susceptibility Model of the Alberta Plains and Shield Regions, Alberta Geological Survey Map 605. It represents the degree to which terrain can be affected by landslides based on a statistical procedure that establishes the relationship between the spatial distribution of past landslides, and predisposing geological, topographic and climatic factors. The model results portray the spatial distribution of landslide susceptibility across the Alberta Plains as a relative ranking from low to high. It is intended to be used for educational purposes and regional-scale planning initiatives. Importantly, it does not evaluate the probability of landslide occurrence over any specific period of time, nor does it evaluate the magnitude or impact of any potential landslide activity. Consequently, the model results should not be interpreted for the purpose of site-specific landslide identification, landslide activity assessment, or landslide hazard appraisal. The prediction of landslide susceptibility has been performed across the Alberta portion of the Interior Plains and Canadian Shield. The evaluation methodology does not assess the effect of significantly folded and faulted bedrock structure, and therefore does not include the mountains and foothills physiographic regions, where bedrock structure is the main geologic control on landslide susceptibility. While bedrock structure within the Shield is complex, it is not considered a significant geologic control on landslide susceptibility due to the high strength of bedrock in that region; therefore, the Shield has been included in the model.  Place Keywords 72e 72f 72j 72k 72l 72m 73d 73e 73l 73m 74d 74e 74l 74m 82g 82h 82i 82j 82n 82o 82p 83a 83b 83c 83d 83e 83f 83g 83h 83i 83j 83k 83l 83m 83n 83o 83p 84a 84b 84c 84d 84e 84f 84g 84h 84i 84j 84k 84l 84m 84n Theme Keywords geology geomorphology land use planning landslide susceptibility raster grid

Pawley, S.  Hartman, G.M.D.  Chao, D.K.  2016-12-15

SPE 102

Limestone and Dolomite Prospects for Industrial Use in the Alberta Foothills and Front Ranges

Limestone and Dolomite Prospects for Industrial Use in the Alberta Foothills and Front Ranges The specific purpose of this report was to provide geoscience information on limestone and dolomite prospects to help guide land use planning ... Show Abstract

Krueger, K.  Kluczny, P.  Dahrouge, J.R.  2016-07-20

MAP 032

Uppermost Cretaceous and Tertiary Strata of Central and Southern Alberta

The mapped formations are, from youngest to oldest: St. Mary River, Edmonton, Eastend, Willow Creek, Paskapoo, Ravenscrag, Porcupine Hills, Cypress Hills and Handhills. Place Keywords alberta canada 72e 72l 72m 73d 73e 72l 73m 82g 82h 82i 82j 82n ... Show Abstract

Carrigy, M.A.  1971-01-01

DIG 2016-0040

Compilation of In Situ Stress Data from Alberta and Northeastern British Columbia (tabular data, tab delimited)

Understanding the state of stress in the subsurface has always been important in the development of energy resources. The recent development of unconventional oil sand and low permeability hydrocarbon deposits, waste fluid disposal, greenhouse gas ... Show Abstract

Haug, K.  Bell, J.S.  2016-08-09

OFR 2017-02

Hydrocarbon Resource Potential of the Duvernay Formation in Alberta - Update

The 2012 assessment of the Duvernay Formation included only the very earliest test wells in the Duvernay and therefore made many assumptions about rock properties, water saturation, fluid distributions, and pressure and temperature regimes. New ... Show Abstract

Lyster, S.  Corlett, H.  Berhane, H.  2017-07-20

OFR 2017-01

U-Pb Detrital Zircon Geochronology of the Jurassic through Lower Cretaceous Strata of the Rocky Mountains, Southwestern Alberta

U-Pb Detrital Zircon Geochronology of the Jurassic through Lower Cretaceous Strata of the Rocky Mountains, Southwestern Alberta U-Pb detrital zircon geochronology from Lower Jurassic to Lower Cretaceous strata of the southern Canadian Rocky ... Show Abstract

Pana, D.I.  Poulton, T.P.  DuFrane, A.  2017-09-27

SPE 108

Petrographic Analysis of Selected Alberta Strata (Cardium, Viking, Banff, Exshaw, Duvernay, Slave Point)

Petrographic Analysis of Selected Alberta Strata (Cardium, Viking, Banff, Exshaw, Duvernay, Slave Point) Sixty-five thin sections were sent to Trican Geological Solutions Ltd. for description and photographs according to specific criteria outlined ... Show Abstract

Anderson, S.D.A.  Rokosh, C.D.  Pawlowicz, J.G.   2017-09-28

OFR 2017-07

First-Order Groundwater Availability Assessment for Central Alberta

First-Order Groundwater Availability Assessment for Central Alberta The aquifer-yield continuum classifies groundwater yield along a spectrum that helps define total groundwater availability and is bound by two extremes: non-use and maximum ... Show Abstract

Klassen, J.  Smerdon, B.D.  2018-02-14

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