Publications

Environmental Assessment - St. Mary River Irrigation District Chin Reservoir Expansion Project

Description

Environmental assessment registry documents pertaining to the proposed St. Mary River Irrigation District Chin Reservoir Expansion project. Chin Reservoir is an off-stream storage reservoir that... More ≫

Description

Environmental assessment registry documents pertaining to the proposed St. Mary River Irrigation District Chin Reservoir Expansion project. Chin Reservoir is an off-stream storage reservoir that is located roughly in the middle of St. Mary River Irrigation District (SMRID) irrigation network, approximately 30 kilometers (km) east of Lethbridge and 15 km south of Taber. The Chin Reservoir Expansion Project (the Project) involves the construction of a new dam which would result in a larger reservoir. The new dam would be approximately 40 meters (m) in height and is expected to inundate (flood) approximately 650 hectares (ha) of privately held land within Chin Coulee. For more information on the environmental assessment process visit ea.alberta.ca.

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Environmental Assessment - Eastern Irrigation District Snake Lake Reservoir Expansion Project

Description

Environmental assessment registry documents pertaining to the proposed expansion to Eastern Irrigation District's Snake Lake Reservoir. The proposal is to expand the existing reservoir by 780... More ≫

Description

Environmental assessment registry documents pertaining to the proposed expansion to Eastern Irrigation District's Snake Lake Reservoir. The proposal is to expand the existing reservoir by 780 hectares to a total area of 1,100 ha and water capacity would increase by 68 million m3 to 86 million m3. For more information on the environmental assessment process visit ea.alberta.ca.

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Rocky Creek bull trout cumulative effects model and threat summary

Description

Alberta's fisheries cumulative effects modelling approach (Joe model) was used to assess the threats to bull trout in four Clearwater River watersheds (Rocky, Elk, Cutoff and Limestone creeks).... More ≫

Description

Alberta's fisheries cumulative effects modelling approach (Joe model) was used to assess the threats to bull trout in four Clearwater River watersheds (Rocky, Elk, Cutoff and Limestone creeks). The bull trout Joe model is a semi-quantitative cumulative effects model that combines 18 different threats and was populated with data specific for each of the four watersheds. This report documents the rationale for the relationship between the modelled stressors and predicted bull trout system capacity (stressor-response curves), describes the data used to populate the stressor input values, and provides a short summary of stressors and model outputs for each of the four study watersheds.

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Geospatial science support and activities for environmental monitoring, evaluation and reporting in the oil sands area : summary of user needs

Description

This report is a workshop summary of the Oil Sands Monitoring Program's requirements for geospatial science needs.

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Environmental Assessment - Stone Creek Resorts Inc. Gondola Project

Description

Environmental assessment registry documents pertaining to the proposed Stone Creek Resorts Inc. Gondola project. The proposal is to construct and operate an aerial passenger ropeway system along... More ≫

Description

Environmental assessment registry documents pertaining to the proposed Stone Creek Resorts Inc. Gondola project. The proposal is to construct and operate an aerial passenger ropeway system along with a day lodge, trail networks, viewing platforms, suspension bridge and associated utility services infrastructure as part of the Silvertip Integrated Village Resort. The proposed passenger aerial gondola would connect the base area of the Silvertip Resort to an upper terminal on the summit ridge of Mount Lady MacDonald, via a mid-station integrated with the Silvertip Resort Village. For more information on the environmental assessment process visit ea.alberta.ca.

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Alberta vegetation inventory standards. Version 2.1.5

Description

The Alberta Vegetation Inventory (AVI) is a standardized digital forest inventory product that is used to spatially identify the type, extent and condition of forest vegetation. The AVI is also a... More ≫

Description

The Alberta Vegetation Inventory (AVI) is a standardized digital forest inventory product that is used to spatially identify the type, extent and condition of forest vegetation. The AVI is also a detailed, spatially-explicit standard to assist in the decision-making process for forest management planning, wildfire management, wildlife habitat classification, ecological classification and integrated resource management activities. The establishment of AVI standards helps ensure data quality, consistency, and compatibility with Government of Alberta forest inventory database architecture, as the responsibility to acquire AVI data is shared between forest management agreement holders and the Province.

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Hybrid cadastre standards : frequently asked questions (v3.0)

Description

This resource provides answers to some of the frequently-asked questions about Version 3 of the Hybrid Cadastre Standards.

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Quantification protocol for vent gas reduction : technology innovation and emissions reduction (TIER) regulation

Description

This quantification protocol is written for the oil and gas industry where methane that is normally vented is capture and either conserved or combusted to reduce greenhouse gas emissions. The... More ≫

Description

This quantification protocol is written for the oil and gas industry where methane that is normally vented is capture and either conserved or combusted to reduce greenhouse gas emissions. The protocol provides a methodology to quantify the greenhouse gas emission reductions from capturing vented methane. Since methane has a much higher global warming potential than carbon dioxide this protocol has the potential to enable project developers to achieve significant reductions and generate emission offsets.

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Directive for the assessment of non-saline groundwater in direct contact with bitumen for in situ operations

Description

This directive outlines the groundwater monitoring requirements to address when non-saline groundwater is in direct contact with the bitumen resource. It was developed to ensure that appropriate... More ≫

Description

This directive outlines the groundwater monitoring requirements to address when non-saline groundwater is in direct contact with the bitumen resource. It was developed to ensure that appropriate monitoring and management occurs through the development and implementation of site-specific project assessments and groundwater monitoring programs for in situ operations.

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Factsheet on the directive for monitoring the impact of sulphur dust on soils

Description

This fact sheet serves as a companion publication to the Directive for Monitoring the Impact of Sulphur Dust on Soils (2015) to support implementation of the Directive, as amended. It may be... More ≫

Description

This fact sheet serves as a companion publication to the Directive for Monitoring the Impact of Sulphur Dust on Soils (2015) to support implementation of the Directive, as amended. It may be periodically updated.

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