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Environmental Assessment – St. Mary River Irrigation District Chin Reservoir Expansion Project - Environmental Impact Assessment (EIA) and application for approval

Description

Environmental Impact Assessment and associated applications pertaining to the proposed St. Mary Irrigation District Chin Reservoir Expansion Project. Chin Reservoir is an off-stream storage... More ≫

Description

Environmental Impact Assessment and associated applications pertaining to the proposed St. Mary 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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Proponent-led Indigenous consultation : information sharing and exploring concerns for forestry planning & operations

Description

The Ministry of Forestry and Parks is supplementing the Government of Alberta’s Proponent Guide to First Nations and Metis Settlements Consultation Procedures to provide proponents further... More ≫

Description

The Ministry of Forestry and Parks is supplementing the Government of Alberta’s Proponent Guide to First Nations and Metis Settlements Consultation Procedures to provide proponents further guidance and direction when consulting on plans and/or activities requiring approvals under the Forests Act (FA) and Forest and Prairie Protection Act (FPPA), and/or associated policies and regulations. This document is in alignment with The Government of Alberta's policy on consultation with First Nations on land and natural resource management, 2013 and associated 2014 Guidelines, and The Government of Alberta's policy on consultation with Metis settlements on land and natural resource management, 2015 and associated 2016 Guidelines.

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Water and Wastewater Operator Certification Program strategic plan

Description

Each strategic plan in this record describes the mission and objectives of the water and wastewater operator certification program for the period indicated.

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Forest management agreement : Millar Western Forest Products Ltd.

Description

Represents the Forest Management Agreement (FMA) signed between the Crown and Millar Western Forest Products Ltd. An FMA provides the company with rights to harvest and reforest trees on Crown... More ≫

Description

Represents the Forest Management Agreement (FMA) signed between the Crown and Millar Western Forest Products Ltd. An FMA provides the company with rights to harvest and reforest trees on Crown land, and ensures activities are carried out in a sustainable manner. The Agreement duration is from September 1, 2012 to April 30, 2033. This FMA was assigned from West Fraser to Millar Western effective April 20, 2024. The original agreement commenced on November 15, 1990.

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راهنمای فرصت آلبرتا [Farsi]

Description

The Opportunity Alberta Guide provides information about moving to Alberta for a short time and ways of making the province your home. NOTE: This document is also available in 14 different languages.

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Testing debitage typologies with statistical analysis : experimental inferences upon archaeological material from FaPx-1, a sub-alpine hunting camp in the Alberta Rockies

Description

Stone production debris (debitage) is the most common artifact type found at archaeological sites in North America. A significant time investment is required to catalogue debitage from large... More ≫

Description

Stone production debris (debitage) is the most common artifact type found at archaeological sites in North America. A significant time investment is required to catalogue debitage from large assemblages. Conventional thought holds that, because lithic tool manufacture is reductive, the attributes of flake size and cortex amount will decrease throughout production while dorsal flake scars increase. Dorsal scar count is an attribute commonly used to infer trends in an assemblage; however, the statistical significance of dorsal scars as a measure of the stage of lithic tool production has not been addressed adequately. Cortex amount is also used to deduce lithic reduction stages; however, the author argues that this may not represent behavioral patterns as meaningfully as platform morphology.

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