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Ecological sites and successional plant community types of the Peace River parkland subregion. Second approximation

Description

The Peace River Parkland Natural Subregion accounts for only 0.5 per cent of the province and is characterized by gently rolling cultivated plains and steep south-facing grassy and forested slopes... More ≫

Description

The Peace River Parkland Natural Subregion accounts for only 0.5 per cent of the province and is characterized by gently rolling cultivated plains and steep south-facing grassy and forested slopes along the Peace River and its tributaries. Vegetation is a mosaic and dominated by forests of aspen and white spruce, wetlands and small remnant grasslands on the uplands, and dry grasslands and aspen forests on valley slopes. This guide represents the analysis of 378 plots described in the Peace River Parkland subregion. These 378 plots represent 73 observed and described plant community types. An analysis of successional changes in the presence and absence of grazing disturbance for the grasslands (Appendix 1) and aspen (Appendix 2) dominated community types for the Peace region is also outlined in Appendices 1 and 2. Included in this approximation is a crosswalk table to the Alberta Wetland Classification System (AWCS) and a list of ecological sustainable stocking rates for each plant...

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Ecological sites of the Dry Mixedwood subregion. Third approximation

Description

The Dry and Central Mixedwood subregions cover nearly 40 per cent of the province and are dominated by aspen, with jack pine on coarse textured soils, and black spruce, willows, and sedges in the... More ≫

Description

The Dry and Central Mixedwood subregions cover nearly 40 per cent of the province and are dominated by aspen, with jack pine on coarse textured soils, and black spruce, willows, and sedges in the poorly drained areas. The vegetative communities in these subregions are important because they provide summer range for livestock, prime habitat for many species of wildlife, productive watersheds, recreational areas and timber production. As a result guides like this were developed to provide a framework that will easily group the vegetative community types. It is hoped these classification systems can be used by resource managers to assess the ecology of the sites and develop integrated management plans within each region. This guide represents the analysis of 1110 plots described within the Dry Mixedwood subregion. The dominant plant species, canopy cover, soils and environmental conditions are outlined for each type. Included in this approximation is a crosswalk table to the Alberta...

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Ecological sites for the Athabasca Plain subregion. Second approximation

Description

The Athabasca Plain Natural Subregion occurs south of Lake Athabasca along the Alberta–Saskatchewan border. This subregion consists of strongly hummocky and rolling sandy and gravelly uplands... More ≫

Description

The Athabasca Plain Natural Subregion occurs south of Lake Athabasca along the Alberta–Saskatchewan border. This subregion consists of strongly hummocky and rolling sandy and gravelly uplands occurring in the eastern and southern portions of the region with level to undulating sandy fluvial and eolian plains with some prominent dune fields occurring to the east and north. This guide represents the preliminary analysis of 129 plots described in the Athabasca Plain subregion. The 129 plots represent 36 plant community types within 12 ecological sites. Included in this approximation is a crosswalk table to the Alberta Wetland Classification System and new soil type descriptions.

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Ecological sites of the Foothills Parkland subregion. First approximation

Description

This guide is the first effort to classify and describe the ecological sites in the Foothills Parkland Natural Subregion. This guide represents the analysis of 453 plots and represents 74 grass,... More ≫

Description

This guide is the first effort to classify and describe the ecological sites in the Foothills Parkland Natural Subregion. This guide represents the analysis of 453 plots and represents 74 grass, shrubland, conifer and deciduous community types within 8 ecological sites. The dominant plant species, canopy cover, soil, and environmental conditions are outlined for each type. Included in this approximation is a crosswalk table to the Alberta Wetland Classification System and new soil type descriptions from over 280 described soil profiles.

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Ecological sites of the Lower Boreal Highlands subregion. Second approximation

Description

The second approximation of this guide represents the current analysis of 482 plots described in the Lower Boreal Highlands Natural Subregion. The boreal ecosection includes 227 plots that... More ≫

Description

The second approximation of this guide represents the current analysis of 482 plots described in the Lower Boreal Highlands Natural Subregion. The boreal ecosection includes 227 plots that represent 37 plant community types and the foothills ecosection includes 255 plots that represent 47 plant community types. The dominant plant species, canopy cover, soil and environmental conditions are outlined for each plant community type, ecological site and ecological site phase. Included in this approximation is a crosswalk table to the Alberta Wetland Classification System and new soil type descriptions.

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Derived Ecosite Phase. Version 2

Description

Derived Ecosite Phase (DEP) is a digital and spatial representation of ecological sites and phases in those areas of Alberta where both Alberta Vegetation Inventory (AVI) and lidar are available.... More ≫

Description

Derived Ecosite Phase (DEP) is a digital and spatial representation of ecological sites and phases in those areas of Alberta where both Alberta Vegetation Inventory (AVI) and lidar are available. AVIE and a lidar-derived slope position were created by Agriculture and Forestry. Rules used to classify the data were developed by Environment and Parks. DEP v2.0 includes updated AVI, new lidar and an Alberta Wetlands Classification System field.

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Ecological sites of the Upper Boreal Highlands subregion. Second approximation

Description

The second approximation of this guide represents the preliminary analysis of 147 plots described in the Upper Boreal Highlands Natural Subregion. The 147 plots represent 39 community types. The... More ≫

Description

The second approximation of this guide represents the preliminary analysis of 147 plots described in the Upper Boreal Highlands Natural Subregion. The 147 plots represent 39 community types. The dominant plant species, canopy cover, soil and environmental conditions are outlined for each type. Included in this approximation is a crosswalk table to the Alberta Wetland Classification System and new soil type descriptions.

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Bloom guide : hybrid seed canola

Description

A bloom guide for hybrid seed canola with specific images of field-level and plant-level hybrid seed canola bloom. This guide will help beekeepers, farmers, agronomists and hybrid seed canola... More ≫

Description

A bloom guide for hybrid seed canola with specific images of field-level and plant-level hybrid seed canola bloom. This guide will help beekeepers, farmers, agronomists and hybrid seed canola production companies when discussing bloom stages for the placement of honey bee hives.

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Alberta soil names (Generation 4) : user's handbook

Description

Serves as a user-friendly document that presents the authoritative suite of acceptable soil series names in Alberta with some of their defining attributes. The handbook summarizes information in... More ≫

Description

Serves as a user-friendly document that presents the authoritative suite of acceptable soil series names in Alberta with some of their defining attributes. The handbook summarizes information in the Alberta Soil Names File (Generation 4) included in the Agricultural Region of Alberta Soil Information Database (AGRASID) 4.0 using the geographic framework of the 2016 version of the Soil Correlation Area (SCA) Map of Alberta. Forty-nine new soil series names have been added to the Generation 4 Names File and a number of boundary modifications have been included in the 2016 SCA Map.

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