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Trends in soil acidification in Alberta based on long term soil acidification monitoring from 1981 to 2010

Description

Long term soil acidification monitoring was initiated by Alberta Environment in 1981 to track potential effects of acidic atmospheric deposition on soils in Alberta. Two sites per year were... More ≫

Description

Long term soil acidification monitoring was initiated by Alberta Environment in 1981 to track potential effects of acidic atmospheric deposition on soils in Alberta. Two sites per year were established for a total of eight sites, with baseline sampling completed in 1984. The sites were established each fall at eight locations in the province, as follows: Fort McMurray, Cold Lake, High Prairie, Bruderheim, Devon, Rocky Mountain House, Esther and Twin Butte. In 2008, a ninth site was added in the Fort Saskatchewan Industrial Heartland area in order to provide a better assessment of acidification impacts from major industrial development and oil sands bitumen upgraders proposed for a region. This report presents the data and statistical analysis of six or seven monitoring events up to 2010.

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Site-specific critical loads of acid deposition on soils in the Edmonton 83H West map sheet, Alberta

Description

The Alberta Acid Deposition Management Framework stipulates that Alberta Environment is responsible for conducting an evaluation of the acid deposition monitoring data in the province, as well as... More ≫

Description

The Alberta Acid Deposition Management Framework stipulates that Alberta Environment is responsible for conducting an evaluation of the acid deposition monitoring data in the province, as well as conducting an evaluation of receptor sensitivity. The present study addresses the latter of these two requirements with respect to potentially acid sensitive soils in the Edmonton East Half map sheet. The objective of this receptor sensitivity study is to provide an estimate of the critical load for the soil types and water bodies in the Edmonton West study area. On the basis of these critical loads estimates, a recommendation regarding the sensitivity of the study area as a whole is provided.

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Site-specific critical loads of acid deposition on soils in the Edmonton 83H East map sheet, Alberta

Description

The Alberta Acid Deposition Management Framework stipulates that Alberta Environment is responsible for conducting an evaluation of the acid deposition monitoring data in the province, as well as... More ≫

Description

The Alberta Acid Deposition Management Framework stipulates that Alberta Environment is responsible for conducting an evaluation of the acid deposition monitoring data in the province, as well as conducting an evaluation of receptor sensitivity. The present study addresses the latter of these two requirements with respect to potentially acid sensitive soils in the Edmonton East Half map sheet. The objective of this receptor sensitivity study is to provide an estimate of the critical load for the soil types and water bodies in the Edmonton East study area. On the basis of these critical loads estimates, a recommendation regarding the sensitivity of the study area as a whole is provided.

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Site-specific critical loads of acid deposition on soils in the Provost-Esther area, Alberta

Description

In this study, the available methods to derive critical loads are reviewed, and those judged applicable to derivation to site-specific critical loads, are applied to an area in east-central... More ≫

Description

In this study, the available methods to derive critical loads are reviewed, and those judged applicable to derivation to site-specific critical loads, are applied to an area in east-central Alberta (The Provost Esther grid cell or study area). The two specific objectives of this study are development of methodology and estimation of critical load.

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Disposal of excess soil material from roadways

Description

Provides guidance on the disposal of excess soil that may result from a roadway project.

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Dryland saline seeps : types and causes

Description

Soil salinity can restrict plant growth and reduce crop yields. The high salt concentration in a saline seep prevents the uptake of water and essential nutrients by plant roots. Various measures... More ≫

Description

Soil salinity can restrict plant growth and reduce crop yields. The high salt concentration in a saline seep prevents the uptake of water and essential nutrients by plant roots. Various measures are used to control and reduce the flow of groundwater that leads to dryland saline seep formation. This fact sheet provides an overview of saline seep formation and how to recognize it, discusses salinity classification, and briefly identifies the main methods of controlling soil salinity.

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Land capability classification system for forest ecosystems in the oil sands region - revised

Description

This information letter outlines the major changes to the 1996 version of the Land Capability Classification System for Forest Ecosystems in the Oil Sands Region. The resource was developed to... More ≫

Description

This information letter outlines the major changes to the 1996 version of the Land Capability Classification System for Forest Ecosystems in the Oil Sands Region. The resource was developed to assist operators and regulators to make soil salvage and replacement decisions that are environmentally effective and cost-efficient.

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