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Using denitrifying bioreactors as a beneficial management practice for agricultural drainage waters in Alberta

Description

A collaborative project (2019 - 2021) was completed to address the lack of Alberta-specific information on the use of denitrifying bioreactors to reduce nutrient export from agricultural... More ≫

Description

A collaborative project (2019 - 2021) was completed to address the lack of Alberta-specific information on the use of denitrifying bioreactors to reduce nutrient export from agricultural sub-surface drainage to sensitive aquatic ecosystems. This information is important to agricultural producers as they make water and crop management decisions.

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Using denitrifying bioreactors for management of agricultural drainage water in Alberta

Description

This fact sheet provides information about using denitrifying bioreactors for management of agricultural drainage water in Alberta.

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Bow River phosphorus management plan : agricultural phosphorus beneficial management practices

Description

This publication outlines beneficial management practices to reduce the risk of phosphorus loss to the environment from agricultural production. It was written to support the Bow River Phosphorus... More ≫

Description

This publication outlines beneficial management practices to reduce the risk of phosphorus loss to the environment from agricultural production. It was written to support the Bow River Phosphorus Management Plan and focuses beneficial management practices in rural or agricultural settings.

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Summary report Alberta Phosphorus Watershed Project : 2018–2020 supplement

Description

Research has shown that in Alberta, the amount of phosphorus in streams increases with agricultural intensity in watersheds. The goal of the Alberta Phosphorus Watershed Project was to determine... More ≫

Description

Research has shown that in Alberta, the amount of phosphorus in streams increases with agricultural intensity in watersheds. The goal of the Alberta Phosphorus Watershed Project was to determine if wide-spread adoption of environmental beneficial management practices would improve water quality at the watershed scale, as well as to develop the Alberta Phosphorus Management Tool. This report supplements the previously published 2013–2017 Alberta Phosphorus Watershed Project progress report by summarizing the results and progress of the Alberta Phosphorus Watershed Project from 2018–2020.

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Alberta Phosphorus Watershed Project progress report 2013-2017

Description

Highlights work done by the Alberta Phosphorus Watershed Project between 2013-2017. The purpose of the project was to determine if widespread adoption of agricultural beneficial management... More ≫

Description

Highlights work done by the Alberta Phosphorus Watershed Project between 2013-2017. The purpose of the project was to determine if widespread adoption of agricultural beneficial management practices would improve water quality at the watershed scale, and to develop the Alberta Phosphorus Management Tool as a means to identify highest risks for phosphorous loss. Results are presented in a detailed technical science report and an overview and key findings fact sheet.

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Beneficial management practices : environmental manual for Alberta farmsteads [2018 edition]

Description

Provides beneficial management practices that deal with environmental risks on rural farmsteads. These practices are meant to help maintain or improve a farm’s soil, water, air and wildlife... More ≫

Description

Provides beneficial management practices that deal with environmental risks on rural farmsteads. These practices are meant to help maintain or improve a farm’s soil, water, air and wildlife habitat resources, and therefore contribute to the farmstead’s overall sustainability and to the economic and environmental health of the farm family, as well as the surrounding landscape and community.

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Stepping back from the water : a beneficial management practices guide for new development near water bodies in Alberta's settled region [2017]

Description

Stepping back from the water was developed to help minimize the impact of new development in Alberta's settled region, providing provincial direction on how to reduce and minimize the impacts and... More ≫

Description

Stepping back from the water was developed to help minimize the impact of new development in Alberta's settled region, providing provincial direction on how to reduce and minimize the impacts and risks of development adjacent to waterbodies by establishing effective setbacks.

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Woodlot management guide for Alberta : beneficial management practices (BMP)

Description

This guide provides an introduction to basic woodlot management activities for landowners who are looking to increase their knowledge or experience with forestland management. It is intended to... More ≫

Description

This guide provides an introduction to basic woodlot management activities for landowners who are looking to increase their knowledge or experience with forestland management. It is intended to provide basic knowledge of woodlot beneficial best management practices so landowners can understand the resources on their woodlots, develop goals and objectives and create a management plan for their land. This guide is not intended to be a one-stop information source. Landowners may want additional assistance or advice from forestry practitioners including woodlot extension specialists, forestry consultants or local forest industry firms interested in working with private landowners.

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Beneficial management practices : an introduction to phosphorus

Description

Phosphorus is an essential nutrient for crop growth. Alberta soils are generally deficient or low in phosphorus for optimum crop production (<60 ppm). Successful crop production requires the... More ≫

Description

Phosphorus is an essential nutrient for crop growth. Alberta soils are generally deficient or low in phosphorus for optimum crop production (<60 ppm). Successful crop production requires the addition of phosphorus in the form of fertilizer or manure. However, the loss of phosphorus from the landscape can negatively impact water quality. Phosphorus can move with eroded soil or be dissolved in runoff water and carried to nearby surface water bodies. Too much phosphorus in lakes, reservoirs, rivers and streams can speed up aquatic plant and algae growth. This process is called eutrophication, which can lead to oxygen depletion, release of toxins, degraded water quality, fish deaths and odours. When Beneficial Management Practices (BMPs) are used in the management of phosphorus, losses are minimized and crops receive maximum benefit.

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Nutrient beneficial management practices evaluation project. Volume 2 : field study

Description

Numerous beneficial management practices (BMPs) have been developed and promoted to minimize the impacts of agriculture on the environment and increase the sustainability of the agricultural... More ≫

Description

Numerous beneficial management practices (BMPs) have been developed and promoted to minimize the impacts of agriculture on the environment and increase the sustainability of the agricultural industry. However, the effectiveness of BMPs under Alberta conditions is not well known. This study evaluates the effectiveness of nutrient BMPs on water quality improvement in prime agricultural regions in Alberta, at field and watershed scales, in order to provide viable options for sustainable agriculture and water quality protection.

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