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A before after dose response (BADR) : terrestrial biological monitoring framework for the oil sands.

Description

This Technical Report provides an overview of the hierarchical Before-After Dose-Response (BADR) study design that was developed to provide an integrated, efficient framework for the Terrestrial... More ≫

Description

This Technical Report provides an overview of the hierarchical Before-After Dose-Response (BADR) study design that was developed to provide an integrated, efficient framework for the Terrestrial Biological Monitoring (TBM) component of the OSM Program. BADR is a monitoring design that measures changes in select indicator groups and attributes those changes to oil sands activities using two monitoring approaches: (1) Before-After: Monitoring at different phases of oil sands development (currently developed, not developed, and reference); and (2) Dose-Response: Monitoring along a gradient of current oil sands disturbance (high to low). The combination of these two approaches forms the BADR design. By repeatedly surveying monitoring locations within this design over time, the TBM program can gain information on how biological systems respond to known stressor gradients in the oil sands region.

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Synthesis report of the enhanced monitoring program on the Lower Athabasca River 2019-2020

Description

This document summarizes work completed for the Lower Athabasca River enhanced monitoring program for the 2019-2020 fiscal year. Data that has been generated from this program to date includes... More ≫

Description

This document summarizes work completed for the Lower Athabasca River enhanced monitoring program for the 2019-2020 fiscal year. Data that has been generated from this program to date includes surface water quality, sediment quality, fish health endpoints, and fish communities.

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Summary of enhanced monitoring of the Lower Athabasca River, 2018

Description

Summarizes work completed for the Lower Athabasca River enhanced monitoring program in 2018. Data that has been generated from this program to date includes surface water quality, sediment... More ≫

Description

Summarizes work completed for the Lower Athabasca River enhanced monitoring program in 2018. Data that has been generated from this program to date includes surface water quality, sediment quality, fish health endpoints, and fish communities. These data are provided in appendices at the end of this report.

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A study design for enhanced environmental monitoring of the Lower Athabasca River

Description

Presents an enhanced sampling design for deployment in the Lower Athabasca River. It represents one component of work to describe baseline environmental conditions in the Lower Athabasca River... More ≫

Description

Presents an enhanced sampling design for deployment in the Lower Athabasca River. It represents one component of work to describe baseline environmental conditions in the Lower Athabasca River prior to the potential release of coke slurry-treated oil sands process affected water (OSPW). The document describes sampling locations and sampling frequency to establish a comprehensive description of baseline environmental conditions in surface water chemistry, benthic sediments, benthic algae, benthic macroinvertebrates, and small-bodied fish.

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Oil Sands Monitoring Program : integration workshop reports (part 1 of 2)

Description

This report provides the results of seven technical integration workshops sponsored by the Oil Sands Monitoring program for the 2018-2019 fiscal year held between the end of October 2018 and early... More ≫

Description

This report provides the results of seven technical integration workshops sponsored by the Oil Sands Monitoring program for the 2018-2019 fiscal year held between the end of October 2018 and early February 2019. The seven workshops covered the following topics : terrestrial biological monitoring; groundwater; surface water and aquatic biology; atmospheric deposition, geospatial science, mercury, and predictive modelling. This report is a summary of detailed notes taken during each workshop.

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Oil Sands Monitoring Program : recommendation report (part 2 of 2)

Description

This report presents recommendations for the steps that should be taken by the Oils Sands Monitoring Program to: address the priority key questions that were identified as rising out of seven... More ≫

Description

This report presents recommendations for the steps that should be taken by the Oils Sands Monitoring Program to: address the priority key questions that were identified as rising out of seven workshops held between the end of October 2018 and early February 2019; achieve the program's objectives; and integrate the program in a manner consistent with its operational framework agreement.

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Knowledge for a changing environment : 2019-2024 science strategy

Description

Knowledge for a Changing Environment: 2019-2024 Science Strategy sets the strategic direction for an integrated environmental science program to monitor, evaluate, and report on the condition of... More ≫

Description

Knowledge for a Changing Environment: 2019-2024 Science Strategy sets the strategic direction for an integrated environmental science program to monitor, evaluate, and report on the condition of Alberta’s ambient environment. The strategy lays the foundation to: address key environmental information needs of multiple users; deliver transparent, sound and trustworthy science on environmental conditions; braid Indigenous Knowledge with classical science through knowledge co-production; and provide scientifically-sound information to decision makers so they can address provincial environmental challenges.

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Wabasca Lake Monitoring Project results report

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The Wabasca Lake Monitoring Pilot Project is part of the Indigenous Lake Monitoring Program of Alberta’s provincial Lake Monitoring Program. The project was initiated in response to community... More ≫

Description

The Wabasca Lake Monitoring Pilot Project is part of the Indigenous Lake Monitoring Program of Alberta’s provincial Lake Monitoring Program. The project was initiated in response to community interest in water quality and concern for fish health, and was carried out in collaboration with the Lands Department of Bigstone Cree Nation and Alberta Environment and Parks. The goals of the project were to address gaps in water quality knowledge and information for North Wabasca Lake, and provide aquatic monitoring training in scientific sampling methodology to Bigstone Cree Nation.

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Hierarchical clustering network analysis of ambient air monitoring in Alberta : phases 1 and 2

Description

An air monitoring science workshop held in 2015 identified that further analyses are recommended to assess potential redundancies in the long-term air monitoring network of Alberta. This report... More ≫

Description

An air monitoring science workshop held in 2015 identified that further analyses are recommended to assess potential redundancies in the long-term air monitoring network of Alberta. This report provides a summary of the air network optimization methodology, and guidance on how its application to ambient air quality monitoring networks in Alberta may provide insight to aid in air quality network optimization. The report focuses on all the ambient air monitoring networks in Alberta and on two specific oil sands areas: Athabasca and Cold Lake.

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Current and emerging methods for satellite monitoring of the oil sands

Description

The satellite remote sensing workshop brought the developers and potential clients of these satellite remote sensing products together to collectively identify opportunities for satellite remote... More ≫

Description

The satellite remote sensing workshop brought the developers and potential clients of these satellite remote sensing products together to collectively identify opportunities for satellite remote sensing deployment in subsequent years. The workshop discussions focused on measurements of wetland, greenhouse gases, and air quality. The outcomes of the workshop will be used to inform how satellites can be used to improve the scientific value, rigour, costs and confidence of monitoring and optimization of monitoring results.

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