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Alberta ambient air quality guideline for total reduced sulphur

Description

Alberta Ambient Air Quality Objectives are developed to provide protection of human health and the environment to an extent technically and economically feasible, and reflective of Albertans’... More ≫

Description

Alberta Ambient Air Quality Objectives are developed to provide protection of human health and the environment to an extent technically and economically feasible, and reflective of Albertans’ social concerns. This document provides objective levels for Total Reduced Sulphur, as well as a short description of the substance and the effects of exposure to Total Reduced Sulphur on humans.

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Recommendations to update Alberta tier 1 guidelines for dioxins and furans

Description

This document provides the final review of the scientific panel and recommendations to Alberta Environment and Protected Areas. It was produced by the Scientific Working Group for Contaminated... More ≫

Description

This document provides the final review of the scientific panel and recommendations to Alberta Environment and Protected Areas. It was produced by the Scientific Working Group for Contaminated Sites in Alberta, a technical working group consisting of regulators from Alberta Health, Alberta Environment and Protected Areas, Alberta Health Services, and the Alberta Energy Regulator. The group was tasked with reviewing the information and providing a final recommendation to the department.

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The WaterSHED monitoring program : technical progress report 2018-2021

Description

This is the second technical report from the multistakeholder WaterSHED water quality monitoring program of North Saskatchewan River Basin tributaries. The report includes a summary of program... More ≫

Description

This is the second technical report from the multistakeholder WaterSHED water quality monitoring program of North Saskatchewan River Basin tributaries. The report includes a summary of program operation, results from water quality sampling and flow monitoring, assessments of water quality relative to surface water quality guidelines, and quantification of mass export of several water quality parameters from tributaries across the basin. The report concludes with a review of program learnings realized during operation of the WaterSHED monitoring program and descriptions of ongoing and future work.

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