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Alberta biomonitoring program : chemicals in serum of pregnant women in Alberta

Description

A comprehensive list of priority environmental contaminants were monitored in blood serum of pregnant women in 2005, with the purpose of establishing the magnitude of exposure to environmental... More ≫

Description

A comprehensive list of priority environmental contaminants were monitored in blood serum of pregnant women in 2005, with the purpose of establishing the magnitude of exposure to environmental contaminants during pregnancy for women living in all regions of Alberta. The objectives were specifically to examine the influence of age, geographic location, and seasonality on the maternal serum concentrations of man-made or naturally occurring chemicals that women may absorb from food, drinking water, air, soil, household dust, or commercial products. This is the first Province-wide biomonitoring study for Alberta.

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Chemicals in serum of children in southern Alberta (2004–2006) : influence of age and comparison to pregnant women

Description

A comprehensive list of priority environmental contaminants were monitored in blood serum of healthy children with the objective to examine the influence of age and to compare these new data with... More ≫

Description

A comprehensive list of priority environmental contaminants were monitored in blood serum of healthy children with the objective to examine the influence of age and to compare these new data with concentrations in pregnant women that were reported previously for the same region. In general, concentrations of detected contaminants were either lower or similar to concentrations reported in other studies of children in North America or around the world.

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Rationalizing and optimizing the water quality monitoring network in the oil sands

Description

This report describes the outcomes of a workshop held Nov. 28-30, 2016 in Edmonton to review, rationalize and optimize water quality monitoring conducted under the Joint Oil Sands Monitoring... More ≫

Description

This report describes the outcomes of a workshop held Nov. 28-30, 2016 in Edmonton to review, rationalize and optimize water quality monitoring conducted under the Joint Oil Sands Monitoring Program. The workshop participants included representatives from Alberta Environment and Parks and Environment and Climate Change Canada. The workshop outcomes include a number of recommended changes to monitoring network design.

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Aquatic ecosystem health assessment of the Athabasca River mainstem and tributaries using fish health and fish and invertebrate toxicological testing

Description

Results from the Joint Oil Sands Monitoring plan presented here address the need to develop a comprehensive and robust biomonitoring program for fish and toxicity in fish and invertebrates. Fish... More ≫

Description

Results from the Joint Oil Sands Monitoring plan presented here address the need to develop a comprehensive and robust biomonitoring program for fish and toxicity in fish and invertebrates. Fish health monitoring was conducted along the mainstem of the lower Athabasca River and its primary tributaries to assess spatial and temporal change in ecological condition within these aquatic habitats.

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Assessing ecosystem health in benthic macroinvertebrate assemblages of the Athabasca River main stem, tributaries and Peace-Athabasca delta

Description

Results from the Joint Oil Sands Monitoring plan presented here address the need to develop a comprehensive and robust invertebrate biomonitoring program for oil sands development in the lower... More ≫

Description

Results from the Joint Oil Sands Monitoring plan presented here address the need to develop a comprehensive and robust invertebrate biomonitoring program for oil sands development in the lower Athabasca River and area. Benthic macroinvertebrate biomonitoring was conducted along the main stem of the lower Athabasca River, its primary tributaries and in the Peace-Athabasca delta to assess spatial and temporal change in ecological condition within these aquatic habitats. The study focused on macroinvertebrates because they are relatively sedentary, can be sensitive to multiple stressors, are critical components of fish habitat, and are the most common group used for aquatic bioassessments globally.

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