
Stream 1A Emerging Contaminants |
Stream 1B Assessment |
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Stream 2A Esquimalt - Assessment |
Stream 2B Esquimalt - Remediation |
Stream 2C Esquimalt - Management/Monitoring |
Stream 3 Remediation |
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Stream 4A Management |
STREAM 1B
ASSESSMENT
Quick Links:
- Challenges in developing risk management plans for small water lots in contaminated urban harbour
- Evaluating Tools for Assessment of Resident Macroinvertebrate Communities in Contaminated Water Lots
- Quantitative Ecological Risk Assessment for Finfish – A Case Example from Lot 17 in Victoria Harbour
- Giant Mine Remediation Project – Site-Specific Water Quality Objectives
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Challenges in developing risk management plans for small water lots in contaminated urban harbours
Iris Koch, Tamsin Laing, Raphaël Lavoie, Viviane Paquin, Daniela Loock, Kela Weber
Environmental Sciences Group, Department of Chemistry and Chemical Engineering, Royal Military College of Canada
The objective of this presentation is to discuss challenges and approaches for developing risk management plans for small water lots in contaminated urban harbours using a case study risk assessment.
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Evaluating Tools for Assessment of Resident Macroinvertebrate Communities in Contaminated Water Lots
Gary Lawrence, Golder Associates Ltd.
The objective of the presentation is to critically evaluate candidate methods for assessing benthic community health, such that the most informative and efficient tool is selected depending on local site conditions.
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Quantitative Ecological Risk Assessment for Finfish – A Case Example from Lot 17 in Victoria Harbour
Norm Healey1, Patrick Allard1, Erin Shankie2
1Azimuth Consulting Group Partnership
2Public Services and Procurement Canada
The objective of this presentation is to provide a case example of quantitative ecological risk assessment for finfish.
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Giant Mine Remediation Project – Site-Specific Water Quality Objectives
Jane Amphlett and Katherine Harris
Indigenous and Northern Affairs Canada
The objective of this presentation is to describe the technical development of site-specific water quality objectives for Baker Creek as required by the environmental assessment, as well as the associated public consultation and engagement requirements.