Core Research
The Canadian Water Network catalyzes and supports multidisciplinary research and related initiatives that address key challenges in water management across three programs — protecting Canada’s watersheds and ecosystems, protecting the health of Canadians, and ensuring that Canada has sustainable water infrastructure.
These four-year (2008–12) projects have been categorized by these research programs, but they are intentionally multidisciplinary and, hence, multi-thematic studies.
Protecting Watersheds and Ecosystems
The watershed is the source of water for the people who live, work and play around its natural borders. However, demands from each of these users often conflict on how the watershed should be used and treated, making its protection and stewardship difficult to manage.
CWN’s Protecting Watersheds and Ecosystems Program focuses on developing watershed management practices that integrate land use with water quantity, quality, demand, supply and equity for both human and environmental use. CWN has built a network of experts who investigate the environmental and social aspects of watersheds when solving existing and emerging water issues.
This research program has two objectives.
Objective A — Increased adoption of risk-based cumulative effects frameworks that recognize changing land uses and water availability and help balance multiple water uses in watersheds across Canada
Objective B — Improved source water protection and water allocation in watersheds across Canada through the application of improved practices, technologies, monitoring and governance
- (PWE-01) Developing a Canadian water security framework as a tool for assessing cumulative impacts and improving watershed governance
Project leader: Karen Bakker, University of British Columbia - (PWE-02) Governance for watershed-based source water protection in Canada: a national assessment
Project leader: Rob de Loë, University of Waterloo - (PWE-03) Development of The Healthy River Ecosystem AssessmenT System (THREATS) for assessing and adaptively managing the cumulative effects of man-made developments on Canadian freshwaters
Project leader: Monique Dubé, University of New Brunswick
- (PWE-04) Surface and groundwater management in the oil sands industry
Project leader: D. George Dixon, University of Waterloo - (PWE-05) Towards economic and environmental sustainability in agriculture through the implementation of combined beneficial management practices and remedial approaches designed to minimize impacts to water quality
Project leader: David Rudolph, University of Waterloo - (PWE-06) Modelling the impact of climate change on Canadian water resources
Project leader: Edward Sudicky, University of Waterloo
Protecting Public Health
Safe, clean water is fundamental for human health. Yet events such as the tragedies in Walkerton, Ontario, North Battleford, Saskatchewan and in many First Nations communities demonstrate that Canadians are vulnerable to chemical and biological contaminants in source waters.
CWN’s Protecting Public Health Program is providing regulatory agencies with research-based information and effective management and technical tools to identify and reduce threats to drinking water supplies. Through multidisciplinary collaboration we are bringing together water practitioners, policy-makers and researchers who are actively pursuing innovative solutions to Canada’s public health problems.
This research program has two objectives.
Objective A — Reduced risks associated with waterborne pathogens and contaminants in communities across Canada, including small and remote communities, resulting in reduced health consequences and public expenditures
Objective B — Improved risk assessment models that balance risk, cost and societal benefits that incorporate both pathogens and chemical risks, supporting decision-making across Canada within a multi-barrier approach
- (PPH-01) Assessing waterborne health risks through quantitative risk assessment models
Project leader: Pierre Payment, INRS-Institut Armand-Frappier - (PPH-02) Water innovation, surveillance and toxicity ranking tools for characterization and prioritization of drinking water disinfection by-products and contaminants
Project leader: Xing-Fang Li, University of Alberta - (PPH-03) Priority toxic elements (vanadium, antimony and arsenic) – source water protection and drinking water treatment
Project leader: X. Chris Le, University of Alberta
Ensuring Sustainable Water Infrastructure
Canada’s underground water infrastructure is nearing the end of its functional life. As a result there are continual watermain breaks and leaks. Each leak is not only costly to repair but it also potentially exposes drinking water to contamination.
Updating Canada’s water infrastructure is essential to maintaining the sustainability of Canada’s water supplies. CWN’s Ensuring Sustainable Water Infrastructure Program is developing a clear research framework to make this happen. CWN is developing innovative technologies and management strategies to overcome both the financial and technical challenges to making our water infrastructure sustainable.
This research program has two broad objectives.
Objective A — Implementation of improved and expanded treatment technology and management options that enhance reliability and performance of water and wastewater systems, including those in small and remote communities
Objective B — Reduced costs to operate and maintain water infrastructure through innovative technologies and approaches that ensure balance among costs and risks to humans and the environment
- (ESWI-01) Developing a comprehensive strategy to reduce lead at the tap in Canada
Project leader: Michèle Prévost, École Polytechnique de Montréal - (ESWI-02) Strategies for managing the effects of climate change on microbial contamination of surface water supplies in small and Aboriginal communities
Project leader: Gordon Huang, University of Regina - (ESWI-03) Assessment and management of environmental risks associated with decentralized rural wastewater management systems
Project leader: Rob Jamieson, Dalhousie University - (ESWI-04) More value from the same water: maximizing water’s sustainable contribution to the Canadian economy
Project leader: Diane Dupont, Brock University


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