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The Great Lakes Blueprint

3. Connect Water Quality and Quantity

Water quality and quantity are fundamentally connected to one another and cannot be examined or managed in isolation from each other. For this reason, it is important that water management decision-making processes include the following objectives:

Conserve Water

Water conservation is critical to the long-term security and prosperity of the region, and contributes economic benefits to municipal water systems, water infrastructure and directly to the users. Further, water conservation can directly reduce the energy required to treat and transport water. Conservation now can buy time by increasing the resilience of the ecosystem long into the future. The 2005 Great Lakes St. Lawrence River Basin Sustainable Water Resources Agreement commits the provinces to creating conservation plans. These plans will need tangible targets and timetables to transform Great Lakes residents from the largest global wasters of water into true stewards.

Protect Source Water

Source water protection must be viewed as a preventive method of protecting local health and reducing the costs associated with water-borne illnesses. The Great Lakes and St. Lawrence River serve as a source of drinking water to almost 10 million in Canada and over 30 million residents
in the United States.16 It is important that regional source protection efforts respect and incorporate commitments under the Great Lakes agreements, and vice versa.

Elimination of toxic substances and addressing climate change are also crucial to protecting water quality. These issues are addressed in section five.

 

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References

[16] Great Lakes Commission. (2004). Resolution: Protecting Drinking Water Security in the Great Lakes Basin. Available at: www.glc.org/about/resolutions/04/05drinkingwater.html.