Climate Change: How Does Weather Affect Surface Water Quality?
- Ben Wright, Ben Stanford, Josh Weiss - Hazen and Sawyer
- Jean Debroux - Kennedy Jenks Consultants
- Jan Routt - Jan Routt and Associates
- Stuart Khan - University of New South Wales
Water utilities across the United States are seeking solutions to a broad range of possible climate change impacts and an uncertain future. The Water Research Foundation has identified a lack of specific information about how changing weather patterns affect drinking water quality. Numerous reports generically describe how climate change is expected to affect water quality, but utilities need a comprehensive resource that ties predicted weather changes to watershed processes that affect drinking water quality.
This article provides information compiled from published literature on weather and water quality to help utilities develop a series of event–outcome relationships to describe specific changes to surface water quality relative to climate change (Figure 1, page 12). Climate change is expected to affect water supplies in various ways, but the fundamental elements of climate and weather will remain the same. Of the fundamental components of weather – temperature, precipitation, wind, solar radiation, humidity, air pressure, and cloud cover – temperature, precipitation, and wind are the primary factors affecting surface water quality. These components are expected to vary substantially with climate change.
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