Water Quality - Waterton Lakes - Freshwater

Water Quality - Waterton Lakes - Freshwater This program, led by Environment and Climate Change Canada (ECCC), is part of a larger national program serving to describe spatial and temporal patterns in water quality on many major rivers in Canada. In Waterton, physical and chemical variables are measured at water quality sites located on the two major rivers that originate in or flow through the park, the Waterton River and the Belly River. These sites are in the headwaters of major rivers that provide ecosystem services for many downstream users (e.g. drinking water) and are upstream of major point- and non-point source pollution. National park sites represent “reference conditions” for comparison to downstream sites. These sites represent a large upstream catchment that can theoretically capture any potential impacts to water quality. 2018-04-12 Parks Canada barb.johnston@pc.gc.ca Nature and Environmentwater quality indexwater sampleswater chemistry parameterssurface water chemistryAlberta Water Quality Index - Waterton Lakes - WQI value data - 1CSV https://124gc.sharepoint.com/:x:/s/external/_layouts/15/download.aspx/EYvkWUJHIIdKjpacESOnSx8BCtAOwb8MLjGgSt4ow4p-8w?e=4nloVG Water Quality Index - Waterton Lakes - WQI value data dictionary - 2CSV https://124gc.sharepoint.com/:x:/s/external/_layouts/15/download.aspx/ETN9IiByOSFDinQtmrMXT2oBh-eDPEDhosjApFaqMIItRg?e=T1vR3d

This program, led by Environment and Climate Change Canada (ECCC), is part of a larger national program serving to describe spatial and temporal patterns in water quality on many major rivers in Canada. In Waterton, physical and chemical variables are measured at water quality sites located on the two major rivers that originate in or flow through the park, the Waterton River and the Belly River. These sites are in the headwaters of major rivers that provide ecosystem services for many downstream users (e.g. drinking water) and are upstream of major point- and non-point source pollution. National park sites represent “reference conditions” for comparison to downstream sites. These sites represent a large upstream catchment that can theoretically capture any potential impacts to water quality.

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