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**[[Environmental impacts of road salt and other de-icing chemicals]] | **[[Environmental impacts of road salt and other de-icing chemicals]] | ||
**[[Other impacts of road salt use]] | **[[Other impacts of road salt use]] | ||
− | *Smart Salting Best Management Practices (BMPs) | + | *Smart Salting Best Management Practices (BMPs) (coming soon) |
− | **[[Snow and salt storage]] | + | <!--**[[Snow and salt storage]] |
**[[Salt application BMPs]] | **[[Salt application BMPs]] | ||
**[[Technology-based deicing BMPs]] | **[[Technology-based deicing BMPs]] | ||
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**[[Emerging and non-traditional deicing BMPs]] | **[[Emerging and non-traditional deicing BMPs]] | ||
*Management tools | *Management tools | ||
− | **[[Chloride Management Plan]] | + | **[[Chloride Management Plan]]--> |
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**[[Chloride Management Plan - Background and description]] | **[[Chloride Management Plan - Background and description]] |
MPCA recommends a low-salt diet for Minnesota waters. Doctors tell us to stick to a low-salt diet. Our lakes and streams should follow the same advice. When winter comes and snow and ice build up on Minnesota roads, parking lots, and sidewalks, one of the most common reactions is to apply salt, which contains chloride, a water pollutant.
Salt pollutes. When snow and ice melts, the salt goes with it, washing into our lakes, streams, wetlands, and groundwater. It takes only one teaspoon of road salt to permanently pollute 5 gallons of water. Once in the water, there is no way to remove the chloride, and at high concentrations, chloride can harm fish and plant life. Less is more when it comes to applying road salt.
The following table of contents summarizes pages and sections in the manual that address road salt, Smart Salting (S2), and winter maintenance.