Nutrient reduction strategy
Agencies working to reduce nutrients in Minnesota's waters
Agencies and stakeholders are working together in Minnesota to address excessive levels of nutrients – primarily phosphorus and nitrogen – to improve water quality at home and downstream.
Draft nutrient reduction strategy now available for comment
The draft Minnesota Nutrient Reduction Strategy is now available for public review and comment through December 18, 2013. The conversation begun during this comment period will be integrated to strengthen the recommendations contained in the strategy. Once finalized, this initial iteration of the strategy will serve as a guide for the reduction of nutrients throughout Minnesota.
See summary of report and download documents: draft report on Minnesota's nutrient reduction strategy.
Water is one of Minnesota's most abundant and precious resources. In the Land of 10,000 Lakes, Minnesota's tourism and economy depend on healthy waters that provide recreational opportunities, safe drinking water, productive agriculture, healthy fish and wildlife habitat.
The goal is for our water to be fishable and swimmable for Minnesotans and those that come to visit. However, fishable and swimmable isn't always possible due to excessive levels of nutrients entering our waters from a variety of activities on the land.
When we have nutrient problems here, they leave Minnesota's borders and flow downstream to people in other cities who need clean water, too.
Minnesota is home to headwaters for three major drainage basins including the Mississippi River and Gulf of Mexico, the Great Lakes, and Lake Winnipeg. All are facing significant water quality issues, the most prominent being the Gulf of Mexico. The Gulf is facing extreme low dissolved oxygen leading to a condition known as hypoxia.
Each of the 12 states contributing to the hypoxic conditions in the Gulf of Mexico, and participating on the Hypoxia Task Force, have agreed to develop strategies by 2013.
Multiple agencies in Minnesota are working together to develop Minnesota's Nutrient Reduction Strategy. This strategy will guide existing state-level programs to achieve additional reductions in nutrients within Minnesota water bodies by maximizing ongoing efforts. This will help to enhance the health of aquatic life in Minnesota water bodies, and increase the recreational potential of Minnesota waters. The strategy will also provide incremental benefits for the Gulf of Mexico hypoxia problem and other waters downstream of Minnesota.
The strategy theme, A Path to Progress in Achieving Healthy Waters, highlights a multi-faceted approach to nutrient reduction that will focus on the following:
Progress goals for downstream waters. The strategy process will develop meaningful and achievable nutrient loading reduction targets and interim milestones.
Progress on in-state nutrient criteria. The strategy will complement existing planning efforts to make progress toward meeting in-state nutrient criteria and provide protection to lakes and streams not yet assessed, or assessed as threatened or unimpaired by nutrients.
Prioritize and target watersheds. The strategy will help to prioritize watersheds relative to nutrient loads and impacts and target implementation activities to ensure efficient use of resources.
Build from existing efforts. Many ongoing efforts are moving the state in the right direction. The strategy will unify and organize information to align goals, identify the most promising strategies, and coordinate activities.
Lead to local implementation. The goal is for agencies and organizations to focus and adjust programs, policies, and monitoring efforts.
For more help in reviewing the draft Nutrient Reduction Strategy, go to Guide to reviewing Minnesota’s draft Nutrient Reduction Strategy.
FULL REPORT - Draft Minnesota Nutrient Reduction Strategy (9.6Mb)
- Front cover, acknowledgements, table of contents
- Chapter 1
- Chapter 2
- Chapter 3
- Chapter 4
- Chapter 5
- Chapter 6
- Chapter 7
- Chapter 8
- Appendix A
- Appendix B
- Appendix C
- Appendix D-1
- Appendix D-2
- Appendix D-3
- Appendix D-4
- Appendix D-5
- Appendix D-6
- Appendix D-7
- Appendix E
The MPCA conducted a study of nitrogen in surface waters so that we can better understand the nitrogen conditions in Minnesota's surface waters, along with the sources, pathways, trends and potential ways to reduce nitrogen in waters.
- Mississippi River/Gulf of Mexico Watershed Nutrient (Hypoxia) Task Force
- A Primer on Gulf of Mexico Hypoxia
- An Urgent Call to Action - Report of the State-EPA Nutrients Innovations Task Group
- Community Outreach Toolkit
- Nutrient Pollution Outreach Postcard
- Reduce nitrogen and phosphorus pollution - 3-panel educational display
- Nutrient pollution microsite and resource directory
- Nutrient tips for broadcast meteorologists
- Video - Nutrient pollution (U.S. EPA)
- Nitrate in the Mississippi River and its tributaries, 1980 to 2010 - Are we making progress? (USGS)
- Nutrient Management Initiative Program in Minnesota
- Minnesota Nitrogen Fertilizer Management Plan (Minn. Department of Agriculture)
- Threatened Lake of the Year 2013 - Lake Winnipeg in Canada
Questions or comments can be directed to email@example.com.
Hypoxia Task Force fall 2013 public meeting
The Mississippi River/Gulf of Mexico Watershed Nutrient Task Force holds public meetings throughout the Mississippi River Basin to inform the public of the progress toward moving forward on Gulf Hypoxia. The fall 2013 meeting was held in Minneapolis.
- Fall 2013 Hypoxia Task Force Meeting in Minneapolis The Fall 2013 meeting of the Mississippi River/Gulf of Mexico Watershed Nutrient Task Force was held in Minneapolis. Meeting details, including speaker presentations, are posted for the public. (Sept. 24, 2013)
Hypoxia means low oxygen and is primarily a problem for estuaries and coastal waters. Hypoxia can be caused by a variety of factors, including excess nutrients, primarily nitrogen and phosphorus, and waterbody stratification due to saline or temperature gradients. These excess nutrients, eutrophication, promote algal growth. As dead algae decompose, oxygen is consumed in the process, resulting in low levels of oxygen in the water.