Runoff of stormwater—rain that runs off roads and rooftops and collects pollutants along the way—is a growing cause of water pollution across the Great Lakes basin. Excessive runoff is a growing cause of flooding and associated loss of property and economic activity.

Green infrastructure (GI) reduces runoff and improves water quality by trapping pollutants before they get into the streams and rivers that drain into the Great Lakes. GI includes features like rain gardens, bioswales, green roofs, and street trees that filter and hold or slowly release stormwater.





Stormwater is a Resource, not a Waste Product!

> The City of Marquette includes four major watersheds that naturally drain to Lake Superior–Dead River, Whetstone Brook, Orianna Creek, and the Carp River.

> But did you know that underneath the city there is a system of stormwater pipes that also drain directly to Lake Superior?

> Each time it rains (or snow melts), water from roads, roofs, sidewalks, and yards enters the nearest storm drain and makes its way to an outlet at the shore of Lake Superior.

> It’s important to keep our stormwater runoff as clean as possible, especially since most stormwater outlets are located near our public beaches.

For more information or technical assistance regarding what you can do, please contact the Superior Watershed Partnership at 906-228-6095 or info@superiorwatersheds.org.



Here are some things you and your neighbors can do to help improve Marquette’s stormwater quality and better protect Lake Superior. Take the neighborhood challenge to improve our stormwater runoff quality!

  • Dispose of all pet waste properly. Please do not take your dog to the beach!
  • Avoid using fertilizers and pesticides (if you must, use sparingly and sweep up driveways, sidewalks, and gutters).
  • Direct downspouts away from paved surfaces; consider a rain garden or rain barrel to capture runoff. Contact the SWP about our rain barrel rebate program for Marquette residents (limited time only).
  • Dispose of cigarette butts properly. A butt on the ground will likely go through the storm drain and end up in Lake Superior.
  • Dispose of hazardous household waste at appropriate collection sites.
  • Allow your lawn to grow taller. Longer grass (approx. 3″) helps hold water and filter contaminants. Compost your yard waste.
  • Cover any exposed soil with vegetation or mulch. Use native plant species if possible.
  • Promptly repair any leaks in your car or other vehicles.
  • Wash your car on the grass or at the car wash (not in the driveway where water runs into the storm drain).
  • Don’t hose off your driveway; sweep dirt and debris back onto your yard or dispose of properly.
  • Never dump anything down storm drains!



The City of Marquette, in cooperation with the Superior Watershed Partnership, will be providing additional stormwater education resources for city residents and business owners over the coming months. Stormwater is the rain and melting snow that runs off of our lawns, our roofs, our roads, our parking lots–our watersheds.

In Marquette, virtually all of this stormwater ends up in Lake Superior either through natural drainage or through the stormwater drains you see along the roadside. Did you know that there are over 3,000 storm drains in Marquette? In addition to field projects, volunteer events, and school activities, look for a series of articles on what you can do to help keep our stormwater as clean as possible.

Topics include: around the house, lawn and garden care, pet waste, water conservation techniques, reducing cigarette butt litter, and new community engagement opportunities. These educational articles will be printed locally and will also be available on the city website (www.marquettemi.gov) and the SWP website (www.superiorwatersheds.org). Remember: stormwater is a resource we all need to protect!





Purpose: To control stormwater runoff through the thoughtful planning of stormwater collection, storage, and movement. It is important to inform and educate decision makers and the public about the basics of stormwater, the types and causes of stormwater pollution, the impacts of stormwater on local streams and rivers, and the needs for stormwater management. This chapter outlines the methodology for greater community understanding and identifies key initiatives for inspiring active participation and support of pollution prevention activities.

Education in Stormwater Management: Key to the success of any SWMP is a well-informed and knowledgeable community that is given the opportunity to provide support to municipal efforts and is well aware of the communities responsibilities and expectations. When community members are educated on the benefits, risks, and importance of stormwater best practices and issues, they tend to hold a greater sense personal responsibility and compliance with programs.



Existing Programs: In partnership with the City of Marquette, the Superior Watershed Partnership has implemented the following community outreach programs:

  • The Red Bucket Program, which helped to distribute buckets to collect cigarette butts to Marquette businesses.
  • The Rain Barrel Cost Sharing Program, which offered a discount on rain barrels to Marquette residents.
  • Storm drain markers.
  • Stormwater educational materials for city residents displayed through utility bill inserts.
  • Storm drain outfall signs.
  • K-12 educational programs.
  • Stormwater education implemented through local artists and musicians.
  • Social media campaigns.

Educational and promotional material cover various topics, including the following:

  • Information on Best Management Practices (BMP) for yard maintenance, fertilizer, dog waste, car washing, etc.
  • Great Lakes stewardship and pollution.
  • Cigarette butt and litter reduction.
  • Green infrastructure.





The Need for Climate Adaptation Planning: Addressing climate change through alteration of stormwater practices or land use management decisions is imperative for successful planning of stormwater management. Because utilities also must address issues related to budget, aging infrastructure, and other concerns, adaptation options that considers these issues in addition to providing greater resilience and preventative strategies to climate complications, are most effective.

Benefits of climate adaptation planning for utilities include and increase in sustainable and efficient operations, cost savings, preservation of adequate water supply, and quality and the reduction of greenhouse gas emissions.

With many climate models projecting increased variability in extreme weather events, recorded data and trends may not provide accurate projections of future climate changes. With that said, it is important to remain flexible and consider a variety of options providing a range of benefits to develop a balanced, comprehensive adaptation plan that does not overstretch resources.

Adaptation strategies that provide multiple and widespread benefits can be integrated into current asset management plans, emergency response planning, capacity development, and other decision-making processes in regard to stormwater management.

Climate Change and Stormwater: In the context of stormwater, today’s changes in climate include an increase in frequency and intensity of storms, and an increase in extreme flooding events. Other regional climate changes include warmer water temperatures, which leads to less ice on Lake Superior and inland lakes, dropping lake levels, and increased turbulence on Lake Superior.

These climate changes, along with other social and land use changes can greatly affect the intended capacity of municipal stormwater management systems. When these systems are not prepared for these fluctuations, there is risk for localized flooding or greater runoff of contaminants into local waterways.

This potential excess runoff can also wash sediment, nutrients, or other pollutants into local and regional water sources which consequently can diminish water quality, threaten drinking water sources, and complicate the water treatment process.


Marquette: Between 1981 and 2010, the mean annual temperature for Marquette is 43.5 degrees Fahrenheit and the mean annual total precipitation is 28.7 inches. The tables to the right show key climate changes (mean monthly temperature and mean monthly total precipitation) in Marquette, identified by the Lake Superior Climate Adaptation Mitigation and Implementation Plan.

The primary water concerns identified through the Marquette Climate Adaptation Plan include changes in lake levels, increased lake temperatures, increased algae, invasive species, pathogens, buying and selling of water, and population growth.

Regional Impacts: As presented in the Superior Watershed Partnership Lake Superior Climate Adaptation Mitigation, and Implementation Plan, temperatures have significantly increased in the Upper Peninsula in recent decades, with the 2000’s being the hottest decade recorded followed by the 1990’s having the second hottest temperatures.

By the year 2100, “summer temperatures in the Great Lakes region are projected to rise between 5 degrees and 20 degrees.” This means that the Upper Peninsula may feel like Northwest Illinois or possibly like Kansas by the end of the century, which has great impact of Marquette’s stormwater system functions.

The following are observed climate and coastal changes in the Western Upper Peninsula:

  • Warmer temperatures overall with periods of drought in the summer.
  • Warmer temperatures in Lake Superior, inland lakes, and rivers.
  • Spring arriving earlier and generally shorter winters.
  • Increased number and severity of rain events, even in winter.
  • Less ice cover on Lake Superior causing stronger and taller waves.
  • Less predictable snowfall, with snow pack staying on ground for fewer days.
  • Increased occurrences of flooding and shoreline erosion.


The following list provides recommended strategies for climate adaptation as it relates to stormwater management. Each strategy falls under one of the three following categories: Land Use, Infrastructure, or Policy/Operation.

This list was developed with consideration of the Environmental Protection Agency’s (EPA) best practices in adaptation planning, the findings and recommendations of the City of Marquette Climate Adaptation Plan, and the Lake Superior Climate Adaptation Mitigation and Implementation Plan.


1. Protect and restore vegetated buffers on lakes, streams, and wetlands.

2. Establish overlay zones, which apply additional regulations to development within the szone, such as setbacks, lot sizes, and impervious surface.

3. Adopt net-zero runoff site plan requirements.


4. Utilize bioretention to collect stormwater runoff.

5. Use blue roofs to hold precipitation after a storm event and discharge it at a controlled rate.

6. Use permeable pavement to allow runoff to flow through and temporarily be stored prior to discharge.

7. Integrate underground storage systems to detain runoff in underground receptacles.

8. Use a stormwater tree trench to store and filter stormwater runoff.

9. Implement extended detention wetlands to reduce flood risk and provide water quality and ecological benefits.


10. Promote green stormwater management, such as through a utility fee rate structure where rates are determined by the amount of impervious area on a property.

11. Institute conservation rate pricing for water.

12. Promote public education and awareness of the effects of climate change and the benefits of taking action through adaption and mitigation strategies.




About: Water quality in the City of Marquette is closely connected to how stormwater is managed. Science shows that implementing stormwater BMP’s can improve water quality and clarity. Monitoring water quality is the best way to measure the efficiencies of associated stormwater BMP’s. Program evaluation through water quality monitoring is applicable to several elements in SWMP including illicit discharge detection, construction site runoff control and post-construction runoff control. The collection of water quality data in coordination with BMP performance data is especially useful in determining program success.

Water quality monitoring efforts can be qualitative observations or quantitative measurements. They can address small areas such as a localized BMP or be a holistic look at large bodies of water such as Lake Superior. A quality monitoring program will contain several types of measurements in order to truly measure the effectiveness of a SWMP.

When initiating a monitoring program, it is important to collect and evaluate historic and current data from existing monitoring activities. Data from local, state, and federal agency monitoring programs, water supply intake testing, and watershed volunteer groups are valuable sources for establishing a baseline for water quality monitoring.

Water quality monitoring should also consider hydrologic variations. Variable precipitation events directly impact annual stormwater conditions. The apparent successful implementation of a SWMP may be a result of a dry weather year. Consequently, wet years may limit the effectiveness of a SWMP implementation. Monitoring precipitation and streamflow and deducing the impacts of both will provide a more accurate picture of the SWMP’s true success or failure.

Value of Water Quality Monitoring

  • Validates the commitment of financial, staffing, and volunteer resources. Telling the story of a program’s effectiveness aids in justifying SWMP expenditures to decision makers and the public.
  • Provides documentation of progress toward water quality goals. Evaluation of SWMP effectiveness is essential to measure progress toward restoration of beneficial uses, key benchmarks, and meeting water quality standards.
  • Creates a feedback loop to decision makers, allowing for course corrections in methodology, planning, and implementation.
  • Creates a true understanding of the level of reductions in pollutants.

Water Quality Monitoring Program Goals

The goals of the City of Marquette SWMP’s water quality monitoring are to:

  1. Quantify baseline water quality conditions before installation of stormwater BMP’s;
  2. Identify types and locations of existing water quality issues so remedial actions can be implemented and the most effective policies and practices can be adopted;
  3. Evaluate progress in the improvement of water quality in the City of Marquette as education programs, BMP’s and improved systems are implemented and installed.

Water Quality Monitoring Program Actions

  • Establish Baseline Water Quality: Most of the current water quality impairments are a result of decisions that occurred before the County and the City required BMP’s on new development. Identifying baseline water quality allows real time comparison of pre and post utilization of BMP’s on new and existing structures.
  • Water Quality Modeling: A successful SWMP will utilize models to predict pollutant loading from existing and future land uses. It will identify monitoring recommendations to validate planning decisions. Ongoing data collection and updates are important to maintain model calibration and prepare for changes in land use.
  • Trends in Water Quality: A long-term water quality monitoring program will allow for the review and evaluation of data   trends, increasing understanding of long term planning needs and determine if existing BMP’s are adequately protecting water resources.
  • Evaluation of BMP Effectiveness: Worldwide BMP’s are constantly being researched and improved upon. Evaluating BMP effectiveness and staying abreast of research and techniques allows for continual process improvement and corresponding improved water quality.



lakeview storm drain

Following several years of beach monitoring in the City of Marquette, the SWP detected high levels of e. coli on the “dog beach” located just northeast of Lakeview Arena along Lakeshore Blvd.  Contributing to this problem was the storm drain outfall onto that beach and located to the northeast of Lakeview.  By incorporating a combination of green management practices, including increasing the riparian buffer, planting native wetland species, and reducing the use of pesticides, outcomes include increased water quality and a safer beach.

Rain barrels are an easy and inexpensive way to catch storm water run off from roof tops.  With funding from the Great Lakes Restoration Initiative, the SWP offered rain barrels at a reduced cost for Marquette residents.


The Carp River Watershed in Marquette County and the issue of mercury.  This report outlines the issue.

Coastal Wetland Restoration

The SWP partnered with the City of Marquette to develop the Coastal Wetland Restoration Plan as an off-site wetland mitigation location for Marquette’s extension of McClleland Avenue.

Pictured below is the final wetland restoration at Presque Isle.

pi wetland

Resources for Learning

Build Your Own Rain Garden

1.  Determine location.

2.  Determine soil type.

3.  Determine the size of rain garden needed to handle your stormwater.
4.  Determine the number of plants needed for your rain garden. 
5.  Choose appropriate plants; plants in the low spot of the rain garden need to be able to tolerate wet soil conditions with standing water and periods of dryness, plants on the sloped edge of a typically designed rain garden usually have a medium tolerance to water, and plants on the edges are for dry soil conditions.  Native plants are also the best choice for the raingarden because the roots are deeper, allowing for better drainage of water and they also require less care because they are appropriate for weather conditions in your area.  Most have long tap roots that are able to acquire their own water so that once the plants are established watering isn’t necessary.
6. Order plants as soon as possible.  Native plants are not always in stock so ordering them several months before you need them is ideal because the nurseries have time to grow exactly what you want.  Order at least 4 weeks before you need them  but the sooner the better so you get the plants you really need.  Many of the plant suppliers are not local so delivery time needs to be considered.
7.  Order seed if appropriate.  Many people planting rain gardens do a combination of plugs and seed mix to be most cost effective and ensure success.  A native rain garden seed mix (sunny or shady) can fill in areas where your chosen plants may not thrive for one reason or another.  You could also choose to order specific seeds of only the plants you chose to plant from a supplier as well.  Not everyone uses seed along with plants when designing their rain garden.  Some choose to use only seed mix and no plants as it is a cheaper option.  It does take longer to get established from seed only.
8.  Excavate.
9.  Soil amendment (compost).  You may want to amend your soil, adding additional nutrients to give your plants an extra boost to get established.
10.  Mulch with 2 inches of double shredded bark; a natural, undied bark is preferable. 
11.  Maintenance.  Weeding may be necessary the first few years and once plants become established some may need to be thinned.