The term shoreline restoration is used frequently, but it is often misunderstood.

Many people associate shoreline restoration with a cleaner, more manicured shoreline: fewer plants, more open water, expanded beaches, or turfgrass extending to the water's edge. While those changes may improve access or aesthetics, they generally do not restore the natural functions of the shoreline and may reduce habitat value, water quality benefits, and shoreline stability.

A common misconception is that all healthy shorelines should look the same. In reality, natural shorelines vary considerably across Kanabec County. The shoreline of a deep, forested lake may naturally support trees and shrubs at the water's edge, while a shallow lake, wetland, river, or stream corridor may be dominated by native grasses, sedges, rushes, and other emergent vegetation. Even neighboring properties on the same waterbody can have very different natural shoreline conditions depending on soils, slope, water depth, wave energy, and hydrology.

Because of this, shoreline restoration is not about forcing every property to fit a single template. It is about understanding what a healthy, naturally functioning shoreline should look like at a specific site and restoring the features that have been lost or altered over time. In many cases, shorelines in Kanabec County have been significantly modified through vegetation removal, grading, imported fill, retaining walls, rock placement, or other activities that may have occurred decades before current landowners purchased the property.

Before undertaking shoreline work, it is often worthwhile to consult with a natural resources professional. Many landowners are surprised to learn that professional shoreline design and engineering assistance is available through the Kanabec SWCD at no cost and without hiring a private consultant. Our team offers technical assistance, site evaluations, engineering support, and restoration design to help landowners understand their shoreline's natural characteristics, avoid costly mistakes, reduce long-term maintenance, and identify practical solutions that fit their goals.

Shoreline restoration focuses on restoring and protecting the features that help keep lakes, rivers, and streams healthy. Most restoration projects involve establishing native vegetation along the water's edge, stabilizing eroding shorelines, improving habitat, and reducing the amount of sediment and nutrients entering the water.

Native grasses, wildflowers, sedges, shrubs, and trees are a critical part of a healthy shoreline. Their roots help hold soil in place, reducing erosion and protecting shorelines from wave action and runoff. Shoreline vegetation also helps filter pollutants before they reach the water and provides important habitat for fish, birds, pollinators, amphibians, and other wildlife.

What Shoreline Restoration Is

• Establishing native shoreline vegetation
• Stabilizing eroding shorelines
• Improving water quality
• Protecting fish and wildlife habitat
• Reducing sediment and nutrient runoff
• Restoring natural shoreline functions

AND...

What Shoreline Restoration Is Not

The following activities may be appropriate in certain situations, but they are not typically considered shoreline restoration:

• Expanding or creating beaches
• Removing native shoreline vegetation
• Mowing turfgrass to the water's edge
• Converting diverse shoreline vegetation to a lawn or other monoculture
• Shoreline grooming for appearance alone
• Removing aquatic vegetation solely to create more open water

Aquatic Plant Management

Kanabec SWCD strongly supports efforts to prevent, contain, and manage invasive aquatic species. At the same time, native aquatic plants are an essential part of healthy lakes and should not be confused with invasive species.

Native aquatic vegetation provides food, shelter, spawning habitat, and nursery areas for fish and wildlife. Plant beds help improve water quality, stabilize lake bottoms, and dissipate wave energy before it reaches the shoreline. Many of the fish, wildlife, and water quality benefits people value in a lake depend on healthy native aquatic plant communities.

This is why proper plant identification is critical before any management decisions are made. Not all aquatic plants are invasive, and not all aquatic plants should be removed. While invasive species such as Eurasian watermilfoil and curly-leaf pondweed can negatively impact lake ecosystems and recreation, many native species provide substantial ecological benefits.

Because aquatic vegetation plays such an important role in lake health, Minnesota law restricts aquatic plant removal. Excessive removal can damage fish and wildlife habitat, degrade water quality, increase erosion, and create opportunities for invasive species to become established or expand.

Management of invasive aquatic plants is often beneficial and encouraged. In contrast, removing beneficial native vegetation can unintentionally reduce habitat quality and diminish the natural processes that help keep lakes healthy.

Before undertaking aquatic plant management, consider consulting with your local SWCD, the Minnesota DNR, or your lake association. Correct identification and an understanding of a plant's role in the ecosystem are important first steps in determining whether management is appropriate and what options may be available.