Harvesting invasive cattails in 200 acres of coastal wetlands helped native plants return, restored habitat and paved the way for fish to flourish.

Installing nature-based infrastructure in Hobart, Ind. is preventing at least 800,000 gallons of polluted stormwater runoff from flowing into Lake Michigan.

Removing invasive Phragmites reeds and installing native plants and trees has restored Mentor Marsh, allowing native plants and wildlife to return.

Native vegetation was planted to stabilize sand dunes and a walkway will minimize erosion, protecting crucial nesting habitat for piping plovers.

Bull Creek’s streambed and banks were stabilized, preventing erosion and reducing sediment pollution in wetland habitats and Lake Michigan.

Constructing a wetland retention basin in Superior’s central business district is reducing damaging floods and the flow of pollutants into Lake Superior.

Stabilizing and restoring Knowlton Creek has reduced erosion and sediment pollution, improved brook trout habitat, and enhanced outdoor recreation.

Controlling invasive cattail and restoring fish habitat improve water quality and recreational opportunities in a Lake Ontario bay.