Minnesota riparian project improves water quality
A collaborative partnership restored more than 600 acres of riparian forest, improving water quality and forest resilience along Minnesota’s waterways.
A collaborative partnership restored more than 600 acres of riparian forest, improving water quality and forest resilience along Minnesota’s waterways.
The Great Lakes Commission has issued a request for proposals for the 2023 Great Lakes Sediment and Nutrient Reduction Grants Program. Applications are due at 5 p.m. Eastern on April 21, 2023.
EPA and its federal partners are beginning to develop the next Great Lakes Restoration Initiative (GLRI) five-year Action Plan for 2025-2029. The Action Plan will outline the Initiative’s priorities and goals.
Brothers Mark and Joe Van Asten pay it forward with the knowledge and conservation practices gathered from a long-time partnership with the Natural Resources Conservation Service.
A Gary, Indiana green infrastructure project reduces city hall parking lot stormwater runoff to Lake Michigan by over 80 percent.
New York landowners plant over 50 acres of eroding cropland to permanent grass, leading to visible and measurable improvements in soil and water quality in the Keshequa Creek watershed.
A recent field day at a farm in the Upper Fox-Wolf Demonstration Farm Network demonstrates the effectiveness of conservation practices like cover crops, no-till, and prescribed grazing.
Local, state, and regional guests toured Van Fleet Ditch in Lucas County, Ohio, the site of the county’s latest two-stage ditch restoration project.
Demonstration Farm Networks demonstrate the best, leading-edge conservation practices to reduce phosphorus and sediment from entering the Great Lakes.
With the help of the Natural Resources Conservation Service through the Environmental Quality Incentives Program, Hunter Strebig made his dreams of turning his grandfather's farm into a successful and sustainable beef cattle operation a reality, with water quality benefits from reduced erosion and nutrient losses.