The District is currently leading an update to the Red Creek–Grand River Nonpoint Source Implementation Strategy (NPS-IS), a watershed planning document that helps guide efforts to improve water quality, restore streams, and reduce nonpoint source pollution throughout the watershed. This update is funded through a Clean Water Act Section 319(h) Nonpoint Source Implementation Grant from the United States Environmental Protection Agency, provided through an assistance agreement with the Ohio Environmental Protection Agency.
A major focus of this update is the development of implementable watershed projects to include in the plan. Projects outlined in an Ohio EPA–approved NPS-IS are eligible to apply for future Section 319 funding, making this planning effort an important step toward turning community ideas into on-the-ground improvements.
The updated plan will incorporate new data, reflect current land use conditions, and build on lessons learned from recent conservation and restoration projects. Once complete, the revised NPS-IS will be submitted to Ohio EPA for approval on February 28, 2026, helping position the watershed for future funding and implementation opportunities.
Community input has been a key part of this process, and there is still time to get involved. Residents and stakeholders are encouraged to complete the Community Watershed Survey using the QR code below, which will help identify priority concerns and potential project ideas within the watershed.
Outreach and engagement were a major focus of this update and were led by Caitlin Stillisano, Watershed Coordinator, with support from the entire SWCD staff. Time was spent connecting with residents at community events and public meetings, and working with community leaders, conservation organizations, and educators to gather input and help shape potential watershed projects.
This collaborative, community-driven approach will ensure the updated NPS-IS reflects local priorities and serves as a practical roadmap for improving water quality and watershed health across the Red Creek–Grand River system.