
Volunteers Invited to Clean the Red Clay Valley as a Spring Tradition Returns
Hundreds of volunteers are expected to gather across the region for a shared purpose – protecting one of the area’s most important natural resources. On Saturday, March 28, the Red Clay Valley Clean Up will once again mobilize community members from both Delaware and Pennsylvania to help restore and protect the Red Clay Creek watershed.
Organized by the Brandywine Red Clay Alliance in partnership with organizations including Anson B. Nixon Park and the Delaware Nature Society, the annual event brings together residents, families, students, and civic groups for a large-scale environmental effort. Volunteers will work together to remove litter and debris from roadsides, parks, and waterways throughout the Red Clay Valley.
Participants will assemble at 8:00 a.m. at one of three gathering locations: Ashland Nature Center in Hockessin, Anson B. Nixon Park in Kennett Square, or the Kennett Area YMCA outdoor pool. From there, teams will head out to designated cleanup areas across the watershed, with volunteers working through the morning until approximately 12:00 p.m.
In total, volunteers will help clean approximately 103 miles of roads and streams that feed into the Red Clay Creek. Organizers estimate that more than 800 volunteers are needed to make the effort successful.
The Red Clay Creek watershed stretches across southeastern Pennsylvania and northern Delaware and is an important environmental and recreational resource for the region. The creek ultimately flows into the Christina River and the Delaware River, making stewardship efforts upstream important for water quality throughout the broader watershed.
Community events like the Red Clay Valley Clean Up play a role in protecting these natural systems. In addition to removing trash and debris that can harm wildlife and pollute waterways, the event helps highlight the importance of caring for local ecosystems.
Organizers emphasize that the cleanup is designed to be accessible to everyone. No experience is necessary, and all supplies will be provided for volunteers. The event is open to individuals, families, and organized groups, including school clubs, scout troops, and community organizations.
The cleanup itself has deep roots in the region. According to Charles Shattuck, owner of Wild Birds Unlimited in Hockessin, the effort began more than three decades ago when local residents recognized growing environmental problems in the watershed.
“The Red Clay Clean Up was started by local residents more than 35 years ago who were concerned about issues affecting the watershed. Pollution, poor environmental protections, trash and debris from dumping had created an unsafe environment for people and wildlife. The easiest solution was to go out and pick up the trash,” Shattuck said.
He noted that the effort has grown into a multigenerational tradition for many local families and community groups.
“Since then, volunteers have come together each spring to make the waterways and roads from Kennett Square to Mt. Cuba free of trash. From children to adults everybody helps out. The clean up has gone on so long we now have generations giving us a hand.”
Shattuck added that the impact of the volunteers extends far beyond what people might expect.
“The amount of trash collected each year by volunteers can’t be easily discounted. They pick up tons of rubbish that not only is unsightly but hazardous to the environment. It can affect wildlife such as fish, birds, and mammals not only here but around the world. Trash in our local streams can easily be sent downstream and into the ocean far from the source, the Red Clay Valley.”
Only one registration is needed per group, and reservations are requested for groups of five or more. With hundreds of volunteers expected to participate, organizers hope to once again make a measurable difference across the watershed and inspire continued stewardship of the Red Clay Valley.
More information and registration details can be found at: https://brandywineredclay.org/annual-clean-up/















