Rain Gardens in Action: How Our Ducks Inspired a Display Garden
- info2686527
- Apr 27
- 3 min read
A few years ago, we expanded our heritage breed program with the addition of ducks. Our new feathered friends are happiest when they have access to water, so we built them a small pond with an outflow pipe that allows us to refresh the water as needed.
That’s when we ran into an unexpected water challenge. We intentionally drain the pond through an underground pipe—one that discharged into the same place every day, transforming that area into a soggy, waterlogged mess.
The situation felt familiar. Many homeowners deal with yards that stay muddy long after rainfall. That parallel sparked a light bulb moment: what if we created a rain garden—one that could manage excess water while serving as a real-life example our visitors could see and learn from?
Why Yards Stay Soggy
Stormwater runoff has become a growing challenge as land use changes and hard surfaces replace natural landscapes. Roads, rooftops, and pavement prevent water from soaking into the soil, increasing the volume and speed of runoff and carrying pollutants into nearby waterways. At the same time, the loss of natural habitat reduces the land’s ability to absorb and filter rainfall. Add more frequent, intense storms, and all that water has nowhere to go.
As runoff increasingly overwhelms infrastructure and pollutes local waterways, nature-based solutions—like rain gardens—offer a simple, effective way to manage rain where it falls.
Solving Ecological Problems with Plants
Rain gardens are shallow, bowl-shaped landscapes designed to collect runoff from downspouts, lawns, driveways, and other hard surfaces. Planted with native sedges, grasses, wildflowers, and shrubs, they temporarily hold rainwater and allow it to slowly soak into the soil instead of rushing into storm drains.
As the water moves through the garden, plants and soil help filter common pollutants such as sediment, fertilizers, road salt, microplastics, and heavy metals.
During small to moderate rain events, rain gardens can infiltrate up to 90% of incoming stormwater while removing a significant portion of pollutants.
Rain gardens can:
Capture rain and allow it to soak into the ground
Filter runoff and improve water quality
Beautify landscapes
Provide habitat for wildlife
Reduce flood risk
Help recharge underground aquifers
Plant it Wisely
Thoughtful plant choices play a key role in this process. Many native sedges, grasses, wildflowers, and shrubs are well adapted to periods of both wet and dry, making them resilient in changing conditions. Their deep root systems help improve soil structure, increase infiltration, and support a wide range of pollinators and other wildlife.
Rain gardens are also dynamic by nature. Plants fill in, water patterns shift, and the garden responds differently from season to season. At times they may look lush and full, and at other moments a bit wild or uneven. Embracing that change—rather than striving for constant uniformity—is part of working with a living system.
A Living Example of Working with Water
What began as a muddy problem near our duck pond has grown into something much more meaningful. The rain garden doesn’t just manage water—it shows how thoughtful design can turn excess runoff into a living, thriving landscape.
We hope this rain garden encourages visitors to see water runoff differently—not as a nuisance problem but as a resource that can nourish the land when given the chance. With a little intention, even the wettest spots can become opportunities to work with nature rather than against it.
Cara Steele, Ecologist
Abbey Gardens
