Stormwater is often treated as waste instead of a valuable resource while urban trees often lack the water and soil conditions needed for healthy growth.
Bioretention tree pits work with natural processes to capture, filter, and reuse stormwater where it falls, supporting healthy urban trees while improving water quality and reducing runoff.
Long-term performance depends on thoughtful planning. These key design considerations help create effective bioretention systems.
Successful bioretention systems require more than selecting the right products. Long-term performance depends on balancing stormwater management with the growing conditions healthy urban trees need. Careful planning early in the design process helps maximize both hydraulic performance and tree health.
Provide the uncompacted soil needed for healthy root development
Capture, filter, and treat runoff within the integrated tree pit
Explore projects that demonstrate successful bioretention design across a range of urban environments.
Whether you’re planning a streetscape, park, campus, or commercial development, our team provides technical guidance, specification support, CAD details, and product expertise to help deliver successful projects.
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