Construction begins next month for the Living Seawall

One year after launching publicly, the project is entering its most exciting phase yet.

The dock at the Living Seawall

One year after launching publicly, the Living Seawall at The Church by the Sea is entering its most exciting phase yet: construction is now set to begin next month.

The project, the first fully integrated 3D-printed vertical living seawall in an urban canal system, will transform 860 feet of aging seawall into a living ecological asset for Fort Lauderdale’s Mayan Lake system. Developed in partnership with Kind Designs, the innovative structure is designed to support marine biodiversity, improve water quality, and serve as a replicable model for coastal communities around the world.

Momentum behind the project has continued to build in 2026. Donations have now surpassed 90% of the project’s fundraising goal, including two major gifts earlier this year of $100,000 and $32,000 from supporters who believe in the project’s mission and long-term impact.

The strong response reflects growing excitement around a project that blends environmental restoration, community engagement, and faith-driven stewardship in a uniquely visible way.

“This is no longer just an idea or a vision board conversation,” said Living Seawall committee chair Harry Rozelle. “We’re standing on the eve of seeing something truly groundbreaking come to life. What excites me most is not only the environmental impact this seawall can have here in Fort Lauderdale, but the example it can set far beyond our community. This project shows what’s possible when people of faith come together with scientists, engineers, and neighbors to solve real problems in a hopeful and practical way. Our prayer is that it inspires other waterfront communities around the world to think differently about stewardship, resilience, and what infrastructure can become.”

Once completed, the Living Seawall is expected to help support marine habitat restoration, encourage oyster colonization capable of filtering over a million gallons of water per day, and improve conditions throughout the broader canal system.

Permitting and final planning efforts are now nearing completion as the team prepares for groundbreaking