As sea levels rise and storms intensify due to climate change, Florida is emerging as a testing ground for innovative coastal adaptation strategies. Architects and designers across the state are integrating infrastructure with urban design to create more resilient residential buildings, public spaces, and shoreline defenses.
These efforts aim to better withstand the impacts of rising waters, worsening storms, saltwater intrusion, and increased heat. The urgency is underscored by the fact that approximately 40% of the U.S. population lives in coastal counties, making them increasingly vulnerable.
Jeffrey Huber, a landscape architect and professor at Florida Atlantic University, experienced the aftermath of Hurricane Andrew firsthand when he was 12. The storm damaged his childhood home and highlighted the long-term challenges of rebuilding. "The question isn’t about how we stop water, but it’s how we live on, with and over it," Huber stated, emphasizing the need for designs that accommodate rising waters.
Innovative Seawalls and Elevated Housing
Miami Beach resident Anya Freeman, a former lawyer, launched Kind Designs in 2024 to address frequent flooding. The startup creates 3D-printed living seawalls designed to protect shorelines, serve as marine habitats, and be affordable for wider adoption. These seawalls mimic natural coastal features like mangrove roots and barnacle clusters to attract native species and dissipate wave energy. Initial installations have shown they can dissipate at least 45% of wave energy and support a diverse marine ecosystem.
The Vista Breeze affordable senior housing project in Miami Beach exemplifies adaptable architecture. Designed by Brooks Scarpa Huber, the 119-unit complex is elevated 10 feet above sea level and engineered to withstand storm surges up to 20 feet. The buildings utilize a waterproof concrete mixture and zinc-coated rebar to enhance durability against water penetration and corrosion. The design also incorporates passive cooling by orienting buildings towards prevailing breezes and promotes community interaction through shared spaces.
Transforming Public Spaces
In Fort Lauderdale, DC Alexander Park has been transformed from a former parking lot into a public space that also functions as flood infrastructure. The park features an artistic overlook for shade and a native maritime forest along its perimeter that absorbs rainfall and saltwater, providing recreational opportunities and habitat.
These projects build upon Huber's research outlined in his 2024 design manual, "Salty Urbanism." He believes that the adaptive strategies developed in Florida for extreme scenarios like significant sea-level rise will become increasingly relevant to coastal cities worldwide.
Addressing Funding and Community Needs
Implementing these solutions faces challenges, including securing funding, navigating policy, and gaining community support. Aaron DeMayo, founder of Future Vision Studios, has been developing "The Coastline," a regional resilience master plan for South Florida. He argues that despite the significant cost, the investment is warranted due to the vast amount of low-lying property at risk from storm surge and sea-level rise, offering a substantial return on investment by protecting waterfront and adjacent properties.
At the University of Miami’s Center for Urban and Community Design, director Thomas Klein is working to address the lack of financial assistance for lower-income communities seeking to implement climate-resilient projects. The center is establishing a community design fund to support impactful projects developed in collaboration with residents. Klein also advocates for infrastructure that serves multiple purposes, such as roads designed not only for vehicles but also for cyclists, public transit, stormwater management, and heat island mitigation.
This fall, the center is launching an initiative to design "sponge parks" in South Florida, utilizing green infrastructure to absorb rain and manage stormwater. Despite Florida's complex regulatory environment, Klein suggests that the concentrated need for resilience solutions there may lead to uniquely replicable and robust designs for other coastal areas facing similar climate threats.