At the Royal Danish Academy's ‘Imagining Futures through Architecture and Design’ exhibition, David A. Garcia presented Watershore Habitat. This project, which was developed in collaboration with IHE Delft Institute for Water Education, proposed innovative forms of coastal defences.
As an architectural concept, Watershore Habitat seeks to blend into the landscape to establish better living conditions in flood-prone areas. At its core, David A. Garcia’s project regards flooding not as an enemy to be excluded by higher and higher sea walls but as a phenomenon with which people could live in harmony. In a sense, this would allow the sea's ecosystem of flora and fauna to enter into symbiosis with human-made cities.
Watershore Habitat offers an alternative vision where a family could live in a home designed as a lifeboat, a structure that floats, adapts, or welcomes water during high tides, with ground floors that are meant to be wet, with gardens that are tidal, with streets that become canals, and so on.
flooding-compatible design projects
David A. Garcia presented Watershore Habitat
Trend Themes
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Flood-adaptive Architecture — Designs that incorporate floatable, amphibious and wet-ground living units enable buildings to remain functional and habitable through variable water levels.
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Living-with-water Urbanism — A shift toward street-to-canal conversions and tidal gardens creates urban morphologies that accommodate regular inundation rather than exclude it.
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Biomimetic Coastal Defenses — Integration of porous, habitat-supporting structures offers coastal protection that simultaneously enhances marine and estuarine ecosystems.
Industry Implications
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Residential Construction — Modular, buoyant housing systems and water-tolerant materials present new product ecosystems for homes in flood-prone regions.
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Urban Planning and Infrastructure — New regulatory frameworks and resilient transport networks emerge from planning paradigms that accept periodic flooding as part of city life.
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Landscape Architecture and Ecological Design — Hybrid green-grey interventions that blend tidal gardens with engineered defenses create multifunctional public spaces and ecosystem services.