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Contemporary architectural ornament serves multiple purposes; articulated surfaces are no longer simply symbolic gesture but, in addition, contain material performance as expression of technological, environmental and other cultural factors. At the same time, parametric design has opened new frontiers in patterning and bio-inspired design. The manifestation of these bio-inspired materials can be compelling spatial narratives that speculate on the blending of nature and architecture. However, these biophilic tendencies might further serve in the development of more sustainable architecture and urbanism; surfaces and structures derived from nature might also serve nature. In this work, we present a method to define “habitat grammars” that create functional spaces for diverse species, as well as generating unique aesthetic properties derived from regional nuances in flora and fauna. The method is applied to a seawall in South Florida near mangroves. Panels were cast in high strength concrete and experimentally observed in aquariums with live specimens. The results indicated that low relief panels performed equivalent to featureless walls, whereas higher relief panels elicited a near unanimous response from the introduced species.

Integration of Habitat Grammars for Biodiverse and Resilient Coastal Structures