Underwater cities have long been the subject of science fiction novels and movies, but the urban sprawl of artificial structures being developed in marine environments has widespread ecological consequences. The practice of combining ecological principles with the planning, design, and operation of marine artificial structures is gaining in popularity, and examples of successful engineering applications are accumulating. Here we use case studies to explore marine ecological engineering in practice, and introduce a conceptual framework for designing artificial structures with multiple functions. The rate of marine urbanization will almost certainly escalate as aquatourism drives the development of underwater accommodations. We show that current and future marine developments could be designed to reduce negative ecological impacts while promoting ecosystem services.

Marine urbanization: an ecological framework for designing multifunctional artificial structures

AIROLDI, LAURA;
2015

Abstract

Underwater cities have long been the subject of science fiction novels and movies, but the urban sprawl of artificial structures being developed in marine environments has widespread ecological consequences. The practice of combining ecological principles with the planning, design, and operation of marine artificial structures is gaining in popularity, and examples of successful engineering applications are accumulating. Here we use case studies to explore marine ecological engineering in practice, and introduce a conceptual framework for designing artificial structures with multiple functions. The rate of marine urbanization will almost certainly escalate as aquatourism drives the development of underwater accommodations. We show that current and future marine developments could be designed to reduce negative ecological impacts while promoting ecosystem services.
2015
Katherine A Dafforn;Tim M Glasby;Laura Airoldi;Natalie K Rivero;Mariana Mayer-Pinto;Emma L Johnston
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/466769
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