This paper examines the potential of sustainable floating architecture as an adaptive strategy to address coastal risk and sea level rise challenges associated with climate change in the Italian context. Using a research-by-design approach, through a case study focusing on a temporary floating pavilion proposed for the city of Venice, the paper establishes a theoretical framework for floating architecture and sea level rise research, to guide the conceptualization and schematic design of the pavilion. It emphasizes the incorporation of sustainable principles into the design process, focusing on practices aimed at minimizing environmental impact, offering insights into climate adaptation measures through passive strategies. By the testing of the SEAform solution for floating platforms, this research contributes to the advancement of best practices in floating architecture, fostering reflection on future scenarios. It aims to inform decision-making processes for upcoming projects by providing insights and recommendations.

Floating Architecture Strategies: A Case Study of an Adaptive Pavilion in the Venice Lagoon / Bonilla-Ávila, Diego Antonio; Calero-Trávez, Andrés Medardo; Porporato, Gabriele; Giordano, Roberto; Rosiello, Alice; Sirigu, Sergej Antonello. - 597:(2025), pp. 379-388. (Intervento presentato al convegno 4th World Conference on Floating Structures, WCFS 2024 tenutosi a Hong Kong nel 2–4 December 2024) [10.1007/978-981-96-4569-5_40].

Floating Architecture Strategies: A Case Study of an Adaptive Pavilion in the Venice Lagoon

Giordano, Roberto;Rosiello, Alice;Sirigu, Sergej Antonello
2025

Abstract

This paper examines the potential of sustainable floating architecture as an adaptive strategy to address coastal risk and sea level rise challenges associated with climate change in the Italian context. Using a research-by-design approach, through a case study focusing on a temporary floating pavilion proposed for the city of Venice, the paper establishes a theoretical framework for floating architecture and sea level rise research, to guide the conceptualization and schematic design of the pavilion. It emphasizes the incorporation of sustainable principles into the design process, focusing on practices aimed at minimizing environmental impact, offering insights into climate adaptation measures through passive strategies. By the testing of the SEAform solution for floating platforms, this research contributes to the advancement of best practices in floating architecture, fostering reflection on future scenarios. It aims to inform decision-making processes for upcoming projects by providing insights and recommendations.
2025
9789819645688
9789819645695
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/3002148