Coral Sonic Resilience is a project by @marcobarotti that explores the healing...

Future Earth 1 year ago

Coral Sonic Resilience is a project by @marcobarotti that explores the healing power of sound to help restore damaged coral reefs. Based on a scientific discovery, it uses the sounds of healthy reefs played back to damaged ones to attract marine life. Currently in the prototyping phase, Barotti created underwater sound sculptures installed in a damaged reef and coral nursery of Ferdihoo Island in the Maldives. Later, this body of work will evolve into indoor exhibitions, merging art and science to emphasize the importance of reef conservation. Follow @imagine5_official for more restoration stories Project Partners: @relaxound @coral_restoration_feridhoo @bca_campus_unipd @villarosamaldives @divingnoohiri Feridhoo Island Council. Team: Advice on acoustic ecology and research: Timothy Lamont (Lancaster University) @tim_lamont3 Research, and project coordination: @antonio_beggiato @bca_campus_unipd Research and data analysis: Federica Moscheo, Prof. Marco Vincenzo Patruno, Luca Larson Photos & videos: @marcobarotti, @luca_diving @antonio_beggiato Design: Studio Marco Barotti Design coordinator: @andyfofanaa Solar station Buoy design: @allesblinkt

layersDaily Sustainability Digest

Published about 38 minutes ago



Carbon‑intensive materials are confronting the limits of traditional production as carbon capture technologies for cement advance rapidly. These innovations could cut the embodied carbon and whole life carbon of concrete by up to three quarters within a decade, transforming the carbon footprint of construction. Progress depends on scaling sequestration facilities and embedding whole life carbon assessment in every project.

The transition marks a decisive step toward net zero whole life carbon outcomes and an industry aligned with low carbon construction materials and renewable building materials. Policy and oversight are reshaping the framework of environmental sustainability in construction. The UK Climate Change Committee’s warning about the country’s outdated infrastructure has driven a review of sustainable building design, retrofit strategy and resilience standards.

Across Europe, assessments of natural capital are influencing budget plans and encouraging circular economy in construction investment to safeguard soil, water and ecosystem services that underpin eco-friendly construction and green building materials supply chains. Regulatory shifts underline a broader move towards sustainable building practices and transparent lifecycle assessment.

The tightening of environmental rules in the United States, alongside fresh attention to environmental product declarations (EPDs), reflects a commitment to decarbonising the built environment. Financial modelling is edging closer to integrating life cycle cost and life cycle thinking in construction so that investors reward projects promoting resilience and resource efficiency in construction rather than short‑term compliance.

The global construction sector is entering a phase where sustainable construction and low carbon design define competitiveness. From eco-design for buildings and BREEAM v7 certification to circular construction strategies and end-of-life reuse in construction, industry leaders see that green construction, carbon neutral construction, and net zero carbon buildings are not aspirational ideals but essential metrics of sustainable urban development.

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