Is it possible to build cities that are resilient to earthquakes and flooding?...

CNN Climate 2 years ago

Is it possible to build cities that are resilient to earthquakes and flooding? Architecture firm Foster + Partners hopes to do just that with its climate-first master plan for the city of Antakya, in southeastern Turkey. More than 50,000 people died and millions more were displaced when two earthquakes of magnitude 7.8 and 7.5 rocked the country's southern region and northern Syria on February 6 last year. The United Nations put the rebuild cost for the region at more than $100 billion. The city of Antakya (historically known as Antioch), capital of Hatay Province, was one of the worst hit in Turkey, with almost 80% of buildings reportedly damaged beyond repair. It was devastation "beyond imagination," according to Nicola Scaranaro of Foster + Partners. The architectural firm last month published its master plan to not only rebuild and revitalize the city, but to "future proof" it against earthquakes, flooding and other natural disasters. Tap the link in @cnn's bio to read more. 📸: Artist rendering courtesy the Türkiye Design Council | Hassan Ayadi / AFP via Getty Images

layersDaily Sustainability Digest

Published about 2 hours ago



The UK construction sector is entering a pivotal phase where sustainable construction is defined not by aspiration but implementation. The government’s decision to align with EU chemicals regulation strengthens supply chain consistency for low embodied carbon materials such as insulation and cement additives, enhancing environmental sustainability in construction and enabling accurate whole life carbon assessment across projects.

The Treasury’s £470 million support for energy-intensive industries targets process electrification and low carbon kilns, advancing resource efficiency in construction and lowering the carbon footprint of construction processes. Cooperation between RICS and government on professional reform embeds sustainability competence into building standards, advocating sustainable building design and systematic lifecycle assessment to ensure sustainability credentials hold equal weight to financial accountability.

The International Court of Justice’s ruling on climate responsibility establishes legal accountability for decarbonising the built environment, reshaping policy toward net zero carbon buildings and carbon neutral construction. This underscores the urgency of measuring life cycle cost to achieve net zero whole life carbon outcomes.

Innovations in carbon mineralisation demonstrate circular economy potential in construction by transforming industrial waste into renewable building materials, while simultaneously cutting emissions and producing clean hydrogen. This approach reflects genuine circular construction strategies and signals progress toward eco-friendly construction, low carbon design, and green infrastructure that support sustainable urban development.

Across the global built environment, these changes are aligning investment, law, and technology around measurable sustainability performance. The sector’s shift to life cycle thinking in construction and whole life carbon management indicates that green construction is moving from rhetoric to reality, defining the next era of low carbon building and sustainable material specification.

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