Coral reefs are one of the world’s most valuable ecosystems. 🐠🌊
On the frontline of the climate crisis, they are increasingly threatened by rising ocean temperatures, acidification and marine heatwaves.
Yet despite their small size, coral reefs have a mighty impact - supporting marine life, protecting coastal communities and playing an important role in the health and resilience of our oceans.
These colourful underwater forests cover just 1% of the ocean but they support 25% of marine life and sustain the lives of more than one billion people. They protect coastlines from damages by softening the forces of waves and storms, preventing erosion and safeguarding coastal inhabitants.
Coral reefs are critical ocean infrastructure, necessary for stabilising our climate and guarding our coastal communities.
Protecting coral reefs requires ambitious and accelerated climate action to safeguard one of the planet’s most valuable and vulnerable ecosystems.
#WorldReefDay
Permafrost degradation is accelerating, turning climate risk into a design driver for foundations, drainage and utilities in cold regions. Project teams are pivoting to sustainable building design, lifecycle assessment and life cycle thinking in construction to safeguard building lifecycle performance and resilience.
England’s drought resilience agenda is entering mainstream briefs, driving demand for high‑efficiency fixtures, on‑site reuse, smart metering and water‑sensitive urban design in energy‑efficient buildings. Schemes are targeting breeam and breeam v7 water and resilience credits while strengthening green infrastructure within sustainable urban development.
London’s office market is embedding retrofit first, retaining structures to cut embodied carbon and the carbon footprint of construction, speed delivery and support net zero carbon buildings and net zero whole life carbon. Outcomes are being evidenced through whole life carbon assessment and transparent life cycle cost analysis, boosting confidence in low carbon building investment.
Material strategy is shifting to low embodied carbon materials and renewable building materials, with sustainable material specification guided by environmental product declarations (epds) to reduce embodied carbon in materials and enable circular economy in construction.
Modular delivery expanding across the Benelux is pairing factory precision with low carbon construction materials and green building products to drive resource efficiency in construction, circular construction strategies and affordable, eco‑friendly construction.
The UK’s golden thread is making verified product and performance data a precondition for circular economy, end‑of‑life reuse in construction and finance, linking provenance to decarbonising the built environment, carbon neutral construction and measurable carbon footprint reduction within environmental sustainability in construction. Eco‑design for buildings, sustainable construction, green construction and low carbon design are becoming baseline sustainable building practices in sustainable architecture.
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