Iceland's relatively mild climate is shaped by a crucial network of currents that winds its away around the Atlantic Ocean transporting heat northward — without it, the island would be much icier and stormier. As evidence mounts these currents could be on course for collapse, Iceland's government has made the unusual move of designating the risk a national security threat, prompting a a high-level response into how to prepare for this "existential threat."
"Our climate, economy and security are deeply tied to the stability of the ocean currents around us," said Jóhann Páll Jóhannsson, Iceland's Minister for Environment, Energy and Climate.
The Atlantic Meridional Overturning Circulation — known as the AMOC — is a looping system of currents that works like a giant conveyor belt, pulling warm water from the Southern Hemisphere and tropics to the Northern Hemisphere, where it cools, sinks and flows back south.
When scientists are asked which potential climate impact terrifies them most, the collapse of the AMOC is often top of the list.
A growing body of research points to the AMOC slowing down, as higher global temperatures disrupt the delicate balance of heat and salinity on which its strength relies. The science is still unsettled on the likelihood and timing of any collapse, but some studies have projected it could be on course to happen this century.
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📷: Evrim Aydin/Anadolu/Getty Images
Developers and policymakers now weigh the life cycle cost and carbon footprint of construction materials essential to decarbonising the built environment. A shift toward low carbon construction materials, renewable building materials, and circular economy in construction is accelerating as nations recognise the interdependence of resource efficiency in construction and equitable climate policy.
The movement toward eco-design for buildings, low carbon design, and regenerative architecture reflects growing sector maturity. As BREEAM v7 and related certification frameworks evolve, attention is turning to lifecycle thinking in construction and end-of-life reuse in construction to advance circular construction strategies and reduce the carbon footprint of construction.
Effective sustainable building practices now demand a holistic approach encompassing net zero Whole Life Carbon, sustainable architecture, and the environmental impact of construction within a globally just and accountable framework.
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