The critical system of ocean currents which loops around the Atlantic Ocean is weakening and could be far closer to collapse than previously thought, according to two new studies — an event which would have catastrophic impacts on the planet's weather and climate.
The Atlantic Meridional Overturning Circulation, known as the AMOC, functions like a vast conveyor belt, transporting heat, salt and freshwater through the ocean and influencing climate, weather and sea levels around the planet.
A growing body of research suggests it's weakening as human-driven global warming disrupts its delicate balance of heat and salinity, with one study even predicting it could collapse as soon as next decade. But the AMOC is complex and has only been continuously monitored since 2004. Climate models generally agree it's on course to weaken this century, but there is a huge amount of uncertainty about the extent of its decline.
The two new studies — one which focuses on the AMOC's future, the other on its present — provide new and alarming evidence of its decline.
Read more at the link in our bio.
📷: NASA Goddard Space Flight Center
The sustainable construction industry is undergoing structural transformation, driven by digital integration, whole life carbon assessment and measurable environmental accountability. Artificial intelligence is being embedded as a fundamental component of sustainable building design rather than a supplementary feature, optimising resource efficiency and supporting rigorous lifecycle assessment. Its greatest barrier remains organisational culture rather than technical capacity.
Carbon management is maturing from aspiration to precision. Companies are adopting advanced methods to quantify embodied carbon in materials, evaluate the carbon footprint of construction and apply life cycle thinking in construction procurement. The shift towards verifiable data supports informed investment and ensures compliance with stricter regulations on embodied carbon and whole life carbon reporting.
Policy pressure on energy‑intensive sectors reinforces the requirement for net zero carbon buildings and broader decarbonising of the built environment. Governments are tightening rules on supply‑chain transparency, life cycle cost evaluation and end‑of‑life reuse in construction as they promote a circular economy in construction. Firms that embed circular construction strategies, low carbon design and sustainable material specification will remain competitive as low embodied carbon materials become critical to achieving net zero whole life carbon.
Certification systems such as BREEAM and the forthcoming BREEAM v7 revision are defining benchmarks for eco‑design for buildings and environmental sustainability in construction, translating ambitions into measurable outcomes. These frameworks align environmental product declarations (EPDs) with resource efficiency in construction, improving building lifecycle performance and supporting the creation of energy‑efficient buildings.
The sector is converging on a data‑driven, system‑wide model of sustainable design. The integration of green construction methods, sustainable building practices and renewable building materials signals a decisive shift towards carbon neutral construction and long‑term sustainability in the global built environment.
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