"Paris was not the end of fossil fuels, of course. From the perspective of the atmosphere, the last decade could accurately be described as a slow-moving fever dream — one in which pollution from fossil fuels has continued to rise year after year. All those emissions drive global heating and make the planet more dangerous," writes John D. Sutter.
"And in this dangerous decade climate disasters have continued to intensify — from the massive hurricane that walloped Puerto Rico in 2017, to Jamaica this October where the most powerful Atlantic storm on record came aground.
"It's a decade in which new fossil fuel projects continued to be approved by the very governments that had promised to slash emissions; and one in which the United States twice elected a climate-denier to the nation's highest office. This fall, President Donald Trump, after cancelling billions toward clean energy projects and moving to open a swath of the Arctic for oil extraction, bucked the scientific consensus on global warming again by falsely stating that climate change is the 'greatest con job ever perpetrated on the world.'
"Ironic, then, that this has also been a decade during which scientists realized that, if anything, they underestimated some of the threats of climate change."
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The built environment is undergoing a structural transformation driven by regulation, resilience and resource efficiency in construction. The UK’s post-Grenfell regulatory regime has intensified accountability across the sector, demanding transparent dutyholder responsibility and measurable performance in sustainable construction. The government’s plan to reform water governance, alongside stricter rules on leakage and pollution, elevates the importance of sustainable building design that prioritises water efficiency, life cycle cost and whole life carbon assessment. Developers face rising expectations to integrate eco-design for buildings that reduce run-off and demand rather than relying on infrastructure resilience alone.
Climate adaptation is now overt reality, with managed retreat shaping policy and finance. The demolition of coastal homes in Thorpeness demonstrates how location risk is being priced into valuations and insurance. This shift underscores the necessity of sustainable urban development based on lifecycle assessment, whole life carbon reduction and low carbon design to mitigate the environmental impact of construction. The resilience transition highlights that net zero whole life carbon and circular economy principles are not theoretical ambitions but essential for long-term asset viability.
Innovation on the supply side is reinforcing circular economy in construction. The University of Birmingham’s new rare-earth magnet recycling plant supports a circular supply chain for renewable building materials essential to low carbon building systems, from heat pumps to vertical transport. Yet progress on decarbonising materials such as cement and steel remains uneven, showing that embodied carbon in materials and process transparency must go beyond artificial intelligence and data analytics to achieve meaningful carbon footprint reduction. Cleaner production depends on applying life cycle thinking in construction and adopting low embodied carbon materials supported by environmental product declarations (EPDs).
Investment in flexible energy infrastructure, including platforms enabling energy-efficient buildings to interact with the grid, signals a future of decentralised, renewable power and carbon neutral construction. Policy signals remain inconsistent, but the imperative for environmental sustainability in construction is clear. Build fabric-first, electrify systems, embed circular construction strategies and specify green building materials validated through whole life carbon reporting. Those priorities define sustainable material specification, improve building lifecycle performance and align with BREEAM and BREEAM v7 standards, strengthening the economic case for decarbonising the built environment.
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