The world's largest capital cities are seeing more extremely hot days than...

CNN Climate 2 years ago

The world's largest capital cities are seeing more extremely hot days than ever, according to a new study, which says the dangerous trend is being driven by scorching temperatures across Asia as the climate crisis worsens. Asian cities, which make up about half of the world's most populous capitals, saw some of the biggest temperature increases – a trend that's evident in recent heat waves across the continent, from Southeast Asia to China and India. Asia is uniquely vulnerable to climate risks, due to its high population, poverty, and proportion of people living in low-lying areas, prone to flooding, sea level rise and other natural disasters. Read more at the link in our bio. 📷: Willy Kurniawan/Reuters; VCG/Getty Images; Parveen Kumar/Hindustan Times/Getty Images

layersDaily Sustainability Digest

Published about 7 hours ago



The construction sector is shifting from ambition to measurable action on decarbonisation. Policy reform, financial scrutiny and materials innovation are aligning to hardwire whole life carbon accountability into projects. The Science Based Targets initiative’s revised standard now compels more precise reporting of embodied carbon and whole life carbon assessment, pushing developers to quantify emissions once buried in supply chains. Investors applying BREEAM V7 expect verified data, linking transparency in sustainable construction to reduced financial risk. Certified metrics enhance asset valuation and strengthen confidence in environmental sustainability in construction, making compliance a commercial benefit as well as an ethical one.

A more grounded approach to the circular economy in construction is taking shape. Owners are using resource credits and circular construction strategies to retain material value, encourage end‑of‑life reuse in construction, and support low embodied carbon materials without undermining profitability. Eco‑design for buildings and sustainable material specification now inform early project stages, advancing sustainable building design and life cycle thinking in construction. The market increasingly rewards measurable gains in building lifecycle performance, driving the uptake of green building materials and renewable building materials.

Government policy remains pivotal. The Department for Energy Security and Net Zero’s endorsement of efficient, functional solutions highlights that low carbon construction materials and practical infrastructure contribute directly to decarbonising the built environment. The UK’s absence of a bioeconomy strategy exposes risks to sustainable urban development and competitiveness in carbon neutral construction.

Across the sector, the economics of low carbon design and net zero whole life carbon performance are overtaking vague environmental promises. Projects now integrate lifecycle assessment, control the carbon footprint of construction, and prioritise resource efficiency in construction to achieve viable net zero carbon buildings. The market signal is clear: sustained investment will favour data‑driven sustainable building practices and verifiable green construction outcomes that deliver enduring environmental and financial value.

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