As UN Environment Programme’s new Overshoot Report says: “While the...

UN Climate Change 8 hours ago

As UN Environment Programme’s new Overshoot Report says: “While the international community has made progress on climate change, global action to cut greenhouse gas emissions has not been fast enough to avoid global warming crossing 1.5°C above pre-industrial levels in the next few years.” The report says that the best-case scenario is now a peak temperature rise of 1.8°C - assuming all national climate plans and long-term net zero targets are fully implemented. But under current policies, the projected global average temperature could reach 2.6°C by 2100. Here’s the part that matters most: what happens next is up to us. The duration and the degree of this overshoot beyond the 1.5°C matter enormously. Yes, we have made progress in tackling the climate crisis. But it is nowhere near enough. Every fraction of a degree, and every year of overshoot, will be measured in countless lives and livelihoods wrecked.    Our best and only option to protect people and economies from devastating climate impacts is to minimize the duration and severity of this overshoot beyond the 1.5°C.    We still have much work to do.  We can - and we must – get this job done.  But it will take all nations working together, and with private sector leaders, civil society, scientists and other experts, to drive the progress needed. 📸 Design by @unep

layersDaily Sustainability Digest

Published about 11 hours ago



Climate volatility is stress‑testing infrastructure in real time. Nepal’s floods disabling over a tenth of national hydropower show that low‑carbon assets fail without climate‑robust design, operations and maintenance. Sustainable construction must plan for compound events and tomorrow’s hydrology: specify spillways, scour protection, drainage and storage; pair resilient engineering with community‑centred delivery and long‑term upkeep. This is central to environmental sustainability in construction and sustainable building practices, linking green infrastructure with building lifecycle performance and life cycle thinking in construction through rigorous lifecycle assessment.

The UK water sector’s £50m Breakthrough Challenge signals deployment at scale. Funding should couple whole life carbon assessment with life cycle cost, target embodied carbon and embodied carbon in materials, and use environmental product declarations (epds) to inform sustainable material specification. Low carbon design supported by low carbon construction materials, renewable building materials and green building materials can cut the carbon footprint of construction while improving resource efficiency in construction. Alignment with BREEAM and BREEAM v7, circular economy in construction and broader circular construction strategies will accelerate net zero whole life carbon, net zero carbon buildings and energy‑efficient buildings as part of decarbonising the built environment, carbon neutral construction and a wider circular economy that supports sustainable urban development.

Delivery needs operators in the design room early, procurement that rewards adaptive capacity, and end‑of‑life reuse in construction. The sector can prove that eco‑design for buildings, sustainable design, sustainable building design, green construction, eco‑friendly construction and each low carbon building deliver resilience on time, on budget and with demonstrable whole life carbon and carbon footprint reduction.

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