Nature award for polar bear photo shows that images of these magnificent creatures still have the power to move people

The Conversation UK 2 years ago

Image of the majestic creatures remain powerful communicators of humanity’s connection with nature.
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layersDaily Sustainability Digest

Published about 6 hours ago



Sustainable construction across the UK is entering a phase of measurable transformation, linking industrial strategy with environmental sustainability in construction and the circular economy. Essity’s £30 million waste‑fibre facility in Northumberland exemplifies how sustainable building design and circular economy in construction are moving from isolated projects into scalable industrial infrastructure. The shift responds to rising expectations for whole life carbon assessment, lower embodied carbon in materials, and transparent environmental product declarations (EPDs). Manufacturers are aligning with new embodied carbon benchmarks to reduce the overall carbon footprint of construction and deliver measurable life cycle cost benefits.

Advances in energy storage, highlighted by the completion of Europe’s largest vanadium flow battery in East Sussex, are enabling net zero carbon buildings and carbon neutral construction. Such developments strengthen low carbon design opportunities where decentralised energy systems underpin net zero whole life carbon targets across the built environment. The emphasis is on lifecycle assessment and building lifecycle performance, integrating renewables with energy-efficient buildings that comply with BREEAM and BREEAM V7 criteria for sustainable building practices.

Investment in redeveloping post‑industrial and coastal sites reflects a clear move toward adaptive reuse, eco-friendly construction, and green construction materials. These projects demonstrate life cycle thinking in construction, prioritising resource efficiency in construction and end‑of‑life reuse in construction. Emerging low carbon construction materials, including green concrete and renewable building materials, are central to reducing embodied carbon while enhancing durability and resilience. Such strategies are defining a new standard for sustainable material specification in sustainable urban development and green infrastructure.

The sector is shifting from incremental improvement to structural change. Integration of circular construction strategies with whole life carbon management is now essential to decarbonising the built environment. Investors and policymakers view sustainable design as both an economic and climate imperative. By embedding eco-design for buildings, low carbon building technologies, and the assessment of environmental impact of construction at every stage, the industry is turning sustainability commitments into operational realities that advance the goal of carbon footprint reduction and low-impact construction.

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