Cities are build on soils! #WorldSoilDay 🌱 🏙️
When we think about soil, we often associate it with the countryside and nature.
But urban soil is also fundamental:
🌱 🏙️ Sealed urban soils trap heat, worsen floods, and increase energy demand for air cooling
🌱 🏙️ Urban soils and diverse vegetation are vital to cool cities, store carbon, absorb water, support biodiversity and improve climate resilience
Facts about soil in the EU:
🌱 95% of EU food comes from soil
🌱 60-70% of EU soils are unhealthy
🌱 €50 billion lost every year in the EU due to soil degradation
We are committed to enhancing the health of soil for the benefit of people, food, nature, and climate:
The EU’s first law on soil monitoring and resilience enters into force on 16 December, a huge milestone that will help restore soil health. 🙌🌱
👆Learn more in our bio.
The UK construction sector is accelerating towards a new stage of environmental sustainability in construction, where electrification and performance benchmarking define both policy and investment decisions. The Climate Change Committee’s latest assessment emphasises that failure to deliver net zero carbon buildings and undertake full Whole Life Carbon Assessment is inflating household energy costs and obstructing the transition to low carbon design. Developers and landlords are increasing spending on sustainable building design and embodied carbon reduction, integrating lifecycle assessment to map risks and manage Life Cycle Cost more effectively.
The shift toward energy-efficient buildings reflects a broader Circular Economy in construction, where renewable building materials and low embodied carbon materials are prioritised to cut the carbon footprint of construction. Engineers are integrating eco-design for buildings to balance comfort and emissions, exploring solar-integrated cooling systems as feasible pathways to net zero Whole Life Carbon. These advances are redefining sustainable construction through resource efficiency in construction, sustainable material specification and the adoption of green building products verified through environmental product declarations (EPDs).
Policy instability has delayed implementation of low carbon construction materials standards, but the supply chain is responding independently. Investors are funding hydrogen and electrification ventures aligned with circular construction strategies and carbon neutral construction objectives, signalling confidence in the sector’s ability to achieve measurable reductions in embodied carbon in materials. Assessment models such as BREEAM and the forthcoming BREEAM v7 are shaping sustainable building practices through robust evaluation of building lifecycle performance and the environmental impact of construction across the entire supply chain.
This market transformation advances sustainable urban development by moving beyond design rhetoric toward measurable reduction of the carbon footprint of construction. As contractors link life cycle thinking in construction with end-of-life reuse in construction and logistical efficiency, sustainable architecture and green construction are becoming central to business resilience. Decarbonising the built environment is now inseparable from national energy planning, confirming that sustainable building design is not optional innovation but structural necessity.
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