🌳 Forests are Earth’s most powerful climate solution: each year, they...

UN Climate Change 4 months ago

🌳 Forests are Earth’s most powerful climate solution: each year, they absorb about one-third of the planet-heating emissions released from burning fossil fuels. Forests also provide livelihoods for around 1.6 billion people worldwide. Yet deforestation and land degradation cause up to 14% of global greenhouse gas emissions and put communities and ecosystems at risk. Innovative agroforestry solutions can help safeguard forests and their vital role in our climate, while also boosting crop yields and ensuring food security. At #ClimateWeek2025, Monalisa of the Good Forest Indonesia Foundation explained how innovation in landscape restoration is helping thousands of smallholder farmers in Indonesia protect and grow their livelihoods — and why the best solutions do not always have to be new ones.

layersDaily Sustainability Digest

Published about 4 hours ago



Real‑world data from the recent cold spell confirmed that heat pumps maintained comfortable indoor temperatures across UK homes with higher user satisfaction than gas systems, reinforcing confidence in electrified heating as a cornerstone of sustainable construction. The results strengthen the policy case for low carbon design in new developments and retrofit schemes focused on whole life carbon performance and embodied carbon reduction.

Developers prioritising energy‑efficient buildings, life cycle cost transparency and whole life carbon assessment frameworks such as BREEAM and BREEAM v7 are demonstrating resilience in an uncertain market.

Hourly carbon‑free electricity tariffs are reshaping how organisations procure clean energy. Aligning building operations with these tariffs through smart controls, heat pumps and thermal storage enables carbon footprint reduction based on actual grid intensity. This evolution supports environmental sustainability in construction and encourages sustainable building design strategies that integrate lifecycle assessment data and circular economy planning for improved building lifecycle performance.

The construction pipeline shows uneven momentum, with a fall in main contract awards but new activity in education and commercial sectors. This volatility compels investors to focus on eco‑design for buildings that can be delivered in phases, financed through operating savings and supported by sustainable building practices. Retrofit projects using low embodied carbon materials and renewable building materials strengthen environmental product declarations (EPDs) and promote resource efficiency in construction.

Developers that specify proven heat pump systems, design for flexibility and embed end‑of‑life reuse in construction will capture long‑term value and establish leadership in carbon neutral construction. Integrating circular construction strategies with sustainable material specification ensures that net zero carbon buildings and net zero whole life carbon targets are achievable. The emergent trend signals that decarbonising the built environment relies equally on timing, technology and rigorous life cycle thinking in construction.

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