African black rhino populations are on the rise due to conservation efforts

One Earth 2 years ago

The remarkable increase in African black rhino populations, growing by several hundred in the past five years, is a testament to the work of concerted conservation efforts.
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layersDaily Sustainability Digest

Published about 14 hours ago



Sustainable construction has shifted from ambition to necessity as hydrological stress and uneven decarbonisation redefine risk. Global water scarcity elevates the value of resilient built environments where sustainable building design integrates water harvesting, reuse, and flood buffering into every stage of the building lifecycle. The environmental sustainability in construction now demands whole life carbon assessment to avoid stranded assets in regions exposed to drought or deluge.

Fragmented energy policy and volatile carbon pricing expose the limits of outdated development models. Projects must quantify embodied carbon, optimise low carbon design, and compare life cycle cost across locations where material and grid emissions diverge. Developers are investing in net zero whole life carbon pathways, combining eco-design for buildings with circular economy in construction to secure long-term asset stability.

Exemplary schemes emerging worldwide demonstrate that net zero carbon buildings and socially inclusive housing can be profitable. These models use renewable building materials, low embodied carbon materials, and green infrastructure to align with BREEAM and BREEAM v7 benchmarks. Corporate real estate clients are prioritising deep retrofit and carbon neutral construction, recognising that resource efficiency in construction and whole life carbon analysis unlock both resilience and investor confidence.

Capital and regulation are converging around projects that integrate carbon footprint reduction with water and social resilience. Teams applying lifecycle assessment, environmental product declarations (EPDs), and circular construction strategies achieve measurable performance gains across building lifecycle performance indicators. The carbon footprint of construction is now a key financial variable, proving that sustainable building practices and low carbon building technologies define competitive advantage. Those who embed decarbonising the built environment, end-of-life reuse in construction, and life cycle thinking in construction will lead the transition to an adaptive, low-impact construction economy where sustainability is no longer optional—it is the operating standard.

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