Photos by @jameswhitlowdelano for @everydayclimatechange:
1. Farmer, Ahmed Nile examines alfalfa in his field (wheat grows in the field on the left), irrigated by water from a 15 m deep well, brough to the surface by a solar-powered pump. According to Nile, digging a 15m well costs roughly US$ 1,500 and an electric pump costs US$400, and one solar panel (farmers need between four and six polars to power a pump) costs roughly US$ 125 per panel - princely sums for small-scale farmers. Nile’s pump and solar panels were subsidized by ANDZOA (National Agency for the Development of Oases and Argan Zones) [* A thorny evergreen tree, Argania spinosa, native to Southwest Morocco, that yields a plum-sized fruit with a nut that that is processed into cooking oil] - a government agency that offers technical and economic help for farmers in oases regions in Morocco. Zwaya within the palmeraie oasis of M’Hamid
2. Farmer, Ahmed Nile walks through his fields of alfalfa and wheat, Zwaya in the oasis of M’Hamid. Morocco
3. Farmer Ahmed Nile's solar panels and mudbrick house that shelters the 15m deep well and electric pump that brings irrigation water to the surface. Zwaya in the oasis of M’Hamid, Morocco
4. Solar panels that power an electric pump that brings irrigation water to the surface. Zwaya in the oasis of M’Hamid, Morocco
#climatechange #climatecrisis #sahara #drought #morocco #maghreb #northafrica
The UK government has recognised that data centres are a material part of the national sustainability in construction agenda. Parliament’s Environmental Audit Committee is examining energy use, water consumption and emissions, expanding the conversation beyond IT to whole life carbon.
The inquiry is expected to shape future planning policy, mandating developers to demonstrate lower embodied carbon in materials and to conduct whole life carbon assessments as part of sustainable building design. Data centre resilience against flood risk and stressed utilities reflects a shift towards life cycle cost management and environmental sustainability in construction.
Circular economy strategies are gaining commercial traction. Analysis in Scotland confirms that circular-economy employment delivers stronger value per hour, reinforcing the case for circular economy in construction, reuse and end-of-life reuse in construction. Pressure is growing for verified resource efficiency in construction through traceable waste governance and circular construction strategies.
The quality of recycled polymers is under review, and if recycling capacity falters, access to reliable green building products and low carbon construction materials will tighten. Contractors adopting sustainable building practices grounded in lifecycle assessment and environmental product declarations (EPDs) are better positioned to meet compliance expectations and secure green procurement advantages.
International data indicating lower emissions from China’s manufacturing sector signal a modest decline in the embodied carbon of imported building components. This supports life cycle thinking in construction and the pursuit of net zero whole life carbon outcomes. For developers aligning projects with BREEAM or BREEAM v7, reduced embodied carbon contributes directly to net zero carbon buildings and low carbon design benchmarks. As decarbonising the built environment becomes a planning prerequisite, evidence of carbon footprint reduction, renewable building materials and sustainable material specification is evolving from best practice to basic permission to build.
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