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
Momentum in sustainable construction is uneven but accelerating as firms realign toward low carbon design, embodied carbon reduction and whole life carbon assessment. Mapei’s sector outlook places energy-efficient buildings and residential retrofits at the centre of recovery strategies, where life cycle cost and resource efficiency in construction drive both environmental and economic gains. These developments signal that decarbonising the built environment demands more than new projects; it relies on sustainable building design integrating circular economy in construction principles and eco-design for buildings that lower the carbon footprint of construction.
Despite this transition, data from the PMI indicate persistent weakness in traditional markets, intensifying the pressure on businesses to adopt sustainable building practices and green construction methods. Limited large-scale investment in net zero carbon buildings and low embodied carbon materials constrains growth. Financial fragility among small firms is slowing innovation in renewable building materials and circular construction strategies needed to achieve true net zero whole life carbon outcomes.
Practical demonstrations such as the adaptive reuse of Bacon Mews House exemplify sustainable architecture focused on embodied carbon in materials and end-of-life reuse in construction. These projects demonstrate how whole life carbon performance and lifecycle assessment can underpin sustainable urban development, transforming heritage spaces into low carbon buildings aligned with BREEAM and modern eco-friendly construction criteria. They prove that environmental sustainability in construction depends on measurable building lifecycle performance, not rhetoric.
Governments adopting circular economy policies and incentivising green building materials show that sustainable material specification and environmental product declarations (EPDs) can make decarbonising the built environment a market reality. Those clinging to outdated procurement frameworks risk undermining carbon footprint reduction and life cycle thinking in construction. The sector’s future resilience lies in embedding environmental impact of construction metrics into every phase, ensuring sustainable design delivers carbon neutral construction and low-impact construction from concept to completion.
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