There’s a spot on the shoreline from where Azamat Sarsenbayev used to jump into the brackish, blue-green Caspian Sea. Only a decade later, it now overlooks bare, stony ground stretching toward the horizon.
The water has receded far and fast from the coastal city of Aktau in Kazakhstan, where the eco-activist has lived his whole life. “It is very difficult to watch,” he said.
More than 1,000 miles to the south, near the Iranian city of Rasht, Khashayar Javanmardi is alarmed. The sea here is choked by pollution.
“I cannot swim anymore … the water changed,” said the photographer, who has traveled the Caspian’s southern shore, documenting its decline.
Both men feel intimately connected to the water they grew up alongside. Both are terrified for its future.
Read more at the link in our bio.
📷: Azamat Sarsenbayev; Kazbek Basayev/Reuters
Global finance is realigning around sustainable construction as investors integrate whole life carbon into funding criteria. Backing for eco-design for buildings, electrified transport, and renewable building materials shows that embodied carbon now carries weight equal to operational emissions. The partnership between Aberdeen and Future Group illustrates how net zero whole life carbon is guiding capital deployment through sustainable building design and low carbon infrastructure, linking policy intent with measurable outcomes.
Innovation in materials recovery continues to redefine environmental sustainability in construction. The growth of the UK’s recycling industry, supported by Welsh Government-led plastics initiatives and DSM’s expansion into a national recovery platform, demonstrates a functioning circular economy in construction. These shifts reduce reliance on virgin materials through circular construction strategies and end-of-life reuse in construction, enhancing resource efficiency in construction and minimising the carbon footprint of construction activities.
Manufacturers such as West Fraser are embedding lifecycle assessment and environmental product declarations (EPDs) into their reporting, recognising carbon transparency as essential to sustainable building practices and building lifecycle performance. This approach advances low embodied carbon materials and supports life cycle cost thinking in construction, aligning with BREEAM and BREEAM v7 standards.
Scrutiny from regulators is intensifying. The National Audit Office’s warnings on HS2 costs and carbon performance signal the growing importance of whole life carbon assessment and lifecycle cost accountability. Projects must now meet environmental impact of construction benchmarks alongside financial oversight, demonstrating evidence of carbon footprint reduction and low impact on ecosystems.
The sector is moving rapidly towards net zero carbon buildings driven by sustainable material specification, low carbon design, and data-led lifecycle assessment. From carbon neutral construction strategies to green infrastructure and energy-efficient buildings, the movement towards sustainable design and sustainable urban development defines a new model for decarbonising the built environment. Green construction is transitioning from ambition to execution through measurable performance, resilient supply chains, and transparent reporting.
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