It started with the mysterious discovery of more than a hundred turtles, some...

CNN Climate 2 hours ago

It started with the mysterious discovery of more than a hundred turtles, some with their shells smashed, others dismembered, all of them dead. It ended with a potential warning for the future. It was Gregory Bulté who found the turtles. The biologist from Carleton University was out on the water of eastern Ontario's Opinicon Lake in April 2022 when he saw a dead northern map turtle — so-called because its shell resembles the contour lines of a map. As he bent to pick it up from the shallows, he saw another. Bulté raced home, fetched his wetsuit and snorkel and got into the frigid water — where winter ice had recently melted — to collect the bodies. He kept finding more piles of dead turtles; he filled buckets with them. "I was like, 'Whoa, when is this going to end?'" he said. When it eventually did, he had nearly 150 dead turtles, many of which Bulté knew from his two decades of monitoring work at the near-pristine, forest fringed lake. It was a devastating blow, wiping out roughly 10% of the lake's population. The deaths were a puzzle for Bulté. It was clear from the turtles' damaged bodies that this was a predator attack, and only one animal was likely strong enough to have done it: the river otter. Read more at the link in our bio. 📸: Michael O. Snyder and Justin Dalaba

layersDaily Sustainability Digest

Published about 4 hours ago



Water scarcity has become a core concern for sustainable construction and sustainable building design, with the United Nations warning of potential global water bankruptcy and heightened risk to desalination plants in the Gulf. The construction sector is shifting towards diversified water systems that embed efficiency, reuse, and resilience. These changes align with whole life carbon and lifecycle assessment principles, ensuring environmental sustainability in construction through resource efficiency in construction and life cycle cost analysis. In the UK, stronger regulation following pollution incidents is driving utilities to invest in cleaner networks and green infrastructure, creating new pipelines of low carbon construction materials and sustainable building practices.

Digital manufacturing is transforming eco-friendly construction through AI-driven tools that automate complex formwork and optimise material use. By integrating eco-design for buildings and low carbon design methodologies, contractors reduce embodied carbon in materials and the overall carbon footprint of construction. This digital precision supports net zero whole life carbon strategies and demonstrates how circular construction strategies underpin a circular economy in construction.

Energy security and climate risk are reinforcing the need for carbon neutral construction and renewable building materials. Projects optimised for energy-efficient buildings and net zero carbon buildings are proving more resilient, cost-stable, and aligned with whole life carbon assessment frameworks. The industry trajectory favours sustainable material specification, end-of-life reuse in construction, and decarbonising the built environment through lifecycle performance and life cycle thinking in construction. Firms advancing sustainable design founded on building lifecycle performance and resource efficiency will lower embodied carbon while improving long-term asset resilience, delivering measurable reductions in the environmental impact of construction.

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