When scientists heard reports that a large, mysterious fish had been caught in...

CNN Climate 2 years ago

When scientists heard reports that a large, mysterious fish had been caught in Cambodia in 2020, excitement stirred. Could this be the "Mekong Ghost," they asked – an elusive fish that hadn't been seen since 2005 and was feared extinct? Photos of the fish and its telltale identifiers – an odd-shaped mouth and a protruding knob at its jaw – seemed to confirm it. But the fish, which can grow as large as 66 pounds, was sold before scientists could get a closer look. It didn't "feel like definitive proof," said Zeb Hogan, a research biologist at the University of Nevada, Reno, and head of the US government-funded Wonders of the Mekong project, an initiative to study and conserve one of the most biodiverse rivers in the world. Three years later, they struck gold. The researchers published their findings on Tuesday in a study in the Biological Conservation journal. The team works to protect the Mekong, one of the world's longest rivers and a lifeline to tens of millions of people. It winds through multiple Southeast Asian countries and is extremely rich in biodiversity, but also faces various challenges including hydropower development, overfishing and habitat degradation. These challenges are why scientists have long worried that the critically endangered giant salmon carp, which can measure up to four feet long, could have been quietly wiped out as years passed without a sighting. Tap the link in our bio to read more. 📸: Chhut Chheana/Wonders of the Mekong

layersDaily Sustainability Digest

Published about 9 hours ago



The global construction sector is entering a more measurable phase of sustainable building design, defined by data‑driven approaches to performance and whole life carbon assessment. Climate‑responsive architecture is maturing, with passive cooling, green infrastructure being embedded in urban policy as structural, not aesthetic, priorities. This shift demonstrates the industry’s growing commitment to reducing the carbon footprint of construction and advancing environmental sustainability in construction through verifiable performance metrics.

Technological and material innovation are converging to achieve net zero whole life carbon targets. Breakthroughs in low‑carbon feedstocks, such as biomethanol technology, are shaping next‑generation low carbon construction materials and renewable building materials, reinforcing decarbonising the built environment as both a policy and market imperative. These advances complement the rise of digital oversight, where artificial intelligence enhances resource efficiency in construction, monitors embodied carbon in materials, and supports lifecycle assessment models that build transparency into supply chains.

A parallel cultural evolution is redefining eco‑design for buildings. Adaptive reuse projects in London demonstrate how sustainable material specification and circular construction strategies can achieve architectural precision while supporting circular economy in construction goals. Designs once judged by visual greenness now prioritise whole life carbon performance, life cycle cost optimisation and enduring durability.

As these practices gain traction, they illustrate that sustainable construction is moving beyond experimentation towards systemic reform, where reducing embodied carbon and enhancing building lifecycle performance underpin a credible transition to net zero carbon buildings.

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