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

CNN Climate 1 year 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 4 hours ago



Public-sector decarbonisation across the built environment is entering a mature phase as projects move from demonstration to delivery. In the UK, over 100 schools have installed government‑funded solar systems projected to save £220m over their lifetime. Transport for London has commissioned SSE Solar Solutions to supply renewable generation covering 1.16TWh of annual electricity use. The shift towards on‑site energy generation and long‑term power purchase agreements reflects a structural realignment in sustainable construction, reducing the carbon footprint of construction and improving energy security as volatility persists across the grid.

Policy direction in sustainability remains uneven. The EU’s decision to ease CSRD reporting may relieve short‑term administrative pressure but threatens the consistency of data needed for Whole Life Carbon Assessment and lifecycle assessment benchmarks. Meanwhile, the planned US withdrawal from the UN climate framework risks undermining global alignment on embodied carbon standards, sustainable material specification and green procurement. Forward‑looking developers are maintaining high environmental sustainability in construction standards based on investor and occupier expectations rather than regulatory minimums.

Accelerating climate risks are reshaping design practice. Rising sea levels and the UK’s shift between extreme rainfall and heatwaves are forcing urgent reassessment of sustainable building design, drainage strategies and site selection. Low carbon design decisions must now include elevation, adaptation and, where required, managed retreat. Retrofitting to mitigate overheating, damp and drainage deficiencies has become essential across both new and existing low carbon buildings. The emphasis on Life Cycle Cost, building lifecycle performance and end‑of‑life reuse in construction is increasing as part of modern sustainable building practices.

Market evidence confirms the transformation. RICS data points to ESG performance driving asset valuation, particularly in net zero carbon buildings and carbon neutral construction portfolios. Predictive digital tools and AI‑driven maintenance are improving operational carbon outcomes, while circular economy in construction models are scaling through city partnerships focused on affordable housing retrofits. The integration of eco-design for buildings, circular construction strategies and green building materials demonstrates progress toward net zero whole life carbon delivery.

The transition from aspiration to implementation signals a decisive phase for sustainable construction. Achievement of net zero carbon targets now depends on applying life cycle thinking in construction, verifying Whole Life Carbon in materials through environmental product declarations (EPDs) and adopting resource efficiency in construction as a financial as well as environmental imperative. Net zero carbon buildings will define the credibility of decarbonising the built environment in the decade ahead.

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