A team of NASA rocket scientists is developing autonomous underwater robots...

CNN Climate 1 year ago

A team of NASA rocket scientists is developing autonomous underwater robots able to go where humans cannot, deep beneath Antarctica’s giant ice shelves. The robots’ task is to better understand how rapidly ice is melting — and how quickly that could cause catastrophic sea level rise. In March, scientists from NASA’s Jet Propulsion Laboratory lowered a cylindrical robot into the icy waters of the Beaufort Sea north of Alaska to gather data at 100 feet deep. It was the first step in the “IceNode” project. The ultimate aim is to release a fleet of these robots in Antarctica, which will latch on to the ice and capture data over long periods in one of the most inaccessible places on Earth. Click the link in bio for more. 📸: NASA

layersDaily Sustainability Digest

Published about 11 hours ago



The sustainable construction market is experiencing a cautious yet tangible acceleration driven by new frameworks that prioritise whole life carbon and embodied carbon performance. The launch of the Responsible Glass certification signals a milestone in environmental sustainability in construction, establishing transparency and accountability across a supply chain long neglected in whole life carbon assessment. By integrating eco-design for buildings and circular economy principles, the certification redefines how low carbon construction materials are evaluated in relation to lifecycle assessment and end-of-life reuse in construction.

The focus on embodied carbon in materials highlights the transition towards low embodied carbon materials and resource efficiency in construction, extending the life cycle cost benefits throughout the sector. Climeworks’ new direct air capture research hub in Switzerland strengthens the link between sustainable building design and decarbonising the built environment. Its advancements in carbon capture offer promise for net zero carbon buildings and low carbon design, aligning with lifecycle assessment metrics central to sustainable architecture and green infrastructure.

Embedding net zero whole life carbon strategies into building lifecycle performance frameworks could lower the carbon footprint of construction while supporting circular economy in construction pathways and wider green building materials innovation. The United Kingdom’s stalled bioeconomy illustrates that technological and material breakthroughs remain constrained by outdated policy mechanisms. Policy inertia continues to hinder sustainable material specification and the scaling of carbon neutral construction.

A legislative shift that prioritises carbon footprint reduction, environmental product declarations (EPDs) and green building products is essential to realise a genuinely circular economy. Only through agile regulation and BREEAM-compliant low-impact construction tactics can the sector progress toward carbon footprint of construction transparency and measurable sustainability outcomes. Global policy divergence adds complexity to sustainable urban development, as China’s renewed support for fossil energy threatens momentum in green construction.

Consistency in international frameworks will determine whether sustainable building practices and eco-friendly construction advance beyond declarations to measurable emissions reductions. Achieving net zero carbon in the built environment requires not invention but reinvention of frameworks that value sustainability, life cycle thinking in construction, and coherent circular construction strategies from design through operation to end-of-life.

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