Last month was extreme: Temperatures in parts of the Arctic spiked 36 degrees...

CNN Climate 1 year ago

Last month was extreme: Temperatures in parts of the Arctic spiked 36 degrees Fahrenheit, or 20 Celsius, above normal. By the end of the month, sea ice was at its lowest level ever recorded for February, marking the third straight month of record lows. This follows a year of concerning signs from the region, including intense wildfires and thawing permafrost pumping out planet-heating pollution. It's a problem with global consequences. The Arctic plays a vital role in global temperatures and weather systems. It's "sort of like our planetary air conditioning system," said Twila Moon, deputy lead scientist at the National Snow and Ice Data Center. Its decline accelerates global warming, increases sea level rise and helps to drive more extreme weather. The Arctic is the early warning system for climate change and the loss of sea ice is a clear sign it's in trouble, scientists say. It should be reaching its annual maximum levels of ice at this time of year, but instead it's experiencing record lows. The Arctic will be ice-free in the summer at some point by 2050, even if humans stop pumping out climate pollution, according to a report co-authored by Dirk Notz, head of sea ice at the University of Hamburg. "It's basically too late to prevent that," he told CNN. The first ice-free day could even happen before the end of this decade, according to a separate study published in December. Sea ice loss is not only damaging to wildlife, plants and the roughly 4 million people who live in the Arctic — it has global consequences. Sea ice acts like a giant mirror, reflecting the sunlight away from the Earth and back into space. As it shrinks, more of the sun's energy is absorbed by the dark ocean, which accelerates global heating. The Arctic landscape is changing too, said the NSIDC's Twila Moon. Tap the link in bio for more. 📸 : Sean Gallup/Getty Images, Zachary Labe, Sean Gallup/Getty Images

layersDaily Sustainability Digest

Published about 2 hours ago



A global shift toward sustainable construction is accelerating as advanced low carbon design technologies move from pilot projects to mainstream production. Johnson Matthey’s investment in biomethanol supply for a major Chinese chemical plant illustrates how low embodied carbon materials and renewable building materials are beginning to transform industrial chemistry and the carbon footprint of construction. This evolution signals broader attention to embodied carbon and whole life carbon assessment, redirecting focus from operational emissions to the full spectrum of material impacts measured through lifecycle assessment and life cycle cost performance.

Within project delivery, artificial intelligence is enhancing resource efficiency in construction by optimising design workflows and forecasting maintenance needs. The technology’s potential to support decarbonising the built environment depends on verified data, aligning energy use, cost, and carbon metrics against robust whole life carbon baselines. Early adopters are blending machine learning with life cycle thinking in construction, aiming to reduce waste, improve building lifecycle performance, and deliver verifiable net zero carbon buildings.

Architecture and design practice are refining eco-design for buildings through adaptive reuse and circular economy in construction strategies. Projects like Bell’s Yard and Ash Mews demonstrate end-of-life reuse in construction, where existing structures are reimagined rather than replaced. These case studies affirm that sustainable building design prioritises restraint, locality, and low carbon construction materials, reinforcing the values of sustainable building practices and environmental sustainability in construction.

Policy and certification frameworks such as BREEAM and BREEAM v7 are converging toward consistent metrics for net zero whole life carbon, promoting sustainable material specification and transparent environmental product declarations (EPDs). The industry’s trajectory reflects a maturing integration of environmental impact of construction assessment and circular construction strategies, positioning green construction and eco-friendly construction as the foundation for a resilient circular economy.

From biomethanol innovation to data-driven delivery and regenerative design, the sector is aligning technological ambition with the moral imperative of carbon neutral construction. True sustainable design now means building less, reusing more, and embedding sustainability into every stage of the building lifecycle to achieve a genuinely net zero carbon future.

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