A new comprehensive study by researchers at the University of Hawaiʻi (UH) at Mānoa Climate Resilience Collaborative reveals that traditional sea-level rise models, that account only for rising ocean waters, drastically underestimate the true threat to coastal infrastructure on Oʻahu, Hawai‘i.
Global carbon emissions from fossil fuels are projected to decrease by 0.4% in 2026 – driven by expansion of solar and wind power and the Iran conflict – according to new research by the Global Carbon Project.
Despite the dense solar wind, solar wind ion contributions to the ring current during the May 2024 superstorm were minimal — the first simultaneous observation of ring current ions and solar wind during a storm this large.
Decades ago, one of the world’s largest subpopulations of nesting eider ducks spent its summers on tiny Mitivik Island, near the mouth of Hudson Bay.
A new study suggests that most of Earth’s carbon originated in the outer solar system and didn’t arrive here until the late stages of planetary development.
Data centres at the heart of the artificial intelligence (AI) revolution could be cooled more effectively and economically with a hybrid system under development at the University of Waterloo that targets hotspots on computer chips with a single drop of boiling coolant.
In agriculture, innovation has to do more than look promising on paper. It has to work in the field.
Norway has the technology and expertise needed to develop high-speed catamarans capable of operating even the longest routes. But something is missing.
Ocean currents move water around the globe in a vast circulation system.
Among the technical inquiries spanning topics like cyclodextrin polymers and mass spectrometry that were stacked in Damian Helbling’s inbox was a question about four golden retrievers.
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