New insights into the dynamics of the Atlantic Circulation
Peer-Reviewed Publication
Updates every hour. Last Updated: 20-Oct-2026 10:16 ET (20-Oct-2026 14:16 GMT/UTC)
At the end of the last ice age, about 18,000 years ago, the Atlantic overturning circulation weakened significantly for several thousand years. Researchers from Bremen and Brazil have now analyzed a high-temporal-resolution sediment core that allows for a more precise reconstruction of this so-called Heinrich event at a temporal resolution of centuries. The study, published in Nature Communications, shows that during this prolonged period of weakness, short-term intensifications of the circulation lasting several centuries occurred.
People rarely think about culverts until they are gone. These plain pipes and boxes carry roads over streams and span less than 20 feet -- the federal cutoff for what counts as a bridge. That means road-stream crossings stay out of the National Bridge Inventory and therefore, off the inspection schedule. Yet, when Tropical Storm Irene tore through New England in 2011, it destroyed more than 960 of them in Vermont's Green Mountains alone and left 13 communities entirely cut off for days.
The 7th International Palaeontological Conference will be held from Nov. 30-Dec. 3, 2026 at the University of Cape Town, South Africa. It is the first such meeting in Africa, and only the second time an IPC is held in the Global South. Recipients of travel grants have been announced.
Researchers have shown for the first time that a fibre-optic cable laid on the glacier’s surface can detect hidden cracks with high precision.
About 8 percent of the ice in the crevasse field investigated comprises ice- and air-filled fractures and crevasses, with 92 percent remaining intact.
A single fibre-optic cable provides hundreds of measurement points simultaneously and can be laidfacross crevasse fields more quickly and safely than conventional measuring equipment.
In its August 2026 issue, Petroleum Science publishes a landmark editorial that identifies 100 fundamental scientific challenges facing petroleum science—a discipline at a historic inflection point. Compiled through a rigorous five-year process involving hundreds of experts worldwide, the list spans six domains and three archetypes of scientific problems. The editorial reveals that artificial intelligence has evolved from an enabler into a core driver, and together with the low-carbon transition, is fundamentally redefining the paradigm of petroleum science. This roadmap is intended to guide research planning, investment, and talent development for decades to come.