Automated news aggregation. Headlines and summaries are gathered from public feeds; see our editorial standards for sourcing, corrections, and AI-assist disclosure.
Related coverage: Frog Futures UNC Research
This story was aggregated from UNC Research. Headlines, summaries, and links are gathered automatically from public RSS feeds for your convenience.
Read the full story →For agents:JSON recordOpenAPIWebMCPllms.txt
The mantle, a rocky layer accounting for more than 80% of Earth's volume, circulates at rates of only a few centimeters per year. This circulation drives plate tectonics and influences major geological phenomena such as earthquakes and volcanic activity. Despite its fundamental importance, the history of mantle circulation remains poorly understood because direct observations of the deep Earth are extremely limited. Currently, scientists rely on geological records of past surface movements and geophysical imaging methods, including seismic observations, to infer the mantle's structure and behavior. However, reconstructing historical mantle flow remains a major challenge.
Phys.org ·
The summers of recent years have been hot, but not unusual from a meteorological perspective. According to researchers at Leipzig University, though, the next extreme summer would far exceed anything we have experienced so far.
Phys.org ·
Related coverage: RefinedScience Helps CU Anschutz Researchers Unlock Insights by Bridging Biology and Clinical Data news.cuanschutz.edu
Researchers at Karolinska Institutet and Stockholm University have developed a new tool that estimates a cell's biological age by analyzing its gene activity. In an article published in the journal Advanced Science, they also demonstrate how the tool can be used to identify substances that influence cellular aging.
Phys.org ·