Scientists at the University of Texas Institute for Geophysics (UTIG) have developed a radar technique that lets them image hidden features within the upper few feet of ice sheets. The researchers behind the technique said that it can be used to investigate melting glaciers on Earth as well as detect potentially habitable environments on Jupiter’s… Continue Reading New Radar Technique Lets Scientists Probe Invisible Ice Sheet Region on Earth and Icy Worlds
Highest Honor in Antarctic Exploration Goes to Ian Dalziel – banner
Ian Dalziel of The University of Texas at Austin has been honored with the Polar Medal — the United Kingdom’s top award for polar exploration. The medal recognizes Dalziel’s contributions to Antarctic geology, including discoveries about the icy continent’s ancient past and the fragility of its ice sheet today. The award will be presented by King Charles… Continue Reading Highest Honor in Antarctic Exploration Goes to Ian Dalziel – banner
Sinking Seamount Offers Clues to Slow Motion Earthquakes – banner
Scientists have long puzzled over what happens when seamounts — mountains and volcanoes on the seafloor — are pulled into subduction zones. Now, new research from The University of Texas at Austin shows that when seamounts sink, they leave behind a trail of soft sediments. The researchers think the sediment patches help tectonic pressure escape… Continue Reading Sinking Seamount Offers Clues to Slow Motion Earthquakes – banner
Highest Honor in Antarctic Exploration Goes to Ian Dalziel
Ian Dalziel of The University of Texas at Austin has been honored with the Polar Medal — the United Kingdom’s top award for polar exploration. The medal recognizes Dalziel’s contributions to Antarctic geology, including discoveries about the icy continent’s ancient past and the fragility of its ice sheet today. The award will be presented by… Continue Reading Highest Honor in Antarctic Exploration Goes to Ian Dalziel
Sinking Seamount Offers Clues to Slow Motion Earthquakes
Scientists have long puzzled over what happens when seamounts — mountains and volcanoes on the seafloor — are pulled into subduction zones. Now, new research from The University of Texas at Austin shows that when seamounts sink, they leave behind a trail of soft sediments. The researchers think the sediment patches help tectonic pressure escape… Continue Reading Sinking Seamount Offers Clues to Slow Motion Earthquakes
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