As the ball turns: Earth’s inner core is ‘backtracking’
Using seismic data to measure changes in solid core’s motion, geologists discover it now turns more slowly relative to surface of Earth.
Read MoreUsing seismic data to measure changes in solid core’s motion, geologists discover it now turns more slowly relative to surface of Earth.
Read MoreMount Erebus, Antarctica’s only active volcano, offers clues to how magma and gases in some volcanoes reach the Earth’s surface.
Read MoreDense seismograph network shows subsurface geyser plumbing structures.
Read MoreToday is the 50th anniversary of the U’s Seismograph Stations, which now include 237 seismic-recording stations located in Utah, Wyoming and Idaho to monitor earthquakes throughout the world and the region.
Read MoreA team of international paleontologists, including Adam Huttenlocker at the U, determine how some mammal relatives survived the Permo-Triassic Mass Extinction.
Read MorePaul Brooks, of the geology and geophysics department, has been named as the new program director of the Utah Experimental Program to Stimulate Competitive Research.
Read MoreAfter spending decades tromping around Yellowstone and Grand Teton national parks to study their volcanic and seismic hazards, awards keep pouring in for Bob Smith, a research and emeritus professor of geology and geophysics.
Read MoreU seismologists discovered a reservoir of hot, partly molten rock beneath the Yellowstone supervolcano, and it is four times larger than the shallower, long-known magma chamber.
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