Geology Graduate – a former Olympic Paddler
Jeff Larimer, left, and Eric Hurd of the United States compete in the men's C-2 canoe double slalom heats at the 2012 Summer Olympics in London. (Associated Press)
U of I Geology graduate, Jeff Larimer, recently completed a master’s degree and is now pursuing a doctorate in fluvial geomorphology with advisor Brian Yanites. Many of his fellow classmates may be unaware that Jeff is a former Olympic paddler, having competed in the 2012 Games in London. He also competed—and won gold—at the 2012 Pan American Games in Brazil.
Read more about Jeff in The Spokesman Review:
July 16, 2015: Article 1 by William Brock
July 16, 2015: Article 2 by William Brock
Geological Society of Nevada 2015 Symposium
Andrew Canada (PhD student, Geological Sciences, Advisor: Elizabeth Cassel) won the 1st place award for Best Student Poster at the Geological Society of Nevada 2015 Symposium. (This is a once every 5 years event, and included attendees from both industry and academia. The award included a $500 prize!)
2015 Geology Department Award Winners
- Dean's Award for Outstanding Senior — Beverly Burtenshaw
- Outstanding Senior in Geology — Tyler J. Pierson
- Outstanding Junior in Geology — Marie Danes
- Liselle Batt Award (based on performance, outstanding field skills and participation in field camp) — Silas Z. Whitley
- Alumni Achievement Award (based on outstanding scholarship and service to the department) — Thomas A. Morrow
- Jensen Award (based on academic achievement and citizenship) — Andrew Canada
Digging Into the World of Copper
May 2015 | by Tara Roberts
About 75 percent of the world's copper comes from porphyry copper deposits. A new study from the University of Idaho and the University of Michigan unearths how these economically valuable deposits are distributed around the world.
The research, conducted by UI geology assistant professor Brian Yanites and his colleagues at UM, is published in Nature Geosciences online and indicates that climate helps drive the erosion process that exposes porphyry copper deposits, as well as helps determine where on Earth the deposits form. Read more...
Moving Mountains: How Plate Tectonics Helped an Ancient Mountain Range Disappear
Jan 2015 | by Tara Roberts
Geology assistant professor, Elizabeth Cassel, and her students study an ancient Nevadan mountain range that dwarfed today's Sierra Nevada, but gradually disappeared as a result of shifting tectonic plates. Cassel's work is published in the journal Geology and featured in Scientific American. The research is significant because it nails down when the mountains existed: about 20 to 50 million years ago. "We're not the first people to say we think this area was higher than it is today, but we are the first to give absolute numbers, and determine when it was high," Cassel says. Read more...
Evidence of Plate Tectonics on Europa
Sept 8, 2014 | by Tara Roberts
While examining images of Europa taken by NASA’s Galileo orbiter in the early 2000s, planetary geologists Simon Kattenhorn of the University of Idaho and Louise Prockter of the Johns Hopkins University Applied Physics Laboratory discovered some unusual geological boundaries. The surface of Europa – one of Jupiter’s four largest moons, and slightly smaller than Earth’s moon – is riddled with cracks and ridges, and surface blocks are known to have shifted in the same way blocks on either side of the San Andreas fault move past each other on Earth. Many parts of Europa’s surface show evidence of extension, where wide bands (up to tens of miles wide) formed as the surface ripped apart, and fresh icy material from the underlying shell moved into the newly created gap, a process akin to terrestrial seafloor spreading. Read more...
Results published in Nature Geoscience, Sept 7, 2014. [access the article]
Gunterite: New Mineral Named for Geology Professor
Geology Professor Mickey Gunter has been honored by the International Mineralogical Association, which voted to name the newly discovered mineral after him.
"It's one of the biggest honors a person could have in their life as a mineralogist," says Gunter. "It's a bit overwhelming at the same time."
The orange-yellow mineral -- Na4(H2V10028)22H20 -- is the most recently named new mineral to be discovered this year. It comes out of the Sunday Mine in San Miguel, Colorado, a mine that has already produced several new minerals in recent years.