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A Step Closer to Understanding Earthquakes

Wikipedia Commons
Wikipedia Commons
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School of Ocean and Earth Science and Technology
Credit School of Ocean and Earth Science and Technology
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Uplift (red) and subsidence (blue) based on GPS data (top) confirm predicted motion (bottom).

Researchers with the UH M?noa’s School of Ocean and Earth Science and Technology are exploring a new way of viewing and interpreting California’s largest earthquake fault.  Scientists use Global Positioning System stations placed up and down the San Andreas Fault to track the movement of tectonic plates.

Now researchers are adding a three dimensional aspect by measuring the up and down moment of GPS transmitters.  They’ve discovered 125 mile wide “lobes” of uplift and subsidence that move a few millimeters each year.  Sam Howell is from the School of Ocean and Earth Science and Technology.  He says knowing the vertical effect improves the knowledge of how fault mechanics work, but it’s still not enough to completely predict earthquakes. 

The complete study was published in NATURE

Listen to the full interview with Sam Howell. 

san_andreas_research.mp3

Nick Yee’s passion for music developed at an early age, as he collected jazz and rock records pulled from dusty locations while growing up in both Southern California and Honolulu. In college he started DJing around Honolulu, playing Jazz and Bossa Nova sets at various lounges and clubs under the name dj mr.nick. He started to incorporate Downtempo, House and Breaks into his sets as his popularity grew, eventually getting DJ residences at different Chinatown locations. To this day, he is a fixture in the Honolulu underground club scene, where his live sets are famous for being able to link musical and cultural boundaries, starting mellow and building the audience into a frenzy while steering free of mainstream clichés.
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