Erik Klemetti

Erik Klemetti

Volcanologist, Denison University

I write the Eruptions blog on Big Think.  I've been mesmerized with volcanoes (and geology) all my life. It helps that part of my family comes from the shadow of Nevado del Ruiz in Colombia, where I could see first hand the deadly effects of volcanic eruptions. Since then, I've taken a bit of a winding path to become a volcanologist. I started as a history major at Williams College, almost went into radio, but ended up migrating to geology, including an undergraduate thesis on Vinalhaven Island, Maine. I followed this up by changing coast to get my Ph.D. from Oregon State University. Then I ran a MC-ICP-MS lab at University of Washington for a spell (and wrote for an indie rock website). I spent three years as a postdoctoral scholar at University of California - Davis studying the inner workings of magmatic systems. I am now an assistant professor at Denison University and have projects in New Zealand, Chile and Oregon.

I am fascinated by volcanoes, their eruptions and how those eruptions interact with the people who live around the volcanoes. I started this blog after getting frustrated with the news reports of volcanic eruptions. Most of them get the information wrong and/or are just sensationalistic. I will try to summarize eruptions as they occur, translate some of the volcanic processes that are happening and comment on the reports themselves.

And no matter what people tell you, I definitely do not have a cat named Tephra. (OK, I do).

You can find out more about my research by visiting my website. If you have any comments, questions or information, feel free to contact me at eruptionsblog at gmail dot com.

Over 12,000 years ago, a caldera in the middle of Germany spread ash over Europe - and the Laacher See still seeps carbon dioxide.
Russia returns temporary funding the KVERT - volcanic monitoring will continue in Kamchatka and the Kuril Islands (until April at least).
Lots of news for your Friday including the latest USGS/Smithsonian volcano report, fewer earthquakes at Yellowstone, satellite images of two active volcanoes and examining the inside of Etna (for all the wrong reasons).
If this week couldn't get much stranger, now we have mud volcanoes in Azerbijian erupting.
The Japanese Coast Guard caught on film Fukutoku-Okanoba, an submarine volcano off Minami Iwo, erupting yesterday.
What is the structure of a caldera ... and if Yellowstone's magma was making its way to the surface, what might we expect to see as harbingers of eruption?
Sure enough, the last 2 days of earthquakes at Yellowstone seem to be getting shallower - but do we see any other changes in the caldera? UPDATE: now with error bars!