Polar researchers from the University of Texas Institute for Geophysics (UTIG) have joined colleagues in West Antarctica to conduct vital surveys of one of the most unstable glaciers on Earth. At around the size of Florida, Thwaites Glacier holds enough water to raise average global sea levels up to a meter. What’s more, if it… Continue Reading UTIG Investigates Sea Level Threat of Giant Antarctic Glacier
New study gives hope for predicting long lasting El Niño and La Niña
A scientific paper by a graduate student at the University of Texas Institute for Geophysics (UTIG) has explained why some El Niño and La Niña events last longer than others, a result that could help predict their worst effects. The paper, which was published in August in the Journal of Climate, shows that El Niño… Continue Reading New study gives hope for predicting long lasting El Niño and La Niña
A day in the lab: Microbial life and the origin of methane hydrates
Massive natural gas reserves, trapped within methane hydrate deposits in the deepwater Gulf of Mexico, have the potential to power the US with natural gas for hundreds of years. The GOM² project is a multi-disciplinary, long-term, commitment by the University of Texas at Austin in partnership with academic and governmental colleagues to drill, sample and… Continue Reading A day in the lab: Microbial life and the origin of methane hydrates
Denis Felikson receives Early Career award for pioneering research on glacier thinning
Denis Felikson, a former UT graduate student, has received an early career award from the International Association of Cryospheric Sciences (IACS) for research into glacier thinning that he conducted while working as a graduate research assistant at UTIG. Felikson graduated from the Department of Aerospace Engineering with a doctoral degree in 2018 and is now… Continue Reading Denis Felikson receives Early Career award for pioneering research on glacier thinning
New Study Reveals Layers of Textured Mantle ‘Frozen’ into North American Plate
The North American plate is a medley of geological parts that protrude into Earth’s mantle like tree branches frozen into the surface of an iced-over lake. Research from The University of Texas at Austin has proposed a new method to map these ‘frozen-in’ layers of the tectonic plate and reveal how it interacts with the… Continue Reading New Study Reveals Layers of Textured Mantle ‘Frozen’ into North American Plate
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