By Freja Cini & Constantino Panagopulos GEOPHYSICS Q&A Enze Zhang is the author of AutoTerm, a computer program that uses artificial intelligence to recognize the ocean-facing edges of glaciers — known as the terminus — in satellite images. Zhang’s terminus-recognition technology is providing advance reconnaissance of Greenland’s glaciers for an upcoming research expedition led by… Continue Reading Glacial Recognition: A Q&A with Glaciologist Enze Zhang
Coastal Glacier Retreat Linked to Climate Change
More of the world’s coastal glaciers are melting faster than ever, but exactly what’s triggering the large-scale retreat has been difficult to pin down because of natural fluctuations in the glaciers’ surroundings. Now, researchers at the University of Texas Institute for Geophysics (UTIG) and Georgia Institute of Technology have developed a methodology that they think… Continue Reading Coastal Glacier Retreat Linked to Climate Change
Robotic Exploration of Uncharted, Underwater Glacial Walls Set for 2023
It’s the front line of climate change and could hold the key to predicting global sea level rise, but what goes on at the underwater face of Greenland’s glaciers is a mystery to science. That could change in 2023 with a bold new mission led by researchers at The University of Texas at Austin that… Continue Reading Robotic Exploration of Uncharted, Underwater Glacial Walls Set for 2023
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
Field Report: Testing New Ways to Collect Data on Sourdough Rock Glacier
The mid-latitudes of Mars are littered with numerous debris-covered glaciers, deposited some several hundred million years ago and composed of pure water ice under a surface debris layer. As a record of Martian climate history and a potential resource for future manned missions to Mars, they are of high interest to UTIG graduate students… Continue Reading Field Report: Testing New Ways to Collect Data on Sourdough Rock Glacier