Sarah Ramdeen is a doctoral candidate in the UNC School of Information and Library Science. Her research focuses on the information-seeking behavior of scientists who use physical data sources within the geosciences such as cores, cuttings, fossils, and other specimens. She successfully defended her dissertation on July 28.
12,340 miles separates the North Pole from the South Pole. But many geophysicists believe the two points are connected. How has always been a mystery, but UNC geophysicist José A. Rial has a hypothesis — they actually “talk” to each other through a natural process called synchronization.
From the basalt lava fields of Hawaii to the vast white expanse of Antarctica, UNC alumna Zena Cardman has ventured to some of Earth’s most unique and remote places. Now she’s setting her sights on the ultimate frontier — space. Over 18,000 people applied to be in NASA’s newest class of astronauts, and Cardman found out on May 25 that she was among the top 12 accepted. She reports to NASA’s Johnson Space Center in August to begin her training.
As director of Ecuador’s Geophysical Institute, Mario Ruiz has monitored some of the most active (and potentially destructive) volcanoes in South America. After earning his PhD at UNC 10 years ago, Ruiz has come back to Carolina to sift through data from the recent eruption of the Cotopaxi volcano.
North Carolina’s barrier islands are dynamic landforms in a state of constant change. UNC researchers want to better understand how those changes happen and what they mean for the future of our coast.
How does a beach recover after a hurricane? What are the outcomes of natural processes versus man-made interventions? These are some of the questions posed by Elsemarie deVries, a PhD student in the UNC Coastal Environmental Change Lab. Using a variety of approaches, deVries investigates the interactions between different dune-building processes. Now she is taking her expertise to a South Carolina beach recovering from the effects of Hurricane Matthew.
UNC College of Arts & Sciences seismologist Berk Biryol takes a crack at understanding how the earth is moving under the Southeastern United States
A UNC geophysicist is sending his research as high as he can—125,000 feet and counting.
Most young scientists don't get the opportunity to do field work until college. The UNC Environmental Resources summer program is working to change that.
A team of researchers uses cutting-edge technology to better predict when and how one of South America’s most active volcanoes will erupt.