In a study published recently in the Journal of Glaciology, researchers report new information on Blood Falls. Multiple outlets—including Simple Most, Bustle, Outdoor Hub, and Popular Science—reported on the recent findings. This study confirms the speculation of a 2015 paper by Jill Mikucki, an assistant professor in the Department of Microbiology, into a confirmed fact—and includes some findings that could have major implications for our warming planet, too.
Jill Mikucki News
The New York Post featured a study by Jill Mikucki in this story examining the crimson-colored waterfall called Blood Falls in Antarctica.
New Scientist featured Jill Mikucki, a microbiology assistant professor, in this story examining a hidden land of lakes, rivers, volcanoes, and life that is changing our image of Antarctica.
Jill Mikucki, a UT microbiology assistant professor, was part of a team that detected extensive salty groundwater networks in Antarctica using a novel airborne electromagnetic mapping sensor system called SkyTEM.
Red Orbit featured the research of microbiologist Jill Mikucki that examined what is beneath Blood Falls, a five-story tall Antarctic phenomenon that looks like a bleeding glacier. Mikucki was part of an international team of researchers that recently tapped into the source of the brine leaking out of the falls, a reservoir that has sat there
Design and technology blog Gizmodo featured microbiology professor Jill Mikucki and her research on the Blood Falls of Antarctica in this article. Mikucki and an international disciplinary team sampled the microbial life at the mouth of the falls, which bleeds a deep dramatic red. They are the first scientists to be able to take a sample
Multiple news outlets have featured the research of microbiology assistant professor Jill Mikucki. She was part of a team that examined waters and sediments from a shallow lake deep beneath the Antarctic ice sheet and found the extreme environment supports microbial ecosystems. The National Science Foundation-funded research has implications for life in other extreme environments,
UT research finds life can persist in a cold, dark world. A UT microbiology assistant professor was part of a team that examined waters and sediments from a shallow lake deep beneath the Antarctic ice sheet and found the extreme environment supports microbial ecosystems.
The interactions between microbes and their environments, specifically in Antarctica, will be discussed at UT’s continuing Science Forum. Jill Mikucki, assistant professor of microbiology, will present “Antarctica: Exploring Ecosystems Below Half a Mile of Ice,” on Friday, September 20. The lecture begins at noon in Room C-D of Thompson-Boling Arena. Attendees can bring lunch or purchase it at the arena.
Imagine learning about significant research—everything from stem cell research to Egyptian graffiti—in seven minutes or less. That’s what happens at Mic/Nite, where eleven faculty members take turns making short presentations about their work. This semester’s Mic/Nite will be held on March 13 at the Relix Variety Theatre. The event will begin at 5:30 p.m. with a social hour, including a cash bar and pizza. The free event is open only to UT faculty, staff, and their spouses or partners.