Phys.org highlights a new study on soil nematodes published in Nature, co-authored by
Today's National Science Foundation's Science360 News features an episode from the United States Antarctic Program (USAP)
In the New York Times Opinion Section, graduate student Angela Zoumplis reminisces about the late celebrity chef and writer Anthony Bourdain's visit to the M
Listen to Science Friday's conversation with co-PI
In the world’s coldest, most remote desert, keepers of Antarctica’s longest melt record have detected a recent and dramatic shift. In the latest
The latest edition of American Geophysical Union's Earth & Space Science News (EOS) Research Spotlights highlights
CU Boulder Today
Members of the NOVA team visit with MCM researchers Peter Doran, J
Provo Utah's Daily Herald highlights PolarT
The latest article and accompanying video from The Wall Street Journal features co-PI
Dr. Priscu is MUS Regents Professor and polar ecologist studies the microbial ecology of icy ecosystems on Earth and beyond.
Congratulations to MCM undergraduate and graduating senior Natasha Griffin, who was recently highlighted by Brigham Young University
Join us as MCM collaborator Eric Sokol presents his work on Metacommunity mediated responses to ecosystem disturbance in the next webinar in the LTER Network Communications Office spring synthesis series.
Diana Wall, MCM LTER PI Emeritus, was recently elected into the prestigious National Academy of Sciences in recognition of h
A new article on GlacierHub highlights research by MCM LTER collaborator, Sarah Fortner, on the geochemistry of meltwater of the Canada Glacier in the Taylor Valley of Antarctica.
Results from a multi-decadal study led by MCM LTER researchers at Colorado State University have discovered changes in soil fauna biodiversity as a result of glacial and permafrost ice melt caused by climate change.
A collaborative research team, led by MCM LTER co-PI Byron Adams and funded by the US National Science Foundation, is investigating the Transantarctic Mountains to better understand how land-based ecosystems have resp