Subsurface

Using high-resolution satellite data, Mines geophysicists discover that Antarctic subglacial lakes are more dynamic than previously thought, doubling estimates of water moving under the ice.

Mines critical minerals experts are ready to handle media questions about the extraction and processing of these important elements.

New Mines research in Nature Geoscience shows how extreme global warming could reorganize rainfall into intense downpours and dry spells, based on geological "clues."

Colorado School of Mines licenses rare earth element tech to boost U.S. processing efficiency and support critical mineral supply chains.

A Colorado School of Mines researcher joins international team in Antarctica seeking clues in ice and mud to predict future sea-level rise.

Colorado School of Mines has a variety of geothermal experts who stand ready to answer questions from journalists about this rapidly expanding energy field.

Mines experts are advancing U.S. critical minerals policy discussions with data-driven insight, shaping energy, security and workforce innovation.

Innovative biochar research at Mines explores a new way to clean mine water of harmful metals with support from the Schmidt Family Foundation.

Edgar Mine is home to hands-on experiences few universities offer with student-built labs and a one-of-a-kind learning environment.

Mines PhD students win NASA grants to study ocean waves and Antarctic tides, uncovering new insights into Earth’s dynamic systems.