The Center for Isotope Geochemistry is a world-class facility for high-precision analysis of both radiogenic and stable isotopes on a wide range of materials. The Center is spread over two ...

Strontium isotope geochemistry is a powerful tool used ... have developed methods for simultaneous analysis of stable and radiogenic strontium isotopes. This approach allows for a more ...

Application of U-series disequilibria, radiogenic isotope geochemistry, major- and trace- element geochemistry and the principles of physics and chemistry to a variety of fundamental problems in Earth ...

Professor Frost teaches a wide array of undergraduate and graduate courses, including physical geology, geochemistry, mineralogy, petrology, isotope geology, and Earth system science ... More recently ...

Research in environmental geochemistry is conducted from a molecular to a global scale, including investigations of the mechanisms of carbonate nucleation/growth and the influence of organic templates ...

Chromium isotope geochemistry is an emerging field that explores the behavior and distribution of chromium isotopes in various environmental and geological contexts. Chromium, particularly in its ...

Our state-of-the-art analytical facility, housed in the new Sustainability, Energy and Environment Complex/Laboratories (SEEC/SEEL), began its operation in Summer 2016 and was specifically designed ...

FINTIMS is focusing on the high-precision determination of heavy radiogenic isotopes at low element abundances and advances the scientific ... This research project uses mineral and fluid inclusion ...