We study how the Earth became a habitable planet, from the origin and evolution of the earliest continents to the development of an oxygen-rich atmosphere. Our primary tools are radiogenic isotopes in rocks and minerals, which we use as chronometers and tracers in conjunction with stable isotope and geochemical compositions. We are also actively working on geochemical analytical technique development in order to expand the range of questions we can ask. Please refer to our Research page to learn more.
May 15, 2020: A huge congrats to our outgoing senior undergraduate thesis researchers, Sheila Abdul Rashid and Liv Parsons!
April 24, 2020: A recent paper from our group is mentioned at the end of this well-written article in National Geographic by Maya Wei-Haas describing the results of a new study that documents a 3.2 Ga continental plate rate consistent with modern plate tectonics. Congrats to our colleagues at Harvard and their coauthors!
April 16, 2020: We have a new paper out, “Hafnium isotopes in zircons document the gradual onset of mobile-lid tectonics” (Bauer and Reimink et al. 2020) in Geochemical Perspective Letters, which is an open-access publication. You can read it here.
March 16, 2020: The University of Wisconsin-Madison campus has shut down all non-essential research activities in response to the coronavirus epidemic. Our lab facilities are currently closed but we hope that we will be able to reopen soon.
January 23-24, 2020: Adina Paytan (UCSC) is visiting our department as part of the Voices of Geowomen series, including a women+allies dinner, a Diversi-tea about the imposter syndrome, and a science talk.
January 2020: Welcome, incoming PhD student Esther and visiting student Pan!
December 2019: Annie is presenting at AGU in San Francisco; Poster V31G-0135.
October 2019: We are looking to recruit new graduate students for the upcoming academic year! Please see Join Our Group for more information.
September 2019: Our lab is currently under construction to accommodate a new Quadrupole instrument. More details and photos to follow.