Photo credit: Ben Gill
Projects
Modern
Generation of mercury concentration data from recent and modern environments.
Collaborators:
Cenozoic
Reconstruction of environmental change across many of the global-scale climatic events of the Cenozoic.
Collaborators:
Thomas Algeo, University of Cincinnati
Antoine Bercovici, Denver Museum of Nature and Science
Gabriel Bowen, University of Utah
Brady Foreman, Western Washington University
Timothy Lyons, University of California, Riverside
Tyler Lyson, Denver Museum of Nature and Science
Franco Marcantonio, Texas A&M University
Christopher Moore, University of South Carolina
Jeremy Owens, Florida State University
Niall Slowey, Texas A&M University
Scott Wing, Smithsonian Institute
James Wright, Rutgers University
Mesozoic
Reconstruction of environmental change across all Mesozoic extinction events.
Collaborators:
Antoine Bercovici, Denver Museum of Nature and Science
Timothy Bralower, Penn State
Andrew Caruthers, Western Michigan University
Benjamin Gill, Virginia Tech
Darren Gröcke, Durham University
Mu Liu, Chinese Academy of Sciences
Christopher Lowery, University of Texas Institute of Geophysics
Tyler Lyson
Selva Marroquín, Caltech
Jeremy Owens
João Trabucho-Alexandre, Utrecht University
Paleozoic
Reconstruction of environmental change across the entire Paleozoic.
Collaborators:
Chelsie Bowman, Pennsylvania State University
Bradley Cramer, University of Iowa
Benjamin Gill
Stephen Kaczmarek, Western Michigan University
Brian Kendall, University of Waterloo
Mu Liu, Chinese Academy of Sciences
Jeremy Owens
Matthew Saltzman, Ohio State University
Seth Young, Florida State University
Precambrian
Determination of how mercury cycling changed during intervals of oxygen accumulation in the Precambrian.
Collaborators:
Ariel Anbar, Arizona State University
Kurt Konhauser, University of Alberta
Jeremy Owens
Wang Zheng, Tianjin University
