Peter Eichhubl
Coupled structural and diagenetic processes
AUSTIN, Texas—
Peter Eichhubl joined the Bureau of Economic
Geology in the University of Texas at
Austin’s Jackson School of Geosciences as a
research scientist in January 2006.
Eichhubl’s research addresses the formation
of faults and fractures, their effect on
flow of water and hydrocarbons in the subsurface,
and the chemical interaction of these
fluids with rock and minerals. His research
is of applied interest to groundwater management
and the exploration and production
of oil and gas.
Fundamental aspects of the
research have implications for the seismic and
non-seismic deformation of the Earth’s upper
crust and for the interaction of subsurface
fluids with the atmosphere and biosphere.
“I hope to make UT Austin an internationally
recognized center for research on
coupled structural and diagenetic processes,
from the grain or pore scale to the regional
or reservoir scale,” said Eichhubl.
Eichhubl received his master’s degree
from the University of Vienna in Austria and
his doctor’s degree in geology from the
University of
California,
Santa Barbara.
Prior
to joining
the Bureau,
he was a
postdoctoral
fellow at the
Monterey
Bay Aquarium
Research
Institute, a staff scientist at Stanford University,
and an assistant professor at Texas A&M
University-Corpus Christi.
He became a scientist because of his
interest in interactions: “I am interested in
understanding how natural systems interact—
such as various geologic systems
with each other and with life—and also in
the interaction of humanity with nature.
For example, how do humans respond to
geologic processes, or how do we analyze and
comprehend natural systems given our intellectual
and observational capabilities?”
Eichhubl’s appointment to the Bureau
was made possible by a Jackson School Initiative
titled, “Fracture Opening Processes:
Chemical/Mechanical Evolution of Fracture
Systems.” The initiative is funded by the U.S.
Department of Energy with matching funds
from the Jackson School.
For more information about the Jackson School contact J.B. Bird at jbird@jsg.utexas.edu,
512-232-9623.