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Jeffrey M. Rahl Department of Geology Room 113 Science Addition Washington and Lee
University Phone:
540-458-8101 E-mail: rahlj@wlu.edu |
Research Interests
My scientific interests are in
tectonics, particularly the processes that control the formation, growth, and
erosion of mountain belts. I enjoy incorporating a variety of tools and
approaches in my research, including field work, ductile and brittle structural
analysis, thermochronology, numerical modeling, and metamorphic petrology.
Specific interests include:
1)
The tectonic
evolution of convergent wedges, including the modern day Hellenic subduction
wedge exposed in Crete, Greece; the Mesozoic Otago wedge in the South Island,
New Zealand; and the Spanish Pyrenees
2)
Detrital
thermochronology as a tool to constrain the long-term erosional history of
mountain belts
3)
Ductile
deformation and strain analysis, particularly the pressure solution deformation
mechanism
Education
Ph.D., Geology,
B.S., Geology, The
Advisor: Allen
McGrew
Positions
Assistant Professor,
Turner Post-doctoral Research
Fellow,
Supervisors: Ben
van der Pluijm and Todd
Ehlers
Publications
Rahl, J.M.,
Rahl, J.M.,
Fassoulas, C., Rahl, J.M.,
Ague, J.J., and
Rahl, J.M., Fassoulas, C.,
and
Rahl, J.M., Reiners, P.W.,
Campbell, I.H., Nicolescu, S., and Allen, C.M., 2003. Combined single-grain
(U-Th)/He and U/Pb dating of detrital zircons from the Navajo Sandstone,
Rahl, J.M., McGrew, A.J., and
Foland, K.A., 2002. Transition from
contraction to extension in the
Goldman, D.,
Undergraduate Theses Advised
Barnhart, B., 2008. Microstructural and Lattice-Preferred Orientation Analyses of Ductile Shear Zones: Maggia Nappe, Switzerland. PDF
last updated: August 22 nd, 2008