Whitney BehrAssistant Professor, Department of Geological Sciences, Jackson School of Geosciences
My research focuses on the mechanics and kinematics of continental deformation at plate boundaries and spans a wide range of spatial and temporal scales. I examine the geomorphic expression of young, active faults, and I study older remnants of deep-seated ductile shear zones exhumed from greater depth within the lithosphere. I apply a wide range of field, structural/microstructural, geochronologic and analytical methods. For more detail, feel free to check out the Behr Research Group web page.
Areas of Expertise
Mechanics and kinematics of deformation in continental lithosphere, rheology of the crust and upper mantle, mechanisms of strain localization, experimental rock mechanics, tectonic geomorphology and long term slip rates and hazard on large-scale strike-slip faults.
Current Research Programs & Projects
Long term slip-rate of the Banning strand of the southern San Andreas Fault at Devers Hill
Mechanisms and longevity of strain localization during dynamic recrystallization of olivine aggregates
Present-day rheology of the lithospheric mantle beneath the western Mojave from naturally deformed peridotite xenoliths
Structural evolution and geochronology of subduction complexes in the Betic Cordillera of southern Spain.
Departmental Outstanding Teaching Award - Dept. of Geological Sciences, UT Austin (2015)
Subaru Outstanding Woman in Science Award - Geological Society of America (2013)
Post-doctoral Research Fellowship - Brown University (2011 - 2012)
Exploration Post-Doctoral Fellowship (declined) - Arizona State University (2011)
Oakley Fellowship - University of Southern California (2010 - 2011)
WISE (Women in Science or Engineering Fellowship) - University of Southern California (2010)
Teaching Award, Petrology - University of Southern California (2008)
Keck Fellowship - University of Southern California (2006)
Outstanding Graduating Senior, Geology Department - California State University Northridge (2006)
Outstanding Graduating Senior, College of Math and Science - California State University Northridge (2006)
L.G. Collins Scholarship - California State University Northridge (2005)
Martin Van Couvering Award - AAPG (2004)
Kyle Ashley is a Jackson School of Geosciences Distinguished Postdoctoral Fellow working with Prefessor Whitney Behr. Kyle earned his BSc at SUNY Potsdam, his MSc at the University of Vermont, and his PhD at Virginia Tech. His research is focused on the evolution of metamorphic and igneous systems, applying pseudosection analysis, petrographic assessment, geochronology, and conventional and unconventional thermobarometric techniques to unravel changes in a rock’s pressure, temperature, fluid, mineralogy and deformation across time. Lately, Kyle has been studying the theory and application of trace element thermobarometers (e.g. Ti-in-quartz), as well as making advances in utilizing included minerals in rigid hosts for thermobarometry purposes with the application of elastic theory. He is currently studying rocks from Scotland, Himalayan Mountains (India, Nepal, and Bhutan), Greece, northern Appalachians, the Adirondack Mountains, Australia, Colorado, Lesser Antilles (Caribbean), and Madagascar.
Nicholas J Dygert
Nick earned a Bachelor of Science at the University of Rochester and his PhD at Brown University. His research focuses on understanding the physical and chemical evolution of the terrestrial and lunar mantles using experiments, numerical models, and field studies. Subjects of active research include an experimental study of the rheology of ilmenite and ilmenite-bearing aggregates, characterization of the thermal history of the upper mantle and the geological processes that affect it, and trace element geochemical investigations into lunar cumulate mantle overturn, melt migration in the mantle, and other dynamic processes in planetary interiors To learn more about Nick's research, visit his personal research site.
Rachel Bernard, Ph.D., expected 2018
My research, under the guidance of Dr. Whitney Behr, focuses on using peridotite xenoliths to better constrain the rheology of the upper mantle.
Peter O Gold, Ph.D., expected 2017 (Supervisor)
Owen A Callahan, Ph.D., expected 2017
My research is focussed on the interplay between fault and fracture permeability, hydrothermal fluid flow, alteration, mechanical properties, and deformation. I am currently working on projects in Dixie Valley, NV, and in the North Cascades, WA. I worked as a geologist in the geothermal industry for 5 years before returning to graduate school.
Travis Clow (Supervisor)
Juan Munoz (Supervisor)
Nikki M Seymour
I am a structural field geologist with a particular interest in large-scale tectonics. My research uses geo- and thermochronology to understand the thermal structure and temporal evolution of rifting at magma-poor margins to answer an unresolved question in plate tectonics -- How do you break a continent?
Alissa J Kotowski
I'm pursuing my Ph.D. at the Jackson School of Geosciences, working with Whitney Behr and Danny Stockli. I graduated from Boston College in 2014, where my undergraduate research background focused on Earthquake Migration along the North Anatolian and Alpine Faults with links to regional tectonics and structure. My broad interests encompass tectonic processes, structural geology and metamorphic petrology. My research at UT focuses on the structural and rheological evolution of high-pressure rocks during subduction and exhumation from Syros, Greece. More broadly, I'm interested in large-scale geodynamic processes, and the links between rock rheology and seismic processes in subduction zones.
My research interests include paleopiezometry, rock mechanics and strain localization in the lithospheric mantle. I am examining stress-grainsize relationships in feldspar and orthopyroxene in naturally deformed rocks, in an effort to test experimental extrapolations of these relationships to estimating stress in the lithosphere. I am also exploring the mechanisms and longevity of strain localization in the lithospheric mantle through experimental deformation of dry olivine aggregates.
|2015||Spring||GEO 394||Rsch Struct Geo Rock Rheology|
|2014||Fall||GEO 394||Rsch Struct Geo Rock Rheology|
|2014||Fall||GEO 428||Structural Geology|
|2014||Spring||GEO 394||Rsch Struct Geo Rock Rheology|
|2014||Spring||GEO 391||Microstructures Rock Rheology|
|2013||Fall||GEO 380C||Advanced Structural Geology|
|2013||Spring||GEO 391||Microstructures Rock Rheology|