The Geol 498B senior thesis requirement in Geological
Sciences is intended to provide students with a high-quality collaborative
research experience under the guidance of a faculty mentor. The Department
has a long history – over 40 years - of providing such opportunities for our
undergraduate students, many of whom have presented results of their research at
professional meetings and/or published results in professional journals. Via
this requirement, students get to experience firsthand the process of scholarly
research, are better prepared for graduate school, and are better equipped to
make career decisions. Graduating seniors make an oral presentation of their
research on “thesis defense day” at the end of Spring semester and a faculty
committee selects the outstanding thesis. Love Library houses the
collection – which totals many hundreds - of our
undergraduate theses.
In order to benefit most from the thesis requirement – you
are encouraged to select a faculty mentorandthesis topic as early as possible in your undergraduate training – and in general at least
two semesters prior to your expected graduation date. Settling all this by
the end of your junior year - prior to summer - is an ideal situation that will
allow you plenty of time to do a good job.
If you have a specific thesis topic in mind – this is
great! If not, don’t worry because most students in fact collaborate with
faculty to define and develop a research topic. The listing below indicates
the general areas of research expertise and interest of individual faculty
members. Students are responsible for initiating discussion with faculty
members about possible thesis work.
FACULTY
INTERESTS
CONTACT
Camp, Vic Ph.D., 1976 Washington State University
volcanology, petrology, tectonic control of magmatic
systems, geologic mapping in volcanic terrains with an emphasis on the flood
basalts and Basin-and-Range volcanic rocks of eastern Oregon
Frost, Eric Ph.D., 1983 University of Southern California
geologic imaging, seismic reflection profiling,
regional tectonics, field and structural geology, structural geology,
Immersive Visualization, telecommunications in Earth Science, Central Asia
humanitarian relief
processes controlling the compositions of sandstones and
argillites, sedimentological and structural origins of Paleozoic/Mesozoic
rocks of the western Cordillera
Morrow, Jared Ph.D., 1997, University of Colorado-Boulder
sedimentology, stratigraphy, biostratigraphy, and chemostratigraphy. Devonian to Carboniferous depositional history and sequence stratigraphy, conodont-based event stratigraphic study of the mid-Late Devonian mass extinction interval, and the geologic history of Alamo Impact Event.
earthquake dynamics, 3-D Simulation of wave propagation,
parallel and high-performance computing, visualization and animation, strong
ground motion and site amplification
Pietruszka, Aaron Ph.D., 1999, University of Hawaii
igneous petrology; trace-element and isotope geochemistry; application of
geochemical measurements to studies of active volcanoes; development of
new analytical techniques
paleoseismology, tectonic geomorphology, neotectonics, soils
stratigraphy, earthquake history of major faults in southern and Baja
California, Turkey, Israel, India, Nepal and other exotic areas
Schellenberg, Steven Ph.D., 2000 University of Southern California
paleobiology and paleoecology of invertebrates and protists,
Mesozoic and Cenozoic paleoceanography, applications of isotopic and
elemental chemistry to biological, ecological, and environmental research
groundwater and surface water interactions in riparian and
estuarine wetlands, nutrient loadings by groundwater to surface waters,
laboratory and computer simulations of fate and transport of organic
contaminants