David MohrigProfessor, Department of Geological Sciences, Jackson School of Geosciences
Dr. Mohrig's research group focuses on the application of sedimentary deposits and transport processes to unraveling the evolutions of terrestrial and submarine landscapes. They study the behavior of topography generated at the interface between a granular material and a moving fluid from very short to very long time and space scales, with particular emphasis on processes controlling channel formation, both on land and in the deep ocean. Research methods used by his group include carefully designed laboratory and natural experiments on sediment-transporting flows, field studies of modern and ancient sediment-dispersal systems, theoretical modeling of evolving granular-bed topography, and the remote sensing of subsurface sedimentary deposits using seismic data.
For additional information on the Mohrig Research Group please visit: http://www.jsg.utexas.edu/mohrig/
Dr. Mohrig would like to acknowledge IHS Global Inc., http://www.ihs.com/ , and their Kingdom Software Educational Grant Program for making available the software used in GEO371C and GEO380G, Construction and Interpretations of 3D Stratigraphy.
Areas of Expertise
Sedimentary Geology, Sedimentology, Stratigraphy, Geomorphology, Rivers, Deltas, Coastlines, Submarine Channels, Geohazards, Sediment-Gravity Currents, Sediment Transport, Seismic Interpretation, Basin Analysis
Mauricio M Perillo
Dr. Perillo's research interests are in the broad topic of Process Sedimentology and Stratigraphy (ProceSS). ProceSS is frame under the Sedimentological Fluid Dynamic (SFD) ''trinity'' (Perillo et al, In Preparation). First introduced by Leeder (1983) as the Geological Fluid Dynamic ''trinity''; the term express all the processes linking flow, sediment transport and bedform development. Fluid, Sediment transport and Bed Morphology, in a way, summarizes spacial and temporal changes in flow conditions, sediment characteristics, sediment transport, linear and non-linear mechanisms, large and small-scale changes in bed topography, between others processes.
R. Wayne Wagner
Environmental fluid mechanics, thermal dynamics in natural estuarine systems
Hima J Hassenruck-Gudipati, Ph.D., expected 2020
John M Swartz, Ph.D., expected 2019
Research interests: Sedimentology/stratigraphy, coastal and nearshore processes, quantitative geomorphology, marine geophysics, statistical methods in geoscience
Max Daniller-Varghese, Ph.D., expected 2019
Research Interests: Geomorphology, Sediment transport, Ecogeomorphology, Fluid Mechanics, Bioturbation, Particle Imaging Velocimetry, Experimental Sedimentology Current Projects: Vegetation effects on delta island development Fish generated turbulence and sediment transport during redd building Bedform interactions on the North Loupe River, NE Rio Grande Fan provenance and evolution
Jasmine Mason, Ph.D., expected 2018
fluvial geomorphology, sediment transport, coastal rivers, bed forms, bar forms, backwater zone, deltas
Andrea Nolting, Ph.D., expected 2017
Carbonate Sedimentology & Sequence Stratigraphy, Carbonate Rock Properties, Geo-mechanical Modeling. Research is focused on steep-rimmed carbonate shelf systems, specifically the timing and controls behind shelf margin syndepositional deformation.
Sarah C Brothers, Ph.D., expected 2016 (Committee Member)
Anthony McGlown, M.S., expected 2015 (Supervisor)
Kelsi R Ustipak, M.S., expected 2015
Clastic sedimentology, deepwater depositional systems, turbidites, transitional flow deposits, siliciclastic petrology, experimental sedimentology, energy resources, karst hydrogeology
Benjamin T Cardenas, M.S., expected 2014
sedimentary geology, Mars
Jason C Sanford, M.S., expected 2014
Jason is an M.S. Candidate in Geological Sciences at the University of Texas at Austin, where he is currently exploring geopressure history and geomechanics of reservoir-scale sand injections in the Panoche Giant Injection Complex in central California as the second component of his M.S. thesis work. Efforts include mapping of sand injections in the PGIC in order to construct 3-D physical and 2-D geomechanical models of sand injection and understanding and modeling hydraulic fracture initiation and propagation and fluid-sand slurry transport during sand injection. As the first component of his M.S. thesis work, Jason mapped the Cretaceous-Paleogene boundary deposit in the Gulf of Mexico, employing regional seismic, well-log, and core interpretation in order to evaluate the basin's response to the Chicxulub Impact.
Yao You, Ph.D., expected 2013
I am interested in studying the coupling of geomechanics and geomorphology.
John B Shaw, Ph.D., expected 2013 (Supervisor)
Katie Delbecq, M.S., expected 2013
Katie's research focuses on physical modeling of tsunami flows and sediment deposits, with interests in paleotsunami field studies and flow reconstruction of ancient tsunamis, storm surge, and floods from preserved deposit characteristics.
Woong Mo Koo
Depositional processes in submarine lobes
|2015||Spring||GEO 394||Rsch In Clastic Sedimentation|
|2014||Fall||GEO 371C/GEO 371T/GEO 380G||Constr Interp 3-D Stratigraphy|
|2014||Fall||GEO 380R||Dynamics Of Sedimentary Sys I|
|2014||Fall||GEO 394||Rsch In Clastic Sedimentation|
|2014||Spring||GEO 391||Fld Strat Southwest Oregon|
|2014||Spring||GEO 371C||Field Stratig Guadalupe Mtns|
|2014||Spring||GEO 371C/GEO 380G||Constr Interp 3-D Stratigraphy|
|2014||Spring||GEO 371C/GEO 391||Sedim Gravity Flow Deposit Sys|
|2014||Spring||GEO 394||Rsch In Clastic Sedimentation|
|2013||Fall||GEO 394||Rsch In Clastic Sedimentation|
|2013||Spring||GEO 394||Rsch In Clastic Sedimentation|
|2012||Fall||GEO 371C/GEO 380G||Constr Interp 3-D Stratigraphy|
|2012||Fall||GEO 394||Rsch In Clastic Sedimentation|
|2012||Spring||GEO 394||Rsch In Clastic Sedimentation|