Earth & Environmental Sciences Faculty & Research … in clastic sedimentary rocks. W. Ashley...

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Andrew Hunt, Ph.D., Liverpool University, UK, 1988 [email protected] Applied Environmental Geochemistry and Medical Geology Mapping the exposure topology for susceptible populations to toxic metals in the environment, modifying geochemical environment of surface deposits (urban soils) to reduce toxic threat posed by heavy metals, and investigating health effects of inhaled particles. Majie Fan, Ph.D., University of Arizona, 2009 [email protected] Sedimentary Geology and Basin Analysis Applying sedimentology, stratigraphy, isotope geochemistry, and basin subsidence modeling to investigate basin evolution histories, tectonic processes, and climatic and environmental changes recorded in clastic sedimentary rocks. W. Ashley Griffith, Ph.D., Stanford University, 2008 wagriff@uta.edu Structural Geology and Rock Mechanics Development and dynamic behavior of brittle structures observed in rocks using experimental and continuum mechanical models. Collecting field data and using physics-based models to learn about the processes that govern the behavior of fractures in Earth’s crust. Elizabeth Griffith, Ph.D., Stanford University, 2008 lgriff@uta.edu Paleoceanography and Stable Isotope Geochemistry Geochemical tracers (non-traditional metal stable isotopes (Ca, Sr) and standard tracers) in the modern environment and ancient samples to test our understanding of biogeochemical cycling in the ocean as well as employing more traditional paleoclimate proxies. Qinhong (Max) Hu, Ph.D., University of Arizona 1995 [email protected] Hydrogeology and Reservoir Characterization Fluid flow and chemical transport in porous and fractured media, in the context of sustainable energy (shale gas and oil production, nuclear energy and waste disposal, and geothermal exploration), environment, and water resources management. Asish Basu, Ph.D., University of California, Davis, 1975 [email protected] Petrology and Isotope Geochemistry Application of trace elements, major elements and isotopes in studying Earth processes. Petrology and geochemistry of igneous and metamorphic rocks. Applications of Sm-Nd, Rb-Sr, 40Ar/39Ar and U-Pb systematics in geochronology and thermochronology. Glen Mattioli, Ph.D., Northwestern University 1987; [email protected] Geodesy Using GPS geodesy to investigate convergent margin plate kinematics and plate boundary processes; detecting and modeling of volcanic deformation in actively erupting and quiescent arc volcanoes. Applications of InSAR, LIDAR, and borehole strain. Merlynd Nestell, Ph.D., Oregon State University 1966; [email protected] Biostratigraphy General Pennsylvanian - Permian biostratigraphy, fusulinaceans and other foraminifers of the late Paleozoic, especially of the Tethys, biostratigraphy of accreted terranes of the Pacific Northwest, Middle Permian foraminifers and conodonts in West Texas. Galina Nestell, Ph.D., All Russian Geological Research Insitute, St. Petersburg, Russia 1990; g[email protected] Biostratigraphy and Paleobiology Biostratigraphy, evolution and distribution of foraminifers of the Ordovician and Silurian, foraminifers of Permian – Triassic boundary strata, and foraminifers and radiolarians of the Permian. Arne Winguth, Ph.D., University of Hamburg, Germany, 1987; [email protected] Physical Oceanography and Climatology Oceanic and atmospheric dynamics and their interactions with biogeochemical cycles over a broad range of Earth history. Assimilation of ocean color data into an inverse 3-D ocean carbon cycle model Earth system modeling for future and past climates and ocean circulation. John Wickham, Ph.D., The Johns Hopkins University, 1969; [email protected] Structural Geology Measurement of natural strain and its relationship to folds and faults, numerical and physical modeling of geologic deformation, fracturing and fracture density, regional structural geology including Ouachitas, Arbuckles, Appalachians, U.S. & Canadian Rocky Mountains. UT Arlington Department of Earth & Environmental Sciences Graduate Program Master of Science and Doctor of Philosophy in Earth & Environmental Sciences 2014-2015 Ashanti Johnson, Ph.D., Texas A&M 1999; ashanti@uta.edu Aquatic Geochemistry; Diversity & Professional Development Utilization of various biogeochemical indicators to interpret past events that have impacted aquatic environments and professional development and diversity-focused activities designed to facilitate the advancement of diverse undergraduate and graduate students. Department of Earth & Environmental Sciences 107 Geosciences Bldg. 500 Yates St. Arlington, TX 76019 PLEASE POST Earth & Environmental Sciences Faculty & Research Interests Cornelia Winguth, Ph.D., University of Hamburg, Germany, 1998; [email protected] Stratigraphy and Climatology Glaciology, paleoclimatology, and marine seismic stratigraphy. Projects include reconstruction of the Eurasian ice sheet during the last glacial maximum. Graduate students also take classes and are involved in research projects with faculty in engineering, mathematics, biology, chemistry & biochemistry, urban and public affairs.

Transcript of Earth & Environmental Sciences Faculty & Research … in clastic sedimentary rocks. W. Ashley...

Page 1: Earth & Environmental Sciences Faculty & Research … in clastic sedimentary rocks. W. Ashley Gri˜th, Ph.D., Stanford University, 2008 wagri˜@uta.edu Structural Geology and Rock

Andrew Hunt, Ph.D., Liverpool University, UK, 1988 [email protected] Environmental Geochemistry and Medical GeologyMapping the exposure topology for susceptible populations to toxic metals in the environment, modifying geochemical environment of surface deposits (urban soils) to reduce toxic threat posed by heavy metals, and investigating health e�ects of inhaled particles.

Majie Fan, Ph.D., University of Arizona, 2009 [email protected] Geology and Basin AnalysisApplying sedimentology, stratigraphy, isotope geochemistry, and basin subsidence modeling to investigate basin evolution histories, tectonic processes, and climatic and environmental changes recorded in clastic sedimentary rocks.

W. Ashley Gri�th, Ph.D., Stanford University, 2008 wagri�@uta.eduStructural Geology and Rock MechanicsDevelopment and dynamic behavior of brittle structures observed in rocks using experimental and continuum mechanical models. Collecting �eld data and using physics-based models to learn about the processes that govern the behavior of fractures in Earth’s crust.

Elizabeth Gri�th, Ph.D., Stanford University, 2008 lgri�@uta.eduPaleoceanography and Stable Isotope GeochemistryGeochemical tracers (non-traditional metal stable isotopes (Ca, Sr) and standard tracers) in the modern environment and ancient samples to test our understanding of biogeochemical cycling in the ocean as well as employing more traditional paleoclimate proxies.

Qinhong (Max) Hu, Ph.D., University of Arizona 1995 [email protected] and Reservoir CharacterizationFluid �ow and chemical transport in porous and fractured media, in the context of sustainable energy (shale gas and oil production, nuclear energy and waste disposal, and geothermal exploration), environment, and water resources management.

Asish Basu, Ph.D., University of California, Davis, 1975 [email protected] and Isotope GeochemistryApplication of trace elements, major elements and isotopes in studying Earth processes. Petrology and geochemistry of igneous and metamorphic rocks. Applications of Sm-Nd, Rb-Sr, 40Ar/39Ar and U-Pb systematics in geochronology and thermochronology.

Glen Mattioli, Ph.D., Northwestern University 1987; [email protected] GPS geodesy to investigate convergent margin plate kinematics and plate boundary processes; detecting and modeling of volcanic deformation in actively erupting and quiescent arc volcanoes. Applications of InSAR, LIDAR, and borehole strain.

Merlynd Nestell, Ph.D., Oregon State University 1966; [email protected] Pennsylvanian - Permian biostratigraphy, fusulinaceans and other foraminifers of the late Paleozoic, especially of the Tethys, biostratigraphy of accreted terranes of the Paci�c Northwest, Middle Permian foraminifers and conodonts in West Texas.

Galina Nestell, Ph.D., All Russian Geological Research Insitute, St. Petersburg, Russia 1990; [email protected] and PaleobiologyBiostratigraphy, evolution and distribution of foraminifers of the Ordovician and Silurian, foraminifers of Permian – Triassic boundary strata, and foraminifers and radiolarians of the Permian.

Arne Winguth, Ph.D., University of Hamburg, Germany, 1987; [email protected] Oceanography and ClimatologyOceanic and atmospheric dynamics and their interactions with biogeochemical cycles over a broad range of Earth history. Assimilation of ocean color data into an inverse 3-D ocean carbon cycle model Earth system modeling for future and past climates and ocean circulation.

John Wickham, Ph.D., The Johns Hopkins University, 1969; [email protected] GeologyMeasurement of natural strain and its relationship to folds and faults, numerical and physical modeling of geologic deformation, fracturing and fracture density, regional structural geology including Ouachitas, Arbuckles, Appalachians, U.S. & Canadian Rocky Mountains.

UT ArlingtonDepartment of Earth

& Environmental Sciences

Graduate ProgramMaster of Science

andDoctor of Philosophy

in

Earth & Environmental Sciences2014-2015

Ashanti Johnson, Ph.D., Texas A&M 1999; [email protected] Geochemistry; Diversity & Professional DevelopmentUtilization of various biogeochemical indicators to interpret past events that have impacted aquatic environments and professional development and diversity-focused activities designed to facilitate the advancement of diverse undergraduate and graduate students. D

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Earth & Environmental Sciences Faculty & Research Interests

Cornelia Winguth, Ph.D., University of Hamburg, Germany, 1998; [email protected] and ClimatologyGlaciology, paleoclimatology, and marine seismic stratigraphy. Projects include reconstruction of the Eurasian ice sheet during the last glacial maximum.

Graduate students also take classes and are involved in research projects with faculty in engineering, mathematics, biology, chemistry & biochemistry, urban and public a�airs.

Page 2: Earth & Environmental Sciences Faculty & Research … in clastic sedimentary rocks. W. Ashley Gri˜th, Ph.D., Stanford University, 2008 wagri˜@uta.edu Structural Geology and Rock

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