The University of Mississippi is proud to be an R1 research institution – or one of ‘very high research activity’ – as designated by the Carnegie Classification of Institutions of Higher Education. We are one of only 131 institutions in the U.S. with this top classification.
FACULTY RESEARCH INTERESTS
Our faculty, graduate students and undergraduates undertake a wide variety of research and pursuits.
- Liquefaction susceptibility evaluation at local and regional scales using in-situ measurements and remote sensing observations
- Estimating liquefaction induced damage such as lateral spread displacement
- Transportation Geotechniques
- Documenting earthquake induced damages, especially liquefaction using aerial/satellite images that are sensitive to surficial moisture
- Geotechnical asset monitoring
- Machine Learning
- dynamics behind the paleoenvironmental changes and landscape evolution that occurs due to natural geologic process
- gradual and abrupt climatic fluctuations
- neotectonics and anthropogenic activities
- Surface water / Groundwater interaction
- Groundwater recharge in floodplains
- Isotope geochemistry
- Wetland hydrology
- Seepage beneath levees
- Geologic mapping, geochronology and geochemistry of the Bighorn mountains, Wyoming
- Geologic evolution of the Mississippi river using detrital zircons to trace provenance and drainage patterns
- Tectonics and geologic history of the Medicine Hat Block, Montana & Canada using geochronology and geochemsitry
- Tectonic history of Laurentia and the formation of the Wyoming craton
- Geological sequestration of CO2
- Impact of wetted-phase structure on geophysical properties in porous media
- Non-ideal transport processes in porous and fractured media
- Non-continuum approaches for modeling multiple-phase flow and transport
- Geologic controls on hydraulic properties and flow and transport processes
- Flow and transport processes in heterogeneous saturated and unsaturated porous and fractured media
- Limitations of parametric models in hydrology, including both deterministic and stochastic models
- Geologic and hydrogeologic characterization for nuclear and hazardous waste disposal
- Subsurface hydrology – flow of water, energy and elements in shallow, heterogeneous, geologic environments that govern aquifer recharge, groundwater storage and groundwater quality
- Contaminant transport and fate – cyanobacterial toxins in groundwater
- Engineering solutions – green infrastructure, artificial recharge and sustainable development
- Data-driven and physics-based modeling – reconciling discrepancies in predicted aquifer forcing-response behavior
- Mississippi Embayment geology
- Quaternary Paleoclimate Reconstructions
- Carbonate Geology
- Geochemistry, stable isotopes and trace elemental analyses
- Geochronology, Uranium-series dating
- Non-traditional stable isotope analysis as a proxy for Early Earth conditions and extraterrestrial materials
- Crystal formation and diversity in morphology
- Water quality/ICP-OES analysis on trace and heavy metals on geological substrates
- Environmental education
- Precambrian research revealing tectonic history
- Petrology and mineralogy
- Geohazard investigation and remediation
- Energy/materials exploration and infrastructure management/optimization
- Geospatial information science and technology
- Small unmanned aerial systems with sensor integration
- Geoscience/engineering education
Unsaturated zone processes, vadose zone processes, groundwater modeling, surface-groundwater interaction, contaminate transport, isotope geochemistry, wetland processes, waste disposal, dam and levee hydrology
Study of ancient life, ancient soils, and ancient climate, with a focus on the Gulf Coast region of the US.
Tectonics, Geochronology & Geochemistry
Radiogenic isotope geochemistry, zircon geochronology, thermochronology, petrology of igneous and metamorphic rocks
Mapping of geologic features and hazards using tools including traditional field measurements, GPS and GIS, and remote sensing.
Engineering Geology & Geological Engineering
Our research in this focus area combines three distinct areas of interrelated fields of research exploring novel, effective and accurate methods to improve the geo-engineering process: mapping, testing/characterization, and design.
Our research in this focus area primarily seeks to improve field surveying and data interpretation methods of active and passive seismic exploration.
Ichnology of Continental Environments
Our research involves the study of trace fossils in ancient continental environments as informed by neoichnological research in laboratory and modern continental field settings. Methods employed include traditional field and lab observations, GPR, soil coring, petrography, and 3D laser scanning.
Trace metal Geochemistry, Environmental isotopes, Bio-mineralization and environmental Mineralogy
Our research goals intersect among trace metal geochemistry/isotope geochemistry and bio-geochemistry of environments. Our goal as scientists is to investigate how the microbial world affects and drives metal cycling in both modern and ancient environments.
OUR RESEARCH CENTERS
Mississippi Mineral Resources Institute (MMRI)
MMRI provides both the public and private sectors with expertise needed to make responsible decisions regarding Mississippi’s and the nation’s mineral resources and environmental well-being. One project, for example, explores the recovery of Gulf ecosystems after the unprecedented flooding of the Mississippi River in 2018 and 2019.
National Center for Computational Hydroscience and Engineering (NCCHE)
NCCHE fosters the growth of research in computational hydroscience and engineering to conserve soil and water, model impacts of failure of dams and/or levees and develop tools to assist researchers and scientists in the field. For example, it has developed software that quickly calculates the spread of flood water in case of dam or levee breaches.