Find Academic Supervisors

Malin WaageView profile

Researcher

• Seismic Imaging
• Fluid Flow Systems
• Gas Hydrates
• +3 more

Malin Waage is a geoscientist at UiT The Arctic University of Norway's Department of Geosciences within the Faculty of Science and Technology, specializing in high-resolution seismic investigations of Arctic marine systems. Her research focuses on fluid flow mechanisms, gas hydrate systems, and CO 2 storage monitoring using advanced P-Cable 3D/4D seismic technologies. Her research interests center on Arctic geophysical processes with emphasis on seismic imaging of fluid migration pathways , gas hydrate stability in warming oceans , and monitoring subsurface changes for carbon storage verification . Waage's work integrates field data from the Barents Sea and Fram Strait regions to understand methane seepage systems, contourite drift evolution, and seafloor crater formation mechanisms. Waage's publication record demonstrates consistent advancement in high-resolution seismic methodologies, particularly through time-lapse (4D) applications for detecting subsurface changes at meter-scale resolution. Her research spans geological timescales from Pleistocene stratigraphic evolution to contemporary fluid flow processes, with strong emphasis on Arctic climate change impacts on subseafloor systems. Her scientific contributions include significant findings on: Geological controls enabling giant crater formation through gas hydrate dissociation Development of non-permafrost related gas hydrate pingos on Arctic shelves Feasibility of P-Cable systems for CO 2 leakage monitoring Crustal processes sustaining abiotic gas hydrate systems Waage actively collaborates with leading Arctic research institutions and has contributed to multidisciplinary studies examining connections between geophysical processes and biological communities at cold seep sites. Her methodological innovations in high-resolution seismic acquisition and processing continue to advance capabilities for shallow subsurface characterization in polar marine environments.

Federico BernardiniView profile

Researcher

• Archaeometry
• Digital Archaeology
• Landscape Archaeology
• +5 more

Federico Bernardini is a Researcher in Archaeological Research Methodologies at Ca' Foscari University of Venice's Department of Humanities. His research focuses on archaeometry, digital archaeology, and landscape studies in northeastern Italy and the Adriatic region. He employs interdisciplinary approaches including geochemical analysis, LiDAR, microCT, and remote sensing to investigate prehistoric to Roman-era material culture, trade networks, and settlement patterns. Bernardini teaches courses in the Master's program in Digital and Public Humanities, including Digital Archaeology , Digital Archaeology and Heritage, Ethics and Politics , and Virtual Archaeology and Web Technologies . His publications emphasize technological innovation in archaeology, with recent work exploring pottery provenance, lithic analysis, and landscape reconstruction through advanced imaging techniques. His scholarly output demonstrates consistent collaboration with international teams and application of cutting-edge methodologies. Research trends include: 1) Integration of scientific analyses (geochemistry, tomography) in artifact studies; 2) Digital reconstruction of archaeological landscapes; 3) Trans-Adriatic cultural connections from Neolithic to Roman periods; and 4) Development of non-destructive analytical protocols for cultural heritage materials.

James M. DeGraffView profile

Research Professor

• Tectonics
• Structural Geology
• Fracture Mechanics
• +3 more

James M. DeGraff serves as a Research Professor in the Department of Geological and Mining Engineering and Sciences at Michigan Technological University. A Michigan Tech alumnus with BS and MS degrees, he also earned a PhD from Purdue University. After a distinguished career in the hydrocarbon industry with ExxonMobil, he returned to his alma mater to advance research and education in structural geology and reservoir characterization. His academic credentials include: PhD in Geology, Purdue University MS in Geophysics, Michigan Technological University BS in Geology, Michigan Technological University Dr. DeGraff's research centers on structural geology, tectonics, and fracture mechanics, particularly in the Midcontinent Rift System. He investigates fracture network formation, deformation timing, and fluid flow, integrating field, geophysical, and modeling approaches. His work bridges fundamental geological processes and practical applications in reservoir engineering, with a growing focus on automated data analysis techniques. Analysis of his recent publications (2018-2025) reveals a consistent focus on the Keweenaw fault system and Midcontinent Rift, utilizing LiDAR, aeromagnetic, and seismic data to unravel structural evolution and fracture patterns. This research has significant implications for understanding rift dynamics and optimizing hydrocarbon recovery in fractured reservoirs. Committed to education, Dr. DeGraff trains future geoscientists and has led research teams in industry and academia. His collaborative projects with reservoir engineers at ExxonMobil addressed complex fracture reservoir challenges, demonstrating the value of interdisciplinary approaches. He currently leads research initiatives at Michigan Tech that integrate field studies, geophysical data, and computational modeling to solve geological problems, continuing his legacy of impactful science and mentorship.

• Energy Engineering
• Geoscience
• Carbon Sequestration
• +3 more

Eugene C. Morgan is an Assistant Professor at the Pennsylvania State University within the Department of Energy & Mineral Engineering under the College of Earth and Mineral Sciences. His research focuses on energy resource modeling, shale reservoir characterization, and geological carbon storage technologies. Active in Shale Gas and CO2 Sequestration research Collaborator in CO2 Storage Modeling projects Expertise in Big Data Analytics for subsurface systems Morgan's work combines Rock Physics and Data Assimilation techniques to improve recovery efficiency in unconventional reservoirs. Recent publications highlight his contributions to Stimulated Reservoir Volume analysis and Seismic Attenuation inversion strategies. He collaborates extensively with researchers like Srinivasan and Kleit on projects spanning from Marcellus Shale studies to CO2 Storage Modeling . Current grant activities include National Science Foundation funding through the IUCRC CO2-SMART center initiative.

Elin SkurtveitView profile

Associate Professor

• Structural geology
• Geomechanics
• Subsurface CO2 storage
• +3 more

Elin Skurtveit is an Associate Professor II (20%) at the Department of Geosciences, University of Oslo and a full-time technical expert in Energy Geomechanics and Geophysics at the Norwegian Geotechnical Institute (NGI) . She has held this dual position since 2018 and 2010 respectively. Academic background in structural geology and geomechanics Key focus: Subsurface CO2 storage safety and fault stability Experience at Stanford University's Zoback Stress and Crustal Mechanics Group Her research integrates: Mechanical testing (Triax, Ring Shear, Direct Shear) CO2 exposure experiments on reservoir rocks Clay smear and shear band formation analysis Fluid flow characterization in fault zones Current projects: gigaCCS (2025-2032): Lead NGI representative SHARP Storage : Project manager NCCS : Structural derisking task lead FRISK : Fault-related leakage risk quantification Collaborations: With Cegal for carbon storage data management Industry partnerships with Northern Lights JV International academic networks through ERA-NET ACT

Ali H. DogruView profile

Professor

• Large-scale simulation
• High-performance computing
• CO2 sequestration
• +6 more

Ali H. Dogru is the Herman Brown Chair of Mechanical Engineering and Professor of Mechanical Engineering at Southern Methodist University’s Lyle School of Engineering, with a courtesy appointment in the Department of Civil & Environmental Engineering. He is also a member of the US National Academy of Engineering and has held prestigious roles at MIT, Caltech, UT Austin, and other leading institutions worldwide. Education: M.Sc. & B.Sc. combined, Istanbul Technical University Ph.D. in Petroleum Engineering with minor in Applied Mathematics, The University of Texas at Austin Research Interests: His research spans large-scale simulation and high-performance computing, with a strong emphasis on energy and environmental applications. He leads investigations into CO₂ sequestration , geothermal system modeling , and hydrogen storage . His work also encompasses multiphase flow in porous media , mathematical modeling of complex fluid mixtures , and numerical solutions of coupled PDEs involving heat and mass transport. His recent publications reflect a convergence of traditional petroleum engineering with modern computational techniques, including machine learning-enhanced phase behavior prediction and parallel reservoir simulation methods. Scientific Awards & Honors: Member, US National Academy of Engineering Honorary Member Award Distinguished Member Award John Franklin Carll Award Reservoir Description and Dynamics Award (SPE) World Oil Innovative Thinker Award Best Technology Award (ADIPEC) Holder of over 25 US Patents Industry & Academic Collaborations: Before academia, Dogru spent 28 years at Saudi Aramco, 14 at Mobil/ExxonMobil R&D, and held roles at Core Labs and other engineering firms. He has been affiliated with MIT since 2011 and was named MIT ERL Fellow in 2018. He has also taught or conducted research at Caltech, UT Austin, UT Dallas, Norwegian Institute of Technology, and Istanbul Technical University.

Katrin MackenzieView profile

Professor

• Environmental Chemistry
• Water Treatment Technologies
• Nanoremediation
• +5 more

Dr. Katrin Mackenzie is Professor and Department Head of Technical Biogeochemistry at the Helmholtz Centre for Environmental Research - UFZ in Leipzig, Germany. With over 30 years of research experience, she leads cutting-edge work in environmental chemistry and water treatment technologies. Her leadership extends to serving on the Supervisory Board of the UFZ since 2017, and she previously served as Acting Head of the Department of Environmental Engineering (2021-2023). Dr. Mackenzie's educational background includes: Diploma in Chemistry and PhD (Dr. rer. nat.) from Technical University Leuna-Merseburg (1991) Research stay at Oxford University (UK) as Stifterverband Fellow (1991) Research stay at Institute of Catalysis of the Russian Academy of Science, Novosibirsk (1989-1990) Postdoctoral Research Associate at State University of New York, Binghamton, USA (1992-1994) Her research program centers on innovative solutions for water contamination challenges. Dr. Mackenzie specializes in environmental catalysis , particularly for dehalogenation of organic pollutants and treatment of halogenated micropollutants including PFAS. Her work bridges fundamental chemistry with practical applications through nanoremediation technologies like Carbo-Iron® and colloidal activated carbon. She investigates reactive material design for targeted subsurface particle transport and activation of persulfate for water treatment, addressing critical environmental challenges in groundwater remediation. Her laboratory develops advanced materials for water purification with emphasis on sustainability and field applicability. Analysis of Dr. Mackenzie's recent publications reveals a strong focus on advanced materials for water treatment, particularly targeting persistent organic pollutants like PFAS. Her work demonstrates an integration of nanotechnology, catalysis, and environmental engineering to develop innovative remediation strategies. Key trends include the development of novel adsorbents, catalytic systems for dehalogenation, and field applications of nanoremediation technologies. Her research increasingly incorporates data analysis techniques to optimize treatment processes and understand contaminant behavior in complex environmental matrices, with growing emphasis on urban water cycle integration and climate resilience. Dr. Mackenzie has led numerous significant research projects including: ÖLKAT: Mobile separation device for oil-water mixtures (2024-2025) CLEANER: Pollutant-sink functions of Blue-Green Infrastructures (2023-2026) KONATES: Model application for contaminated aquifers (2022-2025) FABEKO: Groundwater protection through PFAS-contaminated soil treatment (2021-2023) NanoRem: Nanotechnological remediation processes (2013-2017) Her research group, the Working Group 'Environmental Catalysis - Reductive Processes,' focuses on developing and implementing innovative remediation technologies. The team collaborates extensively with international partners and has successfully translated laboratory findings into field applications, particularly through the development of Carbo-Iron® technology for groundwater treatment. Current work emphasizes sustainable solutions for emerging contaminants and integration of water treatment technologies with urban infrastructure for climate-resilient cities.

Japan TrivediView profile

Professor

• Petroleum Engineering
• Enhanced Oil Recovery (EOR)
• Unconventional Reservoirs
• +6 more

Japan Trivedi, PhD, P.Eng is a Professor in the Civil and Environmental Engineering Department at the University of Alberta . His research focuses on Enhanced Oil Recovery (EOR) , CO2 Sequestration , Unconventional Reservoirs , and integration of Machine Learning in reservoir simulation. His lab operates at the Natural Resources Engineering Facility (NREF) under the School of Mining and Petroleum Engineering . Research Areas: Chemical EOR (polymers, surfactants, nanofluids) CO2 utilization for EOR and storage Reinforcement Learning for SAGD optimization Extensional rheology of complex fluids Techniques: Reservoir simulation Machine learning integration Micromodel experiments Field-scale modeling Key Projects: Include CO2 EOR/sequestration, Tight Oil EOR, ASP polymer characterization, and real-time SAGD optimization. His group collaborates on underground coal gasification and fracture reservoir characterization . Teaching: Offers courses like PET E 377 - Modelling in Petroleum Engineering and PET E 649 - Advanced Reservoir Simulation , emphasizing numerical methods, EOR processes, and simulation tools.

Nik QafokuView profile

Professor

• Contaminant Transport
• Soil Chemistry
• Environmental Remediation
• +5 more

Nik Qafoku is a Laboratory Fellow in Environmental Subsurface Science at Pacific Northwest National Laboratory (PNNL) and serves as Deputy Director of Outreach for the Center for the Remediation of Complex Sites (RemPlex). With over two decades of experience since joining PNNL in June 2000 as a postdoctoral researcher, he has progressed through multiple research scientist levels to his current prestigious Laboratory Fellow position, which represents the highest research rank at PNNL. Dr. Qafoku's educational background spans multiple disciplines and institutions: B.S. in Agronomy, Agricultural University of Tirana, Albania Doctor of Science in Soil Science, Agricultural University of Tirana, Albania M.S. in Computer Science and Applied Mathematics, University of Georgia Ph.D. in Environmental Soil Chemistry, University of Georgia His research primarily focuses on the complex interactions between contaminants and subsurface environments. Dr. Qafoku investigates transport-controlled mobilization and immobilization of contaminants in heterogeneous environments, elemental cycling in soils and sediments, and changes in aquifer geochemistry when exposed to leaking CO 2 from deep storage. His work on waste form performance in different environments has significant implications for nuclear waste management and environmental remediation. His recent publications reveal a strong emphasis on radioactive contaminants like iodine and technetium, with innovative approaches to monitoring and remediation using geophysical methods like spectral induced polarization. Dr. Qafoku's scientific contributions have been widely recognized with numerous prestigious awards including the R&D 100 Award (2017), Jackson Soil Chemistry and Mineralogy Award (2019), and his appointment as Laboratory Fellow at PNNL (2020). He has also been elected as a Fellow of the Soil Science Society of America (2020) and served as General Chair for the 57th International Annual Meeting of The Clay Minerals Society (2020). As an active member of multiple professional organizations including the American Chemical Society, Soil Science Society of America, and American Geophysical Union, Dr. Qafoku maintains a strong presence in the scientific community. His work bridges fundamental soil science with practical environmental remediation challenges, particularly at complex sites like Hanford.

• Fault Mechanics
• Earthquake Propagation
• Rock Mechanics
• +3 more

Nicola De Paola is a Professor of Structural Geology and Rock Mechanics in the Department of Earth Sciences at Durham University, where he has held academic positions since 2007. His career progression includes Assistant Professor (2007-2012), Associate Professor (2012-2020), and full Professor (2021-present). He established the Rock Mechanics Laboratory (RML) at Durham University in 2012, securing major funding from UK Research Councils (NERC, UKUH) and industry partners (MAERSK, DONG). De Paola's research centers on fault and earthquake mechanics, employing a multidisciplinary approach combining fieldwork, microstructural analysis, and rock physics experiments. His work has evolved from fundamental fault mechanics to include human-induced seismicity, particularly in enhanced geothermal systems. Key themes include coseismic fault lubrication, earthquake rupture propagation, and the role of lithology in seismic behavior. His laboratory's recent contributions address induced seismicity risks in subsurface energy operations. Analysis of his 15 most recent publications (2016-2023) reveals a consistent focus on fault zone processes, with increasing emphasis on induced seismicity and energy applications. His work spans experimental rock deformation, field-based structural analysis, and computational modeling, demonstrating strong integration between fundamental mechanics and practical energy sector challenges. The publications show growing industry collaboration, particularly in geothermal and hydrocarbon contexts. De Paola supervises graduate students including Krishna Silva, and his research has been supported by significant grants from NERC and industry consortia. His work bridges academic geomechanics with industrial applications in energy resource development.

• Clastic sedimentology
• Continental sedimentology
• Diagenesis
• +7 more

Professor Stuart Jones is a Professor of Sedimentology in the Department of Earth Sciences at Durham University and serves as Co-Director of the Durham Energy Institute. He also directs the Centre for Postgraduate Training in Energy. His academic career at Durham spans from Lecturer (2000-2013) to Associate Professor (2013-present) and now Professor (2025-present). Additionally, he has been a Visiting Professor in Clastic Sedimentology at the University of Payme Noor in Iran since 2004. Stuart Jones is a clastic sedimentologist specializing in continental sedimentology, diagenesis, and reservoir quality prediction. His research focuses on fluvial sedimentology across various tectonic basin settings and climatic regimes, using both subsurface and outcrop data to improve geological models and reduce subsurface risk. Recent work on geopressure and early diagenetic cements in reservoir sandstones has advanced predictions for High-Pressure High-Temperature (HPHT) systems. He leads the GeoPOP research consortium, which investigates overpressure in sedimentary basins with industry funding. His research expertise spans sediment characterization, geopressure in sedimentary basins, non-marine clastic sedimentology, quantitative fluvial sedimentology, and sediment supply to basins in rift, strike-slip, and foreland settings. His publication record shows a strong focus on reservoir quality prediction, diagenesis, and the impact of overpressure on sandstone preservation. 2004: Excellence in Teaching Award, Durham University 2006: Chartered Geologist status, Geological Society of London 2006: SETPOINT NORTH EAST Science Ambassador of the Year 2018: Excellence in Doctoral Supervision, Durham University 2008-present: Member of Geological Society of London, Awards Committee Professor Jones has supervised numerous PhD students including Joe Brown, Joel Lozano Perez, Krishna Silva, Rachel Kirby, and Sindhura Kalyanam. Since 2001, he has secured over £3.2 million in research funding. He serves on editorial boards for the Journal of Petroleum Science and the Journal of Iberian Geology, and has co-authored seminal textbooks including "Sedimentary Petrology" (4th Edition) with Maurice Tucker and "Introducing Sedimentology" (2nd Edition). He leads the GeoPOP research consortium, a multi-disciplinary group investigating overpressure in sedimentary basins with hydrocarbon industry funding. His field workshops for major oil companies have focused on syntectonic fluvial systems, alluvial systems, and reservoir quality controls.

Majken Caroline Looms ZibarView profile

Associate Professor

• Hydrogeophysics
• Geophysical methods
• Ground penetrating radar
• +5 more

Majken Caroline Looms Zibar is an Associate Professor in the Department of Geosciences and Natural Resource Management at the University of Copenhagen's Faculty of Science. Her research focuses on applying advanced geophysical methods to solve hydrological problems, particularly in the unsaturated zone. She has established herself as a leading expert in ground penetrating radar applications for subsurface characterization. Her research interests span multiple areas of hydrogeophysics including cross-borehole electrical resistance tomography, ground penetrating radar applications, and cosmic-ray neutron detection. Dr. Looms Zibar specializes in visualizing water infiltration in unsaturated zones, estimating unsaturated hydraulic parameters at meter-scale, characterizing porosity variations in geological formations, and monitoring soil moisture dynamics. Her work bridges geophysics and hydrology to address critical water resource management challenges. Analysis of her recent publications reveals a strong focus on advancing geophysical methods for environmental applications, particularly in soil moisture monitoring using novel approaches like cosmic-ray neutron sensing and gamma-ray spectrometry. Her research increasingly integrates multiple geophysical techniques to characterize subsurface heterogeneity across different spatial scales, with growing emphasis on agricultural applications and water resource management. Appointed member of Hydrology Section's Hydrogeophysics Technical Committee under the American Geophysical Union since 2011 Associate Editor of Vadose Zone Journal from 2014-2019 Principal organizer of the 5th International COSMOS workshop in Copenhagen in 2016 Dr. Looms Zibar has secured significant research funding, including projects funded by Geocenter Denmark, Region Hovedstaden, and international programs like Marie Curie Innovative Training Networks. She has supervised 21 Bachelor's projects, 15 Master's theses, and 8 PhD dissertations, while serving on 8 external PhD assessment committees. Her research group actively collaborates with institutions across Europe and maintains strong connections with water management authorities in Denmark. Her laboratory work focuses on developing and refining cross-borehole geophysical methods, particularly ground penetrating radar applications for challenging geological environments like clayey tills. The research group maintains field sites for long-term monitoring of hydrological processes and has developed specialized equipment for environmental geophysics applications, including novel crosshole GPR systems and gamma-ray spectrometry setups.

Tala Maria AabøView profile

Assistant Professor

• Fracture Analysis
• Subsurface Temperature Modelling
• Seismic Interpretation
• +3 more

Tala Maria Aabø serves as Assistant Professor in the Department of Geosciences and Natural Resource Management at the University of Copenhagen's Faculty of Science, specializing in geological and geophysical reservoir characterization with emphasis on chalk formations and subsurface temperature dynamics. Education: PhD in Geoscience (2018-2023), University of Copenhagen: "Fractures and their influence on Fluid Flow in Chalk" Master of Science in Sedimentary Basins (2013-2015), University of Copenhagen: "Modelling of Subsurface Temperatures - An Investigation of Bottom Hole Temperatures in the Norwegian North Sea" Research Focus: Dr. Aabø's work integrates digital outcrop modeling , ground penetrating radar , and seismic interpretation for fracture characterization in onshore (Rørdal Quarry) and offshore (Kraka Field) chalk reservoirs. Her temperature modeling research develops empirical equations for static formation temperature correction using bottom hole data, supported by key competencies in data integration , workflow development , and scenario analysis . Publication Trends: Her 2016-2023 outputs reveal concentrated expertise in chalk reservoir fracture networks and North Sea temperature modeling, featuring innovative methodologies like ant-tracked RGB seismic for structural enhancement and DFM algorithms for dynamic fracture simulation. Awards: No scientific awards documented in source materials. Advising & Grants: Available text provides no details regarding student supervision or research funding. Collaborative Projects: Currently concluding the "Chalk Outcrop Analogue Potential" work package (AWF1) with DTU Offshore/Danish Underground Consortium, building on prior work with Kraka, Dan, and Halfdan fields in the Danish North Sea.

Clément RoquesView profile

Professor

• Hydrogeology
• Climate Change and Water Resources
• Mountain Hydrology
• +4 more

Clément Roques is a Full Professor and Senior Scientist in Hydrology at the University of Neuchâtel, Switzerland, within the Faculty of Science and the Center for Hydrogeology and Geothermics. He holds a PhD in Earth Sciences from the University of Rennes and has over a decade of research experience in fractured rock hydrogeology, mountain hydrology, and climate change impacts on water resources. Education: PhD in Earth Sciences, University of Rennes, France Roques' research focuses on understanding the physical and biogeochemical processes of water in landscapes, with two main directions: (1) studying landscape heterogeneity effects on flow and transport to evaluate water resource sensitivity to climate change and human pressures; and (2) developing innovative in-situ experiments and monitoring technologies for applications in water resources, ecohydrology, geothermal energy, and CO2 storage. His work aims to provide sustainable water management strategies under climate change. Analysis of his recent publications (2014-2024) reveals a consistent emphasis on alpine hydrology, groundwater-surface water interactions, and the development of advanced monitoring techniques. Recent projects (2023-2024) particularly address headwater catchment dynamics and the integration of cryosphere processes into hydrological models, reflecting a growing focus on climate change adaptation in mountainous regions. Advising and Grants: Roques mentors students and early-career researchers. He is the main Principal Investigator for the WATERWISE project (Interreg Alpine Space Program, EU, €2.8M), which co-designs sustainable water management solutions for Alpine headwaters in collaboration with transdisciplinary teams and stakeholders. Labs and Teams: He leads the Poschiavino Critical Zone Observatory, deploying advanced sensing technologies (time-lapse geophysics, in-situ mass spectrometers, fiber-optic sensors) to monitor water flow and solute transport in alpine environments. His team collaborates with leading cryosphere scientists to improve hydrological models.

James B. HarrisView profile

Professor

• Near-Surface Geophysics
• Geologic Hazards
• Earthquake Geology
• +2 more

James B. Harris serves as Professor and Chair of the Department of Geosciences at Millsaps College, specializing in near-surface geophysics with recognition including the Mississippi Professor of the Year award (2009) and Millsaps Distinguished Professor honor (2006). Education: Ph.D. in Geology/Geophysics from the University of Kentucky M.S. in Geology/Geophysics from the University of Kentucky B.S. in Geophysics from the University of Houston B.S. in Geology from Eastern Kentucky University His research focuses on near-surface geophysics applications for earthquake analysis and geologic hazard assessment, integrated into teaching structural geology, geophysics, and earthquake geology courses. Field instruction forms a cornerstone of his pedagogy, with summer courses conducted across Southwest Montana, the Pacific Northwest, the Appalachians, Yellowstone, Alaska, and Scotland to provide immersive geological training. Recent publications (2022-2023) demonstrate interdisciplinary applications of geophysics, combining archaeological survey methods in Northern Albania with advanced shear-wave seismology for site characterization. These works highlight methodological innovation in near-surface geophysical techniques across cultural heritage preservation and seismic hazard mitigation contexts. Scientific Awards: Harold Mooney Award, SEG, 2018 W. Charles Sallis Award for Distinguished Service to the College, 2013 Division of Sciences Excellence in Teaching Award, 2010 Carnegie/CASE Mississippi Professor of the Year, 2009 Millsaps College Distinguished Professor Award, 2006 Professor Harris has mentored students through extensive field courses and classroom instruction, emphasizing practical geological skills development. While specific graduate advisees and grant details aren't documented in available materials, his departmental leadership and repeated teaching honors reflect sustained commitment to academic excellence and student engagement.