Find Academic Supervisors

Kim BaublysView profile

Research Fellow

• Hydrogeology
• Geochemistry
• Environmental Science
• +3 more

Dr. Kim Baublys is a Senior Research Fellow at the School of the Environment, University of Queensland. They lead the Stable Isotope Geochemistry Laboratory (SIGL), part of the Centre for Geoanalytical Mass Spectrometry, offering advanced isotope analyses for researchers and industries. Their research focuses on hydrogeological and geochemical processes in sedimentary basins, particularly the Surat Basin, investigating fluid-rock interactions and microbial influences on groundwater and gas composition. Dr. Baublys holds a PhD in Geochemistry from UQ, alongside bachelor’s and master’s degrees in Science and Business Administration from the same institution. Key research interests include coal seam gas reservoir dynamics, CO2 sequestration, and stable isotope applications in environmental and geological studies. The lab provides analyses for C, H, O, N, and S isotopes, supporting diverse projects from ecological studies to biomedical research. Dr. Baublys has secured grants from ANSTO for projects on aquifer connectivity and CO2 storage site protection, demonstrating leadership in both academic and applied research. Publications span isotopic studies of methane sources, nickel sulfide mineralization, and groundwater geochemistry. Their work bridges fundamental science and practical challenges in resource management, environmental monitoring, and climate mitigation strategies. Collaborations with government, industry, and international institutions underscore their commitment to interdisciplinary solutions for sustainable resource use.

Anthony KovscekView profile

Professor

• Petroleum Engineering
• Geological Carbon Storage
• Hydrogen Storage
• +4 more

Anthony Kovscek is the Keleen and Carlton Beal Professor of Petroleum Engineering at Stanford University and Senior Fellow at the Precourt Institute for Energy. His research focuses on geological carbon storage, hydrogen storage in subsurface formations, and enhanced oil recovery. He develops predictive models for fluid flow in porous media, emphasizing CO2 leakage mitigation and hydrogen storage optimization. Current projects include assessing storage potential in California's depleted gas fields, optimizing injection well trajectories to minimize geomechanical risks, and evaluating AI-assisted workflows for carbon storage monitoring. He leads the Center for Mechanistic Control of Unconventional Formations (CMC-UF). Recent work explores viscous-dominated flow in saline aquifers, fault-leakage dynamics in the San Joaquin Basin, and renewable energy curtailment solutions via underground storage. His group integrates experimental data with reservoir simulations to advance sustainable energy technologies.

Ryan DempseyView profile

Researcher

• Actinide Chemistry
• Environmental Chemistry
• Solid State Chemistry
• +3 more

Ryan Dempsey holds a Doctor of Philosophy in Chemistry from The University of Manchester, where he is affiliated with the Department of Chemistry as a Researcher. His research focuses on actinide chemistry, environmental chemistry, and solid-state phenomena, particularly investigating radioactive waste management and surface interactions. Dempsey has contributed to studies on actinide-ligand interactions using computational methods and explored uranium retention mechanisms in subsurface environments. His work bridges theoretical chemistry with practical applications in geochemistry and environmental science. Education: Master of Chemistry (2017–2022), The University of Manchester Research Interests: Dempsey’s studies emphasize actinide electronic structure via X-ray spectroscopy, sulfidation processes, and redox cycling dynamics. His work aims to advance understanding of radioactive material behavior in geological contexts, leveraging computational models and experimental techniques to address environmental and industrial challenges. Publications: Recent articles highlight computational studies of actinide interactions with Keggin clusters and geochemical investigations of uranium retention in goethite substrates. These contributions reflect his dual focus on theoretical modeling and applied environmental chemistry.

• Biogeochemistry
• Methane Cycling
• Wetland Ecosystems
• +3 more

Sigrid van Grinsven leads research in Geomicrobiology at the University of Tübingen's Faculty of Mathematics and Natural Sciences as a Junior Group Leader. Her investigations center on iron and methane cycling in environmentally sensitive systems including wetlands, permafrost regions, and lake sediments, with emphasis on greenhouse gas dynamics and carbon-nutrient interactions. Research explores biogeochemical processes across multiple ecosystems: Fe(III)/organic matter roles in permafrost methane cycling Methanotroph adaptation strategies across oxygen gradients Land use impacts on hillslope-floodplain carbon-nutrient coupling Biodegradable plastic decomposition in aquatic systems Methodological approaches include isotopic tracing, microbial community analysis, and interpretive machine learning for carbon modeling. Field studies span temperate lakes, proglacial landscapes, and Bavarian forest ecosystems.

Frederik SimonsView profile

Professor

• Geophysics
• Seismology
• Climate Science
• +4 more

Frederik Simons is a Professor of Geosciences at Princeton University and Associate Chair of the Department of Geosciences. He holds affiliations with the High Meadows Environmental Institute (HMEI), the Program in Applied & Computational Mathematics, and the Andlinger Center for Energy and the Environment. His research focuses on geophysical data analysis, seismic properties of Earth's lithosphere, and planetary processes. He previously held roles including Dusenbury University Preceptor and Hess Post-doctoral Fellow. Simons earned his Ph.D. from MIT and M.Sc. from KU Leuven. Research interests span seismic and mechanical properties of lithospheres, sea-level variations, wavelet analysis, oceanic instrumentation, and planetary magnetic fields. His work emphasizes reproducible research and computational methods. He leads the EarthScope-Oceans consortium deploying oceanic hydrophones for seismic tomography. Teaching emphasizes clarity and student engagement, with a focus on geophysical fundamentals. His publications address topics like GRACE satellite gravity analysis, mantle discontinuities, and full-waveform inversion. He advises graduate students and maintains an active lab group.

Shankar DuttView profile

Researcher

• Nanopore Technology
• Materials Physics
• Nanofluidics
• +4 more

Dr. Shankar Dutt is a Researcher in the Department of Materials Physics at the Australian National University (ANU), within the Research School of Physics. His research focuses on developing novel composite nanopore membranes using track-etch technology and controlled breakdown techniques. He investigates applications in medical sensors, ultrafiltration, and lab-on-a-chip technologies, integrating 2D materials like graphene and ultra-thin film deposition. His work bridges materials science and biomedical engineering to advance nanoscale device fabrication and sensing capabilities. Key research interests include nanopore fabrication methodologies, ion track characterization in polymers and amorphous materials, and the integration of machine learning with nanopore-based biosensors. Dr. Dutt’s projects emphasize scalable, industrially applicable solutions, such as portable nanopore fabrication platforms and cost-effective data analysis frameworks. He collaborates on interdisciplinary initiatives like the MiniGrav project, exploring drone-deployable gravimeters for subsurface mapping, showcasing his broader impact in applied physics and engineering. His recent publications highlight advancements in nanopore-based biomarker detection, electrolyte-transport modeling, and SAXS-based material characterization. Despite no listed awards, his contributions to sensor technology and materials innovation reflect significant academic impact. Dr. Dutt is registered to supervise research students, contributing to the next generation of nanotechnology experts.

Katharine MaherView profile

Professor

• Carbon Cycle
• Environmental Science
• Geochemistry
• +9 more

Katharine (Kate) Maher is a Professor of Earth System Science at Stanford University and holds a courtesy appointment in the Department of Earth and Planetary Sciences. She is also a Senior Fellow at the Woods Institute for the Environment. Her expertise spans interdisciplinary Earth science, integrating hydrological, chemical, and biological processes to address global environmental challenges. Education: Ph.D., Earth and Planetary Sciences, University of California, Berkeley (2005) M.S., Civil and Environmental Engineering (Fluid Mechanics/Hydrology), University of California, Berkeley (2001) B.A., Environmental Earth Sciences, Dartmouth College (1999) Research interests focus on the carbon cycle, including historical CO2 impacts, soil carbon dynamics, and modern CO₂ removal strategies. She employs reactive transport modeling and advanced analytical techniques like ICP-MS to study biogeochemical processes in floodplains, shale formations, and critical zone environments. Her work bridges subsurface hydrology, isotopic fractionation, and climate feedback mechanisms, emphasizing the role of functional complexity in soil organic carbon persistence and the influence of hydroclimate on weathering gradients. Her awards include the James B. Macelwane Medal (2015) for outstanding contributions to geophysical sciences and the Allan Cox Medal (2012) for mentoring undergraduate research. This reflects her dual focus on scientific innovation and education. Advising and grants involve mentoring students and securing funding for projects on hydraulic fracturing impacts, shale-fluid interactions, and airborne geophysical surveys. Her collaborative efforts span institutions and disciplines, advancing environmental monitoring and sustainable resource management. Labs and fieldwork include studies in Colorado’s Slate River Floodplain and the Rifle Aquifer, leveraging geophysical data and reactive transport modeling to explore subsurface processes and contaminant dynamics.

Rochelle TaylorView profile

Lecturer

• Environmental Science
• Data Science
• Artificial Intelligence
• +5 more

Dr. Rochelle Taylor is a Lecturer in Artificial Intelligence/Data Science at the Department of Computing and Mathematics, Manchester Metropolitan University (MMU). Previously, she was a Lecturer in Geology at Edge Hill University. She holds a PhD in Structural Geology and Geophysics from the University of Manchester (2013), an MSc in Data Science (Distinction) from MMU, and a MESci in Geology from the University of Manchester. She is a Fellow of the Higher Education Academy (HEA). Her research focuses on environmental and sustainable subsurface resource extraction, geophysical analysis of air quality via road traffic vibrations, and AI ethics. Current projects include seismotrair (road traffic-air quality forecasting), HydroDetect ML (subsurface hydrogen detection), and XRF Analytics (Greenland sediment analysis). She also explores health informatics ( CPET ML for surgical risk prediction) and community engagement in AI ( PEAs in Pods ). Teaching roles include Course Leader for the MSc Data Science and Module Leader for Principles of Data Science, Machine Learning Concepts, and Ethics of AI. Awards include HEA Fellowship. Her research outputs span geoscience, AI ethics, and fracture mechanics, with recent work addressing energy transition and community perspectives on AI.

• Archaeology of the North Atlantic
• Landscape Archaeology
• Geographic Information Systems (GIS)
• +5 more

Douglas Bolender is a Senior Lecturer in the Department of Anthropology at the University of Massachusetts Boston. His research focuses on the archaeology of the North Atlantic region, particularly Iceland and Greenland, with an emphasis on Viking Age and medieval societies. He employs interdisciplinary methods including GIS, geoarchaeology, and political economy analysis to investigate themes like landscape modification, social inequality, property relations, and environmental sustainability. Key projects include the Skagafjörður Archaeological Settlement Survey in northern Iceland, which examines settlement patterns, farmstead relocations, and the transition to a landlord-tenant system. His work on subsurface imaging techniques (GPR/TDR) has advanced archaeological survey methodologies in challenging environments. Bolender’s research explores how material culture and spatial organization reflect broader socio-economic transformations, such as Christianization processes, resource exploitation, and the entanglement of environmental and social crises. He has conducted excavations at sites like Glaumbær and Hólar, analyzing burial practices, domestic structures, and agricultural intensification. His publications address theoretical frameworks for eventful archaeology, emphasizing the role of abrupt social changes and human-environment interactions. Current research continues to interrogate the genealogy of social inequality in medieval Iceland through archaeological and historical evidence.

• Glacial Geomorphology
• Quaternary Geology
• Remote Sensing Applications
• +3 more

Richard Pope is an Associate Professor at the College of Science and Engineering, specializing in glacial and fluvial geomorphology, Quaternary geology, and remote sensing applications. His research focuses on reconstructing past environmental and climatic changes through glacial landform analysis, fluvial system dynamics, and sedimentary records. He applies advanced geophysical and spectroscopic techniques to study denudation rates, runoff dynamics, and landscape evolution in Mediterranean regions like Greece and the Balkans. His work bridges geology, environmental science, and engineering, addressing topics such as river restoration, mineral deposit prospectivity, and urban drainage system optimization. Research Interests: Glacial and fluvial system interactions Quaternary climate reconstruction Hyperspectral and multispectral remote sensing Mineral exploration methodologies Alluvial fan and coastal sediment dynamics Articles Trends: Recent studies emphasize glacial history in southern Greece (e.g., Marine Isotope Stage 16 glaciation), floodplain evolution using geophysical data, and high-sulfidation epithermal deposit mapping. Earlier work includes alluvial fan chronology in Crete and environmental impact assessments of mine sites using spectroscopy. Achievements: No scientific awards explicitly listed in the provided text. Advising & Grants: No formal advisees or grant details mentioned. Collaborates extensively with researchers like P.D. Hughes, J. Woodward, and G. Ferrier on multidisciplinary projects. Labs/Teams: Engages in remote sensing and field-based geology teams, though specific lab affiliations are not detailed.

Rika AndersonView profile

Assistant Professor

• Genomics
• Microbial Evolution
• Deep-Sea Hydrothermal Vents
• +3 more

Rika Anderson is an Assistant Professor of Biology at Carleton College, specializing in microbial evolution and deep-sea ecosystems. She graduated from Carleton in 2006 and now teaches courses like Genomics, emphasizing interdisciplinary connections between science, society, and policy. Her research focuses on the co-evolution of Earth's environments and microbial life, particularly in hydrothermal vent systems and early Earth conditions. Research Interests Dr. Anderson investigates microbial adaptation to extreme environments, including phosphorus and sulfur cycling in deep-sea hydrothermal vents. She employs genomics and phylogenomic approaches to trace metabolic evolution and understand how ancient microbial innovations shaped Earth's biogeochemical cycles. Her work bridges astrobiology and geobiology, exploring the potential for life in extraterrestrial subsurface environments. Recent Work Trends Her recent articles highlight studies on microbial metabolism under nutrient limitation, transposase abundance in ocean depths, and the role of mobile genetic elements in microbial adaptation. She also explores the ecological roles of microeukaryotes in vent ecosystems and the genomic basis of microbial survival in subsurface habitats. Grants & Collaborations CAREER: Temporal dynamics of microbial and viral function and adaptation in hydrothermal vents (2022) Collaborative Research: RUI: Microbes need frenemies: unveiling microbial relationships with protist and viruses (2022) Labs & Tools Dr. Anderson utilizes the anvi’o platform for multi-omics analysis and collaborates on projects involving subseafloor biosphere studies. Her work often integrates field data from deep-sea expeditions with genomic and transcriptomic datasets.

Chad J PritchardView profile

Professor

• Groundwater Hydrology
• Structural Geology
• Drone Mapping
• +7 more

Chad J Pritchard is a Professor in the Department of Geosciences at Eastern Washington University. He specializes in groundwater hydrology, structural geology, and drone mapping. Pritchard is actively involved in community outreach through projects like the floodexplorer.org initiative, co-authoring Washington Rocks! , and developing the EWU Unmanned Aerial Systems (UAS) Drone Program, which launched a certificate program in 2020. His research focuses on Proterozoic tectonics, regional geology of the Inland Northwest, and contamination dynamics such as PFAS in groundwater systems. Education: PhD in Geology (not explicitly stated in text but inferred from title). His work integrates field studies, geochronology (e.g., U-Pb dating), and geochemical analysis to address tectonic, hydrological, and environmental challenges. Notable projects include subsurface deformation modeling in Spokane, paleontology studies in the Metaline Formation, and megaflood geomorphology investigations. Research interests span structural geology, Quaternary geology, and community-based applied geoscience. He emphasizes interdisciplinary collaboration, as seen in his work with the USGS-EWU Mineral Separation Lab and field camps focused on practical community projects. Grants and advising: Supervised student research including Stacy Warren’s 2022 project. Projects often involve EWU collaborations on regional geology, groundwater modeling, and drone applications. His work aligns with university initiatives like the Geology Field Camp’s pandemic-safe applied projects. Labs/Teams: Director of the EWU UAS Drone Program and involved in the EWU Hydrogeology Team. Active in local partnerships for geological mapping (e.g., Willow Lake Natural Area studies).

• Geophysics
• Karst Hydrogeology
• Landmine Detection
• +4 more

Tim Bechtel is the Director of F&M Science Outreach and Senior Teaching Professor of Geosciences at Franklin & Marshall College. His expertise spans geophysical methods, karst hydrogeology, landmine detection technologies, and cultural heritage preservation. He holds a PhD in Geophysics from Brown University (1989), an M.Sc. in Rock Mechanics (1984), and a B.Sc. in Geology from Haverford College (1982). Research focuses on humanitarian de-mining through NATO and ISTC-funded collaborations, subsurface imaging for disaster response, and archaeological geophysics on the Swahili Coast. He co-founded Enviroscan, Inc., a geophysical contracting firm, and serves as Associate Editor for the Journal of Sensing and Imaging and Hydrogeology Journal . Grants include NATO SfPS Programme Grants (2020-2023, 2015-2018), ISTC grants (2005-2008, 2002-2005), and multiple F&M Hackman grants. Explores applications like avalanche detection, rubble-penetrating sensors, and non-destructive testing of historic architecture. Teaches courses on geophysics, engineering geology, and the environmental impacts of war. Lives in Lancaster, Pennsylvania, on the Conestoga Formation.

Joseph KrugerView profile

Associate Professor

• Geophysics
• Structural Geology
• Seismic Reflection Imaging
• +3 more

Dr. Joseph M. Kruger is an Associate Professor and Chair in the Department of Earth and Space Sciences at Lamar University. He holds a Ph.D. in Geophysics from the University of Arizona (1991), an M.S. from the University of Texas at El Paso (1983), and a B.S. in Geology/Physics from Appalachian State University (1980). His academic roles include chairing the Arts and Sciences Faculty Council and administering the departmental computer lab. Kruger actively engages in geophysical research, public outreach (e.g., school presentations), and media consultation on geophysical topics. Research interests span seismic reflection imaging, structural geology, and geophysical exploration techniques applied to continental and planetary settings. His work includes lunar regolith studies, basin analysis, and crustal deformation processes in regions like Idaho, Arizona, and Kansas. He has advised undergraduate researchers and graduate students in geophysics and geology. Publications focus on geophysical methods (seismic, gravity, magnetic, and GPR) applied to tectonic and environmental problems. Recent work explores lunar water detection and Neogene basin evolution. His earlier studies addressed Ouachita orogeny geophysics and kimberlite delineation. Service includes leadership roles at Idaho State University (2000s) and current IRIS Board representation. He has reviewed manuscripts and proposals for journals and agencies since 1995.

Hans GerberView profile

Professor

• Marine Engineering
• Geophysics
• Oceanography
• +4 more

Prof. Dr.-Ing. Hans Gerber is a faculty member at Berlin University of Applied Sciences, holding the position of Professor in Mechanical Engineering, Process and Environmental Engineering within Faculty VIII. His academic roles include former Vice President (2011–2019) and Dean of Faculty VIII (2010–2011). He has been actively involved in marine technology research for decades, focusing on deep-sea exploration, subsea robotics, and geophysical observatories. Gerber leads projects such as MODUS (a heavy-duty ROV) and GEOSTAR, contributing to advancements in abyssal research infrastructure. His work integrates engineering, environmental science, and biotechnology, addressing challenges in oceanography, seismic networks, and deep-sea mining. Research interests span marine research technology, geophysics, and robotics, with notable contributions to seafloor observatories (e.g., ESONET, GEOSTAR) and biotechnological exploration (BIODEEP). Over 40 peer-reviewed publications and conference papers highlight his expertise in deep-sea intervention systems and technological innovation. Gerber collaborates internationally with institutions like the Italian Institute of Geophysics, Alfred Wegener Institute, and EU projects like NEAREST and ORION. Media coverage includes features in Nature , ARTE, and WDR, emphasizing his work's societal and scientific impact. Grants include EU-funded initiatives (e.g., ESONET, ORION) and industry partnerships. His teaching focuses on mechanical engineering and applied sciences, with modules available via Moodle. Consultations are held via Zoom or in-person at Haus Beuth, Room A1b by appointment.