Find Academic Supervisors

• Microbial Physiology
• Environmental Stressors
• Nitrogen Cycling
• +2 more

Jennifer Goff is an Assistant Professor in the Department of Chemistry at SUNY College of Environmental Science & Forestry. She joined the faculty in 2023 following postdoctoral research at the University of Georgia and Rutgers University. Dr. Goff holds a PhD in Microbial Biology from Rutgers-New Brunswick (2020) and a BS in Biology from Georgia Institute of Technology (2014). Her research program examines microbial responses to environmental stressors in contaminated ecosystems. Research Focus: Investigates physiological and evolutionary adaptations of microorganisms to complex environmental stressors including heavy metals, contaminants, and temperature fluctuations. Research integrates multi-omics approaches to understand microbial metabolism of nitrogen and carbon under stress conditions. Current projects examine mobile genetic elements' role in adaptation and microplastic impacts on aquatic ecosystems. Publication Trends: Recent articles demonstrate consistent focus on microbial adaptation mechanisms in contaminated environments. Genomics approaches reveal insights into metal resistance gene functions, horizontal gene transfer dynamics, and biogeochemical cycling under anthropogenic stress. Field studies in subsurface environments complement laboratory investigations of microbial physiology. Awards & Recognition: Peggy Cotter Early Career Award, Western New York Branch of ASM (2024) SyracuseCoE Faculty Fellow (2024-2026) Research Funding: Supported by Syracuse University Center of Excellence in Environmental and Energy System Innovations and NYS Center of Excellence in Healthy Water Solutions. Laboratory: Leads research on microbial biochemistry and environmental adaptation. Current projects include: 1) Physiological responses to mixed waste contamination; 2) Microbial genome evolution in contaminated subsurface environments; 3) Microplastics as vectors for contaminants; 4) Tellurium biogeochemistry. Mentors PhD students Linda Darwiche and Isaac Junior Okyere in environmental chemistry research.

Michael MannView profile

Academic

• Energy Systems
• Renewable Energy Technologies
• Clean Coal Technologies
• +5 more

Dr. Michael D. Mann is the Chester Fritz Distinguished Professor Emeritus of Chemical Engineering and Executive Director of the Institute for Energy Studies at the University of North Dakota (UND). He holds leadership roles in the College of Engineering and Mines, including former Associate Dean and Interim Dean. His research focuses on energy systems integration, renewable energy technologies, clean coal processes, and policy analysis. Education: Ph.D. in Energy Engineering (UND, 1997) M.B.A. (UND, 1988) M.S. in Chemical Engineering (UND, 1981) B.A. in Chemistry and Mathematics (Mayville State College, 1979) Research Interests: Dr. Mann’s work emphasizes multidisciplinary energy solutions, including renewable energy systems, fuel cell integration, coal gasification, and carbon capture technologies. He leads the SUNRISE group, a multi-university consortium with $20M in grants, and has pioneered projects like the UND-CLR geothermal power plant. Grants & Partnerships: Directed over $15M in research projects at the Energy & Environmental Research Center (EERC) Collaborated with institutions like National Renewable Energy Lab, Pacific Northwest National Lab, and international universities Awards & Recognition: Chester Fritz Distinguished Professorship (2009) Honors include NSF Career Grant (2001), UND Excellence in Research (2006), and Distinguished Alumni Award (2007) Labs & Teams: Leads the Chemical Looping Combustion research team and the SUNRISE initiative, fostering cross-disciplinary energy innovation.

Katrina TwingView profile

Professor

• Microbial Ecology
• Environmental Microbiology
• Geomicrobiology
• +6 more

Dr. Katrina Twing is a Professor in the Department of Microbiology at Weber State University (WSU), within the College of Science. She holds a Ph.D. from Michigan State University, an M.S. from the University of Delaware, and a B.A. from Clark University. Her research focuses on understanding microbial interactions in extreme environments, particularly hydrothermal vents, serpentinizing systems, and high pH ecosystems. She employs next-generation sequencing and bioinformatics to study microbial ecology and environmental adaptations. Dr. Twing’s teaching philosophy emphasizes active learning and research mentorship, guiding students toward recognizing the excitement of scientific discovery. She teaches courses such as MICR 1113 (Intro to Microbiology), MICR 1153 (Public Health), MICR 3154 (Microbial Ecology), and MICR 3753/GEO 3753 (Geomicrobiology). Her lab, the Twing Environmental Microbiology Lab, explores projects like 'Rock-Powered Life' (microbial utilization of water-rock reactions) and antibiotic resistance in local Utah soils. She collaborates on studies of high-pH hydrothermal vents (e.g., Lost City and Strýtan) to understand early Earth life origins. Her research has been published in journals like Frontiers in Microbiology , Applied and Environmental Microbiology , and Scientific Drilling . She advises undergraduate researchers at WSU and contributes to interdisciplinary environmental science initiatives. Her work bridges geology, microbiology, and bioinformatics to address global challenges like antimicrobial resistance and environmental contamination.

William B. McKinnonView profile

Professor

• Planetary Science
• Impact Cratering
• Icy Satellites
• +3 more

William B. McKinnon is Professor of Earth, Environmental, and Planetary Sciences and Clark Way Harrison Distinguished Professor in Arts & Sciences at Washington University in St. Louis. He conducts research through the McDonnell Center for the Space Sciences and leads the Outer Solar System Research Group. His research examines planetary formation and evolution in the outer solar system, with emphasis on: Impact cratering mechanics on icy bodies Geophysical processes of icy satellites Subsurface ocean dynamics Kuiper Belt object formation Tectonics of cryovolcanic worlds Professor McKinnon serves as co-investigator on major NASA missions including Europa Clipper (REASON radar, MASPEX mass spectrometer, Gravity/Radio Science teams) and New Horizons (Deputy Lead for Geology & Geophysics). His research combines theoretical modeling with spacecraft data analysis to understand planetary accretion and geological activity on icy worlds.

Tyler MengView profile

Researcher

• Geophysical Monitoring
• Cryosphere Dynamics
• Hydrological Systems
• +3 more

Dr. Tyler Meng is a Postdoctoral Research Associate working in the Radar Lab at Washington University in St. Louis under the guidance of Roger Michaelides. His research focuses on cryosphere dynamics and planetary surface processes, particularly utilizing geophysical methods to study glacial/periglacial terrains and climate change impacts. He holds a Ph.D. in Planetary Sciences from the University of Arizona, where his dissertation investigated surface processes of planetary rock glaciers using terrestrial analogs. His current work involves characterizing uncertainty in remote surface change measurements. Research publications predominantly explore cryospheric geophysics through multisensor monitoring, subsurface investigations using drone-based technologies, and comparative analyses of Earth/Mars glacial systems. Article trends show strong emphasis on geophysical instrumentation development, planetary analog studies, and debris-covered glacier dynamics.

Jack SimmonsView profile

Research Fellow

• Volcanology
• Geodynamics
• Sedimentary Geology
• +5 more

Jack Simmons is a Research Fellow at Laurentian University's Mineral Exploration Research Centre (MERC), affiliated with the Harquail School. A volcanologist with expertise in Precambrian geology and tectonics, he holds a PhD from Monash University (Melbourne, Australia). His current research focuses on constraining Neoarchean sedimentation and volcanic processes within the Superior Craton, combining fieldwork, geochronology, and geophysical data. He has extensive experience in geological mapping and mineral exploration, including postdoctoral work in northern Australia and roles with the Northern Territory Geological Survey. Education: Bachelor of Science (Geology), Monash University Doctor of Philosophy (PhD) in Volcanology, Monash University Research interests span volcanic processes, crustal dynamics, and the interplay between tectonics and mineral systems. His work integrates field-based studies with geophysical and geochemical analyses to unravel ancient geological events and improve exploration strategies. Key themes include Archean tectonic evolution, orogenic gold systems, and the application of advanced geophysical methods to deep crustal targets. Publications reflect a focus on crustal architecture, metamorphic evolution, and mineral prospectivity, with recent contributions emphasizing the Superior Craton and Australian basins. His collaborative projects, such as the Metal Earth Initiative, highlight interdisciplinary approaches to resource exploration and crustal evolution studies. Labs/Teams: Active member of the Mineral Exploration Research Centre (MERC), leading projects on Precambrian geology and mineral systems. Collaborates with international groups on volcanic processes and geophysical imaging.

Jonathan RedfernView profile

Professor

• Petroleum Geoscience
• Sedimentology
• Glacial Systems
• +3 more

Jonathan Redfern is a Professor of Petroleum Geoscience and Director of the Energy Geoscience MSc Programmes at the University of Manchester. He leads the North Africa Research Group (NARG), a consortium-funded initiative focused on North African basin studies, and co-founded the Centre for Masters Training in Energy Transition. His academic career began at Oxford Brookes University before joining Manchester in 2003, where he became a professor in 2006. He maintains close industry ties, supervising funded PhDs and consulting for energy companies globally. Education: BSc Geology (Chelsea College, University of London, 1984); PhD in Subsurface Analysis of Permo-Carboniferous Glacial Sediments (University of Bristol, 1990). Former industry roles include geologist at Fina UK and Chief Geologist at Hess Indonesia. External roles include External Examiner at multiple universities and Editor-in-Chief of Petroleum Geoscience . Research interests span sedimentology, glacial systems, basin analysis, and petroleum systems, with a focus on North Africa and SE Asia. He has pioneered studies on North African fluvial systems, glacial dynamics, and reservoir characterization. His work contributes to UN SDG 7 (Affordable and Clean Energy) and SDG 4 (Quality Education) through training programs and industry collaboration. Awards include Fellow of the Geological Society (FGS) and Chartered Geologist (CGeol). He has supervised over 30 PhD students, many now leading roles in international oil companies. Teaching includes modules like Fundamentals of Petroleum Geoscience and field courses in NE England, Mallorca, and Morocco. Current research focuses on Cretaceous source-to-sink systems, climate impacts on sedimentation, and exhumed basin reservoir quality.

Herbert HuppertView profile

Professor

• Geophysical Fluid Mechanics
• Environmental Fluid Dynamics
• Volcanology
• +3 more

Professor Herbert Huppert is a distinguished academic at the University of Cambridge, holding the position of Professor of Theoretical Geophysics within the Faculty of Mathematics and the Department of Applied Mathematics and Theoretical Physics (DAMTP) . He has been affiliated with the university since 1968, serving as a Fellow at King's College since 1970. His research focuses on geophysical fluid mechanics, environmental fluid dynamics, and granular media dynamics, with significant contributions to carbon sequestration and volcanic processes. His career highlights include roles as Assistant Director of Research (1970–1981), University Lecturer (1981–1988), and Reader in Geophysical Dynamics (1988–1989). He is a key figure in the Theoretical Geophysics Research Group , with expertise spanning magma dynamics, porous media flows, and volcanic eruption modeling. His work has been published in leading journals such as Journal of Fluid Mechanics and Earth and Planetary Science Letters . Recent research trends include investigations into granular column collapses, buoyant fluid dynamics, and CO2 sequestration mechanisms. His studies on volcanic hazards and fluid-rock interactions have practical implications for disaster management and energy storage. Collaborations with institutions worldwide, including the Weizmann Institute and MIT, underscore his global academic influence.

• Environmental Science
• Geobiology
• Geochemistry
• +3 more

Sean Crowe is a Professor in the Department of Earth, Ocean and Atmospheric Sciences at the University of British Columbia (UBC), affiliated with the Faculty of Science. He holds the Canada Research Chair II in Geomicrobiology. His research focuses on understanding Earth's biogeochemical cycles, microbial ecology, and their role in global change. Key areas include nitrogen, iron, sulfur, phosphorus, and carbon cycling in modern and ancient environments, with an emphasis on linking genetic information to geochemical processes. Education: B.Sc. (2002, UBC), M.Sc. (2003, University of Windsor), Ph.D. (2008, McGill University), followed by postdoctoral research at the Nordic Center for Earth Evolution in Denmark. Research interests span geobiology, geochemistry, and environmental science. Projects include microbial roles in unconventional energy resources, deep subsurface microbiology, and paleoproxy development. Recent work addresses aquatic deoxygenation, planetary boundaries, and Mars lake microbiology potential. Key contributions include studies on ferruginous lakes (e.g., Lake Towuti), chromium biogeochemistry, and microbial indicators for mineral exploration. His team explores engineered solutions for contaminant management and bacterial biofilm impacts on medical implants. Awards: Canada Research Chair II in Geomicrobiology Labs/Teams: Crowe Lab at UBC, collaborations on global metagenomics and climate-driven biogeochemical modeling.

• Environmental Science
• Geochemistry
• Hydrogeology
• +5 more

Ulrich Mayer is a Professor in the Department of Earth, Ocean and Atmospheric Sciences at the University of British Columbia (Vancouver Campus). His research focuses on geochemical processes in low-temperature groundwater systems, including reactive transport modeling, groundwater contamination remediation, and dissolved gas analysis. He develops and applies the MIN3P reactive transport model to study complex subsurface processes such as acid mine drainage, permeable reactive barriers, and gas migration in vadose zones. Education: Dipl. Ing. (1993), Universität Stuttgart (Germany) Ph.D. (1999), University of Waterloo Joined UBC Faculty in 2000 Research Interests: Reactive transport modeling Groundwater remediation Dissolved gas dynamics Waste rock weathering Climate change impacts on subsurface systems Teaching: EOSC 329: Quantitative Groundwater Hydrology EOSC 430/540: Aqueous Geochemistry EOSC 541: Multicomponent Reactive Transport Modeling His work integrates numerical simulations with field and laboratory data to address environmental challenges such as contaminant mobility, carbon sequestration in mine tailings, and fugitive gas migration from energy wells. Current projects include investigating GHG cycling in agricultural soils and assessing methane emissions from subsurface gas releases.

Rich PawlowiczView profile

Professor

• Oceanography
• Physical Oceanography
• Environmental Science
• +5 more

Rich Pawlowicz is a Professor in the Department of Earth, Ocean and Atmospheric Sciences at The University of British Columbia (Vancouver Campus). He joined UBC's faculty in 1996 after postdoctoral work at the Institute of Ocean Sciences, BC. His research focuses on ocean dynamics, including coastal mixing processes, internal tides, and estuarine circulation, with a strong emphasis on the waters around British Columbia. He is known for developing new methods in flow visualization using acoustics and optics, as well as contributions to the Thermodynamic Equation of Seawater (TEOS-10). Education : B.Sc. (Hons) in Earth Sciences from Queen's University (1987) Ph.D. from the WHOI/MIT Joint Program (1994) Research Interests : Pawlowicz's work integrates field observations with mathematical analysis to understand oceanographic phenomena. Key areas include tidal modulation, river plume dynamics, harmful algal blooms in the Strait of Georgia, and coastal current behavior. His methodologies involve advanced instrumentation like HF radar, drifter deployments, and MATLAB-based data analysis tools. Grants and Leadership : He chairs the JCS (Joint SCOR/IAPWS/IAPSO Committee on Seawater Properties) and leads the MEOPAR Observation Core. His research has been supported by grants focusing on contaminant dispersion, coastal mixing, and oceanographic instrumentation. Labs and Teams : Directs the Ocean Dynamics Laboratory (ODL) at UBC, which develops low-cost surface drifters and conducts long-term oceanographic monitoring projects such as the Strait of Georgia Atlas and citizen science initiatives.

Matthew PritchardView profile

Professor

• Geophysics
• Glaciology
• Geodesy
• +4 more

Matthew Pritchard is a Professor in the Department of Earth and Atmospheric Sciences at Cornell University's College of Engineering, where he also serves as Director of the Institute for the Study of the Continents (INSTOC). His research focuses on measuring changes in Earth's shape and modeling processes such as earthquakes, volcanoes, groundwater shifts, landslides, and glacial movements using satellite remote sensing techniques. Education: B.A. in Physics, University of Chicago (1997) M.S. in Geophysics, California Institute of Technology (2000) Ph.D. in Geophysics & Seismology, California Institute of Technology (2003) Research Focus: Pritchard's work integrates optical/radar satellite data with geophysical modeling to study crustal deformation, volcanic systems, and ice-mass changes. His interdisciplinary approach bridges tectonics, glaciology, and subsurface energy systems, with recent emphasis on global volcanic monitoring and hazard assessment. Publication Trends: Recent articles demonstrate advanced applications of multi-sensor satellite data (SAR, thermal, DEMs) for quantifying eruptive processes, modeling magmatic systems, and developing automated detection algorithms. Comparative planetary volcanology and glacial-volcanic interactions represent emerging themes. Awards & Honors: Geodesy Section Award, AGU (2015) Kavli Frontiers of Science Fellow (2015) National Earthscope Speaker (2012) Editor's Citation for Excellence, AGU (2013) President-Elect, AGU Geodesy Section (2020) Leadership & Grants: Leads NASA-funded volcanic ash impact studies ($1.4M) and serves on the National Volcano Early Warning System Advisory Committee. Coordinates diversity initiatives like the Cornell GeoPaths program and engineering doctoral recruitment for underrepresented groups. Facilities: Directs INSTOC where his team develops methodologies for satellite-based hazard monitoring and maintains collaborative networks with global volcanic observatories.

Domenico GiardiniView profile

Professor

• Seismology
• Geodynamics
• Earth's mantle and core structure
• +7 more

Domenico Giardini is a Full Professor at the Department of Earth and Planetary Sciences, ETH Zurich , since 1997. He holds a doctorate in Physics from the University of Bologna (1987) and has held academic positions at Harvard University, National Institute of Geophysics in Rome, and University of Rome III. Giardini has directed the Swiss Seismological Service (until 2011) and the Swiss Competence Center for Energy Research – Supply of Electricity (SCCER-SoE). Born: March 19, 1958, Bologna, Italy Education: PhD in Physics, University of Bologna Current Roles: Full Professor, ETH Zurich President, International Association of Seismology & Physics of the Earth Interior (IASPEI) Co-PI, ESA Pathfinder & NASA InSight missions Research Interests span seismology, geodynamics, planetary seismology (Mars), gravitational wave detection, and induced seismicity. His work integrates deep earthquake dynamics, Earth's mantle/core structure, and seismic hazard assessment. Recent Publications focus on Mars impact events, LISA Pathfinder magnetic noise, Rotondo granite stress anisotropy, and BedrettoLab hydraulic experiments, reflecting his interdisciplinary expertise in geophysics and space missions. Scientific Leadership includes coordinating projects for the European Commission, UNESCO, UN, NASA, ESA, and OECD. He co-founded the Global Earthquake Model initiative and directed the UN/IDNDR Global Seismic Hazard Assessment Program. Advising has resulted in over 60 PhD theses completed under his supervision at ETH Zurich since 2010. His grants include Magnetotelluric investigation of active rifting and geothermal resources in Ethiopia (ETH-02 19-1).

Hansruedi MaurerView profile

Professor

• Geophysical tomography
• Statistical experimental design
• Environmental geophysics
• +4 more

Prof. Hansruedi Maurer is a Professor at ETH Zurich's Department of Earth Sciences, holding a position in the Institute of Geophysics where he leads the Applied and Environmental Geophysics Group. His research focuses on geophysical tomography and statistical experimental design for environmental and engineering applications, with significant contributions to CO2 storage monitoring, geothermal energy exploration, and glaciology. Maurer earned his Diploma and Doctorate in Geophysics from ETH Zurich in 1993, completing his thesis on microseismicity and seismotectonics of the western Swiss Alps. He received his Habilitation in 2002 and was awarded the title of Professor in 2007. His academic journey includes visiting positions at the Geological Survey of Canada (1996) and the University of British Columbia (2005). His research centers on tomographic inversion techniques and experimental design optimization for geophysical data acquisition. Recent work examines seismic anisotropy in crystalline rock, hydraulic stimulation monitoring, and CO2 mineralization processes, with applications spanning underground laboratories, alpine environments, and geothermal reservoirs. His methodologies enhance subsurface characterization for energy and environmental projects. Analysis of his 2024-2025 publications reveals strong emphasis on multidisciplinary monitoring of hydraulic stimulations in the Bedretto Underground Laboratory, CO2 storage validation in Iceland, and glacier hydrology studies. Key trends include integration of distributed acoustic sensing with traditional seismic methods, advanced full-waveform inversion techniques, and cross-disciplinary approaches combining geophysics with geomechanics and hydrology. Scientific recognition includes: Best Poster Award of the Society of Exploration Geophysics (1998) Best Paper Award in Geophysics (2004) Maurer serves as Associate Editor for the journal Geophysics and participates in the Swiss Geophysical Commission. He teaches graduate courses including Seminar in Applied and Environmental Geophysics and Exploration and Environmental Geophysics, mentoring students through research projects in the Applied and Environmental Geophysics Group. His work receives support from Swiss and international grants focused on geothermal energy development and carbon storage validation projects like VALTER and EASYGO. He directs research activities at the Bedretto Underground Laboratory for Geosciences and Geoenergies, coordinating multidisciplinary teams for hydraulic stimulation experiments and reservoir characterization. Current efforts involve dense seismic monitoring arrays, tracer flow reconstruction in fractured rock, and development of real-time inversion techniques for subsurface process monitoring.

Martin O. SaarView profile

Professor

• Geophysical Fluid Dynamics
• Geodynamics
• Subsurface Fluid Transport
• +3 more

Prof. Martin O. Saar is a Full Professor at ETH Zürich's Department of Earth and Planetary Sciences, leading the Geothermal Energy and Geofluids research group, funded by the Werner Siemens Foundation. His work focuses on geophysical fluid dynamics, subsurface multiphase fluid processes, and geothermal energy innovation. Key research areas include CO2-Plume Geothermal (CPG) systems, numerical modeling of geodynamic processes, and CO2 storage integration. His research group develops advanced numerical codes like I2(EL)VIS and I3(EL)VIS for simulating tectonic and planetary processes, incorporating fluid-rock interactions, melt transport, and seismic dynamics. Recent projects address the techno-economic feasibility of CPG systems, plasma-pulse drilling (PPGD), and subsurface energy utilization. Notable contributions include advancing geothermal heat pump systems, optimizing CO2 storage-geothermal energy co-production, and assessing geothermal potential in regions like the Ethiopian Rift and Switzerland. His work bridges fundamental geoscience with applied energy solutions, emphasizing sustainability and climate mitigation. Current initiatives include the BedrettoLab underground research facility, exploring subsurface processes, and policy briefs for fossil-fuel independence in Switzerland. His research portfolio reflects a commitment to transformative geothermal and carbon management technologies.