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Minou RabieiView profile

Associate Professor

• Data Analytics
• Machine Learning
• Predictive Analytics
• +4 more

Minou Rabiei is an Associate Professor in the Department of Energy & Petroleum Engineering at the University of Wyoming. Her research focuses on applying data analytics and machine learning to energy industry challenges, including predictive analytics, risk management, and regulatory compliance. She holds a PhD in Applied Statistics-Reservoir Engineering from Curtin University (2012), an MSc in Advanced Information Technology from London South Bank University (2002), and a BSc in Mining Engineering from Amirkabir University of Technology (1998). Her work addresses energy transition topics such as hydrogen production from produced water, subsurface storage solutions, and optimizing unconventional resource development. Key areas include machine learning for reservoir characterization, fracture network analysis, and CO2 sequestration modeling. Recent studies explore Wyoming-specific opportunities in green hydrogen and geothermal energy repurposing. Dr. Rabiei has authored over 60 peer-reviewed articles and actively contributes to industry-relevant research through collaborations with energy sector stakeholders. She advises on regulatory frameworks for emerging energy technologies and maintains a focus on data-driven solutions for operational efficiency and environmental sustainability.

Nikolaos NikolaidisView profile

Professor

• Hydrogeochemical Engineering
• Soil Remediation
• Watershed Management
• +2 more

Prof. Nikolaos Nikolaidis is Professor of Hydrogeochemical Engineering and Soil Remediation at the Technical University of Crete. His research focuses on watershed management, critical zone processes, and environmental remediation techniques. Holds a Ph.D. in Civil and Environmental Engineering from the University of Iowa (1987). Leads multiple EU projects including LENSES-PRIMA, eLTER-PLUS, and WaysTUP. Recipient of the Excellence in Research Award from TUC (2020). Research areas: Watershed hydrology and biogeochemistry Soil remediation technologies Water-Energy-Food nexus management Environmental observatory networks Nature-based flood protection Recent publications address climate change impacts on Mediterranean hydrology, participatory resource management, and carbon sequestration in agricultural systems. Directs the Koiliaris Critical Zone Observatory and contributes to European research infrastructure development. Teaches courses in hydrology, environmental modeling, and water resources management. Supervises graduate research in hydrogeochemical processes and soil ecosystem functions.

Nima ShokriView profile

Professor

• Environmental Engineering
• Water Resources Management
• Climate Change
• +7 more

Prof. Nima Shokri is a Chair and Professor of Geo-Hydroinformatics at Hamburg University of Technology (TUHH), and Executive Co-Director of the United Nations University Hub on Engineering to Face Climate Change. He holds a BSc/MSc from Sharif University of Technology and a PhD from École Polytechnique Fédérale de Lausanne (EPFL), followed by postdoctoral research at ETH Zurich. His academic roles include Assistant Professor at Boston University (2010-2012), Lecturer/Senior Lecturer at The University of Manchester (2013-2020). His research focuses on addressing global water, soil, and environmental challenges through advanced tools like AI, big data, and remote sensing. Key interests include hydrological processes, environmental sensing, and climate resilience. Over 100 invited talks globally highlight his international engagement. His work bridges engineering and environmental science, emphasizing sustainable solutions for climate change impacts. Education: BSc/MSc in Mechanical Engineering, Sharif University of Technology (Iran) PhD in Environmental Engineering, EPFL (Switzerland) Research Interests: Prof. Shokri’s work integrates computational fluid dynamics, environmental sensing, and artificial intelligence to study soil-water-atmosphere interactions. He develops predictive models for hydrological processes, soil salinization, and evaporation dynamics, with applications to drought management and climate adaptation. His projects leverage satellite remote sensing and big data analytics to tackle global environmental challenges. Recent Article Trends: His 2025 publications emphasize socio-ecological systems, microplastics in soils, global soil salinization, and evaporation dynamics in water reservoirs. These studies underscore interdisciplinary approaches to sustainability and climate resilience. Awards & Recognition: While no specific awards are listed, his extensive invited speaking engagements at leading institutions worldwide reflect his academic leadership and impact. These include talks at MIT, Stanford, and United Nations conferences. Labs & Teams: Head of TUHH’s Institute of Geo-Hydroinformatics, which focuses on hydrological informatics and environmental engineering solutions.

Salome Shokri-KuehniView profile

Lecturer

• Environmental Engineering
• Geo-Hydroinformatics
• Porous Media Dynamics
• +5 more

Dr. Salome Shokri-Kuehni holds a dual role as a Lecturer at Hamburg University of Technology (TUHH) and a full-time Science Manager at DESY. She leads the Institute of Geo-Hydroinformatics B-9, focusing on environmental science and engineering education. Her academic journey includes a B.Sc. in Chemistry from the University of Massachusetts Boston and a PhD in Chemical Engineering from the University of Manchester (2018). Her postdoctoral research at Imperial College London explored earth science and engineering challenges. Education: B.Sc. Chemistry, UMass Boston; PhD Chemical Engineering, University of Manchester Professional Roles: TUHH Lecturer, DESY Science Manager Her research integrates advanced imaging techniques (e.g., synchrotron X-ray tomography) with theoretical models to study salt crystallization dynamics, porous media behavior, and environmental impacts of evaporation. Key focus areas include microplastics in soil, subsurface flow processes, and climate-sensitive hydrology. She actively contributes to interdisciplinary workshops like GRK 2462 on particle-fluid systems. Her publications span 2016-2024, emphasizing multiscale analysis of environmental processes and innovative teaching methods. Current research explores how environmental, economic, and health factors interact in regional vulnerability contexts, such as pandemic impacts. She leads teams advancing geohydroinformatics through collaborative projects and cutting-edge data analysis. Dr. Shokri-Kuehni's work bridges fundamental science and applied engineering solutions, with a strong emphasis on sustainability and interdisciplinary collaboration.

Tara RighettiView profile

Professor

• Energy Law
• Environmental Policy
• Carbon Capture and Storage
• +2 more

Tara Righetti is the inaugural Occidental Chair in Energy and Environmental Policies, jointly administered by the University of Wyoming's School of Energy Resources and Haub School of Environment and Natural Resources, and a Professor in the College of Law. Her expertise spans energy law, carbon capture governance, hydrogen policy, and subsurface property rights. She leads research on regulatory frameworks for CCUS, pore space allocation, and energy transition policies, frequently collaborating with international agencies and industry partners. Recent work examines legal barriers to carbon storage on public lands and equitable resource governance. Fulbright Research Scholar (2021-2022) Rocky Mountain Mineral Law Foundation Faculty Research Grant Flittie Sabbatical Augmentation Award

• Atmospheric composition and processes
• Physical properties of materials
• Sensor technology
• +3 more

Trevor Lewis is an Associate Professor in the School of Natural Sciences (Chemistry Department) at the University of Tasmania. His research focuses on atmospheric chemistry processes, physical material properties, and chemical sensor technology, with significant applications in environmental remediation and analytical chemistry. Research interests span: Environmental electrochemistry: Developing hybrid constructed wetland-microbial fuel cells for wastewater treatment and resource recovery Advanced materials: Creating microdiamond-polymer composites for analytical devices and 3D printing Colloid science: Investigating wood extractive stability for sustainable paper manufacturing Environmental monitoring: Studying heavy metal biomarkers in marine organisms and pollution mitigation His publications demonstrate strong interdisciplinary focus, with recent works concentrated in environmental electrochemistry (45%), analytical materials development (30%), and colloid/wood chemistry (25%). Trend analysis shows increasing emphasis on sustainable wastewater treatment technologies and microanalytical device innovation. Grant leadership includes 11 funded projects totaling >$1.3M AUD from ARC, Tasmanian Community Fund, and industry partners. Major projects: Colloid interactions in water-efficient paper manufacture (ARC Linkage, $535K) Bioelectricity generation from dairy wastewater (Tasmanian Community Fund, $49K) Reduced water usage in pulp/paper industry (ARC Linkage, $259K) Supervised 18 doctoral students to completion, with current research groups focusing on: Electrochemical environmental technologies Advanced materials for analytical science Wood chemistry and sustainable processing

• Environmental Science
• Computer Science
• Geophysics
• +3 more

Univ.-Prof. Jan Beutel, PhD is a Professor in the Department of Computer Science at the University of Innsbruck. His research focuses on interdisciplinary applications of wireless sensor networks, IoT systems, and cyber-physical systems in environmental monitoring, particularly in mountain permafrost dynamics. He leads projects combining geophysical fieldwork with advanced computational methods to study slope stability, cryospheric processes, and seismic activity in alpine environments. Research Interests Permafrost Dynamics & Cryospheric Monitoring Wireless Sensor Networks in Extreme Environments IoT Applications for Environmental Sensing Real-Time Data Analysis in Geohazards Time-Triggered Wireless Protocols (e.g., TTW, BLITZ) His work involves long-term instrumentation of sites like the Matterhorn Hörnligrat, analyzing thermal, seismic, and kinematic data to understand rockwall stability and climate impacts. Key contributions include developing energy-efficient communication protocols for wireless systems and integrating machine learning for event detection in sensor networks. Lab/Team He collaborates with the PermaSense project, deploying multisensor systems for mountain cryosphere research. His group also pioneers testbeds like FlockLab 2 for IoT validation.

Michael L. MyrickView profile

Professor

• Optical Spectroscopy
• Environmental Science
• Forensic Spectroscopy
• +3 more

Michael L. Myrick is a Professor of Chemistry at the University of South Carolina's McCausland College of Arts and Sciences, Department of Chemistry and Biochemistry. He has held academic roles since 1991, including President of the Coblentz Society (2011–2013) and Chief Scientist at Ometric Corporation (2004–2011). His research focuses on optical spectroscopy, phytoplankton community analysis, forensic infrared imaging, and particle/film spectroscopy. Education: B.S. in Chemistry from North Carolina State University (1985), Ph.D. in Physical Chemistry from New Mexico State University (1988). Postdoctoral work at LLNL (1989–1990). Research interests span optical spectroscopy applications in environmental and forensic contexts. He collaborates with Professors Shaw and Richardson on phytoplankton studies and develops forensic imaging tools with Dr. Morgan. His work addresses challenges in heterogeneous sample analysis, such as phytoplankton species classification and blood detection on fabrics. Awards include the Gerald S. Birth Award (2012), Army Research Office Young Investigator Award (1992), and NSF Graduate Fellowship (1986). He holds over 20 patents, including innovations in multivariate optical computing and chemical sensors. Labs: GSRC 223 (office), SMWALT 108/109A/110 (labs). His teams include graduate students and postdoctoral researchers in spectroscopic instrumentation and environmental chemistry.

Stephen RiceView profile

Professor

• River Geomorphology
• Biogeomorphology
• Ecohydraulics
• +7 more

Professor Stephen Rice is a distinguished academic in river science and environmental sustainability, currently holding the title of Professor of River Science and Environmental Sustainability (BioGeomorphology) at Manchester Metropolitan University (MMU). Previously, he served at Loughborough University in roles including Professor, Head of Department of Geography and Environment, and Associate Dean for Research & Innovation. His research focuses on fluvial geomorphology, biogeomorphology, and ecohydraulics, with a particular emphasis on gravel-bed rivers and the interactions between biotic and abiotic processes. Education: BA Geography, Oxford University, Herford College (EW Gilbert Prize) MSc and PhD from University of British Columbia (Canada), specializing in bed material texture and fluvial sediment dynamics. Research interests include the role of organisms like crayfish, fish, and insects in shaping river morphology, sediment transport dynamics, and the ecological implications of fluvial processes. He leads the new BioGeomorphology (BiG) Lab at MMU, equipped with experimental flumes and particle image velocimetry (PIV) for studying biogeomorphic interactions. Professional roles: President (and Fellow) of the British Society for Geomorphology Editorial Board member of Sedimentology, RGS-IBG Book Series, and others External examiner at Durham, Lancaster, and Manchester Universities Key contributions include studies on invasive species impacts, sediment-ecology linkages, and the development of novel methodologies for quantifying riverbed roughness and biotic effects on sediment transport. His work bridges physical and ecological disciplines, emphasizing interdisciplinary approaches to river management and restoration.

Alexander KosovichevView profile

Professor

• Solar Physics
• Helioseismology
• Solar Activity
• +4 more

Alexander Kosovichev is a Distinguished Professor of Physics at New Jersey Institute of Technology. He earned his D.Sc. in Astrophysics from St. Petersburg University and specializes in solar physics and helioseismology. His research focuses on solar interior structure, convection zone dynamics, solar-stellar connections, and space weather prediction using advanced helioseismic techniques and computational modeling. He has developed innovative methods for studying solar differential rotation and convection patterns. Professor Kosovichev's recent publications demonstrate extensive work in helioseismology applications, solar convection modeling, and machine learning approaches for space weather forecasting. His research consistently bridges theoretical astrophysics with practical prediction systems. He received the Wempe Prize in Astrophysics (2005) for significant contributions to the field. His laboratory develops computational tools for simulating solar convection and analyzing helioseismic data from space missions like SDO and Kepler.

Dave KeighleyView profile

Associate Professor

• Sedimentology
• Geothermal Energy
• Carbon Sequestration
• +2 more

Dave Keighley is Associate Professor in Earth Sciences at University of New Brunswick, serving as Assistant Dean and Director of Undergraduate Studies. His research spans sedimentology, energy resources, and geological carbon storage solutions. Research focuses on: Geothermal energy potential and carbon sequestration in Atlantic Canada Sedimentary basin evolution influenced by salt tectonics Stratigraphic analysis of UNESCO World Heritage fossil sites His publications demonstrate consistent interest in applied geology, particularly how subsurface formations could support greener energy transitions while investigating paleoenvironmental conditions in Carboniferous basins. Teaches sedimentology/stratigraphy and energy resources courses, receiving student testimonials praising industry-relevant preparation. Developed field schools training geological mapping skills in New Brunswick.

Allison EnrightView profile

Assistant Professor

• Environmental Systems
• Geochemistry
• Biogeochemical Cycling
• +6 more

Dr. Allison Enright is an Assistant Professor in the Department of Earth Sciences at the University of New Brunswick. Her research focuses on developing innovative sensor-based tools for in situ analysis of environmental systems, integrating geophysical and electrochemical methods with statistical analyses. Key areas include energy transduction in microbial systems, biogeochemical cycling of metals and nutrients, and applications in astrobiology, environmental monitoring, and remediation. Professional affiliations include roles as Membership Manager of The Geobiology Society, Advisory Board Member and Moderator for EarthArXiv, and NASA Grant Panelist/External Reviewer. Her work bridges environmental microbiology, geochemistry, and engineering to address critical challenges in Earth systems science and planetary exploration. Recent research emphasizes microbial interactions with minerals (e.g., pyrite) under electrical gradients, thermal effects on aquifer biogeochemistry, and sensor-based monitoring strategies for contaminated environments. She actively promotes open science practices through preprint advocacy and collaborative networks like the Community of Open Science Grassroots Networks (COSGN).

David C. MaysView profile

Associate Professor

• Environmental Engineering
• Hydrology
• Groundwater Remediation
• +4 more

David C. Mays, PhD is an Associate Professor at the University of Colorado Denver in the Department of Civil Engineering within the College of Engineering, Design and Computing . He has been actively involved in both teaching and research since joining CU Denver in 2005, with a particular focus on inclusive teaching practices through initiatives like Environmental Stewardship of Indigenous Lands (ESIL) , Engineering is Not Neutral: Transforming Instruction through Collaboration and Engagement (ENNTICE) , and Engineering Hispanic Serving Institutions (Engineering HSI) projects. His research in Hydrologic, Environmental, and Sustainability Engineering addresses critical challenges in water flow through porous media , including granular media filters, soils, and groundwater aquifers. Key research areas include plume dynamics , dynamic permeability , and environmental hydrology . His work has been supported by the Colorado Department of Public Health and Environment , the U.S. Department of Energy , and the U.S. National Science Foundation . He has mentored numerous graduate students whose research outputs appear in peer-reviewed journals and technical conferences. Notable contributions include the Environmental Stewardship of Indigenous Lands (ESIL) certificate program and extensive work with the EPANET software for water distribution system modeling. His publications span topics from groundwater remediation to inclusive teaching methodologies , with recent works focusing on chaotic advection , sediment analysis , and cultural competency in engineering education .

• Sustainable Infrastructure
• Environmental Engineering
• Civil Engineering
• +3 more

Karim Karam is a Teaching Professor at Stevens Institute of Technology, affiliated with the Charles V. Schaefer, Jr. School of Engineering and Science and the Department of Civil, Environmental and Ocean Engineering. He holds a PhD in Civil and Environmental Engineering from MIT (2005), along with advanced degrees from MIT and Imperial College London. His expertise lies in sustainable infrastructure systems, environmental impact analysis, and geotechnical engineering. Before academia, Karam co-founded Sarooj Construction Company (SCC) in Oman, completing over $1 billion in infrastructure projects, and pioneered innovative produced water treatment solutions through Bauer-Nimr LLC. His work on Oman’s produced water project earned the 2019 Qatar Sustainability Summit Award of Excellence for Climate Action. He actively serves in academic roles, including orientation and open house committees at Stevens. Research interests focus on integrating engineering principles into real-world environmental solutions, including geohazard mitigation, infrastructure risk assessment, and sustainable development. Karam has contributed to over a dozen peer-reviewed publications on geotechnical exploration, CO2 storage risk, and landslide management. His teaching spans advanced controls in construction, environmental impact assessment, and large-scale cost analysis. Awards: Qatar Sustainability Summit Award of Excellence (2019) Key Roles: Institutional service member for pre-college programs and academic orientation Professional Affiliations: American Society for Engineering Education (ASEE), American Rock Mechanics Association (ARMA reviewer)

Lauren BeckinghamView profile

Associate Professor

• Mineral Reactions and Reaction Rates in Porous Media
• Multi-Scale Imaging of Dynamic Porous Media
• Porosity-Permeability Evolution in Reactive Porous Media
• +4 more

Lauren Beckingham serves as the W. Allen and Martha Reed Associate Professor (Environmental) and Associate Department Chair in Civil and Environmental Engineering at Auburn University's Samuel Ginn College of Engineering. Her research pioneers geochemical processes in porous media for subsurface energy storage and carbon sequestration, integrating experimental, computational, and machine learning approaches to address critical energy and environmental challenges. Her educational background includes: Ph.D. in Civil and Environmental Engineering from Princeton University M.S. in Civil and Environmental Engineering from Princeton University B.S. in Environmental Engineering from Michigan Technological University Beckingham's research focuses on mineral reaction kinetics, multi-scale imaging of dynamic porous media, and porosity-permeability evolution. She investigates subsurface energy systems including compressed air storage, geologic CO2 sequestration, enhanced oil recovery, and hydraulic fracturing. Her innovative work employs 3D-printed reactive porous media to control and observe geochemical reactions at pore scales, bridging fundamental science with practical energy applications. Analysis of her recent publications reveals a dominant focus on carbon and hydrogen storage in geological formations, with increasing integration of machine learning for reactive transport modeling. Her work demonstrates methodological evolution from traditional geochemical analysis toward multi-scale experimental platforms combining nanotomography, 3D printing, and computational modeling to unravel complex subsurface processes. Her scientific recognition includes: NSF Faculty Early CAREER Development Award (2019) NSF Major Research Instrumentation Award (2020) DOE Early Career Award for subsurface hydrogen storage Emerging Investigator Award from the Journal of Applied Geochemistry Beckingham has secured over $1.7 million in competitive funding, including leadership of an NSF CAREER project, an NSF MRI grant for an X-ray Computed Nanotomography system, and a DOE Early Career award. She co-leads a $139,375 NSF renewable energy education initiative with Tuskegee University and serves as Co-PI on an $887K FTA project optimizing zero-emission bus materials. Her doctoral advisee Nora Lopez Rivera received a DOE SCGSR award, reflecting her mentorship impact. Her laboratory utilizes a state-of-the-art X-ray Computed Nanotomography system for in-situ mechanical and thermal testing, complemented by custom 3D printing capabilities for fabricating reactive porous media. She collaborates extensively through Auburn's National Center for Additive Manufacturing Excellence and interdisciplinary teams addressing energy storage challenges.