Find Academic Supervisors

• Underwater Acoustics
• Acoustic Remote Sensing
• Geoacoustic Modeling
• +5 more

Hefeng Dong is a Professor at the Department of Electronic Systems (IES) within the Faculty of Information Technology and Electrical Engineering at NTNU. Her research focuses on underwater acoustics, acoustic remote sensing, seismic modeling, and environmental impact assessment of low-frequency sound. She has held academic positions since 2002 and has collaborated internationally, including stays at the University of Victoria (Canada) and University of Delaware (USA). Education: BSc in Physics (1983), Northeastern Normal University, China MSc in Theoretical Physics (1986), Northeastern Normal University, China PhD in Geoacoustics (1994), Jilin University, China Research Interests: Her work spans underwater acoustic communication, geoacoustic inversion, seismic wave analysis, and environmental monitoring using distributed acoustic sensing (DAS). She explores applications such as marine life impact assessment, fiber-optic cable utilization for geophysical sensing, and machine learning-based signal processing. Recent Research Trends: Recent publications emphasize integration of machine learning (e.g., deep reinforcement learning for shear wave velocity estimation) and novel sensor technologies (e.g., DAS for acoustic communication and seismic monitoring). Her work addresses challenges in multipath signal propagation, passive sensing for microseisms, and environmental noise analysis. Grants & Advising: Advises graduate students on projects involving acoustic source localization, DAS applications, and signal processing. Collaborates with institutions like SINTEF Petroleum and international universities on geophysical and acoustic sensor projects. Labs/Teams: Affiliated with the Acoustics Group at IES, focusing on experimental and theoretical advancements in underwater acoustics and geophysical sensing.

Deborah BozzatoView profile

Researcher

• Algae Ecophysiology
• Biogeochemistry
• Arctic Sea Ice Dynamics
• +6 more

Dr. Deborah Bozzato is a Researcher at the University of Groningen 's Faculty of Science and Engineering , specializing in Ecophysiology of Marine Microalgae within the Stefels Lab. She serves as Project Manager for the HAICu initiative and leads the Smarter Academic Year project. Her research focuses on Arctic sea ice biogeochemistry, meltwater dynamics, and microalgal ecophysiology. Key themes include climate change impacts on polar ecosystems, biogeochemical cycling, and sea ice-ocean interactions. She contributes to understanding how meltwater layers and false-bottom ice structures influence Arctic marine productivity. Recent publications span topics like environmental impacts in remote fieldwork, Arctic ecosystem modeling, and meltwater hydrology. Her work aligns with UN Sustainable Development Goals for climate action and life below water. She has received competitive awards for polar research, including the BEPSII Early Career Exchange Grant and APECS Best Presentation Award . Bozzato actively organizes scientific events through YoungRUG and HTRIC , and participates in the Netherlands Polar Symposium . Her collaborative network spans institutions in the Netherlands, USA (UC Santa Barbara), and international polar research communities.

• Space Physics
• Solar Energetic Particles
• Interplanetary Shocks
• +3 more

Raúl Gómez Herrero is an Associate Professor at the Universidad de Alcalá, affiliated with the Department of Física y Matemáticas. He is a member of the Space Research Group (SRG-UAH Grupo de Investigación Espacial) and specializes in solar energetic particles and interplanetary shocks. His research focuses on analyzing data from missions like Solar Orbiter, Parker Solar Probe, and STEREO to study particle acceleration mechanisms, shock dynamics, and heliospheric processes. He holds a doctorate from Universidad de Alcalá (2003), supervised by Dr. Luis del Peral Gochicoa and Dr. María Dolores Rodríguez Frías, with a thesis on energetic particles in the inner heliosphere using SOHO observations. His work spans over two decades, with significant contributions to understanding solar eruptions, coronal mass ejections (CMEs), and their interaction with the solar wind. Key research areas include: 1) Energetic particle signatures in interplanetary shocks, 2) 3He-rich particle events, 3) stealth CME diagnostics, and 4) multi-spacecraft coordination for event analysis. He has led studies using Solar Orbiter’s Energetic Particle Detector (EPD) to measure particles at unprecedented heliocentric distances (0.3–1 AU). He co-founded the SERPENTINE project, compiling a solar cycle 25 SEP event catalog and advancing interplanetary shock lists. His work bridges in-situ measurements with remote sensing data (e.g., X-rays, radio bursts) to refine solar eruption models. Current projects emphasize longitudinal distribution of SEPs and the role of magnetic connectivity in particle transport. He collaborates internationally with institutions like NASA, ESA, and STEREO teams. His lab contributes to the design and interpretation of instruments on upcoming solar missions. Future work includes analyzing Parker Solar Probe data for inner-heliosphere particle behavior and developing machine learning tools for SEP event classification.

• Space Instrumentation
• Satellite Systems Engineering
• Radiation Effects in Electronics
• +3 more

Manuel Prieto Mateo is a Professor at the Department of Automática, Universidad de Alcalá, Spain. He leads the Space Research Group (SRG-UAH), focusing on space instrumentation design, radiation effects in space electronics, and solar particle physics. His work integrates FPGA-based systems for space applications, including contributions to the Solar Orbiter mission’s Energetic Particle Detector (EPD). He holds a PhD from Universidad de Alcalá (2005) on satellite instrumentation control systems, advised by Dr. Daniel Meziat Luna. Research interests include spaceborne data management, thermal monitoring in Antarctic environments, and COTS component qualification for space. His projects involve collaborations with ESA/NASA and Antarctic observatories. Key contributions span radiation-hardened electronics, digital beamforming architectures, and space weather monitoring systems. Notable achievements include developing the SIDRA instrument for space radiation measurement, co-designing the EPD’s hardware/software systems, and pioneering thermal/permafrost studies at Livingston Island. He has published extensively on solar energetic particles, Antarctic geophysics, and FPGA implementations in space systems since 2001. Education: PhD in Physics/Space Instrumentation (Universidad de Alcalá, 2005). Research Labs/Groups: SRG-UAH Space Research Group, Antarctic PERMASNOW project, Solar Orbiter EPD team.

• Astrobiology
• Mars Geochemistry
• Planetary Mineralogy
• +4 more

Richard Léveillé is an Adjunct Professor in the Department of Earth & Planetary Sciences at McGill University. His research focuses on Martian geochemistry and mineralogy, particularly investigating mafic rock weathering and alteration minerals as indicators of past environmental conditions and astrobiological potential. As a NASA Mars Science Laboratory Participating Scientist and member of the Curiosity rover science team, he contributes to analyzing data from Gale Crater. He also leads a Canadian Space Agency-funded project (ATiLT) exploring lava tubes as astrobiological sites on Mars, collaborating with institutions like the SETI Institute and Carleton University. His work integrates field studies in Earth analog environments (e.g., Lava Beds National Monument) with advanced instrumentation development for planetary exploration. Dr. Léveillé’s expertise spans ChemCam instrument analysis, LIBS (Laser-Induced Breakdown Spectroscopy) techniques, and planetary mission support. His research emphasizes understanding Martian surface processes and preparing for future missions to Mars and Europa. Key collaborations include the ChemCam team and interdisciplinary fieldwork addressing astrobiological target identification in protected subsurface environments. His publications highlight advancements in Martian mineralogy, diagenetic processes, and instrument calibration for in-situ planetary analysis. While no formal awards are noted, his contributions to Mars mission science and CSA-funded projects underscore his significant role in astrobiology and planetary science. Dr. Léveillé’s work bridges field exploration and laboratory analysis, with a focus on developing methods to interpret planetary data effectively. His leadership in the ATiLT project highlights efforts to train future scientists in Mars exploration methodologies through Earth-based analog studies.

Friedrich KlappenbachView profile

Researcher

• Atmospheric Science
• Remote Sensing
• Climate Monitoring
• +3 more

Dr. Friedrich Klappenbach is a Researcher at the Technical University of Munich (TUM), affiliated with the Chair of Environmental Sensing and Modeling under Prof. Jia Chen. His research focuses on atmospheric remote sensing, greenhouse gas monitoring, and inverse modeling techniques. Key projects include the Munich Urban Carbon Column network (MUCCnet), which quantifies urban CO₂ and CH₄ emissions using FTIR spectrometers and Bayesian inversion methods. He actively contributes to satellite data validation and emission source localization. Klappenbach teaches as a tutor for Environmental Sensing and Modeling courses and has co-authored over 20 peer-reviewed publications since 2013. His work integrates instrument development (e.g., grating-spectrometers) with environmental engineering applications, emphasizing climate change mitigation strategies. Research Interests • Total column measurements (XCO₂, XCH₄) • Methane emission inversion frameworks • Urban air quality sensor networks • Greenhouse gas monitoring methodologies • Satellite validation protocols Recent Contributions His 2025 studies advanced Germany’s ITMS-FTIR network for national-scale emission validation, while 2024 work introduced novel source localization methods using LPDM transfer functions. Ongoing projects address challenges in multi-year urban emission tracking and pandemic-related emission shifts in Munich. Awards & Grants No explicit awards listed, but participates in EU-funded projects like ICOS Cities and national environmental monitoring initiatives. Advising & Labs Collaborates with PhD/MSc students on sensor network design and inverse modeling, though no formal advisee list is provided. Active in lab development for grating-spectrometers and UV/IR instrument optimization.

• Physical Oceanography
• Bio-physical interaction
• Turbulence and Mixing
• +5 more

Dr. Zhankun Wang serves as an Associate Research Professor in the Northern Gulf Institute and Department of Geosciences at Mississippi State University, concurrently holding an Oceanographer position at NOAA's National Centers for Environmental Information (NCEI) at Stennis Space Center. His expertise centers on observational oceanography and large-scale ocean data management within the Department of Geosciences. Education: Ph.D. in Physical Oceanography (2009), University of Massachusetts - Dartmouth M.S. in Physical Oceanography (2007), University of Massachusetts - Dartmouth B.S. in Oceanography (2002), Ocean University of China Dr. Wang's research spans physical oceanography with emphasis on turbulence and mixing processes, bio-physical interactions, hurricane-ocean dynamics, dissolved oxygen systems, sea turtle stranding patterns, and autonomous vehicle observations. His work integrates field measurements with advanced data management techniques to address critical oceanographic challenges, particularly in the Gulf of Mexico and Arabian Sea regions. He leverages large datasets from cabled observatories, autonomous vehicles, and global databases to investigate ocean responses to extreme events and long-term environmental changes. His publication record (2013-2021) reveals consistent focus on ocean data infrastructure development, hurricane impacts on marine systems, and marine ecosystem responses to physical forcing. Key trends include increasing use of unmanned systems for data collection, expansion of global ocean databases (particularly for microplastics and oxygen content), and interdisciplinary approaches connecting physical processes to biological outcomes like sea turtle mortality. Dr. Wang maintains active professional engagement through memberships in the American Geophysical Union (AGU), Sigma Xi, and the American Association for the Advancement of Science (AAAS). His contributions to ocean science are recognized through leadership roles in major data initiatives rather than traditional awards. As project lead for the Global Surface Underway Marine Database (SUMD) and Stranding Analysis Tools for Gulf of Mexico sea turtles, Dr. Wang directs significant research efforts in ocean data management and marine conservation. His grant-funded work includes international collaborations with the Japan Oceanographic Data Center and leadership in developing NetCDF versions of critical datasets like ICOADS. He serves on steering committees for global ocean data initiatives and acts as primary contact for multiple NCEI oceanographic datasets. Dr. Wang directs the Surface Underway Marine Database at NCEI and contributes to the Northern Gulf Institute's research mission through collaborative projects involving cabled observatories, autonomous vehicles, and hurricane response studies. His laboratory operations focus on data quality control systems and synthesis of multi-platform ocean observations.

Doug AubreyView profile

Associate Professor

• Forest Ecophysiology
• Energy Ecology
• Water and Carbon Cycling
• +4 more

Dr. Doug Aubrey is an Associate Professor in Forest Ecophysiology & Energy Ecology at the University of Georgia, affiliated with the Warnell School of Forestry and Natural Resources and the Savannah River Ecology Laboratory (SREL). His research focuses on how biotic and abiotic factors influence tree physiology and ecosystem processes, particularly water, carbon, and nitrogen cycling in forests. He leads the Aubrey Forest Ecophysiology Lab , exploring applied bioenergy production and sustainability while addressing fundamental ecological questions. Research Themes: Belowground processes and above-belowground interactions Hydraulic redistribution, drought resilience, and forest carbon dynamics Bioenergy crop sustainability and invasive species impacts Key Contributions: Developed methods for quantifying xylem water isotopes and sap flow accuracy Investigated longleaf pine resilience to fire and drought Advocated for integrating physiological data into ecosystem models Lab Members include graduate students Michael Belovitch and Seth Younger. Collaborative work spans field experiments, isotopic analysis, and computational modeling to bridge ecological and applied forestry challenges.

• Data Processing
• Image Processing
• Multispectral Image Analysis
• +3 more

Ariel Ladegaard is a Researcher in the Department of Physics at Aberystwyth University, holding a Doctor of Philosophy (PhD). Her work focuses on advancing open-source software solutions for multispectral image processing, particularly in planetary and geoscience applications. She contributes to international projects like the ExoMars PanCam instrument, developing tools for data processing pipelines and instrument emulation. Her research interests include data processing methodologies, open-source software development, and the application of advanced imaging techniques to planetary science. Her recent publications highlight contributions to toolkit development (e.g., PCOT) and radiometric correction methodologies for space instrumentation. Ladegaard collaborates extensively on datasets and software tools, such as the PanCam Operations Toolkit (PCOT), which has been disseminated via Zenodo. While no formal awards are listed, her work emphasizes reproducibility and open science practices. Her involvement in mission-critical projects like ExoMars underscores her role in advancing technologies for planetary exploration, with a focus on data integrity and operational efficiency in space missions.

Tom KnightView profile

Lecturer

• Planetary Physics
• Computational Physics
• Radiation Analysis
• +3 more

Tom Knight is a Lecturer in Planetary Physics at the Department of Physics, Aberystwyth University. He holds an MPhys and PhD from Aberystwyth University, with his doctoral work focusing on Smoothed Particle Magnetohydrodynamics for the Solar Corona under supervisors B. Pinter and M. Grande. His research bridges computational physics and applied instrumentation, particularly in space environments. Current roles include contributions to the European Space Agency's Jupiter Icy Moon Explorer (JUICE) mission via the Particle Environment Package (PEP) and participation in the ISSI Research Team on Radiation Interactions at Planetary Bodies. Education: MPhys in Physics, University of Wales, Aberystwyth (2008) PhD in Solar System Physics, Aberystwyth University (2012) Research interests center on radiation analysis for space instrumentation, computational modeling of planetary environments, and detector optimization. His work involves collaboration with global institutions including IRF Sweden, University of Bern, and Johns Hopkins University. Recent publications address solar corona observations, detector calibration for spacecraft, and planetary surface imaging technologies. He has contributed to multiple international research teams and led design workshops on spacecraft radiation safety. Currently oversees detector shielding strategies for JUICE mission instruments and co-develops hyperspectral imaging tools for planetary missions. Labs/Teams: Active member of the Solar System Physics Research Group, IMPACS, and the ISSI Radiation Interactions Team.

• Climate Change
• Ecosystem Services
• Water Resources Management
• +3 more

Annika Schlemm is a researcher affiliated with the Department of Water and Climate under the Faculty of Engineering. Her work focuses on interdisciplinary environmental challenges, particularly in the Upper White Nile and Lake Victoria basins. She specializes in integrating ecosystem services with the water-energy-food-environment (WEFE) nexus to develop sustainable conservation strategies. Her research interests include climate change impacts on river systems, stakeholder-driven biophysical mapping, and the development of transboundary governance frameworks. Key projects address sediment dynamics in the Nile basin, water quality integration in the WEFE nexus, and attribution of historical climate impacts on river flows. Annika has presented at major conferences including discussions on Nature-Based Solutions for water quality management in Kenya and climate change impacts on the WEFE nexus in East Africa. Her work emphasizes stakeholder engagement to bridge gaps between scientific data and policy implementation. Since 2022, she has been actively involved in training initiatives like the Brussels-based 'Modelling water quality under global change' workshop. Her research outputs highlight contributions to both regional case studies and methodological advancements in nexus frameworks.

Sandra YuterView profile

Professor

• Geospatial Analytics
• Weather and Climate Dynamics
• Shallow Marine Clouds
• +5 more

Sandra Yuter is a Professor in the Department of Marine, Earth and Atmospheric Sciences at North Carolina State University. Her research focuses on geospatial analytics and remote sensing to study weather and climate dynamics, particularly in shallow marine clouds and winter storm systems. She leads the Environment Analytics Research Group, which develops large-scale meteorological datasets for AI training and climate modeling applications. Her work includes projects like NASA's IMPACTS campaign analyzing winter storm structures, Office of Naval Research studies on marine boundary layers, and collaborations with the University of Nevada-Reno on climate adaptation for Indigenous communities. Key datasets include Northeast US winter storm radar mosaics (1996-2023) and pressure sensor networks for gravity wave research. Publications (2023-2025) emphasize radar-based analysis of snowfall patterns, pressure wave identification, and microscale updraft dynamics. Her group's tools include weather visualization platforms and educational modules for storm structure analysis. Grants span federal agencies (NASA, NSF) and industry (Delta Air Lines) totaling over $20M in active funding. Current Projects: IMPACTS (2020-2025), Marine Boundary Layer Studies (2021-2026), Tribal Climate Adaptation (2025) Labs/Teams: Environment Analytics Group, Northeast Radar Mosaic Archive, Pressure Wave Sensor Networks

Matej DurcikView profile

Researcher

• Geographic Information Systems (GIS)
• Database Systems
• Geo-spatial Modeling
• +6 more

Matej Durcik is a researcher at the University of Arizona's Department of Hydrology and Water Resources, affiliated with Biosphere 2 and the Critical Zone Observatory initiatives. He holds advanced degrees in information sciences (University of Pittsburgh) and nuclear physics (Comenius University, Slovakia). His career spans over three decades, encompassing roles at institutions including the Hydrologic Synthesis Project, SAHRA center, and National Metrological Centre for Radon Quantities. Education: M.S. Information Science, University of Pittsburgh Ph.D. Nuclear and Sub-Nuclear Dosimetry, Comenius University M.S. Nuclear Physics, Comenius University Research Interests: Focus areas include hydrological modeling, geospatial technologies, environmental data management, and radiation monitoring. His work integrates advanced sensors and geodatabases to study landscape evolution, water storage dynamics, and climate impacts in semi-arid regions. Key Contributions: Co-developed the Landscape Evolution Observatory (LEO) at Biosphere 2, led hydrological modeling efforts for the Colorado River Basin, and pioneered methods for distributed hydrologic parameter identification. His research spans critical zone science, streamflow forecasting systems, and environmental radiation monitoring. Projects: Catalina-Jemez Critical Zone Observatory, Multi-model Streamflow Forecasting Platform, and radiation exposure assessment in Slovak schools. His work emphasizes data-driven approaches to address water resource challenges and environmental health risks.

Mariek E. SchmidtView profile

Professor

• Planetary Geology
• Volcanology
• Igneous Petrology
• +7 more

Mariek E. Schmidt is a Professor and Chair in the Department of Earth Sciences at Brock University, Faculty of Mathematics and Science. She is a leading planetary geologist with active research on both terrestrial and Martian volcanic systems. She has held key roles in multiple NASA Mars missions, including as a Participating Scientist on the Mars Science Laboratory (Curiosity) and Mars 2020 (Perseverance) missions, and previously as a Postdoctoral Collaborator on the Mars Exploration Rover mission. PhD, Oregon State University BA, Colby College Her research focuses on the petrology and geochemistry of igneous and volcanic rocks, particularly basalts on Mars and in volcanic fields across the western United States and Iceland. She integrates field geology, geochemical analysis, and data from planetary rovers to understand the eruptive and environmental histories of volcanic terrains. Her work has significantly contributed to understanding aqueous alteration, hydrothermal systems, and sedimentary processes in Gale Crater. Her recent publications highlight trends in Martian geochemistry, including the detection of tridymite, potassium-rich sandstones, and hydrothermal mineralization—evidence of complex aqueous histories on Mars. She frequently publishes in top journals such as Science , Nature Communications , and Journal of Geophysical Research: Planets . NASA Participating Scientist, Mars Science Laboratory (2012–present) NASA Participating Scientist, Mars 2020 Mission (2020–present) Associate Editor, Journal of Geophysical Research: Planets (2020–present) Editorial Board, Journal of Volcanology and Geothermal Research (2007–2016) She advises graduate students and leads a research group focused on planetary volcanism and crustal evolution. Her work is supported by the Canadian Space Agency and NASA. She has been involved in instrument development projects such as iSXRD and NeMO SAR. She teaches undergraduate courses in planetary science, mineralogy, and volcanology, and leads field camps in solid Earth geology. She is actively involved in planetary analog studies through the GeoHeuristic Operational Strategies Test (GHOST) rover team, developing best practices for autonomous exploration. Her lab at Brock University supports research in igneous petrology and planetary surface processes.

• Volcanology
• Geophysics
• Remote Sensing
• +7 more

G. Wadge is a prominent researcher affiliated with the Environmental Systems Science Centre at the University of Reading, UK. His work focuses on volcanology, geophysics, and remote sensing, particularly in monitoring volcanic activity using advanced radar technologies such as AVTIS. He has led and contributed to numerous studies on the Soufrière Hills Volcano in Montserrat, analyzing lava dome growth, mass wasting, and pyroclastic flow hazards. Institution: University of Reading Department: Environmental Systems Science Centre Research Focus: Volcanic Processes, Remote Sensing, Geophysical Monitoring His research interests include volcanology, geophysics, remote sensing, lava dome dynamics, radar imaging, and environmental monitoring . He has extensively studied the behavior of andesitic lava domes, particularly at Soufrière Hills, using ground-based radar and seismic data to quantify extrusion rates, talus formation, and pyroclastic flow volumes. His work bridges field observations with technical instrumentation development. The recent articles highlight a consistent focus on lava dome evolution, volcanic hazard assessment, and the use of millimeter-wave radar for all-weather volcano monitoring . These studies often combine topographic imaging with seismicity data to model mass redistribution during eruptions. The interdisciplinary nature of his work spans geophysics, instrumentation, and natural hazard mitigation. While no specific scientific awards are mentioned in the provided text, his sustained publication record in high-impact journals such as Journal of Geophysical Research and Geophysical Research Letters reflects significant scholarly contribution. Wadge has collaborated with institutions including the British Geological Survey, Lancaster University, and the Montserrat Volcano Observatory. His research is supported by NERC grants, indicating active funding and project leadership. He has advised or collaborated with multiple researchers and students, though specific names are not listed. His work includes both theoretical modeling and field deployment of novel sensors. He leads research on volcanic monitoring systems and hazard evaluation, particularly through the development and application of AVTIS. This instrument enables continuous topographic and thermal monitoring of volcanoes, even under cloudy conditions, making it invaluable for real-time hazard assessment.