Wade Andrew is a Professor at the University of Reading, specializing in hydrology, environmental science, and climate change impacts. His work focuses on water quality dynamics, nutrient cycling, and the effects of land use and climate change on freshwater ecosystems. Key research areas include agricultural catchment management, glacial hydrology in Central Asia, and the development of Bayesian models for pollution control. His research integrates high-frequency water quality monitoring with advanced modelling techniques, such as the INCA series of models, to address challenges in water resource management. Collaborative projects span diverse regions, including the Peruvian Andes and Jordan, exploring adaptive strategies for farming communities under climate change. Recent studies highlight the role of atmospheric rivers in flood dynamics and the mitigation potential of biofertilizers in reducing nitrogen pollution. Wade’s interdisciplinary approach bridges environmental science, policy, and socio-cultural dimensions, emphasizing the need for integrated solutions to global water challenges.
جستوجوی استاد و پژوهشگر
استاد راهنما، استاد دانشگاه یا پژوهشگر مناسب برای مسیر پژوهشیتان را پیدا کنید و با او ارتباط بگیرید.
نمایش ۶۷۶-۶۹۰ از ۱٬۴۸۱ استاد راهنما
اطلاعات این پروفایلها از صفحات عمومی دانشگاهها جمعآوری شده و ممکن است بهروز نباشد.
Marcus Lofverstromمشاهده پروفایل
استادیار
- Atmospheric Dynamics
- Climatology
- Glaciology
- +۷ مورد دیگر
Marcus Lofverstrom is a Joint Assistant Professor in Hydrology and Atmospheric Sciences and an Assistant Professor (home department) in Geosciences at the University of Arizona. His research focuses on understanding climate system evolution through numerical modeling, with expertise in atmospheric dynamics, paleoclimatology, glaciology, and Earth system modeling. He utilizes models ranging from conceptual frameworks to fully coupled Earth-system models. Dr. Lofverstrom holds a PhD in Atmospheric Sciences and Oceanography from Stockholm University (2014). His current work emphasizes climate variability and change, hydrologic interactions, and the integration of observational data with advanced computational tools. He leads the Lofverstrom Earth System Dynamics Lab and maintains an active Google Scholar profile. Key research themes include Greenland ice sheet-climate coupling, Last Interglacial climate analogs, and the impacts of North Atlantic meltwater events. His studies address pressing questions about future sea-level rise, paleohydrological reconstructions, and model validation for climate projections. Dr. Lofverstrom’s grants and collaborations center on advancing coupled climate-ice sheet modeling (e.g., CESM2-CISM2) and improving understanding of tropical climate dynamics. His lab focuses on interdisciplinary projects linking geology, hydrology, and atmospheric science to address global environmental challenges.
Laurent Kreplak is an Associate Professor at the Department of Physics and Atmospheric Science and School of Biomedical Engineering at Dalhousie University. His research focuses on understanding the mechanical properties of protein assemblies, particularly collagen fibrils, using multidisciplinary approaches combining physics, biochemistry, and engineering. Atomic Force Microscopy (AFM) Second Harmonic Generation (SHG) Microscopy Collagen Structure-Function Relationships Protein Self-Assembly His group develops advanced imaging techniques to study collagen damage mechanisms and designs synthetic peptides with predictable mechanical properties. Recent publications highlight polarization-resolved SHG microscopy applications, collagen hydration dynamics, and tendon biomimetic fiber bundles. While no formal awards are listed, his work is supported by ongoing research grants and collaborations in biomedical engineering and structural biology.
Gabriella Koltaiمشاهده پروفایل
پژوهشگر ارشد
Dr. Gabriella Koltai is a Senior Scientist (50% position) at the University of Innsbruck’s Institute of Geology. She leads the Innsbruck Quaternary Research Group, specializing in high-resolution climate proxies from speleothems and cryogenic cave carbonates. Her work bridges geology, climatology, and hydrology, with a focus on Alpine and global karst systems. Education & Career PhD in Climatology & Landscape Ecology (University of Szeged, 2017) Postdoctoral positions at University of Innsbruck (2017–2021) and Austrian Academy of Sciences (2020–2021) Current roles: Research Fellow (50% position since 2019), Adjunct Lecturer (50% position since 2020) Research Interests Dr. Koltai’s research focuses on: High-resolution climate reconstructions using speleothems Cryogenic carbonate formation mechanisms in permafrost settings Hypogene speleogenesis processes in mountainous regions Karst hydrogeochemistry and cave microclimates Recent Projects (Principal Investigator) "Tracking past cave glaciations in the Alps" (Austrian Science Fund, 2025–) "Reconstructing Younger Dryas ground temperatures" (Tiroler Wissenschaftsfond, 2020–2021) "Cryogenic carbonate formation experiments" (OeAD, 2022) Awards & Recognition Walther E. Petrascheck Award (Austrian Academy of Sciences, 2021) Förderungspreis des Landes Tirol (2020) Jenö Cholonoky Karst Research Award (2018) Labs & Collaborations She collaborates internationally with institutions like the Austrian Academy of Sciences and the National Cave and Karst Research Institute (USA), focusing on cosmogenic dating and cave climate modeling.
Ping Chang is a University Distinguished Professor and Texas A&M Systems Regents Professor in the Department of Oceanography at Texas A&M University. He holds the Louis & Elizabeth Scherck Chair and serves as Director of the International Laboratory for High-Resolution Earth System Prediction (iHESP). His expertise spans climate dynamics, prediction, and high-resolution modeling. Dr. Chang has authored over 200 publications and contributed to the IPCC's Fifth Assessment Report. He leads major projects funded by NSF, NOAA, NASA, and the National Academies. Education: Ph.D. (1988), Atmospheric and Oceanic Sciences, Princeton University M.A. (1986), Atmospheric and Oceanic Sciences, Princeton University M.E. (1984), Mechanical Engineering, City College of New York B.S. (1982), Applied Mathematics and Mechanics, East China Engineering Institute Research Focus: Dr. Chang’s work emphasizes climate prediction, Earth system modeling, and mesoscale atmosphere-ocean interactions. Key areas include Gulf of Mexico sea-level changes, decadal climate predictability, and the role of ocean eddies in climate processes. His research bridges high-resolution modeling with observational data to address climate resilience challenges. Publications Trends: Recent work highlights advancements in high-resolution climate model intercomparison projects (e.g., HighResMIP2), tropical basin interactions (TBIMIP), and Arctic warming mechanisms linked to the Bering Strait. His studies address critical climate issues like extreme weather attribution, marine heatwaves, and energy system reliability under climate change. Awards: Fellowships: AAAS (2024), AGU (2025), AMS (2019) 2023 College of Arts & Sciences Research Impact Award National Science Foundation Presidential Young Investigator (1993-1998) Grants & Leadership: PI/co-PI on NAS, NSF, NOAA, and NASA grants totaling millions. His leadership in iHESP and TBIMIP fosters international collaboration in climate prediction systems. Labs/Teams: Directs the iHESP lab, advancing eddy-resolving Earth system modeling. Collaborates with NCAR, JAMSTEC, and global institutions on coupled climate models and prediction systems.
- Climate Science
- Meteorology
- Wildfire Risk Analysis
- +۵ مورد دیگر
Charles Jones is a Professor in the Department of Geography at the University of California, Santa Barbara. His research focuses on climate variability, extreme weather events, wildfire risk analysis, and regional climate modeling. He leads the Climate Variations and Changes (CLIVAC) research group and has advised multiple graduate students. Key areas of study include precipitation patterns, monsoon systems, and the impacts of climate change on California wildfires. Jones has conducted extensive research on downslope windstorms, Santa Ana winds, and heat stress in agricultural regions like the Imperial Valley. His work integrates high-resolution weather modeling, observational campaigns (e.g., SWEX), and interdisciplinary approaches to address climate risks. Research interests include the Madden-Julian Oscillation, atmospheric rivers, and the South American Low-Level Jet. He has published over 100 peer-reviewed articles and contributed to projects like the Sundowner Winds Experiment. CLIVAC explores climate extremes, fire-weather interactions, and the application of machine learning for predictive modeling. His team collaborates on wildfire mitigation strategies and climate adaptation in vulnerable regions. Notable projects include evaluating HRRR wind forecasts during Santa Ana events and analyzing fuel treatments' effectiveness in reducing fire severity. Jones' work bridges meteorology, climatology, and environmental science to address real-world challenges such as heat stress in agriculture and urban climate resilience.
Baylor Fox-Kemper is a Professor of Earth, Environmental, and Planetary Sciences at Brown University. His research focuses on ocean physics, climate modeling, and the role of oceans in climate systems. He co-leads the IPCC's Ocean, Cryosphere, and Sea Level Change chapter and is affiliated with multiple institutes, including the Institute at Brown for Environment and Society. His work integrates high-resolution models and observations to study submesoscale processes, turbulence, and climate impacts. He has received awards like the NSF CAREER Award and AGU Early Career Award. His recent studies emphasize the significance of submesoscale turbulence in climate models and the implications of zero emissions commitments. Fox-Kemper teaches courses on oceanography, climate modeling, and geophysical fluid dynamics, mentoring students and postdocs. His research also addresses societal challenges like equitable climate futures and sea-level rise communication. Education: PhD from MIT/WHOI (2003), MA from Brandeis (1998), BA from Reed College (1996). Research Interests: Ocean dynamics, climate modeling, turbulence, and waves. His group explores processes like Langmuir turbulence, submesoscale eddies, and ice-ocean interactions, with applications to improving Earth system models. Collaborations span institutions globally, including Woods Hole Oceanographic Institution and Princeton University. Publications highlight his contributions to understanding ocean boundary layers, Arctic circulation, and climate projections. His grants fund projects on parameterizing submesoscale effects and developing machine learning emulators for sea-level predictions. He actively engages in policy-relevant science through initiatives like Equitable Climate Futures, bridging research with community action.
Choudhurimayum Pankaj Sharmaمشاهده پروفایل
پژوهشگر ارشد
- Paleoclimatology
- Quaternary Geology
- Sedimentology
- +۲ مورد دیگر
Choudhurimayum Pankaj Sharma is a Postdoctoral Fellow at University of Pittsburgh's Dietrich School of Arts & Sciences, Department of Geology and Environmental Science. His research focuses on Quaternary paleoclimatology, using multi-proxy sediment analysis to reconstruct monsoon variability, lake dynamics, and environmental changes in the Himalayan region. Publications examine hydroclimate shifts in Ladakh lakes, megaflood histories of the Indus River, and Holocene vegetation changes. Methodologies include luminescence dating, sedimentological analysis, and geochemical proxies.
Dr. Gary Lackmann is a Professor and Head at North Carolina State University, specializing in synoptic meteorology and numerical modeling of high-impact weather systems. He has held prior roles at the US Naval Postgraduate School, NOAA’s Pacific Marine Environmental Laboratory, and private-sector consulting. His research focuses on tropical/extratropical cyclones, convective storms, and climate change impacts on weather dynamics. He teaches at both undergraduate and graduate levels, emphasizing storm dynamics and model development. Education: PhD in Atmospheric Science from SUNY Albany (1995), MS and BS in Atmospheric Science from University of Washington (1989, 1986). Research Interests: Dynamics and prediction of high-impact weather, including cold-air damming and diabatic processes’ role in storm behavior. His group explores how warming alters storm dynamics, with recent work highlighted in Nature Climate Change . Key themes include thermodynamic contributions to precipitation changes in TCs and atmospheric river predictability. Articles collectively address climate change’s role in intensifying extreme weather, improving numerical models, and understanding TC landfall impacts. His work bridges theory, observation, and high-resolution modeling to advance forecast accuracy and climate adaptation strategies. Lackmann’s research group emphasizes skill development for students, preparing them for roles in academia and industry. Notable collaborations include studies on Hurricane Helene’s catastrophic inland impacts and future flood risks from tropical cyclones.
- Meteorology
- Climate Science
- Atmospheric Dynamics
- +۵ مورد دیگر
Dr. Kevin Hodges is an active climate scientist and meteorologist specializing in tropical and extratropical cyclones, atmospheric dynamics, and climate modeling. With numerous publications in high-impact journals from 2014 through 2025, his research has significantly contributed to our understanding of weather systems and climate change impacts. Dr. Hodges' research focuses on several key areas of meteorology and climate science: Tropical and extratropical cyclone dynamics and prediction Climate change impacts on extreme weather events Atmospheric circulation patterns and their interactions Regional climate modeling, particularly for monsoons and polar regions Validation and improvement of climate models (including CMIP6 and other frameworks) His work spans multiple geographic regions including the North Atlantic, North Pacific, Southern Ocean, East Asia, and South Africa. Dr. Hodges frequently employs advanced modeling techniques and collaborates with international research teams to investigate complex climate phenomena. Recent research indicates a growing focus on the impacts of climate change on cyclone behavior and extreme precipitation events. Dr. Hodges has contributed to numerous collaborative projects examining the connections between atmospheric circulation patterns, sea ice dynamics, and extreme weather events. His research often bridges fundamental atmospheric science with practical applications for weather forecasting and climate prediction.
- Solar Physics
- Astrophysics
- Magnetic Field Analysis
- +۳ مورد دیگر
Juan Sebastian Castellanos Duran is a researcher affiliated with the University of Göttingen, focusing on solar physics and magnetic field dynamics in sunspots and the solar atmosphere. His work spans observational studies, instrumentation development, and data analysis for missions like SUNRISE III and Solar Orbiter. Research Interests: Solar magnetism, sunspot structure, spectropolarimetric inversion techniques, chromospheric and photospheric dynamics, magnetic field evolution during solar flares. Key Contributions: Led studies on counter-Evershed flows, superstrong magnetic fields in light bridges, and novel data reduction pipelines for space-borne instruments. Collaborative Involvement: Participated in major solar missions, including Solar Orbiter and SUNRISE III, contributing to instrument calibration and multi-wavelength data synthesis. Publication Trends: Recent work emphasizes depth-dependent magnetic inversions, fine-scale field polarity in plages, and transverse wave dynamics in fibrils, reflecting a transition from flare studies to high-resolution solar atmosphere modeling.
Manuel Fernando Soler Arnedo is a Full Professor in the Aerospace Engineering Department at Carlos III University of Madrid's College of Engineering. His research focuses on Aerospace Engineering with specialization in Optimal Control Theory , Climate Impact Mitigation , and Artificial Intelligence applications for air traffic systems. He leads the Aerospace Engineering Research Group and has contributed extensively to Flight Trajectory Optimization , Weather-Induced Uncertainty , and Network-scale Conflict Resolution . Principal Researcher on EU-funded projects like F4EClim (2024-2027) and KAIROS (2023-2026) Key international collaborations with NEXTOR (UC Berkeley) and ETH Zurich Developed tools like CLIMaCCF V1.0 and ROOST V1.0 for climate-aware flight planning His work integrates Artificial Intelligence with Climate Modeling to address 4D Trajectory Planning , Thunderstorm Avoidance , and Non-CO2 Emission Reduction in aviation. Recent publications emphasize Robust Optimization under meteorological uncertainty and Deep Learning for traffic flow management. He has supervised theses on Data Science for Weather Mitigation and Multi-objective Space Mission Design , with grants from European Commission , Boeing , and Spanish government agencies .
Norbert Przybilla is a Full Professor in the Institute for Astro- and Particle Physics at the University of Innsbruck, Austria, where he leads the Galactic Astrophysics research group. He holds a permanent faculty position and is actively engaged in research, teaching, and instrument development for next-generation telescopes. His primary research interests include stellar astrophysics , with a focus on quantitative spectroscopy of massive stars , chemical abundances , non-LTE atmospheric modeling , stellar evolution , and the diffuse interstellar medium . He applies high-resolution spectroscopic data to understand the life cycles of massive stars and their role in galactic chemical evolution. Przybilla’s recent publications reveal a strong focus on OB-type and supergiant stars , Be stars , and diffuse interstellar bands (DIBs) . His work often involves non-LTE spectral analysis , abundance determination , and the use of advanced instrumentation like MUSE , CRIRES , and future ELT instruments such as MICADO and METIS . He is also involved in major observational surveys such as the EDIBLES and Gaia-ESO projects. Presentations: He regularly delivers invited talks at international conferences on topics such as stellar abundances, blue supergiants, and instrumentation for the ELT. Instrumentation: He is a key contributor to the development of spectroscopic pipelines for MICADO and METIS, indicating deep involvement in future observational capabilities. Public Outreach: He actively participates in public lectures and events such as the 'Lange Nacht der Forschung' and 'Astronacht' at the University of Innsbruck, discussing exoplanets and astronomical observations. He mentors several early-career researchers and PhD students, including David Weßmayer, Patrick Aschenbrenner, and Alexander Ebenbichler, who frequently appear as co-authors on his publications. His collaborative network is extensive, involving institutions across Europe and beyond.
Shengyi Qianمشاهده پروفایل
پژوهشگر
Shengyi Qian is a researcher at the CMA Key Laboratory for Climate Prediction Studies within the School of Atmospheric Sciences, Nanjing University, China . His work focuses on Arctic climate dynamics, extratropical cyclones, and their impacts on synoptic-scale variability of the Arctic Oscillation (AO). Using high-resolution NCEP CFSR data and advanced methodologies like piecewise potential vorticity inversion (PPVI), he investigates how cyclone fluxes between the Arctic and subpolar regions influence AO patterns, particularly during cold seasons. Research Interests : His research spans climate dynamics, cyclone behavior, and interactions between tropospheric and stratospheric processes. Key topics include synoptic-scale AO variability, moisture and heat transport by cyclones, and the role of upper-level atmospheric dynamics in shaping Arctic climate anomalies. Key Publications : Qian co-authored two pivotal studies analyzing cyclone impacts on Arctic climate. The 2025 paper defines the Joint Net Cyclone Flux (JNCF) as a critical driver of AO synoptic variability, while the 2024 work explores synergistic tropospheric-stratospheric forcing in explosive cyclones over the North Pacific. Collaborations : He collaborates with leading experts like Haibo Hu (Nanjing University), Kevin I. Hodges (University of Reading), and Xiu-Qun Yang , leveraging interdisciplinary techniques in meteorology and climate modeling.
Brian N. Baileyمشاهده پروفایل
استادیار
Brian N. Bailey is an Assistant Professor in the Department of Plant Sciences at the University of California, Davis. His research integrates engineering, computer science, atmospheric science, and biology to develop advanced plant simulation tools and 3D modeling techniques. Current projects include wildland fire modeling, almond orchard canopy analysis, vineyard pathogen spread simulation, and next-generation crop modeling tools funded by NSF, USDA, and industry partners. Education: Ph.D. and B.S./M.S. in Mechanical Engineering from the University of Utah (2015, 2011). His lab, the Bailey Lab, focuses on high-resolution 3D plant models, measurement techniques across scales, and software development such as the Helios simulation framework and PhoTorch package. Research emphasizes plant structure-function relationships in biophysical processes like evapotranspiration and water-use efficiency. Recent publications highlight advancements in canopy radiation modeling, leaf point cloud generation, and deep learning for soil reflectance simulation. His work bridges computational methods with agricultural applications, addressing challenges in precision agriculture and environmental sustainability.