Dr. Astrid Barkleit is a Researcher at the Institute of Resource Ecology within the Helmholtz-Zentrum Dresden-Rossendorf . With a career spanning over two decades, her work focuses on actinide speciation in biosystems and aqueous solutions, utilizing advanced spectroscopic techniques like TRLFS and EXAFS . She contributes to nuclear facility decommissioning through projects such as EBENE and WERREBA , while maintaining collaborations with institutions like Technische Universität Dresden and the University of Göttingen. Education : University of Göttingen/Universität des Saarlandes (Diploma in Chemistry, 1996-1999); Universität des Saarlandes (PhD in Inorganic Chemistry, 1999) Her research bridges radiochemistry and environmental toxicology , addressing uranium, europium, and curium interactions with biological and geological systems. Key projects include INSIDER (nuclear waste characterization) and TransAqua (actinide mobility in ecosystems). Publications reveal a focus on chelate ligands , enzyme inhibition , and microbial actinide binding . Scientific awards and grants include funding from BMBF, EU Horizon 2020, and BMWi for nuclear safety and environmental protection projects. Her work impacts nuclear decommissioning standards and radiation safety protocols.
Christophe Delacourt is a Professor at the University of Western Brittany (UBO) within the Ocean Geosciences Laboratory at the European University Institute of the Sea (IUEM). He holds key roles including Co-Director of the ILICO Research Infrastructure, Coastal Project Manager at CNRS-INSU since 2016, and Head of the International Expertise Unit at the Ministry of Higher Education, Research and Innovation (MESRI) since 2011. His work bridges coastal geoscience, remote sensing, and environmental monitoring. Education: He holds a Habilitation (2005) and PhD (1997) in Geophysics from the Institute of Earth Physics of Paris. His training includes degrees in Geophysics, Remote Sensing, and Physics from leading French institutions. Research focuses on coastal morphodynamics, remote sensing applications, UAV/drone-based monitoring, cliff erosion mechanics, and climate change impacts. He pioneers low-cost geomatics solutions and integrates multi-source data for coastal observatories. His work emphasizes tropical and temperate coastal systems across France and overseas territories. Key contributions include advancing satellite imagery analysis (e.g., Pléiades), smartphone photogrammetry, and AI-driven sediment dynamics modeling. He leads initiatives like the ILICO infrastructure, fostering interdisciplinary coastal research and international collaboration. Labs/Teams: Active in Geo-Ocean Lab (IUEM), oversees HIRACLES and OBSERA projects, and contributes to missions like BIODIVERSITY. His teaching spans geophysical methods and fieldwork at undergraduate/master’s levels.
Jacques Déverchère is a Professor of Seismo-geology at the University of Brest (France), affiliated with the European University Institute of the Sea (IUEM) and the Geo-Ocean Joint Research Unit 6538. He holds dual deputy director roles as Deputy Director for Training at IUEM and Deputy Director of the ISblue University Research School, while coordinating the Hubert Curien Maghreb Partnership. His expertise spans seismicity analysis, tectonic inversion, salt tectonics, and paleoseismology with active fieldwork in Algeria, Liguria, Tanzania, and the Mediterranean Basin. Research focuses on continental margin evolution, crustal structure analysis, and geodynamic processes combining seismic data interpretation, numerical modeling, and field observations. Notable projects include the SPIRAL and SEFASILS cruises investigating Algerian and Ligurian basin structures. He also explores educational innovations using immersive VR for marine science training. Over 100+ publications span 1986–2024, emphasizing: (1) Tectonic inversion mechanisms in convergent margins (Algerian margin), (2) Messinian salt dynamics and their seismic implications, (3) Rift basin evolution in East Africa and South America, and (4) Machine learning applications to seismicity declustering. Active in international committees including CNRS-INSU, Hcéres, and ANR evaluations.
Amy L. Brock-Hon is the Robert L. Wilson Professor of Geology at the University of Tennessee at Chattanooga (UTC), part of the College of Arts and Sciences. She specializes in soil science, geomorphology, and pedogenesis, focusing on petrocalcic horizons in arid regions and the Cumberland Plateau's unique depressions. Her work integrates field studies, geophysical techniques, and micromorphological analysis. Teaching includes courses such as Physical Geology, Mineralogy, Geomorphology, and Soil Science. Her research explores the interplay of geomorphic, tectonic, and climatic processes on soil development, with notable projects on Mormon Mesa, NV, and Raccoon Mountain Caverns. Recent grants include studies on Cumberland Plateau depressions and barite mineral characterization in soils. Brock-Hon has supervised multiple undergraduate researchers, including Dylan Dudley, Sarah Morgenthaler, and Jonathan Petsch, whose work focused on soil mineralogy and sediment analysis. Her publications span pedogenic barite, carbonate soil formation, and geophysical surveys of landforms. She advocates for community engagement through geology education and integrates technology like GPR and GIS in her research.
Dan Morgan is a Principal Senior Lecturer in the Department of Earth and Environmental Sciences within Vanderbilt University's College of Arts and Science. His academic career combines teaching, research, and significant administrative service at the university. Morgan's research focuses on geomorphology and glacial geology, where he investigates fundamental questions about glacier history and movement. His methodological approach integrates field studies in alpine regions and Antarctica with laboratory analysis and numerical modeling. He employs various geochronologic techniques including exposure dating with cosmogenic nuclides (10Be, 26Al, and 21Ne), lichenometry, U-Pb dating of detrital zircons, and XRF geochemistry of glacial tills to study glaciation timing and geomorphic processes. His teaching portfolio includes Structural Geology and Oceanography Laboratory courses, where he emphasizes practical applications to earthquakes, hydraulic fracturing, hydrocarbon extraction, and landscape evolution. Morgan has developed innovative teaching materials that integrate computational methods with geological concepts. Morgan has held substantial administrative roles including Associate Dean for 9 years, faculty head of Memorial House for 2 years, and faculty VUceptor for first-year students for 11 years. In his capacity as Associate Dean, he oversaw the College Scholars Program, Merit Scholarships, Departmental Honors programs, Study Abroad initiatives, Internships for academic credit, and the Immersion Vanderbilt initiative, while serving as the Arts and Science liaison with Athletics and Undergraduate Admissions. His scholarly contributions include workshop participation in multiple national geoscience education initiatives, with documented involvement in six workshops between 2013-2019, and contributions to the InTeGrate project focused on integrating engineering, sustainability, and geoscience education.
Carl E. Renshaw is a Professor of Earth Sciences at Dartmouth College and an Adjunct Professor at Thayer School of Engineering. His research focuses on understanding how rivers and streams respond to both natural and human-induced disturbances. B.A. from Carleton College M.A. from Johns Hopkins University Ph.D. from Stanford University His work addresses the increasing frequency of extreme precipitation events in New England and the growing number of dam removals in the region. He collaborates extensively with Frank Magilligan to study river restoration, disturbance analysis, and sediment dynamics in fluvial systems. Recent research trends highlight his expertise in geomorphology, hydrology, and environmental impacts of dams and climate change. His publications emphasize quantifying geomorphic responses to disturbances and advancing river restoration science through interdisciplinary approaches. He has contributed to key journals such as Earth Surface Processes and Landforms and Geomorphology , with a focus on channel-hillslope coupling, sediment transport, and isotopic analysis in fluvial systems.
Jan-Christoph Otto is an Associate Professor in the Department of Geography and Geology at the Paris Lodron University of Salzburg, where he conducts research and teaches in the fields of geomorphology, natural hazards, and climate change impacts on high mountain landscapes. His work combines field-based quantitative and qualitative methods with shallow geophysics, GIS, and remote sensing to understand landform dynamics, sediment transport, and societal implications of environmental change. Academic Rank: Associate Professor Institution: Paris Lodron University of Salzburg School: Faculty of Natural Sciences Department: Department of Geography and Geology Email: Jan-Christoph.Otto@plus.ac.at ORCID: https://orcid.org/0000-0002-4552-3011 Research Interests: His scientific focus lies in the evolution of high mountain landscapes, particularly those influenced by glaciers, permafrost, and climate change. He investigates natural hazards and risks, sediment dynamics in mountain river basins, and the interplay between geomorphological processes and biodiversity. His research spans both the European Alps and the Andes, integrating geoscientific and archaeological perspectives on human-environment interactions. Recent Research Trends: Analysis of his recent publications reveals a strong emphasis on climate change impacts in alpine regions, including glacier retreat, permafrost degradation, and the formation of hazardous glacial lakes. He also explores wetland and peatland ecosystems using innovative techniques like sedaDNA, and investigates early human occupation in high-altitude environments. His work increasingly adopts transdisciplinary approaches, combining geosciences with ecology and social sciences. Scientific Activities and Recognition: While no formal awards are listed, Otto is highly active in the scientific community with 88 publications, 17 research projects (many ongoing), and 97 recorded activities including peer review, conference presentations, and public outreach. He frequently contributes to media discussions on climate change and natural hazards. Teaching and Advising: Otto teaches field and laboratory courses on geomorphological and geological techniques, GIS applications, and lectures on geomorphology, natural hazards, and risks. He supervises student field trips and contributes to academic service through examination committees and editorial activities. Although specific advisees are not listed, his leadership in multiple research projects suggests he mentors junior researchers. Labs and Research Teams: Otto leads and participates in several collaborative research initiatives such as CLIMB, AlpLake-Change, and AlpsChange. He is involved in maintaining the scientific website www.geomorphology.at, indicating leadership in digital knowledge dissemination. His research integrates interdisciplinary teams across geosciences, biology, and archaeology, particularly in transdisciplinary projects addressing climate change in alpine environments.
Enrico Bertuzzo is a Full Professor at Ca' Foscari University of Venice, affiliated with the Department of Environmental Sciences, Computer Science and Statistics. His research focuses on hydrological modeling, river network biogeochemistry, and epidemiology of waterborne diseases. He has held roles including Scientist at École Polytechnique Fédérale de Lausanne (2011–2016) and Visiting Assistant Professional Specialist at Princeton University (2007–2008). He earned a PhD in Civil & Environmental Engineering from the University of Padua in 2008. Teaching: Environmental Engineering, Hydrology, Fluid Mechanics Research: River network metabolism, urban expansion modeling, and infectious disease dynamics His research integrates hydrological processes with biogeochemical and epidemiological models, addressing topics like carbon dynamics in rivers, cholera transmission, and climate impacts on ecosystems. He contributes to projects such as the EU-funded CONSTRAIN and NewTechAqua initiatives. Publications emphasize river network biogeochemistry and carbon cycling, with recent work exploring O₂-CO₂ coupling and urban expansion drivers. He serves on editorial boards including Royal Society Open Science and Advances in Water Resources.
FRANCISCO XABIER PONTEVEDRA POMBAL is an Associate Professor at the Department of Edaphology and Agricultural Chemistry, Faculty of Biology, University of Santiago de Compostela. He holds a Ph.D. from the same institution with a thesis on peatlands of Galicia (2002). His research focuses on environmental geochemistry, paleoenvironmental reconstruction, and soil dynamics, particularly in Iberian wetlands, peatlands, and mountainous regions. Key interests include climate change impacts, heavy metal distribution (especially mercury), and the interplay between soil properties and vegetation. He leads the GEMAP research group studying environmental applications to natural and cultural heritage preservation. Publications emphasize Holocene climate dynamics, soil pedology, and anthropogenic pollution effects. Notable projects include peatland mapping in Europe, geochemical analysis of historical environmental changes, and mercury cycling in forest soils. He collaborates with the Interuniversity Research Center for Atlantic Cultural Landscapes (CISPAC). His work bridges geology, ecology, and environmental management, contributing to both academic and conservation initiatives in Atlantic Europe and beyond.
Joseph Shea is an Associate Professor in the Department of Geography, Earth and Environmental Sciences at the University of Northern British Columbia (UNBC), where he leads the Mountain Snow Hydrology (MOSH) Lab. He is affiliated with the NRES Graduate Program and teaches courses in geospatial analysis, earth observation, and mountain systems. Currently on sabbatical, he remains actively engaged in research and graduate supervision. PhD, University of British Columbia (2010) MSc, University of Calgary (2004) BSc, McMaster University (2001) His research focuses on snow, glaciers, and hydrology in mountain regions under climate change, using remote sensing, UAVs, and field measurements. He investigates snow water equivalent, glacier mass balance, and hydrological responses in the Himalayas, Canadian Rockies, and British Columbia. His work integrates geospatial technologies with environmental modeling to understand cryospheric changes. Recent publications highlight trends in UAV-based glacier mapping, debris-covered glacier dynamics, snowmelt timing from satellite data, and interdisciplinary studies on equity in science. His work spans glaciology, hydrology, climate change, and environmental geomatics, with increasing emphasis on open data and collaborative science. Scientific Awards: No awards listed in the provided text. Dr. Shea supervises MSc and PhD students in the NRES program and has advised multiple theses on snow, glaciers, and hydrology. He leads field projects in Nepal and Canada and collaborates on large-scale assessments such as The Canadian Mountain Assessment . His lab, MOSH Lab, emphasizes open-source tools and field-based research. Current projects include snowpack monitoring in the Robson Valley, glacier studies in Langtang, and UAV applications in cold regions.
Carlo Vincenzo Camporeale is a Full Professor at the Department of Environmental, Land and Infrastructure Engineering (DIATI) of the Polytechnic University of Turin, Italy. He serves as contact person for the Civil Engineering Degree Course and teaches River Engineering & Restoration, Fluid Mechanics, and specialized courses on river morphodynamics and hydrodynamic instability. His research spans hydrodynamic stability, eco-morphodynamics, pattern formation in geosciences, and the carbon cycle in rivers/coastal environments. Current research trends focus on carbon pumping in tropical rivers , stochastic processes in coastal dunes , LiDAR-based vegetation modeling , meandering river dynamics under unsteady flows , and hydroclimatic significance of karst deposits . His work integrates mathematical modeling, field analysis, and remote sensing. Scientific Awards: Torricelli Award (2008) from the Italian Hydraulics Group Research Leadership: He oversees 9 PhD students in Civil and Environmental Engineering and holds editorial roles in journals like Advances in Water Resources and Frontiers in Environmental Science . Notable projects include CONCERTO (2025-2028) for carbon cycle modeling and e-CAPTURE (2023-2025) for eco-geomorphic carbon sequestration.
Timothy G. Fisher is a Professor of Geology at the University of Toledo within the College of Natural Sciences and Mathematics. His research and teaching focus on Quaternary geology, glacial geomorphology, and Great Lakes paleohydrology. Ph.D., University of Calgary (1993) M.S., Queen's University B.S., University of Alberta Research Interests: Dr. Fisher specializes in reconstructing the history of glacial Lake Agassiz, including its discharge patterns linked to climate triggers like the Younger Dryas. He investigates Great Lakes paleo-level variations driven by glacio-isostatic adjustment and climatic factors, and studies sand dune activation mechanisms along Great Lakes coastlines. His work integrates sedimentology, stratigraphy, and geophysical methods to understand subglacial meltwater dynamics and landform genesis. Recent Publications: His 15 most recent articles (2023-2013) examine subglacial tunnel channels, paleo-drought impacts on dune systems, deglacial retreat rates of the Laurentide Ice Sheet, and geochemical fingerprints of glacial lake sediments. Key themes include catastrophic flood deposits, OSL dating applications, and Holocene climate-lake level interactions. Students: Current: Thomas Zych (MS 2020-) studying Maumee River terrace chronology Past: 18 MS graduates (1987-2023) with theses on topics like tunnel channels, strandline analysis, dune activity, and glacial stratigraphy Alexander Sodeman (2020) - Fulbright Scholar Melinda Higley (2009) - Ph.D. at UIUC, now Assistant Professor at Calvin College Henry Loope (2006) - Research Glacial Geologist at Indiana Geological Survey
Assoc. Prof. Dr. Şakir FURAL is a Turkish geographer specializing in Ecology , Geomorphology , and Physical Geography of Türkiye . Affiliated with Kırşehir Ahi Evran University (Faculty of Arts and Sciences, Department of Geography) since 2022, he previously worked at the same university from 2015-2022 as a Research Assistant. His research focuses on ecological risk assessment using GIS , toxic element contamination in aquatic ecosystems, and geomorphic hazards like floods and landslides. His recent publications examine spatial-temporal pollution patterns in Turkish lakes and dams, with a particular emphasis on potentially toxic elements (PTEs) and their human health implications. Collaborative work with researchers like Serkan Kükrer and Dilek Aykır highlights his interdisciplinary approach to environmental monitoring. Education: PhD in Geography (2016-2020), Balıkesir University Master's in Geography (2013-2016), Balıkesir University BA in Geography (2009-2013), Balıkesir University Key Projects: 2025-2026: Principal Investigator for "Ecological Risk Analysis of Toxic Elements in Acısu River Sediments (Serik-Antalya)" 2023: Researcher for "Historical Accumulation of Primary Production Indicators and Trace Elements in Aliağa Bay Sediments" 2023: Researcher for "Historical Records of Primary Production Processes in Erdek Bay Core Sediments"
Amanda Keen-Zebert serves as Associate Research Professor and Interim Director of Research Operations at the Desert Research Institute (DRI) in Reno, holding key administrative responsibilities within the Environmental Sciences division. Her academic career bridges advanced geochronological techniques with geomorphological applications across diverse landscapes. Her research focuses on luminescence dating methodologies including OSL and thermoluminescence, applied to critical problems in Quaternary geology , fluvial geomorphology , and paleoclimate reconstruction . Notable expertise includes dating cave sediments, floodplain deposits, volcanic glasses, and river terraces to unravel landscape evolution processes. Current work demonstrates increasing integration of multi-method dating approaches to address complex questions in Earth surface processes. Analysis of her recent publications reveals consistent leadership in applying luminescence dating to fluvial systems, with significant contributions to understanding Lithological controls on river incision Floodplain sediment dynamics Valley evolution in stable cratonic settings Volcanic glass dating innovations Paleoenvironmental reconstruction through sediment archives Her work spans diverse geographical contexts including the Ozark Plateau, South African interior, California basins, and North American archaeological sites. As Interim Director of Research Operations, she oversees critical administrative functions while maintaining active research output. Her methodological publications, particularly the luminescence dating chapter in the Encyclopedia of Scientific Dating Methods, serve as key references in the field. Current projects continue to explore the intersection of dating techniques with landscape evolution questions across multiple continents.
Pascale Roy-Léveillée is a Full Professor in the Department of Geography at Laval University's Faculty of Forestry, Geography and Geomatics, holding the Nunavik Permafrost Partnership Research Chair and co-leading hazard research in the NSERC PermafrostNet network. Her work centers on permafrost geomorphology and land vulnerability to thaw-induced natural hazards in periglacial environments. Education PhD in Geography, Carleton University, 2014 Master's degree in Geography, Carleton University, 2007 Bachelor of Environmental Geography, University of Guelph, 1999 Her research examines climate-driven permafrost degradation impacts on landscape stability, including thermokarst development, riverbank erosion, and infrastructure risks across northern Canada. She employs integrated field surveys, remote sensing, and geospatial modeling to assess vulnerabilities in Indigenous communities and critical ecosystems, with emphasis on Nunavik and Hudson Bay regions. Recent publications reveal evolving Arctic hydrology patterns, thermokarst lake dynamics, and talik formation mechanisms under climate warming. These studies demonstrate interdisciplinary approaches combining geophysics, geomorphology, and community-based monitoring to address infrastructure resilience and ecological feedback loops. Advising and Grants She supervises seven active graduate students (five Master's, two PhD) and has recently completed two Master's supervisions. Major funding includes: Nunavik Permafrost Partnership Research Chair (2025-04-01 to 2028-07-01), Quebec Ministry of Environment PermaRail: Railway resilience project (2022-05-30 to 2027-12-31), Transport Canada NSERC Permafrost Partnership Network (2020-09-01 to 2025-11-30) Centre d'études nordiques (2022-04-01 to 2028-03-31) NSERC Discovery Grant on Hudson Bay permafrost (2022-04-01 to 2027-03-31) Research Units She is embedded in the Centre for Nordic Studies (CEN) and Vale Lakes Vitality Research Centre, leading field teams across Nunavik that integrate Indigenous knowledge with cryosphere science for community adaptation planning.
