Find Academic Supervisors

Steffen HeuschView profile

Professor

• Water Management
• Hydrology
• Urban Drainage Systems
• +4 more

Prof. Steffen Heusch is a Professor of Water Management and Hydrology at the Faculty of Civil Engineering, Mittelhessen University of Applied Sciences. His research focuses on urban drainage systems, hydraulic modeling, water quality, and sustainable engineering. He is part of the Competence Center for Sustainable Engineering and Environmental Systems (ZEuUS). Key achievements include developing the BlueM software package for integrated river basin management and advancing optimal control of sewer networks using model predictive control (MPC). He has authored over 10 publications, with notable work on microalgae-based fertilization, urban water quality assessments, and hydraulic simulation frameworks. His teaching and supervision are centered in the Department of Water Management and Hydrology, offering thesis topics in his research areas. Education details are not explicitly stated in the texts, but his academic rank and publications suggest a PhD in Engineering (Dr.-Ing). He collaborates with institutions like ETH Zurich and TU Graz, contributing to interdisciplinary projects such as the Mies in the West exhibition series. His work bridges software development (e.g., BlueM.MPC), environmental policy, and practical urban infrastructure solutions. Research interests span environmental systems modeling, sustainable water management, and the integration of wastewater treatment with urban planning. He actively participates in water resource conferences and maintains an open-access profile on ResearchGate with over 1,999 reads and 59 citations.

• 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.

Jacelyn Rice-BoayueView profile

Assistant Professor

• Sustainable Water Resource Management
• Environmental Justice
• Geospatial Analytics
• +5 more

Jacelyn Rice-Boayue is an Assistant Professor in the Department of Civil, Construction and Environmental Engineering at North Carolina State University. Her research focuses on sustainable water resource management, environmental justice, and geospatial analytics. She investigates water quality, environmental health contaminants, and antibiotic resistance in wastewater-impacted systems, often collaborating with community stakeholders through participatory GIS approaches. Her work integrates engineering, hydrology, and social sciences to address complex human-water system challenges. Recent research includes developing methodologies to identify antibiotic pollution vulnerabilities and modeling endocrine disruptor exposures during low-flow conditions. The group’s studies often emphasize cross-cultural perspectives and community engagement in water policy decisions. Key contributions span antibiotic resistance hazards, wastewater treatment optimization, and public acceptance of water reuse practices. Articles frequently analyze watershed-scale risks and propose decision-support frameworks for environmental monitoring. Despite no explicit awards listed, her active publication record reflects sustained academic engagement in high-impact areas like environmental justice and water security. Dr. Rice-Boayue’s research group works closely with stakeholders in cities like Charlotte to co-design solutions addressing environmental inequities. Current projects include spatial decision systems for pandemic wastewater surveillance and antibiotic pollution mitigation strategies for vulnerable watersheds.

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.

Ömer Lütfi ŞenView profile

Professor

• Climate Modeling
• Regional Climate
• Vegetation
• +4 more

Ömer Lütfi Şen is a Professor at Istanbul Technical University's Eurasia Institute of Earth Sciences, where he conducts cutting-edge research in climate science and Earth system modeling. His work focuses on regional climate dynamics, particularly in the Euro-Mediterranean region and Turkey, with significant contributions to understanding climate change impacts and developing predictive models. Professor Şen's research interests span multiple dimensions of climate science, with particular expertise in Climate Modeling , Regional Climate dynamics, Vegetation responses to climate change, and Land Cover Change analysis. His work often intersects with practical applications for understanding Tigris River basin hydrology and broader Climate Change impacts across Earth and Planetary Sciences. With an h-index of 19 and 1,278 citations, his research output spans from 1998 to the present, with particularly productive years in 2012-2025. His recent publications demonstrate a strong focus on advanced climate modeling techniques, including variable-resolution configurations of global models, analysis of ENSO effects, and the impact of atmospheric rivers on regional climate and hydrology. These works collectively advance our understanding of climate dynamics in vulnerable regions and inform adaptation strategies, with several studies gaining significant media attention and citations. Professor Şen has supervised 17 graduate students throughout his career, contributing significantly to the development of the next generation of climate scientists. His research has been supported by numerous projects, including those examining climate change impacts on wooden species in Turkey, electricity generation and CO2 emissions, and regional climate dynamics in the Euro-Mediterranean region.

Guillermo GiannicoView profile

Professor

• Freshwater Fish Ecology
• Salmonid Behavior
• Habitat Selection
• +7 more

Guillermo Giannico is a Professor in the Department of Fisheries, Wildlife, and Conservation Sciences at Oregon State University , with affiliations to Oregon Sea Grant and OSU Extension . His work bridges research, teaching, and outreach in freshwater ecology and watershed management. Education: Ph.D., Natural Resources Management and Environmental Sciences, University of British Columbia M.S., Biology, University of Victoria Licenciatura en Ciencias Naturales, Universidad Nacional de La Plata, Argentina His research interests focus on salmonid behavior , habitat selection , fish passage , aquatic habitat restoration , and the impacts of land use and climate change on freshwater systems. He integrates field ecology with modeling to inform conservation and management. His recent publications reveal a strong emphasis on climate vulnerability of native fish , barriers to fish movement , restoration ecology (including novel Stage 0 approaches), and interactions between agriculture and aquatic biodiversity . His work often involves interdisciplinary collaboration and the use of advanced tracking technologies like PIT tags. Scientific Awards and Honors: Family Friendly Faculty Award, OSU (2024) Outreach and Engagement Vice Provost Award of Excellence (2019, 2017) Excellence in Extension Education Award (2015) Fifteen-Year Service Award, Oregon Sea Grant (2015) James and Midred Oldfield/E.R. Jackman Team Award (2004) Dr. Giannico actively advises graduate students and has secured multiple grants, particularly through Oregon Sea Grant and USDA programs, to support projects on tidal gate impacts , coho salmon life history , and trade-offs between agriculture and conservation . He teaches courses such as Integrated Watershed Management and contributes to extension programs like the Oregon Master Naturalist Program . He leads and participates in research teams focused on fish ecology in systems like the Willamette River , Smith River , and John Day River .

Kinga KissView profile

Assistant Professor

• Fluvial Geomorphology
• Hydrological Modeling
• Geographic Information Systems
• +3 more

Dr. Kinga Kiss serves as an Assistant Professor in the Department of Cartography and Geoinformatics at the Institute of Geography and Earth Sciences. Her office is located in room A/531, with consulting hours held weekly on Wednesdays from 1:00pm to 2:00pm, reflecting her active engagement in academic duties as of the September 2023 publication date. Her research centers on two primary domains: Fluvial Geomorphology : Specializing in river channel pattern formation through advanced GIS methodologies Hydrological Modeling : Developing computational frameworks to simulate water flow and environmental processes This work integrates geospatial technologies with earth science applications, leveraging cartographic and geoinformatic principles from her department. Scientific Awards: No awards, fellowships, or medals are documented in the source material Advising and Grants: No graduate students, postdoctoral researchers, or advisees are listed No research grants, funding sources, or sponsored projects are referenced Labs and Teams: No laboratory facilities, research groups, or collaborative teams are specified in the profile

• River Ecology
• Aquatic Ecosystem Management
• Ecological Restoration
• +3 more

Johannes Luca Kowal is a researcher at the Institute of Hydrobiology and Aquatic Ecosystem Management , part of the University of Natural Resources and Life Sciences, Vienna (BOKU) . His work focuses on river ecology, connectivity dynamics, and ecological restoration of freshwater systems, particularly examining impacts on potamodromous fish species. Key projects include DANube SEdiment Restoration (2025–2028), NaturaConnect (2025–2026), and the Christian Doppler Laboratory for Meta Ecosystem dynamics in Riverine landscapes (2021–2028). He collaborates with institutions like the European Commission, Austrian Science Fund, and Christian Doppler Research Association. Research Themes : River connectivity analysis using graph theory and dynamic modeling Behavioral responses of fish to underwater soundscapes Policy challenges in restoring free-flowing rivers under the EU Nature Restoration Law Spatiotemporal impacts of hydropower dams on river ecosystems Recent Publications address Nile Basin connectivity changes (2025), Danube longitudinal fragmentation (2024), and experimental studies on fish behavior (2023). His scientific services include peer review for journals like Science of the Total Environment and Physical Geography (2024).

• Freshwater Ecology
• Aquatic Biodiversity
• Benthic Invertebrate Ecology
• +3 more

Patrick Leitner is a Researcher at the Institute of Hydrobiology and Aquatic Ecosystem Management, affiliated with the University of Natural Resources and Life Sciences, Vienna (BOKU). His work focuses on benthic invertebrate ecology , freshwater biodiversity , and environmental impact assessment in rivers, with a particular emphasis on hydropeaking effects , sediment management , and invasive species dynamics . Over 15+ years, he has led or contributed to 25+ research projects funded by national institutions, EU bodies, and private companies, including key roles in Federal Ministry -backed initiatives like SuREmMa+ and ÖkoReSch. Current Projects : 2024-2026: Conflict resolution for nature-friendly energy transition 2024-2028: Water quality management in Albania 2024-2026: DNA-based aquatic biodiversity monitoring Research Themes : Macroinvertebrate responses to sediment pollution Hydropeaking index development Ecological assessment tools for large rivers Climate change mitigation via riparian vegetation Standardization of water quality monitoring His recent publications (2022-2024) address invasive species dynamics in European waterways, multi-stressor impacts on river ecosystems, and computational models for habitat prediction. Collaborations include Wolfram Graf , Astrid Schmidt-Kloiber , and Herwig Waidbacher . He has presented at international conferences including the IAHR World Congress and SIL Austria meetings , with media appearances in KURIER.at on Danube biodiversity issues.

• Environmental Physics
• Sediment Transport
• Coastal Geomorphology
• +3 more

Marianna Soler i Ortega is a Professor in the Department of Physics at the University of Girona. She specializes in environmental physics, focusing on sediment transport, coastal geomorphology, and microplastics pollution. Her research integrates field and laboratory studies to analyze hydrodynamic interactions with aquatic vegetation and climate impacts on ecosystems. PhD in Environmental Physics (University of Girona, 2008) Master in Research (University of Girona, 2001) Master in Teaching (University of Girona, 1999) Licenciatura in Physics (University of Barcelona, 1998) Her research centers on sediment dynamics and microplastics transport in coastal and marine systems. She investigates how vegetation canopies (e.g., seagrass meadows) influence hydrodynamics, erosion, and pollutant retention. Current projects include PlastikHUM (microplastics in wetlands) and WINDERS (wind-induced sediment resuspension in the Mar Menor lagoon). Recent publications highlight her work on turbidity currents , gravity flows , and vegetation-wave interactions , with interdisciplinary applications to coastal management and pollution mitigation. Contact: marianna.soler@udg.edu

Ramon Batalla VillanuevaView profile

Professor

• Fluvial Geomorphology
• Sediment Transport
• River Restoration
• +4 more

Ramon Batalla Villanueva is a Professor of Physical Geography at the University of Lleida (UdL) and an Associated Research Professor at the Catalan Institute for Water Research (ICRA) in the line of 'Hydrological Processes and Water Resources.' Since 2016, he has also served as an Honorary Associate Professor at the Austral University of Chile (UACH, Valdivia). His academic career spans over three decades since earning his doctorate in Geography from the University of Barcelona in 1993. Dr. Batalla's research focuses on fluvial geomorphology, measurement and modeling of fluvial processes, particularly sediment transport, river restoration, and eco-geomorphology. His work has a markedly applied focus, examining the effects of global change on fluvial dynamics, including the influence of hydraulic infrastructure, climate change, and land use on hydrological and sedimentary regimes, with special emphasis on Mediterranean basins. He has published extensively on topics ranging from sediment transport dynamics to the impacts of dams and climate change on river systems. His recent publications reveal a strong emphasis on Mediterranean river systems, with significant work on hydropeaking effects, sediment dynamics in regulated rivers, and the impacts of climate change on fluvial processes. His research combines field measurements, laboratory analysis, and computational modeling to address complex hydrological challenges. Dr. Batalla has received recognition for his contributions to understanding river systems, particularly in Mediterranean environments. His collaborative work spans multiple international institutions, reflecting the global relevance of his research on water resources and river management. As an advisor and researcher, he has contributed significantly to advancing knowledge in fluvial geomorphology, with particular expertise in Mediterranean river systems where climate change and human pressures create complex management challenges. His work bridges fundamental science with practical applications for sustainable water resource management.

• Hydraulic Engineering
• River Morphodynamics
• Sediment Transport
• +7 more

Martin Glas is a researcher at the Institute of Hydraulic Engineering, Hydraulics and River Research, part of the Department für Landschaft, Wasser und Infrastruktur at the University of Natural Resources and Life Sciences, Vienna (BOKU). His work focuses on numerical modeling of river hydrodynamics, sediment transport, and morphological changes, particularly along the Danube River. He is actively involved in EU-funded and national research projects addressing sediment management, river restoration, and ecological impacts of hydraulic structures. His research interests include Hydraulic Engineering, River Morphodynamics, Sediment Transport, Numerical Modeling, Ecohydraulics, and Fish Larval Dispersal . His work integrates advanced computational simulations with field data to understand and optimize river engineering solutions. The recent publications highlight a strong trend in numerical modeling of groyne fields, reservoir sedimentation, and vegetation-hydrodynamics interactions. His contributions span large-scale river systems like the Danube and the Niger, with applications in sediment management, low-flow regulation, and ecological habitat design. He frequently presents at major international conferences such as IAHR, EGU, and River Flow. Martin Glas serves as a reviewer for scientific journals including Journal of Ecohydraulics and Scientific Reports , and is a member of the European Geosciences Union (EGU). He has collaborated on multiple interdisciplinary research projects funded by the EU, FWF, and national agencies, focusing on sustainable water management and river restoration. He is involved in academic service through conference presentations and peer review, and his research supports both engineering and ecological objectives in river management. No formal advising roles or awards are listed in the available data.

• Riverine Ecology
• Ecosystem Services
• Aquatic Ecology
• +4 more

Dr. Elisabeth Bondar-Kunze is a Senior Scientist at the University of Natural Resources and Life Sciences, Vienna (BOKU), affiliated with the Department of Agricultural Sciences. Her research centers on multiple stressors in riverine landscapes, focusing on periphyton ecology, ecosystem services, and floodplain hydrology using non-invasive methods like pulse amplitude modulation fluorometry. She holds a Ph.D. in Ecology from the University of Vienna (2017) and previously studied Biology with a specialization in Ecology at the same institution (2006). Her work emphasizes the mechanisms underlying multiple stressor effects in regulated rivers, including hydrology, temperature fluctuations, and herbicide impacts. She investigates periphyton physiology and its role in nutrient dynamics, particularly phosphorus and nitrogen cycling in urban and alpine river systems. Her publications highlight the importance of connectivity in restoring ecosystem functions and the interplay between hydromorphological changes and socio-ecological frameworks. Key article trends include Ship-induced wave impacts on littoral communities Meta-ecosystem approaches for large river management Nitrate removal capacity of floodplains Hydropeaking effects on algal communities Integration of ecosystem services into water quality improvement Scientific accolades include the Dr. Reinhard Liebolt Prize (2009) and a dissertation with distinction (2017) . She has supervised 6 master's theses on topics like phosphorus sorption, thermopeaking impacts, and connectivity-driven nutrient retention. Her community roles involve peer-review for journals and membership in the Austrian Danube Research Committee (IAD).

Joel SholtesView profile

Academic

• Water Resources Engineering
• River Hydraulics
• Fluvial Geomorphology
• +9 more

Joel Sholtes is an Instructor in the Department of Civil Engineering at Colorado Mesa University, with a joint affiliation to the University of Colorado Boulder. His expertise lies in water resources engineering, with a focus on river hydraulics, fluvial geomorphology, and stream rehabilitation. He previously worked with the Bureau of Reclamation’s Sedimentation and River Hydraulics Group, bringing applied experience to his academic role. Education: PhD, Civil and Environmental Engineering, Colorado State University MA, Geography, University of North Carolina, Chapel Hill BS, Environmental Science, Duke University His research investigates physical river processes, including sediment transport, flood hazards, and the impacts of climate change on stream ecosystems. He has led and contributed to projects on fluvial hazard zone mapping, particularly in Colorado following the 2013 Front Range floods, and is involved in stream rehabilitation efforts in the Pacific Northwest aimed at creating thermal refuges for cold-water fish species. His work integrates field data, modeling, and geomorphic analysis to support sustainable river management. His publications span topics such as bankfull discharge prediction, flood wave attenuation due to restoration, and the geomorphic impacts of flow regulation. These studies appear in leading journals including Water Resources Research , Journal of Hydraulic Engineering , and Earth Surface Processes and Landforms . The body of work reflects a strong emphasis on process-based understanding of river systems and practical applications for infrastructure resilience and ecological restoration. Scientific Involvement and Applications: Principal contributor to the Colorado Fluvial Hazard Zone (FHZ) Mapping Program Research on thermal refuge creation in streams funded by the Bureau of Reclamation Collaboration with the Confederated Tribes of the Umatilla Indian Reservation and Oregon Department of Fish and Wildlife Development of guidance for managing dynamic urban stream corridors Joel Sholtes actively engages with practitioners, planners, and agencies to translate geomorphic science into land use policy and engineering practice. He has no listed advisees or formal students in the provided text. His research is supported by federal funding and applied in partnership with tribal, state, and federal agencies, reflecting a strong commitment to interdisciplinary and community-oriented science.

• Geomechanical Modeling
• Slope Stability
• Eco-Cement Production
• +5 more

Dr. Karlis Kukemilks is a researcher at the Department of Geology within the Department VI - Spatial and Environmental Sciences at the University of Trier. He leads the DBU-funded project 'Utilization of clay-containing sludge from gravel washing and silicate-rich dust as alkali-activated binders for the production of novel geopolymers for ecologically optimized cement formulations' (2024-2026), aiming to reduce CO₂ emissions in cement production by repurposing industrial byproducts. His work bridges academic research and industrial application through partnerships with regional SMEs. Geomechanical modeling of slope stability Production of eco-cements from industrial waste Hydrogeological modeling and drainage solutions Hydrogeophysical investigations using resistivity tomography and self-potential methods The project develops geopolymer cement with properties like acid resistance and aesthetic versatility, targeting applications in construction and materials science. His computational expertise spans GIS (ArcMap, QGIS), geomechanics (GeoStudio, Rocscience), and hydrogeology (HydroGeoSphere, MODFLOW). Collaboration with industry partners demonstrates his commitment to sustainable innovation in construction. Contact: kukemilks@uni-trier.de , Behringstraße 21, Trier.