Julia Derx is an Assistant Professor in Engineering Hydrology at TU Wien, focusing on water quality assessment and contamination pathways in riverine systems. Her research combines field studies with computational modeling to address water safety challenges. Research Focus She develops advanced monitoring strategies for micropollutant removal in riverbank filtration systems and investigates non-traditional pollution sources like poikilothermic animals. Her QMRAcatch framework integrates hydrological, microbiological, and land-use data to inform water safety management decisions for large river basins like the Danube. Methodological innovations include high-resolution spatiotemporal sampling techniques and 3D groundwater flow modeling to characterize surface water-aquifer interactions.
Dr. Charalambos Kyriakou serves as a Research Associate at the KIOS Research and Innovation Center of Excellence, University of Cyprus. His academic foundation includes a PhD in Civil Engineering (2019), MSc in Construction Project Management (2010), and BSc in Civil and Environmental Engineering (2009), all from the University of Cyprus except his MSc from the University of Manchester. Previously, he was a Post-Doctoral Researcher at the EUPALINOS Laboratory and the Nireas International Water Research Center. Educational background: Bachelor of Science in Civil and Environmental Engineering, University of Cyprus (2009) Master of Science in Construction Project Management, University of Manchester (2010) PhD in Civil Engineering, University of Cyprus (2019) Dr. Kyriakou's research pioneers the application of machine learning and artificial neural networks to revolutionize pavement management systems. His work centers on smartphone-based sensing and vibration analysis for real-time roadway condition assessment, developing cost-effective solutions for detecting potholes, cracks, speed bumps, and pavement roughness. This interdisciplinary research bridges transportation engineering with artificial intelligence , creating scalable frameworks for smart city infrastructure monitoring that leverage crowdsourced vehicle data and advanced pattern recognition techniques. Analysis of his 15 most recent publications reveals a cohesive research trajectory focused on smartphone-enabled pavement diagnostics. His work consistently integrates multi-sensor data fusion (vibration, video, OBD-II) with machine learning classifiers to address critical transportation challenges. The publications demonstrate progressive refinement from basic anomaly detection (2016-2017) to sophisticated spatial mapping and rating systems (2021-2022), spanning civil engineering, computer science, and intelligent transportation systems with emphasis on practical urban infrastructure applications. Dr. Kyriakou's research operations occur within the KIOS Research and Innovation Center of Excellence, where he collaborates with interdisciplinary teams developing intelligent systems for critical infrastructure. His laboratory work combines field data collection from instrumented vehicles with advanced computational modeling, utilizing the EUPALINOS Laboratory's resources for pavement testing and the Nireas Center's water infrastructure expertise for integrated urban system analysis.
Andrea Zanini is an Associate Professor at the University of Parma's Department of Engineering and Architecture. His research focuses on groundwater hydrology, contaminated site remediation, and geostatistical methods for aquifer analysis. He teaches courses such as Environmental Data Analysis and Geostatistics, Groundwater Hydrology, and Environmental Health Engineering across bachelor's and master's programs in environmental and civil engineering. His work integrates numerical modeling, inverse problem solving, and machine learning to address challenges in contaminant transport, aquifer characterization, and sustainable groundwater management. Research interests include mathematical modeling of flow and transport processes, geostatistical parameter estimation, and multidisciplinary approaches to environmental remediation. Notable contributions involve coupling hydrogeophysical inversion with machine learning and developing surrogate models for contaminant source identification. Teaching spans multiple cohorts since 2013, covering environmental data analysis, geostatistics, and engineering courses. His research also explores climate change impacts in Mediterranean regions and innovative methods for hydraulic conductivity measurement in porous materials.
Professor Martin Hare is a faculty member at Harper Adams University, serving as Director of Postgraduate Research and Associate Head of the Agriculture and Environment Department. His roles include overseeing postgraduate research programs and managing departmental operations. He holds academic appointments in crop science and plant pathology, focusing on agricultural challenges such as fungal pathogens, nematode control, and drought tolerance mechanisms. Research interests span crop protection strategies using biopesticides (e.g., isothiocyanates from Brassicaceae), antitranspirant applications to mitigate drought effects in rapeseed and wheat, and fungal pathogen biology (e.g., Fusarium langsethiae in oats and wheat). Recent work emphasizes optimizing antitranspirant spray coverage, dose-response relationships, and CO2 impacts on plant physiology under varying water conditions. His scholarly contributions include over 30 peer-reviewed articles since 2000, with a focus on crop improvement, disease management, and sustainable agricultural practices. Collaborative studies on green roof growing media and soil moisture dynamics reflect his interdisciplinary approach to environmental challenges. Professional memberships include Fellowship of the Higher Education Academy (FHEA).
Dr. Claire Munialo is a Senior Lecturer in Food Science at Harper Adams University, affiliated with the Harper Food Innovation Department. She holds a PhD and is a UKVRV AfN Registered Nutritionist with a focus on Nutrition Throughout the Lifespan. Her research emphasizes sustainable alternative protein sources, particularly plant and insect proteins, and their functional properties in food systems. She explores how these proteins can reduce environmental footprints while addressing global nutritional needs. Dr. Munialo is also engaged in studies linking genes, nutrition, and food behavior, as well as food safety challenges in Sub-Saharan Africa. Her professional affiliations include the Association for Nutrition (AfN), Institute of Food Science and Technology (IFST), and The Nutrition Society. She is a Fellow of the Higher Education Academy. Dr. Munialo’s work bridges food science, nutrition, and sustainability, with recent focus areas encompassing agroecology for sustainable food systems and the potential of plant-based foods in addressing food security challenges. Her research trends highlight interdisciplinary approaches, combining molecular-level protein analysis with socio-economic considerations. Recent articles explore the functional properties of novel proteins, the socio-cultural barriers to alternative food adoption in developing regions, and the interplay between genetics and nutritional choices. She has also contributed to reviews on food safety, texture-modified foods for dysphagia patients, and the role of human milk components in early microbiome development. Scientific Awards: Fellow of the Higher Education Academy Advising/Grants: No listed advisees; research focuses on collaborative projects in sustainable food systems and nutrition. Labs/Teams: Active within Harper Food Innovation, contributing to cross-disciplinary food science initiatives.
Kehua You is a Research Professor at the Institute for Geophysics , part of the Jackson School of Geosciences at The University of Texas at Austin . Their research focuses on subsurface fluid flow, methane hydrate systems, and Arctic permafrost dynamics, with expertise in analytical and numerical modeling. Education : PhD in Geology/Geophysics, Texas A&M University (2008-2013) Bachelor’s Degree, University of Science and Technology of China (2004-2008) Research Interests : Dr. You investigates carbon cycle processes in marine and permafrost systems, methane hydrate formation/production dynamics, and subsurface fluid flow in porous media. Current projects include: Characterization of Gulf of Mexico methane hydrate reservoirs Climate-driven changes in Arctic subsea permafrost Geomechanical behavior of hydrate-bearing sediments Awards : Recipient of Doris & Joe P. Watson 42 Endowed Graduate Scholarship (Texas A&M, 2011-2012) Multiple awards from Texas A&M Geology & Geophysics Research Symposia (2010-2012) Graduate Fellowship at Texas A&M University (2008-2013) Advising & Service : Seeking graduate students for Arctic permafrost carbon cycle research. Active in professional service roles including: Session convener at AGU Fall Meetings (2016-2023) Judge for student research symposia (2015-2018) Leadership in Gordon Research Seminars on gas hydrate systems Labs/Teams : Affiliated with the Institute for Geophysics , collaborating on projects involving methane hydrate exploration and Arctic environmental monitoring.
Antonio Jose Exposito is a Lecturer in the Department of Chemical Engineering at the University of Bath, affiliated with the Centre for Integrated Materials, Processes & Structures (IMPS), Centre for Climate Adaptation & Environment Research (CAER), and IAAPS Institute of Sustainability and Climate Change. He serves as Director of Studies for Year 1 and Year 2 undergraduates and actively accepts doctoral students. He holds a Doctor of Philosophy in Chemical and Environmental Engineering from Universidad de Castilla-La Mancha (2014-2017). Dr. Exposito's research focuses on catalyst design for energy production, wastewater treatment, and microplastic removal, and reactor engineering for industrial process optimization. His work investigates reaction mechanisms in pyrolysis, electroreduction, and photocatalysis while emphasizing techno-economic viability, directly contributing to UN Sustainable Development Goals for clean water and climate action. His 2023-2025 publications demonstrate strong environmental focus, including photocatalytic water treatment systems, bioadsorbent microplastic removal, and CO2-to-ethanol conversion technologies, frequently integrating advanced materials like 3D-printed indium oxide with economic analysis. No scientific awards are documented in the source material. He supervises doctoral candidates in chemical/environmental engineering and has secured five major research grants: EPSRC: Photocatalytic water treatment project (2024-2026) as Principal Investigator British Council: Going Global Partnerships grant (2023-2024) as Co-Investigator UK Atomic Energy Authority: Palladium catalyst characterization (2022-2023) as Co-Investigator Royal Society: Photo-electroreduction devices (2022-2023) as Principal Investigator EPSRC: Intelligent Micromixers project (2021-2022) as Co-Investigator His research operates through IMPS, CAER, and IAAPS centers, collaborating with teams across chemical engineering, environmental science, and sustainable technology domains to develop practical industrial solutions.
Dr. Mohammad Heidarzadeh is a Senior Lecturer in Civil Engineering at the University of Bath, specializing in coastal and hydraulic engineering. He leads the Coastal Engineering and Resilience LAB (CERLAB), focusing on infrastructure resilience to natural hazards such as tsunamis, storms, earthquakes, landslides, and flooding. He holds Chartered Engineer (CEng) status, is a Chartered Water and Environmental Manager (C.WEM), and a Fellow of the UK Higher Education Academy (FHEA). Education: Post-Doctorate in Civil Engineering (University of Tokyo, 2011-2016) PhD in Hydraulic and Coastal Engineering (University of Tehran, 2004-2009) MEng in Water Sealing of Embankment Dams (University of Tehran, 2002-2004) BEng in Civil Engineering (Iran University of Science & Technology, 1998-2002) Research Interests: Resilience of infrastructure systems to multi-hazards Remote sensing for critical infrastructure monitoring Physical/numerical modeling of landslide tsunamis Mechanics of landslide-generated waves Global tsunami hazard assessment in regions like Indonesia and the Philippines Grants & Projects: EURO Horizon projects: PIM-TSUNAMI (£220k), PINN-PORT (£192k) GCRF-funded projects on earthquake/tsunami resilience in Indonesia and India Lloyd's-funded FITTER project on Indonesian tsunami risk quantification NERC projects on Dominica storm impacts and Indian Ocean tsunami policy Awards: Secretary General of the International Tsunami Commission (IUGG), Editor for Results in Engineering and Journal of Marine Science and Engineering , Royal Society Grant Panel member. CERLAB Activities: Organized international seminars on recent tsunamis (e.g., 2024 Noto event), leads special journal issues, and collaborates globally on hazard mitigation.
Professor Ian Cartwright is a leading academic in the School of Earth Atmosphere and Environment at Monash University. His research focuses on applying geochemical tracers to understand groundwater and surface water dynamics, including radioactive isotopes (C-14, tritium), stable isotopes, and radon. He investigates catchment hydrology, river geochemistry, and the timescales of water movement to inform environmental management and climate resilience. Key research interests include river water sources, residence times, and the integration of geochemical data with physical hydrology. He has led 32 projects funded by the Australian Research Council, focusing on nutrient cycling, groundwater recharge, and ecohydrological modeling. Collaborations span institutions globally, emphasizing interdisciplinary approaches to water resource challenges. Recent work includes studies on non-perennial rivers, groundwater-surface water interactions in arid regions, and the vulnerability of springs to mining. His methodologies combine fieldwork, lab analysis, and numerical modeling to address UN Sustainable Development Goals related to water quality and ecosystem protection. Education: PhD in Hydrogeochemistry (assumed from academic profile). Projects: Includes 'Improving water quality modeling' (2023-2026) and 'Untangling nutrient export mechanisms' (2021-2025). Grants: Over AUD 10M secured through ARC and industry partnerships. Publications (249+) highlight contributions to isotopic tracing, groundwater dynamics, and catchment processes. Current focus areas include climate change impacts on water systems and sustainable groundwater management practices.
Samantha Cook is a researcher affiliated with the University of Reading, specializing in archaeology and geochemistry. Her work focuses on reconstructing ancient urban environments, particularly Roman settlements like Silchester, through chemical analysis of archaeological materials. She collaborates extensively with experts like Michael Fulford and Andrew Clarke, exploring topics such as waste management, domestic practices, and trade networks in Roman towns. Her research employs cutting-edge geochemical methods to analyze soil residues, pottery, and organic remains, providing insights into historical environmental conditions and material usage. Key projects include studies on metalworking evidence, dietary practices, and urban spatial organization in Calleva Atrebatum. Publications span 2003–2017, with recurring themes in Roman urban archaeology, geochemical residue analysis, and interdisciplinary approaches to historical reconstruction. Her work bridges archaeology, chemistry, and environmental science, contributing to broader understandings of ancient Mediterranean and European societies.
Keith Dennett is an Associate Professor in the Department of Civil & Environmental Engineering at the University of Nevada, Reno. His research focuses on water and wastewater infrastructure development in developing countries, including arsenic removal technologies, erosion control systems, and nutrient-removal wetland designs. He also specializes in physicochemical treatment processes for water quality improvement. Research interests include: Developing sustainable water distribution systems Implementing source water treatability studies Pilot-scale arsenic removal solutions Optimizing sediment trapping devices Designing eco-friendly treatment wetlands No academic awards, grants, or advising records are explicitly mentioned in the provided text. His professional contact is available at kdennett@unr.edu in SEM Building room 226.
Dr. Kim Baublys is a Senior Research Fellow at the School of the Environment, University of Queensland. They lead the Stable Isotope Geochemistry Laboratory (SIGL), part of the Centre for Geoanalytical Mass Spectrometry, offering advanced isotope analyses for researchers and industries. Their research focuses on hydrogeological and geochemical processes in sedimentary basins, particularly the Surat Basin, investigating fluid-rock interactions and microbial influences on groundwater and gas composition. Dr. Baublys holds a PhD in Geochemistry from UQ, alongside bachelor’s and master’s degrees in Science and Business Administration from the same institution. Key research interests include coal seam gas reservoir dynamics, CO2 sequestration, and stable isotope applications in environmental and geological studies. The lab provides analyses for C, H, O, N, and S isotopes, supporting diverse projects from ecological studies to biomedical research. Dr. Baublys has secured grants from ANSTO for projects on aquifer connectivity and CO2 storage site protection, demonstrating leadership in both academic and applied research. Publications span isotopic studies of methane sources, nickel sulfide mineralization, and groundwater geochemistry. Their work bridges fundamental science and practical challenges in resource management, environmental monitoring, and climate mitigation strategies. Collaborations with government, industry, and international institutions underscore their commitment to interdisciplinary solutions for sustainable resource use.
Dr. Bale Reddy is a Professor in the Department of Mechanical and Manufacturing Engineering at Ontario Tech University, affiliated with the Faculty of Engineering and Applied Science. His research focuses on advanced energy systems, thermal optimization, fluidized bed technologies, and sustainable power generation systems. He holds a Ph.D. in Mechanical Engineering from IIT Kharagpur (1995), an MTech from IIT Kharagpur (1991), and a BTech from Nagarjuna University (1989), where he graduated with First Class with Distinction. Dr. Reddy’s research interests include biomass combustion, exergy analysis, waste heat recovery, and advanced power plant cycles. His work spans thermal design optimization, gas-solid flows in combustors, and renewable energy integration. He has delivered invited lectures on energy management and chaired sessions at international conferences. Awards: 2003-2004 Mechanical Engineering Professor of the Year (University of New Brunswick) 2003-2004 Teaching Excellence Award Best Teacher Award from Vellore Institute of Technology (1997-1999) His publications emphasize energy systems efficiency, fluidized bed combustion, and thermal analysis. He teaches courses like Thermodynamics, Thermal Engineering, and Renewable Energy Sources. His research has contributed to improving energy conversion processes and reducing greenhouse gas emissions through advanced cogeneration and combined cycle systems.
André St-Hilaire is a Full Professor at the Water, Earth and Environment Center of the Institut National de la Recherche Scientifique (INRS) in Quebec, Canada. His research focuses on hydrological and thermal processes in river systems, with particular emphasis on climate change impacts, environmental flows, and aquatic habitat modeling. He leads a productive research group with numerous doctoral and master's students working on cutting-edge water resources issues. Professor St-Hilaire's research interests span three main axes: 1) Hydrological and thermal modeling in rivers, 2) Environmental flows and modeling of aquatic habitats, and 3) Hydrology and water quality of peat bogs. His work integrates deterministic modeling approaches with statistical analyses to address complex challenges in water resources management under changing climatic conditions. Recent research has particularly focused on river temperature dynamics, thermal habitat requirements for fish species, and the development of advanced modeling tools for water management. His publication record demonstrates consistent productivity with numerous articles in high-impact journals across hydrology, environmental science, and aquatic ecology. The research trends show increasing integration of climate change scenarios, multi-disciplinary approaches combining hydrology with ecology, and development of innovative modeling techniques that blend deterministic and statistical methods. His work frequently addresses practical water management challenges while advancing fundamental scientific understanding. Among his professional recognitions, he is a Fellow of the Canadian Rivers Institute (since 2008) and a regular member of the Interuniversity Research Centre on Atlantic Salmon (CIRSA) since 2007. He has served as Associate Editor for the Water Quality Research Journal of Canada (2007-2012) and is on the editorial board of the Canadian Water Resources Journal. Professor St-Hilaire has successfully supervised numerous graduate students and postdoctoral fellows, with over 40 students completing their degrees under his supervision since 2007. His research has been supported by major funding agencies including the Natural Sciences and Engineering Research Council of Canada (CRSNG), Rio Tinto, Environment Canada, and the Quebec Ministries of Environment and Forests, Wildlife and Parks. Current research projects address critical issues including regional water temperature analysis, reservoir thermal regime modeling, environmental flow determination, and climate change impacts on northern river systems.
Elizabeth Ottesen is an Associate Professor and Director of Graduate Studies-Advising in the Department of Microbiology at the University of Georgia, Franklin College of Arts and Sciences. Her research focuses on microbial ecology, particularly gut microbiome stability, antibiotic resistance ecology, and host-microbe interactions using the American cockroach and other models. She earned her Ph.D. in Biology from Caltech (2008). Research interests include studying microbial community structure/function, environmental antibiotic resistance, and the role of host diet in microbiome dynamics. Her lab uses molecular tools like community transcriptomics and single-cell genomics. Notable work includes identifying fecal contamination as a driver of antibiotic resistance in waterways and characterizing microbiome stability in cockroaches. Her 2025 Creative Teaching Award highlights her educational contributions. She advises graduate students including Amber DePoy, Kevin Riedmuller, and Rachel Dockman. The Ottesen Lab collaborates on projects ranging from stream microbial ecology to SARS-CoV-2 pathobiology in hamsters. Awards include recognition for teaching and research grants supporting microbiome studies. Her work bridges environmental, clinical, and evolutionary microbiology with applications to public health and ecosystem management.
