+39 02 2399-6263

My research focuses on hydrology aiming to improve our understanding of subsurface water circulation. This mainly related to landslide activity and discharge generation, specializing in quantifying preferential flow and linking it to slope stability and displacement. I have a strong interest in risk management and communication. Furthermore, I use stable water isotopes (2H, 18O)and develop and apply innovative tracers such as DTS using Fibre Optic Cable and synthetic DNA for hydrology.

My research focuses on hydrology aiming to improve our understanding of subsurface water circulation. This mainly related to landslide activity and discharge generation, specializing in quantifying preferential flow and linking it to slope stability and displacement. I have a strong interest in risk management and communication. Furthermore, I use stable water isotopes (2H, 18O)and develop and apply innovative tracers such as DTS using Fibre Optic Cable and synthetic DNA for hydrology.

31 (0)15 2784286

+49(0)721-60843822

see the web page

see the web page

My current research is focused on understanding hydrologic change for water resources applications. I also maintain an interest in the use of statistical approaches to characterize hydrologic information at unmonitored locations.

My current research is focused on understanding hydrologic change for water resources applications. I also maintain an interest in the use of statistical approaches to characterize hydrologic information at unmonitored locations.

+1.703.648.5868

972 8 9342098

+43-(0)1-5880122315

My research focuses on hydrology aiming to improve our understanding of subsurface water circulation. This mainly related to landslide activity and discharge generation, specializing in quantifying preferential flow and linking it to slope stability and displacement. I have a strong interest in risk management and communication. Furthermore, I use stable water isotopes (2H, 18O)and develop and apply innovative tracers such as DTS using Fibre Optic Cable and synthetic DNA for hydrology.

My research focuses on hydrology aiming to improve our understanding of subsurface water circulation. This mainly related to landslide activity and discharge generation, specializing in quantifying preferential flow and linking it to slope stability and displacement. I have a strong interest in risk management and communication. Furthermore, I use stable water isotopes (2H, 18O)and develop and apply innovative tracers such as DTS using Fibre Optic Cable and synthetic DNA for hydrology.

31 (0)15 2784286

Dr. András Bárdossy is a Professor in Hydrology and Geohydrology in Institut fϋr Wasserbau. He holds a Ph.D. (Mathematics) from ELTE University of Budapest, 1981 and Dr.-Ing. in Civil Engineering from University of Karlsruhe, Germany, 1993. His major research areas are Hydrological modelling, stochastic hydrology, space-time statistics, stochastic simulations, multivariate statistics and general uncertainty quantification. He has supervised 42 PhD theses. He is member of the Scientific Committee IHP-OHP National Program (2005 onwards); Recipient of the Henry Darcy Medal of the European Geosciences Union (2006); member of the Scientific Board of the Umweltforschungszentrum Leipzig (2006-2010); Member of the Senate Commission Water of the German Science Foundation (DFG) (2006 - 2010); Member of the Senate Commission Sonderforschungsbereiche of the German Science Foundation (DFG) (2009-2015) and External member of the Hungarian Academy of Sciences (2013 onwards). He has been Associate Editor of Journal of Hydrology (1997 - 2008), Hydrology and Earth System Sciences (2004 onwards), Hydrology Research (2000 - 2012) and Water Resources Research (2003 - 2011). He is Chief Editor of Journal of Hydrology (2008 onwards). He was Visiting Research Associate Professor at the University of Waterloo, Canada (1986 – 1987).Since 1995 he is Professor for Hydrology and Geohydrology at the University of Stuttgart, since 2013, he is Research Professor (part time) at the Newcastle University, England and since 2014, he is Honorary Professor at the University of KwaZulu Natal, Durban, South Africa and since 2019 of the University of Queensland, Brisbane Australia.

Dr. András Bárdossy is a Professor in Hydrology and Geohydrology in Institut fϋr Wasserbau. He holds a Ph.D. (Mathematics) from ELTE University of Budapest, 1981 and Dr.-Ing. in Civil Engineering from University of Karlsruhe, Germany, 1993. His major research areas are Hydrological modelling, stochastic hydrology, space-time statistics, stochastic simulations, multivariate statistics and general uncertainty quantification. He has supervised 42 PhD theses. He is member of the Scientific Committee IHP-OHP National Program (2005 onwards); Recipient of the Henry Darcy Medal of the European Geosciences Union (2006); member of the Scientific Board of the Umweltforschungszentrum Leipzig (2006-2010); Member of the Senate Commission Water of the German Science Foundation (DFG) (2006 - 2010); Member of the Senate Commission Sonderforschungsbereiche of the German Science Foundation (DFG) (2009-2015) and External member of the Hungarian Academy of Sciences (2013 onwards). He has been Associate Editor of Journal of Hydrology (1997 - 2008), Hydrology and Earth System Sciences (2004 onwards), Hydrology Research (2000 - 2012) and Water Resources Research (2003 - 2011). He is Chief Editor of Journal of Hydrology (2008 onwards). He was Visiting Research Associate Professor at the University of Waterloo, Canada (1986 – 1987).Since 1995 he is Professor for Hydrology and Geohydrology at the University of Stuttgart, since 2013, he is Research Professor (part time) at the Newcastle University, England and since 2014, he is Honorary Professor at the University of KwaZulu Natal, Durban, South Africa and since 2019 of the University of Queensland, Brisbane Australia.

+49-(0)711-68564663

evaporation, interception, transpiration, distributed temperature sensing (DTS), new measuring techniques

evaporation, interception, transpiration, distributed temperature sensing (DTS), new measuring techniques

I’m Professor of Hydrology and Water Resource Engineering at the Department of Civil and Environmental Engineering, Politecnico di Milano, Milano, Italy, where I started my career in 1999 as assistant professor. My research interests include: Hydrological extremes: rainfall, snow, floods and droughts, Multivariate extreme value distributions in hydrology; Scaling issues in hydrology; Snow hydrology; Climate change impact on hydrologic cycle; Ecohydrology; Reliability and Resilience of existing water engineering works. My scientific activity includes more than 100 Publications on ISI journals and 1 Book “Extremes in nature: an approach using copulas” (Springer). H-index: 26 (Scopus) with about 3000 citations (Scopus). I’m Editor of Hydrology and Earth System Sciences Journal, Associate Editor of Journal of Hydrologic Engineering (ASCE); and Water. I’m reviewer for several ISI International Journals. Actually I’m the tutor of 5 Ph.D. students, and several MS students. I have coordinated several research projects at national and international levels. 


I’m Professor of Hydrology and Water Resource Engineering at the Department of Civil and Environmental Engineering, Politecnico di Milano, Milano, Italy, where I started my career in 1999 as assistant professor. My research interests include: Hydrological extremes: rainfall, snow, floods and droughts, Multivariate extreme value distributions in hydrology; Scaling issues in hydrology; Snow hydrology; Climate change impact on hydrologic cycle; Ecohydrology; Reliability and Resilience of existing water engineering works. My scientific activity includes more than 100 Publications on ISI journals and 1 Book “Extremes in nature: an approach using copulas” (Springer). H-index: 26 (Scopus) with about 3000 citations (Scopus). I’m Editor of Hydrology and Earth System Sciences Journal, Associate Editor of Journal of Hydrologic Engineering (ASCE); and Water. I’m reviewer for several ISI International Journals. Actually I’m the tutor of 5 Ph.D. students, and several MS students. I have coordinated several research projects at national and international levels. 


+39-(0)2-23996233

- mathematically modeled solute transport in soils (mainly nutrients in humid climates and salts in irrigated soils) - characterized the nature of the solute transport process (important for estimating the degree of spreading of the solute plume) - modelling water flow and solute transport in soils with preferential flow paths due to unstable wetting fronts - developed a sensor to measure the soil water energy status under dry conditions (important to determine the degree of crop water stress and to optimize irrigation) - measured and modeled nutrient transport in agricultural catchments - developed a weather generator that can be used in ares with limited data (and thus for future climate scenarios) - modeled groundwater recharge in semi-arid areas

- mathematically modeled solute transport in soils (mainly nutrients in humid climates and salts in irrigated soils) - characterized the nature of the solute transport process (important for estimating the degree of spreading of the solute plume) - modelling water flow and solute transport in soils with preferential flow paths due to unstable wetting fronts - developed a sensor to measure the soil water energy status under dry conditions (important to determine the degree of crop water stress and to optimize irrigation) - measured and modeled nutrient transport in agricultural catchments - developed a weather generator that can be used in ares with limited data (and thus for future climate scenarios) - modeled groundwater recharge in semi-arid areas

+49 (0)345 558 5343

Dr. Ferre works at the boundary between hydrology and decision making. He examines the use of ensemble modeling methods to identify forecast uncertainties that have the greatest potential to drive water resources decisions. He further uses ensemble methods to identify additional data, both direct and hydrogeophysical, that are most likely to test critical models in the ensemble.

Dr. Ferre works at the boundary between hydrology and decision making. He examines the use of ensemble modeling methods to identify forecast uncertainties that have the greatest potential to drive water resources decisions. He further uses ensemble methods to identify additional data, both direct and hydrogeophysical, that are most likely to test critical models in the ensemble.

+44-(0)117-3318388

Anas is currently a Professor of Environmental Engineering at The University of Western Australia where he leads a very successful research group (Aquatic Ecology and Ecosystem Studies) focused on the study of a range of topics in water resources (water and wastewater), ecological engineering and environmental engineering, with an emphasis on the development of innovative technologies. Anas was appointed Programme Chair for Environmental Engineering in 2017. Anas has more than twenty years of research and teaching experience in the water area and has led numerous large scale multidisciplinary projects nationally and internationally. He is an expert advisor to a number of organisations and agencies in Australia and internationally. He has also been an editor for the journal Hydrology and Earth System Sciences (HESS) since 2005. Anas is a founding member and past Executive Director of the $120M Cooperative Research Centre for Water Sensitive Cities (CRCWSC) established in 2012 (2012-2021). This role includes both operation and scientific leadership in this large multidisciplinary research centre, the coordination of the CRCWSC activities within UWA, and the management of relationships with Western Australian CRC industry partners.

Anas is currently a Professor of Environmental Engineering at The University of Western Australia where he leads a very successful research group (Aquatic Ecology and Ecosystem Studies) focused on the study of a range of topics in water resources (water and wastewater), ecological engineering and environmental engineering, with an emphasis on the development of innovative technologies. Anas was appointed Programme Chair for Environmental Engineering in 2017. Anas has more than twenty years of research and teaching experience in the water area and has led numerous large scale multidisciplinary projects nationally and internationally. He is an expert advisor to a number of organisations and agencies in Australia and internationally. He has also been an editor for the journal Hydrology and Earth System Sciences (HESS) since 2005. Anas is a founding member and past Executive Director of the $120M Cooperative Research Centre for Water Sensitive Cities (CRCWSC) established in 2012 (2012-2021). This role includes both operation and scientific leadership in this large multidisciplinary research centre, the coordination of the CRCWSC activities within UWA, and the management of relationships with Western Australian CRC industry partners.

+61864882687

0039-081-5010207

+39 02 2399-6263

University degree in water management, PhD in hydrology on survival of marginal ecosystems at the desert fringe. Current research focuses on how plants influence water fluxes within the unsaturated zone, patterns of canopy processes and related soil properties. Field experiments related to biodiversity research.

University degree in water management, PhD in hydrology on survival of marginal ecosystems at the desert fringe. Current research focuses on how plants influence water fluxes within the unsaturated zone, patterns of canopy processes and related soil properties. Field experiments related to biodiversity research.

I am an Associate Professor in Environmental Science with an interest in developing integrative models of aquatic systems

I am an Associate Professor in Environmental Science with an interest in developing integrative models of aquatic systems

Hydrologist by training with a broader interest on data analytics (both model and observations), model development and application to diverse range of water related problems - understanding the impacts of global change on water resources (quantity and quality) through modelling and observational records.

Hydrologist by training with a broader interest on data analytics (both model and observations), model development and application to diverse range of water related problems - understanding the impacts of global change on water resources (quantity and quality) through modelling and observational records.

+49 341 235-1972

+27219592871

+386-(0)1-4254380

I am a dryland eco-geomorphologist with a strong emphasis on applied research. My work is devoted to the integration of multidisciplinary knowledge derived from the geomorphological, hydrologycal and ecological disciplines for the study of arid, semiarid and subhumid landscape dynamics in the context of both land degradation and landscape rehabilitation. Since 2003, I have participated in a variety of research projects over a broad range of landscapes in Spain, central Australia and SW USA.

I am a dryland eco-geomorphologist with a strong emphasis on applied research. My work is devoted to the integration of multidisciplinary knowledge derived from the geomorphological, hydrologycal and ecological disciplines for the study of arid, semiarid and subhumid landscape dynamics in the context of both land degradation and landscape rehabilitation. Since 2003, I have participated in a variety of research projects over a broad range of landscapes in Spain, central Australia and SW USA.

Dr Roger Moussa is a Research Director at the French National Institute of Agricultural Research in Montpellier, France. He has been working in the field of hydrology since 1986, and has more than 100 scientific articles. His research focuses on hydrology, hydraulic, geomorphology, environmental sciences, numerical methods, and modelling. He is a guest lecturer at the University of Montpellier and is Associate Editor in Hydrology and Earth System Sciences, and Journal of Hydrology.

Dr Roger Moussa is a Research Director at the French National Institute of Agricultural Research in Montpellier, France. He has been working in the field of hydrology since 1986, and has more than 100 scientific articles. His research focuses on hydrology, hydraulic, geomorphology, environmental sciences, numerical methods, and modelling. He is a guest lecturer at the University of Montpellier and is Associate Editor in Hydrology and Earth System Sciences, and Journal of Hydrology.

+33 4 99 61 24 56

Diploma degree in Physics, University of Heidelberg, 1995 Doctoral degree in Environmental Sciences (modeling flow in porous media), ETH Zürich, 2000 Postdoc at Imperial College London (petroleum engineering and rock mechanics) until 2003 Dept. of Hydromechanics and Modelling of Hydrosystems, University of Stuttgart until 2008 since then Institute of Fluid Mechanics and Environmental Physics in Civil Engineering, Leibniz Universität Hannover

Diploma degree in Physics, University of Heidelberg, 1995 Doctoral degree in Environmental Sciences (modeling flow in porous media), ETH Zürich, 2000 Postdoc at Imperial College London (petroleum engineering and rock mechanics) until 2003 Dept. of Hydromechanics and Modelling of Hydrosystems, University of Stuttgart until 2008 since then Institute of Fluid Mechanics and Environmental Physics in Civil Engineering, Leibniz Universität Hannover

Expert in isotope (eco-)hydrology.

Expert in isotope (eco-)hydrology.

After having obtained a PhD degree in Physical Geography (with a focus on catchment hydrology) at the University of Strasbourg (France) in 2000, I joined the Luxembourg Institute of Science and Technology (LIST) as a hydrologist. My efforts have been geared since then to gradually build a lasting research infrastructure, including a dense instrument network for monitoring hydro-meteorological variables across a wide range of clean and mixed geological settings in the Alzette River basin in Luxembourg. My strategy consisted in focusing on the water cycle and interdisciplinary approaches for overcoming the prevailing status quo in our understanding of water source, flowpaths and transit times, flood generation, as well as water pollution fate and transport. This strategy also consisted in building a critical mass of junior and senior researchers, project leaders, technicians and students for covering various complementary fields of expertise (hydrochemistry, geology, remote sensing, environmental modelling, etc.). With progress in hydrological sciences having been largely thwarted by the spatial and temporal complexity of involved processes, I believe the advent of new technologies, interdisciplinary approaches, concepts and models to be key pillars for designing and implementing new strategies for a sustainable management of water resources exposed to global change. Hydrology remaining a field that is measurement limited – even more so in remote areas and/or characterized by cold climates, I have always advocated the exploration of innovative research avenues: e.g. measuring rainfall via microwaves emitted by cell phone relay antennas (in collaboration with telecommunication companies and cities), tracking rapid water flow paths with terrestrial diatoms as biological tracers (an idea since then picked up by fellow research teams elsewhere in Europe), or building a small-sized portable mass spectrometer for measuring stable isotopes of O and H in water.

After having obtained a PhD degree in Physical Geography (with a focus on catchment hydrology) at the University of Strasbourg (France) in 2000, I joined the Luxembourg Institute of Science and Technology (LIST) as a hydrologist. My efforts have been geared since then to gradually build a lasting research infrastructure, including a dense instrument network for monitoring hydro-meteorological variables across a wide range of clean and mixed geological settings in the Alzette River basin in Luxembourg. My strategy consisted in focusing on the water cycle and interdisciplinary approaches for overcoming the prevailing status quo in our understanding of water source, flowpaths and transit times, flood generation, as well as water pollution fate and transport. This strategy also consisted in building a critical mass of junior and senior researchers, project leaders, technicians and students for covering various complementary fields of expertise (hydrochemistry, geology, remote sensing, environmental modelling, etc.). With progress in hydrological sciences having been largely thwarted by the spatial and temporal complexity of involved processes, I believe the advent of new technologies, interdisciplinary approaches, concepts and models to be key pillars for designing and implementing new strategies for a sustainable management of water resources exposed to global change. Hydrology remaining a field that is measurement limited – even more so in remote areas and/or characterized by cold climates, I have always advocated the exploration of innovative research avenues: e.g. measuring rainfall via microwaves emitted by cell phone relay antennas (in collaboration with telecommunication companies and cities), tracking rapid water flow paths with terrestrial diatoms as biological tracers (an idea since then picked up by fellow research teams elsewhere in Europe), or building a small-sized portable mass spectrometer for measuring stable isotopes of O and H in water.

+39 02 2399 6214

Soil Hydrology and Water Resources Management: hydraulic engineering, soil hydrology, soil bioengineering, laboratory and field determination of soil hydraulic properties, parameter optimization, spatial variability of soil properties, development of simulation models for unsaturated flow, scale problems in hydrology, catchment hydrology, irrigation and drainage.

Soil Hydrology and Water Resources Management: hydraulic engineering, soil hydrology, soil bioengineering, laboratory and field determination of soil hydraulic properties, parameter optimization, spatial variability of soil properties, development of simulation models for unsaturated flow, scale problems in hydrology, catchment hydrology, irrigation and drainage.

+39-081-2539421

My major research interests focus on modelling and forecasting of droughts and floods, multiscale parameterization of land surface and hydrologic models, parameter estimation and uncertainty analysis, assimilation of remotely sensed products into mHM (www.ufz.de/mhm), stochastic hydrology, precipitation downscaling, and geostatistics.

My major research interests focus on modelling and forecasting of droughts and floods, multiscale parameterization of land surface and hydrologic models, parameter estimation and uncertainty analysis, assimilation of remotely sensed products into mHM (www.ufz.de/mhm), stochastic hydrology, precipitation downscaling, and geostatistics.

+49-(0)341-2351971

+31-(0)15-2785080

My research focuses on the development of new (mathematical, numerical) methods to model hydrological processes accounting for our latest insights into how nature works and enabling, ultimately, better predictions of how hydrological systems will behave in the future. The hydrologic prediction methods are applied and tested in various climates (especially in Europe) and in various water management contexts (e.g. flood protection, hydropower), with currently a strong focus on high mountainous systems.

My research focuses on the development of new (mathematical, numerical) methods to model hydrological processes accounting for our latest insights into how nature works and enabling, ultimately, better predictions of how hydrological systems will behave in the future. The hydrologic prediction methods are applied and tested in various climates (especially in Europe) and in various water management contexts (e.g. flood protection, hydropower), with currently a strong focus on high mountainous systems.

I did a master in Geobotany at the University of Freiburg i.Br., Germany, in 2001, followed by a research position at the FVA in Freiburg and a PhD in Environmental Engineering at the University of Western Australia in 2007. In 2007-2011, I worked at the Max Planck Institute for Biogeochemistry in Jena, Germany and then until 2017 at the Department of Environmental Systems Science at ETH Zurich, Switzerland. Since August 2017 I am a lead R&T associate and ATTRACT fellow at the Luxembourg Institute of Science and Technology. My main area of research relates to Ecohydrology.

I did a master in Geobotany at the University of Freiburg i.Br., Germany, in 2001, followed by a research position at the FVA in Freiburg and a PhD in Environmental Engineering at the University of Western Australia in 2007. In 2007-2011, I worked at the Max Planck Institute for Biogeochemistry in Jena, Germany and then until 2017 at the Department of Environmental Systems Science at ETH Zurich, Switzerland. Since August 2017 I am a lead R&T associate and ATTRACT fellow at the Luxembourg Institute of Science and Technology. My main area of research relates to Ecohydrology.

My main research interest is hydrological modeling at different scales in combination with experimental studies. Current research topics include the use of catchment models for land-use and climate change impact studies, runoff generation processes and topography, uncertainty analysis and risk assessment, the value of different types of data and opportunities for citizen science in hydrology.

My main research interest is hydrological modeling at different scales in combination with experimental studies. Current research topics include the use of catchment models for land-use and climate change impact studies, runoff generation processes and topography, uncertainty analysis and risk assessment, the value of different types of data and opportunities for citizen science in hydrology.

+41 (0)44 63 55200

My research focuses on understanding and predicting changes in floods and fluvial systems in the context of contemporary shifts in climate and land cover. My approach is statistical and computational, and seeks to disentangle the different drivers of flooding and fluvial change across a variety of climates and land use types. Using Earth Observation and ensemble Climate Model outputs I also develop probabilistic forecasts to assess how floods and fluvial systems may change over a range of timescales. I have a keen interest in data science and in developing new, interdisciplinary methods for understanding and projecting fluvial and hydro-climatic change.

My research focuses on understanding and predicting changes in floods and fluvial systems in the context of contemporary shifts in climate and land cover. My approach is statistical and computational, and seeks to disentangle the different drivers of flooding and fluvial change across a variety of climates and land use types. Using Earth Observation and ensemble Climate Model outputs I also develop probabilistic forecasts to assess how floods and fluvial systems may change over a range of timescales. I have a keen interest in data science and in developing new, interdisciplinary methods for understanding and projecting fluvial and hydro-climatic change.

Dimitri P. Solomatine has been with the IHE Delft Institute for Water Education (Delft, The Netherlands) since 1990, and since 2006 he holds the Hydroinformatics Chair. His research interests include hydroinformatics, integration of data and models, optimization, systems engineering, computational intelligence, decision support, analysis of uncertainty and flood risk management. He is an associate editor of Journal of Hydroinformatics and Hydrology and Earth System Sciences (HESS). He is the member of IEEE, IWA, EGU and is the co-founder of the sub-division on Hydroinformatics of the European Geosciences Union.

Dimitri P. Solomatine has been with the IHE Delft Institute for Water Education (Delft, The Netherlands) since 1990, and since 2006 he holds the Hydroinformatics Chair. His research interests include hydroinformatics, integration of data and models, optimization, systems engineering, computational intelligence, decision support, analysis of uncertainty and flood risk management. He is an associate editor of Journal of Hydroinformatics and Hydrology and Earth System Sciences (HESS). He is the member of IEEE, IWA, EGU and is the co-founder of the sub-division on Hydroinformatics of the European Geosciences Union.

+31-(0)15-2151815

Studies in biology, University of Zurich (Diploma in Zoology) , PhD in soil physics, ETH Zurich on phosphorous Transport in grassland soils, since 20002 Senior scientist at the Swiss Federal Institute of Aquatic Science and Technology (Eawag) with a strong Focus on water Quality impacted by agriculture and urban Systems. Research activities in Switzerland and developing countries. Strongly involved in Transfer of knowhow to practice (member of several national committees, president of a Swiss environmental NGO (Praktischer Umweltschutz Schweiz Pusch).

Studies in biology, University of Zurich (Diploma in Zoology) , PhD in soil physics, ETH Zurich on phosphorous Transport in grassland soils, since 20002 Senior scientist at the Swiss Federal Institute of Aquatic Science and Technology (Eawag) with a strong Focus on water Quality impacted by agriculture and urban Systems. Research activities in Switzerland and developing countries. Strongly involved in Transfer of knowhow to practice (member of several national committees, president of a Swiss environmental NGO (Praktischer Umweltschutz Schweiz Pusch).

0041-58-765 5565

Marie-Claire ten Veldhuis works as Associate professor at the Water Resources Group of the Water management Department at Delft University of Technology. She is an expert in Hydrometeorology: her research focuses on using high-resolution observational datasets to analyze and predict how hydrological systems respond to small-scale rainfall and atmospheric variability.

Marie-Claire ten Veldhuis works as Associate professor at the Water Resources Group of the Water management Department at Delft University of Technology. She is an expert in Hydrometeorology: her research focuses on using high-resolution observational datasets to analyze and predict how hydrological systems respond to small-scale rainfall and atmospheric variability.

+31152784734

Hydrological Modeling and Forecasting Agricultural Water Management Interactions between Hydrology and Society Transboundary River Management Graduated students

Hydrological Modeling and Forecasting Agricultural Water Management Interactions between Hydrology and Society Transboundary River Management Graduated students

Associate Professor of Water Resources Management and Hydrology. Editor of the journal “Hydrology and Earth System Sciences” (HESS). Member of the International Advisory Board of the Canadian research strategic network FloodNet. Chair of the Working Group “Data-driven hydrology” of the International Research Initiative “Panta Rhei - Change in Hydrology and Society” of the International Association of Hydrological Sciences (IAHS). President of the “Hydrological Sciences” Division of the EGU 2015-2019.

Associate Professor of Water Resources Management and Hydrology. Editor of the journal “Hydrology and Earth System Sciences” (HESS). Member of the International Advisory Board of the Canadian research strategic network FloodNet. Chair of the Working Group “Data-driven hydrology” of the International Research Initiative “Panta Rhei - Change in Hydrology and Society” of the International Association of Hydrological Sciences (IAHS). President of the “Hydrological Sciences” Division of the EGU 2015-2019.

+39-(0)51-2093364

2011 - Associate Professor. University of Padova. Italy. Teaching: Urban hydrology: Water distribution and drainage systems, Subsurface Hydrology, Applied hydraulics. Waste management and Urban runoff management (at Master level) Research topics: Vadose Zone Hydrology. Eco-hydrology and biogeochemical processes Urban Hydrology and Sustainable water management. Soil-vegetation-atmosphere interaction and ecosystem evolution. Fire regime in the Mediterranean type climate, equilibrium and ecosystem shifts.

2011 - Associate Professor. University of Padova. Italy. Teaching: Urban hydrology: Water distribution and drainage systems, Subsurface Hydrology, Applied hydraulics. Waste management and Urban runoff management (at Master level) Research topics: Vadose Zone Hydrology. Eco-hydrology and biogeochemical processes Urban Hydrology and Sustainable water management. Soil-vegetation-atmosphere interaction and ecosystem evolution. Fire regime in the Mediterranean type climate, equilibrium and ecosystem shifts.

Prof. Ann van Griensven, PhD; Research Scientist Ann van Griensven, bio-engineer, obtained her PhD at the Free University of Brussels titled “developments towards integrated water quality modelling at river basin scale” (2002). For her PhD research, she started her activities in developing and applying the ecohydrological modelling software: Soil and Water Assessment Tool (SWAT). Afterwards, she worked at the University of California, Riverside, and at the Ghent University. Ann van Griensven is currently professor in the department of hydrology and hydraulic engineering of the Vrije Universiteit Brussel and Associate Professor of hydrology and water quality in the chair group of hydrology and water resources at the UNESCO-IHE Institute for Water Education (now IHE-Delft). She has 20 years of research experience in the field of water quality and hydrological modelling, uncertainty analysis of models and optimisation algorithms, leading to up to 100 publications in international journals with peer review, some of them being cited more than hundred times. She is elected Vice President of the international Environmental Modelling Software Society, member of the editorial board of the highly ranked Journal of Environmental Modelling and Software. She has been the organiser of international conferences workshops and short courses. She was involved and taken leading roles in several EU research projects eg CHESS (FP5), Harmoni-CA (FP6; WP2 lead), WETwin (FP7; WP6 lead), AFROMAISON (FP7; WP5 lead), EnviroGrids (FP7), AQUAREHAB (FP7; WP6 lead), MyWater (FP7) and in various Capacity Building and research projects in developing countries. In 2017, she became the Head of Department of the department of Hydrology and Hydraulic Engineering.

Prof. Ann van Griensven, PhD; Research Scientist Ann van Griensven, bio-engineer, obtained her PhD at the Free University of Brussels titled “developments towards integrated water quality modelling at river basin scale” (2002). For her PhD research, she started her activities in developing and applying the ecohydrological modelling software: Soil and Water Assessment Tool (SWAT). Afterwards, she worked at the University of California, Riverside, and at the Ghent University. Ann van Griensven is currently professor in the department of hydrology and hydraulic engineering of the Vrije Universiteit Brussel and Associate Professor of hydrology and water quality in the chair group of hydrology and water resources at the UNESCO-IHE Institute for Water Education (now IHE-Delft). She has 20 years of research experience in the field of water quality and hydrological modelling, uncertainty analysis of models and optimisation algorithms, leading to up to 100 publications in international journals with peer review, some of them being cited more than hundred times. She is elected Vice President of the international Environmental Modelling Software Society, member of the editorial board of the highly ranked Journal of Environmental Modelling and Software. She has been the organiser of international conferences workshops and short courses. She was involved and taken leading roles in several EU research projects eg CHESS (FP5), Harmoni-CA (FP6; WP2 lead), WETwin (FP7; WP6 lead), AFROMAISON (FP7; WP5 lead), EnviroGrids (FP7), AQUAREHAB (FP7; WP6 lead), MyWater (FP7) and in various Capacity Building and research projects in developing countries. In 2017, she became the Head of Department of the department of Hydrology and Hydraulic Engineering.

0032-10-473710

Niko has a position as assistant professor hydrological extremes at the department of Physical Geography. Recently, he was awarded a NWO-VENI grant to support his research on the impacts of human reservoir management on drought in large-scale river basins. Furthermore, he is working research related to the topics of satellite data assimilation, flood forecasting, hyper-resolution modelling, and seasonal forecasting.

Niko has a position as assistant professor hydrological extremes at the department of Physical Geography. Recently, he was awarded a NWO-VENI grant to support his research on the impacts of human reservoir management on drought in large-scale river basins. Furthermore, he is working research related to the topics of satellite data assimilation, flood forecasting, hyper-resolution modelling, and seasonal forecasting.

Albrecht Weerts has a background in hydrology and unsaturated zone physics and data analysis. He has both experience in academia and industry (Unilever R&D Colworth). At present, he holds a position as Expert Hydrology and forecasting at Deltares and at Wageningen university as professor Hydrological Predictability. lbrecht led the Deltares R&D program on “Early Warning” under the strategic research theme Flood Risk. He authored/co-authored more than 45 peer reviewed journal publications

Albrecht Weerts has a background in hydrology and unsaturated zone physics and data analysis. He has both experience in academia and industry (Unilever R&D Colworth). At present, he holds a position as Expert Hydrology and forecasting at Deltares and at Wageningen university as professor Hydrological Predictability. lbrecht led the Deltares R&D program on “Early Warning” under the strategic research theme Flood Risk. He authored/co-authored more than 45 peer reviewed journal publications

+31-88-3358322

A hydrologist by training, Markus Weiler has worked in fields ranging from hydrology, soil science, isotope geochemistry, solute transport to plant physiology using field experiments, statistical approaches and conceptual and numerical modelling. After graduating in Hydrology from the University of Freiburg, Germany, he obtained his PhD in 2001 from the ETH Zürich, Switzerland working on preferential flow processes in soils. After a 2 year post-doc at Oregon State University, USA, he was appointed Assistant Professor and Chair of Forest Hydrology at the University of British Columbia in Vancouver, Canada. Since 2008, Markus Weiler is Professor in Hydrology and was director of the Centre of Water Research at the University of Freiburg, Germany. Markus Weiler established a modern stable water isotope laboratory and set-up several hydrological observatories in urban, agricultural and forested catchments. He also founded the MSc programme in Hydrology offered at the University of Freiburg.

A hydrologist by training, Markus Weiler has worked in fields ranging from hydrology, soil science, isotope geochemistry, solute transport to plant physiology using field experiments, statistical approaches and conceptual and numerical modelling. After graduating in Hydrology from the University of Freiburg, Germany, he obtained his PhD in 2001 from the ETH Zürich, Switzerland working on preferential flow processes in soils. After a 2 year post-doc at Oregon State University, USA, he was appointed Assistant Professor and Chair of Forest Hydrology at the University of British Columbia in Vancouver, Canada. Since 2008, Markus Weiler is Professor in Hydrology and was director of the Centre of Water Research at the University of Freiburg, Germany. Markus Weiler established a modern stable water isotope laboratory and set-up several hydrological observatories in urban, agricultural and forested catchments. He also founded the MSc programme in Hydrology offered at the University of Freiburg.

Dr. Xing Yuan (袁星) is a professor in the School of Hydrology and Water Resources at Nanjing University of Information Science and Technology (NUIST). He received his B.S. degree in Information and Computing Science at Hunan University in 2004, and Ph.D. degree in Meteorology at the Institute of Atmospheric Physics at Chinese Academy of Sciences (IAP/CAS) in 2009. Before joining NUIST, he worked as a climate modeler at University of Illinois at Urbana-Champaign during 2009-2011, as an associate climate specialist at Princeton University during 2011-2014, and as a professor at IAP/CAS during 2014-2018. He is an editor of Hydrology and Earth System Sciences, associate editor of Journal of Geophysical Research: Atmospheres, and editorial board of Hydrology Research. Prof. Yuan’s research interests are primarily in the field of hydroclimatology, including land surface modeling, climate change and water cycle, hydroclimate ensemble prediction, and attribution for extremes. He has authored 80+ peer-reviewed journal papers. His research on seasonal hydrological forecasting covers a variety of areas including multi-model ensemble, dynamical and statistical downscaling, and hydrological post-processing. Recently, Prof. Yuan’s group is working on hyper-resolution land surface modeling, decadal hydrological predictability, and attribution and projection of flash drought in the anthropocene. (https://faculty.nuist.edu.cn/yuanxing/zh_CN/index.htm)

Dr. Xing Yuan (袁星) is a professor in the School of Hydrology and Water Resources at Nanjing University of Information Science and Technology (NUIST). He received his B.S. degree in Information and Computing Science at Hunan University in 2004, and Ph.D. degree in Meteorology at the Institute of Atmospheric Physics at Chinese Academy of Sciences (IAP/CAS) in 2009. Before joining NUIST, he worked as a climate modeler at University of Illinois at Urbana-Champaign during 2009-2011, as an associate climate specialist at Princeton University during 2011-2014, and as a professor at IAP/CAS during 2014-2018. He is an editor of Hydrology and Earth System Sciences, associate editor of Journal of Geophysical Research: Atmospheres, and editorial board of Hydrology Research. Prof. Yuan’s research interests are primarily in the field of hydroclimatology, including land surface modeling, climate change and water cycle, hydroclimate ensemble prediction, and attribution for extremes. He has authored 80+ peer-reviewed journal papers. His research on seasonal hydrological forecasting covers a variety of areas including multi-model ensemble, dynamical and statistical downscaling, and hydrological post-processing. Recently, Prof. Yuan’s group is working on hyper-resolution land surface modeling, decadal hydrological predictability, and attribution and projection of flash drought in the anthropocene. (https://faculty.nuist.edu.cn/yuanxing/zh_CN/index.htm)

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