2015 Italy SWAT Conference Material
June 24
Inaugural Session
| Welcome Address | Dott. Luigi Filippini, CRS4, Italy | ||
|---|---|---|---|
| Welcome Address | Dott. Roberto Deidda, University of Cagliari, Italy | ||
| Model Development | Dr. Jeffrey G. Arnold, USDA-ARS, USA | ||
| Closing | Dr. Raghavan Srinivasan, Texas A&M University, USA |
Session A1: Large Scale Applications
| Amita Mehta | Building Capacity in Utilizing NASA Remote Sensing Observations in SWAT for Water Resources and Agricultural Management Applications | ||
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| Peter Stone | Catchment experiences from the UK – ground based and aerial survey methods | ||
| José Monteiro | Comparison of CFSR and WFDEI weather reanalysis precipitation data with data from meteorological stations in Brazil: Application in river discharge modelling of the Tocantins Basin | ||
| Mike White | CEAP 2 – A National Scale Model to Support USDA Conservation Policy and Planning. |
Session A2: Climate Change Applications
| Antonio Lo Porto | Hydrological and water resource responses to climate change for a temporary river | ||
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| David Bosch | Changing Hydrology under a Changing Climate for a Coastal Plain Watershed | ||
| Marino Marrocu | Reducing hydrological budget modeling uncertainty related to climate induced change. | ||
| Monica Piras | Climate change effects in a medium-sized Mediterranean basin using the tRIBS hydrologic model |
Session A3: Environmental Applications
| Eugenio Molina-Navarro | Synergistic effects of climate and land use changes on water flow, nutrient exports and trophic state in a Mediterranean limno-reservoir | ||
|---|---|---|---|
| Odile Leccia | Modelling lixiviated nitrate by coupling agro-hydrological (SWAT) and hydro-geological (MARTHE) models: an application to the agricultural Boutonne watershed (SW France) | ||
| Paul D. Wagner | Reflecting the interdependence of land use and hydrology in SWAT modeling studies | ||
| Suria Darma Tarigan | Impact of Oil Palm Expansion on Water Yied and Water Quality in Merangin Tembesi Watershed, Jambi Provinces |
Session A4: Hydrology
| Claudia Canedo | Analysis of Flash floods in the Andean highlands | ||
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| Jens Hartwich | The impact of woody biomass production on the water balance of the North German Lowlands - A hydrological modelling with SWAT | ||
| John Obiero | Determining the Effect of Land Use Change on Streamflow Using Soil Water Assessment Tool (SWAT) | ||
| Tatenda Lemann | Assessing the impact of precipitation and temperature on hydrological responses in three small-scale catchments in the Ethiopian Highlands |
Session B1: SWAT Applications Incorporating Rice Production
| Philip Gassman | Simulation of rice paddy systems in SWAT: current methods, improved modified approaches and recommendations for developing a rice paddy simulation module | ||
|---|---|---|---|
| Jaehak Jeong | Progresses in developing national scale model for agricultural NPS assessment in South Korea: Phase I – rice paddies | ||
| Tasuku Kato | SWAT model improvement for discharge process in paddy fields | ||
| Balaji Narasimhan | Development of an improved irrigation subroutine in SWAT to simulate the hydrology of rice paddy grown under submerged conditions |
Session B2: Database and GIS Application and Development
| Ann van Griensven | Inter-comparison and Assimilation of Remote Sensing Evapotranspiration into a Physically Distributed Hydrological model (SWAT), Upper Blue Nile Basin | ||
|---|---|---|---|
| Daniel Fuka | Brokering as a framework for hydrological model repeatability | ||
| Mauro Di Luzio | Development of Soil Model Parameter Repositories for Modeling in CEAP | ||
| Michael Strauch | On HRU aggregation and its effect on SWAT model output |
Session B3: BMPs
| James Almendinger | Spatial scaling of phosphorus export coefficients and load reductions due to agricultural best management practices | ||
|---|---|---|---|
| Nicola Fohrer | Field data-based implementation of land management and terraces on the catchment scale for SWAT in the Three Gorges Region, China | ||
| Olga Vigiak | A new R-SWAT Decision Making Framework for the Spatial Identification of BMP Related to Freshwater Management | ||
| Raghavan Srinivasan | Evaluating the impact of implemented BMPs in Richard Chambers Watershed of Texas |
Session B4: Sediment, Nutrients, and Carbon
| Amal Markhi | Assessment of solid load and siltation potential of dams reservoirs in the High Atlas of Marrakech (Moorcco) using SWAT Model | ||
|---|---|---|---|
| Amita Mehta | Assessing Water Quality Sensitivity to Decadal Climate Variability in the Missouri River Basin based on SWAT Simulations | ||
| Michael Winchell | Application of a coupled SWAT-BATHTUB model to evaluate phosphorus critical source areas and land management alternatives on the water quality of Lake Prespa, Macedonia | ||
| Pratiksha Jain | GIS based Distributed Process oriented Soil Erosion Modelling using Modified Morgan-Morgan Finney Model in Indian Region |
Session C1: Environmental Applications
| Jan Gregar | Model SWAT as an integrated management tool in water catchment Švihov | ||
|---|---|---|---|
| Stefan Julich | Application of the new grid-based SWAT landscape model in a small mountainous watershed in Germany | ||
| Wang Me | Applying treated municipal wastewater to a forested catchment: Modelling effects on stream discharge, sediment and nutrient loads |
Session C2: Climate Change Applications
| Abelardo Montenegro | Climate change impacts in a Brazilian semiarid catchment: forecasts, and management perspectives using SWAT model | ||
|---|---|---|---|
| Dennis Trolle | Preparing for the future: simulating agricultural practices, hydrology and nutrient exports under future climates | ||
| Eugenio Molina-Navarro | Hydrological impact assessment of the Guadalupe River Basin (Mexico) under climate change scenarios. | ||
| Farzad Emami | Evaluating the impacts of climate change on streamflow and water resources management: Aharchai River, Iran, case study |
Session C3: EPIC/APEX Modeling System
| Abebe Chukalla | Effect of fertilizer strategies on the grey water footprint in rain-fed and irrigated agriculture | ||
|---|---|---|---|
| Claire Baffaut | Success and challenges met during the calibration of APEX on large plots | ||
| Luca Doro | Climate Change impact assessment on Mediterranean natural pasture | ||
| Norman Manyowa Meki | Drought induced nitrogen and phosphorus credits in corn/soybean rotations in the Upper Mississippi River Basin | ||
| Jim Kiniry | Derivation of Crop Parameter Attributes for Cropping Systems Modeling |
Session C4: Sensitivity Calibration and Uncertainty
| Ann van Griensven | A two-step global sensitivity analysis of a SWAT model, using simple screening methods and advanced quantitative methods | ||
|---|---|---|---|
| Katrin Bieger | Using expert knowledge of the hydrological system to constrain multi-objective calibration of SWAT models | ||
| Latif Kalin | Parameter Transferability against Altered Land Use Dataset on Model Predictions Using SWAT | ||
| Ann van Griensven | Inter-comparison of Physically Distributed Hydrological Model (SWAT) and Climate Change Impact Investigation on Kleine Nete River Basin, Belgium |
June 25
Session D1: Global SWAT Modeling
| Feras Ziadat | Soil information to support environmental modelling and sustainable soil management - within the context of the Global Soil Partnership (GSP) and the International Year of Soils | ||
|---|---|---|---|
| Feras Ziadat | Launching the Soil–Landscape Estimation and Evaluation Program (SLEEP) to support soil-related environmental modeling | ||
| Raghavan Srinivasan | Global SWAT Modeling |
Session D2: Climate Change Applications
| Bahareh Kamali | Assessing drought vulnerability of agricultural production systems in the context of agro-hydrological modeling-A case study of Karkheh River Basin | ||
|---|---|---|---|
| Valentina Krysanova | Intercomparison of regional-scale hydrological models for climate impact assessment in 12 large river basins worldwide | ||
| Vikram Mehta | High-resolution Simulations of Decadal Climate Variability Impacts on Water and Crop Yields in the Missouri River Basin with the Soil and Water Assessment Tool (SWAT) |
Session D3: Large Scale Applications
| Gabriele Lamparter | Application of the land use update function in the Soil and Water Assessment Tool (SWAT) for two macro-catchments at the Amazonian agricultural frontier in Brazil | ||
|---|---|---|---|
| Olga Vigiak | Impact of current conservation practices on sediment load reduction in the Danube River Basin | ||
| Santhi Chinnasamy | Modeling Sediment and Nutrient Loads Input to the Great Lakes and Effects of Conservation Practices on Water Quality |
Session D4: Biofuel and Plant Growth
| Cibin Raj | SWAT Bioenergy Applications for the U.S. Corn Belt region Part 1: SWAT model improvements to simulate bioenergy crops production | ||
|---|---|---|---|
| Indrajeet Chaubey | SWAT Bioenergy Applications for the U.S. Corn Belt region Part 2: Application of improved SWAT model for bioenergy production scenarios in Indiana Watersheds | ||
| Philip Gassman | SWAT Bioenergy Applications for the U.S. Corn Belt region Part 3: Assessment of Scenarios for the Boone River Watershed in North Central Iowa | ||
| Yiannis Panagopoulos | SWAT Bioenergy Applications for the U.S. Corn Belt Region Part 4: Assessment of Large-Scale Scenarios for the Upper Mississippi and Ohio-Tennessee River Basins |
Session E1: Model Development
| Javier Osorio Leyton | C-SWAT: A Modified Revision of SWAT Using Consolidated Input Files | ||
|---|---|---|---|
| Shenglan Lu | A macrophyte growth module for the SWAT model - impact of climate change and management on stream ecology | ||
| Younggu Her | Comparison of hydrologic simulation outputs between SWAT2012 and the new modular SWAT code |
Session E2: Hydrology
| Anna Malagò | Karst SWAT hydrological modeling at large and regional scale: the case study of the island of Crete | ||
|---|---|---|---|
| Nana Mulyana | Aplication SWAT Model for Hydrological Study of Artificial Recharge Through Infiltration Pond in The Water Replenishment, at Jubel Spring Mojokerto Indonesia | ||
| Vinicius Louzada | Impacts of Land Use Change on Southeast Amazonia Basin Streamflow |
Session E3: Sensitivity Calibration and Uncertainty
| David Radcliffe | PRISM Climate Data Effect on Flow Calibration and Uncertainty of a SWAT Model Including Septic Systems | ||
|---|---|---|---|
| Laurie Boithias | Does the use of fine climate stations grid and sub-basins delineation improve the modelling of river discharge and sediments fluxes at hourly time-step? Application of the SWAT model to Mediterranean flash floods | ||
| Vincent Roth | Assessment of uncertainty in SWAT using variable spatial data resolution and sensitivity calibration in a meso-scale watershed in the Blue Nile Basin, Ethiopia |
Session F1: Regional Water Issues and Challenges for the Past, Present, and Future
| Antonio Lo Porto | How SWAT and hydrological modeling can help in dealing with water resources and land management in Italy and in the EU | ||
|---|---|---|---|
| Pierluigi Cau | Assessment of the water resources of the Sardinian Island using SWAT | ||
| Karim Abbaspour | Using SWAT in two mega-scale watershed projects: Challenges and Results | ||
| Raghavan Srinivasan | Trans-boundary Water Conflicts: Tigris River basin case study |
Session F2: EPIC/APEX Modeling System
| Robin Taylor | Effect of Physical Catchment Characteristics on River Flow: The Case of Ribb and Gumara Rivers in Upper Blue Nile, Ethiopia | ||
|---|---|---|---|
| Candiss Williams | Modeling Dynamic Soil Properties in APEX for U.S. Soil Survey | ||
| Tom Gerik | Update on research at the Texas A&M AgriLife center at Blackland | ||
| Robin Taylor | Changes in the fate of pesticides used in cotton production systems under potential climate change |
Session G1: Poster
| Salam Abbas | Stream Flow Modelling of Flat Watershed under Conditions of Limited Data in Semi-arid Region: Case Study of Euphrates River in Kufa Basin, Iraq | ||
|---|---|---|---|
| Talal Alharbi | Quantification of the partitioning of precipitation over the Almadinah watershed, Saudi Arabia using SWAT model | ||
| Hans Estrup Andersen | A SWAT model for Denmark | ||
| Sangsoo Baek | Application of the SWAT model for estimating Discharge and Water Quality from rice paddy site in the Yeongsan watershed, Korea | ||
| Andreas Bauwe | Hydrologic evaluation of the curve number and Green and Ampt methods in a tile-drained catchment using SWAT | ||
| Laurie Boithias | Modelling river discharge at sub-daily time-step: comparison of the performances of the conceptual SWAT model and the process-oriented MARINE model | ||
| Laurie Boithias | Modelling river discharge and sediments fluxes at sub-daily time-step: Insight into the CRUE-SIM project devoted to Mediterranean coastal flash floods | ||
| Laurie Boithias | Hydrological modelling of the Bafing River (Senegal River basin): towards better management of the Manantali multipurpose dam | ||
| Laurie Boithias | Simulating potassium load from a dairy farming watershed with the modified SWAT Model | ||
| Sbaa Boubeker | Hydrological modeling in a semi-arid area with SWAT, Case of Wadi Wahrane (Algeria) | ||
| Paweł Burandt | Application of the MIKE 11 Ecolab Modeling System in Assesment of Spatial and Temporal Changes of Conductivity - A Case Study Drweca River Northen Poland | ||
| Alberto Carletti | The SWAT model to assess hydrological processes in arid environment (SE Tunisia), in the frame of WADIS-MAR project | ||
| Emil Dimitrov | Simulation of Soil Water Regime in Sofia Region Using SWAT and Newhall Models | ||
| Marta Dobrovodska | Water retention assessment in traditional agricultural landscape (case study Liptovská Teplička, Slovakia) | ||
| Jorge Enoch Furquim Werneck Lima | Preliminary results of the SWAT model application in an experimental rural catchment of the Brazilian savanna | ||
| Jorge Enoch Furquim Werneck Lima | Appraisal of possible climate change impacts on the sediment yield in a rural catchment of the Brazilian savanna | ||
| Juan Manuel Garcia Diaz | Hydrological modelling: River runoff modelling of large River basins in Estonia | ||
| Isabel Grijalvo Diego | Modelling Pesticide Contamination Under Baseline Conditions in Two Small Agricultural Catchments | ||
| Youen Grusson | Hydrological modelling in highly anthropized basins: example from the Garonne basin using the SWAT model | ||
| Joanna Gudowicz | Effects of GIS data quality on SWAT model stream flow and sediment simulations in a lowland watershed (NW Poland) | ||
| Yumei Huang | Impacts of water resources management on food security in China | ||
| Muhammad Shahid Iqbal | Evaluating floods in the Kabul River basin of Pakistan with the SWAT model | ||
| Hagen Koch | Potential impacts of climate change on hydropower generation in the Tagus River Basin using an ensemble of climate scenarios | ||
| Odile Leccia | Assessing the effectiveness of Best Management Practices with the SWAT-GENLU modeling framework. | ||
| Ronalton Machado | Identification of Environmentally Sensitive Areas and subsidies to a Management Plan for Watershed through techniques of modeling and GIS | ||
| Antenor Oliveira Aguiar Netto | Hydrological Modeling River Tributaries San Francisco, The Brazilian Semiarid | ||
| Antenor Oliveira Aguiar Netto | Effects of Variability Scenarios of Land Use on the Dynamics of Flow and Sediment in Jacaré River, Brazil | ||
| Melissa Peraza Castro | Assessment of heavy metal fluxes in a forest watershed in Basque Country (Northen Spain) using SWAT model | ||
| Christiane Pinto | Comparative analysis of physical parameters sensitivity in two different geomorphologically watershed, Rio de Janeiro, Brazil | ||
| Monica Piras | Assessment of climate change effects in a Mediterranean basin with different hydrologic models | ||
| Celso Bandeira de Melo Ribeiro | Effects of Global and Measured Weather Datasets on Amazon Basin Streamflow SWAT simulation | ||
| David Rivas | Preliminary Hydrological Water Resources Assessment of CEGA-ERESMA-ADAJA watershed using SWAT model | ||
| Sabine Sauvage | Evaluation of Climate Forecast System Reanalysis weather data driving hydrological model for the Yangtze River basin in China | ||
| Sabine Sauvage | How hydrological descriptors from SWAT model may help to understand recent shifts in the distribution of the semi-aquatic mammal species Galemys pyrenaicus | ||
| Sabine Sauvage | Modeling sediment dynamic in the Amazon-Andean basin of the Ucayali River, using the SWAT model | ||
| Sabine Sauvage | A tool to evaluate the impact of nutrient inputs to the eutrophication of the Itaipu Reservoir (Paraguay shore) : A multi catchment approach by modelling using SWAT model. | ||
| Sabine Sauvage | Long term environmental research in the ITAIPU Catchment : SWAT Simulation of Flow and Water Quality in the Carapa River Basin-Paraguay. | ||
| Sabine Sauvage | Combining interpolation of daily gauge and satellite rainfall data to evaluate an hydrological model (SWAT) | ||
| Praveen Shakya | Hydrological modelling for khushkhera-bhiwadi-neemrana investment region (KBNIR) Rajasthan, India using ArcSWAT | ||
| Slawomir Sitek | Estimating groundwater recharge in post-mining and urban area using SWAT and FEFLOW models, case study from Poland. | ||
| José Miguel Sánchez Pérez | Glyphosate concentration in the Basin of Monday River: Modeling of river transport with SWAT model | ||
| Jose Miguel Sanchez-Perez | Long term environmental research in the ITAIPU Catchment : SWAT Simulation of Flow and Water Quality in the Carapa River Basin-Paraguay. | ||
| José Miguel Sánchez-Pérez | Sediment yield modeling using SWAT model in the Cañete basin (Peru). | ||
| José Miguel Sánchez-Pérez | Land use change impact on hydrology over Southern Peruvian Amazonas. | ||
| Sitarrine Thongpussawal | Erosion and Runoff Evaluation using the SWAT-Terrace Model | ||
| Salvatore Gonario Pasquale Virdis | Assessment of the impact of land use and land cover change on runoff characteristics of Lake Chini Catchment (Malaysia) using SWAT: a preliminary study | ||
| Carolyne Wanessa Lins de Andrade | Estimation of Input Parameters of SWAT Model Through Geoprocessing | ||
| Nina Zarrineh | Searching for synergies in crop rotation management – A simulation-optimization approach using SWAT | ||
| Amin Zettam | Modeling of the hydrology and nitrogen fluxes in a regulated semi-arid catchment using SWAT model: TheTafna River (North-West Algeria) |
June 26
Session H1: Overview of Recent SWAT Development at Temple, TX
| Katrin Bieger, Hendrik Rathjens and Jeff Arnold | Introduction to the new modular SWAT input file structure and data sets for testing | ||
|---|---|---|---|
| Javier Osorio | An Editor for the SWAT modular code |
Session H2: Model Development
| Josicleda Galvincio | Impacts of Spatial and Temporal Rainfall Variability in Water Balance in Watershed of the Paraiba State-Brasil | ||
|---|---|---|---|
| Josiclêda Galvincio | Impacts of Spatial Variation of Soil in Water Balance of Watershed of Paraiba State-Brasil | ||
| Zachary Easton | Improving the spatial representation of soil properties and hydrology using topographically derived initialization processes by invoking a data brokering system |
Session H3: Landscape Processes and Landscape / River Continuum
| Andrew Sommerlot | Coupling the Short-Term Global Forecast System Weather Data With Disturbed Watershed Models: Implication for Landscape Management | ||
|---|---|---|---|
| Grzegorz Durlo | Impacts of deforestation on water balance components of a watershed on the Silesian Beskid | ||
| Kazi Rahman | Comparing SWAT and InVEST models for water yield estimation in two mountain regions |
Session H4: Hydrology
| Befekadu Taddesse Woldegiorgis | Improved Solution Methods for Instream Water Quality Simulations in SWAT | ||
|---|---|---|---|
| Minjeong Kim | Imputation for Missing Baseflows using the SWAT and Machine Learning Models in Taehwa River, Korea | ||
| Shenglan Lu | Simulating pesticide transport to tile drains via macropores using the SWAT model |
Session I1: Environmental Applications
| Li-Chi Chiang | Evaluation of the impact of organic farming and climate change on water quality in a tea planting reservoir watershed of Taiwan | ||
|---|---|---|---|
| Lingfeng Zhou | A Heavy Metal Module Coupled in SWAT Model and Its Application in Liuyang River Upstream Basin in China | ||
| Sebastian Arnhold | Land use and land cover change in mountainous watersheds: Consequences for ecosystem services of water yield and water quality |
Session I2: Sensitivity Calibration and Uncertainty
| Eduardo Mario Mendiondo | Upstream Verification with Field Evidences: Necessity, Methodology, and Study Case | ||
|---|---|---|---|
| Nora Herdiana Pandjaitan | Utilization of Soil and Water Assessment Tools in Indonesia | ||
| Nicola Fohrer | Diagnostic tools to understand hydrological processes in the SWAT model |
Session I3: Model Development
| Billy Johnson | Advances in the modeling of Watershed and Riverine Fate and Transport of Contaminants | ||
|---|---|---|---|
| Gregory Espitalier Noel | An automated procedure for SWAT-LUD to be applied at Catchment scale. | ||
| Ryan Bailey | Comprehensive simulation of surface-subsurface hydrologic and water quality processes in watershed systems using linked SWAT-MODFLOW-RT3D model |
Session I4: Biofuel and Plant Growth
| Allan Jones | Simulation of Terrestrial Biomes and Ecoregions with SWAT | ||
|---|---|---|---|
| Lorenzo Di Lucia | Biofuel impacts on ecosystem services, biodiversity and human well-being – the contribution of SWAT modelling to integrated land use governance | ||
| Thayse Aparecida Dourado Hernandes | The effects of the short-term Brazilian sugarcane expansion in stream flow: Monte Mor basin case study |
Session J1: Database and GIS Application and Development
| Dharmendra Saraswat | Cloud Computing for Dynamically Creating Land Use Update file for SWAT | ||
|---|---|---|---|
| Filipa Tavares Wahren | Combining digital soil mapping and hydrological modeling in a data scarce watershed in north-central Portugal. | ||
| Meledje N'diaye Hermann | Dynamics of Water Erosion of Bia Transboundary Watershed (Ghana-Cote D’ivoire) | ||
| Pier Andrea Marras | SIDRO: a Web-GIS interface for SWAT model |
Session J2: Climate Change Applications
| Etienne Brulebois | Sensitivity of water quality of three contrasted north-eastern French watersheds to climate change (2006-2100) using SWAT model | ||
|---|---|---|---|
| Fred Fokko Hattermann | After the flood is before the flood: impacts of climate change on flood hazard and risk in Germany | ||
| Juan Jesús Gomiz Pascual | Future river projections for a steep, rapid responding, catchment on the west coast of the UK | ||
| Marjolein Vogels | Food security and water availability in data-poor regions: Towards optimizing land use and ecosystem services |
Session J3: Hydrology
| Arunbabu Elangovan | Evaluation and focusing of Soil and Water Conservation measures using SWAT model in Krishnagiri Reservoir Catchment area, South India | ||
|---|---|---|---|
| Raghavan Srinivasan | SWAT Hourly Calibration using SWAT-CUP for a Large Watershed in Southeast Brazil and Flooding Applications | ||
| Jaroslaw Chormanski | Integration and Validation of Remote Sensing derived Interception Storage into distributed Rainfall-Runoff model | ||
| Youen Grusson | An experiment on the temporal transposability of the SWAT model on a large contrasted watershed. | ||
| Dorsaf Ben Othman | Study of the hydrological functioning of the Béjà river watershed, in the northwest of Tunisia, using the SWAT model |
Session J4: EPIC/APEX Modeling System
| Jaehak Jeong | Recovery of salt contaminated soils using halophytic plants for sustainable agriculture and water resources | ||
|---|---|---|---|
| Javier Osorio Leyton | Integrated Decision Support System: A framework that facilitates the integration of biophysical and economic models. | ||
| Roberto Izaurralde | Biogeochemical Modeling with APEX | ||
| Susan Wang | Impact of climate change and agroecosystem model configuration on simulated uncertainty of cotton production and water quality |
Session K1: Environmental Applications
| José Monteiro | Modelling the effect of riparian vegetation restoration on sediment transport in a human-impacted Brazilian catchment | ||
|---|---|---|---|
| Ganga Ram Maharjan | Impact of best management practices to improve water quality from mountainous catchment: Haean catchment in South Korea | ||
| Rafal Ulanczyk | SWAT model as a part of the integrated monitoring and modeling system for the Goczalkowice Reservoir basin | ||
| Xiaoling Sun | Assessment of surface water - groundwater exchanges and shallow aquifer denitrification in alluvial floodplain at catchment scale using SWAT model |
Session K2: Climate Change Applications
| Joseph White | Permafrost thaw affects mass soil erosion with potential for eutrophication of the Arctic Ocean under continued climate change | ||
|---|---|---|---|
| Majid Taie Semiromi | Modeling the Impacts of Climate Change on Groundwater Recharge in the Gharehsoo Watershed, Iran, from an Ensemble of Global Climate Model Projections | ||
| Marina Bolado Penagos | A Methodology to Assess the Role of the River Discharges to the Gulf of Cadiz on the Nutrient Supply to the Alboran Sea | ||
| Mayzonee Ligaray | Assessment on Hydrologic Response by Climate Change in the Chao Phraya River basin, Thailand |
Session K3: Large Scale Applications
| Hagen Koch | Climate and land-use change impacts in the São Francisco Basin, Brazil | ||
|---|---|---|---|
| Mikołaj Piniewski | A large-scale and fine resolution SWAT model for an assessment of isolated climate change impact on unaltered flow regimes in Central Eastern Europe | ||
| Nina Zarrineh | Large scale water quality modeling in Lithuania: parameterization, calibration and validation using PAIC-SWAT tool | ||
| Raghavan Srinivasan | A global SWAT model |
Session K4: Urban Processes and Management
| Roger Glick | Advancements In SWAT Urban Simulation Capabilities To Evaluate Green Stormwater Infrastructure In An Urban Catchment | ||
|---|---|---|---|
| Younggu Her | Effectiveness of decentralized green infrastructure for urban stormwater management | ||
| János Tamás | Evaluation of surface runoff conditions by high resolution terrestrial laser scanner in an intensive apple orchard | ||
| Mateusz Szcześniak | The role of daily precipitation interpolation for the SWAT model performance across different spatial and temporal scales |