Material
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September 19
SESSION A1: SWAT+
| Jeff Arnold | Utilizing the New SWAT+ Structure to Improve U.S. National Conservation and Environmental Assessments | ||
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| Celray James Chawanda | Using Soft Data to Calibrate SWAT+ Models | ||
| Paul Wagner | Exploring the capabilities of SWAT+ in a rural lowland catchment in the North of Germany |
SESSION A2: Sensitivity Calibration and Uncertainty
| Latif Kalin | Modeling Strategies for a Groundwater Dominated Headwater System | ||
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| Thais Fujita | Nearest Neighbor and Inverse Distance Weighting for rainfall estimation in SWAT application | ||
| Gokhan Cuceloglu | Evaluating the Impact of Different Input Datasets and Model Configuration Uncertainty on Streamflow Simulations by Using SWAT Model | ||
| Carla Camargos | Optimization of SWAT performance using a Python too |
SESSION A3: Environmental Applications
| Li-Chi Chiang | Integrating landscape metrics and hydrologic modeling to assess the impact of natural disturbances on ecohydrological processes in the Chenyulan watershed, Taiwan | ||
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| Ci-Jyun Liao | Comparative assessment of SWAT-Twn model performance for simulating erosion and sediment transport in two distinct basins in Taiwan | ||
| Suria Tarigan | Does high evapotranspiration of plantation crops contribute significantly to the fluctuation of catchment discharge? |
SESSION B1: SWAT Applications for Ecosystem Services
| Martin Volk | Using SWAT and other models for simulating ecosystem services and trade-offs – A critical reflection | ||
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| Michael Strauch | Land sparing or sharing or something in between? Multi-objective land use optimization based on scenario analysis | ||
| Roxelane Cakir | Using SWAT modeling to quantify water regulation functions in South-Western Europe watersheds | ||
| Nina Zarrineh | Impact analysis of land management scenarios on ecosystem services using SWAT |
SESSION B2: Model Development
| Saeid Ashraf Vaghefi | Runoff determination in glacierized basins, using SWAT-GERM framework | ||
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| Xuesong Zhang | Advancing coupled water-energy-carbon processes within SWAT toward improved watershed sustainability assessment | ||
| Matin Baymani-Nezhad | Implementation of a recursive numerical filter for updating individual flood hydrographs |
SESSION B3: Hydrology
| Joy Sanyal | Impact of different types of meteorological data inputs on predicted hydrological and erosive responses to projected land use change |
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SESSION B4: Large Scale Applications
| Anthony Lehmann | Deriving water quality indicators from essential water variables with SWAT | ||
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| Srishti Singh | Integrated Flood Management in Bagmati river basin Using Modern Technology | ||
| Srishti Singh | Sustainable Watershed Management in Ganga river basin Using SWAT Model | ||
| Srishti Singh | Web Based Water Resources Information System Using SWAT model |
SESSION C1: Climate Change Applications
| Mikołaj Piniewski | Model-based reconstruction and projections of soil moisture anomalies and crop losses in Poland | ||
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| Joanna O'Keeffe | Projections of climate change impact on wetland habitats within Natura 2000 in Poland | ||
| Tirupati Bolisetti | Understanding the climate model uncertainty in streamflow projection | ||
| Melanie Raimonet | Water quality regulation functions under future climate change in South-Western Europe catchments |
SESSION C2: BMPs
| Michael White | Development of a simple field scale conservation planning tool using SWAT based export coefficients | ||
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| Matjaž Glavan | The Use of the APEX Model for the Evaluation of Different Types of Agricultural Land Management | ||
| Natalia Uribe | Spatio-temporal critical source areas (CSAs) affecting surface run-off of traditional agricultural practices in Riogrande watershed, Colombia | ||
| Jeffrey Nannan | Lean Six Sigma for Watershed Management |
SESSION C3: Hydrology
| Farida Dechmi | SWAT2012 model evaluation in semi-arid irrigated watershed | ||
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| T.A. Jeewanthi Gangani Sirisena | Use of evaporation and streamflow data in hydrological model calibration | ||
| Jaehak Jeong | Simulating Inbred Corn Yields and Nitrogen Fate with APEX |
SESSION C4: InStream Sediment and Pollutant Transport / Pesticides, Bacteria, Metals, and Pharmaceuticals
| Philip Gassman | Application of SWAT for the Boone River Watershed in North Central Iowa, U.S.: Implications of Different Nutrient Load Estimation Techniques for Model Testing | ||
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| Ming Fai Chow | Modeling the efficiencies of check dams on reducing the sedimentation problem: A case study of the Cameron Highlands reservoir in Malaysia | ||
| Le Hoang Tu | Improvement and application of the PCPF-1@SWAT2012 model for predicting pesticide transport: A case study of the Sakura River watershed | ||
| Minjeong Kim | Modeling the impact of land use change on basin-scale transfer of fecal indicator bacteria: SWAT model performance |
September 20
SESSION D1: SWAT Applications for Ecosystem Services
| Bryan Clark Hernandez | Hydrologic Impact Analysis of Land Use Change on Tropical Coastal Mangrove Ecosystems: Aklan, Philippines | ||
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| Shashidhar Thatikonda | Valuing Hydrological outputs as Water related Ecosystem Services under Present and Future Climate Scenarios for Godavari basin | ||
| So Young Woo | Improvement of Aquatic Ecology Healthiness by Securing Stream Maintenance Flow and Applying Agricultural Best Management Practices |
SESSION D2: Sensitivity Calibration and Uncertainty
| Aouissi Jalel | Sensitivity of SWAT modeling in the Mediterranean Joumine dam catchment | ||
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| Saeid Ashraf Vaghefi | Quantifying the cascade of uncertainty in hydro-climate modeling: a prior step for decision making under uncertain condition | ||
| Rodrigo Miranda | Calibration of three basins located in different climatic regions in the state of Pernambuco, Brazil |
SESSION D3: Model Development
| Tammo Steenhuis | Revisiting SWAT as a semi-distributed saturation-excess runoff model for humid temperate and monsoonal climates | ||
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| Bhumika Uniyal | Improving the Auto-irrigation Scheduling of SWAT for Effective Agricultural Water Management | ||
| Ryan Bailey | A Salinity Chemistry and Transport Module for SWAT | ||
| Ryan Bailey | Developing an integrated surface/subsurface watershed model by coupling APEX and MODFLOW |
SESSION D4: Climate Change Applications
| Eugenio Molina-Navarro | Modelling the combined effects of land use and climate changes on water availability and quality in the Odense Fjord catchment (Denmark) | ||
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| Benjamin Munster | The Impact of Future Urban Expansion on Stream Flow in Bryan/College Station, TX, Watershed | ||
| Se Hoon Kim | Assessment of Future Climate Change Impact on Groundwater Behavior of Geum River Basin in South Korea Using SWAT | ||
| Won Jin Kim | Anti-Drought Capacity Assessment by Applying Future Dry Climate Change Scenario for a Multipurpose Dam Using SWAT |
SESSION E1: SWAT+
| Katrin Bieger | Exploring the sensitivity of upland – floodplain – stream connectivity in SWAT+ | ||
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| Ann van Griensven | Simulation of flooding of riparian wetlands using SWAT+ | ||
| Imeshi Weerasinghe | Evaluation of the Soil and Water Assessment Tool Plus (SWAT+) for Evapotranspiration using Remote Sensing derived products for the Blue Nile Basin |
SESSION E2: Sediment, Nutrients, and Carbon
| Natalja Čerkasova | Development of the transboundary large river watershed model for hydrology and water quality using modified SWAT setup procedure | ||
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| Hong Hanh Nguyen | Comparative study of modelling sediment and nutrient loads of a small semi-arid catchment by the alternative models SWAT and SOURCE | ||
| Xi Wei | Assessing the SWAT model sediment and carbon loads in a tropical watershed: the Red River study case (China and Vietnam) |
SESSION E3: Environmental Applications
| Odile Leccia-Phelpin | Land management mitigation scenarios for alleviating impacts on water resources. An application of the SWAT model, part of integrated assessment | ||
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| Chung Gil Jung | Evaluation of Aquatic Ecology Health Index Using Extreme Gradient Boosting Tree and SWAT | ||
| Petr Krpec | SWAT application in case of small reservoir watershed, Czech Republic | ||
| Latif Kalin | Modelling the impacts of conservation practices on water quality at a reservoir catchment in southern Brazil |
SESSION E4: Hydrology
| Carlos Antonio Fernandez Palomino | Towards the consistent hydrological simulation using SWAT model. Case Study: Vilcanota Andean basin in Peru | ||
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| Chinaporn Meechaiya | Effect of land use and land cover dynamics on streamflow by using SWAT model in Chindwin Basin, Myanmar | ||
| Winfred Mbungu | Modeling Streamflow Response to Changes in Land Use and Land Cover in the Upper Ruvu Watershed, Tanzania | ||
| Winfred Mbungu | Investigating the Hydrologic Response to Changes in Land Use and Land Cover in the Kihansi River Watershed, Tanzania |
September 21
SESSION H1: Sediment, Nutrients, and Carbon
| Jari Koskiaho | SWAT nutrient calibration and validation with a 6-year data set of continuos data in a Finnish catchment | ||
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| Ilyas Masih | Simulation of sedimentation rates using the SWAT model: A case study of the Tarbela Dam, Upper Indus Basin. | ||
| Juan Luis Lechuga Crespo | Analysis of factors affecting sediment yield in catchments draining to the Cantabrian Sea (West Europe) | ||
| Juan Luis Lechuga Crespo | Evaluation of the precipitation time-step influence in streamflow and suspended sediment yield using SWAT in a small forested headwater catchment |
SESSION H2: Hydrology
| Eugenio Molina-Navarro | SWAT vs. SWAT-MODFLOW in lowland catchments: Comparison of performance and simulation of groundwater abstraction scenarios. | ||
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| Abolanle Elizabeth Odusanya | Simulating stream flow using an eco-hydrological model calibrated with global land surface evapotranspiration from remote sensing data | ||
| Kim Loi Nguyen | Integrating SWAT and HEC-RAS Models for Flood Forecasting in Vu Gia- Thu Bon River Basin, Vietnam | ||
| Kim Loi Nguyen | Analyzing spatial and temporal variation of water balance components in La Vi catchment, Binh Dinh province, Vietnam |
SESSION H3: Climate Change Applications
| Mohd Syazwan Faisal Bin | Assessment of Impact of Climate Change on Water Resources in Sungai Muda Watershed using Soil and Water Assessment Tools (SWAT) | ||
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| Saeid Ashraf Vaghefi | Climate change impacts on glaciers and runoff in Alpine catchments | ||
| Saeid Ashraf Vaghefi | Using big data sets to combat climate change impacts |
SESSION I1: Environmental Applications
| Dennis Trolle | A web platform to activate an operational forecast mode for existing SWAT setups | ||
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| Rodrigo Miranda | Evaluation of water resources of the Mundaú basin using the SWAT model | ||
| Md. Ariful Islam | Uncertainty Analysis in Real-Time Flood Forecasting; a Case Study of Dender River flooding, November – 2010, Belgium | ||
| Sabine Sauvage | AGUAMOD: A decision support system to evaluate water resources during low water period in South-Western Europe catchments |
SESSION I2: Climate Change Applications
| Philip Gassman | The Application of SWAT for Developing Climate Model Evaluation Metrics within a Heirarchical Framework | ||
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| Anastassi Stefanova | Assessement and comparison of socio-economic and climate change impacts on water resources in four European lagoon catchments | ||
| Victor Ella | Assessing the Impacts of Climate Change on Dependable Flow and Potential Irrigable Area Using the SWAT model: The Case of Maasin River Watershed in Laguna, Philippines | ||
| Carlos Antonio Fernandez Palomino | Evaluation of future climate change impacts on hydrologic processes in the Peruvian Altiplano region using SWAT |
SESSION I3: Hydrology
| Georgios Bariamis | Hydrologic response to land use changes in Upper East Fork White River | ||
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| Faith Githui | Overcoming the challenges in hydrological modelling of irrigated catchments in SE Victoria | ||
| Isared Kakarndee | Application of SLEEP and SWAT models for estimating streamflow with incomplete soil data in Krasioa basin, Thailand | ||
| Ekasit Kositsakulchai | Simulation of runoff changes based-on land use/cover in Lam Pachi basin by CA-Markov and SWAT models |
SESSION J1: Model Development
| Celray James Chawanda | Easy to Use Workflows for Catchment Modelling: Towards Reproducible Model Studies | ||
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| Martin Lacayo | SWAT Interoperability Using Web Service Workflows | ||
| Juan Luis Lechuga Crespo | Developing a hydrogeochemical model for implementation in SWAT model at the global scale | ||
| Seonggyu Park | Coupling the SWAT+ and MODFLOW codes for enhanced surface / subsurface flow modeling in watersheds |
SESSION J2: Climate Change Applications
| Josiclêda Galvincio | Using the SWAT model to simulate surface runoff under climate changes conditions in the Pontal watershed, Pernambuco, Brazil | ||
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| Emmanuel Obuobie | SWAT-based simulation of climate change impact on water and sediment inflow to Lake Volta in West Africa | ||
| Nina Zarrineh | Assessing impacts of climate change on priorities for land management strategies | ||
| Md. Ariful Islam | Climate Change Effects on Flooding: a case study of flood, 2012 in Mighty Brahmaputra-Jamuna River at Bogra District |