Wednesday, July 4, 2007 |
Plenary Session Convener: Ann van Griensven/Cole Green |
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09:15 10:00 |
Welcoming at UNESCO - IHE Rector Richard A. Meganck, director of the UNESCO-IHE |
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10:00 12:00 | Keynote lectures | |
10:00 10:20 |
Prof. R. K. Price Professor of Hydroinformatics, UNESCO-IHE |
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10:20 10:40 | Break | |
10:40 11:10 |
Dr. Ghassem Asrar USDA ARS Deputy Administrator |
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11:10 11:40 |
Dr. C. Allan Jones Director, Water Resources Institute and Assistant Vice Chancellor |
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11:40 12:00 | Dr. Jeff Arnold (USDA-ARS) and Dr. R. Srinivasan (Texas A&M Univ.) | |
Session 1: Agricultural management (1A) Convener: Daniel Moriasi |
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14:00 14:20 |
Isabelle Baudin SWAT: A tool for BMP implementation |
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14:20 14:40 |
Jos van Orshoven Possibilities and limitations of AVSWAT2000 for the assessment of the environmental impacts of farming practices |
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14:40 15:00 |
Vinay Pandey Development of effective management plan for a small watershed using AVSWAT |
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15:00 15:20 |
Manoj Jha Optimal placement of conservation practices in Iowa watersheds using Genetic Algorithm with SWAT |
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Session 2: Sediment modelling (1B) Convener: Sue White |
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14:00 14:20 |
Jari Koskihao Assessment of Hydrology and Sediment Transport and Prospects of Simulating Agri-Environmental Measures with SWAT |
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14:20 14:40 |
Yiannis Panagopoulos LAND Use Change Effects on River Sediment Yields in Western Greece |
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14:40 15:00 |
P.M. Ndomba Sediment Yield Modelling using SWAT model at Larger and Complex Catchment: Issues and Approaches. A Case of Pangani River Catchment, Tanzania |
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15:00 15:20 |
Peter Allen Rapid Geomorphic Assessment of Watershed Sediment Budgets for Water Supply Reservoirs Using SWAT and Sub-Bottom Acoustical Profiling |
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Session 3: Climate change (1A) Convener: Valentina Krysanova |
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15:50 16:10 |
Claudia Hiepe Modelling soil erosion in a sub-humid tropical environment at the regional scale considering land use and climate change |
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16:10 16:30 |
Faith W. Githui Assessment of impacts of climate change on runoff: River Nzoia catchment, Kenya |
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16:30 16:50 |
Mike Winchell Modeling the Impacts of Municipal Consumption Rates, Outflow Regulation, and Climate Change on a Small Water Supply in North-Central Vermont |
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Session 4: Agricultural management (1B) Convener: Ali Saleh |
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15:50 16:10 |
Nina Omani Modeling of a River Basin Using SWAT Model and GIS |
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16:10 16:30 |
Hiroaki Somura Application of the SWAT Model to the Hii River Basin, Shimane Prefecture, Japan |
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16:30 16:50 |
M.P. Tripathi Management scenario for the critical sub-watersheds of Chhokranala watershed in Chhattisgarh |
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Thursday, July 5, 2007 |
Session 5: Integrated modelling (1A) Convener: Roland Price |
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08:30 08:50 |
Chris George MWSWAT: free GIS support for SWAT |
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08:50 09:10 |
Pierluigi Cau The WEB BASHYT DSS: A Web Based Decision Support System For Water Resources Management |
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09:10 09:30 |
Ali Saleh Application of environmental models SWAT and APEX and Farm Economic Model using SWAPP program to evaluate BMBs at the field and watershed levels. |
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09:30 09:50 |
Jan Cools Modelling the impact of emission reduction measures with SWAT: a tool to set up river basin restoration plans |
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Session 6: Soil water (1B) Convener: Ashvani Gosain |
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08:30 08:50 |
Shaeban Ali Gholami An estimate on soil moisture in different soil horizons of plants root zones by the SWAT model (A case study on L ATIAN Emameh Watershed) |
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08:50 09:10 |
Daniel Moriasi Incorporation of Hooghoudt's and Kirkham Tile Equations into SWAT2005 |
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09:10 09:30 |
Jane Frankenberger Estimation of Nitrate Leaching from A Tile Drained Watershed Using SWAT |
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09:30 09:50 |
B. Sohrabi The effect of the operation time of sprinkler irrigation system on the cotton yield |
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Session 7: Hydrological processes (1A) Convener: Stefan Uhlenbrook |
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10:20 10:40 |
Stefan Julich Distributed model structures in catchment scale modeling |
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10:40 11:00 |
Claire Baffaut SWAT in Karst or how SWAT behaves in a river basin characterized by karst hydrology |
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11:00 11:20 |
Brett Watson Modification of SWAT to simulate saturation excess runoff |
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11:20 11:40 |
Peter Vanrolleghem Toward an Improvement of the Hydrological Performance of the SWAT Model Under Snow Cover and During Snowmelt |
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Session 8: Ecological and water quality processes (1B) Convener: Nicola Fohrer |
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10:20 10:40 |
Ann van Griensven Modelling mitigation measures for pesticide pollution control using SWAT |
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10:40 11:00 |
Veronique Vandenberghe Use of catchment models for pesticide risk assessment: application of SWAT in the Nil catchment. |
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11:00 11:20 |
Ian Holman Using SWAT to support the Habitats Directive in the UK- a case study from the east of England |
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11:20 11:40 |
Philip Gassman An Alternative Approach for Analyzing Wetlands in SWAT for the Boone River Watershed in North Central Iowa |
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11:40 12:00 |
Anthony Lehmann Building a spatial framework for the analysis of benthic fauna along the river network of Switzerland |
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Session 9: Nutrient modelling (1A) Convener: Martin Volk |
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14:00 14:20 |
Ashvani Kumar Gosain Reaction kinetics for modeling non-point source pollution of nitrate with SWAT |
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14:20 14:40 |
Valentina Krysanova Identification of point and diffuse sources contribution and role of retention processes in large river basins: comparison of three approaches |
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14:40 15:00 |
Matjaz Glavan Using SWAT to assess nutrient reduction measures in the Axe catchment, UK |
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Session 10: Semi-Arid regions/Water resources (1B) Convener: Willy Bauwens |
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14:00 14:20 |
Monireh Faramarzi Application of SWAT to Quantify Internal Renewable Water Resources in Iran |
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14:20 14:40 |
S. Boroomand Nasab Irrigation main alternative for solving of global water crisis |
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14:40 15:00 |
Amardeep Singh Water Allocations using GIS based Hydrological Modelling |
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15.10 16.30 |
Plenary Session on Model Developments Convener: Jeff Arnold |
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Friday, July 6, 2007 |
Session 11: Water quality modelling (1A) Convener: Peter Vanrolleghem |
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08:50 09:10 |
Karim Abbaspour Application of SWAT to Modelling Hydrology and Water Quality in the prealpine/alpine Thur Watershed in Switzerland |
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09:10 09:30 |
Nicola Fohrer Modelling German lowland catchments with SWAT experiences and challenges |
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09:30 09:50 |
Valentina Krysanova Water Quality Modelling in a Highly Regulated Lowland Catchment |
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09:50 10:10 |
Stefan Liersch How Realistic is the Implementation of the European Water Framework Directive in River Basins Dominated by Agriculture? The Example of the Upper Ems River Basin (Germany) |
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Session 12: Data and modelling (1B) Convener: Raghavan Srinivasan |
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08:50 09:10 |
Francisco Olivera Importance of the Spatial Variability of the Hydrologic System and Spatial Resolution of the Data when Modeling Small Watersheds with SWAT |
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09:10 09:30 |
Ann van Griensven Catchment Modelling using Internet based Global Data |
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09:30 09:50 |
Jόrgen Schuol Taking the step from a large-scale hydrological model (West-Africa) to a continental model (Africa) |
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09:50 10:10 |
Mustafa Gφkmen Evaluation of the SWAT Model Setup Process Through A Case Study in Roxo Catchment, Portugal |
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Session 13: Land use (1A) Convener: Antonio Loporto |
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10:40 11:00 |
Alejandra Stehr Modelling stream flows under different land use conditions using SWAT: Preliminary results from a Chilean case study |
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11:00 11:20 |
Kassa Tadele Impacts of Land use/cover dynamics on streamflow: The case of Hare watershed, Ethiopia |
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11:20 11:40 |
M. Rafee Majid SWAT in Land Use Planning: Simulating Impacts of Density and Physical Layout of Residential Subdivisions on the Hydrology of an Urbanizing Watershed |
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11:40 12:00 |
Jos van Orshoven DEFINITION of HRU using Area Fraction Images derived from Spectral Unmixing |
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Session 14: Sensitivity and uncertainty (1B) Convener: Veronique Vandenberghe |
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10:40 11:00 |
Xianglian Li Sensitivity Analysis of SWAT and an Application to the Yellow River Basin |
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11:00 11:20 |
Michael Rode Impact of Point Rainfall Data Uncertainties on SWAT Simulations |
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11:20 11:40 |
R. Daren Harmel Consideration of Measurement Uncertainty in the Evaluation of Goodness-of-Fit in Hydrologic and Water Quality Modeling |
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11:40 12:00 |
Mazdak Arabi Sensitivity analysis of sediment processes with SWAT |
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Session 15: Integrated modelling (1A) Convener: Karim Abbaspour |
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14:00 14:20 |
Il Moon Chung Integrated Modeling of Surface Water and Groundwater by Using Combined SWAT-MODFLOW Model |
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14:20 14:40 |
Jiri Nossent Comparing SWAT and WETSPA on the river Grote Laak, Belgium |
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14:40 15:00 |
Pedro Leitγo Integration of MOHID model and tools with SWAT model |
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15:00 15:30 |
Hamed Rouhani Improved Rainfall-Runoff Modeling Combining a Semi-Distributed Model with Artificial Neural Networks |
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Session 16: Model Calibration (1B) Convener: Mazdak Arabi |
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14:00 14:20 |
Willem Vervoort Uncertainties in calibrating SWAT for a semi-arid catchment in NSW (Australia) |
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14:20 14:40 |
Shimelis Gebriye Calibration and Validation of SWAT2005/ArcSWAT in Anjeni Gauged Watershed, Northern Highlands of Ethiopia |
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14:40 15:00 |
Karim Abbaspour SWAT-CUP, calibration and Uncertainty Programs for SWAT |
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15:00 15:30 |
Peter Droogers Spatial calibration of a distributed hydrological model using Remote Sensing derived evapotranspiration in the Upper Bhima catchment, India |
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Session 17: Water quality (1A) Convener: Ann van Griensven |
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15:50 16:10 |
James Almendinger Problems and Solutions in Applying SWAT in the Upper Midwest United States |
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16:10 16:30 |
Roberta Salvetti Application of SWAT Model on Three River Basins within the Venice Lagoon Watershed (Italy): Source Apportionment And Scenario Analysis |
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16:30 16:50 |
Cole Green Evaluation of Phosphorus Transport Methods in the Soil and Water Assessment Tool |
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Session 18: Forest modelling (1B) Convener: Fred Hatterman |
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15:50 16:10 |
Pedro Leitγo Simulating Nothofagus forests in the Chilean Patagonia: a test and analysis of tree growth and nutrient cycling in SWAT |
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16:10 16:30 |
Gordon Putz Evaluating the role of shrub, grass and forb growth after harvest in forested catchment water balance using SWAT coupled with the ALMANAC model |
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16:30 16:50 |
Martin Wattenbach Hydrological impact assessment of afforestation and change in tree-species composition a regional case study for the federal state of Brandenburg (Germany) |