2016 China SWAT Conference Material
July 27
Keynote Speakers
| Zongxue Xu | From Nonpoint Source Pollution to Climate Change: Case Studies for the SWAT Applications in China | ||
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| Xuesong Zhang | Assessing Impacts and Mitigation of Climate Change with SWAT | ||
| Philip Gassman | SWAT Global Impacts | ||
| Indrajeet Chaubey | SWAT best modeling practices, are we getting it right? |
Session A1: Hydrology
| Ling Zhang | Hydrology prediction in Poyang Lake Ungauged Zone Using SWAT Model | ||
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| Salam Abbas | Studying of Perennial Changes of River Flow Regime in a Highly Managed Watershed, UK Case Study | ||
| Baoxiu Xing | The analysis of culverts effect and river longitudinal connectivity based on SWAT model in Mayi River | ||
| Lianhua Liu | Characteristics of nitrogen and phosphorus losses under extreme rainfall conditions in southern China |
Session A2: Environmental Applications
| So Ra Ahn | Physically-based Watershed Health, Resilience, and Priority Assessment of Han River Basin in South Korea | ||
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| Chung gil Jung | Evaluation of CO2 Treatment and the Impact on Watershed Hydrology in SWAT Using Terra MODIS GPP | ||
| Alexander Strehmel | Evaluation of land use, land management and soil conservation strategies to reduce non-point source pollution loads in the Three Gorges Region, China | ||
| Suria Tarigan | Forest cover required for sustainable water flow regulation in a watershed with rapid oil palm expansion |
Session A3: Sediment, Nutrients, and Carbon
| Philip Gassman | Implications of Different Nutrient Load Estimation Techniques for Testing SWAT: An Example Assessment for the Boone River Watershed in North Central Iowa | ||
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| Wenchao Li | Spatial Distribution Variation of the Generation and Export of Diffuse Source Pollution of a Typical Watershed in Yunnan Plateau Lakes Area | ||
| Hua Lingling | The integration of export coefficient method and SWAT model for identifying the contribution of different agricultural sources for non-point pollution in the Three Gorges Reservoir Area |
Session B1: Climate Change Applications
| Indrajeet Chaubey | Linking regional climate simulations and hydrologic models for climate-change impact studies – A case study in central Indiana (USA) | ||
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| Saeid Ashraf Vaghefi | Introducing Climate Change Toolkit (CCT) and online CMIP5 database | ||
| Tirupathi Chanapathi | Impact of climate change on Water Resources of Krishna river basin | ||
| Tu Le Hoang | Assessing the impacts of climate change on water resources in the Srepok watershed, Central Highland of Vietnam | ||
| Depeng Zuo | Changes in climate and land use and their impacts on water and sediment yields in the Huangfuchuan River baisn, China |
Session B2: Sensitivity Calibration and Uncertainty
| Ji Wan Lee | The SWAT Calibration during Drought Years in a Rural Small Catchment | ||
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| Shuang Li | Improvement of model evaluation by incorporating prediction and measurement uncertainty | ||
| Hui Xie | Time-varying analysis of parameter sensitivity at multiple evaluation scales for hydrologic and sediment modeling | ||
| Baobab Kimengich | Evaluation of SWAT Hydrological Model for Streamflow Simulation in Yasu River Basin, Japan |
Session B3: Database and GIS Application and Development
| Qingrui Wang | Effect on Water Environment Due to the Conversion of Land Use at Xiangxi River Basin and Pollution Control Measures | ||
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| Raj Mohan Singh | Assessment of Hydrological Responses using Arc SWAT | ||
| Xu Fei | Impacts of Manure Application on SWAT Model Outputs in the Xaingxi River Watershed | ||
| Jesus Uresti-Gil | Development of climate, soil, plant growth and management data to support the use of SWAT in México |
July 28
Session C1: InStream Sediment and Pollutant Transport
| Zhonglong Zhang | Plug-in water quality modules within the SWAT model | ||
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| Ying Xue | Effects of rainfall and topography on total phosphorus loss from purple soil under simulated rainfall conditions | ||
| Marta Luz | Effects of land use changes around a reservoir on sediment transport yields: HPP Itumbiara, Brazil |
Session C2: BMPs
| Jiali Qiu | The simulation of watershed-scale effectiveness of agricultural best management practices in a drinking water resource area of Beijing, China | ||
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| Chengchun Sun | Nitrate leaching characteristics in typical high-yielding production area under different irrigation and fertilization management practices in the North China Plain | ||
| Chengchun Sun | Comparison of water leakage and nitrate leaching under three land use types in the North China Plain |
Session C3: Pesticides, Bacteria, Metals, and Pharmaceuticals
| Sangsoo Baek | Watershed-scale modeling of the Fate and Transport of Polycyclic Aromatic Hydrocarbons (PAHs) | ||
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| Kyunghwa Cho | Review on Modeling Fate and Transport of Fecally-derived Microorganisms at the Watershed Scale. | ||
| Lingfeng Zhou | A Heavy Metal Module Coupled in SWAT Model and Its Application in the Upstream Basin of the Liuyang River in China | ||
| Pramod Pandey | Development of Bacteria Transport Model for SWAT for Predicting In-stream Bacteria Concentrations |
Session D1: Hydrology
| Seonggyu Park | Quantifying Surface Water and Groundwater Resources in the Middle Bosque, Texas Watershed using the Coupled SWAT-MODFLOW Model | ||
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| Syed Zubair | Application of satellite based precipitation for discharge measurement of middle Indus River, Pakistan using SWAT model | ||
| Walid Ben Khelifa | Assessment of SWC intervention impacts at the water scale: Case study of Rmel Watershed, Central Tunisia. | ||
| Yu Zhao | Black Soil Loss Simulation and Prediction Using the Soil and Water Assessment Tool in the Middle Reaches of Ashihe | ||
| Meng Xianyong | CMADS Datasets and Its Application in Watershed Hydrological Simulation: A Caser Study of the Heihe River Basin |
Session D2: Climate Change Applications
| Ömer Güngör | Modeling the Impacts of Climate Change on Streamflow Using the Soil and Water Assessment Tool (SWAT) | ||
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| Amarnath C R | Assessment of Ecosystem services under present and future Climate scenarios for Godavari basin | ||
| Tiezhu Yan | Assessment of climate change impacts on hydrology and nitrogen flux in the Miyun Reservoir Catchment |
Session E1: Large Scale Applications
| Raghavan Srinivasan | Evaluation of the Effects of Agricultural Conservation Practice Scenarios on Water Quality in the Pacific North West Basin | ||
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| Shuvra Sangeeta | Estimation of flow for ungauged watersheds in Pranhita of Godavari river basin in India using SWAT | ||
| Zhonglong Zhang | Hydrological and water quality modeling for the Missouri River basin | ||
| Xueting Xu | Effect of slope gradients on nonpoint source pollutant under rainfall-runoff process |
Session E2: Environmental Applications
| Charles Allan Jones | Simulation of Vegetation in FAO Ecoflorist Zones | ||
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| Chih-Mei Lu | Evaluation of watershed responses to multiple natural disturbance and anthropogenic activities in the Chenyulan Watershed, Taiwan | ||
| Yaobin Meng | A Composite Method to Generate Meteorological Field Scenarios for SWAT as an Environmental Risk Simulation Tool | ||
| Sushama Pradhan | Watershed Scale Management of Onsite Wastewater Treatment Systems Using SWAT model |
Session E3: Hydrology
| Xiaolu Wei | Applying the SWAT model to a Managed Irrigated Watershed in a Semi-Arid Region: Model Construction | ||
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| Yongjian Qu | Analysis of runoff variation of the Qujiang River basin based on SWAT model | ||
| Wilson Phiri | A modified SWAT model set-up for a complex tropical catchment, Western Zambia | ||
| Shujiang Pang | The identification of critical source area of total nitrogen in Chao river basin with SWAT model |
Session F2: Model Development
| Xuesong Zhang | Terrestrial Carbon Cycle Modeling in SWAT | ||
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| Qichun Yang | Improving SWAT for simulating N2O emissions from three cropping systems | ||
| Nora Herdiana Pandjaitan | Analysis of check dam effectiveness in reducing sediment using SWAT model | ||
| Guoyuan Wei | An auto-calibration platform for the application of watershed models | ||
| Bloodless Dzwairo | Soil Profiling the Rietspruit Sub-Basin, (Vaal Basin) for SWAT Modelling: Application of the pedo transfer function |
Session F3.1: EPIC/APEX Modeling System
| Qingyu Feng | Effects of Conservation Practices on Phosphorus Loss Reduction from an Indiana Agricultural Watershed | ||
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| Bahareh Kamali | An introduction to EPIC+SUFI2 for calibrating EPIC crop model at different scales |
Session F3.2: SWAT Review Papers
| Philip Gassman | Overview of the SWAT Literature Database: Current Developments and Updated Literature Trends | ||
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| Mao Feng | The impact of non-point source pollution on groundwater nitrate in shallow aquifer with SWAT applications -a review |
Session G1: Poster
| Ali Sadeghi | Improving SWAT Model Prediction Using an Upgraded Denitrification Scheme and Constrained Auto Calibration | ||
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| Sheng Hu | Applicability evaluation of CFSR climate data for hydrologic simulation：A case study in the Bahe River Basin | ||
| Junfeng Dai | Application of SWAT99.2 in the Sensitivity Analysis of Water Balance Components in the Unique Plots in Hilly Region | ||
| Xiaohui Xiaohui | Impacts of land use change on hydrology using SWAT model in the Huangshui River Basin, China | ||
| Zhe Li | Effects of Land-use and Landscape Pattern on Non-point Source Pollution: A Case Study of the Songhua River Harbin section | ||
| M Iqbal Firdaus | SWAT Model Optimization in Estimation of River Discharge (Case Study: Cirasea Sub-Watershed Bandung Regency, West Java) | ||
| Xiaohui He | Impacts of land use change on hydrology using SWAT model in the Huangshui River Basin, China | ||
| Faris Ranggawardana | Hidrology Analysis and Watershed Evaluation Using Swat Model in Ciawitali Catchment Subang West Java | ||
| Jie Ma | Research on Application of Hydrological Model -HSPF | ||
| Ning Yang | A mult-year AquaCrop model simulation and assessment on plastic-film-mulched maize yield response to precipitation and supplemental irrigation in sandy and semi-arid region of Northeast China | ||
| Jihui Liu | Hydrologic Impacts of Cascade Dams in a Small Headwater Watershed, Southeast China | ||
| Jianzhong Lu | Assessment of hydrologic impacts on Yangtze River Watershed of Three Gorges Reservoir (TGR) based on CFSR weather data driven SWAT model | ||
| Abeyou Worqlul | Assessing Irrigation Potential and Land Suitability in Ethiopia | ||
| Lei Wu | Simulation and regulation of adsorbed nonpoint source pollution processes in a small watershed of the Loess Plateau | ||
| Xuan Ji | Hydrological Impacts of Hydropower Development in the Headwater of the Yellow River Basin | ||
| Minjeong KIM | Hydrologic Modeling of Fecal Indicator Bacteria in a Tropical Mountain Catchment | ||
| Xiaolu Wei | Comprehensive Simulation of Nitrate Transport in Surface-Subsurface Hydrologic Systems using linked SWAT-MODFLOW-RT3D Model | ||
| Cheng Feng | Environmental Flow Assessment by Linking Hydrological Characteristics in a Basin Scale | ||
| Slim Mtibaa | Modeling of sediment dynamics using SWAT model: case of Joumine river basin, Tunisia | ||
| Zifang Liu | Fragmentation of Endangered Migratory Fishes by Giant Hydropower Leap in Songhua River Basin | ||
| Jiangtao Liu | Simulation of runoff and sediment processes in a semi-arid reservoir catchment using SWAT model | ||
| Tiezhu Yan | Assessments of Impacts of Climate Change and Human Activities on Runoff with SWAT and heuristic segmentation algorithm for the Miyun Reservoir Catchment, China | ||
| Yi Xu | Modified SWAT Model for Water-Saving Irrigation in Paddy areas | ||
| Wu Kai | Spatial Landscape Pattern and Runoff Response of Typical Area in Xiliao River Basin | ||
| Pin-Chih Shih | Assessing the effectiveness of organic farming practices on stream health in the Upper Houlong River Basin, Taiwan | ||
| Anna Apostel | Examining the spatial and temporal dynamics of non-point source pollution in an uncertain climate: case study of the Maumee River Basin |
July 29
Session H1: Hydrology
| Lanhui Zhang | Comparison of SWAT and DLBRM for hydrological modelling of a mountainous watershed in arid Northwest China | ||
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| Nana Mulyana | SWAT Model Application for Hydrological Study of Artificial Recharge Trough Infiltration Pond in The Water Replenishment at Senjoyo Spring Salatiga Indonesia | ||
| Jie Shi | Sub-daily hydrological modelling, multi-site calibration, validation and uncertainty studies: a case study in a lowland catchment in the UK | ||
| Li Wang | Water resource (quantity) balance calculation by using SWAT model Application in Spongicity | ||
| Jin Liu | Charactering effects of landscape factors on water quality in a typical urbanized watershed in Beijing, China |
Session H2: Model Development
| Xiaolu Wei | SWATMOD-Prep: A graphical user interface for preparing coupled SWAT-MODFLOW simulations | ||
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| Yin Chu | Further development of SWATBF to simulate streamflow from forested watersheds in the Central Mixedwood Natural Subregion of Alberta, Canada | ||
| Zhengqing Lai | Development and application of the drainage and irrigation module of polders in plain river network region | ||
| Haw Yen | Watershed Calibration with Incorporation of Soft/Hard Data Using SWAT/IPEAT-SD | ||
| Chris George | Can we trust what we get for free? |
Session H3.1: Climate Change Applications
| Ambika Khadka | From the Mountains to the Plains: Impact of Climate Change on Water Resources of the Koshi Basin | ||
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| Houshang Ghamarnia | Assessment of climate changes and drought effects on the quantity of Chardoly plain groundwater resources (Located in Kurdistan province, West of Iran) | ||
| Xiaoying Yang | Impacts of Climate Change on Nitrogen Load and its Control in the Upper Huai River Basin, China |