2014 Brazil SWAT Conference Material
July 30
Inaugural Session
| Inauguration | Representative from UFPE and UFRPE | ||
|---|---|---|---|
| Welcome Address | Prof. Dra. Suzana Montenegro, UFPE, Brazil | ||
| Keynote Speaker | Dr. Javier Tomasella, CEMADEN-INPE, Brazil | ||
| Model Development | Dr. Jeffrey G. Arnold, USDA-ARS, USA | ||
| Closing | Dr. Raghavan Srinivasan, Texas A&M University, USA |
Session A1: Large Scale Applications
| Michael Strauch | Setting up SWAT for the Upper Amazon | ||
|---|---|---|---|
| Celso B. M. Ribeiro | Parameterization of physical and climatic characteristics in the Amazon basin for hydrological simulation with SWAT model | ||
| Ina Pohle | Coping with challenges in the application of SWIM in a heavily managed lowland region in Central Europe | ||
| Philip Gassman | The SWAT Literature Database: Overview of Database Structure and Key SWAT Literature Trends |
Session A2: Hydrology
| Pierluigi Cau | The SWAT model and a web-based information system to assess the water balance of Sardinia (Italy) | ||
|---|---|---|---|
| Nadia Bernardi Bonuma | Hydrologic assessment in a Brazilian forest watershed using SWAT model. | ||
| Sofia Beatriz Havrylenko | Agricultural drought analysis in the Arrecifes basin (Pampas region, Argentina) using the SWAT model | ||
| Raghavan Srinivasan | Hydrology of Tigris river and its tributaries contributing to Hawizeh marsh |
Session A3: Environmental Applications
| Ordilei Aparecido Gaspar de Melo | Environmental modeling and representation of the dynamics of environmental systems | ||
|---|---|---|---|
| Ruy de Aguiar Araújo Júnior | Slope Analyses in Watersheds using SWAT | ||
| Laís Thomazini Oliveira | Calibration of the SWAT model for a watershed in Aracruz, ES, with the predominant land use eucalyptus | ||
| Robertson Fontes Júnior | Impact of Land Use changes on Runoff in a Representative Basin in the Semiarid of Pernambuco State Using the SWAT Model |
Session B1: Climate Change Applications
| Elham Rouholahnejad | Water resources of Black Sea Basin under changing climate | ||
|---|---|---|---|
| Abdouramane Gado Djibo | Neural network for Seasonal Rainfall and Streamflow forecasting for West Africa: case of the Sirba basin | ||
| Jianzhong Lu | Hydrological Response to Climate Change based on SWAT Model validated by Extreme Climatic Conditions in Fuhe River Basin of Poyang Lake, China | ||
| Howard Van Meer | Hydrological Response of a Mountainous Catchment to Different Climate Scenarios |
Session B2: Model Development
| Katrin Bieger | Introduction to the new modular SWAT code: The input file structure explained using the example of the Little River Experimental Watershed, USA | ||
|---|---|---|---|
| Shiv Prasher | Development and evaluation of SWATDRAIN model to simulate surface and subsurface runoff | ||
| José Miguel Sanchez Perez | Water Exchange Between River Water and Groundwater in the floodplain of the Garonne River with SWAT model | ||
| Sabine Sauvage | Trace metals transfer in rivers: a semi-empirical formulation to describe a complex sorption – desorption process to be implemented in SWAT model. |
Session B3: Hydrology
| Henrique dos Santos Ferreira | Projeção de cenários de uso e cobertura da terra e sua influência no escoamento superficial com utilização do modelo Soil and Water Assessment Tool (SWAT) em ambientes semiáridos | ||
|---|---|---|---|
| João Henrique Macedo Sá | Analysis of the Rainfall Interception Model Used in Swat | ||
| Luis Edgar Montenegro Terrazas | Analysis of the results produced by weather generators, in hydrologic design of hydraulic structures for water use and in extreme events | ||
| Everton Barbosa da Luz | Climate Change Applications in Recife |
Session C1: Sensitivity Calibration and Uncertainty
| Haw Yen | A Framework for Incorporation of Alternative Uncertainty Sources Using the SWAT Model | ||
|---|---|---|---|
| Danielle de Almeida Bressiani | Searching for better model performance and reduced optimization time: different calibration methods on different watershed locations | ||
| Romain Lardy | Calibration of simulation platforms including highly interweaved processes: the MAELIA multi-agent platform | ||
| Alexandre Soares | Calibration of SWAT Model in a Small Watershed by Means of Measured Streamflow and Suspended Sediment Data |
Session C2: Hydrology
| Xiaohua Dong | Investigating the spatial scale effects on runoff simulation by using SWAT Model | ||
|---|---|---|---|
| José Guimarães Carvalho Neto | Application of SWAT model for streamflow simulation in the Una River Basin, Northeast of Brazil | ||
| Ricardo Minoti | Assessment of the applicability of the SWAT model to simulate the streamflow in a rural catchment in the Federal District (Brazil) | ||
| Waldenio Gambi de Almeida | A flow forecast system for hydroelectric production |
Session C3: Environmental Applications
| Eberval Marchioro | Sediment Yield Modeling Using an Alternative Environmental Scenario in Northwestern Rio de Janeiro – Brazil | ||
|---|---|---|---|
| Cleene Lima | Experimental and Simulated Runoff by the Curve Number Model for Cassava Cropping Under Different Agricultural Practices | ||
| Teresa Cristina Pissarra | Territorial Planning in River Uberaba’s Watershed, Mg, Brazil | ||
| Jonathan Mota da Silva | The hydrological environmental services of Permanent Preservation Areas (PPA): a case study with numerical modeling in the Ribeirão das Posses watershed |
July 31
Session D1: Hydrology
| Carlos Galvão | SWAT's hydro-sedimentological simulations for the Brazilian semi-arid | ||
|---|---|---|---|
| Djesser Sergio | Hydrological Modeling of Cubatão Do Sul Catchment Using the Swat Model – Soil and Water Assessement Tool | ||
| Kim Loi Nguyen | Assessing Water Availability in PoKo catchment using SWAT model, KonTum province, Vietnam | ||
| Teresa Cristina Pissarra | Analysis of the São Lourenço watershed in Matão - SP using ArcSWAT |
Session D2: Large Scale Applications
| Calvin Creech | Anthropogenic Impacts to the Sediment Budget of the São Francisco River Navigation Channel using SWAT | ||
|---|---|---|---|
| Hagen Koch | Modelling of water availability and water management for the São Francisco Basin, Brazil | ||
| Philip Gassman | Hydrologic, Water Quality and Crop Productivity Impacts of Climate Change in the Ohio-Tennessee River Basin | ||
| Mauricio E. Arias | Coupling SWAT with land cover and hydropower models for sustainable development in the Mekong Basin |
Session D3: Climate Change Applications
| Indrajeet Chaubey | Watershed scale environmental and biodiversity sustainability analysis of land use change and climate change using SWAT model | ||
|---|---|---|---|
| Javier Osorio | Use of SWAT for optimizing irrigation strategies for sugarcane production on the Island of Maui, Hawaii. | ||
| Abelardo Montenegro | Characterization of dry and rainy years in the Alto do Ipanema Basin using the Quantile Method. | ||
| Hamidreza Solaymani Osbooei | IWRM; A Goal-Based Performance Approach in Formulation of Adaptation to Climate Change in Karkheh Basin, Iran |
Session E1: Environmental Applications
| Bloodless Dzwairo | Application of SWAT to water quality modelling in the Rietspruit sub-basin of South Africa | ||
|---|---|---|---|
| Antönio Heriberto de Castro Teixeira | Large Scale Energy Balance in the Juazeiro Municipality, Brazil | ||
| Yaobin Meng | A Model for Heavy Metal Dynamics Coupled with SWAT and Its Application in Liuyang River Upstream Basin in China | ||
| Eduardo Mario Mendiondo | On contrasting field evidences of water quality to perform physically-based SWAT simulations in challenging Brazilian biome under change |
Session E2: Database and GIS Application and Development
| José Alberto Fernandez Monteiro | Comparison between Climate Forecast System Reanalysis (CFSR) weather data and data from meteorological stations in Brazil to evaluate the suitability of CFSR data for SWAT | ||
|---|---|---|---|
| Venkatesh Merwade | Spatio-temporal visualization for SWAT outputs using SWATShare | ||
| Michael Strauch | Minimizing spatial error in HRU aggregation | ||
| Narendra Kumar Tiwary | Web-based Real Time Flood Forecasting using SWAT model |
Session E3: Sediment, Nutrients, and Carbon
| Alineaurea Silva | Availability of crop residues and soil fertility in communities Pontal Project, Petrolina-PE, in the dry season; and Chemical characterization of agricultural waste found in communities Lajedo, Amargosa and Vira beju in Petrolina-PE during the drought period | ||
|---|---|---|---|
| Alineaurea Silva | Chemical characterization of agricultural waste found in communities Lajedo, Amargosa and Vira beju in Petrolina-PE during the drought period. | ||
| Laís Thomazini Oliveira | Key Factors That Influence Water Quality in Watersheds with Eucalyptus Plantation |
Session F1: Climate Change Applications
| Boini Narsimlu | Effect of climate change on hydrological regimes of Sind River Basin, India using SWAT Model | ||
|---|---|---|---|
| Isabela Iensen | Simulation of green and blue water impacts caused by climate changes in Apucaraninha River watershed, Southern Brazil | ||
| Danielle de Almeida Bressiani | Climate change impacts on the streamflow of a semi-arid watershed, Northeast Brazil | ||
| Tue (Minh) Vu | Drought Assessment of future stream flow over the Sesan river basin in Vietnam |
Session F2: EPIC/APEX Modeling System
| Claire Baffaut | Multi-site evaluation of APEX for crop and grazing land in the Heartland region of the US | ||
|---|---|---|---|
| Jaehak Jeong | Improvement of the Variable Storage Coefficient Method with Water Surface Gradient as a Variable | ||
| Robin Taylor | Estimating plant available water for general crop simulations in ALMANAC/APEX/EPIC/SWAT | ||
| Susan Wang | Integrating uncertainty in model parameters, input, and model structure in watershed modeling |
Session F3: Hydrology
| M. Rafee Majid | Hydrological Impact of Large Scale Conversion of Rubber to Oil Palm Plantation | ||
|---|---|---|---|
| Tássia Mattos Brighenti | Water Balance Estimation in Rio Negrinho Basin, Southern Brazil. | ||
| Gilbert Nyageikaro Nyandwaro | Modelling Runoff with Satellite Data | ||
| Jose Miguel Sanchez Perez | The role of the alluvial floodplain to modeling water discharge using SWAT model in the Amazon catchment |
Session G: Poster
| Cristyano Ayres Machado | Water Production in River Basin Siriri-Sergipe | ||
|---|---|---|---|
| Christiane Brazão | Sensitivity analysis of soils parameters and their influences on streamflow simulation in a small watershed, Northwest RJ, Brazil | ||
| Christiane Brazão | The influence of different land cover and land use on hydrological response of Barro Branco Watershed, Rio de Janeiro, Brazil | ||
| José Guimarães Carvalho Neto | Application of SWAT Model to Evaluate the Influence of Bank Vegetation on Runoff and Sediment Yield in the Basin of Siriri River, Sergipe | ||
| José Guimarães Carvalho Neto | Assessment of runoff in the Tapacurá River Basin (Pernambuco state, Brazil) using SWAT model | ||
| Kássia Castro | Impacts of a specific soil database on streamflow simulation with SWAT in an experimental rural catchment of the Brazilian savanna | ||
| Ygor Cristiano Brito Morais | Análise do balanço hídrico sequencial em área de Caatinga | ||
| Marcio da Silva Santos | Morphometric characterization and precipitation data in watersheds using SWAT model for apply better practices management | ||
| Pedro dos Santos Ferreira | Aplicação do modelo SWAT para simulação dos impactos das mudanças climáticas sobre a vazão do rio Pontal no estado de Pernambuco | ||
| Matheus Durães | Calibration and validation of SWAT hydrological model for Sapucaí river Basin, Brazil | ||
| Josimar Fernandes | Use of the SWAT Model for Evaluation of Flow and Runoff in Hydroelectric Plant of Xingo | ||
| Joanna Gebala | The impact of temporary data uncertainty on SWAT calibration results | ||
| Antonio Leal | SWAT applications in eastern Amazonia: A case study of the Acará Mirim and Bujaru river basin in State of Pará, Brazil. | ||
| Janice Leivas | Spectral response of winter maize producers mesoregions | ||
| Ali Najafinejad | Simulating Discharge and Sediment Production Using SWAT in Chehelchai Watershed, Golestan Province, Iran | ||
| Vinícius Augusto de Oliveira | Assessment of the current soil erosion in Piranga River Basin, Minas Gerais state | ||
| Viviane Pedroso Gomes | Utilização Do Modelo Swat Para Análise de Cenários Hipotéticos Na Bacia Hidrográfica Do Rio Brígida No Estado de Pernambuco | ||
| Teresa Cristina Pissarra | Hydrologic Modeling in Ribeirão Padua Diniz Watershed, in Northwest São Paulo, Brazil. | ||
| Rogerio Resende Martins Ferreira | The Soil Water Assessment Tool to estimate the spatial and temporal patterns of soil erosion in the Vertentes do Rio Grande Watershed, Minas Gerais State, Brazil | ||
| José Miguel Sanchez-Pérez | Assessment of climate changes impacts on the hydrological cycle of the Garonne watershed. | ||
| Sabine Sauvage | Modeling of the hydrology and nitrogen fluxes in a semi-arid catchment area by SWAT model:the Tafna River in the North-West of Algeria | ||
| Ana Silva | Assessment of streamflow responses to different land use and land cover changes in a mountainous area of Rio de Janeiro, Brazil | ||
| Janaina Silva | Evaluation of land uses for Piabanha River watershed in Rio de Janeiro, Brazil using SWAT | ||
| Carlos Silva Dambroz | SWAT application for Santa Maria of Vitória watershed, at Espírito Santo (ES), Brazil | ||
| Hiroaki Somura | Application of SWAT to Lake Shinji watershed for estimating nutrient loadings from surrounding river basins | ||
| Hamil Uribe | Modeling of the Cachapoal river watershed as a tool to study precipitation change impacts on water availability for irrigation | ||
| João Villela | Simulation of Surface Runoff and Sediment Yield at Itaqueri River Watershed, São Paulo State, Brazil | ||
| Dan Yu | The modification of subdaily SWAT model and its application in Qingjiang river basin |
August 1
Session H1: Environmental Applications
| Amilcare Porporato | A statistically consistent determination of the antecedent soil moisture condition (retention parameter) of the SCS method | ||
|---|---|---|---|
| Teresa Cristina Pissarra | Erosion Prediction using SWAT model in Córrego Tijuco Watershed, São Paulo State, Brazil; and Modeling of Sheet Erosion in Watersheds Using GIS: A Case Study of Watershed of River Uraim, Pará, Brazil | ||
| Teresa Cristina Pissarra | Modeling of Sheet Erosion in Watersheds Using GIS: A Case Study of Watershed of River Uraim, Pará, Brazil | ||
| Leandro de Almeida Salles | Impacts of using different soil databases on streamflow simulation in the Pipiripau river basin |
Session H2: Sediment, Nutrients, and Carbon
| Ricardo Figueiredo | Hydrobiogeochemical fluxes and its relation to land use changes at small catchments in the Marapanim River Basin, Pará state, Brazil | ||
|---|---|---|---|
| Carlos Tornquist | SWAT Modeling at Marrecas Watershed in Rio Grande do Sul, Brazil | ||
| Joanna Gebala | Seasonal variability of nutrients loads discharged into the Baltic Sea |
Session I1: Model Development
| Alexander Strehmel | Towards an Improvement of the Water Balance on Steep Slopes - Development of a Correction Algorithm of the Runoff Curve Number for Slope Angles up to 100% | ||
|---|---|---|---|
| Nicola Fohrer | Improving the groundwater process representation by using SWAT3S and a multi-metric based model evaluation | ||
| Charles Cheruiyot | SWAT Modeling of Runoff Pollution Load in Sondu Watershed, Lake Victoria Basin |
Session I2: Climate Change Applications
| Howard Van Meer | Modelling climate change scenarios in a scarcely gauged lowlands catchment | ||
|---|---|---|---|
| Venkata Reddy K. | Impact of Climate Change on water resources of USDA- ARS experimental watershed | ||
| Anne Gädeke | Comparing the eco-hydrological model SWIM to conceptually different hydrological models in climate change impact assessments focussing on low flows | ||
| Hong Yang | Interactive Fuzzy Multiple Goal Linear Programming for Agricultural Land-use Planning under Drought Conditions – A case study for the Karkheh River Basin in Iran |
Session J1: Environmental Applications
| Danielle de Almeida Bressiani | Effects of Atlantic Forest Patches on Water-Regulation Ecosystem Services | ||
|---|---|---|---|
| Abelardo Montenegro | Hydrological Modelling in Representative Catchments in Brazil Using the SWAT Model: the Experience of the REHIDRO Network | ||
| Ganga Ram Maharjan | Application of SWAT: Assessing environmental efficiency of various land use scenarios in Haean catchment, South Korea |
Session J2: Large Scale Applications
| Micahel White | Development of Sediment and Nutrient Export Coefficients for US Ecoregions. | ||
|---|---|---|---|
| Antônio Heriberto de Castro Teixeira | Spatial Distribution of Corn Water Requirements in the São Paulo State, Brazil; and Characterization of the Wine Grape Thermo-Hydrological Conditions in the Brazilian Semi-Arid Region | ||
| Antônio Heriberto de Castro Teixeira | Characterization of the Wine Grape Thermo-Hydrological Conditions in the Brazilian Semi-Arid Region |
Closing Discussions
| Closing Discussions |
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