part Part I: Geospatial Technologies for Wetland Mapping -- chapter 1 Application and Assessment of a GIScience Model for Jurisdictional Wetlands Identification in Northwestern Ohio -- chapter 2 An Expert System–Based Image Classification for Identifying Wetland-Related Land Cover Types -- chapter 3 Mapping Salt Marsh Vegetation Using Hyperspectral Imagery -- chapter 4 Carex Mapping in the Poyang Lake Wetland Based on Spectral Library and Spectral Angle Mapping Technology -- part Part II: Wetland Hydrology and Water Budget -- chapter 5 Change in the Southern U.S. Water Demand and Supply over the Next Forty Years -- chapter 6 Study on the Intra-Annual Distribution Characteristics of the Water Budget in the Hilly Region of Red Soil in Northeast Jiangxi Province, China -- chapter 7 Forest and Water Relations: Hydrologic Implications of Forestation Campaigns in China -- chapter 8 Application of TOPMODEL for Streamflow Simulation and Baseflow Separation -- chapter 9 Spatially Distributed Watershed Model of Water and Materials Runoff -- part Part III: Water Quality and Biogeochemical Processes -- chapter 10 Estimating Nonpoint Source Pollution Loadings in the Great Lakes Watersheds -- chapter 11 Simulating Historical Variations of Nitrogenous and Phosphorous Nutrients in Honghu Lake Basin, China -- chapter 12 Predictive Modeling of Lake Nitrogen, Phosphorus, and Sediment Concentrations Based on Land Use/Land Cover Type and Pattern -- part Part IV: Wetland Biology and Ecology -- chapter 13 Soil Erosion Assessment Using Universal Soil Loss Equation (USLE) and Spatial Technologies—A Case Study at Xiushui Watershed, China -- chapter 14 Evaluation of Rapid Assessment Techniques for Establishing Wetland Condition on a Watershed Scale -- chapter 15 Development of Geospatial Ecological Indicators in Jiangxi Province, China -- chapter 17 Soundscape Characteristics of an Environment: A New Ecological Indicator of Ecosystem Health -- part Part V: Watershed Assessment and Management -- chapter 18 Geospatial Decision Models for Assessing the Vulnerability of Wetlands to Potential Human Impacts -- chapter 19 Watershed Science: Essential, Complex, Multidisciplinary, and Collaborative -- chapter 20 Integrated Modeling of the Muskegon River: Tools for Ecological Risk Assessment in a Great Lakes Watershed -- chapter 21 Watershed Management Practices for Nonpoint Source Pollution Control.