Evolution of wetland monitoring from inventory to functional assessment and modelling: A case study from a US catchment

Keyphrases

• Wetlands 100%
• Functional Assessment 100%
• Wetland Monitoring 100%
• Functional Modeling 100%
• Isolated Wetlands 41%
• Sub-pixel 41%
• National Wetlands Inventory 41%
• Water Fraction 41%
• Streamflow 33%
• Inundation 33%
• Catchment Scale 25%
• Accuracy Assessment 16%
• Landsat 16%
• Actual Evapotranspiration 16%
• Cumulative Impacts 16%
• Wetland Hydrology 16%
• Chesapeake Bay Watershed 16%
• Inundation Extent 16%
• Water Information 16%
• Simulation Model 8%
• Soil Investigation 8%
• Water Assessment Tool 8%
• Model Soil 8%
• High Risk 8%
• Catchment Area 8%
• Time-based 8%
• Groundwater 8%
• Remote Sensing 8%
• Legal Framework 8%
• Evaluation Model 8%
• Root Mean Square Error 8%
• Water Bodies 8%
• Baseflow 8%
• Waterways 8%
• Landsat Data 8%
• Land Use Map 8%
• Overall Accuracy 8%
• Coastal Plain 8%
• Surface Water 8%
• Highly Dynamic 8%
• Hydrological Conditions 8%
• Most Vulnerable 8%
• Seasonal Variation 8%
• Natural Resources 8%
• Local Landscape 8%
• Improved Water 8%
• Change Dynamics 8%
• Transport Pathway 8%
• Hydrological Impacts 8%
• Spatial Datasets 8%
• Intensity Data 8%
• Wetland Function 8%
• Landscape Level 8%
• Headwater Wetlands 8%
• Ecosystem Services 8%
• US EPA 8%
• Hydrological Regime 8%
• Hydroperiod 8%
• Loss Risk 8%
• Change Patterns 8%
• Weather Variability 8%
• Wetland Inundation 8%
• Deep-water Habitats 8%
• Degradation Risk 8%
• Ecological Functioning 8%
• Wetland Connectivity 8%
• Open Water Area 8%
• Change Trend 8%
• Dynamic Extent 8%
• Water Delivery 8%
• Ecological Classification 8%
• Coastal Catchment 8%
• Temporary Waters 8%
• Rapid Assessment Method 8%
• Categorical Map 8%
• Catchment Scale Model 8%
• Light Detection 8%
• Wildlife Services 8%
• Choptank River 8%
• Hydrological Connection 8%
• Multiple Drivers 8%
• Temporary Waterways 8%
• Wetland Assessment 8%
• Time Recording 8%
• Regional Framework 8%

Earth and Planetary Sciences

• Landsat 100%
• Accuracy Assessment 66%
• Headwater 66%
• Evapotranspiration 66%
• Catchment Area 33%
• Streamflow 33%
• Surface Water 33%
• Root-Mean-Square Error 33%
• Water Body 33%
• Base Flow 33%
• Coastal Plain 33%
• Waterway 33%
• Ecosystem Service 33%
• Soil and Water Assessment Tool 33%
• Hydrological Regime 33%
• Hydroperiod 33%
• Deep Water 33%
• Open Water 33%
• Remote Sensing 33%
• Land Use 33%
• Annual Variation 33%
• Scale Model 33%