Seasonal impoundment management reduces nitrogen cycling but not resilience to surface fire in a tidal wetland

Keyphrases

• Ecosystem Structure 75%
• Wetland Management 75%
• Response to Disturbance 50%
• Ecosystem Response 50%
• Plant Diversity 50%
• Soil Processes 50%
• California USA 25%
• Graminoids 25%
• Soil Nitrate 25%
• Seasonal Habitat 25%
• Potential Nitrification Rate 25%
• Nitrogen Processes 25%
• Ecosystem Processes 25%
• Cycling Potential 25%
• Migratory Waterfowl 25%
• Tidal Wetland Soils 25%
• Wetland Soil 25%
• Plant Community Structure 25%
• Managed Landscapes 25%
• Dissolved Inorganic Phosphorus 25%
• Hydrology 25%
• Succulence 25%
• Suisun Marsh 25%
• Management Regimes 25%
• Plant Community Change 25%
• Management Styles 25%
• Nutrient Cycling 25%
• Plant Community Dynamics 25%
• After Fire 25%
• Hydrological Regime 25%
• Soil Potential 25%
• Soil Nitrogen 25%
• Soil Nitrogen Concentration 25%
• Salinity Regimes 25%

Earth and Planetary Sciences

• Plant Community 100%
• Wetland Management 75%
• Ecosystem Response 50%
• Wetland Soil 50%
• Ecosystem Structure 50%
• Dissolved Inorganic Phosphorus 25%
• California 25%
• Nutrient Cycling 25%
• Soil Process 25%

Agricultural and Biological Sciences

• Plant Community 100%
• Wetland Soils 50%
• Denitrification 50%
• Ammonium Nitrate 25%
• Eutrophication 25%
• Environmental Quality 25%
• Water Management 25%
• Graminoid 25%
• Nitrification 25%