Methane Emissions from Estuarine Coastal Wetlands: Implications for Global Change Effect

Keyphrases

• Global Change 100%
• Change Effect 100%
• Methane Emission 100%
• CH4 Flux 100%
• Coastal Wetlands 100%
• CH4 Emission 45%
• Water Level 45%
• P. Australis 36%
• Phragmites Australis 27%
• Spartina Alterniflora 27%
• Temperature Level 18%
• Global Warming 18%
• Rising Seas 18%
• High Water Level 18%
• Environmental Factors 9%
• Intertidal Zone 9%
• Wetlands 9%
• Carbon Cycling 9%
• High Salinity 9%
• Salinity Effect 9%
• Natural Conditions 9%
• Methane (CH4) Flux 9%
• Vegetation Community 9%
• Low Water Level 9%
• Seawater Intrusion 9%
• Yangtze Estuary 9%
• Estuarine Wetland 9%
• High Temperature Water 9%

Earth and Planetary Sciences

• Emissions 100%
• Methane 100%
• Global Change 100%
• Coastal Wetland 100%
• Salinity 21%
• Global Warming 10%
• Rising Sea Level 10%
• Spartina 5%
• Vegetation 5%
• Intertidal Zone 5%
• Saline Intrusion 5%

Agricultural and Biological Sciences

• Methane 100%
• Global Change 100%
• Coastal Wetland 100%
• Phragmites australis 15%
• Sea Level 10%
• Global Warming 10%
• Estuaries 5%
• Environmental Factor 5%
• Intertidal Zone 5%
• Spartina alterniflora 5%
• Saltwater Intrusion 5%