Seasonal variation in CH₄ emission and its ¹³C-isotopic signature from Spartina alterniflora and Scirpus mariqueter soils in an estuarine wetland

Keyphrases

• Isotopic Signature 100%
• CH4 Emission 100%
• Seasonal Variation 100%
• Spartina Alterniflora 100%
• Scirpus Mariqueter 100%
• Estuarine Wetland 100%
• Jiuduansha 42%
• Marsh 28%
• Monoculture 28%
• Salt Marsh 28%
• East Coast of China 28%
• Spartina Alterniflora Invasion 28%
• 13C-CH4 28%
• North America 14%
• Aboveground Biomass 14%
• Soil Temperature 14%
• Soil Moisture 14%
• Potential Impact 14%
• Ecosystem Function 14%
• Native Plants 14%
• Non-native Species 14%
• Seasonal Pattern 14%
• C4 Grasses 14%
• C3 Grasses 14%
• Threats to Biodiversity 14%
• Methane (CH4) Emission 14%
• Atmospheric CH4 14%
• Soil Microenvironment 14%
• Yangtze River Estuary 14%
• CH4 Production 14%
• Intentional Introduction 14%
• Production Pathway 14%

Earth and Planetary Sciences

• Methane 100%
• Emissions 100%
• Annual Variation 100%
• Spartina 100%
• Vegetation 15%
• China 15%
• Salt Marsh 15%
• Monoculture 15%
• North America 7%
• Soil Moisture 7%
• Atmospherics 7%
• Soil Temperature 7%
• Native Species 7%
• Belowground Biomass 7%

Agricultural and Biological Sciences

• Methane 100%
• Spartina alterniflora 100%
• Scirpus 100%
• Monoculture 15%
• Marshes 15%
• Salt Marsh 15%
• Belowground Biomass 7%
• Soil Temperature 7%
• Soil Moisture 7%
• Perennials 7%
• Introduced Species 7%
• Estuaries 7%