Ecophysiological characteristics of invasive Spartina alterniflora and native species in salt marshes of Yangtze River estuary, China

Keyphrases

• Native Species 100%
• China 100%
• Salt Marsh 100%
• Ecophysiology 100%
• Spartina Alterniflora 100%
• Yangtze River Estuary 100%
• Invasive Spartina 100%
• Invasiveness 50%
• Leaf Area Index 37%
• Invader 25%
• Specific Leaf Area 25%
• Light Water 25%
• P. Australis 25%
• Photosynthetic Type 25%
• Growing Season 12%
• Net Photosynthetic Rate 12%
• Rapid Growth 12%
• Photosynthesis 12%
• Gas Exchange 12%
• Resource Utilization 12%
• Global Change 12%
• C3 Species 12%
• Exotic Plants 12%
• Amax 12%
• C4 Grasses 12%
• Coastal Wetlands 12%
• Competitive Advantage 12%
• Biological Invasions 12%
• Resource Efficiency 12%
• Growth-related 12%
• Phragmites Australis 12%
• Scirpus Mariqueter 12%
• Light Utilization 12%
• Nitrogen Utilization 12%
• Photosynthetic Pathway 12%
• Gas Efficiency 12%
• Non-native Range 12%
• Water Utilization 12%
• Invasion Success 12%

Agricultural and Biological Sciences

• Leaf Area Index 100%
• Estuaries 100%
• Salt Marsh 100%
• Spartina alterniflora 100%
• Specific Leaf Area 66%
• Growing Season 33%
• Gas Exchange 33%
• Photosystem 33%
• Global Change 33%
• Coastal Wetland 33%
• Biological Invasion 33%
• Phragmites australis 33%
• Scirpus 33%