Potential effects of sea-level rise on plant productivity: Species-specific responses in northeast Pacific tidal marshes

Keyphrases

• Species Response 100%
• Sea Level Rise 100%
• Plant Productivity 100%
• Inundation 100%
• Northeast Pacific 100%
• Tidal Marsh 100%
• Marsh 40%
• Total Plant Biomass 40%
• Pacifica 40%
• Marsh Plants 40%
• Predictive Modeling 20%
• Coastal Wetlands 20%
• Plant Diversity 20%
• Species Level 20%
• Level Difference 20%
• Oregon 20%
• Field Distribution 20%
• Carex 20%
• Functional Relationship 20%
• Aboveground Biomass 20%
• Organic Matter Input 20%
• Low Elevation 20%
• Plant Growth 20%
• Effects on Growth 20%
• California USA 20%
• Elevational Gradient 20%
• Common Species 20%
• Tidal Elevation 20%
• Wetland Plants 20%
• Plant Shoots 20%
• Experimental Mesocosms 20%
• Species Abundance Distribution 20%
• Tidal Wetlands 20%
• Juncus Balticus 20%
• Maximum Productivity 20%
• Spartina Alterniflora 20%
• Future Sea-level Rise 20%
• Salicornia Pacifica 20%
• High Marsh 20%
• Bolboschoenus Maritimus 20%
• Inundation Effect 20%
• Productivity Profile 20%
• Macrotidal Estuary 20%
• Marsh Accretion 20%
• Optimal Productivity 20%

Agricultural and Biological Sciences

• Marshes 100%
• Sea Level 100%
• Carex 33%
• Wetland Plants 33%
• Juncus balticus 33%
• Salicornia 33%
• Coastal Wetland 33%
• Spartina foliosa 33%
• Estuaries 33%
• Plant Community 33%
• Aboveground Biomass 33%
• Bolboschoenus maritimus 33%