Coastal Wetland Plant-Soil System Responses to Environmental Stress

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 Coastal wetland plant–soil systems play a crucial role in maintaining ecosystem resilience under rising environmental stressors such as sea-level rise, salinity intrusion, tidal flooding, and nutrient imbalance. As stress intensity increases, wetland vegetation adjusts through shifts in root architecture, biomass allocation, and physiological tolerance, which in turn influences soil structure, organic matter stabilization, and microbial community dynamics. These interactions determine carbon sequestration potential, nutrient cycling efficiency, and the overall adaptive capacity of the wetland. Understanding how plant–soil feedbacks respond to environmental stress is essential for predicting ecosystem stability, guiding restoration strategies, and safeguarding the protective functions of coastal wetlands in a changing climate.

Hashtags:
#CoastalWetlands #PlantSoilInteractions #WetlandEcosystems #EnvironmentalStress #ClimateChangeImpact #SoilHealth #WetlandPlants #EcosystemResilience #BlueCarbon #CoastalProtection #SalinityStress #SeaLevelRise #SoilMicrobes #CarbonSequestration #TidalWetlands #WetlandRestoration #SedimentDynamics #NatureBasedSolutions #EcologicalAdaptation #SustainableCoasts




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