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Synergistic integration of floating wetlands and microbial fuel cells via plant-microbe-electrode interactions
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DOI：10.1016/j.ecoleng.2026.108041.png)
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Abstract
En 中文
• FTW-MFC system achieved 97% nitrification and 94% organic removal, confirming its treatment resilience. • Electro-stimulation mitigated plant stress, boosting chlorophyll and Fv/fm 3-fold. • Diurnal voltage patterns reveal the system functions as a solar-driven photobioreactor. • Electrodes engineered cooperative rhizosphere networks rich in Hydrogenophaga and Cereibacter. • Integrated systems achieved superior ecosystem stability compared to passive floating wetlands.
Keywords:
Nature-based solutions
Rhizosphere microbiome
Photosynthesis
Microbial fuel cells
Photobioreactor
Renewable energy
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