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- Yin, Xiaole, et al. Show all 10 Authors
- Environmental science and pollution research international 2016 v.23 no.15 pp. 15524-15531
- Phragmites australis; adsorption; denitrifying microorganisms; emergent plants; nitrogen; nitrogen content; nitrogen-fixing bacteria; pH; photosynthesis; planting; pollutants; sediments; submerged aquatic plants; summer; wetlands; winter
- ... Combination of emergent and submerged plants has been proved to be able to enhance pollutant removal efficiency of surface flow-constructed wetland (SFCW) during winter. However, intensive photosynthesis of submerged plants during summer would cause pH increase, which may have adverse effects on emergent plants. In this study, nitrogen transformation of lab-scale SFCW under pH gradient of 7.5, 8.5 ...