Abstract
The eutrophication of closed and semi-closed landscape water bodies such as lakes and rivers is one of the typical environmental problems in cities. The bottom sludge formed under long-term eutrophic water is prone to re-release of nitrogen and phosphorus elements and cause secondary pollution. While effectively intercepting and controlling external pollution, attention should be paid to the secondary release of internal pollutants. Analyzing the nitrogen exchange of eutrophic sediments in sediments-overlying water-plants and the release of internal nitrogen in sediments is conducive to the wider application and promotion of plant ecological restoration technology in sewage treatment projects.
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