Planting device for monitoring submerged plants to improve water quality of water area

Abstract

The invention discloses a planting device for monitoring submerged plants to improve the water quality of a water area. The planting device comprises support assemblies distributed at intervals, telescopic assemblies connected to the support assemblies in a sliding mode, cultivation platforms connected to the adjacent telescopic assemblies and detection devices installed on the cultivation platforms, each cultivation platform comprises planting parts distributed at intervals, and the planting parts are used for cultivating the submerged plants. The cultivation platforms are driven by the telescopic assemblies to slide along the support assemblies to make the cultivation platforms located at different water depths, and the detection devices are used for detecting water quality parameters ofthe environment where the cultivation platforms are located. The cultivation platforms are adjusted through the telescopic assemblies and limited in a riverway with the corresponding water depth so as to purify riverway water, the purification target is clear, and the purification effect is good. The detection devices are used for detecting water quality parameters of the environment where the cultivation platforms are located so as to periodically detect the water quality of the water area and collect purification parameters of submerged plants, and the statistical effect is good.

Description

technical field [0001] The invention relates to the technical field of water treatment, in particular to a planting device for monitoring the improvement of water quality by submerged plants. Background technique [0002] After the water quality of rivers, lakes and other waters is affected by the external environment, the transparency of the water body will decrease significantly. In the ecological restoration of water bodies, the submerged plant construction project, as the main adjustment method of the ecosystem, is an indispensable governance method in the ecological restoration. In related technologies, the method of planting submerged plant construction to improve water quality is disclosed. However, in a water environment with low transparency, submerged plants grow at the bottom of the water body and cannot reach the light intensity, and photosynthesis is poor, resulting in the death of a large number of submerged plants. In addition, in some water bodies, the relea...

AI Technical Summary

Problems solved by technology

However, in a water environment with low transparency, submerged plants grow at the bottom of the water body and cannot reach the light intensity, and photosynthesis is poor, resulting in the death of a large number of submerged plants

In addition, in some water bodies, the release of nutrient salts in the bottom mud of the water body will also cause the roots of submerged plants to rot and turn black, affecting the survival rate of submerged plants

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