Portable submerged plant efficient transplanting tool and submerged plant transplanting method

Abstract

The invention discloses a portable submerged plant efficient transplanting tool. The tool comprises a control handle, a main body structure pipe which is hollow inside, a linkage control chain, a transplanting sharp nozzle and a backfill control panel, wherein the control handle is mounted on the outer wall of the main body structure pipe and is in linkage connection with the transplanting sharp nozzle through the linkage control chain; the transplanting sharp nozzle comprises a plurality of isosceles triangle structural sheets, is hinged to the edge of the lower part of the main body structural pipe, and is in an occluding shape in a natural state; the backfill control panel comprises a plurality of rectangular structure sheets hinged to the main body structure pipe; and the backfill control panel is arranged outside the transplanting sharp nozzle. According to the portable submerged plant efficient transplanting tool, continuous operation of cutting hole digging, submerged plant releasing and covering soil backfilling can be achieved, the roots of submerged plants can be better fixed and protected, the tool is applicable in a relatively high water level which cannot be easily reduced to 50cm or below, the application range is wide, and the use method is more convenient. Meanwhile, the transplanting efficiency and the survival rate of submerged plants are improved to a certain extent.

Description

technical field [0001] The invention relates to the field of water ecological restoration and management, in particular to a portable tool for high-efficiency transplantation of submerged plants and a method for transplanting submerged plants. Background technique [0002] In the process of water ecological restoration and management, submerged plants play an important role in the purification of water quality, and improving the transplantation efficiency and survival rate of submerged plants is very important for water ecological restoration and management. [0003] At present, most of the transplanting methods of submerged plants are to directly insert the submerged plants into the underwater bottom mud, and for some water areas where the water depth is inconvenient to adjust, mostly the submerged plants are directly thrown into the water. However, due to factors such as poor root stability of transplanted submerged plants, disturbance of fish bites, disturbance of water f...

AI Technical Summary

Problems solved by technology

However, due to factors such as poor root stability of transplanted submerged plants, disturbance of fish bites, disturbance of water flow direction, low transparency of water body, poor light intensity and other factors, the survival rate of submerged plants transplanted is low

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