Method for planting lotus roots in shallow lake

Abstract

The invention provides a method for planting lotus roots in a shallow lake. The lotus root planting method is achieved based on a lotus root planting device, and the lotus root planting device includes dislocation heads and dislocation holes; each connecting plate is a rectangular plate fixed on the top side of a bottom frame, wherein three connecting plates at the front side, three connecting plates at the rear side, two connecting plates at the left side and two connecting plates at the right side are all distributed equidistantly; a top frame is of a frame structure identical to the bottomframe structure, and is fixedly connected onto the top sides of the connecting plates, and because of the connection of the connecting plates, a rectangular space is formed between the top frame and the bottom frame; and each concave hole is of a cylindrical hole structure, and the concave holes are arranged at the back panel of the top frame, are equidistantly distributed, and are on the same axis as convex blocks. The method is mainly used for lotus root cultivation in the shallow lake, the lotus root planting device is directly sunk into the water bottom when planting, and the soil directlycovers the lotus root planting device, fixing during lotus sprout planting is facilitated, and it is easy to clear mud when the lotus roots are harvested. The lotus roots can be collected only through the lotus root planting device, no adverse effect is caused to lotus root growth, the stability is good, recycling is achieved and the cost is saved.

Description

technical field [0001] The invention belongs to the technical field of lotus root planting, and more specifically relates to a lotus root planting method used in shallow lakes. Background technique [0002] The planting area of ​​lotus root in my country is relatively large, about 60 million mu, of which about 30 million mu is shallow water lotus root, the yield per mu is generally 800-1000 kg, and the yield per mu of better varieties can reach 3000 kg. [0003] Based on the above, the inventors found that when the lotus root is harvested, the lotus root needs to be dug out manually in the pond mud, and the labor intensity is very high, while the mechanical excavator is very easy to pick off the lotus root in the process of digging the lotus root. The broken part of the lotus root is left in the mud, which seriously reduces the yield of the lotus root and brings great economic losses to the growers. Moreover, the current commonly used jet excavator is expensive and complicat...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above technical problems, the present invention provides a lotus root planting device used in shallow lakes to solve the existing problems of high labor intensity, lotus roots are easy to break and are not suitable for harvesting, and the harvesting cost is high

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