Building method for frog and rice co-culture pond

Abstract

The invention discloses a building method for a frog and rice co-culture pond. The building method comprises the steps of A, the whole pond, wherein according to the size, the frog and rice pond is designed into a standard pond, and digging is conducted by using an excavator; B, a three-stage single ditch, wherein digging is longitudinally conducted in the middle of the frog and rice pond; C, a feeding table area, wherein the width of the feeding table area in the frog and rice pond is set as 1.5 meters, a reflective thin film is laid on all the feeding table area, and the periphery of the reflective thin film is pressed down and covered with soil; D, a rice field area, wherein the other portions, except for the portions in which the three-stage single ditch and the feeding table area arelocated, of the frog and rice pond are provided with the rice field area; E, water inlet and outlet pipes, wherein all the water inlet and outlet facility pipes are U-shaped pipes; F, an escape-proofnet, wherein the periphery of the frog and rice pond is covered with bamboo poles, and rana nigromaculata is prevented from jumping out of the pond; G, an anti-bird net, wherein one end of the escape-proof net is fixed to the outer periphery of the frog and rice pond, the middle of the escape-proof net is supported by using reinforcing steel bars, and birds are prevented from damaging rice and frogs. The method is easy to implement, the operation is simple, the ecological benefits are effectively improved, feeding management is facilitated, and the economic efficiency is improved. The problemsare solved that in an existing pond, water drainage is not smooth, the yield of the rana nigromaculata is low and the benefit is low.

Description

technical field [0001] The invention relates to the field of animal breeding, and more particularly relates to a method for constructing a frog-rice co-cultivation pond. Background technique [0002] At present, in the breeding process of artificial frogs such as black-spotted frogs, the rice frog model can well reflect the symbiosis between rice and frogs, and can better reflect the benefits of comprehensive paddy farming. There are still many problems in realizing the efficient breeding of frogs in the field, such as the common back-shaped ditch that is inconvenient for drainage, waste of feed caused by feeding, mildew and deterioration affecting the environment, low yield, unreasonable ratio of paddy field area to food table area, affecting young frogs landing effect. Improving water circulation capacity, reducing feeding costs, improving disease prevention and control capabilities, and improving overall economic benefits are the ultimate goals to be considered in the co...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a high-efficiency method for building a frog-rice co-culture pond, whic