Breeding device for artificial breeding of juvenile turtles

Abstract

The invention discloses a cultivation device for artificial propagation of young tortoises. The cultivation device comprises a framework, wherein a water adding device is arranged at the upper end of the framework, at least one territorial propagation layer and at least one aqueous propagation layer are arranged between two support legs of the framework side by side from top to bottom and are arranged at intervals, and sliding devices which are in sliding connection with the two support legs of the framework are respectively arranged at the bottoms of each territorial propagation layer and each aqueous propagation layer; a transition channel is also arranged between one territorial propagation layer and one aqueous propagation layer. The cultivation device for the artificial propagation of the young tortoises, disclosed by the invention, has the benefits that not only the problem that the young tortoises need to be bred in semiaquatic and semiterrestrial environment is solved at a time, but also the floor area is small, the space is saved, the breeding efficiency is high, the shading effect is good, the survival rate of the young tortoises is high, the humidity is uniform, and the movement is convenient, so that the cultivation device disclosed by the invention is suitable for scaled breeding.

Description

technical field [0001] The invention relates to the technical field of turtle breeding, in particular to a breeding device for artificial breeding of young turtles. Background technique [0002] Some species of turtles, such as the yellow-edged box turtle, are rare medicinal and ornamental animals with high edible value and are the top grade among turtles. Therefore, the healthy breeding of yellow edged box turtles is of great significance to the protection of wild animals and the improvement of economic benefits. Due to the destruction of the ecological environment and a large number of hunting, the wild resources of the yellow margin box turtle are decreasing day by day. There is only a small scale of breeding in China, and the reproduction rate is low, which cannot meet the market demand well. It is imperative to implement artificial breeding. [0003] However, the survival rate of yellow-margined box turtles is relatively low. Apart from food supply, the environment for...

AI Technical Summary

Problems solved by technology

Due to the destruction of the ecological environment and mass hunting, the wild resources of the yellow-margined box turtle are decreasing day by day. There is only a small-scale breeding in China, and the reproduction rate is low, which cannot meet the market demand very well. It is imperative to implement artificial breeding.

[0003] However, the survival rate of yellow-margined box turtles is relatively low. Apart from food supply, the environment for their growth and reproduction is particularly important. Turtle breeding is roughly divided into hatching - juvenile turtles - juvenile turtles - adult turtles, The total breeding time is at least 7 years. Therefore, for turtle breeding, the hatching stage and the young turtle breeding stage are particularly important. It is the key to the success of turtle breeding. In artificial breeding, the hatching stage requires a special hatching device After hatching the hatchlings, the hatchlings develop into young turtles in a very short period of time, and the young turtles can only be raised after a long period of time before they become adult turtles. There are also many techniques for breeding turtles in the prior art The artificial breeding or large-scale breeding of turtles is inseparable from the breeding device. The breeding device can supply all the beneficial nutrients needed for the growth of the turtle, and can avoid bacteria or pests under the protection of the breeding device. Relatively speaking It is said that the survival rate of turtles raised in breeding devices will be relatively high, but at present this breakthrough can only be achieved in theory, and in the actual breeding process, people still use relatively simple breeding devices, which are too structured. Simplification, fewer functions, and scientific management are not possible. Moreover, the young turtles have high requirements for temperature, humidity and light in the breeding stage, and the existing hatching devices do not have devices for strictly controlling temperature and humidity, nor are they effective. The shading measures of young turtles have poor resistance, which will cause high mortality in the feeding process of young turtles, resulting in losses; secondly, the growth environment of young turtles should be half water and half land, and they cannot completely rely on the land environment. It cannot completely rely on the water-based environment. Therefore, how to set up a reasonable and efficient semi-aqueous and semi-terrestrial growth environment is the key to the growth of juvenile turtles and the key to improving the survival rate of juvenile turtles.

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