Young tortoise culturing method

Abstract

The invention discloses a young tortoise culturing method comprising steps of first, arranging a culturing pool and releasing a plurality of culturing net cages in the culturing pool, second, releasing disinfected young tortoises into each culturing space of the culturing net cages with releasing density of one tortoise for each culturing space, third, removing clamping plates and insertion plates of odd-numbered lines and odd-numbered rows of the culturing net cages to increase the culturing space by four times, fourth, and starting an insect luring lamp for two hours each night. Food structures of the young tortoises can be improved and adjusted; the young tortoises can be raised in confined space with the culturing net cages divided into a plurality of independent culturing space, and disease resisting capacity of the young tortoises can be improved; death rate during a young tortoise period can be reduced; and the young tortoise culturing method is suitable for large-scale culturing.

Description

technical field [0001] The invention relates to the field of aquaculture. More specifically, the present invention relates to a breeding method for juvenile turtles. Background technique [0002] Green sea turtle is a second-class protected animal in my country. Under natural conditions, the survival rate of hatchlings is very low, so artificial breeding is one of the ways to increase green sea turtle resources. Because the hatchlings are small and have the least amount of fat stored in their bodies, they have poor adaptability to the environment. The hatchlings are prone to malnutrition during the breeding process, resulting in low function of the liver and other organs. When the hatchlings are bred at high density, they may bite each other. It is prone to infection and causes a high mortality rate. Contents of the invention [0003] It is an object of the present invention to solve at least the above-mentioned problems and to provide at least the advantages which will ...

AI Technical Summary

Problems solved by technology

Because the hatchlings are small and have the least amount of fat stored in their bodies, they have poor adaptability to the environment. The hatchlings are prone to malnutrition during the breeding process, resulting in low function of the liver and other organs. When the hatchlings are bred at high density, they may bite each other. Susceptible to infection, resulting in high mortality

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