Large-scaled breeding technology of scorpions

Abstract

The invention discloses a large-scaled breeding technology of scorpions, which belongs to the field of economic animal breeding. The technical scheme adopted is characterized by the breeding density, wherein the breeding density of the scorpions needs to be appropriate so as to reduce interference among the scorpions; and the appropriate breeding density of every square meter of a scorpion pool is as follows: about 10000 scorpions being 2-3 years old, about 6000 scorpions being 4-5 years old, about 4000 scorpions being 6 years old, about 2000 grown scorpions, and about 500 pregnant scorpions. When the density of the artificially bred is too high, the scorpions are prone to clustering and being piled up to be injured, seriously, intraspecific competition is aggravated, and the scorpions kill one another, so that, the breeding density should be reduced as much as possible, and the reduction can be implemented through the following two ways of: increasing the breeding area, and increasing the amount of the scorpion pools; and improving the space utilization rate, and appropriately increasing height. The large-scaled breeding technology of the scorpions has the following beneficial effects that: the large-scaled breeding of the scorpions is implemented, and the survival rate and the product ratio of the breeding of the scorpions are both improved.

Description

technical field [0001] The invention belongs to the field of economic animal breeding, in particular to a technology for large-scale breeding of scorpions. Background technique [0002] The scorpion is a cold-blooded animal that is often called a cold-blooded animal. It needs to molt many times to grow up. Artificial breeding of scorpions is a relatively complicated breeding technology, and there are three major problems of "temperature, humidity, and feed" that need to be solved. The traditional breeding method has the following shortcomings when solving these three major problems: [0003] 1. The temperature and humidity are not adjusted well, and the scorpion cannot freely choose a suitable habitat. The traditional artificial breeding of scorpions puts too much emphasis on the influence of temperature on scorpions, ignoring the important factor of humidity, using pottery pots, earthen jars and other utensils as scorpion nests, the temperature rises, but the humidity can...

AI Technical Summary

Problems solved by technology

[0003] 1. The temperature and humidity are not adjusted well, and the scorpion cannot freely choose a suitable habitat

The traditional artificial breeding of scorpions puts too much emphasis on the influence of temperature on scorpions, ignoring the important factor of humidity, using pottery pots, earthen jars and other utensils as scorpion nests, the temperature rises, but the humidity cannot be adjusted reasonably, let alone the scorpions can choose freely. suitable habitat

Scorpions are susceptible to diseases that lead to death, such as dry blight, body laxity, and spot mold, and the success rate of breeding is very low

[0004] 2. The feed problem has not been solved

In the traditional breeding method, scorpions are provided with Tenebrio molitor, a kind of feed insect, which leads to anorexia, malnutrition, difficulty in molting, slow growth of young scorpions, and failure of hatching and abortion of pregnant scorpions.