High-effective living-protective intensive culture technology for introduced parent shrimp

Abstract

The present invention belongs to aquaculture technology, especially is to introduce high-effective living-protective intensive culture technology for parent shrimp. The said technology includes the following steps: washing and disinfecting culture ponds and workshop, supplying water for culture ponds, adjusting temperature and salts, adjusting light intensity, disinfecting culture ponds water and parent shrimp, putting parent shrimps into culture ponds, management. Introduce high-effective living-protective intensive culture technology of the present invention is through physical, chemical, biological, pharmaceutical as well as various measures combined with the integrated technology method, it avoids the urgency of the new environment effectively for the introduction of parent shrimps, prevents diseases, improves the survival rate.

Description

technical field [0001] The invention belongs to the technical field of aquaculture, in particular to a high-efficiency and intensive cultivation technology for broodstock shrimps introduced. Background technique [0002] The prior art is generally between 30-70% to the survival rate of introducing broodstock, but also has less than 10%, even lower. The main reason for the low survival rate is: the broodstock shrimp originally lived in a pond with a depth of more than 1 meter. If they are cultured in broodstock breeding ponds with a water depth of about 50 centimeters, the factors of their living environment have changed, which may easily cause stress on the living environment of the broodstock. Easy to go wrong. According to the situation of breeding broodstock in many breeding farms in recent years, there are as few as 500 pairs of broodstock imported from the United States, and as many as 4,000 pairs. Up to 50%, some of them all died within 1-2 months, and the economic ...

AI Technical Summary

Problems solved by technology

There are several technical shortcomings in the low survival rate of the existing technology: (1) when the broodstock was purchased and entered into the broodstock cultivation pond, the light intensity of the cultivation pond workshop was not adjusted to an appropriate level, which caused the broodstock shrimp to be stressed to the living environment. , prone to weaken the immune system and get sick

(2) When the broodstock enters the breeding pond, effective drugs are not put into the disinfection of the water