Deep water well greenhouse type sea cucumber breeding method

Abstract

The invention belongs to the technology of aquaculture, relates to a sea cucumber breeding method, and particularly relates to a deep water well greenhouse type sea cucumber breeding method. The greenhouse manual breeding and seedling protection technology for sea cucumber can solve the problem of low disease resistance of the sea cucumber, improves the condition that natural resources are gradually drained due to mass capture by humans, recovers and improves the marine environment, and is an important method to increase income of coastal fishermen, thus popularization and application of the technology in coastal regions has significant meaning. Compared with the traditional breeding method, the method is not restricted by sea areas, bottom materials and other natural environments, the deep water well has clean water without any pollution, the temperature is always kept between 12 and 16 DEG C which is most suitable for sea cucumber growing, and the periods of aestivation and winter half dormancy in the sea cucumber breeding process are avoided to ensure that the sea cucumber grows throughout the year, so the breeding period is shortened, the production efficiency is improved, and the economical benefit is increased.

Description

technical field [0001] The invention belongs to aquaculture technology, relates to a method for cultivating sea cucumbers, in particular to a method for cultivating sea cucumbers in deep-water well greenhouses. Background technique [0002] At present, with the improvement of people's living standards, the medicinal value of sea cucumber has been continuously developed, and the price has been rising all the way, so people's understanding of sea cucumber technology has been further sublimated. In recent years, people have adopted different methods to cultivate sea cucumbers according to local conditions and have achieved success, mainly including shrimp pond culture, offshore raft cage culture, seabed sinking cage culture, intertidal zone cofferdam culture and industrial abalone polyculture, etc. Several methods. However, various restrictive factors such as high investment, low yield, long breeding cycle, low efficiency and high environmental requirements in the above farm...

AI Technical Summary

Problems solved by technology

However, various restrictive factors such as high investment, low output, long breeding cycle, low efficiency and high environmental requirements in the above farming methods have hindered the further development of sea cucumber farming and are far from meeting the growing market demand.