2results about How to "Strong seedlings" patented technology

The invention discloses a cutting treatment method for improving the survival rate of lycium barbarum cutting slips, and particularly relates to the technical field of seedling propagation, and the method specifically comprises the following steps: S1, preparing a cutting slip material; s2, setting a hotbed; s3, cutting slips and carrying out root promoting treatment; s4, observing and recording rooting conditions; s5, building a bud eye germination test environment; s6, observing and recording bud eye germination; and S7, carrying out production verification and business application. According to the method, the survival rate of the lycium barbarum cutting slips and the seedling quality are effectively improved, a fresh-keeping container, precise temperature control equipment and the like play a key role in all links, good growth of the cutting slips is promoted, meanwhile, experimental research fills the blank of meteorological indexes of lycium barbarum seedling breeding, a scientific basis is provided for industrial development, and the method has a good application prospect in the production verification and business application stage. By means of an intelligent system, monitoring analysis software and the like, accurate regulation and control of the seedling raising environment are achieved, services are provided for farmers, cost is reduced, sustainable development of the wolfberry industry is promoted, and economic and social benefits are remarkable.

The present application relates to the field of aquaculture breeding technology, and discloses an indoor cement pool artificial breeding method for east wind snail, which comprises the following steps: storing east wind snail egg sacs after disinfecting water body by ultraviolet rays, removing infected egg sacs, and performing specific water flow replacement 24 hours before hatching; feeding the larvae with a nutrient agent containing clostridium aceticum protein and agaricus blazei polysaccharide every day after hatching, feeding the larvae with monosomic algae such as chrysomonad, tetraselmis, chlorella, etc. in the early stage, and feeding the larvae with shelled algae in the middle stage until the larvae are attached and metamorphosed; keeping the breeding pool continuously aerated and controlling parameters such as dissolved oxygen, salinity, temperature and pH value of the water body during the breeding period, and finally collecting the snail seedlings to end the breeding. The indoor cement pool artificial breeding method for east wind snail provided by the present application is suitable for one or more of fasciolaria fasciolaris and mud east wind snail, and can effectively improve the success rate and seedling quality of indoor cement pool breeding of east wind snail.